JP2013056004A - Solid preparation packaging apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a technique by which a solid preparation accommodating unit, a transfer mechanism unit, and a solid preparation packaging mechanism can be easily inspected and repaired, and wiring to respective circuit boards and wiring to a power source unit can be easily assembled, inspected, repaired, and changed in the solid preparation packaging apparatus for filling packaging paper with solid preparations arranged in hospitals and dispersing pharmacies and specified by a prescription.SOLUTION: A solid preparation accommodating unit, a transfer mechanism unit and a solid preparation packaging mechanism unit are each individually accommodated in a body so as to be capable of being pulled out or pushed back in the back-and-forth direction; an electrical component chamber is arranged in the lowest portion of the solid preparation packaging apparatus for arranging the CPU circuit board in the solid preparation packaging apparatus; the CPU circuit board and the power source unit are accommodated there; and a flexible wiring cover continuously bending with the pulling out motion and pushing in motion of the transfer mechanism unit to the body is secured to the electrical component chamber and the solid preparation accommodating unit such that a wire of the solid preparation accommodating unit, transfer mechanism unit, and the solid preparation accommodating unit relating to the CPU circuit board and the power source unit passes.

Description

  The present invention refers to solid preparations installed in hospitals, dispensing pharmacies, etc. and designated by prescriptions (hereinafter, solid preparations refer to all solidified preparations such as tablets, capsules, pills, troches, etc.) The present invention relates to a solid preparation packaging apparatus for filling wrapping paper, bottles and the like.

  Conventionally, in hospitals and the like, a plurality of types of tablets and capsules prescribed by a doctor for each patient (these are called solid preparations) are packaged for each dose (a single dose) and provided to the patient. There is a solid preparation packaging device for this purpose (see Patent Document 1).

  The solid preparation packaging device 1 has a tablet preparation 6 having a rectangular column shape elongated in the vertical direction so that a solid preparation can be stored for each type. A lower part of the container is provided with a discharge counting device having a function of discharging and counting the stored solid preparation. A transport mechanism 10 composed of a hopper and a conveyor is disposed below the solid preparation container 3, and the transport mechanism 10 receives the solid preparation discharged from the tablet case 6 and collects the solid preparation in one place. To the filling port formed by the lower hopper member. Below the transport mechanism 10, a solid formulation packaging mechanism 14 is provided that divides and packs (referred to as a single package) the solid formulation collected at the filling port of the lower hopper member for each dose (one dose). .

  In the solid preparation packaging apparatus 1, in the state where various solid preparations are stored in the tablet case 6 for each type, an operator can use an input device such as a personal computer electrically connected to the solid preparation packaging apparatus 1. When the prescription data is input based on the prescription and the solid preparation packaging device 1 is started, the control device of the solid preparation packaging device 1 operates, the discharge counting device of the predetermined tablet case 6 operates, The solid preparation for one minute (one dose) is discharged, and the solid preparation collected in the lower hopper member by the transport mechanism 10 is introduced into the solid preparation packaging mechanism 14. In the solid pharmaceutical packaging mechanism 14, the wrapping paper 20 that is sequentially conveyed is formed into a single sachet for each dose by the heat seal mechanism, and a single dose (one dose) of solids collected in the lower hopper member. The preparation is packaged in such a relationship that it is contained and sealed in this single sachet.

JP-A-10-118159

  In the solid preparation packaging apparatus 1 that performs such an operation, necessary items such as a dosing time and a patient name are generally printed by a printing mechanism for each small bag. For this reason, the control device incorporated in the solid preparation packaging device 1 exchanges information with the input device, and at the same time, discharges the solid preparation container 3, the conveyor of the transport mechanism 10, and the packaging of the solid preparation packaging mechanism 14. There are provided various electronic circuit boards on which electronic circuits for controlling the paper 20 feed mechanism, heat seal mechanism, printing mechanism, and the like are formed. The electronic circuit board mainly includes a circuit board for a central processing unit (also referred to as a CPU circuit board) for performing overall control of the solid dosage form packaging apparatus 1 while exchanging information with the input device, and for printing for a printing mechanism. There are circuit boards. Further, the power to the circuit board, the power to the conveyor motor of the transport mechanism 10, the power to the motor of the delivery mechanism 20 of the wrapping paper 20 of the solid preparation packaging mechanism 14, the drive unit and the heater of the heat seal mechanism The power supply device which supplies the electric power etc. is provided.

  As in the solid preparation packaging device 1 of Patent Document 1, the solid preparation container 3 is disposed in the upper part in the main body, the transport mechanism 10 is disposed below the solid preparation container 3, and the lower part of the transport mechanism 10 In the case where the solid preparation packaging mechanism 14 is arranged, the upper solid preparation container 3 can be pulled out and pushed back in the front-rear direction in consideration of the ease of loading the solid preparation into the tablet case 6 for inspection and repair. In consideration of the above, the lower transport mechanism 10 and the solid preparation packaging mechanism 14 can be simultaneously pulled out and pushed back. In this case, the printed circuit board and the power supply device are accommodated in the peripheral portion of the lower solid preparation packaging mechanism 14, but the central processing apparatus circuit board is a considerably large flat plate and the solid preparation is considered in consideration of heat dissipation. It is arranged in the vertical direction along the outer surface of the back wall of the packaging device 1.

  For this reason, it is difficult to inspect and repair the solid preparation container 3, the transport mechanism 10, and the solid preparation packaging mechanism 14. In particular, the wiring for each circuit board and the wiring for the power supply device in the solid preparation packaging apparatus, inspection, repair, The exchange is quite troublesome. Further, since the circuit board for the central processing unit is arranged along the outer surface of the back wall of the solid preparation packaging apparatus 1, the circuit board is used to prevent the human body from touching the circuit board and to prevent dust from adhering to the circuit board. It is necessary to cover the substrate with a cover, which increases the cost.

  In view of such a point, the present invention has a configuration that facilitates inspection and repair of the solid preparation container, the transport mechanism, and the solid preparation packaging mechanism, and incorporates and inspects wiring for each circuit board and wiring for the power supply device. The present invention provides a solid pharmaceutical packaging device that is easy to repair and replace. For this reason, in the present invention, an electrical component chamber is provided at the lowermost part of the solid preparation packaging apparatus in order to provide a configuration in which the circuit board for the central processing unit having a considerably large flat plate is disposed inside the solid preparation packaging apparatus. By accommodating the processing device circuit board and the power supply device, a technique is provided that facilitates the incorporation, inspection, repair, and replacement of wiring to the central processing device circuit board and the power supply device. Furthermore, by providing an electrical component chamber at the bottom of the solid product packaging device, the center of gravity of the solid product packaging device is lowered, and the solid product storage unit, transport mechanism, and solid product packaging mechanism can be pulled back and pushed back and forth. The technique which can aim at the improvement of the fall prevention effect in the case of being carried out is provided.

  In addition, in order to be able to use a solid formulation packaging device with a specification voltage of 100 volts in Japan in regions such as foreign countries (120 volts region, etc.) higher than 100 volts, one of the power supply devices A transformer is added to the part. For example, the weight of a transformer that steps down 120 volts to 100 volts is approximately 5 to 6 kg. Therefore, by placing this transformer in the rear center of the electrical component room, this weight can be used. Thus, there is provided a technique capable of obtaining an effect of preventing a fall when the solid preparation container, the transport mechanism, and the solid preparation packaging mechanism are configured to be able to be pulled out and pushed back in the front-rear direction.

  When the solid preparation container, the transport mechanism, and the solid preparation packaging mechanism are configured so that they can be pulled out and pushed back in the front-rear direction, if these are pulled out, or if the number of tablet cases in the solid preparation container increases, In the state where the solid preparation container is pulled out, an imbalance of the solid preparation packaging device is likely to occur, and there is a concern about the risk of falling. For this reason, when using in Japan, when a dedicated balance weight is attached, this balance weight is made of a special product and is accompanied by machining of a mounting hole in the mounting flange, resulting in an increase in cost. Therefore, the transformer as described above can be used in a predetermined area where the voltage is high as described above in order to make a low-cost balance weight by paying attention to the fact that a general-purpose transformer can be used. If the transformer as described above is incorporated in the solid preparation packaging device to be produced in advance and the solid preparation packaging device is to be used in Japan, the transformer must be wired so that it does not pass through the transformer. By using this function, it is possible to obtain a fall prevention effect at low cost, and in the case of a foreign product that uses this transformer, export a solid pharmaceutical packaging device that incorporates the transformer to domestic and overseas. The technology which can reduce the cost of the response and the fall prevention effect is provided.

  Further, the present invention provides a new electrical component chamber at the bottom of the solid preparation packaging device, and the central processing device substrate and the power supply device are accommodated therein, and the height of the solid preparation packaging device is the same as that of the conventional solid preparation packaging device. A technology is provided that makes it easier to incorporate, inspect, repair, and replace the wiring relating to the circuit board for the central processing unit and the power supply device than the pharmaceutical packaging device. Furthermore, the technology that can lower the center of gravity of the solid formulation packaging device and improve the fall prevention effect when the solid formulation storage unit, the transport mechanism, and the solid formulation packaging mechanism can be pulled out and pushed back in the front-rear direction. Is to provide.

  The present invention also provides a specific solid preparation supply unit on the upper surface of the solid preparation packaging device, and the solid preparation supply unit is operated in a state where the specific solid preparation is charged from above into the bucket portion of the specific solid preparation supply unit. The height of the pharmaceutical packaging device is made higher than that of a conventional solid pharmaceutical packaging device, and a solid pharmaceutical packaging device is provided that can maintain a state in which the operation of putting the specific solid pharmaceutical into the bucket portion from above is easy.

  In addition, when handling characters of a country other than Japanese characters or English characters as character data, the present invention requires a lot of cost to create and process the data. To solve this, printing with these characters is necessary. In this case, the printed circuit board is printed as an image, and the specific character printing circuit board related to the printing control is disposed in the electrical component room at the bottom, so that the board is attached and attached to the board. The present invention provides a solid preparation packaging device that can achieve easy wiring.

According to a first aspect of the present invention, in the main body, a solid preparation storage unit provided with a plurality of tablet cases provided with a discharge mechanism for discharging a solid preparation stored and stored for each type of solid preparation is disposed at the top, and the tablet A transport mechanism that collects the solid preparation discharged from the case and collects it to the filling port is disposed below the solid preparation container, forms a sachet on a belt-like wrapping paper, and collects the sachet in the filling port for each sachet. In the solid formulation packaging device in which the solid formulation packaging mechanism unit that accommodates and seals is disposed below the transport mechanism unit,
The solid preparation container, the transport mechanism and the solid preparation packaging mechanism are each housed in the main body so as to be independently pulled out and pushed back.
A printing mechanism for printing on the sachet is disposed in the solid preparation packaging mechanism,
In the main body, an electrical component chamber is provided below the solid preparation packaging mechanism,
In the electrical component chamber, a central processing unit circuit board (also referred to as a CPU circuit board) responsible for overall control of the solid preparation packaging apparatus, and the solid preparation storage section, the transport mechanism section, and the solid preparation packaging mechanism section A power supply for power supply is arranged,
A flexible wiring cover that is continuously bent as the solid drug product packaging mechanism part is pulled out and pushed back with respect to the main body so that the wiring of the solid drug product packaging mechanism part related to the circuit board for the central processing unit and the power supply device passes therethrough. A solid preparation packaging apparatus having a configuration attached across the electrical component chamber and the solid preparation packaging mechanism.

According to a second aspect of the present invention, in the main body, a solid preparation storage unit provided with a plurality of tablet cases provided with a discharge mechanism for discharging a solid preparation stored and stored for each type of solid preparation is disposed in the upper part, and the tablet A transport mechanism that collects the solid preparation discharged from the case and collects it to the filling port is disposed below the solid preparation container, forms a sachet on a belt-like wrapping paper, and collects the sachet in the filling port for each sachet. In the solid formulation packaging device in which the solid formulation packaging mechanism unit that accommodates and seals is disposed below the transport mechanism unit,
The solid preparation container, the transport mechanism and the solid preparation packaging mechanism are each housed in the main body so as to be independently pulled out and pushed back.
A printing mechanism for printing on the sachet is disposed in the solid preparation packaging mechanism,
In the main body, an electrical component chamber is provided below the solid preparation packaging mechanism,
In the electrical component chamber, a central processing unit circuit board (also referred to as a CPU circuit board) responsible for overall control of the solid preparation packaging apparatus, and the solid preparation storage section, the transport mechanism section, and the solid preparation packaging mechanism section A power supply device for supplying power to the printer, and a circuit board for image printing necessary for the printing mechanism section to perform printing based on the image data.
With the drawing and pushing back operation of the solid preparation packaging mechanism part with respect to the main body so that the wiring of the solid preparation packaging mechanism part related to the circuit board for central processing unit, the circuit board for image printing, and the power supply device passes. A solid preparation packaging apparatus having a configuration in which a flexible wiring cover that is continuously bent is attached across the electrical component chamber and the solid preparation packaging mechanism.

  A third invention is the solid preparation packaging apparatus according to the first invention and the second invention, wherein the printing circuit board of the printing mechanism section is arranged in the solid preparation packaging mechanism section.

  According to a fourth aspect of the present invention, in any one of the first to third aspects, a step-down transformer is provided as a component of the power supply device, and the transformer is attached to a weight balance position at a central rear portion of the electrical component chamber. A solid pharmaceutical packaging device.

According to a fifth invention, in any one of the first to fourth inventions, the specific solid preparation supply unit that supplies the specific solid preparation stored in the plurality of bucket portions of the upper surface opening to the transport mechanism unit is an upper front portion of the main body. Provided in
On the upper surface area of the main body behind the specific solid preparation supply unit, a mounting plane for an input device such as a personal computer that exchanges information with the circuit board for the central processing unit is formed,
The solid formulation packaging apparatus which is the structure which mounted the plate-shaped cover which covers the said bucket part in the said specific solid formulation supply part, and was provided so that removal was possible.

In the first invention, since the solid preparation container, the transport mechanism, and the solid preparation packaging mechanism can be independently configured to be pulled out and pushed back in the front-rear direction, they can be easily inspected and repaired. In addition, the solid formulation container, the transport mechanism, and the solid formulation packaging mechanism can each be independently pulled out and pushed back, and an electrical component chamber is provided at the bottom of the main body of the solid formulation packaging device, in which a central processing is performed. Since the circuit board for the apparatus and the power supply device are accommodated, the circuit board for the central processing unit is arranged as compared with the conventional one in which the circuit board for the central processing unit is arranged along the outer surface of the back wall of the solid preparation packaging device. Because it is in the body of the solid preparation packaging device, there is no need to cover it with a special cover to prevent the human body from touching this circuit board or to prevent dust from adhering to it. Can be achieved.
In addition, an electrical component chamber is provided at the bottom of the main body, and the central processing unit circuit board and the power supply unit are accommodated therein. It is easy to install, inspect, repair, and replace. Furthermore, by providing an electrical component chamber at the bottom of the solid product packaging device, the center of gravity of the solid product packaging device is lowered, and the solid product storage unit, transport mechanism, and solid product packaging mechanism can be pulled back and pushed back and forth. In such a case, the fall prevention effect can be improved.
In addition, the flexible wiring cover that bends continuously as the solid pharmaceutical packaging mechanism part is pulled out and pushed back is configured to be mounted across the electrical component chamber and the solid pharmaceutical packaging mechanism part. However, the electrical wiring from the lowest electrical component chamber to the solid pharmaceutical packaging mechanism disposed above it can be smoothly pulled out and pushed back in the solid pharmaceutical packaging mechanism while the solid pharmaceutical packaging mechanism Since the portion of the flexible wiring cover can be visually confirmed with the portion pulled out, the wiring can be easily inspected and repaired.

  In the second invention, in the electrical component room, in addition to the central processing unit circuit board and the power supply unit, an image printing circuit board necessary for the printing mechanism unit to perform printing based on the image data is arranged. The flexible wiring cover attached across the electrical component chamber and the solid preparation packaging mechanism section includes a central processing unit circuit board, an image printing circuit board, a solid preparation container for the power supply apparatus, a transport mechanism section, and a solid preparation packaging. In this configuration, the wiring of the mechanism part passes. As a result, the same effects as those of the first invention can be obtained including wiring from the electrical component chamber to the circuit board for image printing.

  According to the third aspect of the present invention, the printing mechanism section and the printed circuit board are provided in the solid preparation packaging mechanism section, so that the wiring connecting the printing mechanism section and the printed circuit board can be shortened. Further, since the printed circuit board and the central processing unit circuit board can be wired through the flexible wiring cover, the same effects as those of the first invention can be obtained.

  The fourth aspect of the invention provides a power supply in order to enable use of a solid pharmaceutical packaging device with a specification voltage of 100 volts in Japan in a foreign region (such as a 120-volt region) higher than 100 volts. A transformer is added to one part of the device. In this case, for example, a general-purpose transformer can be adopted for stepping down 120 volts to 100 volts, and its weight is approximately 5 to 6 kg. For this reason, a special balance that increases costs by manufacturing a solid pharmaceutical packaging device that incorporates this transformer in advance and making it possible to select either Japanese or foreign specifications. It is not necessary to attach a weight, and a solid preparation packaging device that can provide a preferable fall prevention effect can be obtained.

  With respect to the fifth invention, in the case where a specific solid preparation supply unit is provided in the front surface front part of the main body to store the specific solid preparation in the bucket part and is supplied to the transport mechanism part, the information on the specific solid preparation contained in the bucket part is In addition, when information is exchanged with the circuit board for the central processing unit using an input device such as a personal computer, it is possible to operate the input device by placing it on a desk or the like installed adjacent to the solid pharmaceutical packaging device. The desk location is necessary and inconvenient. For this reason, in order to place and operate this input device on the solid preparation packaging device, a plane for placing the input device is formed in the upper surface area of the main body behind the specific solid preparation supply unit. On the other hand, it is necessary to cover the bucket part of the specific solid preparation supply part with a lid for the purpose of hygiene management, etc., but since the conventional lid is openable, it is placed behind it when the lid is opened. Input device cannot be operated. According to the fifth aspect of the present invention, a flat lid covering the bucket portion is placed on and removed from the specific solid formulation supply unit, so that such problems can be solved all at once and the input device is easy to operate. An apparatus can be provided.

It is a front perspective view of the solid preparation packaging device according to the present invention. It is a side view explaining arrangement | positioning and the drawer | drawing-out state of each step | level of the solid formulation packaging apparatus which concerns on this invention. It is a front perspective view which shows the drawer state of the tablet case of the solid formulation packaging apparatus which concerns on this invention. It is a side view explaining the drawer | drawing-out state of the tablet case of the solid formulation packaging apparatus which concerns on this invention, and attachment of a specific solid formulation supply part. It is a top view which shows the unit structure of the tablet case of the solid formulation packaging apparatus which concerns on this invention. It is a front view explaining the attachment part of the slide rail part of the tablet case of the solid formulation packaging apparatus which concerns on this invention, and a specific solid formulation supply part. It is a disassembled perspective view which shows the structure of the specific solid formulation supply part of the solid formulation packaging apparatus which concerns on this invention. It is a disassembled perspective view which shows the structure of the bucket part of the specific solid formulation supply part of the solid formulation packaging apparatus which concerns on this invention, and its drive part. It is an exploded view which shows the structure of the bucket part of the specific solid formulation supply part of the solid formulation packaging apparatus which concerns on this invention, and its drive part. It is explanatory drawing of the channel | path structure where a specific solid formulation is sent out from the specific solid formulation supply part of the solid formulation packaging apparatus which concerns on this invention. It is sectional drawing which shows the structure of the conveyance mechanism part of the solid formulation packaging apparatus which concerns on this invention. It is a perspective view explaining the solid formulation packaging mechanism part of the solid formulation packaging device concerning the present invention. It is a perspective view explaining the form of the wrapping paper of the solid pharmaceutical packaging apparatus which concerns on this invention, and the formation state of the opening | mouth of a small bag. It is sectional drawing of the shutter part which throws a solid formulation into the small bag of the wrapping paper of the solid formulation packaging apparatus which concerns on this invention. It is a perspective view explaining the use state of the specific solid formulation supply part and input device of the solid formulation packaging apparatus which concerns on this invention. It is a top view which shows arrangement | positioning of the solid formulation packaging mechanism part containing the printing mechanism part of the solid formulation packaging apparatus which concerns on this invention. It is a top view which shows the arrangement | positioning relationship of the flexible wiring cover in the electrical component chamber of the solid formulation packaging apparatus which concerns on this invention. It is a side view which shows the state of the flexible wiring cover in the state by which the solid formulation packaging mechanism part of the solid formulation packaging apparatus which concerns on this invention was pushed back. It is a side view which shows the state of the flexible wiring cover in the state by which the solid formulation packaging mechanism part of the solid formulation packaging apparatus which concerns on this invention was pulled out.

The solid dosage form packaging apparatus according to the present invention has a solid dosage form accommodation unit provided with a plurality of tablet cases provided with a discharge mechanism for discharging solid dosage forms each contained and contained in the main body in the main body. A transport mechanism that is disposed and collects the solid preparation discharged from the tablet case and collects it to the filling port is disposed below the solid preparation container, forms a sachet on the belt-shaped wrapping paper, and each sachet to the filling port In the solid preparation packaging apparatus in which the solid preparation packaging mechanism unit that accommodates and seals the collected solid preparation is disposed below the transport mechanism unit,
The solid preparation container, the transport mechanism and the solid preparation packaging mechanism are each housed in the main body so as to be independently pulled out and pushed back; and
A printing mechanism part for printing on the sachet and a circuit board for printing of the printing mechanism part are arranged in the solid preparation packaging mechanism part,
In the main body, an electrical component chamber is provided below the solid preparation packaging mechanism,
In the electrical component chamber, a central processing unit circuit board (also referred to as a CPU circuit board) responsible for overall control of the solid preparation packaging apparatus, and the solid preparation storage section, the transport mechanism section, and the solid preparation packaging mechanism section A power supply for power supply is arranged,
Pull-out and push-back of the solid preparation packaging mechanism section with respect to the main body so that the wiring of the solid preparation storage section, the transport mechanism section, and the solid preparation packaging mechanism section related to the circuit board for the central processing unit and the power supply device pass through. A flexible wiring cover that is continuously bent along with the operation is attached to the electrical component chamber and the solid preparation packaging mechanism, and an example thereof will be described below.

  The solid preparation packaging apparatus according to the present invention is installed in a hospital, a dispensing pharmacy, etc., and is designated as a solid preparation (hereinafter referred to as a solid preparation such as tablets, capsules, pills, troches, etc.). Is used to fill wrapping paper, bottles and the like, but the examples described below are solid forms in the form of filling a solid sachet into a sachet formed on a strip of wrapping paper. The preparation packaging device is described.

  A solid preparation packaging apparatus 1 according to the present invention is installed in a hospital, a dispensing pharmacy, or the like. As shown in FIGS. 1 and 2, a solid preparation container 3 formed in a rectangular main body 2 and The transport mechanism 10 is provided on the lower side, the solid preparation packaging mechanism 14 is provided on the lower side, and the electrical component chamber 80 is provided on the lower side. The solid preparation container 3 is formed in the upper part of the main body 2, and the front surface of the solid preparation container 3 is closed by a front door 4 that is pivotable forward and downward. Further, the transport mechanism unit 10 is opened and closed by a drawer-type front door 5 on the front face thereof, and can be pulled out from the main body 2 together with the front door 5 for repair, inspection and the like. The transport mechanism unit 10 is stopped by a stopper unit (not shown) while being pulled out from the main body 2 to a predetermined position (maximum pull-out position). Further, the solid preparation packaging mechanism section 14 is closed by a drawer-type front door 43 on the front face so as to be opened and closed, and can be pulled out from the main body 2 together with the front door 43. The electrical component chamber 80 is formed in the lower part of the main body 2, and a spare chamber 81 partitioned from the electrical component chamber 80 by a partition wall 99 is formed on the front side thereof. It is closed by an openable / closable door 82. The spare chamber 81 is a portion for storing spare wrapping paper 20 or the like wound in a roll shape.

  The solid preparation storage unit 3 is provided with a plurality of tablet cases 6 for storing solid preparations that are solid preparations such as tablets, capsules, pills, and troches, respectively. Each tablet case 6 is provided with a discharge mechanism 6A for discharging the solid preparations one by one. The discharge mechanism 6A incorporates a motor-driven discharge drum and includes a discharge count device such as a photosensor. The discharge drum has a structure in which solid preparations enter a single upper and lower row in a plurality of grooves formed on the side surface. Then, the solid preparation is dropped one by one from within each groove as the discharge drum rotates, and the number is detected and counted by the discharge counting device. As shown in FIGS. 3 and 4, each unit unit is configured with a predetermined number of tablet cases 6 placed on a rectangular dish-shaped receiving member 42, and the front door 4 is rotated downward to open. In this state, each unit is held by a slide rail 43 so that it can be pulled out in the front-rear direction. As shown in FIGS. 3 and 5, the illustrated unit has four unit configurations Y1 to Y4. Each unit Y1 to Y4 has a predetermined position (maximum) from the inside of the main body 2 with the front door 4 opened. It is stopped by a stopper portion (not shown) at a position where it is pulled out to the (drawing position).

  As shown in FIGS. 3 and 4, when the tablet case 6 is replenished with a solid preparation, the front door 4 is opened, the receiving member 42 is pulled out, and the tablet case 6 is moved onto the front door 4. After the tablet case 6 is replenished with the solid preparation, the receiving member 42 is pushed back again to return the tablet case 6 into the solid preparation container 3.

  Thus, by pulling out the tablet case 6 in the front-rear direction, it is possible to replenish the tablet case 6 with the solid preparation or replace the tablet case 6 without securing a space above the solid preparation packaging device 1. As a result, space can be saved.

  Moreover, as shown in FIG. 1 etc., the specific solid formulation supply part 7 is installed in the upper surface front part of the main body of the solid formulation packaging apparatus 1. FIG. The specific solid preparation supply unit 7 stores and supplies a specific solid preparation that cannot be stored in the tablet case 6, that is, a special solid preparation (for example, a tablet cut in half) or a specific prescribed solid preparation. As shown in FIGS. 6 to 9, a timing belt 46 (in this case, a chain or a gear) stretched between pulleys 44 and 44 rotatably attached to the substrate 7A is disposed on the substrate 7A. A plurality of upper opening buckets 47 attached to the timing belt 46, a cover 48 attached to the substrate 7A so as to cover them, and the specific solid preparation supply unit 7 so as to cover the entire bucket 47. It is comprised from the flat lid 7B etc. which are detachably mounted.

  The specific solid preparation supply unit 7 is detachable from the main body 2, and a motor 8 and a pulley 9 connected to the motor 8 by a belt 8 </ b> A are provided on the main body 2 side. A pulley 44 at one end of the specific solid preparation supply unit 7 is fitted to 9A. The timing belt 46 is driven to rotate by driving the motor 8.

  Further, as shown in FIG. 10, a drop passage 7B is formed on the upper surface of the main body 2 located on the other end side of the specific solid preparation supply unit 7, and this drop passage 7B communicates with a transport mechanism unit 10 described later. doing. The specific solid preparations as described above are stored in the buckets 47 of the specific solid preparation supply unit 7, and the buckets 47 are sequentially driven by rotation of the motor 8 by a switch operation by the user.

  An openable and closable bucket lid 47A pivotally supported downward on the moving direction side is attached to the lower surface of each bucket 47. When the bucket 47 matches the opening 7C of the drop passage 7B, the bucket 47 The lid 47A is opened downward, and the specific solid preparation in the bucket 47 is configured to fall into the fall passage 7B as indicated by an arrow P in FIG. The drop passage 7B is disposed above a hopper 51 described later.

  With such a configuration, since the specific solid preparation in each bucket 47 can be discharged only by the motor 8, no other driving device is required, and the structure can be simplified. The bucket lid 47A is closed by hitting the main body 2 after the bucket 47 passes through the opening 7C.

  As shown in FIG. 11, the transport mechanism unit 10 includes a hopper 51 and a conveyor 52. The hopper 51 and the conveyor 52 cover the bottom of all tablet cases 6. As shown in FIG. 2, the transport mechanism unit 10 is held by the slide rail 10 </ b> A so that the hopper 51, the conveyor 52, and the like can be integrally pulled out and pushed back together with the front door 5. The hopper 51 is composed of a lower hopper member 41 positioned substantially at the center in the front-rear direction on the right side, and an upper hopper member composed of a front and rear surface and a right surface that are connected to the lower hopper member 41 so as to be inclined downward (steeply inclined). 53. The lower hopper member 41 has a funnel shape, and a rectangular filling port 13 is opened at the lowermost end thereof.

  The conveyor 52 includes left and right rotating rollers 55 and 55 and an elastic sheet 61 stretched between the rollers 55 and 55 with a predetermined tension, and is driven by a motor (not shown), as indicated by an arrow Q in FIG. The direction in which the top surface is from left to right is the transport direction. Further, the conveyor 52 is disposed to be inclined downward from the left to the right toward the filling port 13 of the lower hopper member 41, and as shown in FIG. 11, the end (right end) on the conveyance side is the lower hopper member. 41 is located above the left end. Further, the upper hopper member 53 is inclined (an angle of approximately 37 degrees) from the front side and the rear side of the conveyor 52 toward a position directly above the elastic sheet 61 on the upper side of the conveyor 52.

  A shutter device 71 is attached to the lower side of the lower hopper member 41. In this shutter device 71, a solenoid (not shown) is controlled by a control device 35, which will be described later, whereby left and right shutter plates 72, 73 described later are driven, the filling port 13 is opened and closed, and the solid in the lower hopper member 41 is also opened. The formulation is delivered downward.

  The solid preparation packaging mechanism unit 14 includes a printing mechanism unit 15, a first heat seal mechanism unit 28, a second heat seal mechanism unit 29, and a later-described arrangement disposed along a conveyance path through which the wrapping paper 20 is conveyed in a band shape. The transport means for the wrapping paper 20 is mounted on a plate-shaped mounting table 96, and the mounting table 96 is pulled out and pushed back from the main body 2 together with the front door 43 by rail devices 97 provided on the left and right sides in the main body 2. The configuration is supported freely.

  The solid preparation packaging mechanism section 14 is fed out as a means for transporting the wrapping paper 20 from a wrapping paper roll 20R in which the wrapping wrapping paper 20 is wound in a roll shape, and a feeding means for feeding the wrapping paper 20 in a strip shape. The conveying means for the wrapping paper 20 is constituted by the guiding means for guiding the wrapping paper 20 to a predetermined position and the pulling means for pulling the tip of the wrapping paper 20. As shown in a partially enlarged perspective view in FIG. 16, the wrapping paper delivery means is provided with a delivery motor 18, and this delivery motor 18 is constituted by a servo mechanism that can be easily rotated and controlled by an input signal. It is configured to rotate for a predetermined time at a predetermined rotation speed. The rotating shaft 19 of the delivery motor 18 is detachably fitted to a hollow shaft 21 to which a central portion of the wrapping paper roll 20R wound in a roll shape is attached. The rotary shaft 19 is detachable. For this reason, the wrapping paper roll 20R is rotated by the rotation of the rotating shaft 19 of the sending motor 18 in a state where the hollow shaft 21 is fitted to the rotating shaft 19, and the wrapping paper 20 is sent out.

  Here, the wrapping paper 20 will be described. The wrapping paper 20 contains and packs the solid preparation and the specific solid preparation, and is composed of a thin paper material that can be heat-welded using a heat-welding material such as polyethylene that melts at a predetermined temperature as an auxiliary medium, A vertically long one having a predetermined width is wound around the hollow shaft 21 in a roll shape. Further, the wrapping paper 20 is folded in half from the substantially central portion in the width direction, and folded twice. The folded portion 20A having the folded portion as the lower portion, and both folded end portions (folded portion 20A). An opening 20B is formed in the upper part on the opposite side. The wrapping paper 20 is wound around the hollow shaft 21 in a double-folded state to form a wrapping paper roll 20R, and the final end of the wrapping paper roll 20R, that is, the front end of the wrapping paper 20 is hard. A portion 20C is provided.

  The hard portion 20C is not easily deformed when the wrapping paper 20 is attached to the drawing roller 30 through the printing mechanism portion 15, the first heat seal mechanism portion 28, and the second heat seal mechanism portion 29 described later. It is formed with a predetermined dimension from the tip of the wrapping paper 20. The hard portion 20C is formed by, for example, heat-welding the front surface of the predetermined dimension from the front end of the wrapping paper 20 (the winding end portion of the wrapping paper 20 that is double-folded and wound around the hollow shaft 21). . Thereby, the front end of the wrapping paper 20 is mounted in a normal state until it reaches the drawing roller 30 without being bent easily. The pulling roller 30 corresponds to pulling means for pulling the leading end of the wrapping paper 20 described above. As shown in FIG. 12, the solid product packaging is started from a state where the hard portion 20C is set to the pulling roller 30. The mechanical unit 14 is started.

  Further, the wrapping paper roll 20R wound in a roll shape reaches the drawing roller 30 through a conveyance path having a straight path portion and a bent path portion in a state of being drawn out in a band shape, A guide roller is appropriately disposed, and a guide wall is appropriately disposed in the straight passage portion and the bent passage portion. Such guide rollers and guide walls constitute guide means for guiding the delivered wrapping paper 20 to a predetermined position, whereby the wrapping paper 20 passes smoothly even when passing through a bent path. Can be done.

  As shown in FIG. 12, the pull-in roller 30 has a pair of narrow rubber rollers (natural rubber or synthetic rubber or the like) 33A, 33B rotatably attached to the rotation shafts 32A, 32B, and one rubber roller 33B. The retracting motor 31 is provided below the rotary shaft 32B to which the is attached. The rotating shaft 32A of the other rubber roller 33A is urged by a coil spring (not shown) and the like, and the rubber roller 33A is pressed against the rubber roller 33B with a predetermined pressure. Is configured to do. Then, in a state where the wrapping paper 20 is sandwiched between the rubber rollers 33 and 33A, the rotation shaft 32 is rotated by the rotation of the pulling motor 31, so that the rubber roller 33B is rotated, and the wrapping paper 20 is drawn and sent to the opposite side. It is a mechanism.

  In addition, as shown in FIG. 12, the printing path 15, the first heat seal mechanism 28, and the second heat are provided in the conveyance path section until the wrapping paper roll 20 </ b> R wound in a roll shape reaches the drawing roller 30. Seal mechanism portions 29 are sequentially arranged. The printing mechanism unit 15 is for printing necessary items such as the name of the solid preparation and the timing of taking on the outer surface of a sachet 36 which will be described later. The first heat seal mechanism 28 and the second heat seal mechanism 29 seal the opening 20B of the wrapping paper 20 by heat welding and partition it into small sachets 36 for each dose. And a pair of first heaters 28A, 28B and a pair of second heaters 29A, 29B. Of these heaters 28A, 28B and 29A, 29B, one heater 28B and 29B is connected by a connecting plate 74 to constitute a fixed side. Further, the other heaters 28A and 29A are provided with an operating device (not shown), and are configured to be in pressure contact with or separated from the opposing heaters 28B and 29B, respectively. And by supplying electricity to each heater 28A, 28B and 29A, 29B, these generate heat to a predetermined temperature.

  The first heaters 28A and 28B are sandwiched and heated from both sides of the wrapping paper 20 to apply the longitudinal heat welding 27A on the front side in the feeding direction to the wrapping paper 20, and the second heaters 29A and 29B are wrapping paper 20 By being sandwiched and heated from both sides, a thermal welding 27B is applied to the wrapping paper 20 in the longitudinal direction on the rear side in the feeding direction and the upper opening 20B so as to be continuous with the thermal welding 27A. As a result, as indicated by an arrow R in FIG. 12, the wrapping paper 20 is moved a predetermined distance toward the drawing roller 30 by the rotation of the drawing roller 30, that is, a portion where the longitudinal heat welding 27A is thermally welded is the second heater 29A, It moves to the opposing position of the vertical portions 29A1 and 29B1 of 29B. Then, the wrapping paper 20 is thermally welded by the second heaters 29A and 29B, thereby sequentially forming a sachet 36A having an opening 20B between the first heaters 28A and 28B and the vertical portions 29A of the second heaters 29A and 29B. At the same time, a small bag 36 is formed on the drawing roller 30 side, except for the folded portion 20A.

  Further, when the second heaters 29A and 29B are heat-welded from the folded portion 20A to the opening 20B of the wrapping paper 20 above the longitudinal heat-welding 27A by the first heaters 28A and 28B, the width of the heat-welding portion 27B is increased. A cut having a plurality of perforated holes 37 is formed substantially at the center (from the folded portion 20A to the opening 20B). As a result, the three sides of the wrapping paper 20 other than the folded portion 20A are heat-welded to form a rectangular sachet 36 whose entire circumference is closed, and the sachet 36 is separated from the cut of the perforated hole 37. It is configured to be able to.

  With such a configuration, the wrapping paper roll 20R that rotates the delivery motor 18 is rotated and the wrapping paper 20 is sent out, and the hard portion 20C formed at the front end of the wrapping paper 20 sequentially moves toward the drawing roller 30 through the conveyance path. Go. Then, as shown in FIG. 12, the hard portion 20 </ b> C of the delivered wrapping paper 20 reaches the drawing roller 30 through the printing mechanism portion 15, the first heat seal mechanism portion 28, and the second heat seal mechanism portion 29 in order.

  When the wrapping paper 20 is sent to the drawing roller 30, the rubber rollers 33A and 33B of the drawing roller 30 pull the wrapping paper 20 in the opposite direction (right side in FIG. 12) while being pressed against each other. 30, and the leading end is drawn to the front side from an outlet 77 formed in the door 43. As a result, the wrapping paper 20 can be guided and attached to a predetermined position without manpower.

  Here, the rotation of the sending motor 18 and the drawing motor 31 increases the moving amount of the wrapping paper 20 drawn by the drawing roller 30 rather than the moving amount of the wrapping paper 20 sent from the roll-shaped wrapping paper 20R. A predetermined tension is generated between the roll-shaped wrapping paper 20R and the drawing roller 30 so that the wrapping paper 20 is stably conveyed.

  When the roll-shaped wrapping paper roll 20R is mounted in a predetermined state, a switch (not shown) detects the state, and when the power is supplied to the solid preparation packaging device 1 in that state, the number of falling solid preparations is counted. The count value etc. are reset. The temporary heater 28 and the main heater 29 are heated to a predetermined temperature, and the conveyor 52 is energized and driven.

  Based on a doctor's prescription, the operator inputs prescription data into an input device PC (personal computer or the like) electrically connected to the solid preparation packaging device 1 and operates the start key to store the solid preparation. The discharge drum of the tablet case 6 is driven to rotate, and the solid preparations of the type specified by the prescription data fall one by one on the hopper 51 or the conveyor 52. Further, the solid preparation from the specific solid preparation supply unit 7 similarly falls on the conveyor 52 by the user's arbitrary operation.

  As shown in FIG. 1 and FIG. 15 and the like, the input device PC uses the upper surface area of the main body 2 behind the specific solid preparation supply unit 7 as a mounting plane portion 2A of the input device PC. As described above, the lid that covers the entire bucket 47 of the specific solid preparation supply unit 7 is not a lid structure that pivots backward in a raised state, but a flat plate that is detachably mounted on the specific solid preparation supply unit 7. The lid 7B is used. For this reason, when performing the operation | work which throws in a specific solid formulation to the bucket 47 in the state which mounted input device PC in the mounting plane part 2A, if the flat lid 7B is removed, it will be disturbed by the flat lid 7B. Therefore, the input device PC can be operated from the front side of the solid preparation packaging device 1, and the operation of charging the specific solid preparation into the bucket 47 and the operation of the input device PC can be performed smoothly.

  The number of solid preparations falling from the tablet case 6 is counted by the control device 35 based on the output of the photosensor. When the counted number of dropped solid preparations matches the number of solid preparations based on the prescription data, the discharge mechanism 6A. Stops the operation of the solid preparation and ends the fall of the solid preparation.

  At this time, the solid preparation falls directly from the tablet case 6 above the lower hopper member 41 into the lower hopper member 41. Further, the solid preparation dropped on the upper hopper member 53 falls into the lower hopper member 41 due to its inclination. The solid preparation dropped on the upper hopper member 53 falls on the elastic sheet 61 of the conveyor 52 due to its inclination. Then, it is fed into the lower hopper member 41 together with the solid preparation directly dropped on the elastic sheet 61.

  Here, since the conveyor 52 is inclined, the solid preparation on the elastic sheet 61 is sent to the lower hopper member 41 by the inclination and the conveying force of the conveyor 52 itself. In particular, since the conveyor 52 is inclined, it is possible to prevent or suppress a columnar tablet or the like from spinning on the elastic sheet 61.

  The solid preparation collected in the lower hopper member 41 in this way is temporarily held on the shutter device 71. As shown in FIG. 14, the shutter device 71 includes left and right shutter plates 72 and 73, and the shutter plates 72 and 73 each hold the solid preparation collected in the lower hopper member 41 by closing the filling port 13. Opening actuating portions 72B and 73B that open the left and right sides of the solid formulation holding portions 72A and 73A and the opening portion 20B of the sachet 36A having the opening portion 20B are integrally formed. For this reason, the shutter plate 71 is driven by the shutter device 71 at a stage where all of the solid preparation for one dose is held on the solid formulation holding portions 72A and 73A of the shutter plates 72 and 73 in the closed state as shown in FIG. 72 and 73 are opened, and the opening 20B of the pouch 36A is largely opened by the opening operating portions 72B and 73B as shown in FIGS. At the same time, since the solid preparation holding portions 72A and 73A are opened, the solid preparation collected in the lower hopper member 41 is put into the sachet 36A of the wrapping paper 20 located below.

  Thus, since the opening 20B of the sachet 36A is expanded by the shutter plates 72 and 73 and the solid preparation is introduced, the solid preparation can be reliably and smoothly filled into the sachet 36A of the wrapping paper 20. . Further, since the shutter plates 72 and 73 also serve to temporarily hold the dropped solid preparation by closing the filling port 13, the number of parts can be reduced.

  After the solid preparation is stored in the sachet 36A of the wrapping paper 20 as described above, the shutter device 71 closes the filling port 13 again by the solid preparation holding portions 72A and 73A of the shutter plates 72 and 73 as shown in FIG. . At the same time, the opening operation parts are brought into close contact with each other, so that the opening 20B of the wrapping paper 20 is also substantially closed to complete the pouch 36. Next, the pull-in roller 30 is operated by the control device 35, and the wrapping paper 20 is pulled and presented at a predetermined position, and the heat seal mechanism 27 is thermally welded as described above to seal the opening 20B of the wrapping paper 20. Stop. The wrapping paper 20 is printed on the outer surface of the portion corresponding to the sachet 36 by the printing mechanism unit 15 on the outer surface of the wrapping paper 20 before reaching the first heat seal mechanism unit 28. The

  In this way, necessary information is printed on the sachet 36 by the printing mechanism unit 15 based on the prescription data, and a predetermined number of solid preparations based on the prescription data are automatically packaged in the sachet 36, and the solid preparation A belt-like package body in which small bags 36 in which the package is packaged is sent out to the outlet 77. When the predetermined packaging is completed in this manner, the operation of the solid preparation packaging apparatus 1 is stopped. Therefore, the user of the solid preparation packaging apparatus 1 can use the sewing machine in the last part of the strip-shaped package in which the sachets 36 are continuous. By cutting off at the location of the eye-shaped hole 37, the strip-shaped package can be taken out from the outlet 77 and passed to the patient.

  The present invention provides a configuration in which the wiring for each circuit board constituting the control device 35 and the wiring for the power supply device can be easily incorporated, inspected, repaired, and replaced in the solid preparation packaging device 1 as described above. . Moreover, the center of gravity of the solid preparation packaging device 1 is lowered, and the fall prevention effect is improved when the solid preparation container 3, the transport mechanism 10, and the solid preparation packaging mechanism 14 are configured to be able to be pulled out and pushed back in the front-rear direction. The technology that can be used. The following describes the technology related to this.

  The control device 35 exchanges information with an input device PC such as a personal computer that is electrically connected to the solid preparation packaging device 1, and is a central processing unit (CPU) that performs overall control of the solid preparation packaging device 1. The control circuit as a whole includes a central processing unit circuit board (also referred to as a CPU circuit board) 90 on which a circuit is formed, and includes a printing circuit board 91 of the printing mechanism unit 15 electrically connected thereto.

  The overall control of the above-described solid preparation packaging device 1 includes information exchange with the input device PC, ON / OFF control of the solid preparation packaging device 1, control of delivery of the solid preparation from the solid preparation container 3, and specific solid preparation supply section 7, delivery control of the specific solid preparation from 7, detection of the attachment state of the wrapping paper roll 20 R, feeding means for feeding the wrapping paper 20 in a strip shape, guide means for guiding the fed wrapping paper 20 to a predetermined position, Pull-in means for pulling the tip, conveyor 52, shutter device 71, control of the first heat seal mechanism 28 and the second heat seal mechanism 29 for forming the sachet 36 on the wrapping paper 20, and the printing mechanism 15 to the wrapping paper 20 Solid formulation packaging such as print control, display control on display unit 100, solid formulation storage unit 3, specific solid formulation supply unit 7, transport mechanism 10, solid formulation packaging mechanism 14, etc. Operation of each part of the location 1 is used to control to be executed at a predetermined timing and processes.

  As shown in FIG. 17 and the like, the electrical component chamber 80 is provided with a power supply device 92 for supplying electric power to the solid preparation container 3, the transport mechanism 10, and the solid preparation packaging mechanism 14. In addition, since the central processing unit circuit board 90 includes a CPU, a memory, and each of the components, the central processing unit circuit board 90 has a considerably large flat substrate form. Therefore, the central processing unit circuit board 90 is also disposed in the electrical component chamber 80. ing. The central processing unit circuit board 90 is arranged in the vertical direction along the partition wall 99 on the back side of the partition wall 99 between the electrical component chamber 80 and the spare chamber 81.

  A flexible wiring cover that bends continuously as the solid pharmaceutical packaging mechanism 14 is pulled out and pushed back with respect to the main body 2 so that the electrical wiring 95 of the solid pharmaceutical packaging mechanism 14 to the central processing unit circuit board 90 and the power supply device 92 passes. 93 is attached across the electrical component chamber 80 and the solid preparation packaging mechanism section 14. The flexible wiring cover 93 is arranged along one of the left side and the right side of the electrical component chamber 80 and the solid preparation packaging mechanism 14 so as to be close to the inner surface of the side wall of the main body 2.

  The flexible wiring cover 93 is known, for example, in Japanese Patent Application Laid-Open No. 2004-242481, etc., and a plurality of link bodies 94 are connected to each other so as to be rotatable with respect to each other. No. 95 is inserted in a state where flexibility is maintained. For this reason, if it is the flexible wiring cover 93 which has such a function, it will not be restrict | limited to a specific structure.

  As shown in FIGS. 17 to 19, the flexible wiring cover 93 has a mounting portion 93 </ b> B at one end (lower end portion) attached to an appropriate position of a partition wall 99 between the electrical component chamber 80 and the spare chamber 81 so as to be rotatable. The other end (upper end) attachment portion 93C is rotatably attached to the mounting table 96 of the solid drug product packaging mechanism portion 14, and the intermediate portion between the electrical component chamber 80 and the transport mechanism portion 10 is A bent portion 93A convex rearward is formed and disposed in the rear space of the mounting table 96. For this reason, in the state where the front door 43 is closed and the solid preparation packaging mechanism part 14 is accommodated in the predetermined position (the pushed state), the flexible wiring cover 93 is positioned at the bent part 93A as shown in FIG. Is located at the end.

  When the solid preparation packaging mechanism unit 14 is inspected, repaired, or replaced, the mounting table 96 supported by the rail device 97 is pulled out of the main body 2 together with the front door 43, as shown in FIG. Accordingly, the flexible wiring cover 93 is solidified due to the bending of the wiring 95 inserted therein while the position of the bending portion 93A continuously bends and moves with the rotation of the linked link bodies 94. The drug product packaging mechanism 14 is smoothly pulled out.

  Then, as shown in FIG. 19, the mounting table 96 is pulled out from the main body 2 together with the front door 43 to a predetermined position (maximum pulling position), and is stopped by a stopper portion (not shown) provided on the rail device 97. It is supposed to be. For this reason, the solid pharmaceutical packaging including the portion 93B in which the flexible wiring cover 93 is rotatably attached to the mounting table 96 of the solid pharmaceutical packaging mechanism unit 14 in a state of being pulled out to a predetermined position (maximum pulling position). The entire mechanism portion 14 is exposed, and the entire solid preparation packaging mechanism portion 14 including the flexible wiring cover 93 can be visually confirmed from the front surface of the main body 2. In this pulled-out state, it is possible to confirm damage or the like of the wiring 95 extending from the flexible wiring cover 93 toward the solid drug product packaging mechanism portion 14, and repair and replacement can be performed as necessary.

  When the solid preparation packaging mechanism 14 is accommodated in the main body 2, the mounting table 96 supported by the rail device 97 is also pushed back by pushing back the front door 43. As the connected link bodies 94 are rotated with each other, the position of the bending portion 93A is moved and the wiring 95 inserted therethrough is bent, so that the solid formulation packaging mechanism portion 14 is smoothly pushed back. .

  The printing mechanism unit 15 includes a printing circuit board 91 necessary for the printing mechanism unit 15 to print a predetermined character (here, Japanese characters). The printing circuit board 91 can be attached to and detached from the mounting table 96. And a cover 98 fixed with screws. In addition, in order to dissipate heat in the solid preparation packaging device 1 including the solid preparation packaging mechanism unit 14, the mounting table 96 or the plate 96 or the heat radiation hole formed in the back wall of the main body 2 corresponding to the solid preparation packaging mechanism unit 14. A heat radiating fan 105 is provided on the back wall of the main body 2.

  The wiring 95 from the electrical component chamber 80 through the flexible wiring cover 93 to the region of the solid preparation packaging mechanism section 14 is supplied from the power supply device 92 to the printing mechanism section 15 constituting the solid preparation packaging mechanism section 14 and the first heat seal. A power supply line to the mechanism unit 28, the second heat seal mechanism unit 29, and the conveying means of the wrapping paper 20, and a signal transmission / reception line from the central processing unit circuit board 90 to the printing circuit board 91; It includes wiring related to the solid formulation packaging mechanism section 14 such as a signal transmission / reception line to the image printing circuit board 103 and the printing mechanism section 15 described later. In addition, it is preferable that the power supply line from the power supply device 92 to the solid preparation storage unit 3, the transport mechanism unit 10, and the specific solid preparation supply unit 7 is configured to pass through the flexible wiring cover 93. Furthermore, as shown in FIG. 1, when the display part 100 which shows the setting and operation | movement condition of the solid formulation packaging apparatus 1 and the operation key 101 for a setting are provided in the front upper part of the solid formulation packaging apparatus 1, it is for central processing units. It is preferable that the signal transmission / reception line from the circuit board 90 to the display unit 100 and the setting operation key 101 pass through the flexible wiring cover 93.

  In this way, in order to configure a considerably large plate-like central processing unit circuit board 90 inside the solid preparation packaging apparatus 1, an electrical component chamber 80 is provided at the bottom of the solid preparation packaging apparatus 1, By accommodating the central processing unit circuit board 90 and the power supply unit 92 in the central processing unit 90, it becomes easy to incorporate, inspect, repair, and replace the wiring for the central processing unit circuit board 90 and the power supply unit 92. Furthermore, by providing the electrical component chamber 80 at the lowermost part of the solid preparation packaging apparatus 1, the center of gravity of the solid preparation packaging apparatus 1 is lowered, so that the solid preparation storage section 3, the transport mechanism section 10, and the solid preparation packaging mechanism section 14 are provided. It is possible to improve the fall-preventing effect when configured to be able to be pulled out and pushed back in the front-rear direction.

  In addition, the transport mechanism unit 10 is pulled out and pushed back with respect to the main body 2 so that the wiring 95 of the solid product container 3, the transport mechanism unit 10, and the solid product packaging mechanism unit 14 with respect to the circuit board 90 for the central processing unit and the power supply device 92 passes. A flexible wiring cover 93 that bends continuously with operation is attached across the electrical component chamber 80 and the transport mechanism section 10. For this reason, the pull-out and push-back operations of the transport mechanism unit 10 can be performed smoothly while protecting the wiring 95, and the solid preparation packaging apparatus 1 has a conventional two-stage configuration (the first stage is a solid preparation container). The second stage is the transport mechanism part and the solid preparation packaging mechanism part), or the conventional three-stage configuration (the first stage is the solid preparation storage part, the second stage is the transport mechanism part and the solid preparation packaging mechanism part, the third stage When the height of the main body 2 of the solid preparation packaging device 1 is increased and the specific preparation supply unit 7 is arranged in front of the upper surface of the solid preparation packaging device 1 as compared with that in the preliminary room), the specific preparation A state in which the operation of putting the specific solid preparation into the supply unit 7 can be easily performed and the input device PC is placed on the upper surface of the solid preparation packaging apparatus 1 and can be easily operated. It can be maintained.

  In order to adapt to use in a foreign country, it is necessary to print characters based on the language of the country (referred to as specific characters). In this case, in order to handle the language of the country as character data, it may take a lot of time and money for software development. In order to avoid this, in the present invention, such a national language is not handled as character data, but as image data, and this is handled on the outer surface of the portion corresponding to the sachet 36 by the printing mechanism unit 15. The printing method is adopted as necessary items such as product name and timing of use. Characters handled as the specific characters are Arabic characters other than Japanese characters and English characters, Chinese characters, and the like.

  For this reason, in the present invention, the text representing the necessary items such as the name of the solid preparation to be printed on the outer surface of the sachet 36 and the time of administration is stored in advance as image data in the memory, and this image data is read out at the time of printing. Are configured to print. Therefore, the image printing circuit board 103 constituting the memory for storing the image data and the control circuit related thereto is arranged in the electrical component chamber 80, and the image printing circuit board 103 and the central processing unit circuit board are arranged. 90 are connected by a signal transmission / reception line, the circuit of the image printing circuit board 103 is operated by an operation command from the circuit board 90 for the central processing unit, and characters based on the image data are sent to the sachet 36 by the printing mechanism unit 15. It is the structure printed on the outer surface of.

  In this case, the signal transmission / reception line between the image printing circuit board 103 and the central processing unit circuit board 90 is also wired from the electrical component chamber 80 through the flexible wiring cover 93 to the region of the solid preparation packaging mechanism section 14. 95. Also in this case, similarly to the above, the center of gravity of the solid preparation packaging device 1 is low, an effect of preventing the fall is obtained, the specific solid preparation is easy to handle, and the input device PC is placed on the upper surface of the solid preparation packaging device 1 for operation. It is possible to maintain a state where it is easy to do.

  Moreover, in order to be able to use the solid formulation packaging apparatus 1 with an applied voltage of 100 volts in Japan in a region such as a foreign country (120 volts region, etc.) higher than 100 volts, the power supply device 92 A transformer 104 is added to one component. For example, the weight of the transformer 104 that steps down 120 volts to 100 volts is approximately 5 to 6 kg. Therefore, the transformer 104 is disposed at the weight balance position in the center of the rear part in the electrical component chamber 80. Thus, when the solid preparation container 3, the transport mechanism 10, and the solid preparation packaging mechanism 14 are configured to be able to be pulled out and pushed back in the front-rear direction using this weight, the solid preparation packaging is performed according to the weight of the transformer 104. A great effect of preventing the device 1 from falling to the front side can be obtained.

  In addition, if the number of tablet cases 6 in the solid preparation container 3 increases, the solid preparation container 3 is likely to be unbalanced in a state in which the solid preparation container 3 is pulled out, and the risk of falling is a concern. Is done. For this reason, when using in Japan, when a dedicated balance weight is attached, this balance weight is made of a special product and is accompanied by machining of a mounting hole in the mounting flange, resulting in an increase in cost. Therefore, the transformer 104 as described above can be used in a predetermined area where the voltage is high as described above in order to make a low-cost balance weight, paying attention to the fact that a general-purpose transformer can be used. When the transformer 104 as described above is incorporated in the solid preparation packaging device 1 to be produced and the solid preparation packaging device 1 is used in Japan, the wiring that does not pass through the transformer 104 is predicted. In addition, the effect of falling can be obtained at a low cost by simply acting the balance weight. And in the case of the foreign country which uses this transformer 104, what is necessary is just to export the solid formulation packaging apparatus 1 incorporating the transformer 104. FIG.

  Further, in the present invention, as described above, the upper surface region of the main body 2 behind the specific solid preparation supply unit 7 is used as the mounting flat portion 2A of the input device PC, and the flat lid 7B covering the bucket portion 47 is used as the specific solid. It is the structure provided in the formulation supply part 7 so that attachment and removal were possible. If the lid covering the bucket portion 47 is formed to be able to be opened and closed rearward by a hinge device, the specific solid preparation is introduced into the bucket portion 47 with the lid open, and confirmation or input operation of the information is placed. When performing with the input device PC placed on the flat surface portion 2A, the open lid becomes an obstacle, and it is difficult to operate the input device PC from the front side of the solid pharmaceutical packaging device 1. In this case, the solid pharmaceutical packaging device The input device PC must be placed on a desk or table close to 1, which is not preferable. However, in the present invention, since the operation with the input device PC placed on the upper surface region of the main body 2 is easy, such a problem can be solved.

  In the solid preparation packaging device according to the present invention, the modification within the scope of the technical scope of the present invention is within the scope of the present invention, and is not limited to the configuration shown in the above embodiment, and has the same operation as described above. Various forms are included within the scope of the solid preparation packaging apparatus that can be used.

DESCRIPTION OF SYMBOLS 1 .... Solid preparation packaging apparatus 2 .... Main body 2A ... Flat part for mounting 3 .... Solid preparation accommodating part 4 .... Front door 5 .... Front door 6 .... ··· Tablet case 7 ··· Specific solid preparation supply portion 7B ··· Lid 10 ··· Transport mechanism portion 14 ··· Solid preparation packaging mechanism 15 ··· Printing mechanism portion 20 · · · Wrapping paper 28 ··· First heat seal mechanism 29 ... Second heat seal mechanism 30 ... Pull-in roller 36 ... Small bag 41 ... Lower hopper member 42 ... Receiving member 43 ... Front door 47 ... Bucket 51: Hopper 52 ... Conveyor 53 ... Upper hopper member 80 ... Electrical component room 81 ... Spare chamber 82 ... Open / close door 90 ... Circuit board for central processing unit 91 ... Printed circuit board 92 ... Power supply device 93 ... Flexible wiring cable Over 94 ... link member 95 ... wire 96 ... mounting table 97 ... rail device 98 ... cover 103 ... image printed circuit board 104 ... transformer PC ... Input device

Claims (5)

In the main body, a solid preparation storage unit provided with a plurality of tablet cases provided with a discharge mechanism for discharging the solid preparations stored and stored for each type of solid preparations is disposed at the top and discharged from the tablet case A transport mechanism that receives the solid preparation and collects it to the filling port is disposed below the solid preparation container, forms a sachet on the belt-shaped wrapping paper, and stores and seals the solid formulation collected in the filling port for each sachet In the solid formulation packaging device in which the solid formulation packaging mechanism is arranged below the transport mechanism,
The solid preparation container, the transport mechanism and the solid preparation packaging mechanism are each housed in the main body so as to be independently pulled out and pushed back.
A printing mechanism for printing on the sachet is disposed in the solid preparation packaging mechanism,
In the main body, an electrical component chamber is provided below the solid preparation packaging mechanism,
In the electrical component chamber, a central processing unit circuit board (also referred to as a CPU circuit board) responsible for overall control of the solid preparation packaging apparatus, and the solid preparation storage section, the transport mechanism section, and the solid preparation packaging mechanism section A power supply for power supply is arranged,
A flexible wiring cover that is continuously bent as the solid drug product packaging mechanism part is pulled out and pushed back with respect to the main body so that the wiring of the solid drug product packaging mechanism part related to the circuit board for the central processing unit and the power supply device passes therethrough. A solid preparation packaging apparatus having a configuration attached across the electrical component chamber and the solid preparation packaging mechanism. In the main body, a solid preparation storage unit provided with a plurality of tablet cases provided with a discharge mechanism for discharging the solid preparations stored and stored for each type of solid preparations is disposed at the top and discharged from the tablet case A transport mechanism that receives the solid preparation and collects it to the filling port is disposed below the solid preparation container, forms a sachet on the belt-shaped wrapping paper, and stores and seals the solid formulation collected in the filling port for each sachet In the solid formulation packaging device in which the solid formulation packaging mechanism is arranged below the transport mechanism,
The solid preparation container, the transport mechanism and the solid preparation packaging mechanism are each housed in the main body so as to be independently pulled out and pushed back.
A printing mechanism for printing on the sachet is disposed in the solid preparation packaging mechanism,
In the main body, an electrical component chamber is provided below the solid preparation packaging mechanism,
In the electrical component chamber, a central processing unit circuit board (also referred to as a CPU circuit board) responsible for overall control of the solid preparation packaging apparatus, and the solid preparation storage section, the transport mechanism section, and the solid preparation packaging mechanism section A power supply device for supplying power to the printer, and a circuit board for image printing necessary for the printing mechanism section to perform printing based on the image data.
With the drawing and pushing back operation of the solid preparation packaging mechanism part with respect to the main body so that the wiring of the solid preparation packaging mechanism part related to the circuit board for central processing unit, the circuit board for image printing, and the power supply device passes. A solid preparation packaging apparatus having a configuration in which a flexible wiring cover that is continuously bent is attached across the electrical component chamber and the solid preparation packaging mechanism.   The solid dosage form packaging apparatus according to claim 1 or 2, wherein a circuit board for printing of the printing mechanism section is arranged in the solid dosage form packaging mechanism section.   The solid formulation packaging according to any one of claims 1 to 3, wherein a step-down transformer is provided as a component of the power supply device, and the transformer is attached to a weight balance position at a central rear portion of the electrical component chamber. apparatus. A specific solid preparation supply unit for supplying a specific solid preparation contained in a plurality of bucket portions of the upper surface opening to the transport mechanism unit is provided at an upper front portion of the main body;
On the upper surface area of the main body behind the specific solid preparation supply unit, a mounting plane for an input device such as a personal computer that exchanges information with the circuit board for the central processing unit is formed,
The solid preparation packaging apparatus according to any one of claims 1 to 4, wherein a flat lid that covers the bucket part is configured to be placed on and removed from the specific solid preparation supply part.

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