JP5764774B2 - Game machine - Google Patents

Description

  The present invention relates to a gaming machine provided with a board case, and more particularly to a gaming machine that can more reliably detect that an illegal act has been performed.

Conventionally, a gaming machine has been provided with various control boards that govern control that affects the profits that a player can enjoy by means of a lottery. Such a control board is housed in a board case composed of a case base and a case lid, and the board case is disposed at a predetermined position on the back side of the gaming machine, thereby constituting a gaming machine. is there. On the other hand, there is a so-called goto action aimed at enjoying immense profits by performing some illegal work on the various control boards described above, or by performing an illegal action such as exchanging the control boards with an illegal control board. Did not end. Such goto action needs to be performed with the case base and case lid of the board case open, and in order to quickly recognize that the got action has taken place, Various devices for sealing have been made. For example, a plurality of polymerized bonding portions that protrude from the upper lid member and the base member constituting the substrate box are formed, and the polymerization bonding portions are fixed by fastening members and sealed so that they cannot be opened. There is a technique (for example, see Patent Document 1) that prevents opening unless otherwise.
However, it is extremely difficult to detect the traces of destruction caused by excision at the time of opening, so that it hardly remains. The Goto incident has been repeated. In order to cope with this, a technique has been adopted in which an IC tag seal is applied across the case base and the case lid to form a sealing means for the substrate case. More specifically, the IC tag seal includes an IC chip in which ID information is stored, and an antenna portion that extends from the IC chip and can transmit the ID information to the outside. The ID information transmitted from the antenna unit can be read by an IC tag reader. In order to open the substrate case, it is necessary to peel off or tear the IC tag seal, and the reading with the IC tag reader cannot be normally performed due to damage to the antenna part. It can be inferred that the substrate case has been opened. Further, an abnormal state in which the IC tag seal is peeled off or torn is left as a trace, and can be easily confirmed visually. As a substrate case that employs this IC tag seal as a sealing means, a technique (for example, see Patent Document 2) has been devised to ensure that ID information cannot be read when the IC tag seal is broken. .

JP-A-10-263171 JP 2010-115222 A

In the case of the board case of the gaming machine described in Patent Document 2, a so-called cutting mechanism such as a blade upper portion 72, a blade edge 51, or a cutting blade 51 for cutting a connection portion that connects an IC chip and an antenna portion. It has. And when opening a board | substrate case, the said cutting mechanism located in the inside of the sticking part covered with the stuck IC tag seal | sticker pierces an IC tag seal | sticker from the inside to the outside by displacing outside. It is comprised so that a connection part may be cut | disconnected in connection with fracture | rupture. In this regard, the cutting mechanism that is displaced from the inside toward the outside abuts the IC tag seal, and as the displacement is further displaced, the pressure applied from the cutting mechanism to the IC tag seal increases, and the IC tag seal breaks because it cannot withstand this pressure. In other words, the IC tag seal does not move and breaks only when there is a pressure that opposes the pressure applied to the IC tag seal from the cutting mechanism. In the technique described in Patent Document 2, this pressure is applied to the adhesion of the IC tag seal. It depends only on the force (sticking force). However, the adhesive strength of such a seal is assumed to change due to the passage of time, the environment in which it is used (temperature, humidity), or chemical modification due to some cause. If the adhesive force becomes weak in this way, the IC tag seal will not be broken by the cutting mechanism, but will be displaced together with the cutting mechanism, making it impossible to read the ID information, and illegally carrying out the substrate case. There was a problem that it was not possible to quickly find out that was opened.
The present invention has been made in view of such problems, and the pressure that opposes the pressure applied to the IC tag seal from the cutting mechanism depends only on the adhesive force of the IC tag seal (hereinafter also referred to as adhesive force, adhesive force, or adhesive force). The ID when the substrate case is opened even if the IC tag seal is weakened by securely breaking the IC tag seal by providing a seal suppressing means that generates the pressure to counteract the The purpose is to make it impossible to read information more reliably and to minimize damage caused by fraud.

  A gaming machine according to claim 1 of the present invention, which has been made to solve the above problems, includes a case base and a case lid, and is a space formed when the case base and the case lid are combined and closed. A board case for storing a control board for controlling an electrical actuator in a portion, a base projecting piece projecting outside the case base, and projecting outside the case lid and the case A lid projecting piece that faces the base projecting piece when the base body and the case lid are closed in combination, and covers the lid projecting piece and the base projecting piece that are in the facing state. A cover member for attaching the IC tag seal across the projecting pieces when the base projecting piece and the cover projecting piece are opposed to each other. A base seal affixing portion, and the lid projecting piece is A lid seal affixing portion for affixing the IC tag seal across the projecting pieces when the projecting piece and the lid projecting piece are opposed to each other; The cover member is slidably accommodated in a gap formed by the cover piece and the lid projecting piece, and is engaged with the cover member covering the lid projecting piece and the base projecting piece by a cover interlocking means. A cutting member that cuts the IC tag seal in conjunction with the cover member being detached from the projecting pieces, and the cutting member is opposite to a direction in which the cutting member advances when the cutting member cuts the IC tag seal. And a seal suppression means for suppressing the IC tag seal in the direction.

Further, the gaming machine locks the seal suppression means to the base projecting piece and / or the lid projecting piece after the IC tag seal is pasted across the base seal sticking portion and the lid seal sticking portion. it may be so that with the projecting piece locking means.

The gaming machine according to claim 1 further includes a cover member locking means for locking the seal suppression means inside the cover member, and the seal suppression means is locked by the cover member locking means. When the cover member covers the cover projecting piece and the base projecting piece, the IC tag seal is provided with an elastic member that suppresses the IC tag seal by an urging force in a direction opposite to the direction in which the cutting member travels. Features.

  According to the gaming machine of the first aspect, the force that opposes the force applied from below by the cutting member depends on the force that suppresses the IC tag seal of the seal suppression member without depending on the adhesion force of the IC tag seal. Even if the sticking force of the IC tag seal is reduced for some reason, it is possible to always reliably cut.

In addition, after the IC tag seal is pasted across the base seal sticking portion and the lid seal sticking portion, the projecting piece engagement for locking the seal suppressing means to the base projecting piece and / or the lid projecting piece. In the case of a gaming machine provided with a stopping means, by providing a protruding piece locking means for locking the seal suppression means to the protruding piece and / or the cover protruding piece, It becomes possible for the seal suppression means to reliably suppress the IC tag seal applied across the lid seal application portion.

  Further, since the seal suppression means is locked by the protruding piece locking means, the seal suppression means is locked at a fixed position, and the condition such as the separation state from the cutting member, that is, the clearance, etc. is always constant. Since it can be maintained, a certain cut state can be generated.

  Further, since the seal suppression means is locked by the protruding piece locking means, the seal suppression means is locked at a fixed position, so that the IC tag seal is always suppressed under a certain condition, that is, cutting. From the beginning to the end, it is possible to reliably suppress the IC tag seal from being lifted, so that a certain cut state can be generated.

  Further, the seal suppression means is locked to the base protruding piece and / or the lid protruding piece by the protruding piece locking means, thereby checking whether the seal suppression means is surely holding the IC tag seal. Before the cover member is put on, it can be easily performed, so that it is possible to more reliably find out that an illegal act has been performed.

In addition, the gaming machine according to claim 1 includes an elastic member that suppresses the IC tag seal by an urging force in a direction opposite to a direction in which the cutting member advances, so that the cover member includes the lid projecting piece and When covering the base projecting piece, the elastic member suppresses the IC tag seal by the urging force in the direction opposite to the direction in which the cutting member advances, so that the IC tag seal can be reliably suppressed.

  Further, since the elastic member gradually pressurizes when the cover member covers the lid projecting piece and the base projecting piece, while confirming the change or abnormality of the state in which the elastic member suppresses the IC tag seal, It becomes possible to install it reliably.

  In addition, since the elastic member of the seal suppression means is locked inside the cover member, there is nothing to shield the upper surface of the IC tag seal until the cover member is installed, and the abnormality of the IC tag seal is prevented. Easy to check. Therefore, if an abnormality of the IC tag seal can be found immediately before the cover member is attached, which is the final stage of the sealing operation, the IC tag seal can be exchanged or corrected. It becomes possible to discover more reliably.

The back view of the pachinko machine 1 of 1st Embodiment to which this invention is applied. Electrical configuration diagram of pachinko machine 1 Schematic explanatory diagram explaining the configuration of the IC tag seal The schematic perspective view explaining the assembly | attachment state of the substrate case of a present Example 1 is a schematic perspective view illustrating a configuration of a main control device 20 including a substrate case according to a first embodiment. The schematic perspective view explaining the assembly | attachment state of the base | substrate protrusion piece 72 of Example 1, the cover body protrusion piece 82, the cutting member 90, the base | substrate side seal | sticker suppression member 110, and the cover body side seal | sticker suppression member 111. Schematic explanatory drawing explaining the effect | action of the cover member of this invention in Example 1, a cutting member, and a seal | sticker suppression means. The schematic perspective view explaining the assembly | attachment state of the base | substrate protrusion piece 72, the cover protrusion piece 82, the cutting member 290, and the seal | sticker suppression member 210 of Example 2. FIG. Schematic explanatory drawing explaining the effect | action of the cover member of this invention in Example 2, a cutting member, and a seal | sticker suppression means. The schematic perspective view explaining the assembly | attachment state of the base | substrate protrusion piece 72, the cover protrusion piece 82, the cutting member 390, and the seal | sticker suppression member 310 of Example 3. FIG. Schematic explanatory drawing explaining the other modification which concerns on the latching structure of the seal | sticker suppression means of this invention The schematic perspective view explaining the assembly | attachment state of the base | substrate protrusion piece 72 of Example 4, the cover body protrusion piece 82, the cutting member 490, the seal cover 465, and the seal | sticker suppression member 410. FIG. Schematic explanatory drawing explaining the effect | action of the cover member of this invention in Example 4, a cutting member, and a seal | sticker suppression means.

Hereinafter, preferred embodiments of the present invention will be described. The embodiments of the present invention are not limited to the following examples, and can take various forms belonging to the technical scope of the present invention, and the contents described in the respective examples are appropriately combined. It goes without saying that it is possible.
[Example 1]

  A pachinko machine as a gaming machine according to an embodiment to which the present invention is applied will be described. The feature of the present invention lies in the configuration of the substrate case provided on the back side of the pachinko machine, and the configuration on the front side including the game board of the pachinko machine in this embodiment is a well-known that is adopted for general pachinko machines. Since it is a technology, drawings of the front view and game board etc. and detailed description are omitted, and only a schematic configuration will be described.

  FIG. 1 is a back view of a pachinko machine according to a first embodiment to which the present invention is applied. As shown in FIG. 1, the back side of the pachinko machine 1 has a structure in which each part of the configuration is held by an outer frame 2 that forms a vertically long fixed outer frame. Further, an inner frame 3 for detachably attaching a game board (not shown) is accommodated. Similarly to the front frame (not shown), the inner frame 3 is installed so that the vertical position of one side edge (right side in the drawing) is hinged to the outer frame 2 and can be opened and closed. The inner frame 3 is formed with a game ball flow-down passage, and a ball tank 11, a tank rail 12, and a payout unit 13 are provided from above (upstream), and a payout device is provided in the payout unit 13. . With this configuration, when a game ball wins any one of the winning openings provided on a game board (not shown), a predetermined number of game balls (prize balls) are delivered from the ball tank 11 via the tank rail 12 by the payout unit 13. It passes through the pay-out ball flow passage and is paid out to an upper plate (not shown) provided on the front side of the pachinko machine 1. In the present embodiment, the payout unit 13 for paying out the prize balls also pays out the balls to be paid out by operating the lending button. Further, on the back side of the pachinko machine 1, a main control device 20, a payout control device 21, an effect symbol control device 22, a sub integrated control device 23, a launch control device 24, and a power supply board 25 are provided. The production symbol control device 22 and the sub integrated control device 23 correspond to sub control devices. These various control devices and the like include a control board for controlling an electrical actuator and the like, and a board case for housing the control board. Furthermore, in this embodiment, the main controller 20 includes a substrate case that is a main part of the present invention. The board case of the present invention is not limited to the main control device 20, but may be provided in the payout control device 21, the production symbol control device 22, the sub integrated control device 23, the launch control device 24, and the power supply board 25. . The board case of the present invention accommodates a control board for controlling various electric operating devices (described later) provided in a pachinko machine 1 as a gaming machine.

  The main control device 20, the production symbol control device 22, and the sub integrated control device 23 are provided on the game board, and the payout control device 21, the launch control device 24, and the power supply board 25 are provided on the inner frame 3. In FIG. 1, the launch control device 24 is provided so as to be shielded by the payout control device 21.

  In addition, an external connection terminal plate 14 is provided on the right side of the ball tank 11, and a signal indicating a game state and a game result is sent to the hall computer 15 (see FIG. 2) by the external connection terminal plate 14. Conventionally, the external connection terminal board for transmitting signals to the hall computer is for boards (terminals for outputting signals output from the game board side to the hall computer) and for frames (frame side (front frame) In the present embodiment, the gaming state is provided via one external connection terminal board 14, although two types of terminals for outputting signals output from the inner frame 3 and the outer frame 2) to the hall computer are used. And a signal indicating the game result is transmitted to the hall computer.

  FIG. 2 is an electrical configuration diagram of the pachinko machine 1 according to the present embodiment. As shown in the figure, the electrical configuration relating to various electrical actuators of the pachinko machine 1 is configured with the main controller 20 as the center. In this block diagram, a so-called relay board and power supply circuit for merely relaying signals are not described. Although not shown in detail, all of the main control device 20, the payout control device 21, the production symbol control device 22, and the sub integrated control device 23 include a CPU, a ROM, a RAM, an input port, an output port, and the like. However, in this embodiment, the launch control device 24 is not provided with a CPU, ROM, or RAM. However, the present invention is not limited to this, and the launch control device 24 may be provided with a CPU, ROM, RAM, and the like. Furthermore, the switch may be abbreviated as SW for convenience.

  The main controller 20 includes a first start port switch 30 for detecting a game ball that has entered a first special figure start port (not shown) disposed on the game board, and a second special view start port (not shown). A second start port switch 31 for detecting a game ball that has entered a ball, a general operation switch 32 for detecting a game ball that has entered a normal diagram start port (not shown) for operating a normal symbol, and a big winning port (not shown) ) Detection signals such as a count switch 33 for counting game balls entered in the game), a left prize entry switch 34 for detecting game balls entered in a normal prize entry (not shown), a right prize entry switch 35, etc. It is configured to be input to the control device 20.

The main control device 20 operates in accordance with the installed program, generates various commands related to the progress of the game based on the above-described detection signals, and outputs them to the payout control device 21 and the sub integrated control device 23.
The main controller 20 also displays the first special symbol display device 9, the second special symbol display device 10, and the general symbol (ordinary symbol) display device 7 that are connected via the symbol display device relay terminal board 26. The turning-on / off of the figure holding number display device 8 is controlled.

Further, the main control device 20 controls the opening / closing of the special winning opening by controlling the special winning opening solenoid 36, and controls the opening / closing of the second special figure starting opening by controlling the universal utility solenoid 37.
The output signal from the main controller 20 is also output to a test signal terminal (not shown), and a management signal such as symbol variation and big hit (also called special game) is output to the external connection terminal plate 14 to generate a hall. It is sent to the computer 15. The main control device 20 and the payout control device 21 are configured to be capable of bidirectional communication.

  The payout control device 21 drives the payout motor 40 in accordance with a command sent from the main control device 20 to pay out the winning ball. In the present embodiment, the detection signal of the payout switch 41 for counting game balls to be paid out as prize balls is input to the payout control device 21 and the payout control device 21 counts the prize balls. In addition, it is also conceivable to use a configuration in which the detection signal of the payout switch 41 is input to the main control device 20 and the payout control device 21 and both the main control device 20 and the payout control device 21 count the prize balls.

  The payout control device 21 receives signals from the glass frame opening switch 42, the inner frame opening switch 43, the full switch 44, and the ball break switch 45, and the lower plate (not shown) is full by the full switch 44. When a signal indicating that there is little or no game balls is input to the ball tank 11 by the ball break switch 45, the payout motor 40 is stopped and the payout operation of the winning ball is stopped. Note that the full switch 44 and the ball break switch 45 are also configured to continue outputting signals until the state is cleared, and the payout control device 21 causes the payout motor 40 to be output because the signals are not output. Restart the drive.

  Also, the payout control device 21 communicates with a CR unit (prepaid card unit) 47 via the CR unit terminal plate 46 to operate the payout motor 40 and discharge the lending balls. The paid-out lending ball is detected by the payout switch 41, and the detection signal is input to the payout control device 21. The CR unit terminal board 46 is also connected to the settlement display device 48 so as to be capable of two-way communication. The settlement display device 48 has a ball rental switch 49 for requesting rental of game balls, and a request for payment. A settlement switch 50 and a balance display (not shown) are connected.

In addition, the payout control device 21 transmits information relating to the winning ball, information indicating the open / closed state of the frame (inner frame 3, front frame), etc. to the hall computer via the external connection terminal board 14, and also to the launch control device 24. In response to this, a fire stop signal is transmitted.
In the present embodiment, the game balls are paid out. However, a configuration in which an award ball generated according to a winning or the like is stored without being paid out may be used.

The launch control device 24 controls the launch motor 51 to launch a game ball into the game area. In addition to the payout control device 21, a rotation amount signal (not shown) from a launch handle (not shown), a touch signal from the touch switch 52, and a launch stop signal from the launch stop switch 53 are input to the launch control device 24. The
The rotation amount signal is output when the player operates the launch handle, the touch signal is output when the player touches the launch handle, and the launch stop switch signal is generated when the player presses the launch stop switch 53. Is output. If the touch signal is not input to the firing control device 24, the game ball cannot be fired, and when the firing stop switch signal is input, the game ball cannot be fired even if the player touches the launch handle. It has become.

  The sub-integrated control device 23 corresponds to the sub-control device, receives data and commands transmitted from the main control device 20, distributes them to data for effect display control, sound control and lamp control, A display control command or the like is transmitted to the effect design control device 22, and the sound control and lamp control are distributed to each control part (function unit as a sound control device and a lamp control device) included in the display control command. Then, the function unit as the sound control device controls the sound output from the speaker 54 by operating the sound LSI based on the data for sound control, and the function unit as the lamp control device converts the sound control data into the data for lamp control. Based on the operation of the lamp driver, various LEDs and the lamp 55 are controlled. In addition, an effect button 56 is connected to the sub integrated control device 23, and when the player operates the effect button 56, the signal is input to the sub integrated control device 23. Further, the sub integrated control device 23 is configured to be able to adjust the volume of the speaker 54 by receiving a signal from the volume control switch 57.

The sub-integrated control device 23 and the production symbol control device 22 are capable of bidirectional communication.
The effect symbol control device 22 displays the effect symbol display based on the data and commands received from the sub integrated control device 23 (both those transmitted from the main control device 20 and those generated by the sub integrated control device 23). The device 6 is controlled to display effect images such as pseudo symbols on the screen of the effect symbol display device 6.

  As described above, the basic configuration of the pachinko machine 1 according to the present embodiment has been described as an example of the gaming machine of the present invention. By the way, the present invention reads the ID information when the substrate case is opened by reliably cutting the IC tag seal without depending only on the adhesive force (sticking force) of the IC tag seal as described above. The IC tag seal as a target to be cut by the main part of the present invention will be described in advance.

FIG. 3 is a schematic explanatory diagram for explaining the configuration of an IC tag seal as an object to be cut by the main part of the present invention. As shown in FIG. 3, the IC tag seal 60 includes a seal base 60c formed of a substantially rectangular thin body, and an IC chip 60a provided at a substantially central position of the seal base 60c and recorded with unique ID information. And an antenna portion 60b extending in a band shape from the IC chip 60a toward the upper right and lower left directions in the figure, and from the IC chip 60a toward the lower left direction in the figure and from the IC chip 60a. The connecting portion 60d is provided in a linear shape.
The connection unit 60d electrically connects the IC chip 60a and the antenna unit 60b, whereby the IC chip 60a is configured to be able to transmit the recorded ID information via the antenna unit 60b. With respect to the IC tag seal 60 configured as described above, the ID information of the IC chip 60a can be read from the outside by a reading device. Thereby, the authenticity determination of the IC chip 60a and the state determination of the IC tag seal 60 can be performed from the reading result by the reading device. Such an IC tag seal 60 is also employed as a sealing means in the substrate case which is the main part of the present invention. In the present embodiment, as described above, the main controller 20 includes the board case that is the main part of the present invention. Next, the configuration of the board case will be described.

FIG. 4 is a schematic perspective view illustrating the assembled state of the substrate case of the present embodiment. Note that the main controller 20 shown in FIG. 4 is shown by omitting from the main controller 20 of FIG. 1 a configuration that is not necessary for explaining the main part of the present invention. In addition, as described above, the feature of the present invention is not limited to the main control device 20, and other control devices may include the substrate case of the present invention using the IC tag seal as a sealing means. It ’s fine.
As shown in FIG. 4, the main controller 20 of this embodiment includes at least a case base 70 and a case lid 80. The case base 70 and the case lid 80 are combined to form a substrate case of the present invention. The board case can accommodate a control board (not shown) for controlling functions of various electrical operating devices provided in the pachinko machine 1 in a space formed therein. Further, a seal cover 65 that covers the above-described IC tag seal 60 as means for sealing the case base 70 and the case lid 80 in combination is also provided.

With reference to FIG. 5, the structure of the main controller 20 provided with the substrate case will be further described. FIG. 5 is a schematic perspective view illustrating the configuration of the main controller 20 including the board case of the present embodiment. The board case of the main controller 20 of the present embodiment includes a case base 70, a case lid 80, a cutting member 90, and a seal cover 65 as a cover member. Further, the case base 70 includes a base body portion 71 that accommodates the control board, and a base projecting piece 72 on the top of the base body section 71, and the case lid body 80 is also a lid body portion that similarly accommodates the control board. 81, and a lid projecting piece 82 on the top of the lid body 81.
Further, as the seal suppressing means of the present embodiment, a base body side seal restraining member 110 is provided on the case base body 70 side, and a lid body side seal restraining member 111 is provided on the case lid body 80 side.
Next, these configurations will be described in more detail with reference to FIG. FIG. 6 is a schematic perspective view illustrating the assembled state of the base body protruding piece 72, the cover body protruding piece 82, the cutting member 90, the base body side seal suppressing member 110, and the cover body side seal suppressing member 111 of this embodiment. .

First, the structure of the base | substrate side seal | sticker suppression member 110 and the cover body side seal | sticker suppression member 111 as a seal | sticker suppression means of this invention is demonstrated.
The base-side seal restraining member 110 includes a restraining strip 110a formed in a substantially thin strip shape, and a locking tongue piece 110b formed in a symmetrical L-shape on the left and right sides of the restraining strip 110a. The pair of locking tongue pieces 110b and 110b are respectively inserted into a pair of locking holes 72a and 72a of the base protruding piece 72 described later to lock the base-side seal restraining member 110. When the base-side seal restraining member 110 is locked, the back surface of the restraining strip 110a restrains the IC tag seal 60 downward, that is, in a direction opposite to the direction in which the cutting member 90 cuts the IC tag seal 60. It is configured as follows.
In the present embodiment, the base-side seal restraining member 110 is formed of a band-shaped material having a constant width. However, other configurations may be used. For example, the holding band piece 110a may be wider than the width of the locking tongue piece 110b inserted into the locking hole 72a, that is, widened to the same position as the front side of the base seal sticking portion in the drawing. By configuring in this way, the IC tag seal 60 is held down to a position close to the position where the cutting member 90 passes vertically when cutting, and the IC tag seal 60 is held by the cutting member 90 and the holding strip 110a. Furthermore, it can shear on suitable conditions.
Further, the lid side seal restraining member 111 including the restraining strip piece 111a and the locking tongue piece 111b of the present embodiment is configured symmetrically with the base body side seal restraining member 110, and thus the description thereof is omitted.

Next, the base body portion 71 of the case base 70 according to the present embodiment is formed in a shallow box shape with an open front surface in the figure, and the left and right rising parts in the figure are formed in a substantially inverted L-shape. Four portions 75 are provided.
Further, on the outer side and upper part of the base body 71, there is a base seal sticking portion 72b for attaching an IC tag seal 60 to be described later, and a base protruding piece 72 formed in a thin plate shape having a substantially inverted L-shaped cross section. Projected. The base protruding piece 72 is formed at a predetermined height from the top of the base body 71 upward. More specifically, the base protruding piece 72 is formed in a thin plate shape up to a predetermined height from the rising portion at the top of the base body portion 71 upward, that is, toward the outside of the base body portion 71, and then the front side. The plane portion is formed by bending at a substantially right angle toward the surface.

  In addition, in the state which the said plane part of the base | substrate protrusion piece 72 and the plane part of the cover body protrusion piece 82 mentioned later oppose and adjoin, it is comprised so that it may space apart with a fixed gap (FIG. 6 ( In this embodiment, when a cutting member 90 described later is inserted, the base protruding piece 72 and the cover protruding piece 82 do not interfere with the cutting member 90, and the cutting member 90 is the IC tag seal 60. The clearance is suitable for cutting.

  A pair of locking holes 72 a and 72 a formed in a rectangular shape are formed in both the left and right side portions of the planar portion of the base projecting piece 72. As described above, the pair of locking tongues 110b and 110b of the base-side seal holding member 110 are inserted into the locking holes 72a and 72a, respectively, and thereby the base-side seal holding member 110 is inserted into the base protruding piece. 72. By this locking, the base-side seal restraining member 110 acts to restrain the IC tag seal 60 stuck to the base seal sticking portion 72b of the base protruding piece 72 from being peeled from the upper side to the lower side in the figure. Is.

  Further, the base projecting piece 72 includes a base seal sticking portion 72b on the outer portion of the rising portion and the flat portion described above. As shown in the figure (see FIG. 6), the base seal sticking part 72b is formed by a slightly wide groove part from the flat part and extends to the back side of a rising part (not shown). The width of the groove is slightly larger than the width dimension of the IC tag seal 60 shown in FIG. 5, and when the IC tag seal 60 is pasted, it is pasted into the groove, It is intended to prevent sticking with a large deviation. The groove portion serves as a standard for the attachment position of the IC tag seal 60.

  A pair of a left base cover support portion 74a and a right base cover support portion 74b are provided on the left and right sides of the base protrusion piece 72 at positions where they contact the left and right sides of the base protrusion piece 72. The left base cover support portion 74a is formed in a vertically long, substantially rectangular parallelepiped shape, and is formed in an inclined shape in which the upper half tapers upward. The right base cover support part 74b is formed symmetrically with the left base cover support part 74a. The left base cover support portion 74a and the right base cover support portion 74b that are formed in an inclined manner in this manner are provided with the base protruding piece 72 interposed therebetween, so that a seal cover 65, which will be described later, is made to follow the inclination. It can be easily covered by lowering. Further, the left base cover support portion 74 a and the right base cover support portion 74 b are configured so that they can be fitted just inside the recesses of the seal cover 65.

  The lid body 81 of the case lid 80 has a back surface (not shown) that is open, has a convex cross section, and is formed in a box shape. In addition, on the back surface side of the lid body 81, the locking projection 75 is inserted and slid in the vertical direction in the figure corresponding to the locking projection 75 of the case base 70 described above, whereby the case base 70 There are four locking recesses (not shown) that can be combined and closed with the case lid 80. The above-described control board (not shown) is accommodated in the internal space formed by the case base 70 and the case lid 80 being combined and closed in this manner. The control board may be configured to be attached to either the case base 70 or the case lid 80.

In the present embodiment, on the outer side and upper part of the lid body 81, the above-described base protruding piece 72, left base cover support part 74a, and right base cover support part 74b correspond to and are symmetrical to each other. Thus, a lid projecting piece 82, a left lid cover support portion 84a, and a right lid cover support portion 84b are projected. Similar to the base protrusion piece 72, the cover protrusion piece 82 includes a cover seal sticking portion 82b. When the case base 70 and the case cover 80 are combined and closed, the cover protrusion piece 82 is shown in FIG. As described above, the base protruding piece 72 and the lid protruding piece 82 are in a state of being disposed at positions facing each other, that is, in an opposed state. That is, when the base projecting piece 72 and the cover projecting piece 82 face each other, the base projecting piece 72 serves as a base for pasting the IC tag seal 60 across the two projecting pieces. The seal sticking portion 72b and the lid projecting piece 82 are provided with a lid sticking portion 82b. Further, in this state, a predetermined gap shown in the figure is formed between the base protruding piece 72 and the lid protruding piece 82. The gap is formed by extending a gap having a constant narrow width in the left and right directions in the figure. In the gap formed in this way, a cutting member 90 described later can be fitted with a predetermined clearance that can freely advance and retract. This will be described in detail after the configuration of the cutting member 90 is described.
Again, the base projecting piece 72 and the lid projecting piece 82 are opposed to each other in this way, and then the cutting member 90 is inserted and accommodated in the gap between the base projecting piece 72 and the lid projecting piece 82. In a state where the IC tag seal 60 is stuck across the projecting pieces, the pair of retaining tongues 110b of the base-side seal restraining member 110 is inserted into the retaining holes 72a and 72a of the base projecting piece 72. 110b, respectively, and a pair of locking tongues 111b and 111b of the lid-side seal restraining member 111 are respectively inserted into the locking holes 82a and 82a of the lid projecting piece 82, whereby the IC tag seal 60 is restrained from being peeled off from the base seal sticking part 72b and the lid seal sticking part 82b.
As described above, the locking holes 72a and 72a of the base projecting piece 72 and the pair of locking tongue pieces 110b and 110b of the base-side seal suppression member 110 are bonded to the base-side seal suppression member 110 after the IC tag seal 60 is applied. This is the protruding piece locking means of the present invention for locking the base plate to the base protruding piece 72. Similarly, the locking holes 82a and 82a of the lid projecting piece 82 and the pair of locking tongues 111b and 111b of the lid-side seal restraining member 111 are attached to the lid-side seal restraining member 111 after the IC tag seal 60 is applied. It is the protrusion piece locking means of this invention which locks to the cover body protrusion piece 82. FIG.
More specifically, as shown in FIG. 6B, the cutting member 90 inserted into the gap between the base protruding piece 72 and the cover protruding piece 82 rises in the figure to cut the IC tag seal 60. At this time, even if the IC tag seal 60 is to be peeled off from the base seal sticking portion 72b and the lid seal sticking portion 82b by the contact of the cutting member 90, the base side seal is suppressed on the opposite side of the cutting member 90, that is, directly above the illustrated IC tag seal 60. By disposing the member 110 and the lid-side seal restraining member 111, the displacement of the IC tag seal 60 is limited. That is, the IC tag seal 60 can be reliably cut (sheared) without depending on the sticking force (sticking force, adhesive force) of the IC tag seal 60.

Next, the structure of the cutting member 90 of a present Example is demonstrated. 5 to 6, the cutting member 90 includes a cutting plate piece 91 formed in a thin plate shape, a left guide portion 94 on the left side of the cutting plate piece 91 in the drawing, and a right guide on the right side in the drawing. Part 95 is provided. Below the left guide portion 94 and the right guide portion 95, a left guide elastic portion 94a and a right guide elastic portion 95a are provided as cover interlocking means of the present invention, respectively. The left guide portion 94, the right guide portion 95, the left guide elastic portion 94a, and the right guide elastic portion 95a will be described in detail later.
More specifically, the cutting plate piece 91 is formed in a substantially M-shape in front view at an approximately center and upper part in the left-right direction in the figure, and further includes an IC having a downwardly inclined shear angle from the upper back to the lower front. A chip vicinity cutting portion 92 is provided, and a left cutting edge portion 93a is provided on the left side of the IC chip vicinity cutting portion 92. The left cutting edge portion 93a is slightly inclined upward toward the left in the figure and the upper side is formed at an acute angle. Similarly, on the right side, a right cutting edge portion 93b is provided, which is slightly inclined upward toward the right in the figure and has an upper side portion formed at an acute angle. As described above, the IC chip vicinity cutting portion 92, the left cutting edge portion 93a, and the right cutting edge portion 93b of the present embodiment are formed in an inclined shape in the left-right direction and the front-rear direction, thereby cutting the IC tag seal 60. This makes it possible to obtain a suitable shear angle. As described above, the cutting member 90 of this embodiment reliably cuts any part of the antenna part 60b extending toward both sides of the IC chip 60a shown in FIG. The IC tag seal 60 is divided into two parts by cutting the seal substrate 60c.

The left guide portion 94 described above is formed in a substantially thin plate shape and is provided orthogonal to the cutting plate piece 91. The lower half of the left guide portion 94 includes a left guide elastic portion 94a. The left guide elastic portion 94a is formed of a material such as resin having elasticity, and is configured to open to the left side in the drawing, that is, toward the outside of the cutting member 90 as it goes downward. Thereby, the left guide elastic part 94a is bent toward the right side, that is, the center by pressurization from the outside, that is, the left direction. The widths of the left guide portion 94 and the left guide elastic portion 94a are such that the left base cover support portion 74a and the left cover cover in a state where the case base 70 and the case cover 80 are combined (see FIG. 6A). It is comprised by the dimension which can be inserted in the clearance gap which the support part 84a forms.
In the present embodiment, the left guide portion 94 and the left guide elastic portion 94a described above are symmetrically configured, and the right guide portion 95 and the right guide elastic portion 95a are provided. And, as will be described later, the left guide elastic portion 94a and the right guide elastic portion 95a included in the cutting member 90 are formed when the seal cover 65 covers the base protrusion piece 72 and the cover protrusion piece 82 that face each other. When the cutting member 90 and the seal cover 65 are locked, and the seal cover 65 is detached from the base protruding piece 72 and the cover protruding piece 82 by the locking action, the cutting member 90 is displaced by the displacement of the seal cover 65. The cover interlocking means of the present invention is configured to displace the IC tag seal 60 as a result.

  With this configuration, the cutting member 90 can be inserted into the gap formed by the base protruding piece 72 and the cover protruding piece 82 facing each other as shown in FIG. . Specifically, the base projecting piece 72 and the lid projecting piece 82 that are in the opposed state are fixedly arranged with a gap of a substantially constant width in the left-right direction in the figure. The width of the gap is formed to be slightly larger than the thickness of the cutting plate piece 91 of the cutting member 90, and the cutting plate 90 is inserted into the gap so that the cutting member 90 and the base protruding piece 72 and the lid It can be inserted into a space formed inside the body protruding piece 82 so as to be freely inserted. In addition, the cutting plate piece 91 is fitted into the gap, the left guide part 94 is fitted into the gap between the left base cover support part 74a and the left lid cover support part 84a, and the right guide part 95 is supported to the right base cover. It fits in the gap between the portion 74b and the right lid cover support portion 84b. The cutting member 90 of the present embodiment can be accommodated in the gap formed by the opposing base protruding piece 72 and the cover protruding piece 82 and can be advanced and retracted by being inserted in this way and inserted to the lowest part in the figure. It is configured. The left guide part 94 is supported by being sandwiched between the left base cover support part 74a and the left lid cover support part 84a, and the right guide part 95 is also supported by the right base cover support part 74b and the right lid cover support part 84b. When the cutting member 90 is interlocked with and supported by the seal cover 65, the posture of the cutting member 90 is smoothly raised and displaced while maintaining a fixed standing state. Thus, the effect of the shear angle suitable for cutting the IC tag seal 60 can be sufficiently exhibited.

  Next, the configuration of the seal cover 65 as the cover member of this embodiment will be described with reference to FIG. FIG. 7 is a schematic explanatory view for explaining the operation of the cover member, the cutting member, and the seal suppression means of the present invention in this embodiment. The seal cover 65 is formed in a substantially rectangular parallelepiped shape and a box shape opening downward, and includes a wedge-shaped locking portion 65a and a locking portion 65b inward at the bottom of the left and right falling portions in the drawing. . Further, as shown in FIG. 6B, the seal cover 65 covers the IC tag seal 60 pasted across the base seal sticking portion 72b and the lid seal sticking portion 82b located in an opposing state, The cutting member 90 can be locked by the locking portion 65a and the locking portion 65b in a state where the installation piece 72, the lid protruding piece 82, the cutting member 90, etc. are completely accommodated inside. The locking structure and operation will be described in detail later.

Next, a method for assembling the substrate case and a sealing (sealing) method of this embodiment configured as described above will be described.
First, the case base 70 and the case lid are inserted by inserting the four locking projections 75 of the case base 70 shown in FIG. 80 is combined and closed. At this time, by attaching the control board to either the case base 70 or the case lid 80 in advance, the control board is accommodated in the internal space. Further, the case base 70 and the case lid 80 are locked by locking means (not shown) such as screws.
When the case base 70 and the case lid 80 are combined in this way, then, as described above, with respect to the base protrusion piece 72 and the cover protrusion piece 82 that are in the opposed state as shown in FIG. The cutting member 90 is inserted and arranged from the upper side to the lower side. When the cutting member 90 is housed and disposed, as shown in FIG. 6B, the IC tag seal 60 is attached to the base seal sticking portion 72b on the back side of the base protruding piece 72 and the cover protruding piece 82 shown in the drawing. It sticks over the lid seal sticking part 82b on the side. When the IC tag seal 60 is affixed, finally, as shown in FIGS. 7A and 7B, the seal cover 65 is fitted and covered from the upper side to the lower side, and is locked with the cutting member 90. The assembly and sealing work is completed. The substrate case of the present invention assembled in this way is configured so that it cannot be opened, that is, the case base 70 and the case lid 80 cannot be separated unless the IC tag seal 60 is broken. The substrate case as the main part of the present invention is configured as described above. Next, its function and effect will be described first with reference to FIG.

7A shows a state before the seal cover 65 is mounted, FIG. 7B shows a state when the cutting member 90 is locked, ie, when the cutting member 90 is locked, and FIG. The state where the cover 65 is removed is shown. For convenience, the seal cover 65 is shown in a schematic cross-sectional view with hatching, and the lid projecting piece 82 located on the front side is omitted.
First, in FIG. 7 (A), the cutting member 90 is inserted into the gap between the base protruding piece 72 and the cover protruding piece 82 and reaches and reaches the bottom, and then the IC tag seal 60 is attached. Further, a state where the base-side seal restraining member 110 is locked (not shown, but the lid-side seal restraining member 111 is also locked) is shown. In this state, the upper surface portion of the base seal sticking portion 72 b of the base protruding piece 72 is configured to be slightly higher than the IC chip vicinity cutting portion 92 of the cutting member 90. For convenience, the height position of the upper surface portion of the lid seal sticking portion 82b of the lid projecting piece 82 (not shown) is the same as the upper surface portion of the base seal sticking portion 72b of the base projecting piece 72 described above.

  Thus, in a state where the cutting member 90 is accommodated in the gap between the base protruding piece 72 and the cover protruding piece 82 and the IC tag seal 60 is affixed, the seal cover 65 is displaced in the direction indicated by the arrow (downward) in the figure. Installing. The mounting and locking process will be described in detail. When the seal cover 65 is lowered along the inclined portions of the left base cover support portion 74b and the left base cover support portion 84b (not shown), the seal cover is removed. 65, the locking portion 65a presses and flexes the left guide elastic portion 94a of the cutting member 90 to the right side in the drawing, while the locking portion 65b similarly presses and flexes the right guide elastic portion 95a to the left side in the drawing. . When the descent further proceeds and reaches the lowest part, each guide elastic part is released from the pressurization from the corresponding locking part, the left guide elastic part 94a is in the left direction, and the right guide elastic part 95a is in the right direction. Open each and return to the current state. At this time, the upper part of the wedge-shaped locking part 65a and the lower part of the left guide elastic part 94a, and the upper part of the locking part 65b and the lower part of the right guide elastic part 95a are brought into contact with each other and locked. Thus, when the cutting member 90 is locked to the seal cover 65, the state shown in FIG. The case base 70 and the case lid 80 of the present embodiment are brought into a sealed (sealed) state by the IC tag seal 60 by being in this state.

  In addition, the latching | locking part 65a and the latching | locking part 65b of a present Example correspond to the left guide elastic part 94a and the right guide elastic part 95a instead of being provided over the whole region of the illustration direction of the seal cover 65. It protrudes only at the place where you want to. By doing so, the illustrated left and right inner walls of the seal cover 65, the left base cover support portion 74a and the left lid cover support portion 84a (not shown), and the right base cover support portion 74b and the right lid cover support. The gap between the portion 84b (not shown) and the respective outer wall portions can be reduced, and the seal cover 65 can be securely attached.

  Next, the operation in the process of releasing the above-described sealed state will be described. From the state shown in FIG. 7B, the seal cover 65 is lifted upward, and is separated from the base protruding piece 72 of the case base 70 and the cover protruding piece 82 of the case cover 80 in the opposed state. Displace to. At this time, the locking portion 65a and the locking portion 65b are in contact with and locked to the left guide elastic portion 94a and the right guide elastic portion 95a as the cover interlocking means of the present invention, respectively. With the upward displacement, the cutting member 90 starts upward displacement in conjunction with the upward displacement.

  Along with the upward displacement of the cutting member 90, the IC chip vicinity cutting portion 92, the left end portion of the left cutting edge portion 93a and the uppermost portion of the right cutting edge portion 93b shown in the drawing are the lower side of the IC tag seal 60, that is, the pasting surface. Reach the side. When the upward displacement further proceeds, the IC chip vicinity cutting portion 92, the left cutting edge portion 93a, and the right cutting edge portion 93bt come into contact with the lower surface side of the IC tag seal 60 and pressurize upward. When the pasting force of the IC tag seal 60 is greater than the pressurization, the IC tag seal 60 is cut. However, when the adhesive force (adhesive force, adhesive force) of the IC tag seal 60 is reduced due to aging, chemical reaction, or the like, the base-side seal suppression member 110 and the lid-side seal suppression as the seal suppression means of the present invention. The member 111 suppresses the lifting of the IC tag seal 60 due to the upward displacement of the cutting member 90. As a result, the IC chip vicinity cutting part 92 reliably cuts the antenna part 60b, and the left cutting edge part 93a and the right cutting edge part 93b cut the seal base 60c, thereby cutting the IC tag seal 60 into two. .

  Furthermore, it can be clearly seen from the outside that the IC tag seal 60 has been cut by this cutting, that is, the sealed (sealed) state of the case base 70 and the case lid 80 has been released. It has become. When the upward displacement of the cutting member 90 further proceeds and is completely separated from the base protruding piece 72 and the cover protruding piece 82, the state shown in FIG. 7C is obtained. At this time, the cut (broken) state of the IC tag seal 60 cut by the left cutting edge portion 93a and the right cutting edge portion 93b remains in a state in which it is clearly shown that the opening has been made. In this way, the case base 70 and the case lid 80 of the present embodiment are configured so that the sealing is released.

Although the first embodiment has been described so far, in short, the force for maintaining the posture against the pressure applied by the cutting member 90 to cut the IC tag seal 60 is determined by the sticking force (sticking force, adhesion of the IC tag seal 60). The IC tag seal 60 is reliably cut by including the base-side seal restraining member 110 and the lid-side seal restraining member 111 as seal restraining means for restraining the displacement due to the pressure of the IC tag seal 60 without depending only on the force). It is possible.
[Example 2]

  Next, as another embodiment of the present invention, Embodiment 2 will be described with reference to FIGS. FIG. 8 is a schematic perspective view illustrating the assembled state of the base body projecting piece 72, the cover body projecting piece 82, the cutting member 290, and the seal restraining member 210 according to the second embodiment, and FIG. It is a schematic explanatory drawing explaining the effect | action of the cover member of an invention, a cutting member, and a seal | sticker suppression means. In addition, about the same structure as Example 1 mentioned above, it attaches and demonstrates the same code | symbol for convenience, or omits description, and only the principal part of a present Example is demonstrated here. This also applies to the description of the following embodiments.

With reference to FIG. 8, the principal part and assembly | attachment state of a structure of Example 2 are demonstrated.
First, the structure of the seal | sticker suppression member 210 as a seal | sticker suppression means of this invention is demonstrated.
The seal restraining member 210 includes a restraining strip piece 210a formed in a substantially thin strip shape, and a latch formed in a left and right side portion and front and rear end portions, that is, four corners of the restraining strip piece 210a in a symmetrical L shape. A tongue piece 210b is provided. Locking tongues 210b provided at four locations in the figure are inserted into a pair of locking holes 72a and 72a of a base protruding piece 72 and a pair of locking holes 82a and 82a of a lid protruding piece 82, respectively, which will be described later. Then, the seal restraining member 210 is locked. As shown in FIG. 8B, when the seal restraining member 210 is locked, the back surface of the restraining strip 210a is downward from the IC tag seal 60, that is, opposite to the direction in which the cutting member 90 cuts the IC tag seal 60. It is comprised so that it may suppress toward this direction.
Further, the seal restraining member 210 according to the present embodiment includes a slit portion 210c formed in a horizontally long rectangular shape, that is, a square hole shape, in the approximate center of the restraining band piece 210a. The slit portion 210c is formed in a size and shape that allows an IC chip vicinity cutting portion 292, which will be described later, to be inserted. In other words, the two components are configured to reliably cut the vicinity of the IC chip 60a of the IC tag seal 60, more specifically, the antenna portion 60b extending from the IC chip 60a in both directions.

  The locking holes 72a and 72a of the base protruding piece 72, the locking holes 82a and 82a of the lid protruding piece 82, and the four locking tongue pieces 210b inserted and locked therein are This is the protruding piece locking means of the present invention for locking the seal restraining member 210 to the base protruding piece 72 and the lid protruding piece 82 after the IC tag seal 60 is affixed.

Next, the structure of the cutting member 290 of a present Example is demonstrated. The cutting member 290 includes a cutting plate piece 291 formed in a thin plate shape, a left guide portion 294 on the left side of the cutting plate piece 291 in the drawing, and a right guide portion 295 on the right side of the drawing. Below the left guide portion 294 and the right guide portion 295, a left guide elastic portion 294a and a right guide elastic portion 295a are provided as cover interlocking means of the present invention, respectively. About the left guide part 294, the right guide part 295, the left guide elastic part 294a, and the right guide elastic part 295a, it is the same as that of the structure of Example 1. FIG.
Further, the cutting plate piece 291 is formed in a substantially M shape in front view in the substantially center and upper part in the left-right direction in the figure, and further has a downward inclined shear angle from the upper back to the lower front. 292. Further, in the present embodiment, unlike the first embodiment, no shear angle is provided on the left and right sides of the IC chip vicinity cutting portion 292. As described above, the cutting member 290 of this embodiment reliably cuts any part of the antenna part 60b extending toward both sides of the IC chip 60a shown in FIG. This portion is configured not to be in a good cut state, that is, in a broken state. Thus, the function of the IC tag seal 60 is surely disabled, and the cut state of the portion other than the functional part is broken at first glance, that is, the state is clearly shown that the seal is released.

The effect of the main part of the present embodiment configured as described above will be described with reference to FIG.
9A shows a state before the seal cover 65 is attached, FIG. 9B shows a state where the seal member 65 is locked, ie, when the cutting member 290 is locked, and FIG. The state where the cover 65 is removed is shown. For convenience, the seal cover 65 is shown in a schematic cross-sectional view with hatching, and the lid projecting piece 82 located on the front side is omitted.
First, FIG. 9A shows a state in which the cutting member 290 is inserted into the gap between the base projecting piece 72 and the cover projecting piece 82 and reaches and reaches the lowermost part, and then the IC tag seal 60 is attached. The state in which the seal restraining member 210 is locked is shown. In this state, the upper surface portion of the base seal sticking portion 72 b of the base protruding piece 72 is configured at a position slightly higher than the IC chip vicinity cutting portion 292 of the cutting member 290. For convenience, the height position of the upper surface portion of the lid seal sticking portion 82b of the lid projecting piece 82 (not shown) is the same as the upper surface portion of the base seal sticking portion 72b of the base projecting piece 72 described above.

Thus, in a state where the cutting member 290 is accommodated in the gap between the base protruding piece 72 and the cover protruding piece 82 and the IC tag seal 60 is applied, the seal cover 65 is displaced in the direction of the arrow (downward) in the drawing. Installing. The mounting and locking process will be described in detail. When the seal cover 65 is lowered along the inclined portions of the left base cover support portion 74b and the left base cover support portion 84b (not shown), the seal cover is removed. 65 locking portions 65a press and bend the left guide elastic portion 294a of the cutting member 290 to the right in the figure, while the locking portions 65b similarly press and bend the right guide elastic portion 295a to the left in the drawing. . When the descent further proceeds and reaches the lowermost part, each guide elastic part is released from the pressurization from the corresponding locking part, the left guide elastic part 294a is in the left direction, and the right guide elastic part 295a is in the right direction. Open each and return to the current state. At this time, the upper part of the wedge-shaped locking part 65a and the lower part of the left guide elastic part 294a, and the upper part of the locking part 65b and the lower part of the right guide elastic part 295a are brought into contact and locked. Thus, when the cutting member 290 is locked to the seal cover 65, the state shown in FIG. The case base 70 and the case lid 80 of the present embodiment are brought into a sealed (sealed) state by the IC tag seal 60 by being in this state.
In addition, the latching | locking part 65a and the latching | locking part 65b of a present Example are the structures similar to Example 1, and there exist the same effect.

  Next, the operation in the process of releasing the above-described sealed state will be described. From the state shown in FIG. 9B, the seal cover 65 is lifted upward, and is separated from the base protruding piece 72 of the case base 70 and the cover protruding piece 82 of the case cover 80 in the facing state. Displace to. At this time, the locking portion 65a and the locking portion 65b are in contact with and locked to the left guide elastic portion 294a and the right guide elastic portion 295a as the cover interlocking means of the present invention, respectively. Along with the upward displacement, the cutting member 290 starts upward displacement in conjunction with the upward displacement.

  With the upward displacement of the cutting member 290, the uppermost portion of the IC chip vicinity cutting portion 292 reaches the lower surface side of the IC tag seal 60, that is, the pasting surface side. When the upward displacement further proceeds, the IC chip vicinity cutting portion 292 contacts the lower surface side of the IC tag seal 60 and pressurizes upward. When the pasting force of the IC tag seal 60 is greater than the pressurization, the IC tag seal 60 is cut. However, when the sticking force (sticking force, adhesive force) of the IC tag seal 60 is reduced due to aging deterioration, chemical reaction, or the like, the seal restraining member 210 as the seal suppressing means of the present invention is raised by the cutting member 290. The lifting of the IC tag seal 60 due to the displacement is suppressed. Thereby, the IC chip vicinity cutting part 292 reliably cuts the antenna part 60b. This state is shown in FIG.

  Although not shown, when the upward displacement is further continued, the upper surface portions on both sides of the cutting plate piece 291 come into contact with the lower surface portion of the seal restraining member 210 and stop. When it is further lifted forcibly, the four locking tongue pieces 210b are detached from the locking holes 72a and 72a and the locking holes 82a and 82a, and the cutting member 290 resumes the upward displacement and a shear angle is formed. The IC tag seal 60 is forcibly broken by the upper surface portions on both sides of the cutting plate piece 291 that is not formed.

By this cutting, the antenna portion 60b is cut reliably, and the IC tag seal 60 is cut, that is, the seal (sealed) state between the case base 70 and the case lid 80 is broken. Depending on the state of the IC tag seal, it is clearly visible from the outside. In this way, the case base 70 and the case lid 80 of the present embodiment are configured so that the sealing is released.
In the above-described embodiment, when the upper surface portions of the both side portions of the cutting plate piece 291 are brought into contact with the lower surface portion of the seal restraining member 210 and stopped, and further forcibly raised, the locking holes 72a and 72a and the locking holes Although the configuration in which the four locking tongue pieces 210b are detached from 82a and 82a has been described, other methods may be employed. That is, even if it is forcibly raised, if the four locking tongue pieces 210b are not detached from the locking holes 72a and 72a and the locking holes 82a and 82a and are further lifted, the seal restraining member 210 appears at first glance. Thus, it may be configured to be destroyed in a state that is obviously and not reusable. By constructing in this way, the seal restraining member can be used even if it is attempted to erase the fraudulent trace by re-applying a substitute for the IC tag seal after the Goto has opened the fraudulently and applied the fraudulent processing to the control board. Since 210 is destroyed, it is impossible to return to the current state even in appearance, and it becomes easy to find fraud.
[Example 3]

  Next, as another embodiment of the present invention, Embodiment 3 will be described with reference to FIG. FIG. 10 is a schematic perspective view illustrating an assembled state of the base protruding piece 72, the cover protruding piece 82, the cutting member 390, and the seal suppressing member 310 according to the third embodiment.

With reference to FIG. 10, the structure and effect of Example 3 will be described.
The structure of the seal | sticker suppression member 310 as a seal | sticker suppression means of this invention is demonstrated.
The seal restraining member 310 includes a restraining strip piece 310a formed in a substantially thin strip shape, and a latch formed in a left and right side portion and both front and rear end portions, that is, four corners of the restraining strip piece 310a in a symmetrical L shape. A tongue piece 310b is provided. Locking tongues 310b provided at four places in the figure are inserted into a pair of locking holes 72a and 72a of a base protruding piece 72 and a pair of locking holes 82a and 82a of a lid protruding piece 82, respectively, which will be described later. Then, the seal restraining member 310 is locked. As shown in FIG. 10B, when the seal restraining member 310 is locked, the back surface of the restraining strip 310a is below the IC tag seal 60, that is, opposite to the direction in which the cutting member 390 cuts the IC tag seal 60. It is comprised so that it may suppress toward this direction.
Further, the seal restraining member 310 of the present embodiment includes a punched hole portion 310c that is formed in a slightly oblong rectangular shape, that is, a square hole shape, in the approximate center of the restraining strip piece 310a. The punched hole portion 310c is formed in a size and a shape into which an IC chip vicinity punched portion 392 described later can be inserted. That is, the IC tag seal 60 is made impossible by reliably punching out the vicinity region including the IC chip 60a of the IC tag seal 60 by both the configurations.

  Note that the locking holes 72a and 72a of the base protruding piece 72, the locking holes 82a and 82a of the lid protruding piece 82, and the four locking tongue pieces 310b inserted and locked therein are: This is the protruding piece locking means of the present invention that locks the seal restraining member 310 to the base protruding piece 72 and the lid protruding piece 82 after the IC tag seal 60 is attached.

Next, the structure of the cutting member 390 of a present Example is demonstrated. The cutting member 390 includes a cutting plate piece 391 formed in a thin plate shape, a left guide portion 394 on the left side of the cutting plate piece 391 in the drawing, and a right guide portion 395 on the right side of the drawing. Below the left guide portion 394 and the right guide portion 395, a left guide elastic portion 394a and a right guide elastic portion 395a are provided as cover interlocking means of the present invention, respectively. About the left guide part 394, the right guide part 395, the left guide elastic part 394a, and the right guide elastic part 395a, it is the same as that of the structure of Example 1. FIG.
Further, the cutting plate piece 391 includes an IC chip vicinity punching portion 392 having a shear angle formed in a substantially concave shape when viewed from the front, at a substantially center and an upper portion in the horizontal direction of the drawing. The IC chip vicinity punched portion 392 is set in an arrangement position, a size, and a shape corresponding to a predetermined region around the IC chip 60a of the IC tag seal 60. That is, the IC chip vicinity punching part 392 is configured to separate a certain region surrounding the IC chip 60a by punching from the IC tag seal.

Also, in this embodiment, unlike the first embodiment, no shear angle is provided on the left and right sides of the IC chip vicinity punched portion 392. As described above, the cutting member 390 of the present embodiment reliably punches out the region including the IC chip 60a illustrated in FIG. 10B, and does not dare to make a good cutting state for other portions, that is, breakage. It is comprised so that it may be in the state. Thus, the function of the IC tag seal 60 is surely disabled, and the cut state of the portion other than the functional part is broken at first glance, that is, the state is clearly shown that the seal is released.
In addition, the base body protruding piece 72 and the cover body protruding piece 82 of the present embodiment have a base body protruding piece cutout portion 396 and a cover body protruding piece cutout portion 397 facing each other, as shown in the figure. Is provided. As a result, the IC chip vicinity punched portion 392 can advance and retreat the gap formed by the base protruding piece 72 and the cover protruding piece 82 in the opposed state.

  Next, the operation and effect of the main part of the present embodiment configured as described above will be described. The basic operation is the same as that of the second embodiment described above. The second embodiment and the present embodiment are configured such that the antenna section 60b extending from the IC chip 60a is cut by the IC chip vicinity cutting section 292 in the second embodiment, whereas the present embodiment is in the vicinity of the IC chip. The punching part 392 is different in that it is configured to punch out a certain region centered on the IC chip 60a.

  As described above, since the basic operation is the same as that of the second embodiment, the operation in the process of releasing the sealed state will be described here. The cutting member 390 is accommodated in the gap between the base projecting piece 72 and the cover projecting piece 82 in the facing state, the IC tag seal 60 is attached, the seal restraining member 310 is then locked, and finally the seal cover 65 is attached. Once installed, the seal is complete. When the seal cover 65 is lifted and displaced from this state, the cutting member 390 is lifted and displaced by the cover interlocking means of the present invention, and the IC chip vicinity punched portion 392 contacts the back side of the IC tag seal 60. When further raised, the IC chip vicinity punched portion 392 contacts the lower surface side of the IC tag seal 60 and pressurizes upward. When the pasting force of the IC tag seal 60 is greater than the pressurization, the IC tag seal 60 is cut. However, when the sticking force (sticking force, adhesive force) of the IC tag seal 60 is reduced due to aging deterioration, chemical reaction, or the like, the seal restraining member 310 as the seal suppressing means of the present invention is lifted by the cutting member 390. The lifting of the IC tag seal 60 due to the displacement is suppressed. As a result, the IC chip vicinity punching part 392 punches a certain area surrounding the IC chip 60a. By separating the periphery of the IC chip 60a, even if the antenna portion 60b extends from the IC chip 60a in a direction other than the expected direction, both of the IC chips 60a can be surely included as long as the IC chip 60a is included in the region. The antenna portion 60b is cut off, and the function can be more reliably taken away.

  When the upward displacement is further continued, the upper surface portions on both sides of the cutting plate piece 391 come into contact with the lower surface portion of the seal restraining member 310 and stop. When it is further lifted forcibly, the four locking tongue pieces 310b are detached from the locking holes 72a and 72a and the locking holes 82a and 82a, and the cutting member 390 resumes the upward displacement to form a shear angle. The IC tag seal 60 is forcibly broken by the upper surface portions on both sides of the cutting plate piece 391 that is not.

  By this cutting, the antenna portion 60b is cut reliably, and the IC tag seal 60 is cut, that is, the seal (sealed) state between the case base 70 and the case lid 80 is broken. Depending on the state of the IC tag seal 60, it is clearly visible from the outside. In this way, the case base 70 and the case lid 80 of the present embodiment are configured so that the sealing is released.

It should be noted that the shear angle of the IC chip vicinity punched portion 392 is not limited to the illustrated one, and may have other configurations. Although the illustrated embodiment is formed in a substantially concave shape in front view, it may be formed in a concave shape in side view. Other shapes may be used as long as they can be more reliably disabled according to the laying state of the antenna unit 60b.
Further, in the above-described embodiment, when the upper surface portions of the both side portions of the cutting plate piece 391 are brought into contact with the lower surface portion of the seal restraining member 310 and stopped further and forcibly raised, the locking holes 72a and 72a and the locking holes Although the configuration in which the four locking tongue pieces 310b are detached from 82a and 82a has been described, other methods may be employed. In other words, even if it is forcibly raised, if the four locking tongue pieces 310b are not detached from the locking holes 72a and 72a and the locking holes 82a and 82a and are further lifted, the seal restraining member 310 appears at first glance. Thus, it may be configured to be destroyed in a state that is obviously and not reusable. By constructing in this way, the seal restraining member can be used even if it is attempted to erase the fraudulent trace by re-applying a substitute for the IC tag seal after the Goto has opened the fraudulently and applied the fraudulent processing to the control board. Since 310 is destroyed, it is impossible to return to the current state even in appearance, and it becomes easy to find fraud.
[Modification]

  Next, a modified example of the protruding piece locking means in the first to third embodiments will be described with reference to FIG. FIG. 11 is a schematic explanatory view for explaining another modified example relating to the locking configuration of the seal suppressing means of the present invention. As shown in FIG. 11 (A), the protruding piece locking means of the present modification is a seal restraining member provided on the upper surface portion and the left and right side portions of each of the base protruding piece 72 and the lid protruding piece 82. The locking portions 300a, 300b, 301a, and 301b and the locking tongue pieces 302a at the four corners of the seal restraining member 302 as viewed from above are configured.

  The seal restraining member locking portions 300a, 300b, 301a, and 301b are formed in a substantially box shape having a square hole portion that opens toward the center portion of the base projecting piece 72 or the lid projecting piece 82 in the horizontal direction in the figure. The locking tongue piece 302a is inserted into the square hole portion and locked. On the other hand, as shown in the cross-sectional view of FIG. 11A, the seal restraining member 302 in this modification can be formed in a flat cross-sectional shape unlike the seal restraining means in the first to third embodiments. Yes.

Furthermore, as another modified example, as illustrated in FIG. 11B, a configuration in which a screwing structure is employed as a method of locking the seal restraining member 303 is conceivable. Also in this case, the seal restraining member 303 can be formed in a flat cross-sectional shape. The protruding piece locking means of this modification has the illustrated screwing structure. That is, a nude insertion hole is drilled at an appropriate location of the seal restraining member 303, and a female screw hole is threaded at a location corresponding to the insertion hole in the base seal application portion 72b and the lid seal application portion 82b (not shown). After attaching the IC tag seal 60 to the base seal sticking portion 72b and the lid seal sticking portion 82b (not shown), the screw inserted through the insertion hole from above is screwed into the female screw hole, so that the IC The tag seal 60 is sandwiched between the base seal sticking portion 72b and the lid seal sticking portion 82b (not shown) and the seal restraining member 303 to suppress the displacement of the IC tag seal 60.
By comprising in this way, as above-mentioned, the seal | sticker suppression member 303 can be formed in cross-sectional flat plate shape. Further, when adjusting the screwing force, it is easy to increase or decrease the screwing points as appropriate. Furthermore, since the base seal sticking portion 72b and the lid seal sticking portion 82b (not shown), the IC tag seal 60, and the seal restraining member 303 are fixed in close contact with each other, the lower surface portion of the IC tag seal 60 as the cutting member rises. When the cutting member comes into contact with and further rises, the IC tag seal 60 is not lifted and the cutting is started immediately. As a result, the cutting conditions are maintained well, and the function of the IC tag seal can be surely taken away.
[Example 4]

  Next, a fourth embodiment as still another embodiment of the present invention will be described with reference to FIGS. FIG. 12 is a schematic perspective view illustrating the assembled state of the base protruding piece 72, the cover protruding piece 82, the cutting member 490, the seal cover 465, and the seal restraining member 410 according to the fourth embodiment, and FIG. It is a schematic explanatory drawing explaining the effect | action of the cover member of this invention in Example 4, a cutting member, and a seal | sticker suppression means.

With reference to FIG. 12, the principal part and assembly | attachment state of a structure of Example 4 are demonstrated.
First, the structure of the seal | sticker suppression member 410 as a seal | sticker suppression means of this invention is demonstrated.
As shown in the drawing, the seal restraining member 410 includes a seal restraining base portion 411 formed in a horizontally long and substantially thin plate shape, and a seal plate in a state of being opposed to the lower portion of the seal restraining base portion 411 formed in a substantially thin plate shape. A restraining elastic portion 412a and a seal restraining elastic portion 412b are provided. That is, the left end portion of the seal restraining elastic portion 412a is fixed to the lower end portion of the seal restraining base portion 411 and the left end portion. In contrast, the lower end portion of the seal restraining base portion 411 is the right end portion. The right end portion of the seal restraining elastic portion 412b is fixed to the portion.
The seal restraining elastic portion 412a and the seal restraining elastic portion 412b of the present embodiment are formed by an elastic material or the like that is deformed by pressurization from the lower side to the upper side in the drawing and returns to the original shape when the pressurization is removed.
Further, the seal restraining elastic portion 412a is provided on the lower surface portion of the seal restraining base portion 411 and is inclined slightly downward from the left end portion toward the center portion, and the seal restraining elastic portion 412b is symmetrical to this. It has a configuration. An elastic cutting edge portion 413a and an elastic cutting edge portion 413b are provided at the downward inclined tip portions of the seal suppression elastic portion 412a and the seal suppression elastic portion 412b, respectively. The elastic cutting edge part 413a and the elastic cutting edge part 413b are provided apart by a predetermined gap. As will be described later, the predetermined gap is generated when the cutting member 490 is displaced upward and the IC chip vicinity cutting edge 492a and the IC chip vicinity cutting edge 492b abut against the back side of the IC tag seal 60 and cut. A clearance suitable for cutting the IC tag seal 60 is set with respect to the chip vicinity cutting edge 492a and the IC chip vicinity cutting edge 492b.
In the present embodiment, the seal restraining elastic portion 412a and the seal restraining elastic portion 412b are further configured so that the inclination angle gradually changes and approaches the horizontal as it goes downward as illustrated. As will be described in detail later, the seal restraining elastic portion 412a and the seal restraining elastic portion 412b are elastic members of the present invention.
Further, a base end 411a is provided at the left end of the seal restraining base 411 in the figure, and a base end 411b is provided at the right end. The base end 411a and the base end 411b are inserted into and locked in a seal restraining member latching portion 466a and a seal restraining member latching portion 466b of a seal cover 465 as a cover member, which will be described later.

Next, the configuration of the cutting member 490 of this embodiment will be described. The cutting member 490 includes a cutting plate piece 491 formed in a thin plate shape, a left guide portion 494 on the left side of the cutting plate piece 491 in the drawing, and a right guide portion 495 on the right side of the drawing. Below the left guide portion 494 and the right guide portion 495, a left guide elastic portion 494a and a right guide elastic portion 495a are provided as cover interlocking means of the present invention, respectively. About the left guide part 494, the right guide part 495, the left guide elastic part 494a, and the right guide elastic part 495a, it is the same as that of the structure of Example 1 mentioned above.
Further, the cutting plate piece 491 includes an IC chip vicinity punching portion 492 having a shear angle formed in a substantially concave shape when viewed from the front, at a substantially center and an upper portion in the horizontal direction of the drawing. Further, an IC chip vicinity cutting edge 492a is provided on the upper left side of the IC chip vicinity punching part 492, and an IC chip vicinity cutting edge 492b is also provided on the upper right side.
Further, the upper part of the cutting plate piece 491 is inclined downward from the left side toward the center in the drawing and inclined downward from the rear side toward the front, and inclined downward from the right side in the drawing toward the center. And a right cutting edge portion 493b that is inclined downward from the rear toward the front.

  The seal cover 465 of the present embodiment will be described with reference to FIG. The configuration of the seal cover 465 is the same as the seal cover 65 of the first embodiment described above, but differs in the following points. FIG. 13A shows a cross-sectional view of the seal cover 465 formed in a substantially box shape and opened only downward. The seal cover 465 is provided with a seal restraining member latching portion 466a and a seal restraining member latching portion 466b which are formed in a wedge shape in cross section on the inner upper side of the box and on both left and right sides, and are provided to face each other. As described above, the base member end portion 411a and the base end portion 411b are inserted into the seal suppression member locking portion 466a and the seal suppression member locking portion 466b, so that the seal suppression member 410 as the seal suppression means is provided. The seal cover 465 can be locked, and the seal suppression member locking portion 466a and the seal suppression member locking portion 466b are cover member locking means of the present invention.

  Note that the base body protruding piece 72 and the cover body protruding piece 82 of the present embodiment have a base body protruding piece cutout portion 496 and a cover body protruding piece cutout portion 497 in a state of facing each other, as shown in the figure. Is provided. Thereby, the IC chip vicinity punching part 492 can advance and retreat the gap formed by the base protruding piece 72 and the cover protruding piece 82 in the opposed state.

The assembly method and operation of the main part of the present invention configured as described above will be described. First, the cutting member 490 is lowered from above in the direction of the arrow in the figure in the gap between the base projecting piece 72 and the cover projecting piece 82 in the opposite state, and the base projecting piece 72 and the cover projecting piece 82. At this time, the IC chip vicinity punched portion 492 is provided with the base body projecting piece notch portion 496 and the cover body projecting piece notch portion 497, so that the base body seal pasting portion 72 b and the lid body seal pasting portion 82 b are provided. It can be inserted without interference.
When the cutting member 490 is accommodated in the base projecting piece 72 and the lid projecting piece 82, the IC tag seal 60 (not shown) is pasted from the base seal pasting part 72b to the lid seal pasting part 82b ( (See FIG. 13A).
Next, the seal restraining member 410 is mounted and accommodated inside the seal cover 465. The seal restraining member 410 is inserted in the upward arrow direction shown in FIGS. 12 and 13A, and the base end portion 411a is engaged with the seal restraining member locking portion 466a, and the base end portion 411b is engaged with the seal restraining member. The stopper 466b is locked and attached.
The seal cover 465 having the seal restraining member 410 mounted therein is displaced downward in the downward arrow direction of FIG. Thus, the base protruding piece 72 and the lid protruding piece 82 to which the IC tag seal 60 is attached are covered so as to cover them, and as shown in FIG. 13B, the left guide elastic portion 494a and the locking portion 465a are covered. Is locked, and the right guide elastic portion 495a and the locking portion 465b are locked to complete the assembly. As a result, the case base 70 and the case lid 80 are sealed.

  In the present embodiment, the seal restraining elastic portion 412a and the seal restraining elastic portion in the process of lowering the above-described seal cover 465 over the base projecting piece 72 and the lid projecting piece 82 to which the IC tag seal 60 is attached. The lower surface portion of 412b comes into contact with the upper surface portion of the IC tag seal 60 attached to the base projecting piece 72 and the lid projecting piece 82. As the descent further progresses, the seal restraining elastic portion 412a and the seal restraining elastic portion 412b are gradually bent to pressurize (bias) the IC tag seal 60 from above to below. That is, when a cutting member 490 described later cuts the IC tag seal 60, the direction in which the cutting member 490 is displaced with respect to the IC tag seal 60, in other words, the direction in which the cutting member 490 presses the IC tag seal 60 (from below). The seal restraining elastic portion 412a and the seal restraining elastic portion 412b are configured to suppress the IC tag seal 60 by the above-described biasing force in the direction opposite to the upward direction), and the seal restraining elastic portion 412a and The seal restraining elastic portion 412b constitutes the elastic member of the present invention.

The action when opening the case base 70 and the case lid 80 thus sealed will be described.
In order to unlock the case base 70 and the case lid 80, it is necessary to remove the seal cover 465. When the seal cover 465 is displaced upward from the state of FIG. 13B to remove the seal cover 465, the locking portions 465a and 465b push the left guide elastic portion 494a and the right guide elastic portion 495a upward. This raises the cutting member 490.
As the cutting member 490 rises, the IC chip vicinity cutting edge 492a and the IC chip vicinity cutting edge 492b rise and pressurize the lower surface portion of the IC tag seal 60 from below to above. At this time, the seal restraining elastic portion 412a and the seal restraining elastic portion 412b pressurize (bias) the upper surface portion of the IC tag seal 60 in the direction opposite to the pressurization, that is, from above to below, as described above. ing.
Therefore, the force that opposes the force applied from below by the cutting member depends on the biasing force of the seal restraining elastic portion 412a and the seal restraining elastic portion 412b of the seal restraining member 410 without depending on the adhesion force of the IC tag seal. Even if the adhesive force of the IC tag seal is reduced for some reason, it can always be surely cut.
Further, an elastic cutting edge portion 413a that is a tip portion of the seal restraining elastic portion 412a and an elastic cutting edge portion 413b that is a tip portion of the seal restraining elastic portion 412b are an IC chip vicinity cutting edge portion 492a and an IC chip vicinity cutting edge. The portion 492b is disposed at a position separated by a suitable clearance for cutting the IC tag seal 60.
When the cutting member 490 further rises from this state, the IC tag seal 60 is cut (sheared) by the elastic cutting edge part 413a and the elastic cutting edge part 413b, the IC chip vicinity cutting edge part 492a, and the IC chip vicinity cutting edge part 492b. Is done. In this embodiment, the antenna portion 60b that extends in the vicinity of the IC chip 60a of the IC tag seal 60 and extends from the IC chip 60a toward both sides is cut.

  This point will be described in detail. Also in this embodiment, the IC tag seal 60 is in the same sticking state as in the above-described embodiment. That is, referring to FIG. 6 (B) according to the first embodiment, the antenna portion 60b of the pasted IC tag seal 60 extends from the right side on the rear side in the drawing toward the left side on the front side. The state is the same in this embodiment. In this embodiment, the cutting portion 490 shown in FIG. 12 cuts the front side portion of the antenna portion 60b at the front side portion of the cutting edge portion 492a near the IC chip, and the back side portion of the cutting edge portion 492b near the IC chip. It is comprised so that the back side location of the antenna part 60b may be cut | disconnected. As shown in FIG. 13B, the IC chip vicinity cutting edge 492a and the IC chip vicinity cutting edge 492b are close to the lower surface of the IC tag seal 60 in the sealed state, and as a result, the cutting member 490 is raised. Is started and cutting is started by the IC chip vicinity cutting edge part 492a and the IC chip vicinity cutting edge part 492b, by first cutting each of the antenna parts 60b extending from the IC chip 60a toward both sides. The function of the IC tag seal 60 is remarkably lowered or disabled, and the ID information cannot be read.

  Following the cutting by the IC chip vicinity cutting edge 492a and the IC chip vicinity cutting edge 492b, the IC tag seal 60 is divided into two by the left cutting edge 493a and the right cutting edge 493b. When the seal cover 465 is further raised and completely removed from the base protruding piece 72 and the cover protruding piece 82 to which the IC tag seal 60 is attached as shown in FIG. 13C, the case base 70 and the case cover 80 are removed. The seal of is released. In this embodiment, the fact that the seal has been released can be confirmed by visual observation that the IC tag seal 60 is in a cut state, and the reading of ID information is not possible because the function of the IC tag seal 60 has been significantly degraded or disabled. It can also be confirmed when it becomes possible.

In the above, the Example and the modification which concern on this invention have been demonstrated. However, the present invention is not limited to this as long as it is within the scope of the technical idea of the present invention.
The above-described seal suppression unit of the first to third embodiments has a function of suppressing the IC tag seal in a direction opposite to the direction in which the cutting member travels when the cutting member cuts the IC tag seal. In addition to this configuration, the IC tag seal is not only suppressed, but a configuration that further includes a cutting edge portion so as to easily generate a good cutting (shear) state by the action of the cutting member. good

  In addition, the shape, size, and the like of the IC chip vicinity punched portion 492 of the cutting member 490 according to the above-described fourth embodiment are easy to generate a state in which the ID information of the IC tag seal 60 cannot be read. As long as the part 60b and the connection part 60d can be reliably cut, different conditions may be adopted as appropriate. For example, the IC chip vicinity punched portion 492 shown in FIG. 12 is configured in a substantially square shape in overhead view, but is configured in a generally rectangular shape in overhead view with a narrow and short front and a long depth. May be. With this configuration, the IC chip vicinity cutting edge 492a and the IC chip vicinity cutting edge 492b can cut the antenna portion 60b closer to the IC chip 60a, and the connection portion 60d. Is likely to be cut off, and the ID information reading ability of the IC tag seal 60 is surely disabled.

  Contrary to the above-described means, the IC chip vicinity punched portion 492 may be formed in a substantially rectangular shape in a bird's-eye view in which the front is wide and long and the depth is short. In this case, the IC chip vicinity cutting edge part 492a and the IC chip vicinity cutting edge part 492b provided at the left and right side end parts and the upper part of the IC chip vicinity punching part 492 may be provided at the front and rear end parts and the upper part. . Accordingly, the arrangement positions of the seal restraining elastic portions (elastic members) 412a and 412b are also changed, that is, in a state where the seal restraining base portions 411 are rotated by 90 degrees, and are substantially lower surfaces at the center of the seal restraining base portion 411. What is necessary is just to provide toward a center from a part. Even with this configuration, the IC chip vicinity cutting edge part 492a and the IC chip vicinity cutting edge part 492b can cut the portion closer to the IC chip 60a of the antenna part 60b, and also the connection part 60d. Is likely to be cut off, and the ID information reading ability of the IC tag seal 60 is surely disabled.

  Further, the IC chip vicinity punched portion 492 may be configured to have a circular shape in a bird's eye view. Based on the premise that the IC chip 60a is disposed at a position corresponding to the center position of the IC chip vicinity punched portion 492, the IC chip 60a is configured in this way, and thus the IC is formed according to a constant arc line centered on the IC chip 60a. The tag seal 60 can be cut. Accordingly, even if the IC tag seal 60 is pasted in a state where the IC tag seal 60 is rotated around the IC chip 60a by mistake, the length of the antenna portion 60b to be cut is the length from the predetermined IC chip 60a. Always constant. As a result, if the IC chip 60a is carefully placed in a predetermined position in a complicated pasting operation, there is no need to confirm the pasting angle of the IC tag seal 60, and the burden of the confirmation work is reduced.

In the above-described embodiment, the height of the lid seal sticking portion and the base seal sticking portion on which the IC chip is placed when the IC tag seal is stuck is the same, but the height is slightly different from each other. May be formed. In this way, when the IC tag seal is affixed, the step can be recognized by the finger via the IC tag seal, and it can be easily confirmed whether the IC chip is in a predetermined arrangement position.

20: Main controller (board case)
60: IC tag seal 65: Seal cover (cover member)
70: Case base 72: Base projecting piece 72b: Base seal sticking portion 80: Case lid body 82: Cover body protruding piece 82b: Cover seal sticking portion 90: Cutting member 110: Base side seal restraining member (seal suppressing means) )
111: Lid side seal suppressing member (seal suppressing means)
210: Seal suppression member (seal suppression means)
290: Cutting member 310: Seal suppressing member (seal suppressing means)
390: Cutting member 410: Seal suppressing member (seal suppressing means)
490: Cutting member

Claims (1)

A substrate case that includes a case base and a case lid, and that houses a control board for controlling an electrical actuator in a space formed when the case base and the case lid are combined and closed;
A base protruding piece protruding outside the case base;
A lid projecting piece projecting on the outside of the case lid and facing the base projecting piece when the case base and the case lid are combined and closed;
A cover member that covers the lid projecting piece and the base projecting piece that are in the opposing state,
The base projecting piece includes a base seal pasting portion for pasting an IC tag seal across the projecting pieces when the base projecting piece and the lid projecting piece face each other.
The lid projecting piece is a lid seal pasting portion for pasting the IC tag seal across the projecting pieces when the base projecting piece and the lid projecting piece are in an opposing state. With
In the opposed state, the base body projecting piece and the base body projecting piece are accommodated in a gap formed by the base body projecting piece and the lid body projecting piece, and the lid body projecting piece and the base body projecting piece are covered by a cover interlocking unit. A cutting member that is locked with the cover member and cuts the IC tag seal in conjunction with the cover member being detached from the projecting pieces,
When the cutting member cuts the IC tag seal, seal suppression means for suppressing the IC tag seal in a direction opposite to the direction in which the cutting member travels;
Cover member locking means for locking the seal suppression means inside the cover member;
When the cover member locked by the cover member locking means covers the lid projecting piece and the base projecting piece, the seal suppression means is opposite to the direction in which the cutting member advances the IC tag seal. Provided with an elastic member that is suppressed by the urging force toward the direction,
Game machine and said.

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