CN204924525U - Novel carousel formula plug power detector - Google Patents
Novel carousel formula plug power detector Download PDFInfo
- Publication number
- CN204924525U CN204924525U CN201520479389.2U CN201520479389U CN204924525U CN 204924525 U CN204924525 U CN 204924525U CN 201520479389 U CN201520479389 U CN 201520479389U CN 204924525 U CN204924525 U CN 204924525U
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- China
- Prior art keywords
- sleeve pipe
- pipe blanking
- blanking device
- stop means
- riser
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Abstract
The utility model discloses a novel carousel formula plug power detector belongs to plug power test equipment technology field, and it contains detection device, carousel device, vibration dish device, magazine device, electric cabinet case device, protection casing, desktop, alarm lamp, the upper surface of electricity cabinet case device is the desktop, and one side of desktop is equipped with detection device, is equipped with the carousel device between detection device and the vibration dish device, and the opposite side of desktop is equipped with the alarm lamp, and the magazine device sets up the rear side at the carousel device, and the protection casing cover is established on the desktop. Its structural design is reasonable, and detect operation is convenient, and the testing result is accurate, can improve the efficiency of detection greatly, is convenient for extensively promote.
Description
Technical field:
The utility model relates to contact engaging and separating force checkout equipment technical field, is specifically related to a kind of Novel rotary disk type contact engaging and separating force detector.
Background technology:
Cry between terminal and line " pulling force ", refer to riveting intensity between the two, the cross-sectional area of conductor of size and electric wire amasss relevant.
Contact engaging and separating force refers to insertion force between terminal and (matching) terminal or inserted sheet and withdrawal force, general standard be to first time insertion force and the 6th withdrawal force have requirement, but different terminal indexs is different.
The structure of existing contact engaging and separating force testing machine is very complicated, and when detecting, partial act needs manual operation, and error is comparatively large, after detecting for several times, because the accumulative data that can reciprocally detect of error depart from comparatively large, affects testing result; And the detection efficiency of current contact engaging and separating force pick-up unit is on the market low.
Utility model content:
For the problems referred to above, the technical problems to be solved in the utility model be to provide a kind of reasonable in design, easy to operate, check Novel rotary disk type contact engaging and separating force detector accurately.
A kind of Novel rotary disk type contact engaging and separating force detector of the present utility model, it comprises pick-up unit, rotating-table apparatus, vibration disk device, material box device, switch cabinet device, protective cover, desktop, alarm lamp; The upper surface of switch cabinet device is desktop, and the side of desktop is provided with pick-up unit, is provided with rotating-table apparatus between pick-up unit and vibration disk device, and the opposite side of desktop is provided with alarm lamp, and material box device is arranged on the rear side of rotating-table apparatus, and protective cover is located on desktop.
As preferably, described rotating-table apparatus comprises sleeve pipe blanking device, sleeve pipe blanking locating sleeve, sleeve pipe blanking rotating disk, sleeve pipe blanking stop means, sleeve pipe blanking rotating disk flange, sleeve pipe blanking rotary tray motor, the right riser of sleeve pipe blanking, sleeve pipe blanking motor fixing plate, sleeve pipe blanking discharging catch, sleeve pipe blanking base plate, the left riser of sleeve pipe blanking, the left riser of sleeve pipe blanking and the right riser of sleeve pipe blanking are arranged on the both sides of sleeve pipe blanking base plate, sleeve pipe blanking motor fixing plate is arranged on the left riser of pipe blanking, the top of the right riser of sleeve pipe blanking, sleeve pipe blanking discharging catch is arranged on the side of sleeve pipe blanking motor fixing plate, and sleeve pipe blanking discharging catch and the left riser of sleeve pipe blanking are positioned at the same side, sleeve pipe blanking rotary tray motor is socketed in sleeve pipe blanking motor fixing plate, sleeve pipe blanking rotary tray motor is socketed with sleeve pipe blanking rotating disk flange, center and the sleeve pipe blanking rotating disk flange of sleeve pipe blanking rotating disk cooperatively interact, the bottom of sleeve pipe blanking rotating disk is provided with sleeve pipe blanking stop means, sleeve pipe blanking rotating disk is evenly inlaid with several sleeve pipe blanking locating sleeve, the bottom of sleeve pipe blanking device is fixedly connected with sleeve pipe blanking motor fixing plate 28, and sleeve pipe blanking device and sleeve pipe blanking rotating disk cooperatively interact.
As preferably, described sleeve pipe blanking device comprises sleeve pipe blanking device air cylinder fixed plate, sleeve pipe blanking device riser, sleeve pipe blanking device base plate, sleeve pipe blanking device contact bearing, sleeve pipe blanking device air supported head, sleeve pipe blanking device spring, sleeve pipe blanking device spring stop piece, sleeve pipe blanking device barrier rib, sleeve pipe blanking device cam bar, sleeve pipe blanking device blanking seat, sleeve pipe blanking device line slideway, sleeve pipe blanking device drive cylinder, the bottom of described sleeve pipe blanking device riser is connected with sleeve pipe blanking device base plate, the top of sleeve pipe blanking device riser is connected with sleeve pipe blanking device air cylinder fixed plate, sleeve pipe blanking device air cylinder fixed plate and sleeve pipe blanking device drive the bottom of cylinder to be socketed, the side of sleeve pipe blanking device riser is provided with sleeve pipe blanking device line slideway, sleeve pipe blanking device blanking seat is movably arranged on sleeve pipe blanking device line slideway, sleeve pipe blanking device cam bar is embedded in sleeve pipe blanking device blanking seat, two sleeve pipe blanking device barrier ribs are embedded in the right side wall of sleeve pipe blanking device blanking seat, two sleeve pipe blanking device contact bearings are embedded in the right side of sleeve pipe blanking device blanking seat, and one end of two sleeve pipe blanking device air supported heads is connected with sleeve pipe blanking device contact bearing, the other end of sleeve pipe blanking device air supported head is connected with one end of sleeve pipe blanking device spring, the other end of sleeve pipe blanking device spring is connected with sleeve pipe blanking device spring stop piece, and described sleeve pipe blanking device spring stop piece is close to the right side wall of sleeve pipe blanking device blanking seat.
As preferably, described sleeve pipe blanking stop means comprises catch, stop means spring, stop means draw runner after stop means front apron, stop means slide block, stop means bearing bolts, stop means bearing, stop means spacer, stop means; The front side of stop means slide block is provided with stop means front apron, stop means draw runner movable inlaying is in stop means slide block, stop means draw runner afterbody is inlaid with stop means spring, the rear side of stop means slide block is provided with catch after stop means, the bottom of stop means slide block is inserted with stop means bearing bolts, and described stop means bearing bolts is arranged with stop means bearing, the top of stop means bearing is provided with stop means spacer.
The operation steps of described rotating-table apparatus is:
1, workpiece is sent in sleeve pipe blanking device through vibration disk device, and sleeve pipe blanking device drives cylinder to be sent into by workpiece successively in sleeve pipe blanking locating sleeve by sleeve pipe blanking device;
2, sleeve pipe blanking rotary tray motor drives rotating disk that workpiece is turned to detecting position by sleeve pipe blanking flange;
3, after having detected, blanking rotary tray motor drives rotating disk that workpiece is turned to lower material level through sleeve pipe blanking flange, the catch of sleeve pipe blanking discharging simultaneously moves after the stop means draw runner that sleeve pipe blanking device contact bearing promotes in sleeve pipe blanking stop means, and sleeve pipe is fallen in magazine.
During the utility model operation, workpiece is sent in rotating-table apparatus device through vibration disk device; Workpiece is turned to the location to be checked in pick-up unit by rotating-table apparatus; Pick-up unit carries out contact engaging and separating force detection to workpiece; After pick-up unit completes workpiece sensing, disc loading apparatus forwards workpiece to blanking position, and the parameter of detection is sent to PLC by digital control system by pick-up unit inductor simultaneously, and PLC should put into in corresponding magazine according to actual parameter determination workpiece.
The beneficial effects of the utility model: its reasonable in design, detect easy to operate, and testing result is accurate, greatly can improve the efficiency of detection, be convenient to extensive popularization.
Accompanying drawing illustrates:
For ease of illustrating, the utility model is described in detail by following concrete enforcement and accompanying drawing.
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of switch cabinet in the utility model;
Fig. 3 is the structural representation of the utility model turntable device;
Fig. 4 is the decomposing schematic representation of the utility model turntable device;
Fig. 5 is the structural representation of the utility model middle sleeve blanking device;
Fig. 6 is the structural representation of the utility model middle sleeve blanking stop means;
Fig. 7 is the decomposing schematic representation of the utility model middle sleeve blanking device;
Fig. 8 is the decomposing schematic representation of the utility model middle sleeve blanking stop means;
In figure:
Pick-up unit 1, rotating-table apparatus 2, vibration disk device 3, material box device 4, switch cabinet device 5, protective cover 6, desktop 7, alarm lamp 8, sleeve pipe blanking device 21, sleeve pipe blanking locating sleeve 22, sleeve pipe blanking rotating disk 23, sleeve pipe blanking stop means 24, sleeve pipe blanking rotating disk flange 25, sleeve pipe blanking rotary tray motor 26, the right riser 27 of sleeve pipe blanking, sleeve pipe blanking motor fixing plate 28, sleeve pipe blanking discharging catch 29, sleeve pipe blanking base plate 210, the left riser 211 of sleeve pipe blanking, sleeve pipe blanking device air cylinder fixed plate 2101, sleeve pipe blanking device riser 212, sleeve pipe blanking device base plate 213, sleeve pipe blanking device contact bearing 214, sleeve pipe blanking device air supported head 215, sleeve pipe blanking device spring 216, sleeve pipe blanking device spring stop piece 217, sleeve pipe blanking device barrier rib 218, sleeve pipe blanking device cam bar 219, sleeve pipe blanking device blanking seat 2110, sleeve pipe blanking device line slideway 2111, sleeve pipe blanking device drives cylinder 2112, stop means front apron 241, stop means slide block 242, stop means bearing bolts 243, stop means bearing 244, stop means spacer 245, catch 246 after stop means, stop means spring 247, stop means draw runner 248.
Embodiment:
As shown in Figures 1 to 8, this embodiment by the following technical solutions: it comprises pick-up unit 1, rotating-table apparatus 2, vibration disk device 3, material box device 4, switch cabinet device 5, protective cover 6, desktop 7, alarm lamp 8; The upper surface of switch cabinet device 5 is desktop 7, the side of desktop 7 is provided with pick-up unit 1, is provided with rotating-table apparatus 2 between pick-up unit 1 and vibration disk device 3, and the opposite side of desktop 7 is provided with alarm lamp 8, material box device 4 is arranged on the rear side of rotating-table apparatus 2, and protective cover 6 is located on desktop 7.
Wherein, described rotating-table apparatus 2 comprises sleeve pipe blanking device 21, sleeve pipe blanking locating sleeve 22, sleeve pipe blanking rotating disk 23, sleeve pipe blanking stop means 24, sleeve pipe blanking rotating disk flange 25, sleeve pipe blanking rotary tray motor 26, the right riser of sleeve pipe blanking 27, sleeve pipe blanking motor fixing plate 28, sleeve pipe blanking discharging catch 29, sleeve pipe blanking base plate 210, the left riser 211 of sleeve pipe blanking, the left riser of sleeve pipe blanking 211 and the right riser 27 of sleeve pipe blanking are arranged on the both sides of sleeve pipe blanking base plate 210, sleeve pipe blanking motor fixing plate 28 is arranged on the left riser 211 of pipe blanking, the top of the right riser 27 of sleeve pipe blanking, sleeve pipe blanking discharging catch 29 is arranged on the side of sleeve pipe blanking motor fixing plate 28, and sleeve pipe blanking discharging catch 29 and the left riser 211 of sleeve pipe blanking are positioned at the same side, sleeve pipe blanking rotary tray motor 26 is socketed in sleeve pipe blanking motor fixing plate 28, sleeve pipe blanking rotary tray motor 26 is socketed with sleeve pipe blanking rotating disk flange 25, center and the sleeve pipe blanking rotating disk flange 25 of sleeve pipe blanking rotating disk 23 cooperatively interact, the bottom of sleeve pipe blanking rotating disk 23 is provided with sleeve pipe blanking stop means 24, sleeve pipe blanking rotating disk 23 is evenly inlaid with several sleeve pipe blanking locating sleeve 22, the bottom of sleeve pipe blanking device 21 is fixedly connected with sleeve pipe blanking motor fixing plate 28, and sleeve pipe blanking device 21 and sleeve pipe blanking rotating disk 23 cooperatively interact.
Described sleeve pipe blanking device 21 comprises sleeve pipe blanking device air cylinder fixed plate 2101, sleeve pipe blanking device riser 212, sleeve pipe blanking device base plate 213, sleeve pipe blanking device contact bearing 214, sleeve pipe blanking device air supported head 215, sleeve pipe blanking device spring 216, sleeve pipe blanking device spring stop piece 217, sleeve pipe blanking device barrier rib 218, sleeve pipe blanking device cam bar 219, sleeve pipe blanking device blanking seat 2110, sleeve pipe blanking device line slideway 2111, sleeve pipe blanking device drives cylinder 2112, the bottom of described sleeve pipe blanking device riser 212 is connected with sleeve pipe blanking device base plate 213, the top of sleeve pipe blanking device riser 212 is connected with sleeve pipe blanking device air cylinder fixed plate 2101, sleeve pipe blanking device air cylinder fixed plate 2101 and sleeve pipe blanking device drive the bottom of cylinder 2112 to be socketed, the side of sleeve pipe blanking device riser 212 is provided with sleeve pipe blanking device line slideway 2111, sleeve pipe blanking device blanking seat 2110 is movably arranged on sleeve pipe blanking device line slideway 2111, sleeve pipe blanking device cam bar 219 is embedded in sleeve pipe blanking device blanking seat 2110, two sleeve pipe blanking device barrier ribs 218 are embedded in the right side wall of sleeve pipe blanking device blanking seat 2110, two sleeve pipe blanking device contact bearings 214 are embedded in the right side of sleeve pipe blanking device blanking seat 2110, and one end of two sleeve pipe blanking device air supported heads 215 is connected with sleeve pipe blanking device contact bearing 214, the other end of sleeve pipe blanking device air supported head 215 is connected with one end of sleeve pipe blanking device spring 216, the other end of sleeve pipe blanking device spring 216 is connected with sleeve pipe blanking device spring stop piece 217, and described sleeve pipe blanking device spring stop piece 217 is close to the right side wall of sleeve pipe blanking device blanking seat 2110.
Described sleeve pipe blanking stop means 24 comprises catch 246, stop means spring 247, stop means draw runner 248 after stop means front apron 241, stop means slide block 242, stop means bearing bolts 243, stop means bearing 244, stop means spacer 245, stop means; The front side of stop means slide block 242 is provided with stop means front apron 241, stop means draw runner 248 movable inlaying is in stop means slide block 242, stop means draw runner 248 afterbody is inlaid with stop means spring 247, the rear side of stop means slide block 242 is provided with catch 246 after stop means, the bottom of stop means slide block 242 is inserted with stop means bearing bolts 243, and described stop means bearing bolts 243 is arranged with stop means bearing 244, the top of stop means bearing 244 is provided with stop means spacer 245.
The operation steps of described rotating-table apparatus 2 is:
1, workpiece is sent in sleeve pipe blanking device through vibration disk device, and sleeve pipe blanking device drives cylinder to be sent into by workpiece successively in sleeve pipe blanking locating sleeve by sleeve pipe blanking device;
2, sleeve pipe blanking rotary tray motor drives rotating disk that workpiece is turned to detecting position by sleeve pipe blanking flange;
3, after having detected, blanking rotary tray motor drives rotating disk that workpiece is turned to lower material level through sleeve pipe blanking flange, the catch of sleeve pipe blanking discharging simultaneously moves after the stop means draw runner that sleeve pipe blanking device contact bearing promotes in sleeve pipe blanking stop means, and sleeve pipe is fallen in magazine.
During the operation of this embodiment, workpiece is sent in rotating-table apparatus device through vibration disk device; Workpiece is turned to the location to be checked in pick-up unit by rotating-table apparatus; Pick-up unit carries out contact engaging and separating force detection to workpiece; After pick-up unit completes workpiece sensing, disc loading apparatus forwards workpiece to blanking position, and the parameter of detection is sent to PLC by digital control system by pick-up unit inductor simultaneously, and PLC should put into in corresponding magazine according to actual parameter determination workpiece.This embodiment reasonable in design, detects easy to operate, and testing result is accurate, greatly can improve the efficiency of detection, be convenient to extensive popularization.
More than show and describe ultimate principle of the present utility model and principal character and advantage of the present utility model.The technician of the industry should understand; the utility model is not restricted to the described embodiments; what describe in above-described embodiment and instructions just illustrates principle of the present utility model; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (4)
1. a Novel rotary disk type contact engaging and separating force detector, is characterized in that it comprises pick-up unit, rotating-table apparatus, vibration disk device, material box device, switch cabinet device, protective cover, desktop, alarm lamp; The upper surface of switch cabinet device is desktop, and the side of desktop is provided with pick-up unit, is provided with rotating-table apparatus between pick-up unit and vibration disk device, and the opposite side of desktop is provided with alarm lamp, and material box device is arranged on the rear side of rotating-table apparatus, and protective cover is located on desktop.
2. a kind of Novel rotary disk type contact engaging and separating force detector according to claim 1, is characterized in that described rotating-table apparatus comprises sleeve pipe blanking device, sleeve pipe blanking locating sleeve, sleeve pipe blanking rotating disk, sleeve pipe blanking stop means, sleeve pipe blanking rotating disk flange, sleeve pipe blanking rotary tray motor, the right riser of sleeve pipe blanking, sleeve pipe blanking motor fixing plate, sleeve pipe blanking discharging catch, sleeve pipe blanking base plate, the left riser of sleeve pipe blanking, the left riser of sleeve pipe blanking and the right riser of sleeve pipe blanking are arranged on the both sides of sleeve pipe blanking base plate, sleeve pipe blanking motor fixing plate is arranged on the left riser of pipe blanking, the top of the right riser of sleeve pipe blanking, sleeve pipe blanking discharging catch is arranged on the side of sleeve pipe blanking motor fixing plate, and sleeve pipe blanking discharging catch and the left riser of sleeve pipe blanking are positioned at the same side, sleeve pipe blanking rotary tray motor is socketed in sleeve pipe blanking motor fixing plate, sleeve pipe blanking rotary tray motor is socketed with sleeve pipe blanking rotating disk flange, center and the sleeve pipe blanking rotating disk flange of sleeve pipe blanking rotating disk cooperatively interact, the bottom of sleeve pipe blanking rotating disk is provided with sleeve pipe blanking stop means, sleeve pipe blanking rotating disk is evenly inlaid with several sleeve pipe blanking locating sleeve, the bottom of sleeve pipe blanking device is fixedly connected with sleeve pipe blanking motor fixing plate 28, and sleeve pipe blanking device and sleeve pipe blanking rotating disk cooperatively interact.
3. a kind of Novel rotary disk type contact engaging and separating force detector according to claim 2, is characterized in that described sleeve pipe blanking device comprises sleeve pipe blanking device air cylinder fixed plate, sleeve pipe blanking device riser, sleeve pipe blanking device base plate, sleeve pipe blanking device contact bearing, sleeve pipe blanking device air supported head, sleeve pipe blanking device spring, sleeve pipe blanking device spring stop piece, sleeve pipe blanking device barrier rib, sleeve pipe blanking device cam bar, sleeve pipe blanking device blanking seat, sleeve pipe blanking device line slideway, sleeve pipe blanking device driving cylinder, the bottom of described sleeve pipe blanking device riser is connected with sleeve pipe blanking device base plate, the top of sleeve pipe blanking device riser is connected with sleeve pipe blanking device air cylinder fixed plate, sleeve pipe blanking device air cylinder fixed plate and sleeve pipe blanking device drive the bottom of cylinder to be socketed, the side of sleeve pipe blanking device riser is provided with sleeve pipe blanking device line slideway, sleeve pipe blanking device blanking seat is movably arranged on sleeve pipe blanking device line slideway, sleeve pipe blanking device cam bar is embedded in sleeve pipe blanking device blanking seat, two sleeve pipe blanking device barrier ribs are embedded in the right side wall of sleeve pipe blanking device blanking seat, two sleeve pipe blanking device contact bearings are embedded in the right side of sleeve pipe blanking device blanking seat, and one end of two sleeve pipe blanking device air supported heads is connected with sleeve pipe blanking device contact bearing, the other end of sleeve pipe blanking device air supported head is connected with one end of sleeve pipe blanking device spring, the other end of sleeve pipe blanking device spring is connected with sleeve pipe blanking device spring stop piece, and described sleeve pipe blanking device spring stop piece is close to the right side wall of sleeve pipe blanking device blanking seat.
4. a kind of Novel rotary disk type contact engaging and separating force detector according to claim 2, is characterized in that described sleeve pipe blanking stop means comprises catch, stop means spring, stop means draw runner after stop means front apron, stop means slide block, stop means bearing bolts, stop means bearing, stop means spacer, stop means; The front side of stop means slide block is provided with stop means front apron, stop means draw runner movable inlaying is in stop means slide block, stop means draw runner afterbody is inlaid with stop means spring, the rear side of stop means slide block is provided with catch after stop means, the bottom of stop means slide block is inserted with stop means bearing bolts, and described stop means bearing bolts is arranged with stop means bearing, the top of stop means bearing is provided with stop means spacer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520479389.2U CN204924525U (en) | 2015-07-06 | 2015-07-06 | Novel carousel formula plug power detector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520479389.2U CN204924525U (en) | 2015-07-06 | 2015-07-06 | Novel carousel formula plug power detector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204924525U true CN204924525U (en) | 2015-12-30 |
Family
ID=54973641
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520479389.2U Expired - Fee Related CN204924525U (en) | 2015-07-06 | 2015-07-06 | Novel carousel formula plug power detector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204924525U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105890823A (en) * | 2016-03-30 | 2016-08-24 | 上海威克鲍尔通信科技有限公司 | Device for testing plugging force of connector |
-
2015
- 2015-07-06 CN CN201520479389.2U patent/CN204924525U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105890823A (en) * | 2016-03-30 | 2016-08-24 | 上海威克鲍尔通信科技有限公司 | Device for testing plugging force of connector |
| CN105890823B (en) * | 2016-03-30 | 2018-08-07 | 上海威克鲍尔通信科技有限公司 | A kind of test device of connector plugging power |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20151230 Termination date: 20160706 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |