CN201242589Y - Detection device for self-holding automatic detection machine of mobile phone battery build-in parameter - Google Patents
Detection device for self-holding automatic detection machine of mobile phone battery build-in parameter Download PDFInfo
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- CN201242589Y CN201242589Y CNU2008201075255U CN200820107525U CN201242589Y CN 201242589 Y CN201242589 Y CN 201242589Y CN U2008201075255 U CNU2008201075255 U CN U2008201075255U CN 200820107525 U CN200820107525 U CN 200820107525U CN 201242589 Y CN201242589 Y CN 201242589Y
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Abstract
The utility model involves an automatic clamping testing device of a mobile phone battery internal parameter automatic detecting machine. The automatic clamping testing device comprises a preceding stage clamping testing device which comprises a fixed mounting plate under which a driving component is arranged, a worktable surface for carrying a battery, a clamping mechanism and a testing device; wherein the clamping mechanism is arranged at the upper part of the fixed mounting plate through a set of longitudinal guiding axles and is provided with two clamping sloping blocks with wedge-shaped surfaces, which are transversally arranged in symmetry at two sides of the worktable surface; movable mounting plates are arranged at the lower parts of the two clamping sloping blocks and are arranged at the rear end of an axial telescopic rod of the driving component; and the testing device is arranged on the movable mounting plate. The automatic clamping testing device further comprises a post stage clamping testing device which is arranged in parallel with the preceding stage clamping testing device, and the structure of the post stage clamping testing device is identical with the structure of the preceding stage clamping testing device. The automatic clamping testing device has the advantages that the automatic clamping testing device is relatively simple in structure and low in manufacturing cost, effectively saves manpower and can effectively improve battery testing efficiency.
Description
Technical field
The utility model relates to a kind of automatic clamping pick-up unit, more precisely, relates to the clamping of the battery of mobile phone of a kind of many specifications, many kinds, simultaneously the automatic clamping pick-up unit of detection of handset inside battery parameter.
Background technology
Battery of mobile phone (hereinafter to be referred as battery) is a large amount of, be widely used in the mobile phone of different model, different size, different styles.This battery will detect the some performance index parameters in its inside before wrapping up in mark processing, detects qualified battery and will be sent to next process and wrap up in mark, detects underproof battery and will be placed into the defective product box otherwise processed.At present the inner parameter testing of battery of mobile phone is carried out nearly all manually, by manually getting a battery of mobile phone to be detected, insert the detection socket of inside battery pick-up unit, the start detection system detects battery, if detect the qualified non-defective unit case of just putting into, deliver to next step operation and carry out battery and wrap up in mark; Detect the underproof defective product box of then putting into.Not only hand labor intensity is big for this detection method, and production efficiency is low, and the detection quality is difficult to guarantee.Particularly today of the extensive a large amount of utilizations of the battery of mobile phone of different model, different size, different styles, just be difficult to satisfied quality and quantity requirement of producing with above-mentioned manual inspection method.
The utility model content
The purpose of this utility model is for solving above-mentioned battery detecting problem, providing a kind of battery to clamp pick-up unit automatically, to reduce hand labor intensity.
The further purpose of the utility model is to provide the battery that a kind of structure is simple relatively, production cost is lower and can improve detection efficiency greatly to clamp pick-up unit automatically.
For achieving the above object, the technical solution adopted in the utility model is: a kind of automatic clamping pick-up unit of automatic detection machine for mobile phone cell inner parameter, comprise that a prime clamps pick-up unit, and this prime clamps pick-up unit and includes:
One mounting plate, its underpart are provided with an actuator;
One work top is positioned at the mounting plate top, has at least four location-plates on this work top, and the symmetria bilateralis of location-plate is provided with guide rail, and being provided with on the guide rail can be along the ambulatory splint of guide rail slip;
One clamp system, be located in mounting plate top with one group of longitudinally guiding, this clamp system has two lateral symmetry and is arranged in the clamping skewback that has lozenges on its of work top both sides, these two clamping skewback belows have the installing plate of moving, and this moves the axial stretching bar end that installing plate is located at actuator;
One pick-up unit is arranged on the mobile installing plate, and pick-up unit comprises that is detected a syringe needle, and described detection syringe needle is connected with the interface of a detection system.
Preferably, described automatic clamping pick-up unit also comprises a back grade of clamping pick-up unit that is arranged in juxtaposition with prime clamping pick-up unit, and this back level clamping pick-up unit structure is identical with prime clamping pick-up unit structure.
Preferably, described prime clamps pick-up unit and clamps the public inside battery parameter detecting system of pick-up unit with the back level, and this inside battery parameter detecting system can clamp between the detection system interface of pick-up unit and the detection system interface that the back level clamps pick-up unit in prime and change.
Preferably, described work top below is provided with the laterally steering axle, and laterally steering axle two ends are the sliding connection plate respectively, and a side of described web joint contacts with ambulatory splint.
Preferably, have the shaft shoulder on the described laterally steering axle, between the shaft shoulder and described web joint, spring is installed.
Preferably, the lozenges place of described clamping skewback cooperates one second to clamp skewback, has the lozenges that matches with the lozenges that clamps skewback on this second clamping skewback.
Preferably, also be provided with L shaped groove on the described second clamping skewback, this L shaped groove cooperates with described web joint.
Preferably, described actuator is a cylinder.
Preferably, described location-plate is positioned on the axis of work top.
The beneficial effects of the utility model are: (1) has changed in the mobile phone cell inner parameter testing process and to have relied on the history of manually carrying out battery detecting, can effectively save manpower; (2) two-stage is set and clamps pick-up unit automatically, improved detection efficiency greatly; (3) ambulatory splint clamping battery is by same air cylinder driven with the action that the detection syringe needle contacts the battery electrode detection, makes apparatus structure simple; (4) forward and backward two-stage clamps the public same inside battery parameter detecting system of pick-up unit automatically, makes that the production cost of this device is also lower.
Below in conjunction with the drawings and specific embodiments the utility model is described further.
Description of drawings
Fig. 1 is the stereographic map of first embodiment of the present utility model;
Fig. 2 is the face upwarding stereogram of first embodiment of the present utility model;
Fig. 3 is the decomposing schematic representation of first embodiment of the present utility model;
Fig. 4 is the structural representation of second embodiment of the present utility model.
Among the figure:
The automatic clamping pick-up unit of 120-automatic detection machine for mobile phone cell inner parameter
120a-prime clamps pick-up unit 120b-back level automatically and clamps pick-up unit automatically
121-mounting plate, 1211-axis of guide
1212-guideway, 1213-buffer spring
122-cylinder, 123-work top
124-location-plate, 1241-battery support plate 1241a-support
125-guide rail, 126-ambulatory splint
1270-clamp system 1271-clamping skewback
1271a-lozenges 1273-mobile installing plate
1274-laterally steering axle, 12741-shaft shoulder
12742-left and right sides back-moving spring 12743-web joint
1275-web joint 1276-the second clamps skewback
1276a-lozenges 1276b-L shaped groove
128-longitudinally guiding axle, 1290-pick-up unit
1291-detection syringe needle installing plate, 1292-detection syringe needle
1293-pick-up unit installing plate, 1201-pillar
1202-pillar, 1203-installing plate
Embodiment
The automatic clamping pick-up unit of automatic detection machine for mobile phone cell inner parameter is that the ternary at least battery folder that moving conveyor is sent here is followed closely the device that promptly carries out the inside battery parameter detecting.
The automatic clamping pick-up unit 120 of automatic detection machine for mobile phone cell inner parameter can be as Fig. 1, Fig. 2 and structure shown in Figure 3, comprise that a prime clamps pick-up unit 120a, this prime clamps pick-up unit 120a and comprises mounting plate 121, work top 123, clamp system 1270 and pick-up unit 1290.
By battery support plate 1241 at least four location-plates 124 are installed on the work top 123, location-plate 124 is positioned on the axis of work top 123, the number of batteries that the quantity of location-plate 124 transports than a last procedure is Duoed one, the quantity of location-plate is preferably four herein, so that the battery that transports from a last procedure is positioned, the battery that transports places on the support 1241a on the battery support plate 1241 between the location-plate in twos, every location-plate 124 symmetria bilateralis are provided with guide rail 125, and being provided with on the guide rail 125 can be along the ambulatory splint 126 of guide rail 125 slips.
As preferred embodiment, on the axis of guide 1211, have guideway 1212, between axle sleeve 1212 and work top 123, buffer spring 1213 is installed at cover, with the stationarity of guaranteeing that mobile installing plate 1273 moves up and down.
Pick-up unit 1290 also is arranged on the mobile installing plate 1273, pick-up unit 1290 comprises that is detected a syringe needle 1292, detection syringe needle 1292 is installed under the support 1241a by a pick-up unit installing plate 1293 and detection syringe needle installing plate 1291, and described detection syringe needle 1292 is connected (detection system is not shown in the drawings) with the interface of a detection system.
For convenience the battery on the location-plate is clamped, two lozenges 1271a that clamp skewback 1271 contact with the second lozenges 1276a that clamps on the skewback 1276 respectively, also be provided with L shaped groove 1276b on the second clamping skewback 1276, this L shaped groove 1276b cooperates with a side of web joint 1275, the opposite side of web joint 1275 contacts with ambulatory splint 126, like this, when the mobile installing plate 1273 of cylinder 122 drives rises, the clamping skewback 1271 that is installed on the mobile installing plate 1273 rises, under the lozenges 1271a effect that clamps on the skewback 1271,126 1 of web joint 1275 and ambulatory splints move along guide rail 125, thereby clamp the battery on the support 1241a.
After the contact of lozenges finishes, web joint 1275 and movable clip block 126 are no longer mobile, and under cylinder 122 effects, mobile installing plate 1273 continues to rise, one group of pick-up unit 1290 on it electrode that detects the battery on syringe needle and the support plate 1241a contacts, and under the detection system effect inside battery parameter is detected.
After the detection, web joint 1275 and ambulatory splint 126 are got back to the origin-location, so that clamp next time.Resetting of web joint 1275 and ambulatory splint 126 realizes by following design: laterally steering axle 1274 is set below the work top 123, the laterally steering axle 1274 best two be arranged in juxtaposition, and two laterally steering axles couple together with two web joints 12743, laterally steering axle 1274 two ends and web joint 1275 are slidingly matched, be that web joint 1275 pines are enclosed within on the laterally steering axle 1274, two shaft shoulders 12741 are set on the every laterally steering axle 1274, a left side is installed between each shaft shoulder 12741 web joint 1275 adjacent thereto, right back-moving spring 12742, like this, finish in battery detecting, cylinder 122 drives when clamping skewback 1271 declines, on a left side, under the effect of right back-moving spring 12742, web joint 1275 and ambulatory splint 126 can be got back to the origin-location rapidly.
As shown in Figure 4, the automatic clamping pick-up unit 120 of the automatic detection machine for mobile phone cell inner parameter of second embodiment of the present utility model, comprise that a prime clamps pick-up unit 120a and a back level that is arranged in juxtaposition with prime clamping pick-up unit 120a clamps pick-up unit 120b, it is identical with prime clamping pick-up unit 120a structure that this back level clamps pick-up unit 120b structure, just the back level do not clamped pick-up unit 120b at this and do introduction more.Prime clamps pick-up unit 120a and back level and clamps pick-up unit 120b by two pillars 1201, two pillar 1202 together support, and fits together by two installing plates 1203.
Prime clamps pick-up unit 120a and clamps the public inside battery parameter detecting system of pick-up unit 120b with the back level, and this inside battery parameter detecting system can clamp between the detection system interface of pick-up unit 120a and the detection system interface that the back level clamps pick-up unit 120b in prime and change.
The course of work of this clamping pick-up unit 120 is: when the support 1241a of the battery support plate 1241 of level clamping pick-up unit 120b goes up after three one group the battery of sending here for the first time to be detected is delivered to, the cylinder 122 that back level clamps pick-up unit 120b obtains battery and puts in place and start immediately behind the signal, driving mobile installing plate 1273 moves up, the clamping skewback 1271 that two symmetries mounted thereto are installed rises, the lozenges 1271a that clamps on the skewback 1271 contacts with the second lozenges 1276a that clamps on the skewback 1276, move along guide rail 125 thereby promote 126 1 of the web joint 1275 that cooperates with the second L shaped groove 1276b that clamps skewback 1276 and the ambulatory splints on the guide rail 125, and the clamping battery.After the contact of lozenges finishes, web joint 1275 and movable clip block 126 are no longer mobile, and under cylinder 122 effects, mobile installing plate 1273 continues to rise, the electrode of the battery on the detection syringe needle of the pick-up unit 1290 on it and the support 1241a contacts, and under the detection system effect inside battery parameter is detected.After detection is finished, cylinder 122 commutations, mobile installing plate 1273 moves down, and makes to detect the electrode that syringe needle breaks away from battery, and web joint 1275 and movable clip block 126 reset under the effect of left and right sides back-moving spring 12742 simultaneously.
Obtaining battery with cylinder 122 puts in place when starting immediately behind the signal, the inside battery detection system also obtains battery and arrives the signal that the back level clamps pick-up unit 120b, also start immediately, the inside battery parameter detecting system is transformed on the detection system interface of the automatic clamping of back level pick-up unit 120b automatically, and the battery that the back level is clamped on the pick-up unit carries out the inner parameter detection.
When the battery of sending here is for the second time delivered to support 1241a that prime clamps the battery support plate 1241 of pick-up unit 120a and is gone up, the cylinder 122 that prime clamps pick-up unit 120a obtains battery and puts in place and start immediately behind the signal, driving mobile installing plate 1273 moves up, the clamping skewback 1271 that two symmetries mounted thereto are installed rises, the lozenges 1271a that clamps on the skewback 1271 contacts with the second lozenges 1276a that clamps on the skewback 1276, move along guide rail 125 thereby promote 126 1 of the web joint 1275 that cooperates with the second L shaped groove 1276b that clamps skewback 1276 and the ambulatory splints on the guide rail 125, and the clamping battery.After the contact of lozenges finishes, web joint 1275 and movable clip block 126 are no longer mobile, and under cylinder 122 effects, mobile installing plate 273 continues to rise, the electrode of the battery on the detection syringe needle of the pick-up unit 1290 on it and the support 1241a contacts, at this moment, the battery detecting that the back level clamps on the pick-up unit 120b finishes, the inside battery parameter detecting system is transformed on the detection system interface that prime clamps pick-up unit 120a automatically automatically, prime is clamped battery on the pick-up unit carry out inner parameter and detect.After detection was finished, the mobile installing plate 1273 of cylinder 122 commutations moved down, and makes and detects the electrode that syringe needle breaks away from battery, and web joint 1275 and movable clip block 126 reset under the effect of left and right sides back-moving spring 12742 simultaneously.
When the support 1241a of the battery support plate 1241 of level clamping pick-up unit 120b went up after three one group that sends here for the third time battery to be detected is delivered to, the process that clamps detection by primary three batteries equally detected again.Carry out so repeatedly, just three one group of batteries of sending here can be carried out one by one inner parameter and detect.
In testing process, the inside battery parameter detecting system can get off the outcome record of every battery detecting, and the result is fed back to control system, so that carry out the postorder operation.
At the automatic clamping pick-up unit of the automatic detection machine for mobile phone cell inner parameter of preceding a kind of embodiment, it is simple relatively only to comprise that a prime clamps its structure of pick-up unit automatically, but its detection efficiency is relatively low; And second embodiment has increased by a back level to clamp pick-up unit automatically on the basis of first embodiment, and forward and backward two-stage clamps measurement mechanism automatically all can place three batteries to be detected simultaneously, has improved detection efficiency greatly.
Being the utility model preferred embodiment only in sum, is not to be used for limiting practical range of the present utility model.Be that all equivalences of doing according to the content of the utility model claim change and modification, all should belong to technology category of the present utility model.
Claims (9)
1, a kind of automatic clamping pick-up unit of automatic detection machine for mobile phone cell inner parameter is characterized in that, comprises that a prime clamps pick-up unit, and this prime clamps pick-up unit and includes:
One mounting plate, its underpart are provided with an actuator;
One work top is positioned at the mounting plate top, has at least four location-plates on this work top, and the symmetria bilateralis of location-plate is provided with guide rail, and being provided with on the guide rail can be along the ambulatory splint of guide rail slip;
One clamp system, be located in mounting plate top with one group of longitudinally guiding, this clamp system has two lateral symmetry and is arranged in the clamping skewback that has lozenges on its of work top both sides, these two clamping skewback belows have the installing plate of moving, and this moves the axial stretching bar end that installing plate is located at actuator;
One pick-up unit is arranged on the mobile installing plate, and pick-up unit comprises that is detected a syringe needle, and described detection syringe needle is connected with the interface of a detection system.
2, the automatic clamping pick-up unit of automatic detection machine for mobile phone cell inner parameter according to claim 1, it is characterized in that, also comprise a back grade of clamping pick-up unit that is arranged in juxtaposition with prime clamping pick-up unit, this back level clamping pick-up unit structure is identical with prime clamping pick-up unit structure.
3, the automatic clamping pick-up unit of automatic detection machine for mobile phone cell inner parameter according to claim 2, it is characterized in that, described prime clamps pick-up unit and clamps the public inside battery parameter detecting system of pick-up unit with the back level, and this inside battery parameter detecting system can clamp between the detection system interface of pick-up unit and the detection system interface that the back level clamps pick-up unit in prime and change.
4, according to the automatic clamping pick-up unit of claim 1 or 3 described automatic detection machine for mobile phone cell inner parameter, it is characterized in that, described work top below is provided with the laterally steering axle, and laterally steering axle two ends are the sliding connection plate respectively, and a side of described web joint contacts with ambulatory splint.
5, the automatic clamping pick-up unit of automatic detection machine for mobile phone cell inner parameter according to claim 4 is characterized in that, has the shaft shoulder on the described laterally steering axle, between the shaft shoulder and described web joint spring is installed.
6, the automatic clamping pick-up unit of automatic detection machine for mobile phone cell inner parameter according to claim 5, it is characterized in that, the lozenges place of described clamping skewback cooperates one second to clamp skewback, has the lozenges that matches with the lozenges that clamps skewback on this second clamping skewback.
7, the automatic clamping pick-up unit of automatic detection machine for mobile phone cell inner parameter according to claim 6 is characterized in that, also is provided with L shaped groove on the described second clamping skewback, and this L shaped groove cooperates with described web joint.
According to the automatic clamping pick-up unit of claim 1 or 3 described automatic detection machine for mobile phone cell inner parameter, it is characterized in that 8, described actuator is a cylinder.
9, according to the automatic clamping pick-up unit of claim 1 or 3 described automatic detection machine for mobile phone cell inner parameter, it is characterized in that described location-plate is positioned on the axis of work top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201075255U CN201242589Y (en) | 2008-03-31 | 2008-03-31 | Detection device for self-holding automatic detection machine of mobile phone battery build-in parameter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201075255U CN201242589Y (en) | 2008-03-31 | 2008-03-31 | Detection device for self-holding automatic detection machine of mobile phone battery build-in parameter |
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| Publication Number | Publication Date |
|---|---|
| CN201242589Y true CN201242589Y (en) | 2009-05-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201075255U Expired - Fee Related CN201242589Y (en) | 2008-03-31 | 2008-03-31 | Detection device for self-holding automatic detection machine of mobile phone battery build-in parameter |
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| CN (1) | CN201242589Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107202913A (en) * | 2017-06-20 | 2017-09-26 | 张雪燕 | A kind of battery measurement universal meter of convenient use |
-
2008
- 2008-03-31 CN CNU2008201075255U patent/CN201242589Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107202913A (en) * | 2017-06-20 | 2017-09-26 | 张雪燕 | A kind of battery measurement universal meter of convenient use |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090520 Termination date: 20120331 |