CN204441689U - Wired insert row kludge - Google Patents
Wired insert row kludge Download PDFInfo
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- CN204441689U CN204441689U CN201520061293.4U CN201520061293U CN204441689U CN 204441689 U CN204441689 U CN 204441689U CN 201520061293 U CN201520061293 U CN 201520061293U CN 204441689 U CN204441689 U CN 204441689U
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Abstract
The utility model discloses a kind of wired insert row kludge; Comprise workbench and PLC control system, also comprise the feed rotary table be fixed on workbench, successively around being arranged at the insert row main part pay-off of feed rotary table periphery, insert row main part at level detecting apparatus, blue wire pay-off, blue wire bonds device, red wire pay-off, red wire bonds device, yellow wire pay-off, yellow wire bonds device, finished product and defective products output device; The upper edge of feed rotary table is provided with rotating disk tool; The utility model in the specific implementation, full-automatic assembling assembling work and assemble welding operation are adopted to corresponding insert row main part, blue wire, red wire and yellow wire, efficiency of assembling is high, assembling speed is fast, make relative to traditional assembling manually, production cost can be reduced greatly, and enhance productivity, and then, the utility model must have good market popularization value, can very welcome.
Description
Technical field
The utility model relates to mechanical assembly technique field, specifically, relates to a kind of wired insert row kludge in order to the row's of plugging wire.
Background technology
Insert row, also socket is, it is a kind of with the power supply connection device making electronic equipment be connected with civil power, insert row of the prior art, the wire generally comprising insert row housing and be fixedly welded in insert row housing, present stage, about the assembling of insert row assembly, be fixed in insert row housing by associated tracks erection welding, almost handwork completely, thus, on the one hand, namely make the insert row assembled cycle long, efficiency of assembling is low, and labor intensive material resources, assembly cost is high, on the other hand, because of manual assembly, there is human factor, make to assemble out a lot of defective productss.
And then, based on defect and the deficiency of prior art, design a wired insert row kludge, with make to improve efficiency of assembling, cost-saving, improve the yield etc. of product after assembling, be then necessary, it must have good market popularization value.
Utility model content
The purpose of this utility model is to overcome the deficiency of above-mentioned prior art and the wired insert row kludge of one provided.
The technical scheme that the utility model solution prior art problem adopts is: a kind of wired insert row kludge, in order to carry out the assembling of wire to insert row main part, comprise workbench and PLC control system, it also comprises the feed rotary table be fixed on workbench, successively around the insert row main part pay-off being arranged at feed rotary table periphery, insert row main part is at level detecting apparatus, blue wire pay-off, blue wire bonds device, red wire pay-off, red wire bonds device, yellow wire pay-off, yellow wire bonds device, finished product and defective products output device,
Wherein, the upper edge of described feed rotary table is provided with rotating disk tool; When described PLC control system controls the rotation of described feed rotary table, described rotating disk tool can be connected with defective products output device at level detecting apparatus, blue wire pay-off, blue wire bonds device, red wire pay-off, red wire bonds device, yellow wire pay-off, yellow wire bonds device, finished product with described insert row main part pay-off, insert row main part respectively mutually.
Below above technical scheme is further elaborated:
Preferably, described insert row main part pay-off comprises insert row main part belt conveyor and is arranged at the material grasping manipulator of insert row main part belt conveyor end, insert row main part from described insert row main part belt conveyor captures to described feed rotary table by described material grasping manipulator, is fixed on described rotating disk tool to make described insert row main part.
Preferably, described blue wire pay-off comprises the blue coil of wire glassware set gradually, first pair of roller feeding mechanism, the first full-automatic peeling wire cutting machine, blue wire apparatus for shaping and first pair of catching robot;
Wherein, on described blue coil of wire glassware, volume is provided with blue wire supplied materials; Described first pair of roller feeding mechanism is in order to carry the blue wire as supplied materials transmitted from described blue coil of wire glassware; Described first full-automatic peeling wire cutting machine carries out peeling and cutting to the blue wire carried from described first pair of roller feeding mechanism, to make the blue wire finished product after the stripping required for formation; Described blue wire apparatus for shaping to from the described first full-automatic peeling wire cutting machine peel off after blue wire finished product carry out bending distortion, to make the shaping blue wire finished product required for formation; Described shaping blue wire finished product captures to described feed rotary table, to make on its described insert row main part be fixed on described rotating disk tool by described first pair of catching robot.
Preferably, described blue wire bonds device adopts the mode of butt-joint to be welded on described insert row main part by described shaping blue wire finished product.
Preferably, described red wire pay-off comprises the red coil of wire glassware set gradually, second pair of roller feeding mechanism, the second full-automatic peeling wire cutting machine, red wire apparatus for shaping and second pair of catching robot;
Wherein, on described red coil of wire glassware, volume is provided with red wire supplied materials; Described second pair of roller feeding mechanism is in order to carry the red wire as supplied materials transmitted from described red coil of wire glassware; Described second full-automatic peeling wire cutting machine carries out peeling and cutting to the red wire carried from described second pair of roller feeding mechanism, to make the red wire finished product after the stripping required for formation; Described red wire apparatus for shaping to from the described second full-automatic peeling wire cutting machine peel off after red wire finished product carry out bending distortion, to make the shaping red wire finished product required for formation; Described shaping red wire finished product captures to described feed rotary table, to make on its described insert row main part being welded with shaping blue wire finished product be fixed on described rotating disk tool by described second pair of catching robot.
Preferably, on the described insert row main part that described red wire bonds device adopts the mode of butt-joint to be welded in by described shaping red wire finished product to be welded with shaping blue wire finished product.
Preferably, described yellow wire pay-off comprises the yellow coil of wire glassware set gradually, the 3rd pair of roller feeding mechanism, the 3rd full-automatic peeling wire cutting machine, yellow wire apparatus for shaping and the 3rd pair of catching robot;
Wherein, on described yellow coil of wire glassware, volume is provided with yellow wire supplied materials; Described 3rd pair of roller feeding mechanism is in order to carry the yellow wire as supplied materials transmitted from described yellow coil of wire glassware; Described 3rd full-automatic peeling wire cutting machine carries out peeling and cutting to the yellow wire carried from described 3rd pair of roller feeding mechanism, to make the yellow wire finished product after the stripping required for formation; Described yellow wire apparatus for shaping to from the described 3rd full-automatic peeling wire cutting machine peel off after yellow wire finished product carry out bending distortion, to make the shaping yellow wire finished product required for formation; Described shaping yellow wire finished product captures to described feed rotary table, to make on its described insert row main part being welded with shaping blue wire finished product and shaping red wire finished product be fixed on described rotating disk tool by described 3rd pair of catching robot.
Preferably, on the described insert row main part that described yellow wire bonds device adopts the mode of butt-joint to be welded in by described shaping yellow wire finished product to be welded with shaping blue wire finished product and shaping red wire finished product, with the insert row making formation assemble welding complete.
Preferably, also comprise the CCD smart camera checkout gear that is arranged at described finished product and defective products output device front end, described CCD smart camera checkout gear is used for the insert row complete to described assemble welding and carries out the detection of solder joint, detects relevant solder joint whether specification.
Preferably, described finished product and defective products output device comprise finished product output device, defective products output device and the 4th pair of catching robot; The insert row complete from the assemble welding of the solder joint specification detected by described CCD smart camera checkout gear captures to described finished product output device by described 4th pair of catching robot; And the insert row complete from the nonstandard assemble welding of solder joint detected by described CCD smart camera checkout gear captures to described defective products output device by described 4th pair of catching robot.
the beneficial effects of the utility model are:
The wired insert row kludge of one, one provided by the utility model, corresponding insert row main part, blue wire, red wire and yellow wire are carried out full-automatic assembling assembling and assemble welding, whole assembling process carries out continuous productive process, make that efficiency of assembling is high, assembling speed is fast, make the utility model relative to traditional operation manually, production cost can be reduced greatly, and enhance productivity.
Two, the utility model in the specific implementation, and relevant blue wire, red wire and yellow wire adopt first pair of roller feeding mechanism, second pair of roller feeding mechanism and the 3rd pair of roller feeding mechanism respectively
Carry out full-automatic line sending, and adopt the first full-automatic peeling wire cutting machine, the second full-automatic peeling wire cutting machine and the 3rd full-automatic peeling wire cutting machine to carry out peeling and the cutting of wire respectively, make as the plastic operation of follow-up blue wire, red wire and yellow wire, assembling assembling work and assemble welding operation are provided convenience, and, because the utility model is in whole assembling process, all adopt entire roboticized work, and then, the utility model only needs operating personnel, makes to save labour's material resources.
Accompanying drawing explanation
Fig. 1 is the planar structure schematic diagram of the wired insert row kludge of the utility model;
Technical scheme provided by the utility model, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
drawing reference numeral:
Wired insert row kludge 100;
Workbench 101; Feed rotary table 102; Rotating disk tool 1021; Insert row main part pay-off 103; Insert row main part belt conveyor 1031; Material grasping manipulator 1032; Insert row main part is at level detecting apparatus 104; Blue wire pay-off 105; Blue coil of wire glassware 1051; First pair of roller feeding mechanism 1052; First full-automatic peeling wire cutting machine 1053; Blue wire apparatus for shaping 1054; First pair of catching robot 1055; Blue wire bonds device 106; Red wire pay-off 107; Red coil of wire glassware 1071; Second pair of roller feeding mechanism 1072; Second full-automatic peeling wire cutting machine 1073; Red wire apparatus for shaping 1074; Second pair of catching robot 1075; Red wire bonds device 108; Yellow wire pay-off 109; Yellow coil of wire glassware 1091; 3rd pair of roller feeding mechanism 1092; 3rd full-automatic peeling wire cutting machine 1093; Yellow wire apparatus for shaping 1094; 3rd pair of catching robot 1095; Yellow wire bonds device 110; Finished product and defective products output device 111; Finished product output device 1111; Defective products output device 1112; 4th pair of catching robot 1113; CCD smart camera checkout gear 112;
Insert row main part 200;
Blue wire 300;
Red wire 400;
Yellow wire 500.
Embodiment
Below with reference to drawings and the specific embodiments describe in detail the technical solution of the utility model so as clearer, understand invention essence of the present utility model intuitively.
Fig. 1 is the planar structure schematic diagram of the wired insert row kludge of the utility model;
Shown in composition graphs 1; The wired insert row kludge 100 of one provided by the utility model, is mainly used in order to the assembling needing the insert row main part 200 filling blue wire 300, red wire 400 and yellow wire 500 to carry out wire.
Specifically, the utility model comprises workbench 101 and PLC control system, improvement of the present utility model is, it also comprises the feed rotary table 102 be fixed on workbench 101, successively around being arranged at the insert row main part pay-off 103 of feed rotary table 102 periphery, insert row main part at level detecting apparatus 104, blue wire pay-off 105, blue wire bonds device 106, red wire pay-off 107, red wire bonds device 108, yellow wire pay-off 109, yellow wire bonds device 110, finished product and defective products output device 111;
Wherein, the upper edge of described feed rotary table 102 is provided with rotating disk tool 1021; When described PLC control system control described feed rotary table 102 rotate time, described rotating disk tool 1021 can be connected with defective products output device 111 at level detecting apparatus 104, blue wire pay-off 105, blue wire bonds device 106, red wire pay-off 107, red wire bonds device 108, yellow wire pay-off 109, yellow wire bonds device 110, finished product with described insert row main part pay-off 103, insert row main part respectively mutually.
It should be noted that, in the present embodiment, described insert row main part pay-off 103 comprises insert row main part belt conveyor 1031 and is arranged at the material grasping manipulator 1032 of insert row main part belt conveyor 1031 end, insert row main part 200 from described insert row main part belt conveyor 1031 captures to described feed rotary table 102 by described material grasping manipulator 1032, is fixed on described rotating disk tool 1021 to make described insert row main part 200.
And described insert row main part in the present embodiment adopts at level detecting apparatus 104 is that height detection mechanism detects whether corresponding insert row main part 200 is in place, concrete, correlation fiber laser arrays can be adopted, at this, do not elaborate.
Further, in the present embodiment, described blue wire pay-off 105 comprises the full-automatic peeling wire cutting machine 1053 of blue coil of wire glassware 1051, first pair of roller feeding mechanism 1052, first, blue wire apparatus for shaping 1054 and the first pair of catching robot 1055 that set gradually;
Wherein, on described blue coil of wire glassware 1051, volume is provided with blue wire supplied materials; Described first pair of roller feeding mechanism 1052 is in order to carry the blue wire 300 as supplied materials transmitted from described blue coil of wire glassware 1051; Described first full-automatic peeling wire cutting machine 1053 carries out peeling and cutting to the blue wire 300 carried from described first pair of roller feeding mechanism 1052, to make the blue wire finished product after the stripping required for formation; Described blue wire apparatus for shaping 1054 to from the described first full-automatic peeling wire cutting machine 1053 peel off after blue wire finished product carry out bending distortion, to make the shaping blue wire finished product required for formation; Described shaping blue wire finished product captures to described feed rotary table 102, to make on its described insert row main part be fixed on described rotating disk tool 1021 by described first pair of catching robot 1055.
And described blue wire bonds device 106 adopts the mode of butt-joint to be welded on described insert row main part 200 by described shaping blue wire finished product.
Further, in the present embodiment, described red wire pay-off 107 comprises the full-automatic peeling wire cutting machine 1073 of red coil of wire glassware 1071, second pair of roller feeding mechanism 1072, second, red wire apparatus for shaping 1074 and the second pair of catching robot 1075 that set gradually;
Wherein, on described red coil of wire glassware 1071, volume is provided with red wire supplied materials; Described second pair of roller feeding mechanism 1072 is in order to carry the red wire 400 as supplied materials transmitted from described red coil of wire glassware 1071; Described second full-automatic peeling wire cutting machine 1073 carries out peeling and cutting to the red wire 400 carried from described second pair of roller feeding mechanism 10725, to make the red wire finished product after the stripping required for formation; Described red wire apparatus for shaping 1074 to from the described second full-automatic peeling wire cutting machine 1073 peel off after red wire finished product carry out bending distortion, to make the shaping red wire finished product required for formation; Described shaping red wire finished product captures to described feed rotary table 102, to make on its described insert row main part 200 being welded with shaping blue wire finished product be fixed on described rotating disk tool 1021 by described second pair of catching robot 1075.
And described red wire bonds device 108 is also on the described insert row main part 200 that adopts the mode of butt-joint to be welded in by described shaping red wire finished product to be welded with shaping blue wire finished product.
Further, in the present embodiment, described yellow wire pay-off 109 comprises the yellow coil of wire glassware 1091 set gradually, the 3rd pair of roller feeding mechanism 1092, the 3rd full-automatic peeling wire cutting machine 1093, yellow wire apparatus for shaping 1094 and the 3rd pair of catching robot 1095;
Wherein, on described yellow coil of wire glassware 1091, volume is provided with yellow wire supplied materials; Described 3rd pair of roller feeding mechanism 1092 is in order to carry the yellow wire 500 as supplied materials transmitted from described yellow coil of wire glassware 1091; Described 3rd full-automatic peeling wire cutting machine 1093 carries out peeling and cutting to the yellow wire 500 carried from described 3rd pair of roller feeding mechanism 1092, to make the yellow wire finished product after the stripping required for formation; Described yellow wire apparatus for shaping 1094 to from the described 3rd full-automatic peeling wire cutting machine 1093 peel off after yellow wire finished product carry out bending distortion, to make the shaping yellow wire finished product required for formation; Described shaping yellow wire finished product captures to described feed rotary table 102, to make on its described insert row main part 200 being welded with shaping blue wire finished product and shaping red wire finished product be fixed on described rotating disk tool 1021 by described 3rd pair of catching robot 1095.
And described yellow wire bonds device 110 is on the described insert row main part 200 that adopts the mode of butt-joint to be welded in by described shaping yellow wire finished product to be welded with shaping blue wire finished product and shaping red wire finished product equally, with the insert row making formation assemble welding complete.
As preferred version, in the present embodiment, the utility model also comprises the CCD smart camera checkout gear 112 that is arranged at described finished product and defective products output device 111 front end, described CCD smart camera checkout gear 112 carries out the detection of solder joint for the insert row complete to described assemble welding, detects relevant solder joint whether specification.
Based on described above, when specifically implementing, the described finished product in the present embodiment and defective products output device 111 comprise finished product output device 1111, defective products output device 1112 and the 4th pair of catching robot 1113;
Wherein, the insert row complete from the assemble welding of the solder joint specification detected by described CCD smart camera checkout gear 112 captures to described finished product output device 1111 by described 4th pair of catching robot 1113; And the insert row complete from the nonstandard assemble welding of solder joint detected by described CCD smart camera checkout gear 112 captures to described defective products output device 1112 by described 4th pair of catching robot 1113.
So, the utility model is by arranging feed rotary table 102, insert row main part pay-off 103, insert row main part at level detecting apparatus 104, blue wire pay-off 105, blue wire bonds device 106, red wire pay-off 107, red wire bonds device 108, yellow wire pay-off 109, yellow wire bonds device 110, CCD smart camera checkout gear 112 and the component such as finished product and defective products output device 111, the technique such as assembling assembling, assemble welding of insert row main part 200 can be completed, the insert row finished product assembled to make output.
In the process of assembling, corresponding insert row main part 200, blue wire 300, red wire 400 and yellow wire 500 is carried out full-automatic assembling assembling and assemble welding by the utility model, whole assembling process carries out continuous productive process, make the utility model relative to traditional operation manually, production cost can be reduced greatly, and enhance productivity.
And, the utility model in the specific implementation, relevant blue wire 300, red wire 400 and yellow wire 500 adopt first pair of roller feeding mechanism 1052 respectively, second pair of roller feeding mechanism and the 3rd pair of roller feeding mechanism 1092 carry out full-automatic line sending, and adopt the first full-automatic peeling wire cutting machine 10531053 respectively, second full-automatic peeling wire cutting machine 1073 and the 3rd full-automatic peeling wire cutting machine 1093 carry out peeling and the cutting of wire, make as follow-up blue wire 300, the plastic operation of red wire 400 and yellow wire 500, assembling assembling work and assemble welding operation are provided convenience, and, because the utility model is in whole assembling process, all adopt entire roboticized work, and then, the utility model only needs operating personnel, make to save labour's material resources.
In sum, the wired insert row kludge 100 of one provided by the utility model, full-automatic assembling assembling work and assemble welding operation is adopted automatically to assemble corresponding insert row main part 200, blue wire 300, red wire 400 and yellow wire 500, efficiency of assembling is high, assembling speed is fast, make the utility model relative to traditional operation manually, production cost can be reduced greatly, and enhance productivity.
Meanwhile, the utility model, in whole operation process, only needs operating personnel, makes to save labour's material resources.And then the utility model must have good market popularization value, the utility model can very welcome, can effectively be popularized.
The foregoing is only preferred embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model specification and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. a wired insert row kludge, in order to carry out the assembling of wire to insert row main part, comprise workbench and PLC control system, it is characterized in that, it also comprises the feed rotary table be fixed on workbench, successively around being arranged at the insert row main part pay-off of feed rotary table periphery, insert row main part at level detecting apparatus, blue wire pay-off, blue wire bonds device, red wire pay-off, red wire bonds device, yellow wire pay-off, yellow wire bonds device, finished product and defective products output device;
Wherein, the upper edge of described feed rotary table is provided with rotating disk tool; When described PLC control system controls the rotation of described feed rotary table, described rotating disk tool can be connected with defective products output device at level detecting apparatus, blue wire pay-off, blue wire bonds device, red wire pay-off, red wire bonds device, yellow wire pay-off, yellow wire bonds device, finished product with described insert row main part pay-off, insert row main part respectively mutually.
2. wired insert row kludge according to claim 1, it is characterized in that, described insert row main part pay-off comprises insert row main part belt conveyor and is arranged at the material grasping manipulator of insert row main part belt conveyor end, insert row main part from described insert row main part belt conveyor captures to described feed rotary table by described material grasping manipulator, is fixed on described rotating disk tool to make described insert row main part.
3. wired insert row kludge according to claim 2, it is characterized in that, described blue wire pay-off comprises the blue coil of wire glassware set gradually, first pair of roller feeding mechanism, the first full-automatic peeling wire cutting machine, blue wire apparatus for shaping and first pair of catching robot;
Wherein, on described blue coil of wire glassware, volume is provided with blue wire supplied materials; Described first pair of roller feeding mechanism is in order to carry the blue wire as supplied materials transmitted from described blue coil of wire glassware; Described first full-automatic peeling wire cutting machine carries out peeling and cutting to the blue wire carried from described first pair of roller feeding mechanism, to make the blue wire finished product after the stripping required for formation; Described blue wire apparatus for shaping to from the described first full-automatic peeling wire cutting machine peel off after blue wire finished product carry out bending distortion, to make the shaping blue wire finished product required for formation; Described shaping blue wire finished product captures to described feed rotary table, to make on its described insert row main part be fixed on described rotating disk tool by described first pair of catching robot.
4. wired insert row kludge according to claim 3, is characterized in that, described blue wire bonds device adopts the mode of butt-joint to be welded on described insert row main part by described shaping blue wire finished product.
5. wired insert row kludge according to claim 4, it is characterized in that, described red wire pay-off comprises the red coil of wire glassware set gradually, second pair of roller feeding mechanism, the second full-automatic peeling wire cutting machine, red wire apparatus for shaping and second pair of catching robot;
Wherein, on described red coil of wire glassware, volume is provided with red wire supplied materials; Described second pair of roller feeding mechanism is in order to carry the red wire as supplied materials transmitted from described red coil of wire glassware; Described second full-automatic peeling wire cutting machine carries out peeling and cutting to the red wire carried from described second pair of roller feeding mechanism, to make the red wire finished product after the stripping required for formation; Described red wire apparatus for shaping to from the described second full-automatic peeling wire cutting machine peel off after red wire finished product carry out bending distortion, to make the shaping red wire finished product required for formation; Described shaping red wire finished product captures to described feed rotary table, to make on its described insert row main part being welded with shaping blue wire finished product be fixed on described rotating disk tool by described second pair of catching robot.
6. wired insert row kludge according to claim 5, is characterized in that, on the described insert row main part that described red wire bonds device adopts the mode of butt-joint to be welded in by described shaping red wire finished product to be welded with shaping blue wire finished product.
7. wired insert row kludge according to claim 6, it is characterized in that, described yellow wire pay-off comprises the yellow coil of wire glassware set gradually, the 3rd pair of roller feeding mechanism, the 3rd full-automatic peeling wire cutting machine, yellow wire apparatus for shaping and the 3rd pair of catching robot;
Wherein, on described yellow coil of wire glassware, volume is provided with yellow wire supplied materials; Described 3rd pair of roller feeding mechanism is in order to carry the yellow wire as supplied materials transmitted from described yellow coil of wire glassware; Described 3rd full-automatic peeling wire cutting machine carries out peeling and cutting to the yellow wire carried from described 3rd pair of roller feeding mechanism, to make the yellow wire finished product after the stripping required for formation; Described yellow wire apparatus for shaping to from the described 3rd full-automatic peeling wire cutting machine peel off after yellow wire finished product carry out bending distortion, to make the shaping yellow wire finished product required for formation; Described shaping yellow wire finished product captures to described feed rotary table, to make on its described insert row main part being welded with shaping blue wire finished product and shaping red wire finished product be fixed on described rotating disk tool by described 3rd pair of catching robot.
8. wired insert row kludge according to claim 7, it is characterized in that, on the described insert row main part that described yellow wire bonds device adopts the mode of butt-joint to be welded in by described shaping yellow wire finished product to be welded with shaping blue wire finished product and shaping red wire finished product, with the insert row making formation assemble welding complete.
9. wired insert row kludge according to claim 8, it is characterized in that, also comprise the CCD smart camera checkout gear that is arranged at described finished product and defective products output device front end, described CCD smart camera checkout gear is used for the insert row complete to described assemble welding and carries out the detection of solder joint, detects relevant solder joint whether specification.
10. wired insert row kludge according to claim 9, is characterized in that, described finished product and defective products output device comprise finished product output device, defective products output device and the 4th pair of catching robot; The insert row complete from the assemble welding of the solder joint specification detected by described CCD smart camera checkout gear captures to described finished product output device by described 4th pair of catching robot; And the insert row complete from the nonstandard assemble welding of solder joint detected by described CCD smart camera checkout gear captures to described defective products output device by described 4th pair of catching robot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520061293.4U CN204441689U (en) | 2015-01-29 | 2015-01-29 | Wired insert row kludge |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520061293.4U CN204441689U (en) | 2015-01-29 | 2015-01-29 | Wired insert row kludge |
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| Publication Number | Publication Date |
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| CN204441689U true CN204441689U (en) | 2015-07-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520061293.4U Expired - Fee Related CN204441689U (en) | 2015-01-29 | 2015-01-29 | Wired insert row kludge |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104682159A (en) * | 2015-01-29 | 2015-06-03 | 周俊雄 | Wired power strip assembling machine |
| CN105752612A (en) * | 2016-04-18 | 2016-07-13 | 苏州鸿普精密模具有限公司 | Wire pressing plate feeding device of socket assembling machine |
| CN105790041A (en) * | 2016-04-19 | 2016-07-20 | 苏州迅驰智能科技有限公司 | Combined extension socket automated assembly line based on big data and Internet of Things |
-
2015
- 2015-01-29 CN CN201520061293.4U patent/CN204441689U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104682159A (en) * | 2015-01-29 | 2015-06-03 | 周俊雄 | Wired power strip assembling machine |
| CN105752612A (en) * | 2016-04-18 | 2016-07-13 | 苏州鸿普精密模具有限公司 | Wire pressing plate feeding device of socket assembling machine |
| CN105790041A (en) * | 2016-04-19 | 2016-07-20 | 苏州迅驰智能科技有限公司 | Combined extension socket automated assembly line based on big data and Internet of Things |
| CN105790041B (en) * | 2016-04-19 | 2018-08-21 | 苏州迅驰智能科技有限公司 | Combination socket automated assembly line based on big data and Internet of Things |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150701 Termination date: 20160129 |
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| EXPY | Termination of patent right or utility model |