CN206638790U - A kind of battery detection equipment - Google Patents
A kind of battery detection equipment Download PDFInfo
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- CN206638790U CN206638790U CN201720270760.3U CN201720270760U CN206638790U CN 206638790 U CN206638790 U CN 206638790U CN 201720270760 U CN201720270760 U CN 201720270760U CN 206638790 U CN206638790 U CN 206638790U
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Abstract
It the utility model is related to automation equipment field, more particularly to a kind of battery detection equipment of the size of excess current protective function for detecting battery and battery.The excess current protective function of automatic detection battery and the size of battery of battery detection equipment of the present utility model; detection is quick and precisely; the staff of battery production enterprise is reduced, reduces the production cost of battery production enterprise, the production efficiency of increase battery production enterprise.
Description
Technical field
It the utility model is related to automation equipment field, more particularly to a kind of excess current protective function and electricity for detecting battery
The battery detection equipment of the size in pond.
Background technology
With the fast development of electronic technology, the use of electronic product is more and more extensive, and battery industry is also rapid therewith
Development, the quantity required of battery is also increasingly to increase, thus production line for manufacturing battery produces.At present, existing production line for manufacturing battery detection
The excess current protective function of battery and the size of battery are all manual operations, and manual operation detection speed is slower, detection error compared with
Greatly, the fraction defective rise of enterprise's production battery is caused, causes the excess current protective function of enterprise's detection battery and the size of battery
Need more artificial, causing the production cost of enterprise increases, and enterprises production efficiency is not high.
Utility model content
In order to solve the above-mentioned technical problem, the utility model discloses a kind of battery detection equipment, and it includes frame；
One end is arranged at the first conveying device of frame；
The separation positioner of frame is arranged at, separates the side that positioner is located at the first conveying device；
The feeding device of frame is arranged at, feeding device corresponds to respectively positioned at the side for separating positioner, feeding device
First conveying device and separation positioner；
The first detection means and interface device for opening of frame are arranged at, the first detection means and interface device for opening surround
Separate positioner；
The second detection device of frame is arranged at, second detection device is positioned at the side for separating positioner；
The sorting equipment of frame is arranged at, sorting equipment is located at the side of second detection device, and sorting equipment corresponds to respectively
Separate positioner and second detection device；
One end is arranged at the second conveying device of frame, and the second conveying device is located at the side of second detection device；And
The handling device of frame is arranged at, handling device is located at the side of the second conveying device, and handling device corresponds to respectively
Second detection device and the second conveying device.
According to an embodiment of the present utility model, above-mentioned battery detection equipment also includes the 3rd conveying device, and the 3rd is defeated
Device is sent to be arranged at frame, the 3rd conveying device is between separation positioner and second detection device, the 3rd conveying device pair
Answer sorting equipment.
According to an embodiment of the present utility model, above-mentioned battery detection equipment also includes the 4th conveying device, and the 4th is defeated
Device is sent to be arranged at frame, the 4th conveying device is between second detection device and the second conveying device, the 4th conveying device pair
Answer handling device.
According to an embodiment of the present utility model, above-mentioned battery detection equipment also includes grating protection device, and grating is protected
Protection unit is arranged at frame, and grating protection device is positioned at the side for separating positioner.
According to an embodiment of the present utility model, above-mentioned battery detection equipment also includes emergency stop device, and emergency stop device is set
Frame is placed in, and positioned at the side of grating protection device.
According to an embodiment of the present utility model, above-mentioned first conveying device includes induction mechanism and detent mechanism, fixed
Position mechanism is located at the side of induction mechanism, and detent mechanism corresponds to feeding device.
According to an embodiment of the present utility model, above-mentioned separation positioner includes separating mounting seat, separator disc, separation
Driving element and at least one separation positioning seat, separate mounting seat and be arranged at frame, and positioned at the side of feeding device, separator disc
Frame is arranged at, and positioned at the side for separating mounting seat, separates driving element and is arranged at separation mounting seat, separate driving element
Output end connects separator disc, and at least one separation positioning seat is arranged at separator disc, and positioned at the side for separating driving element.
According to an embodiment of the present utility model, above-mentioned at least one quantity for separating positioning seat is four positioning seats.
According to an embodiment of the present utility model, above-mentioned feeding device includes feeding mounting seat, loading guide, feeding and moved
Moving part, the first feeding driving element, the second feeding driving element, feeding fixed seat, the 3rd feeding driving element and feeding suction nozzle,
Feeding mounting seat is arranged at frame, and for feeding mounting seat positioned at the side for separating positioner, loading guide is arranged at feeding installation
Seat, feeding moving member are arranged at loading guide, and feeding moving member is located at the side of feeding mounting seat, and the first feeding driving element is set
Feeding mounting seat is placed in, the first feeding driving element is located at the side of loading guide, and the output end of the first feeding driving element connects
Loading guide is connect, the second feeding driving element is arranged at feeding moving member, and the second feeding driving element is located at the driving of the first feeding
The side of element, feeding fixed seat are arranged at the output end of the second feeding driving element, and the 3rd feeding driving element is arranged at
Expect fixed seat, feeding suction nozzle is arranged at the output end of the 3rd feeding driving element.
According to an embodiment of the present utility model, above-mentioned feeding device includes feeding mounting seat, loading guide, feeding and moved
Moving part, the first feeding driving element, the second feeding driving element and feeding manipulator, feeding mounting seat are arranged at frame, and position
In the side for separating positioner, loading guide is arranged at feeding mounting seat, and feeding moving member is arranged at loading guide, and is located at
The side of feeding mounting seat, the first feeding driving element are arranged at feeding mounting seat, and on the side of loading guide, first
Expect the output end connection loading guide of driving element, the second feeding driving element is arranged at feeding moving member, and on first
Expect the side of driving element, feeding manipulator is arranged at the output end of the second feeding driving element.
According to an embodiment of the present utility model, above-mentioned sorting equipment includes sorting mounting seat, sorting guide rail, sorting shifting
Moving part, the first sorting driving element, the second sorting driving element and sorting manipulator, sorting mounting seat are arranged at frame, sorted
Mounting seat is located at the side of second detection device, and sorting guide rail is arranged at sorting mounting seat, and sorting moving member is arranged at sorting and led
Rail, sorting moving member are arranged at sorting mounting seat positioned at the side of sorting mounting seat, the first sorting driving element, and the first sorting is driven
Dynamic element is positioned at the side of sorting guide rail, the output end connection sorting guide rail of the first sorting driving element, the second sorting driving member
Part is arranged at sorting moving member, and the second sorting driving element is set positioned at the side of the first sorting driving element, sorting manipulator
In the output end of the second sorting driving element.
Compared with prior art, the excess current protective function of the automatic detection battery of battery detection equipment of the present utility model
And the size of battery, detection quick and precisely, reduce the staff of battery production enterprise, reduce being produced into for battery production enterprise
This, the production efficiency of increase battery production enterprise.
Brief description of the drawings
Fig. 1 is the schematic diagram of the battery detection equipment of the embodiment of the utility model one.
Fig. 2 is the schematic diagram for separating positioner and sorting equipment of the embodiment of the utility model one.
Fig. 3 is the schematic diagram of the feeding device of the embodiment of the utility model one.
Description of reference numerals：
1st, battery detection equipment；101st, frame；102nd, the first conveying device；1021st, induction mechanism；1022nd, detent mechanism；
103rd, positioner is separated；1031st, mounting seat is separated；1032nd, separator disc；1033rd, driving element is separated；1034th, it is at least one
Separate positioning seat；104th, feeding device；1041st, feeding mounting seat；1042nd, loading guide；1043rd, feeding moving member；1044th,
One feeding driving element；1045th, the second feeding driving element；1046th, feeding fixed seat；1047th, the 3rd feeding driving element；
1048th, feeding suction nozzle；105th, the first detection means；106th, interface device for opening；107th, second detection device；108th, sorting dress
Put；1081st, mounting seat is sorted；1082nd, guide rail is sorted；1083rd, moving member is sorted；1084th, the first sorting driving element；1085、
Second sorting driving element；1086th, sorting manipulator；109th, the second conveying device；110th, handling device；111st, the 3rd conveying dress
Put；112nd, the 4th conveying device；113rd, grating protection device；114th, emergency stop device.
Embodiment
Multiple embodiments of the present utility model will be disclosed with schema below, as clearly stated, in many practices
Details will be explained in the following description.It should be appreciated, however, that the details in these practices is not applied to limit this practicality newly
Type.
On its " first " used herein, " second " etc., the meaning of order or cis-position is not especially censured, also non-use
To limit the utility model, it is just for the sake of difference with the component of constructed term description or operation.
Referring to Fig. 1, its schematic diagram for the battery detection equipment 1 of the embodiment of the utility model one.As illustrated, this reality
A kind of battery detection equipment 1 is disclosed with new, it is used for production line for manufacturing battery, and main function is the overcurrent protection for detecting battery
The size of function and battery, and the battery machined is transmitted to the next process of production line for manufacturing battery.Battery detection equipment 1
Including frame 101, the first conveying device 102, separate positioner 103, feeding device 104, the first detection means 105, interface
Device for opening 106, second detection device 107, sorting equipment 108, the second conveying device 109 and handling device 110.First conveying
One end of device 102 is arranged at frame 101, a upper procedure for the other end connection production line for manufacturing battery of the first conveying device 102.
Separate positioner 103 and be arranged at frame 101, separate the side that positioner 103 is located at the first conveying device 102.Feeding fills
Put 104 and be arranged at frame 101, for feeding device 104 positioned at the side for separating positioner 103, feeding device 104 corresponds to the respectively
One conveying device 102 and separation positioner 103.First detection means 105 and interface device for opening 106 are arranged at frame 101,
First detection means 105 and interface device for opening 106 are around separation positioner 103.Second detection device 107 is arranged at frame
101, second detection device 107 is positioned at the side for separating positioner 103.Sorting equipment 108 is arranged at frame 101, sorting dress
108 sides for being located at second detection device 107 are put, sorting equipment 108 corresponds to respectively separates the detection dress of positioner 103 and second
Put 107.One end of second conveying device 109 is arranged at frame 101, the other end connection battery production of the second conveying device 109
The next process of line, the second conveying device 109 are located at the side of second detection device 107.Handling device 110 is arranged at frame
101, handling device 110 is located at the side of the second conveying device 109, handling device 110 correspond to respectively second detection device 107 and
Second conveying device 109.Battery is placed in the first conveying device 102, the first conveying device by a upper procedure for production line for manufacturing battery
102 transmit batteries to battery detection equipment 1；Feeding device 104 draws battery, and battery is sent into separation positioner
103, separate positioner 103 and drive battery to rotate, battery is sequentially by corresponding first detection means 105 and interface device for opening
106 station；First detection means 105 detects the excess current protective function of battery；Interface device for opening 106 to separate positioning
Device 103 unclamps battery, facilitates sorting equipment 108 to draw battery；Interface device for opening 106 to separate the pine of positioner 103
After opening battery, sorting equipment 108 draws battery, and battery is delivered to second detection device 107, the second detection by sorting equipment 108
Device 107 detects the size of battery；After the completion of second detection device 107 detects, it is defeated that battery is delivered to second by handling device 110
Device 109 is sent, battery is delivered to the next process of production line for manufacturing battery by the second conveying device 109.
During concrete application, above-mentioned battery detection equipment 1 also includes the 3rd conveying device 111, and the 3rd conveying device 111 is set
Frame 101 is placed in, positioned at separating between positioner 103 and second detection device 107, the 3rd conveying fills the 3rd conveying device 111
Put 111 corresponding sorting equipments 108.First detection means 105 detects the excess current protective function of battery, if the over current protection of battery
Protective function is normal, then battery is delivered to second detection device 107 by sorting equipment 108, continues to detect the function of battery；If battery
Excess current protective function it is bad, then battery is delivered to the 3rd conveying device 111, the 3rd conveying device 111 by sorting equipment 108
Bad battery is transferred out into battery detection equipment 1.
During concrete application, above-mentioned battery detection equipment 1 also includes the 4th conveying device 112, and the 4th conveying device 112 is set
Frame 101 is placed in, the 4th conveying device 112 is located between the conveying device 109 of second detection device 107 and second, the 4th conveying dress
Put 112 corresponding handling devices 110.Second detection device 107 detects the size of battery, if the size of battery is normal, carries dress
Put 110 next processes that battery is delivered to production line for manufacturing battery；If the size of battery is bad, handling device 110 is by battery
The 4th conveying device 112 is delivered to, bad battery is transferred out battery detection equipment 1 by the 4th conveying device 112.
During concrete application, above-mentioned battery detection equipment 1 also includes grating protection device 113 and emergency stop device 114.Grating
Protection device 113 is arranged at frame 101, and grating protection device 113 is positioned at the side for separating positioner 103.Emergency stop device 114
Frame 101 is arranged at, and positioned at the side of grating protection device 113.Separating positioner 103 drives battery rotary to battery to examine
Measurement equipment 1 manually adjusts battery location station, and now, staff adjusts battery location, when the hand channel light excessively of staff
The induction region of grid protection device 113, battery detection equipment 1 are stopped, and ensure the safety of staff, prevent battery detecting
Equipment 1 hurts staff；The hand that staff is sensed when grating protection device 113 leaves, and battery detection equipment 1 continues work
Make.When security incident or production error occur for battery detection equipment 1, the operable emergency stop device 114 of staff, battery detecting
Equipment 1 is stopped, and prevents staff from causing danger, and causes serious accident.
During concrete application, the first above-mentioned conveying device 102 includes induction mechanism 1021 and detent mechanism 1022, localization machine
Structure 1022 is located at the side of induction mechanism 1021, the corresponding feeding device 104 of detent mechanism 1022.Battery is placed in the first conveying device
102, the first conveying device 102 transmission battery sequentially passes through induction mechanism 1021 and detent mechanism 1022, and induction mechanism 1021 is felt
The battery that should pass through, induction mechanism 1021 send data to the control device of battery detection equipment 1, battery detection equipment 1
Quantity of the control device by the data conversion that induction mechanism 1021 transmits into battery；Detent mechanism 1022 positions to battery,
Ensure that feeding device 104 is not fallen out during transmitting battery, prevent the malposition due to battery, cause subsequent work stations
Failure.During concrete application, above-mentioned induction mechanism 1021 is photoelectric sensor.
Refer to Fig. 2 in the lump again, the separation positioner 103 of its embodiment of the utility model one and showing for sorting equipment 108
It is intended to.As illustrated, above-mentioned separation positioner 103 includes separating mounting seat 1031, separator disc 1032, separates driving element
1033 and it is at least one separation positioning seat 1034.Separate mounting seat 1031 and be arranged at frame 101, and positioned at feeding device 104
Side.Separator disc 1032 is arranged at frame 101, and positioned at the side for separating mounting seat 1031.Separate driving element 1033 to set
In separating mounting seat 1031, separate the output end connection separator disc 1032 of driving element 1033, at least one separation positioning seat
1034 are arranged at separator disc 1032, and at least one positioning seat 1034 that separates is positioned at the side for separating driving element 1033.Feeding fills
104 transmission batteries at least one separation positioning seat 1034, at least one separation positioning seat 1034 is put to clamp battery, separate driving
Element 1033 drives separator disc 1032 to rotate, and separator disc 1032 drives at least one separation positioning seat 1034 and battery sequentially to revolve
Turn, when at least one separation positioning seat 1034 of battery is rotated to when correspondingly manually adjusting the station of battery location, separation drives
Element 1033 stops driving separator disc 1032, at least one separation positioning seat 1034 and battery rotary, simultaneously, manually adjusts
Battery location；After the completion of manually adjusting battery location, separate driving element 1033 continue drive separator disc 1032, at least one point
Every positioning seat 1034 and battery rotary to the station of corresponding first detection means 105, separate driving element 1033 and stop driving point
Every disk 1032, at least one separation positioning seat 1034 and battery rotary, simultaneously, the first detection means 105 test battery
Excess current protective function；First detection means 105 test after the completion of, separate driving element 1033 continue drive separator disc 1032,
At least one positioning seat 1034 and battery rotary to the station of corresponding interface device for opening 106, interface device for opening 106 that separate is beaten
Open at least one separation positioning seat 1034 so that at least one separation positioning seat 1034 unclamps battery；Simultaneously, sorting equipment
108 draw battery, and battery is delivered into next process.The quantity of above-mentioned at least one separation positioning seat 1034 is four
Individual, four separate positioning seat 1034 and cooperate with start, accelerate the operating efficiency of battery detection equipment 1.During concrete application, above-mentioned point
It is brake stepless time adjustment power motor every driving element 1033, certainly, separates driving element 1033 or other driving elements,
Repeated no more in this.
Refer to Fig. 3 in the lump again, the schematic diagram of the feeding device 104 of its embodiment of the utility model one.As illustrated, feeding
Device 104 includes feeding mounting seat 1041, loading guide 1042, feeding moving member 1043, the first feeding driving element 1044, the
Two feeding driving elements 1045, feeding fixed seat 1046, the 3rd feeding driving element 1047 and feeding suction nozzle 1048.Feeding is installed
Seat 1041 is arranged at frame 101, and feeding mounting seat 1041 is positioned at the side for separating positioner 103.Loading guide 1042 is set
In feeding mounting seat 1041, feeding moving member 1043 is arranged at loading guide 1042, and feeding moving member 1043 is located at feeding installation
The side of seat 1041, the first feeding driving element 1044 are arranged at feeding mounting seat 1041, the first feeding driving element 1044
In the side of loading guide 1042, the output end connection loading guide 1042 of the first feeding driving element 1044, the second feeding drives
Dynamic element 1045 is arranged at feeding moving member 1043, and the second feeding driving element 1045 is located at the first feeding driving element 1044
Side, feeding fixed seat 1046 are arranged at the output end of the second feeding driving element 1045, and the 3rd feeding driving element 1047 is set
Feeding fixed seat 1046 is placed in, feeding suction nozzle 1048 is arranged at the output end of the 3rd feeding driving element 1047.Detent mechanism
The position of 1022 locating batteries, thereafter, the first feeding driving element 1044 drive feeding moving member 1043 along loading guide 1042
Mobile, feeding moving member 1043 drives the second feeding driving element 1045, feeding fixed seat 1046, the 3rd feeding driving element
1047 and feeding suction nozzle 1048 be moved to battery；Second feeding driving element 1045 driving feeding fixed seat 1046, the 3rd feeding
Driving element 1047 and feeding suction nozzle 1048 move down, and feeding suction nozzle 1048 draws battery；Thereafter, the second feeding driving element 1045
Driving feeding fixed seat 1046, the 3rd feeding driving element 1047, feeding suction nozzle 1048 and battery move up, simultaneously, the 3rd
Feeding driving element 1047 drives feeding suction nozzle 1048 and battery rotary convenient to precalculated position, battery rotary to precalculated position
First detection means 105, interface device for opening 106, second detection device 107, sorting equipment 108, the second conveying device 109 and
Handling device 110 works；First feeding driving element 1044 continues to drive feeding moving member 1043, the first feeding driving element
1044th, the second feeding driving element 1045, feeding fixed seat 1046, the 3rd feeding driving element 1047, feeding suction nozzle 1048 and
Battery is moved at least one separation positioning seat 1034, and battery is placed at least one separation positioning seat by feeding suction nozzle 1048
1034。
With continued reference to Fig. 2, sorting equipment 108 includes sorting mounting seat 1081, sorting guide rail 1082, sorting moving member
1083rd, the first sorting driving element 1084, second sorts driving element 1085 and sorting manipulator 1086.Sort mounting seat 1081
Frame 101 is arranged at, sorting mounting seat 1081 is located at the side of second detection device 107.Sorting guide rail 1082 is arranged at sorting
Mounting seat 1081, sorting moving member 1083 are arranged at sorting guide rail 1082, and sorting moving member 1083 is positioned at sorting mounting seat 1081
Side.First sorting driving element 1084 is arranged at sorting mounting seat 1081, and the first sorting driving element 1084 is positioned at sorting
The side of guide rail 1082, the output end connection sorting guide rail 1082 of the first sorting driving element 1084.Second sorting driving element
1085 are arranged at sorting moving member 1083, and the second sorting driving element 1085 is located at the side of the first sorting driving element 1084,
Sorting manipulator 1086 is arranged at the output end of the second sorting driving element 1085.Separation driving element 1033 drives at least one
Separate positioning seat 1034 and battery rotary to interface device for opening 106, interface device for opening 106 opens at least one separation positioning
Seat 1034 so that at least one separation positioning seat 1034 unclamps battery, simultaneously, the first sorting driving point of driving element 1084
Pick moving member 1083 to move along sorting guide rail 1082, sorting moving member 1083 drives the second sorting driving element 1085 and sorter
Tool hand 1086 is moved at least one separation positioning seat 1034；Thereafter, the second sorting driving element 1085 drives sorting manipulator
1086 move down, and sorting manipulator 1086 draws battery；After sorting manipulator 1086 draws battery, the second sorting driving element 1085
Driving sorting manipulator 1086 and battery move up；Second sorting driving element 1085 drives sorting manipulator 1086 and battery to move up
To precalculated position, if the excess current protective function of battery is normal, the first sorting driving sorting moving member of driving element 1084
1083 second sorting driving elements 1085, sorting manipulator 1086 and battery are moved to second detection device 107, the second detection dress
Put the size of 107 detection batteries；If the excess current protective function of battery is bad, the first sorting driving sorting of driving element 1084
Moving member 1,083 second sorts driving element 1085, sorting manipulator 1086 and battery and is moved to the 3rd conveying device 111, sorts
Battery is placed in the 3rd conveying device 111 by manipulator 1086, and bad battery is transferred out battery detecting and set by the 3rd conveying device 111
Standby 1.
During concrete application, the first above-mentioned conveying device 102, separate positioner 103, the detection of feeding device 104, first
Device 105, interface device for opening 106, second detection device 107, sorting equipment 108, the second conveying device 109, handling device
110th, the 3rd conveying device 111, the 4th conveying device 112, grating protection device 113 and emergency stop device 114 electrically connect battery
The control device of detection device 1, the effect of to reach 1 Automated condtrol of battery detection equipment.
In summary, in one or more embodiments of the present utility model, battery detection equipment of the present utility model from
The excess current protective function of dynamic detection battery and the size of battery, detection quick and precisely, reduce the work people of battery production enterprise
Member, reduce the production cost of battery production enterprise, the production efficiency of increase battery production enterprise.
In summary, in one or more embodiments of the present utility model, the upper only embodiment party of the present utility model
Formula, it is not limited to the utility model.To those skilled in the art, the utility model can have various changes
And change.All any modification, equivalent substitution and improvements made in spirit of the present utility model and principle etc., all should include
Within right of the present utility model.
Claims (10)
- A kind of 1. battery detection equipment, it is characterised in that including：Frame (101)；One end is arranged at the first conveying device (102) of the frame (101)；The separation positioner (103) of the frame (101) is arranged at, the separation positioner (103) is located at described first The side of conveying device (102)；The feeding device (104) of the frame (101) is arranged at, the feeding device (104) is located at the separation positioner (103) side, the feeding device (104) correspond to first conveying device (102) and separate positioner respectively (103)；It is arranged at the first detection means (105) and interface device for opening (106) of the frame (101), the first detection dress (105) and interface device for opening (106) are put around the separation positioner (103)；The second detection device (107) of the frame (101) is arranged at, the second detection device (107) is located at the separation The side of positioner (103)；The sorting equipment (108) of the frame (101) is arranged at, the sorting equipment (108) is located at the second detection device (107) side, the sorting equipment (108) correspond to the separation positioner (103) and second detection device respectively (107)；One end is arranged at the second conveying device (109) of the frame (101), and second conveying device (109) is positioned at described The side of second detection device (107)；AndThe handling device (110) of the frame (101) is arranged at, the handling device (110) is located at second conveying device (109) side, the handling device (110) correspond to the second detection device (107) and the second conveying device respectively (109)。
- 2. battery detection equipment according to claim 1, it is characterised in that described also including the 3rd conveying device (111) 3rd conveying device (111) is arranged at the frame (101), and the 3rd conveying device (111) separates positioning dress positioned at described Put between (103) and second detection device (107), the corresponding sorting equipment (108) of the 3rd conveying device (111).
- 3. battery detection equipment according to claim 1, it is characterised in that described also including the 4th conveying device (112) 4th conveying device (112) is arranged at the frame (101), and the 4th conveying device (112) fills positioned at the described second detection Put between (107) and the second conveying device (109), the corresponding handling device (110) of the 4th conveying device (112).
- 4. battery detection equipment according to claim 1, it is characterised in that described also including grating protection device (113) Grating protection device (113) is arranged at the frame (101), and the grating protection device (113) separates positioning dress positioned at described Put the side of (103).
- 5. battery detection equipment according to claim 4, it is characterised in that also including emergency stop device (114), the jerk Device (114) is arranged at the frame (101), and positioned at the side of the grating protection device (113).
- 6. battery detection equipment according to claim 1, it is characterised in that first conveying device (102) includes sense Mechanism (1021) and detent mechanism (1022) are answered, the detent mechanism (1022) is located at the side of the induction mechanism (1021), The corresponding feeding device (104) of the detent mechanism (1022).
- 7. battery detection equipment according to claim 1, it is characterised in that wherein described separation positioner (103) bag Include and separate mounting seat (1031), separator disc (1032), separation driving element (1033) and at least one separation positioning seat (1034), The separation mounting seat (1031) is arranged at the frame (101), and is located at the side of the feeding device (104), described point The frame (101) is arranged at every disk (1032), and positioned at the side of the separation mounting seat (1031), it is described to separate driving member Part (1033) is arranged at the separation mounting seat (1031), and the output end for separating driving element (1033) connects the separation Disk (1032), at least one separation positioning seat (1034) is arranged at the separator disc (1032), and separates drive positioned at described The side of dynamic element (1033).
- 8. battery detection equipment according to claim 7, it is characterised in that at least one separation positioning seat (1034) Quantity be four positioning seats (1034).
- 9. battery detection equipment according to claim 1, it is characterised in that the feeding device (104) is pacified including feeding Seat (1041), loading guide (1042), feeding moving member (1043), the first feeding driving element (1044), the second feeding is filled to drive Dynamic element (1045), feeding fixed seat (1046), the 3rd feeding driving element (1047) and feeding suction nozzle (1048), the feeding Mounting seat (1041) is arranged at the frame (101), and the feeding mounting seat (1041) is positioned at the separation positioner (103) Side, the loading guide (1042) is arranged at the feeding mounting seat (1041), and the feeding moving member (1043) is set In the loading guide (1042), the feeding moving member (1043) is located at the side of the feeding mounting seat (1041), described First feeding driving element (1044) is arranged at the feeding mounting seat (1041), the first feeding driving element (1044) position In the side of the loading guide (1042), the output end of the first feeding driving element (1044) connects the loading guide (1042), the second feeding driving element (1045) is arranged at the feeding moving member (1043), the second feeding driving Element (1045) is located at the side of the first feeding driving element (1044), and the feeding fixed seat (1046) is arranged at described The output end of second feeding driving element (1045), the 3rd feeding driving element (1047) are arranged at the feeding fixed seat (1046), the feeding suction nozzle (1048) is arranged at the output end of the 3rd feeding driving element (1047).
- 10. battery detection equipment according to claim 1, it is characterised in that the sorting equipment (108) includes sorting and pacified Dress seat (1081), sorting guide rail (1082), sorting moving member (1083), the first sorting driving element (1084), the second sorting drive Dynamic element (1085) and sorting manipulator (1086), the sorting mounting seat (1081) are arranged at the frame (101), described point The side that mounting seat (1081) is located at the second detection device (107) is picked, the sorting guide rail (1082) is arranged at described point Mounting seat (1081) is picked, the sorting moving member (1083) is arranged at the sorting guide rail (1082), the sorting moving member (1083) it is arranged at the sorting positioned at the side of the sorting mounting seat (1081), the first sorting driving element (1084) Mounting seat (1081), it is described first sorting driving element (1084) positioned at it is described sorting guide rail (1082) side, described first The output end connection sorting guide rail (1082) of driving element (1084) is sorted, the second sorting driving element (1085) is set The sorting moving member (1083) is placed in, the second sorting driving element (1085) is positioned at the described first sorting driving element (1084) side, the sorting manipulator (1086) are arranged at the output end of the second sorting driving element (1085).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720270760.3U CN206638790U (en) | 2017-03-20 | 2017-03-20 | A kind of battery detection equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720270760.3U CN206638790U (en) | 2017-03-20 | 2017-03-20 | A kind of battery detection equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206638790U true CN206638790U (en) | 2017-11-14 |
Family
ID=60249381
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720270760.3U Active CN206638790U (en) | 2017-03-20 | 2017-03-20 | A kind of battery detection equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206638790U (en) |
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2017
- 2017-03-20 CN CN201720270760.3U patent/CN206638790U/en active Active
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