JP5847488B2 - Coloring equipment - Google Patents

Description

  The present invention relates to a coloring device, and more particularly to a coloring device that forms a colored portion by attaching ink to a covering material of an electric wire.

  Many electric wires are used for electrical products. These electric wires are composed of a core wire formed of copper or the like and a covering material (also referred to as “outer skin”) formed of a resin such as vinyl chloride. Also, wire harnesses in which a plurality of electric wires are bundled are used for electric products and automobiles. In the wire harness, terminals are crimped to the ends of the electric wires, and the terminals are connected to one or a plurality of connectors and connected to a substrate of an electrical component or the like via the connectors. It is like that.

  By the way, in order to manufacture a wire harness, it is necessary to connect each electric wire without making a mistake in the corresponding position of a connector. Therefore, as a means for visually recognizing these correspondences, it is common practice to color-code electric wires to be used and correspond to connector types and pin numbers. That is, it is a method of specifying the connection position based on the color of the covering material.

  However, when this method is adopted, it is necessary to prepare many kinds (for example, 10 kinds) of electric wires of different colors, and when the electric wire is cut by a processing machine or the coating material at the tip portion is removed. In addition, the electric wires supplied to the processing machine have to be frequently replaced, resulting in poor productivity. In particular, in the case of dealing with high-mix low-volume production, the operating rate of the processing machine has been greatly reduced. Furthermore, the number of pieces of information that can be identified is limited only by the color coding of the covering material.

  Therefore, as shown in Patent Document 1, there has been proposed a coloring device for coloring a wire covering material with a predetermined color scheme according to various types of information. That is, a plurality of colored portions are formed by attaching a colorant having a color corresponding to the content of information to a position corresponding to each information. According to this, various information can be recognized based on the color of each coloring part, and it becomes possible to greatly reduce the kind of electric wire used and to raise the operation rate of a processing machine.

  Moreover, the coloring apparatus described in Patent Document 1 includes an injection unit (nozzle) that injects a colorant toward the coating material of the electric wire.

  However, in the method of injecting the colorant onto the covering material as in the above-described coloring apparatus, the colorant injected from the injection means is scattered, so that coloring in the colored portion becomes unclear, and the appearance is deteriorated and the color is identified. Could become difficult. In particular, when a plurality of colored portions are formed adjacent to each other, it is difficult to understand the boundary between the colored portions, and there is a concern that various information may be erroneously recognized.

  In addition, if the injection means is arranged as close as possible to the electric wire, it becomes possible to suppress the scattering of the colorant and suppress the blurring, but generally, a flexible electric wire is fed into the injection means with high accuracy. Since it is difficult, for example, the coating material may come into contact with or leave the spraying unit during the feeding of the electric wire, which may cause uneven color. In particular, when the colorant adhering to the coating material rubs against the spraying means, it has a tailed state, and there is a possibility of crossing with other colored portions.

  Further, among the colorant sprayed from the spraying means, the colorant that did not adhere to the electric wire was not only wasted, but also floated in the vicinity of the electric wire to promote color unevenness.

  Furthermore, when an annular colored portion is to be formed on the wire covering material using such an injection means, a plurality of (for example, three) injection means are arranged at predetermined intervals in the circumferential direction around the electric wire. According to this, since the plurality of injection means are arranged facing the center of the electric wire, the colorant injected from each injection means adheres to the opposite injection means, and the injection It takes time to clean and care for the means.

  In view of the above, the present invention has an object to provide a coloring apparatus that can color a colored object such as a wire covering material without color unevenness and vividly. It is.

The coloring apparatus according to the present invention is
“A storage member capable of storing ink,
An ink delivery unit capable of absorbing and discharging ink;
An ink absorbing position for bringing the ink delivery unit into contact with the storage member and absorbing ink from the storage member; and a moving mechanism for moving between an ink discharge position for contacting the coloring object and discharging ink. Equipped,
The ink delivery unit is
A case where a groove is formed at the tip;
A support member that forms an accommodation space having a bottom in the groove in cooperation with the case; and a partition member that partitions the accommodation space into a plurality of compartments, and is attached to the groove of the case. An absorbent member,
Movable between a retracted position where the tip portion is retracted to the projecting position and the compartment which projects to the outside from the compartment, is supported within said compartment, a thin capillary phenomenon occurs between the partition member A discharge movable member forming an absorption gap ;
A biasing member disposed between the discharge movable member and the bottom portion of the housing gap, and biasing the discharge movable member toward the protruding position ;
Ink stored in the storage member via the absorption gap is caused by the tip portion of the case coming into contact with the storage member by the movement of the ink delivery unit to the ink absorption position by the moving mechanism unit. Is absorbed into the accommodation gap,
When the ink delivery unit is moved to the ink discharge position by the moving mechanism, the tip portion of the case that protrudes outside from the compartment as the tip of the case comes into contact with the coloring object is By contacting the colored object, the movable movable member is moved from the protruding position to the immersive position, and the ink filled in the accommodation gap is discharged to the outside from the absorption gap to adhere to the colored object. Ru was "
It is characterized by this.

  Here, examples of the “storage member” include a member that absorbs and holds ink, such as a sponge-like sponge made of a synthetic resin, or a container that stores ink in a liquid state. In addition, you may make it further provide the ink supply means which supplies ink with respect to the storage member as needed. In addition, examples of the “colored object” include an electric wire covering material, but it is also possible to target other members. Further, examples of the “biasing member” include a metal spring, elastic rubber (flexible restoring property), or a soft resin material. These urging members can be formed integrally with the “release movable member”.

  According to the coloring device of the present invention, the ink delivery unit moves between the ink absorption position and the ink discharge position. When moved to the ink absorption position, the ink contacts the storage member and absorbs the ink stored in the storage member. More specifically, the ink delivery unit includes an absorbing member having a narrow gap. When the tip of the ink delivering unit comes into contact with the storage member, the ink stored in the storage member is absorbed by the action of surface tension (capillary phenomenon). , Store in the void.

  On the other hand, when the ink delivery unit moves to the ink discharge position, it comes into contact with the colored object (for example, an electric wire) and discharges ink. More specifically, a discharge movable member is accommodated in the gap of the absorbing member in the ink delivery unit, and the discharge movable member is supported so as to be movable between a protruding position and a retracted position, and protruded by the biasing member. Since it is biased to the position side, when the ink delivery unit comes into contact with the coloring object, the discharge movable member is displaced from the protruding position toward the immersive position. That is, it changes from the state in which at least a part of the discharge movable member protrudes out of the gap so as to be immersed in the gap. At this time, since the bottom surface of the gap is closed, the ink filled in the gap overflows from the tip of the gap with the movement of the discharge movable member and adheres to the surface of the coloring object.

  As described above, since the ink in the gap is overflowed and the fixed amount of ink is directly attached to the surface of the object to be colored, there is no color unevenness and clear coloring is possible.

  By the way, in the configuration in which ink is overflowed by immersing the discharge movable member in the gap, the ink overflows from the periphery of the discharge movable member, and thus it is difficult to uniformly adhere the ink to the coloring object. there is a possibility. In particular, when the colored portion is relatively wide, the colored color may be shaded.

  On the other hand, according to the coloring device of the present invention, the width direction of the gap is divided into a plurality of sections, and one discharge movable member is accommodated in each section. When it comes into contact with an object and moves from the protruding position to the immersive position, ink overflows from each section. Therefore, it is possible to disperse the ink to be attached to the coloring object over the entire coloring portion and to attach it evenly.

In the coloring device of the present invention,
“The ink delivery unit further includes a concavo-convex portion that abuts on the coloring object to generate a plurality of fine holes on the surface of the coloring object.”
It can be configured.

  By the way, when a member that does not have ink absorption characteristics, such as a coating material for electric wires, is used as a coloring object, it does not penetrate even if ink adheres to the surface of the coloring object, so that the ink spreads and spreads along the surface. There is a possibility that.

  On the other hand, according to the coloring device of the present invention, the uneven portion is formed at the tip of the ink delivery unit, and when the ink delivery unit comes into contact with the coloring object (for example, the covering material of the electric wire), the coloring object A plurality of fine holes are formed on the surface of the film. For this reason, the ink penetrates into each micropore, and the absorption characteristics are improved. Therefore, even if the surface of the coloring object is made of a material that does not have ink absorption characteristics such as vinyl chloride, it can be colored relatively easily and clearly.

In the coloring device of the present invention,
“The colored object is an electric wire,
The storage member, the ink delivery unit, and the moving mechanism unit are each provided in pairs.
The pair of ink delivery units are arranged to sandwich the electric wire at the ink discharge position,
The pair of moving mechanism units simultaneously linearly move the respective ink delivery units in opposite directions along the tangent lines of the electric wires when discharging ink.
It can be configured.

  According to the coloring apparatus of the present invention, it is possible to form a ring-shaped colored portion on the wire covering material. More specifically, a pair of ink delivery units are provided opposite to each other, and each ink delivery unit holds the electric wire when it reaches the ink discharge position, that is, in a state where each absorbing member is in pressure contact with the electric wire. They are placed facing each other. Further, when discharging ink, each ink delivery unit is linearly moved in opposite directions along the tangent line of the electric wire while holding the electric wire. As a result, a rotational force is applied to the electric wires, and the electric wires rotate while being pressed against the distal end portions of the respective absorption members. As a result, a ring-shaped colored portion is formed on the peripheral surface of the electric wires.

  As described above, according to the present invention, a colored object such as a wire covering material can be colored with a certain amount of ink without color unevenness and vividly.

It is a mimetic diagram showing a schematic structure of an electric wire processing system provided with a coloring device of this embodiment. It is a front view which shows the state of the structure of a coloring apparatus, especially an ink delivery unit in an ink absorption position. It is a front view which shows the state of the structure of a coloring device, especially an ink delivery unit in an ink discharge position. (A) is the disassembled perspective view which decomposed | disassembled the ink delivery unit, and was seen from the diagonal, (b) is sectional drawing which shows the structure of the principal part of an ink delivery unit. It is explanatory drawing which shows the effect | action of an ink delivery unit typically. It is a block diagram which shows the functional structure of a coloring device. It is an enlarged view which shows an example of the colored electric wire.

  Hereinafter, the coloring apparatus 1 which is embodiment of this invention is demonstrated based on FIG. 1 thru | or FIG. Prior to the description of the coloring apparatus 1, the configuration of the electric wire processing system 2 to which the coloring apparatus 1 is applied will be described.

(Schematic configuration of the entire wire processing system)
As shown in FIG. 1, the electric wire processing device 2 includes an electric wire supply mechanism 3 that supplies a white electric wire D, and an electric wire cutting / peeling device 4 that manufactures an electric wire D having a predetermined length from which the covering material at the end is removed. The coloring device 1 is provided between the electric wire supply mechanism 3 and the electric wire cutting / peeling device 4 and forms a colored portion 6 for the electric wire D supplied to the electric wire cutting / peeling device 4. The electric wire processing system 2 is also provided with a terminal crimping device 7 (7a to 7c) for crimping the crimping terminal T to the end of the electric wire D manufactured by the electric wire cutting / peeling device 4. Then, a terminal crimping process is performed by the terminal crimping apparatus 7, and then a connector connecting process for connecting the crimp terminal T crimped to the end of the electric wire D to the connector C is performed. Hereinafter, each device will be described in detail.

(Configuration of wire supply mechanism)
First, the electric wire supply mechanism 3 includes a rotating drum 11 around which a white electric wire D is wound, and an electric wire feeding guide 12 that guides the electric wire D fed out from the rotating drum 11 toward the coloring device 1. Moreover, although not shown in figure, between the rotary drum 11 and the electric wire feed guide 12, the scraper which correct | amends the electric wire D straightly by passing between several rollers is arrange | positioned.

(Configuration of wire cutting / peeling device)
The electric wire cutting / peeling device 4 has a box-shaped casing 15, and a plurality of members for cutting and peeling the electric wire D are attached to the upper surface thereof. Specifically, a pair of cutting and cutting mechanisms 16 are disposed in the central portion of the upper surface, thereby enabling the electric wire D to be cut and cut. The “cutting” is a step of forming an annular groove in the covering material in order to remove the covering material at the end of the electric wire D. On the right side of the cutting / cutting mechanism 16, a first electric wire transfer mechanism 18 that feeds and retracts the electric wire D with respect to the cutting / cutting mechanism 16 is disposed. A second electric wire transfer mechanism 19 that pulls out and sends back the electric wire D is disposed. These electric wire transfer mechanisms 18 and 19 control a pair of feed rollers 18a and 19a that can be rotated while holding the electric wire D, drive means (not shown) that rotate the respective feed rollers 18a and 19a, and drive means. Accordingly, drive control means (not shown) for changing the rotation speed and rotation direction of the feed rollers 18a and 19a is provided. The electric wire transfer mechanism 18 is also used as a transfer unit for supplying the electric wire D to the coloring device 1, and based on the number of rotations of the feed roller 18a (that is, the number of rotations of the driving unit), each coloring unit 22 ( It is possible to recognize the position of the electric wire D with respect to (to be described later). A cylindrical guide member 20 is disposed between the electric wire transfer mechanisms 18 and 19 at a predetermined interval, and the transfer direction of the electric wire D is regulated so that the electric wire D can be smoothly transferred. . Although not shown, the electric wire cutting / peeling device 4 is provided with operating means for setting the conditions of the electric wire D to be processed, and the inside of the housing 15 is based on the output of the operating means. A control unit for controlling the cutting and cutting mechanism 16 and the wire transfer mechanisms 18 and 19 is accommodated.

(Configuration of coloring device)
In the coloring device 1, one color or a plurality of colors of ink are sequentially attached to the white electric wire D, and a plurality of coloring portions 6 are formed along the longitudinal direction of the electric wire D as shown in FIG. 7. In addition, when making the color of the coloring part 6 white, as shown in the coloring part 6P, the color of the coloring part 6P is drawn by drawing a pair of thin lines (outer lines) in black at both ends of the coloring part 6P. It is clear that is white.

  The configuration of the coloring apparatus 1 will be specifically described. As shown in FIG. 1, the coloring device 1 sequentially attaches ink to the covering material of the electric wire D sent from the electric wire supply mechanism 3 to the electric wire cutting / peeling device 4 in a certain direction, thereby forming an annular colored portion 6. A plurality of (10 in this example) coloring units 22 are provided. These coloring units 22 are attached to the gantry 21 and are arranged in parallel along the feeding direction of the electric wire D (the left-right direction on the paper surface), and the ink colors are different from each other. Specifically, in order from the rightmost coloring unit 22, ten types of coloring units 22 to which black, brown, red, orange, yellow, green, blue, purple, gray, and white inks can be attached respectively. Are arranged side by side. In addition, a plurality of (10 in this example) ink supply units 23 (see FIG. 2) for supplying ink separately to each coloring unit 22 and the electric wire D are attached to the frame 21 of the coloring apparatus 1. An ultraviolet drying unit 24 (see FIG. 1) is attached to dry the collected inks together.

  As shown in FIG. 2, each coloring unit 22 is fixed to the gantry 21 (see FIG. 1) and has a base plate 26 in which a wire insertion hole 26 a is formed at the center, and is attached to the base plate 26 and can store ink. A storage member 27, an ink delivery unit 28 capable of absorbing and discharging ink, and a moving mechanism 29 for moving the ink delivery unit 28 between an ink absorption position (see FIG. 2) and an ink discharge position (see FIG. 3). And. Although details will be described later, the ink absorption position is a position where the ink delivery unit 28 is brought into contact with the storage member 27 and ink is absorbed from the storage member 27, and the ink release position is the ink delivery unit 28 to be colored. This is a position where ink is discharged to the covering material of the electric wire D by being brought into contact with the electric wire D which is an object. Each coloring unit 22 is provided with a pair of storage member 27, ink delivery unit 28, and moving mechanism portion 29, which are arranged symmetrically around the wire insertion hole 26 a of the base plate 26. . In particular, the pair of ink delivery units 28 are arranged so as to sandwich the electric wire D when moved to the ink discharge position (see FIG. 3).

  The storage member 27 absorbs and holds the ink replenished by the ink replenishment unit 23, and is formed of a synthetic resin sponge in this example. Each storage member 27 is fixed to the base plate 26 via an attachment member 27a, and contracts when the tip portion of the ink delivery unit 28 comes into contact, and restores when the ink delivery unit 28 leaves. Yes.

  As shown in FIG. 4, each ink delivery unit 28 includes a plate-shaped case 30, an absorbing member 32 accommodated in the case 30, and a protruding position and an immersive position accommodated in a gap 31 of the absorbing member 32. And a discharge movable member 35 movable between them. More specifically, the case 30 has a groove portion 30a having a predetermined depth formed at a tip portion capable of contacting the storage member 27 or the electric wire D, and from the central portion of the groove portion 30a to the rear side (left side of the drawing). An insertion hole 30b is formed toward the end, and a T-shaped support member 33 described later can be inserted from the tip side. The ink delivery unit 28 for forming the white colored portion 6 includes only the case 30 and does not include the absorbing member 32 and the discharge movable member 35. That is, a pair of thin lines is drawn only by the front end surface of the case 30.

  A plurality of extremely small uneven portions 39 are formed on the front end surface of the case 30, that is, on both sides of the groove portion 30 a and abutting against the covering material of the electric wire D, and abutting against the covering material of the electric wire D In this case, a plurality of fine holes can be formed on the surface. The fine holes are formed to allow the ink to permeate, and according to this, the ink can be made relatively easy and clear even though the covering material of the electric wire D is formed of a material that does not have ink absorption characteristics. It is possible to adhere to.

  The absorbing member 32 is configured to absorb the ink stored in the storage member 27 by the action of surface tension (capillary phenomenon) by contacting the storage member 27 at the tip. Specifically, the absorbing member 32 is accommodated in the gap 31 by a T-shaped support member 33 that forms the gap 31 in the groove 30a in cooperation with the case 30, and the gap 31 is divided into a plurality of compartments 38 (FIG. 5A). And a plurality of substantially C-shaped partition members 34 for partitioning. The support member 33 includes a rod-shaped shaft portion 33 a and a hooking claw portion 33 b that are inserted into the insertion hole 30 b of the case 30, a gap forming portion 33 c that forms the gap 31 in the groove portion 30 a of the case 30, And a holding portion 33d for holding the plurality of partition members 34 and the discharge movable member 35 accommodated therein. Here, the nail | claw part 33b is provided so that elastic deformation is possible with respect to the axial part 33a, and it supports so that it may not come off from the fitting hole 30b by restoring in the fitting hole 30b in which the bottom part was formed wide. Has been. Moreover, the space | gap 31 is a bottomed space and is a space | gap of the magnitude | size which can produce a capillary phenomenon. The partition member 34 is made of metal and is extremely thin.

  The discharge movable member 35 is formed of a metal plate having substantially the same thickness as the partition member 34, and is accommodated in the gap 31 so as to be sandwiched between adjacent partition members 34 (see FIG. 5A schematically). reference). Further, the discharge movable member 35 is formed in a substantially C shape, is locked by the holding portion 33d of the support member 33, and is inserted between the gap forming portion 33c and the holding portion 33d of the support member 33. The part has elasticity. That is, as shown in FIG. 4B, the urging member 37 is integrally formed with the discharge movable member 35, so that the distal end portion 35 a of the discharge movable member 35 is exposed from the groove 30 a of the case 30 to the outside. It is biased to protrude.

  On the other hand, as shown in FIG. 2, the coloring unit 22 has a pair of moving mechanism units 29 arranged side by side, and the moving mechanism unit 29 on the right side of the page moves the right ink delivery unit 28 up and down. Therefore, the first linear guide 41 fixed to the base plate 26 and arranged in the vertical direction, the first sliding member 42 slidable along the first linear guide 41, and the first sliding member 42 A first movable member 43 connected to the front side and having the ink delivery unit 28 attached thereto, and an air cylinder 44 that presses the lower end of the first movable member 43 with a piston 45 are provided. That is, the right ink delivery unit 28 is configured to move to an upper position (ink discharge position) by the operation of the air cylinder 44. Note that the upper end portion of the first movable member 43 is divided into three parts by a pair of left and right notches (not shown), and a spring 47 is attached to a portion located at the center thereof. When the spring 47 is moved to the ink discharge position, the spring 47 comes into contact with a spring receiving portion 46 fixed to the base plate 26, so that the first movable member 43 can be smoothly stopped. A rack 43 a is formed on the lower left side surface of the first movable member 43 and meshes with a pinion 49 that is pivotally supported by the base plate 26.

  Further, the moving mechanism unit 29 on the left side of the page moves the second linear guide 50 fixed to the base plate 26 and arranged in the vertical direction to move the left ink delivery unit 28 up and down, and the second linear guide 50. A second sliding member 51 slidable along the second sliding member 51, and a second movable member 52 connected to the front side of the second sliding member 51, and is formed on the lower right side of the second movable member 52. The rack 52 a is engaged with the pinion 49. In other words, when the first movable member 43 is moved upward by the air cylinder 44, the second movable member 52 is moved downward via the pinion 49. Further, a spring 55 is stretched between the movable side locking portion 53 of the second movable member 52 and the fixed side locking portion 54 of the base plate 26, and the second movable member 52 and The first movable member 43 is returned to the original position (ink absorption position).

  As shown in FIG. 2, the ink supply unit 23 includes a pair of supply pipes 60 that are attached to the base plate 26 and extend to the respective storage members 27, and ink is accommodated therein and presses the piston 61a. A pair of injectors 61 for delivering ink from the tip, a rubber tube 62 connecting the tip of each injector 61 and one end of the supply tube 60, and a motor 63 (see FIG. 6) are provided to control the rotation of the motor 63. Thus, an extrusion mechanism (not shown) for moving the piston 61a in the injector 61 by an arbitrary distance is provided.

  Further, as shown in FIG. 1, the ultraviolet drying unit 24 includes an irradiator (not shown) made of a high-pressure mercury lamp or the like, and with respect to the ink (ultraviolet curable paint) attached to the covering material of the electric wire D. By irradiating ultraviolet rays, the ink is dried instantaneously. According to this, after forming the plurality of colored portions 6 by the coloring unit 22, it is possible to immediately transfer the colored portions 6 to the wire cutting / peeling device 4. For this reason, the coloring process by the coloring apparatus 1 and the cutting and peeling process by the electric wire cutting and peeling apparatus 4 can be performed continuously, and productivity is increased.

  By the way, the coloring apparatus 1 of the present embodiment includes a central information processing device (CPU) that performs calculation and control, and an auxiliary storage device that includes a read-only memory (ROM) and a random access memory (RAM). A command is output to the controller of the coloring apparatus 1 in accordance with the input program. Describing in detail with reference to FIG. 6, the coloring device 1 has, as a functional configuration, processing information input means 65 for allowing an operator to input numerically processing information of electric wires in a plurality of processing steps, and numerical values and colors. A hue information storage unit 66 that stores the associations, a hue setting unit 67 that sets colors corresponding to the input processing information, and an array pattern that generates a color array pattern by sequentially arranging a plurality of set colors Generation means 68. In addition, the coloring device 1 includes an electric wire position recognition unit 69 that recognizes the position of the electric wire D with respect to each coloring unit 22 based on the number of rotations of the roller 18 a provided in the first electric wire transfer mechanism 18 of the electric wire cutting / peeling device 4. And a coloring unit array storage unit 70 for storing the arrangement of the respective coloring units 22 (that is, the arrangement of the colors of the inks attached by the coloring units 22). Further, the coloring apparatus 1 uses the arrangement pattern generated by the arrangement pattern generation unit 68, the position of the electric wire D recognized by the electric wire position recognition unit 69, and the ink color arrangement stored in the coloring unit arrangement storage unit 70. On the basis of this, there is provided a coloring control means 71 that drives each air cylinder 44 and forms a plurality of coloring portions 6 corresponding to the arrangement pattern along the longitudinal direction of the electric wire D.

  Here, the processing information input by the processing information input means 65 includes housing information regarding the housing of the connector C and connector information regarding the connector C to which the electric wire D is connected. The connector information includes the number of poles of the connector C, the number of wires connected to the connector C, and the pin number for connecting the wires D. In addition to the processing information, it is also possible to input management information related to the type and processing process of the electric wire D and customer information that can be arbitrarily set by the user of the electric wire D. In addition, as each information is represented by a decimal number, the content of the information is associated with a numerical value in advance. For example, housing information is a two-digit numerical value, connector information is a two-digit numerical value (total of six digits), Management information is represented by a five-digit number, and customer information is represented by a three-digit number.

  The hue information storage unit 66 stores associations between numeric values “0” to “9” used in decimal numbers and colors corresponding to the respective numeric values. In this example, the same association with the color code of the fixed resistor defined in JIS C5062 (IEC62) is adopted, and numerical values “0, 1, 2, 3, 4, 5, 6, 7, 8, 9 ”is associated with“ black, brown, red, orange, yellow, green, blue, purple, gray, white ”, respectively.

  The hue setting unit 67 sets a color corresponding to the processing information input by the processing information input unit 65 based on the association stored in the hue information storage unit 66. For example, as shown in FIG. 7, when the housing information is “20” and the management information is “15428”, the colors corresponding to the respective information are “red, black”, “brown, green, yellow, red, “Gray” is set. Similarly, when the pin number in the connector information is “06”, the number is “12”, and the number of poles is “13”, the colors for the respective information are “black, blue”, “brown, red”, “Brown, orange” is set. Further, when the customer information is “629”, “blue, red, white” is set as the color for the customer information.

  The arrangement pattern generation means 68 arranges the hue arrangement patterns by arranging the hues set by the hue setting means 67 in the order of information, specifically, in the order of housing information, management information, connector information, and customer information. Generate. For example, in the above example, “red, black, brown, green, yellow, red, gray, black, blue, brown, red, brown, orange, blue, red, white” is set as the array pattern. The arrangement pattern also includes position data indicating the coloring position corresponding to each information, and in particular, a gap for separating each information so that a predetermined gap is generated between the adjacent colored portions 6. A plurality of colors are arranged in a row so that the width becomes large. In addition, when there is information that has not been input among a plurality of pieces of information, a colorless hue indicating that there is no information at a position corresponding to the information is set.

  The coloring control means 71 arranges the arrangement pattern generated by the arrangement pattern generation means 68 (that is, the position of each coloring portion 6 and the position thereof) so that the electric wire D sent in one direction can be colored according to the arrangement pattern. The relationship between the color to be colored), the color arrangement stored by the coloring unit arrangement storage unit 70, and the position of the coloring unit 6 recognized by the electric wire position recognition means 69, the respective coloring units 6 correspond to each other. It is determined whether or not the coloring unit 22 of the color to be reached has been reached, and when it is reached, the air cylinder 44 of the coloring unit 22 is operated, so that the ink of the corresponding color is attached to each coloring portion 6. As a result, the coloring portions 6a and 6b are colored corresponding to the housing information. Similarly, the coloring portions 6c, 6d, 6e, 6f, and 6g are colored corresponding to the management information, and the coloring portions 6h and 6i are colored. The color corresponding to the pin number of the connector information, the color corresponding to the number of colored portions 6j and 6k, the color corresponding to the number of poles for the colored portions 6l and 6m, and the customer information for the colored portions 6n, 6o and 6p Each color is attached. Therefore, the operator can recognize each information by confirming the color and position in each coloring part 6.

  Moreover, the coloring apparatus 1 counts the frequency | count of operation | movement of the air cylinder 44 in each of the coloring unit 22 and the electric wire diameter recognition means 73 which recognizes the diameter of the electric wire D as a functional structure based on the information input by the operator. The coloring number recognizing means 74 for recognizing the number of times of coloring by each coloring unit 22, the diameter of the electric wire D recognized by the electric wire diameter recognizing means 73, and the coloring number of times recognized by the coloring number of times recognizing means 74, respectively. The amount of ink used in the coloring unit 22 (that is, how the storage member 27 dries) is estimated, and the rotation of the motor 63 is controlled according to the amount of use, thereby controlling the amount of ink supplied by the ink supply unit 23. And a colorant supply control means 75. As a result, the amount of ink stored in the storage member 27 can be kept at an appropriate level, and ink absorption by the absorption member 32 of the ink delivery unit 28 can be stabilized.

  Next, the effect | action of the coloring unit 22 in the coloring apparatus 1 is demonstrated based on FIG.2, FIG.3 and FIG.5. FIG. 5 schematically shows the configuration of the ink delivery unit 28. In the standby state, as shown in FIGS. 2 and 5B, the ink delivery unit 28 moves to the ink absorption position and contacts the storage member 27. The ink delivery unit 28 includes an absorbing member 32 having a gap 31, and the tip thereof contacts the storage member 27, so that the ink L stored in the storage member 27 is caused by the action of surface tension (capillary phenomenon). Sucked and stored in the gap 31. In particular, since the gap 31 is divided into a plurality of sections 38 in the width direction by the partition member 34, the ink L is filled in each section 38.

  On the other hand, when ink is attached to the electric wire D, the ink delivery unit 28 is moved to the ink discharge position by the operation of the air cylinder 44 as shown in FIGS. Abut. A discharge movable member 35 is accommodated in the gap 31 of the absorbing member 32 in the ink delivery unit 28, and the discharge movable member 35 is urged toward the protruding position by the urging member 37 (see FIG. 5A). Therefore, when the ink delivery unit 28 comes into contact with the covering material of the electric wire D, the discharge movable member 35 is displaced from the protruding position toward the immersive position. That is, the discharge movable member 35 changes from a state in which a part of the discharge movable member 35 protrudes to the outside of the gap 31 so as to be immersed in the gap 31. At this time, since the bottom surface of the gap 31 is closed, the ink L filled in the gap 31 overflows from the front end side of the gap 31 as the discharge movable member 35 moves and adheres to the surface of the electric wire D. To do. In particular, since the discharge movable member 35 is accommodated one by one in each section 38, when the plurality of discharge movable members 35 abut on the electric wire D and move from the protruding position to the immersive position, ink is discharged from each section 38. Overflows. Therefore, it is possible to disperse the ink L to be adhered to the colored portion 6 of the electric wire D over the entire colored portion 6 and to uniformly adhere it.

  Further, since the uneven portion 39 is formed at the tip of the case 30 (see FIG. 4) in the ink delivery unit 28, when the absorbing member 32 is pressed against the electric wire D, a plurality of fine holes are formed on the surface of the colored portion 6. It is formed.

  Further, the pair of ink delivery units 28 are provided to face each other and interlock with each other, and when reaching the ink discharge position, as shown in FIG. Are arranged facing each other in a state of being pressed against the electric wire D. Further, when the ink L is discharged, each ink delivery unit 28 linearly moves in the opposite direction along the tangent line of the electric wire D while holding the electric wire D. As a result, a rotational force is applied to the electric wires D, and the electric wires D rotate while being pressed along the tip portions of the respective absorbing members 32. That is, since the tip end portions of the pair of absorbing members 32 are pressed in order along the periphery of the electric wire D, the ring-shaped colored portion 6 is formed on the peripheral surface of the electric wire D.

  When the pressing by the air cylinder 44 is released after the coloring operation is completed, the pair of ink delivery units 28 returns from the ink discharge position to the ink absorption position by the restoring force of the spring 55. Thereby, the electric wire D is released from the clamped state and can be sent in the longitudinal direction. Further, since the ink delivery unit 28 returns to the ink absorption position, the ink L is again filled in the section 38.

  As described above, according to the coloring device 1 of the present embodiment, the ink L in the gap 31 overflows and the fixed amount of ink L is directly attached to the surface of the covering material of the electric wire D, so that there is no color unevenness. Moreover, it can be colored vividly.

  Further, according to the coloring device 1 of the present embodiment, the width direction of the gap 31 is divided into a plurality of sections 38, and one discharge movable member 35 is accommodated in each section 38. The ink L can be dispersed and uniformly attached over the entire area.

  Further, according to the coloring device 1 of the present embodiment, since the uneven portion 39 is formed at the tip portion of the ink delivery unit 28, the comparison is made even though the covering material is a material that does not have ink absorption characteristics. It can be easily and vividly colored.

  In addition, according to the coloring device 1 of the present embodiment, since the electric wire D is rotated while being sandwiched by the pair of ink delivery units 28, the ring-shaped colored portion 6 can be formed along the periphery of the electric wire D. .

  Furthermore, according to the coloring device 1 of the present embodiment, the ink L is attached to the white electric wire D that is disposed between the electric wire supply mechanism 3 and the electric wire cutting / peeling device 4 and sent from the electric wire supply mechanism 3. Therefore, the process of forming the colored portion 6 and the process of manufacturing the electric wire having a predetermined length can be continuously performed as a series of processes. Moreover, in order to make ink adhere before the electric wire D is cut by the cutting / cutting mechanism 16 of the electric wire cutting / peeling device 4, a special direction is adopted in which the cut electric wire D having a predetermined length is held and moved in a certain direction. It is not necessary to provide a mechanism, and the configuration of the wire feeding mechanism can be simplified.

  The best mode for carrying out the present invention has been described above, but the present invention is not limited to this embodiment, and various modifications can be made without departing from the spirit of the present invention as described below. Improvements and design changes are possible.

  That is, in the above-described embodiment, an area in which the ink L is not adhered (that is, a gap) is formed between the colored portions 6, but a plurality of colored portions 6 are continuously formed without forming a gap. You may do it. According to this, it becomes possible to give more information with respect to the electric wire of predetermined length.

  In the above-described embodiment, as the correspondence between the digitized information and the color, the same method as that of the color code of the fixed resistor is adopted. However, the association not related to the color code can be adopted. However, since the color code of the fixed resistor is conventionally used and is well known, conversion errors between the color of the colored portion 6 and the processing information can be suppressed as much as possible.

  In the above embodiment, the ultraviolet curable coating material is used as the ink, and the ink is dried by the ultraviolet drying unit 24. However, the configuration of the drying device is not particularly limited. For example, by blowing hot air You may employ | adopt the structure made to dry.

  Furthermore, in the coloring apparatus 1 of the above embodiment, the plurality of colored portions 6 are sequentially formed on the electric wire D sent in a certain direction, that is, the colors of the colored portions 6 and the colored units 22 are attached. Although the coloring unit 22 is operated in the order in which the ink colors match, the electric wires D are sent in both directions, and the respective coloring units 22 are operated in the order of arrangement of the coloring units 6 or the order of arrangement of the coloring units 22. You may make it make it.

DESCRIPTION OF SYMBOLS 1 Coloring device 27 Storage member 28 Ink delivery unit 29 Movement mechanism part 31 Space | gap 32 Absorption member 34 Partition member 35 Dischargeable movable member 37 Energizing member 38 Section 39 Uneven part D Electric wire (colored object)
L ink

International Publication No. 2004/049354

Claims (3)

A storage member capable of storing ink;
An ink delivery unit capable of absorbing and discharging ink;
An ink absorbing position for bringing the ink delivery unit into contact with the storage member and absorbing ink from the storage member; and a moving mechanism for moving between an ink discharge position for contacting the coloring object and discharging ink. Equipped,
The ink delivery unit is
A case where a groove is formed at the tip;
A support member that forms an accommodation space having a bottom in the groove in cooperation with the case; and a partition member that partitions the accommodation space into a plurality of compartments, and is attached to the groove of the case. An absorbent member,
Movable between a retracted position where the tip portion is retracted to the projecting position and the compartment which projects to the outside from the compartment, is supported within said compartment, a thin capillary phenomenon occurs between the partition member A discharge movable member forming an absorption gap ;
A biasing member disposed between the discharge movable member and the bottom portion of the housing gap, and biasing the discharge movable member toward the protruding position ;
Ink stored in the storage member via the absorption gap is caused by the tip portion of the case coming into contact with the storage member by the movement of the ink delivery unit to the ink absorption position by the moving mechanism unit. Is absorbed into the accommodation gap,
When the ink delivery unit is moved to the ink discharge position by the moving mechanism, the tip portion of the case that protrudes outside from the compartment as the tip of the case comes into contact with the coloring object is By contacting the colored object, the movable movable member is moved from the protruding position to the immersive position, and the ink filled in the accommodation gap is discharged to the outside from the absorption gap to adhere to the colored object. coloring device according to claim Rukoto is. The ink delivery unit according to claim 1, further comprising a concavo-convex portion that causes a plurality of fine holes to be formed on a surface of the coloring object by contacting the coloring object. Coloring equipment. The coloring object is an electric wire,
The storage member, the ink delivery unit, and the moving mechanism unit are each provided in pairs.
The pair of ink delivery units are arranged to sandwich the electric wire at the ink discharge position,
The pair of moving mechanism sections linearly move the ink delivery units simultaneously in opposite directions along the tangent line of the electric wire when discharging ink. The coloring apparatus according to 2.

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