CN204855751U - Battery test equipment - Google Patents
Battery test equipment Download PDFInfo
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- CN204855751U CN204855751U CN201520536344.4U CN201520536344U CN204855751U CN 204855751 U CN204855751 U CN 204855751U CN 201520536344 U CN201520536344 U CN 201520536344U CN 204855751 U CN204855751 U CN 204855751U
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Abstract
The utility model relates to a battery test equipment for the battery in the magazine is placed in the detection, comprising a frame body, the transmission device of setting on the support body, detecting system, get feed supplement system and control transmission device, detecting system, get the control system of feed supplement system, the magazine is placed on transmission device, and pass through detecting system in proper order and get the feed supplement system by the transmission device transmission, detecting system is including set up at first probe and the second probe of transmission device relative both sides and drive first probe and/or the second probe removes so that the elevating gear of first probe and second probe and battery electrical contact, it includes the manipulator to get the feed supplement system, control system is when first probe and second probe and battery electrical contact, every battery parameter of analysis reachs the analysis condition, control system is not conform to parameter value in with the magazine according to analysis condition control of manipulator battery shifts out in the magazine, and then control of manipulator will accord with in order to fill in the vacancy in the magazine in parameter value's the battery immigration magazine.
Description
Technical field
The utility model relates to a kind of battery detection equipment.
Background technology
At present, lithium battery detect institute adopt single battery detection or mechanical turntable type battery detecting, efficiency is low, mechanical turntable type is per second can detect 3, battery, but noise pollution is large, the shortcomings such as energy consumption is large, lithium battery checking equipment involved on the market, put at defective products that to make up the difference with non-defective unit be all that production cost improves by artificial, workman's workload is large wait not enough.
Utility model content
For solving the problems of the technologies described above, the purpose of this utility model is to provide one can realize production technology rationalization, saves manpower, the battery detection equipment of enhancing productivity.
A kind of battery detection equipment of the present utility model, in order to detect the battery be placed in magazine, described magazine has the opening of bare cell anode and negative electrode, described battery detection equipment comprises support body, be arranged on the transmitting device on described support body, detection system, get feeding-system and control described transmitting device, detection system, get the control system of feeding-system, described magazine is placed on described transmitting device, and transmit successively through detection system with get feeding-system by described transmitting device, described detection system comprise be arranged on first probe and second probe of described transmitting device relative to both sides and drive described first probe and/or the second probe move to make the first probe and the second probe respectively with the anode of battery and the jacking gear of cathode electrical contact, described feeding-system of getting comprises mechanical arm, described first probe is connected with described control system signal with the second probe, when the galvanic anode of described control system in the first probe and the second probe and magazine and cathode electrical contact, analyze each battery parameter in described magazine and draw analysis situation, described control system controls described mechanical arm according to analysis situation and is shifted out in magazine by the battery not conforming to symbol parameter area in magazine, and then the battery closing symbol parameter area moves in magazine to fill up the room in magazine by control mechanical arm.
Further, described detection system also comprises the first probe card of fixing described first probe and the second probe card of fixing described second probe, and described jacking gear drives described first probe card and/or the second probe card to move.
Further, described first probe comprise probe bodies, the probe that is arranged on described probe bodies end and the elastic component be clamped between described probe and probe bodies.
Further, described mechanical arm comprises the grabbing device capturing battery and the limited block being arranged on described grabbing device side, described grabbing device comprises sucker, the installing plate of fixing described sucker, the guide pole being arranged on the fixed head above described installing plate and being fixed on described installing plate, described fixed head offers through hole, described guide pole is through described through hole, described guide pole be provided with stop block and support plate, described stop block is positioned at the top of described installing plate and diameter is greater than through hole, the top supporting plate described in described limited block is positioned at moves up to support plate described in limiting.
Further, be provided with elastic component between described installing plate and fixed head, described elastic component is set on described guide pole.
Further, described mechanical arm also comprises fixing described grabbing device and drives described grabbing device along the Y-axis gearshift of the short transverse movement of support body, fixing described Y-axis gearshift and drive described Y-axis gearshift along the X-axis gearshift of the longitudinally movement of support body and fixing described X-axis gearshift and drive described X-axis gearshift along the Z axis gearshift of the Width movement of support body.
Further, described mechanical arm comprises symmetrically arranged reclaimer robot and feed supplement mechanical arm.
Further, described battery detection equipment also comprises the detent mechanism being separately positioned on described detection system and getting in feeding-system, bottom described magazine, there is reference column, the cylinder that described detent mechanism comprises location-plate, drives described location-plate to move up and down, described location-plate is provided with the pilot hole coordinated with described reference column, the side of described detent mechanism is provided with the proximity transducer responding to described magazine position, and described cylinder is according to the signal enabling of described proximity transducer.
Further, described battery detection equipment also comprises the stop mechanism being separately positioned on described detection system and getting in feeding-system, and described stop mechanism comprises the stop part supported on front side of magazine and the backstop actuator driving described stop part to move up and down.
Further, described side of getting feeding-system is provided with the secondary station of the magazine of the battery placing different parameters scope, described secondary station is provided with drawer sliding rail component, is arranged on pull platform on described drawer sliding rail component and proximity transducer, described pull platform offers pin-and-hole, described secondary station is also provided with platform positioning mechanism, and described platform positioning mechanism comprises the register pin be inserted in described pin-and-hole and the positioning cylinder driving described register pin to move up and down.
By such scheme, the utility model at least has the following advantages: by using battery detection equipment of the present utility model, realizes Aulomatizeted Detect battery and chooses defective products and fill magazine, thus realizes production technology rationalization, save manpower, improve production efficiency.
Above-mentioned explanation is only the general introduction of technical solutions of the utility model, in order to better understand technological means of the present utility model, and can be implemented according to the content of instructions, coordinates accompanying drawing to be described in detail as follows below with preferred embodiment of the present utility model.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model battery detection equipment;
Fig. 2 is the schematic diagram of the part-structure of the battery detection equipment shown in Fig. 1;
Fig. 3 is the structural representation of the first probe in Fig. 2;
Fig. 4 is the structural representation of detent mechanism in Fig. 1;
Fig. 5 is the structural representation of grabbing device in Fig. 1;
Fig. 6 is the assembly drawing of drawer sliding rail component in Fig. 1, pull platform, the 3rd proximity transducer and platform positioning mechanism;
Fig. 7 is the structural representation of another kind of stop mechanism.
Embodiment
Below in conjunction with drawings and Examples, embodiment of the present utility model is described in further detail.Following examples for illustration of the utility model, but are not used for limiting scope of the present utility model.
See Fig. 1 to Fig. 7, a kind of battery detection equipment described in the utility model one preferred embodiment is in order to detect the battery (non-label) be placed in magazine 100, this magazine 100 has the top opening 101 and bottom surface (not shown) that are oppositely arranged and the sidewall 102 upwards extended to form from bottom surface, this bottom surface and sidewall 102 enclose the accommodating cavity (non-label) forming placing battery, the bottom surface of this magazine 100 offers bottom opening (not shown), quantity and the position of the battery can accommodated in the corresponding magazine 100 of the quantity of bottom opening and position are arranged, this top opening 101 and bottom opening are in order to the anode of bare cell and negative electrode, bottom described magazine 100, there is reference column 103.This battery detection equipment comprises support body 10, the transmitting device 20 be arranged on described support body 10, detection system 30, get feeding-system 40, control described transmitting device 20, detection system 30, get feeding-system 40 control system (not shown), be separately positioned on described detection system 30 and the detent mechanism got in feeding-system 40 and the stop mechanism being separately positioned on described detection system 30 and getting in feeding-system 40, described magazine 100 is placed on described transmitting device 20, and is transmitted successively through detection system 30 with get feeding-system 40 by described transmitting device 20.The main worktable 12 that described support body 10 comprises bracing frame 11, extend along longitudinally and be fixed on the secondary station 13 of main worktable 12 side, this bracing frame 11 supports fixing main worktable 12, described main worktable 12 is divided into four sections of regions, be followed successively by feed zone 121, detection segment 122, get feed supplement section 123 and discharging section 124, the tail end of described discharging section 124 is provided with striker plate 125, drops from support body 10 to prevent magazine 100.Described transmitting device 20 is arranged on main worktable 12, in the present embodiment, described detection system 30 is arranged on detection segment 122, get feeding-system 40 to be arranged on and to get feed supplement section 123, this transmitting device 20 comprises and is arranged on feed zone 121 plate chain (non-label), is arranged on the roll assembly (non-label) of discharging section 124, across detection segment 122 with get the driving-chain (non-label) of feed supplement section 123 and drive the motor of described roll assembly and plate chain (non-label) respectively.Certainly, in other embodiments, this transmitting device 20 can be merely a kind of structure, this transmitting device 20 can for across feed zone 121, detection segment 122, get the driving-chain etc. of feed supplement section 123 and discharging section 124.
Described detection system 30 comprises the cover body 31 be fixed on described main worktable 12, be arranged on the first probe (not shown) and second probe 32 of the relative both sides of described transmitting device 20, first probe card 33 of fixing described first probe and the second probe card 34 of fixing described second probe 32, drive described first probe card 33 and/or the second probe card 34 move to make the first probe and the second probe 32 respectively with the negative electrode of battery and the jacking gear 35 of anode electrical contact and primary importance sensor (not shown).Accommodation space 36 is formed in described cover body 31, this first probe card 33 is arranged in accommodation space 36, first probe card 33 is fixed on the inner roof wall of cover body 31, fixed by drawer sliding rail component (non-label) between first probe card 33 and cover body 31, second probe card 34 comprises four pieces in arranged in matrix, four piece of second probe card 34 is evenly distributed with the second probe 32, jacking gear 35 drives the second probe card 34 to move to make the cathode contacts of the second probe 32 on the second probe card 34 and battery, simultaneously the second probe 32 promotes battery moves until the anode of battery and the first probes touch.Described jacking gear 35 comprises four and connects with the second probe card 34 respectively and the probe card cylinder 351 driving the second corresponding probe card 34 movement.In the present embodiment, jacking gear 35 only drives the second probe card 34 to move.Really, this jacking gear 35 also drives the first probe card 33 and the second probe card 34 to move to make the first probe and the second probe 32 and cell electrical contacts simultaneously, or after jacking gear 35 only drives the first probe card 33 to move to make the first probe and galvanic anode electrical contact, by the first probe, battery is pressed down again, until the negative electrode of battery contacts with the second probe 32, or, first probe card 33 and the second probe card 34 is not set, and directly drives the first probe and/or the second probe 32 displacement by jacking gear 35.Described first probe is identical with the second probe 32 structure, the probe 323 include probe bodies 321, being arranged on described probe bodies 321 end and the elastic component be clamped between described probe 323 and probe bodies 321.Described first probe is connected with described control system signal with the second probe 32, described control system is when the first probe and the second probe 32 are with the galvanic anode in magazine 100 and cathode electrical contact, analyze the parameter of each battery in described magazine 100 and draw analysis situation, wherein each battery has an ID identity, control system detects all electrochemical parameters that namely this ID identity incidentally detects battery, get feeding-system 40 described in described control system controls according to analysis situation the battery not meeting parameter area (being preset at the alignment parameters scope of the battery in control system when this parameter area is and detects according to the actual requirements) in magazine 100 is shifted out in magazine 100, and then control to get feeding-system 40 by interior to fill up the room in magazine 100 for the battery immigration magazine 100 meeting parameter area.
Be arranged on the detent mechanism in this detection system and stop mechanism called after first detent mechanism 50 and the first stop mechanism 60 respectively.This first detent mechanism 50 comprises the first location-plate 51, be arranged on the first cylinder push pedal 52 below described first location-plate 51, be positioned at the first air cylinder fixed plate 53 below the first cylinder push pedal 52, connect the head rod 54 of the first location-plate 51 and the first cylinder push pedal 52 and be fixed on the first jacking cylinder 54 be connected in described first air cylinder fixed plate 53 and with described first cylinder push pedal 52, described first location-plate 51 is provided with the first pilot hole 511 coordinated with the reference column 103 of described magazine 100, described first location-plate 51, first cylinder push pedal 52 and the first air cylinder fixed plate 53 all be arranged in parallel, described probe card cylinder 351 is fixed in described first cylinder push pedal 52, described second probe card 34 is positioned at the below of the first location-plate 51, this first location-plate 51 also offers the probe aperture 512 of passing for the second probe 32, described first cylinder push pedal 52 is provided with guidepost 55, described first air cylinder fixed plate 53 starts there is the pilot hole 56 passed for guidepost 55.Described first detent mechanism 50 is fixed on support body 10.In the present embodiment, this first stop mechanism 60 comprises the first stop part 61 supported on front side of magazine 100 and the first backstop actuator 62 driving described first stop part 61 to move up and down, and this first backstop actuator 62 is for being fixed on the cylinder on cover body 31.Refer to Fig. 7, in other embodiments, this the first stop mechanism 60 ' structure is as follows: comprise the first stop part 61 ', be arranged on the passing plate 62 ' of described first stop part 61 ' below, be connected and promote the first backstop actuator 63 ' of this passing plate 61 ' movement and connect this first baffle plate 61 ' and the connecting rod 64 ' passing plate 62 ' with described passing plate 62 ', this first stop part 61 ' is baffle plate, and this first backstop actuator 63 ' is cylinder.First proximity transducer is arranged on the side of the first detent mechanism 50, and described first proximity transducer induction magazine 100 position, described first jacking cylinder 54 is according to the signal enabling of described first proximity transducer.
Said detecting system 30 working method is as follows: when magazine 100 enters into detection segment 122, magazine 100 moves until clash into the first baffle plate 61 of the first stop mechanism 60 forward under the driving of transmitting device 20, now the first proximity transducer detects magazine 100 and sends signal to control system, the signal that control system receives the first proximity transducer controls the first jacking cylinder 54 and starts, first jacking cylinder 54 drives the first cylinder push pedal 52 upwards to run, first location-plate 51 moves up with the first cylinder push pedal 52 until reference column 103 the first pilot hole 511 be inserted on the first location-plate 51 on magazine 100 realizes locating, then probe card cylinder 351 starts, the second probe card 34 is driven to move up, the second probe 32 on second probe card 34 and the cathode contacts of battery, probe card cylinder 351 continues promotion second probe card 34 and moves up, due to the second probe 32 and battery relativity, the elastic component of the second probe 32 is extruded, the probe 323 of the second probe 32 is downwards in order to displacement, probe card cylinder 351 still continues promotion second probe card 34 and moves up, battery by the second probe 32 upwardly after the first probes touch on the anode of battery and the first probe card 33, realize the first probe, second probe 32 is electrically connected with battery, it should be noted that at this, because the first probe is provided with elastic component, when the second probe 32 by battery upwardly time, the shock of battery and the first probe can be prevented, this elastic component can also make the anode of battery fully contact with the probe 323 of the first probe again, now, control system is electrically connected with all batteries in magazine 100 by the first probe and the second probe 32, the parameter of each battery in control system analysis magazine 100 also draws analysis situation, so far detection system 30 completes the battery detecting in this magazine 100, control system controls probe card cylinder 351 and again starts, probe card cylinder 351 drives the second probe card 34 to move down, battery moves down under gravity, the anode of battery and the first probe separates, probe card cylinder 351 continues driving second probe card 34 and moves down, second probe 32 is separated with cell cathode, due to promote before battery move upward time, the elastic component of the second probe 32 is extruded, so, when the second probe 32 is separated with battery, the elastic component of the second probe 32 can play the effect of buffering, prevent from clashing into bottom battery and magazine 100, when the second probe 32 is retracted to the below of probe aperture 512, control system controls the first jacking cylinder 54 and again starts, first jacking cylinder 54 drives the first cylinder push pedal 52 to move down, first location-plate 51 moves down with the first cylinder push pedal 52, until the reference column 103 on magazine 100 shifts out in the first pilot hole 511 the first location-plate 51, the cylinder 62 that control system controls the first stop mechanism 60 starts, cylinder 62 drives the first stop part 62 to move down, magazine 100 moves forward under the driving of transmitting device 20, after magazine 100 crosses the first proximity transducer, the cylinder 62 that control system starts the first stop mechanism 60 again starts, cylinder 62 drives the first baffle plate 61 to reset.It should be noted that at this, because each battery has an ID identity, detection system analyzes the parameter of battery whether in the parameter area that detection system is preset by detecting the ID identity of battery, in the present embodiment, the analysis situation of control system is qualified and defective, and it is specially, when the battery parameter detected is not within the scope of preset parameter, then judge that this battery is defective, when the battery parameter detected is within the scope of preset parameter, then judge that this battery is qualified.Certainly, in other embodiments, except analysis is qualified and defective, many grades can also be subdivided into by qualified, thus improve homogeneity of product precision.
In the present embodiment, described feeding-system 40 of getting comprises and being symmetrical arranged and two mechanical arms be fixed on support body 10 and two position transducers (not shown), two mechanical arms can distinguish called after reclaimer robot 41 and feed supplement mechanical arm 42, this reclaimer robot 41 is identical with feed supplement mechanical arm 42 structure, is only described reclaimer robot 41 below.Described feeding machinery 41 comprises the grabbing device 43 capturing battery, be arranged on the limited block 44 of described grabbing device 43 side, fix described grabbing device 43 and drive described grabbing device 43 along the Y-axis gearshift 45 of the short transverse movement of support body 10, fix described Y-axis gearshift 45 and drive described Y-axis gearshift 45 along the X-axis gearshift 46 of the longitudinally movement of support body 10 and fixing described X-axis gearshift 46 and drive described X-axis gearshift 46 along the Z axis gearshift 47 of the Width movement of support body 10.Described grabbing device 43 comprises the sucker 431 capturing battery, the installing plate 432 of fixing described sucker 431, the guide pole 434 being arranged on the fixed head 433 above described installing plate 432 and being fixed on described installing plate 432, described fixed head 433 offers through hole (not shown), described guide pole 434 is through described through hole, described guide pole 434 be provided with stop block 435 and support plate 436, described stop block 435 is positioned at the top of described installing plate 432 and diameter is greater than through hole, the top supporting plate 436 described in described limited block 44 is positioned at moves up to support plate 436 described in limiting.Be provided with elastic component 437 between described installing plate 432 and fixed head 433, described elastic component 437 is set on described guide pole 434.
Described getting in feeding-system 40 is provided with two detent mechanisms and two stop mechanisms, and it is called after second detent mechanism the 70, the 3rd detent mechanism, the second stop mechanism 80 and the 3rd stop mechanism respectively.This second detent mechanism 70 is identical with the 3rd detent mechanism structure, and the second stop mechanism 80 is identical with the 3rd stop mechanism structure, is only described the second detent mechanism 70 and the second stop mechanism 80 below.Described second detent mechanism 70 comprises the second location-plate 71, is arranged on the second air cylinder fixed plate 72 below described second location-plate 71 and is connected with described second location-plate 71 and drives the second jacking cylinder 73 that described second location-plate 71 moves up and down, and described second location-plate 71 offers the second pilot hole 74 coordinated with the reference column 103 of magazine 100.Described second stop mechanism 80 comprises the second stop part 81 supported on front side of magazine 100 and the second backstop actuator 82 driving described second stop part 81 to move up and down, this the second backstop actuator 82 is cylinder, it is fixed in the second air cylinder fixed plate 72, the side of described second location-plate 71 offers fluting 75, described second stop part 81 can be accommodated in described fluting 75, and described second stop part 81 has the backstop wheel 83 supported on front side of magazine 100.Described second detent mechanism 70 and the second stop mechanism 80 are all fixed on support body 10, two the second proximity transducers are separately positioned on the side of the first detent mechanism, the second detent mechanism, described second proximity transducer induction magazine 100 position, described second jacking cylinder 73 is according to the signal enabling of described second proximity transducer.
Described secondary station 13 is arranged on the side of getting feeding-system 40, two kinds of magazines 100 placed by secondary station 13, wherein a kind of magazine is in order to place the battery of different parameters scope, in the present embodiment, comprise two magazines, its respectively called after place the first rewinding box of defective battery and place the second rewinding box of spec battery, in other embodiments, this magazine can set according to the actual requirements.Each magazine be placed on secondary station is provided with an ID identity, and attaches Id identity and the parameter of all batteries in magazine.Described secondary station 13 is provided with drawer sliding rail component 131, is arranged on pull platform 132 on described drawer sliding rail component 131 and the 3rd proximity transducer 133, described pull platform 132 offers pin-and-hole 134, described secondary station 13 is also provided with platform positioning mechanism 90, and described platform positioning mechanism 90 comprises the register pin 91 be inserted in described pin-and-hole 134 and the positioning cylinder 92 driving described register pin 91 to move up and down.
Above-mentioned feeding-system 40 efforts mode of getting is as follows: when transmitting device 20 by be delivered to by the magazine 100 after detection system 30 get feed supplement section 123 time, magazine 100 is spacing by the second stop part 81 of the second stop mechanism 80, magazine 100 is no longer moved forward, now, second proximity transducer senses the position of magazine 100 and sends a signal to control system, control system controls the second jacking cylinder 73 according to this signal and starts, second jacking cylinder 73 drives the second location-plate 71 to move up, until the second pilot hole 74 that the reference column 103 on magazine 100 is inserted on the second location-plate 71 realizes location, reclaimer robot 41 starts, control system controls reclaimer robot 41 and locates to make grabbing device 43 move downward defective battery in crawl magazine 100, after capturing, grabbing device 43 moves to the top of the first rewinding box placing defective battery, and then underproof battery is placed in the first rewinding box, successively repeatedly until the defective battery being positioned at the magazine 100 got in feed supplement section 123 is all taken out, after the defective battery detected in magazine 100 when control system all takes out, control system recurrence startup second jacking cylinder 73, second jacking cylinder 73 drives the second location-plate 71 to move down, until the reference column 103 on magazine 100 shifts out the second pilot hole 74 on the second location-plate 71, control system starts the second backstop actuator 82 of the second stop mechanism 80, second backstop actuator 82 drives the second stop part 81 to move down, the magazine 100 chosen except defective battery moves forward under the driving of transmitting device 20, after magazine 100 crosses the second proximity transducer of corresponding reclaimer robot, the second backstop actuator 82 that control system starts the second stop mechanism 80 again starts, second backstop actuator 82 drives the second stop part 81 to reset, when transmitting device 20 will be chosen except the magazine 100 of defective battery moves forward to the 3rd stop mechanism, magazine 100 cannot be moved forward by the 3rd stop mechanism backstop, control system controls feed supplement mechanical arm 42 and starts, feed supplement mechanical arm 42 spec battery in the second rewinding box be placed on secondary station 13 has been entered to by the magazine 100 chosen except defective battery so that the room in this magazine 100 is not enough.When getting feed supplement mechanical arm 42 feeding and feed supplement, support plate 436, limited block 44 and elastic component 437 due to mechanical arm being provided with, thus when being placed in magazine by acceptance or rejection battery, avoid battery to place mixed and disorderly.
The one of the present embodiment is used for above-mentioned battery detection equipment battery detecting technique, wherein battery detection equipment transmitting device 20, detection system 30, get feeding-system 40 and control described transmitting device 20, detection system 30 and get the control system of feeding-system 40, described detection system 30 comprises probe, described feeding-system 40 of getting comprises mechanical arm, describe because this battery detection equipment is aforementioned, therefore repeat no more.Described battery detecting technique comprises the steps:
S1: start control system, be placed on transmitting device 20 by the magazine 100 that battery is housed, transmitting device 20 starts;
S2: when magazine 100 is transported to detection system 30, detection system 30 starts, the battery in probe and magazine 100 is electrically connected, the parameter of each battery in control system analysis magazine 100, and provides analysis situation; When after all battery parameters in the complete magazine of control system analysis 100, the battery in probe and magazine 100 disconnects;
S3: the magazine 100 through detection system is delivered to and gets feeding-system 40 by transmitting device 20, get feeding-system 40 to start, control system controls described mechanical arm according to the analysis situation in described step S2 and is shifted out in magazine 100 by the battery not meeting parameter area in magazine 100, then controls mechanical arm and moves in magazine 100 battery meeting parameter area to fill up the room in magazine 100.
Each battery has an ID identity, detection system analyzes the parameter of battery whether in the parameter area that detection system is preset by detecting the ID identity of battery, in the present embodiment, the analysis situation of control system is qualified and defective, it is specially, and when the battery parameter detected is not within the scope of preset parameter, then judges that this battery is defective, when the battery parameter detected is within the scope of preset parameter, then judge that this battery is qualified.Certainly, in other embodiments, except analysis is qualified and defective, many grades can also be subdivided into by qualified, and in step s3, according to analyzing the data obtained in step S2, to the battery sorting of parameter area do not met to different places, thus improve homogeneity of product precision.
In sum, by using battery detection equipment of the present utility model and battery detecting technique, realizing Aulomatizeted Detect battery and choose defective products and fill magazine 100, thus realizing production technology rationalization, saving manpower, improve production efficiency.
The above is only preferred implementation of the present utility model; be not limited to the utility model; should be understood that; for those skilled in the art; under the prerequisite not departing from the utility model know-why; can also make some improvement and modification, these improve and modification also should be considered as protection domain of the present utility model.
Claims (10)
1. a battery detection equipment, in order to detect the battery be placed in magazine, described magazine has the opening of bare cell anode and negative electrode, it is characterized in that: described battery detection equipment comprises support body, be arranged on the transmitting device on described support body, detection system, get feeding-system and control described transmitting device, detection system, get the control system of feeding-system, described magazine is placed on described transmitting device, and transmit successively through detection system with get feeding-system by described transmitting device, described detection system comprise be arranged on first probe and second probe of described transmitting device relative to both sides and drive described first probe and/or the second probe move to make the first probe and the second probe respectively with the anode of battery and the jacking gear of cathode electrical contact, described feeding-system of getting comprises mechanical arm, described first probe is connected with described control system signal with the second probe, when the galvanic anode of described control system in the first probe and the second probe and magazine and cathode electrical contact, analyze each battery parameter in described magazine and draw analysis situation, described control system controls described mechanical arm according to analysis situation and is shifted out in magazine by the battery not conforming to symbol parameter area in magazine, and then the battery closing symbol parameter area moves in magazine to fill up the room in magazine by control mechanical arm.
2. battery detection equipment according to claim 1, it is characterized in that: described detection system also comprises the first probe card of fixing described first probe and the second probe card of fixing described second probe, and described jacking gear drives described first probe card and/or the second probe card to move.
3. battery detection equipment according to claim 2, is characterized in that: described first probe comprises probe bodies, the probe that is arranged on described probe bodies end and the elastic component be clamped between described probe and probe bodies.
4. battery detection equipment according to claim 1, it is characterized in that: described mechanical arm comprises the grabbing device capturing battery and the limited block being arranged on described grabbing device side, described grabbing device comprises sucker, the installing plate of fixing described sucker, the guide pole being arranged on the fixed head above described installing plate and being fixed on described installing plate, described fixed head offers through hole, described guide pole is through described through hole, described guide pole be provided with stop block and support plate, described stop block is positioned at the top of described installing plate and diameter is greater than through hole, the top supporting plate described in described limited block is positioned at moves up to support plate described in limiting.
5. battery detection equipment according to claim 4, is characterized in that: be provided with elastic component between described installing plate and fixed head, and described elastic component is set on described guide pole.
6. battery detection equipment according to claim 4, is characterized in that: described mechanical arm also comprises fixing described grabbing device and drives described grabbing device along the Y-axis gearshift of the short transverse movement of support body, fixing described Y-axis gearshift and drive described Y-axis gearshift along the X-axis gearshift of the longitudinally movement of support body and fixing described X-axis gearshift and drive described X-axis gearshift along the Z axis gearshift of the Width movement of support body.
7. the battery detection equipment according to any one in claim 4 to 6, is characterized in that: described mechanical arm comprises symmetrically arranged reclaimer robot and feed supplement mechanical arm.
8. battery detection equipment according to claim 1, it is characterized in that: described battery detection equipment also comprises the detent mechanism being separately positioned on described detection system and getting in feeding-system, bottom described magazine, there is reference column, the cylinder that described detent mechanism comprises location-plate, drives described location-plate to move up and down, described location-plate is provided with the pilot hole coordinated with described reference column, the side of described detent mechanism is provided with the proximity transducer responding to described magazine position, and described cylinder is according to the signal enabling of described proximity transducer.
9. battery detection equipment according to claim 8, it is characterized in that: described battery detection equipment also comprises the stop mechanism being separately positioned on described detection system and getting in feeding-system, described stop mechanism comprises the stop part supported on front side of magazine and the backstop actuator driving described stop part to move up and down.
10. battery detection equipment according to claim 1, it is characterized in that: described in get feeding-system side be provided with the secondary station of the magazine of the battery placing different parameters scope, described secondary station is provided with drawer sliding rail component, is arranged on pull platform on described drawer sliding rail component and proximity transducer, described pull platform offers pin-and-hole, described secondary station is also provided with platform positioning mechanism, and described platform positioning mechanism comprises the register pin be inserted in described pin-and-hole and the positioning cylinder driving described register pin to move up and down.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520536344.4U CN204855751U (en) | 2015-07-23 | 2015-07-23 | Battery test equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520536344.4U CN204855751U (en) | 2015-07-23 | 2015-07-23 | Battery test equipment |
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| CN204855751U true CN204855751U (en) | 2015-12-09 |
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| CN201520536344.4U Expired - Fee Related CN204855751U (en) | 2015-07-23 | 2015-07-23 | Battery test equipment |
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| CN105182242A (en) * | 2015-07-23 | 2015-12-23 | 苏州大源自动化科技股份有限公司 | Battery detection apparatus and battery detection technology |
| CN105800314A (en) * | 2016-04-12 | 2016-07-27 | 攸潇潇 | Cylindrical lithium battery automatic screening mechanical power arm and screening method thereof |
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| CN109533961A (en) * | 2018-12-18 | 2019-03-29 | 惠州市华阳多媒体电子有限公司 | It is a kind of for testing the automatic feeding device of lithium battery protection board |
| CN109550713A (en) * | 2018-11-07 | 2019-04-02 | 深圳市欧盛自动化有限公司 | Rotating disc type quickly tests mould group |
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2015
- 2015-07-23 CN CN201520536344.4U patent/CN204855751U/en not_active Expired - Fee Related
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| CN105182242A (en) * | 2015-07-23 | 2015-12-23 | 苏州大源自动化科技股份有限公司 | Battery detection apparatus and battery detection technology |
| CN105182242B (en) * | 2015-07-23 | 2018-03-16 | 苏州大源自动化科技股份有限公司 | Battery detection equipment and battery detecting technique |
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| CN105800314B (en) * | 2016-04-12 | 2018-04-13 | 烟台锂能环保科技有限公司 | A kind of cylindricality lithium battery automation sieving machine power arm and its method for sieving |
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| CN109550713A (en) * | 2018-11-07 | 2019-04-02 | 深圳市欧盛自动化有限公司 | Rotating disc type quickly tests mould group |
| CN109533961A (en) * | 2018-12-18 | 2019-03-29 | 惠州市华阳多媒体电子有限公司 | It is a kind of for testing the automatic feeding device of lithium battery protection board |
| CN111308348A (en) * | 2020-03-16 | 2020-06-19 | 广东丰盛产学研智能科技研究院有限公司 | Battery testing mechanism |
| CN111874628A (en) * | 2020-07-23 | 2020-11-03 | 湖南红太阳光电科技有限公司 | High-speed continuous feeding system for sheet materials |
| CN111874628B (en) * | 2020-07-23 | 2022-06-14 | 湖南红太阳光电科技有限公司 | High-speed continuous feeding system for sheet materials |
| CN114558801A (en) * | 2022-02-28 | 2022-05-31 | 宁波卓鸿工业科技有限公司 | Electrode high voltage automatic test equipment |
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| C14 | Grant of patent or utility model | ||
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Granted publication date: 20151209 Termination date: 20190723 |