CN205733726U - A kind of back casing assembling device of the LC joints of optical fibre - Google Patents
A kind of back casing assembling device of the LC joints of optical fibre Download PDFInfo
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- CN205733726U CN205733726U CN201620735581.8U CN201620735581U CN205733726U CN 205733726 U CN205733726 U CN 205733726U CN 201620735581 U CN201620735581 U CN 201620735581U CN 205733726 U CN205733726 U CN 205733726U
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- back casing
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- assembly
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Abstract
The back casing assembling device of a kind of LC joints of optical fibre, including frame, conveying mechanism and fixed mechanism；Described fixed mechanism is arranged on the both sides of conveying mechanism, is provided with rotating mechanism and installing mechanism in frame, and described rotating mechanism and installing mechanism are positioned at the homonymy of frame, and rotating mechanism is positioned at the front of installing mechanism；Described rotating mechanism includes rotary cylinder, turning arm, revolving part and the first auxiliary feedboard and the second auxiliary feedboard；One end of described revolving part is fixed on turning arm, and the other end is provided with fixed bit.It is ingenious that this utility model has design, simple for structure, improves packaging efficiency, reduces the demand of human resources, improves production efficiency；Improve back casing moves up and down precision, improves the quality of assembling product, reduces the generation of defective products, improves yields；Being applicable to mass, the large-scale LC joints of optical fibre produce, and improve production capacity, meet growing LC joints of optical fibre demand.
Description
Technical field
This utility model belongs to LC joints of optical fibre production and processing technical field, is specifically related to a kind of LC joints of optical fibre
Back casing assembling device.
Background technology
Along with informationalized fast development, promote people that the rate of information throughput is had higher requirement.Optical fiber
Occur making data, signal conduct to obtain fast fast lifting, also driven the need of the LC joints of optical fibre as optical fiber interface simultaneously
The amount of asking the most quickly is increased.LC joints of optical fibre production process needs first assembled, then with leading fine pipe by lock pin
Fine pipe will be led and lock pin will insert in procapsid, then spring is inserted in lead in fine pipe and lock pin, finally by back casing, and compress, real
The assembling of the existing LC joints of optical fibre.At present, procapsid and back casing are being carried out in assembling process by enterprise, generally use artificial group
Dress or semi-automatic assembling, production efficiency is low, and can not automated production process, and adds the input of human resources, adds
The production cost of great Liao enterprise, reduces production efficiency, it is impossible to meet the demand of enterprise.
Therefore, the packaging efficiency of back casing and procapsid how is carried, it is adaptable to mass, large-scale production, improves and produces
Efficiency meets growing LC joints of optical fibre demand becomes the direction of LC joints of optical fibre manufacturing enterprise research and development.
Summary of the invention
In view of this, the technical problems to be solved in the utility model is a kind of to design LC optical fiber ingenious, simple for structure even
Connect the back casing assembling device of device, realized the automatic assembling of back casing and procapsid by this back casing assembling device, improve
Packaging efficiency.
In order to solve above-mentioned technical problem, this utility model uses following scheme to realize: after a kind of LC joints of optical fibre
Housing assembling device, including frame, the conveying of rack-mounted procapsid and spring for carrying the LC joints of optical fibre
Mechanism and for carrying the procapsid of the LC joints of optical fibre and the fixed mechanism of spring；Described fixed mechanism is arranged on conveyer
The both sides of structure, are provided with the rotating mechanism of back casing for rotating the LC joints of optical fibre and by the LC joints of optical fibre in frame
Back casing and procapsid carry out gripping, the mobile and installing mechanism that assembles, described rotating mechanism and installing mechanism are positioned at machine
The homonymy of frame, and rotating mechanism is positioned at the front of installing mechanism, is entered with procapsid by postrotational back casing by installing mechanism
Row assembles；Turning arm that described rotating mechanism includes being connected with rotary cylinder for the rotary cylinder driving back casing to rotate,
The revolving part being fixed on turning arm, and for assisting the first auxiliary feedboard that back casing enters in revolving part and second auxiliary
Help feedboard；One end of described revolving part is fixed on turning arm, and the other end is provided with the fixed bit for fixing back casing.
Wherein, the anglec of rotation of described revolving part is 0～90 degree.
Wherein, the translation assembly that described installing mechanism includes bracing frame, be arranged on bracing frame is connected with translation assembly
The runner assembly that is connected with up and down assembly of assembly up and down and the gripper assembly that is connected with runner assembly, back casing passes through to press from both sides
Take assembly gripping, and assembled with procapsid by runner assembly, upper and lower assembly and translation components in combination effect control back casing.
Wherein, described translation assembly includes the translating rails being fixed on bracing frame, is arranged on translating rails end
The flat-removing air cyclinder in portion and the translating element being arranged on translating rails and being connected with flat-removing air cyclinder；Described flat-removing air cyclinder drives flat
Move part to move in translating rails.
Wherein, described assembly up and down include the upper/lower guide being fixed in translating element, be fixed on translating element upper end and with
The motor of upper/lower guide homonymy, the bearing being fixed in translating element between upper/lower guide and motor are connected with motor and solid
The screw mandrel being scheduled in bearing and the upper sliding block being connected with screw mandrel.
Wherein, described runner assembly includes and the rotation cylinder being fixed on upper sliding block and be connected with rotation cylinder
Tumbler.
Wherein, described gripper assembly includes the gripping cylinder being fixed on tumbler and the folder being connected with gripping cylinder
Pawl, gripping air cylinder driven jaw opening and closing realize folding up of back casing.
Wherein, described jaw includes left jaw and the right jaw matched with left jaw.
Compared with prior art, it is ingenious that this utility model has design, simple for structure, is revolved by back casing by rotating mechanism
After turning 90 degrees, assemble by installing mechanism back casing being gripped and move to assembling position, it is achieved that back casing from
Dynamicization assembles, and improves packaging efficiency, reduces the demand of human resources, improves production efficiency so that the quality of product is permissible
Monitoring；Moving up and down it addition, use screw mandrel to control back casing, improve back casing moves up and down precision, improves product group
The quality of dress, reduces the generation of defective products, improves yields；Being applicable to mass, the large-scale LC joints of optical fibre produce, and carry
High production capacity, meets growing LC joints of optical fibre demand.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the explosive view of the rotary components in this utility model.
Fig. 3 is the structural representation of the revolving part in this utility model.
Fig. 4 is the explosive view of the mounting structure in this utility model.
Wherein: 1 frame；2 rotary components；21 rotary cylinders；22 turning arms；23 revolving parts；231 fixed bits；24 first is auxiliary
Help feedboard；25 second auxiliary feedboards；3 installing mechanisms；31 bracing frames；32 translation assemblies；321 translating rails；322 translation gas
Cylinder；323 translating element；About 33 assemblies；331 upper/lower guides；332 motors；333 bearings；334 screw mandrels；Sliding block on 335；34 turns
Dynamic assembly；341 rotation cylinder；342 tumblers；35 gripper assemblies；351 gripping cylinders；352 jaws；33521 left jaws 3522 are right
Jaw.
Detailed description of the invention
In order to allow those skilled in the art be more fully understood that the technical solution of the utility model, below in conjunction with the accompanying drawings to this
Utility model is further elaborated.
As shown in Figures 1 to 4, the back casing assembling device of a kind of LC joints of optical fibre, including frame 1, it is arranged on frame 1
On for carrying the conveying mechanism of LC joints of optical fibre semi-finished product and for the fixed mechanism of LC joints of optical fibre semi-finished product.LC
Joints of optical fibre semi-finished product be by procapsid, lock pin, lead fine pipe and spring assemble after LC optical fiber connector members claim
For LC joints of optical fibre semi-finished product.Described conveying mechanism includes that the transmission of loopy moving is for carrying the defeated of the LC joints of optical fibre
Send block, for the square slide rail of work transfer block loopy moving and be arranged on square slide rail for driving transfer block loopy moving
Conveying cylinder, described transfer block is provided with the assembling position for matching with the procapsid of the LC joints of optical fibre, by group
Procapsid and the spring of the LC joints of optical fibre are fixed by dress position.The procapsid of the described LC joints of optical fibre and spring are in previous work
Carry out in Wei assembling and fixed, assembled after fixing and mobile extremely assembling in position is fixed, facilitate next step to operate.Described is fixing
Mechanism is arranged on the both sides of conveying mechanism, be will be located in the LC joints of optical fibre assembled on position half of conveying mechanism by fixed mechanism
Finished product is fixed.Described fixed mechanism includes that the procapsid stationary fixture of the procapsid for fixing the LC joints of optical fibre is with front
Housing stationary fixture connects and drives the procapsid of procapsid stationary fixture opening and closing to drive cylinder, be arranged on LC owing to being fixedly clamped
The spring fixed clamp tool of the spring within the procapsid of the joints of optical fibre and the Spring driving of driving spring stationary fixture opening and closing
Cylinder.Described procapsid stationary fixture and spring fixed clamp tool by left and right two jaws composition, procapsid stationary fixture and
The left and right jaw of spring fixed clamp tool is arranged at above transfer block, is positioned at the procapsid of the LC joints of optical fibre and the two of spring
Side, the left and right jaw being had with spring fixed clamp by procapsid stationary fixture respectively by the procapsid corresponding with respective fixture and
Spring location, clamping, when facilitating subsequent production, the back casing of the LC joints of optical fibre and the assembling of procapsid, improve LC optical fiber
The packaging efficiency of the back casing of adapter.
Frame is provided with the rotating mechanism 2 of back casing for rotating the LC joints of optical fibre and by the LC joints of optical fibre
Back casing and procapsid carry out gripping, the mobile and installing mechanism 3 that assembles, described rotating mechanism 2 is positioned at installing mechanism 3
The homonymy of frame 1, and rotating mechanism is positioned at the front of installing mechanism, by installing mechanism by postrotational back casing and procapsid
Assemble.Described rotating mechanism 2 includes the rotation that the rotary cylinder 21 for driving back casing to rotate is connected with rotary cylinder
Pivoted arm 22, the revolving part 23 being fixed on turning arm, and for assisting back casing to enter the first auxiliary charging in revolving part
Plate 24 and the second auxiliary feedboard 25.The first described auxiliary feedboard 24 is provided with the back casing for the LC joints of optical fibre and enters
Opening in revolving part 23, this is opened on the second auxiliary feedboard 25 and cooperates, and the back casing of the composition LC joints of optical fibre enters
Material mouth.The back casing vibrating disk of the back casing of the back casing charging aperture of the described LC joints of optical fibre and the supply LC joints of optical fibre
Discharging opening connect, by back casing vibrating disk continue to charging aperture feed.Described revolving part 23 be arranged on first assist into
Flitch 24 and the inner side of the second auxiliary feedboard 25, back casing is entered on revolving part 23 by charging aperture.Described revolving part 23
One end be fixed on turning arm 22, the other end is provided with the fixed bit 231 for fixing back casing.The position of fixed bit 231 with
The charging aperture of the first auxiliary feedboard 24 and the second auxiliary feedboard 25 composition matches, and accepts charging by fixed bit 231
The back casing of mouth charging.The size and shape of described fixed bit 231 and the size and shape of the back casing of the LC joints of optical fibre
Match.The back casing entering the LC joints of optical fibre in fixed bit 231 drives revolving part by rotary cylinder 21.Described rotation
The anglec of rotation turning part is 0～90 degree, and when the angle of the rotation of revolving part is 0 degree, now revolving part and conveying mechanism is defeated
Send block parallel, and the charging aperture phase that the position of fixed bit 231 forms with the first auxiliary feedboard 24 and the second auxiliary feedboard 25
Corresponding so that the back casing of the LC joints of optical fibre is in level.When after the 90-degree rotation of revolving part, revolving part and conveyer
The transfer block of structure is vertical, and now one end of the fixed bit of revolving part is exposed to the first auxiliary feedboard 24 and the second auxiliary feedboard 25
Outward so that the back casing of the LC joints of optical fibre is in vertical state, facilitate installing mechanism 3 by the back casing of the LC joints of optical fibre from
Fixed bit 231 presss from both sides out and assembles.Described motor is servomotor.
Rotating mechanism 2 is by after the back casing 90-degree rotation of the LC joints of optical fibre so that at the back casing of the LC joints of optical fibre
In vertical state, now by installing mechanism 3, the back casing of the LC joints of optical fibre is operated, it is achieved the LC joints of optical fibre
The procapsid of back casing and the LC joints of optical fibre and the assembling of spring.Described installing mechanism 3 includes bracing frame 31, is arranged on and props up
Translation assembly 32 assembly up and down 33 being connected with translation assembly and the runner assembly 34 that assembly 33 is connected up and down on support 31
And the gripper assembly 35 being connected with runner assembly 34, back casing is gripped by gripper assembly 35, and by runner assembly 34, on
Lower assembly 33 and translation assembly 32 synergy control back casing and assemble with procapsid.
Described translation assembly 32 includes the translating rails 321 being fixed on bracing frame 31, is arranged on translating rails
The flat-removing air cyclinder 322 of 321 ends and the translating element 323 being arranged on translating rails 321 and being connected with flat-removing air cyclinder 322；Institute
Being arranged on bracing frame 31 of translating rails 321 level stated, one end of translating rails 321 is provided with flat-removing air cyclinder 322, and translation is led
The other end of rail 321 is provided with limited block, is limited the range of activity of translating element 323 by limited block.Described flat-removing air cyclinder 322 leads to
Cross flat-removing air cyclinder fixture and be fixed on the end of translating rails, and drive translating element 323 at translating rails by flat-removing air cyclinder 322
Move in 321.
Described assembly up and down 33 includes the upper/lower guide 331 being fixed in translating element 323, is fixed in translating element 323
End and and the motor 332 of upper/lower guide 331 homonymy, being fixed in translating element 323 between upper/lower guide 331 and motor 332
Bearing 333 be connected with motor 332 and the screw mandrel 334 that is fixed in bearing 333 and the upper sliding block being connected with screw mandrel 334
335.Bearing is located in the lower end of described translating element 323, and the lower end of screw mandrel is fixed on the bearing of translating element lower end.Screw mandrel 334
Being driven by motor, when screw mandrel rotates, in drive, sliding block 335 moves up and down in upper/lower guide 331.Described translating element
323 when moving, and drives and moves up and down assembly 33 and move integrally.
Described runner assembly 34 include with the rotation cylinder 341 that is fixed on sliding block 335 and with rotation cylinder 341
The tumbler 342 connected.Described rotation cylinder 341 is fixed in upper sliding block 335 by connector, and passes through rotation cylinder
341 drive tumbler 342 to rotate.When described upper sliding block 335 moves up and down, runner assembly 34 entirety is driven to move up and down.
Described gripper assembly 35 includes the gripping cylinder 351 being fixed on tumbler 342 and is connected with gripping cylinder 351
Jaw 352；Described gripping cylinder is fixed on tumbler 342, is rotated by tumbler and drives overall turn of gripper assembly 35
Dynamic.Described gripping cylinder 351 is connected with jaw 352, and drives jaw 352 opening and closing to realize back casing by gripping cylinder 351
Fold up.In order to preferably control the gripping of the back casing of the LC joints of optical fibre, described jaw 352 and the LC joints of optical fibre
Back casing matches.Described jaw 352 includes left jaw 3521 and the right jaw 3522 matched with left jaw 3521.
During work, the parts of preamble station are by the assembling of the transfer block in LC joints of optical fibre semi-finished product fixed conveyor structure
In position, and moved along square slide rail by conveying air cylinder driven transfer block and move forward.Transfer block moves the work to fixed mechanism
During position, the procapsid stationary fixture of fixed mechanism and spring fixed clamp tool drive driving of cylinder and Spring driving cylinder at procapsid
Clamp respectively under Dong, fix procapsid and spring, it is achieved the location of LC joints of optical fibre semi-finished product.Back casing vibrating disk simultaneously
Lasting carries back casing to rotating mechanism 2, and back casing passes sequentially through the first auxiliary feedboard 24 and the second auxiliary feedboard 25
The charging aperture of composition enters the fixed bit 231 in revolving part.The back casing entered in fixed bit 231 drives rotation by rotary cylinder
Turn part 90-degree rotation so that back casing is in vertical state.Meanwhile, installing mechanism 3 works, and gripper assembly 35 is at translation assembly
32, mobile to postrotational revolving part corresponding position under the synergy of upper and lower assembly 33 and runner assembly 34, and be positioned at
The top of fixed bit 231.Gripper assembly 35 moves down under the driving of upper and lower assembly 33.After gripper assembly 35 moves into place,
Gripping cylinder 351 drives jaw 352 to work.When jaw 352 works, match by left jaw 3521 with left jaw 3521
Back casing is clamped by the synergy of right jaw 3522.After jaw 352 clamps back casing, move up and down assembly 33 and drive gripper assembly
Moving up, runner assembly 34 drives back casing to rotate simultaneously so that the position of back casing matches with the position of procapsid, and
It is positioned at the surface of LC joints of optical fibre semi-finished product.Due to LC joints of optical fibre semi-finished product fixing due to fixed mechanism, so
Moving up and down assembly 33 drives gripping group 35 to move down, and back casing is first inserted in the spring of LC joints of optical fibre semi-finished product.Treat
Back casing is inserted in spring, Spring driving air cylinder driven spring fixed clamp tool trip spring so that back casing can continue to downwards
Mobile.While spring fixed clamp tool trip spring, upper and lower assembly 33 drives gripper assembly to continue to move down.Gripper assembly continues
Back casing is fixed on LC joints of optical fibre semi-finished product by continuous moving down, it is achieved the assembling of the LC joints of optical fibre.LC optical fiber connects
After device assembles, taking cylinder 351 and drive jaw 352 to unclamp back casing, procapsid drives air cylinder driven procapsid stationary fixture simultaneously
Degree of tightness procapsid so that the LC joints of optical fibre after assembling can continue to move forward, detects to next station.LC light
After fiber connector assembles, installing mechanism, rotating mechanism and fixed mechanism reset, and conveying mechanism is by the next one LC joints of optical fibre
Semi-finished product are fed forward, and next LC joints of optical fibre semi-finished product are carried out production and processing.Repeat the above steps, until all of
LC joints of optical fibre semi-finished product production and processing completes.
Above-described embodiment is only wherein specific implementation of the present utility model, and it describes more concrete and detailed, but also
Therefore the restriction to this utility model the scope of the claims can not be interpreted as.It should be pointed out that, for the ordinary skill of this area
For personnel, without departing from the concept of the premise utility, it is also possible to make some deformation and improvement, these are apparent
Alternative forms belong to protection domain of the present utility model.
Claims (8)
1. a back casing assembling device for the LC joints of optical fibre, including frame (1), is arranged on being used in frame (1) and carries
The procapsid of the LC joints of optical fibre and the conveying mechanism of spring and for carrying the procapsid of the LC joints of optical fibre and consolidating of spring
Determine mechanism；Described fixed mechanism is arranged on the both sides of conveying mechanism, it is characterised in that be provided with in frame for rotating LC light
The rotating mechanism (2) of the back casing of fiber connector and the back casing of the LC joints of optical fibre and procapsid being carried out grips, mobile and
The installing mechanism (3) assembled, described rotating mechanism (2) and installing mechanism (3) are positioned at the homonymy of frame (1), and rotating mechanism
It is positioned at the front of installing mechanism, by installing mechanism, postrotational back casing is assembled with procapsid；Described whirler
Structure (2) includes turning arm (22) that the rotary cylinder (21) for driving back casing to rotate is connected with rotary cylinder, is fixed on rotation
Revolving part (23) on pivoted arm and for assisting the first auxiliary feedboard (24) that back casing enters in revolving part and second auxiliary
Help feedboard (25)；One end of described revolving part (23) is fixed on turning arm (22), and the other end is provided with for fixing back cover
The fixed bit (231) of body.
The back casing assembling device of the LC joints of optical fibre the most according to claim 1, it is characterised in that described revolving part
(23) the anglec of rotation is 0～90 degree.
The back casing assembling device of the LC joints of optical fibre the most according to claim 1, it is characterised in that described fitting machine
The assembly up and down that the translation assembly (32) that structure (3) includes bracing frame (31), be arranged on bracing frame (31) is connected with translation assembly
(33) runner assembly (34) being connected with upper and lower assembly (33) and the gripper assembly (35) being connected with runner assembly (34), after
Housing is gripped by gripper assembly (35), and is combined by runner assembly (34), upper and lower assembly (33) and translation assembly (32)
Effect controls back casing and assembles with procapsid.
The back casing assembling device of the LC joints of optical fibre the most according to claim 3, it is characterised in that described translation group
Part (32) includes the translating rails (321) being fixed on bracing frame (31), is arranged on the translation of translating rails (321) end
Cylinder (322) and the translating element (323) being arranged on translating rails (321) and being connected with flat-removing air cyclinder (322)；Described is flat
Moving cylinder (322) drives translating element (323) to move in translating rails (321).
The back casing assembling device of the LC joints of optical fibre the most according to claim 4, it is characterised in that described group up and down
Part (33) include the upper/lower guide (331) being fixed in translating element (323), be fixed on translating element (323) upper end and with lead up and down
The motor (332) of rail (331) homonymy, it is fixed in translating element (323) and is positioned between upper/lower guide (331) and motor (332)
Bearing (333) is connected with motor (332) and the screw mandrel (334) that is fixed in bearing (333) and being connected with screw mandrel (334)
Upper sliding block (335).
The back casing assembling device of the LC joints of optical fibre the most according to claim 5, it is characterised in that described rotating group
Part (34) includes and the rotation cylinder (341) being fixed on upper sliding block (335) and the tumbler being connected with rotation cylinder (341)
(342).
The back casing assembling device of the LC joints of optical fibre the most according to claim 6, it is characterised in that described gripping group
Part (35) includes the gripping cylinder (351) being fixed on tumbler (342) and the jaw (352) being connected with gripping cylinder (351),
Gripping cylinder (351) drives jaw (352) opening and closing to realize folding up of back casing.
The back casing assembling device of the LC joints of optical fibre the most according to claim 7, it is characterised in that described jaw
(352) left jaw (3521) and the right jaw (3522) matched with left jaw (3521) are included.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620735581.8U CN205733726U (en) | 2016-07-13 | 2016-07-13 | A kind of back casing assembling device of the LC joints of optical fibre |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620735581.8U CN205733726U (en) | 2016-07-13 | 2016-07-13 | A kind of back casing assembling device of the LC joints of optical fibre |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205733726U true CN205733726U (en) | 2016-11-30 |
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ID=57377573
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620735581.8U Active CN205733726U (en) | 2016-07-13 | 2016-07-13 | A kind of back casing assembling device of the LC joints of optical fibre |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205733726U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108581427A (en) * | 2018-02-05 | 2018-09-28 | 泰兴市航天电器有限公司 | A kind of optical fiber connector transparent hose and fiber cores automatic assembling apparatus |
-
2016
- 2016-07-13 CN CN201620735581.8U patent/CN205733726U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108581427A (en) * | 2018-02-05 | 2018-09-28 | 泰兴市航天电器有限公司 | A kind of optical fiber connector transparent hose and fiber cores automatic assembling apparatus |
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Address after: 516229 Wuyi village, Chen Jiang Street, Zhongkai hi tech Zone, Huizhou, Guangdong Patentee after: Converge Technology (Huizhou) Co., Ltd. Address before: 516229 Wuyi village, Chen Jiang Street, Zhongkai hi tech Zone, Huizhou, Guangdong Patentee before: HUIZHOU TIME ELECTRIC WIRE PRODUCT CO., LTD. |