CN207601114U

CN207601114U - A kind of USB ends test lifting conducting device

Info

Publication number: CN207601114U
Application number: CN201721433865.2U
Authority: CN
Inventors: 罗兴
Original assignee: Dongguan Instrument Electronics Co Ltd
Current assignee: Dongguan Instrument Electronics Co Ltd
Priority date: 2017-11-01
Filing date: 2017-11-01
Publication date: 2018-07-10
Anticipated expiration: 2027-11-01

Abstract

The utility model discloses a kind of USB ends to test lifting conducting device, including motor, retarder, driving gear, driven gear and turntable, wherein, above-mentioned turntable is circular plate structure, and driven gear is cyclic structure, and is fixed on the bottom of turntable；Above-mentioned driving gear is arranged on the side of driven gear, and is engaged with driven gear；Above-mentioned retarder is arranged on the lower part of driving gear, and the output shaft of retarder upwardly extends, and is connect with driving gear；Above-mentioned motor is connected to the side of retarder, and Motor drive decelerator drives driving gear rotation, and driving gear drives turntable to rotate by driven gear.Motor kinetic energy as driven gear, by being engaged with driving gear, is transferred to turntable, simplifies drive mechanism, reduce driving error by the utility model using directly with the fixed annular gear wheel of turntable.

Description

A kind of USB ends test lifting conducting device

Technical field

The utility model is related to electronics fields, refer in particular to a kind of USB ends test lifting conducting device.

Background technology

USB ends are a kind of serial bus standard and a kind of input and output for connecting computer system and external equipment The technical specification of interface is widely used in the information communications product such as PC and mobile equipment, and extends to camera Material, DTV（Set-top box）, other related fields such as game machine；Latest generation is USB 3.1, transmission speed 10Gbit/ S, three-stage voltage 5V/12V/20V, maximum power supply 100W, novel Type C insert type no longer divide it is positive and negative.

USB ends often refer to electrical parameter detection process during manufacturing, traditional detection mode is to pass through The USB ends for needing to detect gradually are positioned under detection device, and make detection end and the USB of detection device by operator manually End conducts, to carry out parameter testing；The mode of operation that this kind of manual handling USB end is detected, inefficiency, and by In the portable static electrification of operator, its inner electrical parameter can be influenced during contact USB ends, leads to prohibited data detection Really.

Utility model content

The technical problems to be solved in the utility model is in view of the above shortcomings of the prior art, to provide one kind and have intermediate biography Function is led, connects USB ends and detection device, realizes automatic detection, improves the USB ends test lifting of detection accuracy Conducting device.

The technical solution that the utility model is taken is as follows：A kind of USB ends test lifting conducting device, including support plate, vapour Cylinder, sliding rail, slide, bearing and test bench, wherein, above-mentioned support plate is vertically arranged on horizontal plane；Said cylinder is connected to vertically The side of support plate, the output terminal of cylinder are set downward；Above-mentioned sliding rail is vertically arranged on the side wall of cylinder, and slide is slideably It is embedded on sliding rail, the lower end of slide and the output terminal of cylinder connect, and cylinder drives slide along sliding rail elevating movement；Above-mentioned bearing It is fixedly connected on the side wall of slide, and with slide elevating movement, bearing is L-type platy structure, and bottom is equipped with horizontally outward The supporting table terrace of side extension；Above-mentioned test bench includes at least two, and test bench is gradually set to bearing along the side of bearing On supporting table terrace, and extend to the outside of supporting table terrace；Be inserted at least two stitch on test bench vertically, stitch it is upper Lower both ends extend respectively to the both sides up and down of test bench, and the upper end of stitch is connected with the test device of peripheral hardware, and stitch is with test bench During elevating movement, the lower end of stitch is adjacent on USB ends to be tested, so that USB ends is made to be connected with test device.

Preferably, the output terminal of the cylinder is connected with push rod, and the upper end of push rod is connected on the output terminal of cylinder, pushes away The lower end of bar is connect by horizontally disposed connecting plate with above-mentioned slide, and cylinder drives slide elevating movement through push rod and connecting plate.

Preferably, the side of the cylinder is equipped with outwardly extending step block, and elastic is equipped with vertically in the step block； The side of above-mentioned slide is equipped with outwardly extending buffer stopper, which is correspondingly arranged in the top of above-mentioned elastic, under slide Drop, until when stitch is adjacent to USB ends, buffer stopper resists elastic, and USB ends are damaged by pressure to prevent on-slip seat excessive descent.

Preferably, the USB ends are set to above-mentioned test by the jig clamping fixed of peripheral hardware, the jig of the peripheral hardware The lower section of seat.

Preferably, the stitch includes conducting stitch and concora crush stitch, wherein, conducting stitch includes three, and respectively It is correspondingly arranged in the top of the three pieces conductive sheet of above-mentioned USB ends；Concora crush stitch includes at least two, and concora crush stitch, which is set to, leads The outside of cleansing pin foot；When test bench drives stitch decline, concora crush stitch resists all edges of USB ends, to flatten USB ends, leads The three pieces conductive sheet of the tight USB ends of cleansing pin hem facing, so that USB ends are connected with external test device.

The beneficial effects of the utility model are：

The utility model is researched and developed in view of the defects existing in the prior art with deficiency, devises one kind and has centre Conduction function connects USB ends and detection device, realizes automatic detection, and the USB ends test for improving detection accuracy rises Conducting device drops；The utility model is studied for the problem of actually detected process in USB ends, by traditional detection side USB ends are carried to the mode being detected in detection device be improved in formula, formed it is a kind of available for assembly line from Dynamic detection station；In detection process, after multiple USB ends are fixed by peripheral hardware jig, this reality is moved directly to by jig With the lower section of novel test socket, using cylinder driving detection seat descending motion, make the stitch plugged on test bench and USB ends It conducts, stitch upper end is then connected in the detection device of peripheral hardware, so as to realize USB ends and detection device by stitch Conducting, by the mode of operation of manual handling USB ends in test bench elevating movement, that is, alternative traditional detection to detection device, Detection automation and detection efficiency are effectively improved, and operator does not contact with USB ends in detection process, improves detection Accuracy；In addition, to avoid test bench that stitch is driven to damage USB ends by pressure during pushing, the utility model respectively in slide and The side of cylinder is equipped with buffer stopper and elastic, and when stitch declines, buffer stopper is synchronizing decline with slide, until stitch is adjacent to Behind USB ends, buffer stopper resists elastic, prevents stitch from excessively pushing USB ends；Meanwhile the utility model also sets stitch Conducting stitch and concora crush stitch is calculated as, when stitch pushes USB ends, first by concora crush stitch from the side of USB ends along by USB ends It flattens, to prevent conducting stitch from not completely attaching to the conductive sheet of USB ends, ensures detection quality.

Description of the drawings

Fig. 1 is one of dimensional structure diagram of the utility model.

Fig. 2 is enlarged structure schematic diagram at 0 in Fig. 1.

Fig. 3 is the two of the dimensional structure diagram of the utility model.

Fig. 4 is the three of the dimensional structure diagram of the utility model.

Specific embodiment

The utility model is further described below in conjunction with attached drawing：

As shown in Figures 1 to 4, the technical solution that the utility model is taken is as follows：A kind of USB ends test lifting conducting dress It puts, including support plate 1, cylinder 2, sliding rail 3, slide 5, bearing 8 and test bench 9, wherein, above-mentioned support plate 1 is vertically arranged at horizontal plane On；Said cylinder 2 is connected to the side of support plate 1 vertically, and the output terminal of cylinder 2 is set downward；Above-mentioned sliding rail 3 is vertically arranged at On the side wall of cylinder 2, slide 5 is slideably embedded on sliding rail 3, and the lower end of slide 5 is connect with the output terminal of cylinder 2, cylinder 2 Slide 5 is driven along 3 elevating movement of sliding rail；Above-mentioned bearing 8 is fixedly connected on the side wall of slide 5, and with 5 elevating movement of slide, Bearing 8 is L-type platy structure, and bottom is equipped with the supporting table terrace extended on the outside of horizontal direction；Above-mentioned test bench 9 includes at least two A, test bench 9 is gradually set to along the side of bearing 8 on the supporting table terrace of bearing 8, and extends to the outer of supporting table terrace Side；At least two stitch 10 are inserted on test bench 9 vertically, the upper and lower ends of stitch 10 extend respectively to the upper and lower of test bench 9 Both sides, the upper end of stitch 10 are connected with the test device of peripheral hardware, when stitch 10 is with 9 elevating movement of test bench, the lower end of stitch 10 It is adjacent in USB end As to be tested, so that USB end As is made to be connected with test device.

The output terminal of cylinder 2 is connected with push rod 4, and the upper end of push rod 4 is connected on the output terminal of cylinder 2, the lower end of push rod 4 It is connect by horizontally disposed connecting plate with above-mentioned slide 5, cylinder 2 drives 5 elevating movement of slide through push rod 4 and connecting plate.

The side of cylinder 2 is equipped with outwardly extending step block, and elastic 7 is equipped with vertically in the step block；Above-mentioned slide 5 Side is equipped with outwardly extending buffer stopper 6, which is correspondingly arranged in the top of above-mentioned elastic 7, and slide 5 declines, until When stitch 10 is adjacent to USB end As, buffer stopper 6 resists elastic 7, and USB end As are damaged by pressure to prevent 5 excessive descent of on-slip seat.

USB end As are set to the lower section of above-mentioned test bench 9 by the jig clamping fixed of peripheral hardware, the jig of the peripheral hardware.

Stitch 10 includes conducting stitch and concora crush stitch, wherein, conducting stitch includes three, and be correspondingly arranged in respectively State the top of the three pieces conductive sheet of USB end As；Concora crush stitch includes at least two, and concora crush stitch is set to the outer of conducting stitch Side；When test bench 9 drives the decline of stitch 10, concora crush stitch resists all edges of USB end As, and to flatten USB end As, stitch is connected The three pieces conductive sheet of USB end As is adjacent to, so that USB end As are connected with external test device.

Further, the utility model devises one kind and has an intermediate conduction function, connects USB ends and detection device, real Existing automatic detection improves the USB ends test lifting conducting device of detection accuracy；The utility model is directed to USB ends The problem of actually detected process, is studied, by traditional detection mode by USB ends be carried in detection device into The mode of row detection is improved, and forms a kind of automatic detection station available for assembly line；In detection process, by multiple USB After end is fixed by peripheral hardware jig, the lower section of the utility model test bench is moved directly to by jig, is driven using cylinder Dynamic detection seat descending motion, makes the stitch plugged on test bench be conducted with USB ends, stitch upper end is then connected to the inspection of peripheral hardware It surveys on device, so as to realize the conducting of USB ends and detection device by stitch, by test bench elevating movement, that is, alternative In traditional detection manual handling USB ends to detection device mode of operation, effectively improve detection automation and detection efficiency, And operator does not contact with USB ends in detection process, improves the accuracy of detection；In addition, for test bench is avoided to drive needle Damaging USB ends during the pressure of underfooting by pressure, the utility model is equipped with buffer stopper and elastic in the side of slide and cylinder respectively, When stitch declines, buffer stopper is synchronizing decline with slide, until after stitch is adjacent to USB ends, buffer stopper resists elastic, prevents Stitch excessively pushes USB ends；Meanwhile stitch is also designed as conducting stitch and concora crush stitch by the utility model, stitch pushes During USB ends, first by concora crush stitch from the side of USB ends along USB ends are flattened, to prevent conducting stitch from not completely attaching to The conductive sheet of USB ends ensures detection quality.

The embodiment of the utility model only introduces its specific embodiment, does not lie in and limits its protection domain.The industry Technical staff can make certain modifications under the inspiration of the present embodiment, therefore all done according to the utility model patent range Equivalent change or modification is belonged in the utility model patent right.

Claims

1. a kind of USB ends test lifting conducting device, it is characterised in that：Including support plate（1）, cylinder（2）, sliding rail（3）, slide （5）, bearing（8）And test bench（9）, wherein, above-mentioned support plate（1）It is vertically arranged on horizontal plane；Said cylinder（2）Vertical connection In support plate（1）Side, cylinder（2）Output terminal set downward；Above-mentioned sliding rail（3）It is vertically arranged at cylinder（2）Side wall On, slide（5）It is slideably embedded in sliding rail（3）On, slide（5）Lower end and cylinder（2）Output terminal connection, cylinder（2） Drive slide（5）Along sliding rail（3）Elevating movement；Above-mentioned bearing（8）It is fixedly connected on slide（5）Side wall on, and with slide（5） Elevating movement, bearing（8）For L-type platy structure, bottom is equipped with the supporting table terrace extended on the outside of horizontal direction；Above-mentioned test bench （9）Including at least two, test bench（9）Along bearing（8）Side be gradually set to bearing（8）Supporting table terrace on, and prolong Extend to the outside of supporting table terrace；Test bench（9）On be inserted at least two stitch vertically（10）, stitch（10）Upper and lower ends Extend respectively to test bench（9）Both sides up and down, stitch（10）Upper end connected with the test device of peripheral hardware, stitch（10）With survey Try seat（9）During elevating movement, stitch（10）Lower end be adjacent to USB ends to be tested（A）On, to make USB ends（A）With survey Conducting is put in trial assembly.

2. a kind of USB ends test lifting conducting device according to claim 1, it is characterised in that：The cylinder（2） Output terminal be connected with push rod（4）, push rod（4）Upper end be connected to cylinder（2）Output terminal on, push rod（4）Lower end pass through Horizontally disposed connecting plate and above-mentioned slide（5）Connection, cylinder（2）Through push rod（4）And connecting plate driving slide（5）Elevating movement.

3. a kind of USB ends test lifting conducting device according to claim 2, it is characterised in that：The cylinder（2） Side be equipped with outwardly extending step block, elastic is equipped in the step block vertically（7）；Above-mentioned slide（5）Side be equipped with Outwardly extending buffer stopper（6）, the buffer stopper（6）It is correspondingly arranged in above-mentioned elastic（7）Top, slide（5）Decline, until Stitch（10）It is adjacent to USB ends（A）When, buffer stopper（6）Resist elastic（7）, to prevent on-slip seat（5）Excessive descent and damage by pressure USB ends（A）.

4. a kind of USB ends test lifting conducting device according to claim 3, it is characterised in that：The USB ends （A）By the jig clamping fixed of peripheral hardware, the jig of the peripheral hardware is set to above-mentioned test bench（9）Lower section.

5. a kind of USB ends test lifting conducting device according to claim 4, it is characterised in that：The stitch （10）Including conducting stitch and concora crush stitch, wherein, conducting stitch includes three, and be correspondingly arranged in above-mentioned USB ends respectively （A）Three pieces conductive sheet top；Concora crush stitch includes at least two, and concora crush stitch is set to the outside of conducting stitch；Test Seat（9）Drive stitch（10）During decline, concora crush stitch resists USB ends（A）All edges, to flatten USB ends（A）, needle is connected The tight USB ends of hem facing（A）Three pieces conductive sheet so that USB ends（A）It is connected with external test device.