CN208018976U - A kind of battery Weighing classifier - Google Patents
A kind of battery Weighing classifier Download PDFInfo
- Publication number
- CN208018976U CN208018976U CN201721555038.0U CN201721555038U CN208018976U CN 208018976 U CN208018976 U CN 208018976U CN 201721555038 U CN201721555038 U CN 201721555038U CN 208018976 U CN208018976 U CN 208018976U
- Authority
- CN
- China
- Prior art keywords
- battery
- transfer
- weighing
- backgauge
- transfer pipe
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Sorting Of Articles (AREA)
Abstract
The utility model discloses a kind of battery Weighing classifiers, including rack, the frame top is workbench, electric cabinet is equipped with above one Angle Position of the workbench, the side of the workbench is equipped with feed mechanism, the feed mechanism includes hopper unit and feeding bracing wire, the other side of the workbench is equipped with Transfer pipe, the top of the Transfer pipe is equipped with transfer mechanism, the side of the Transfer pipe is equipped with weighing station and feeding distribution mechanism, the feeding distribution mechanism includes the sub-material channel of multiple shelves, artificial loading is to hopper unit, battery is sent to Transfer pipe by feeding bracing wire, the battery on Transfer pipe is dialed into weighing station by transfer mechanism, battery enters weighing station and weighs, battery after weighing is transferred on feeding distribution mechanism by transfer mechanism in the sub-material channel of corresponding gear again.The utility model battery Weighing classifier for substitute it is traditional artificial weigh, have many advantages, such as high degree of automation, efficient and easy to operate.
Description
Technical field
The utility model is related to battery steel shell weighing technology field, specially a kind of battery Weighing classifier.
Background technology
In order to ensure the ratio of battery steel shell and reservoir quantity, it is typically necessary before battery liquid-filling first to the box hat before fluid injection
It weighs, weighs again to battery after fluid injection, carrying out sorting to the unqualified battery outside beyond weight range after weighing picks
It removes.Currently, the box hat before battery liquid-filling weigh and fluid injection after weigh, hand one by one is all generally carried out by manual operation
Dynamic to be put on electronic scale, eye recognition electricity claims data, then artificial separation again, and it is right manually to put the battery transfer after sorting
Answer region.This kind of traditional artificial weighting manner has following insufficient：1, labor intensity is big；2, high labor cost；3, weigh and
The efficiency of separation is low；4, it weighs and sorts the qualification for relying on operating personnel and technical ability determines, accuracy rate of weighing and sorting
Accuracy rate be completely dependent on the operation of operating personnel, weigh and sort and easily mistake occur.
Utility model content
The utility model provides a kind of high degree of automation, efficient and easy to operate battery Weighing classifier.
The utility model can be achieved through the following technical solutions：
A kind of battery Weighing classifier, including rack, the frame top be workbench, one jiao of the workbench
Be equipped with electric cabinet above position, the side of the workbench is equipped with feed mechanism, the feed mechanism include hopper unit and
The other side of feeding bracing wire, the workbench is equipped with Transfer pipe, and the top of the Transfer pipe is equipped with transfer mechanism, described
The side of Transfer pipe is equipped with weighing station and feeding distribution mechanism, and the feeding distribution mechanism includes the sub-material channel of multiple shelves, above-mentioned
Electric and pneumatic component in each mechanism is connect with electric cabinet respectively, artificial loading to hopper unit, and feeding bracing wire is by battery
Be sent to Transfer pipe, the battery on Transfer pipe dialed into weighing station by transfer mechanism, battery enter weighing station into
Row is weighed, and the battery after weighing is transferred on feeding distribution mechanism by transfer mechanism in the sub-material channel of corresponding gear again.This practicality is new
Type battery Weighing classifier is mainly by rack, rack-mounted feed mechanism, Transfer pipe, transfer mechanism, weighing station
It is constituted with feeding distribution mechanism, whole parts are constituted less, simple in structure；The utility model battery Weighing classifier, first by artificial
Battery is fitted into the hopper unit in feed mechanism, then carries out feeding to Transfer pipe by feed mechanism, exists when by transfer mechanism
Battery is transferred in Transfer pipe, when battery is shifted into weighing station, the electronic scale positioned at weighing station claims battery
Again, the data after transfer mechanism is weighed according to each battery, battery is transferred in each gear sub-material channel on feeding distribution mechanism, real
The sorting of existing battery, the feeding of above-mentioned battery, to transmit, weigh and sort be to automatically complete, integrated automation degree
Height, efficient, whole only a personnel to be needed to operate, which greatly reduce costs of labor, and manually by battery
After being packed into hopper, electric cabinet is directly operated, it is easy to operate.
Further, the hopper unit includes hopper ontology, and the hopper ontology inner close fitting hopper inner wall is equipped on one
Lower movable plate, the up and down board bottom portion are connect with movable plate jacking cylinder, and discharge port is equipped at the top of the up and down plate,
Specifically, the top of the up and down plate is to be obliquely installed, and V-arrangement material mouth, institute are formed with hopper inner wall at the top of up and down plate
It states jacking cylinder and ejects up and down plate upwards, up and down strip is moved battery and moved up, when battery is moved to discharge outlet
When, it is fallen in feeding bracing wire from discharge port outflow, battery is sent to Transfer pipe by feeding bracing wire.The hopper ontology peripheral hardware
It is useful for the first backgauge cylinder of delay backgauge, the push rod end of first backgauge cylinder is connected with the first backgauge push plate, described
First backgauge cylinder is located among discharge port, and the both sides of first backgauge cylinder, which are respectively provided with, turns down the of upright battery
The push rod end of two backgauge cylinders, second backgauge cylinder is connected with the second backgauge push plate.The feeding principle of hopper unit, people
Work will battery be packed into hopper after, start be located at hopper below jacking cylinder, jacking cylinder driving be close to hopper inner wall up and down
Movable plate moves up, and the battery in V-arrangement material mouth is moved up by up and down strip is dynamic, when battery is moved to discharge port
When place, is fallen in the feeding bracing wire outside hopper from discharge port outflow, battery is sent to Transfer pipe by feeding bracing wire.The material
Struggle against the setting of this external first gear material cylinder, for when it is to tilt to stack that up and down plate jacks the battery to come up upwards, into
Line delay backgauge, when battery being made to switch to horizontal keep flat, just from discharge hole for discharge, the setting of the second backgauge cylinder is straight for turning down
Vertical battery, it is ensured that only Horizontal flat electric discharge pond is just from discharge hole for discharge, it is ensured that subsequent battery transmission and feeding.
Further, the Transfer pipe is two, and two Transfer pipes are distributed on workbench side by side respectively, each
Transfer pipe is equipped with weighing station and feeding distribution mechanism, and two weighing stations and two feeding distribution mechanisms distinguish Relative distribution at two
The outside of Transfer pipe.The setting of two Transfer pipes, and corresponding weighing station and feeding distribution mechanism setting, make battery from upper
Material mechanism is divided into two-way after coming out and respectively enters two Transfer pipes, carries out the transmission of battery in two Transfer pipes respectively, claims
Weight and sorting, on the basis of not increasing the device space, effective promotion battery is weighed and the efficiency of separation, and battery is made to weigh and sort
Efficiency is single pass twice.
Further, the feeding bracing wire includes horizontal guy and is obliquely installed from top to bottom with horizontal guy vertical distribution
Inclination bracing wire, it is described tilt bracing wire bottom end and middle part be respectively equipped with feed opening corresponding with two Transfer pipes, it is described
It is equipped at feed opening to material inductor, the top of the feed opening, which is equipped with battery and moves, expects component, and the battery moves material component and includes
Clamping jaw cylinder and clamping jaw cylinder driving mechanism, when sensed to material inductor have battery at feed opening when, clamping jaw cylinder clamping electricity
Pond, clamping jaw cylinder driving mechanism drive clamping jaw cylinder to expect battery shifting on corresponding Transfer pipe.
Further, the transfer mechanism includes transfer frame, and the transfer frame is equipped with transfer module and sorter of weighing,
The transfer module is that servo moves module, including servo motor and ball screw, the both ends of the ball screw pass through respectively
Screw rodb base is mounted on transfer frame, and the outer end of the ball screw is connect after stretching out screw rodb base with servo motor, two screw rodb bases it
Between ball screw be equipped with the feed screw nut's seat moved along lead screw, the transfer frame between two screw rodb bases is distributed side by side equipped with two
Sliding rail, feed screw nut seat is equipped with battery push plate connecting plate by fastener, and the battery push plate connecting plate bottom is logical
Sliding block is crossed to connect with sliding rail.The battery push plate connecting plate is connect by guide post with battery push plate transverse slat, is set on the transfer frame
There are upper and lower air cylinders, the upper and lower air cylinders bottom to be connect with battery push plate transverse slat, driving battery push plate transverse slat is moved up and down along guide post,
The battery push plate transverse slat two bottom sides are respectively provided with the battery push plate of transfer battery, and battery push plate bottom is equipped with more
A battery bayonet, each battery bayonet correspondence block a battery.When original state, battery push plate is located at the charging of Transfer pipe
End, after battery enters Transfer pipe, upper and lower air cylinders start driving battery push plate and are moved downwardly into Transfer pipe for battery push plate,
The battery on Transfer pipe is blocked, then servo motor starts, and driving battery push plate moves forward, and battery is made to enter work of weighing
Position, weighs to battery by the electronic scale on weighing station, and after battery is weighed, electronic scale passes the battery weight data claimed
The sorter of weighing on transfer frame is given, sorter of weighing records the weight of each battery, transfers data to electric cabinet, electric cabinet
Control servomotor starts, and each gear sub-material channel that qualified battery of respectively weighing is transferred to respectively on feeding distribution mechanism is weighed
Each gear requirement is not met, continues to be forwarded to defective products hopper.
Further, the sub-material channel is the ramp way with battery outlet port, the battery outlet port in the sub-material channel
Lower section is equipped with splicing groove, and the top of the splicing groove is equipped with backgauge frame, and the backgauge frame is equipped with multiple opposite with sub-material channel
The defective products backgauge cylinder answered.After battery after sorting of weighing enters each gear sub-material channel, by the battery on sub-material channel
Outlet is fallen in splicing groove, completes the sorting of weighing of battery, for the defective products after sorting of weighing, by defective products backgauge cylinder
Backgauge is pushed forward, and defective products is made to continue to be forwarded to defective products hopper.
The utility model battery Weighing classifier has following advantageous effect：
The first, simple in structure, the utility model battery Weighing classifier is mainly by rack, rack-mounted feeder
Structure, Transfer pipe, transfer mechanism, weighing station and feeding distribution mechanism are constituted, and whole parts are constituted less, simple in structure；
The second, high degree of automation, efficient, the utility model battery Weighing classifier are first packed by artificial battery
Expect the hopper unit in mechanism, feeding then carried out to Transfer pipe by feed mechanism, when by transfer mechanism in Transfer pipe
Battery is transferred, when battery is shifted into weighing station, the electronic scale positioned at weighing station weighs to battery, transfer mechanism
Battery is transferred in each gear sub-material channel on feeding distribution mechanism by the data after being weighed according to each battery, realizes point of battery
Choosing, the feeding of above-mentioned battery, to transmit, weigh and sort be to automatically complete, integrated automation degree height, efficient；
Third, easy to operate, whole only a personnel to be needed to operate, which greatly reduce costs of labor, and
And after manually battery is packed into hopper, electric cabinet is directly operated, it is easy to operate.
Description of the drawings
Attached drawing 1 is the structural schematic diagram of the utility model battery Weighing classifier；
Attached drawing 2 is the structural schematic diagram of feed mechanism in attached drawing 1；
Attached drawing 3 is the partial structural diagram of the utility model battery Weighing classifier；
Attached drawing 4 is the structural schematic diagram of transfer mechanism in attached drawing 1；
Attached drawing 5 is the partial structural diagram of feeding distribution mechanism in attached drawing 1.
Specific implementation mode
In order to make those skilled in the art more fully understand the technical solution of the utility model, with reference to embodiment and
Attached drawing is described in further detail the utility model product.
As shown in Figure 1 to Figure 3, a kind of battery Weighing classifier, including rack 100,100 top of the rack are flat for work
The Angle Position top of platform 110, the workbench 110 is equipped with electric cabinet 600, and the side of the workbench 110 is equipped with upper
Expect that mechanism 200, the feed mechanism 200 include hopper unit 210 and feeding bracing wire 220, the other side of the workbench 110
Equipped with Transfer pipe 700, the top of the Transfer pipe 700 is equipped with transfer mechanism 300, and the side of the Transfer pipe 700 is set
There are weighing station 400 and feeding distribution mechanism 500, the feeding distribution mechanism 500 to include the sub-material channel 510 of multiple gears, above-mentioned each machine
Electric and pneumatic component in structure is connect with electric cabinet 600 respectively, artificial loading to hopper unit 210, and feeding bracing wire 220 will
Battery is sent to Transfer pipe 700, and the battery on Transfer pipe 700 is dialed to weighing station 400 by transfer mechanism 300, electricity
Pond enters weighing station 400 and weighs, and the battery after weighing is transferred on feeding distribution mechanism 500 accordingly by transfer mechanism 300 again
In the sub-material channel 510 of gear.The utility model battery Weighing classifier mainly by rack 100, is mounted on upper in rack 100
Expect that mechanism 200, Transfer pipe 700, transfer mechanism 300, weighing station 400 and feeding distribution mechanism 500 are constituted, whole parts structure
It is simple in structure at few；The utility model battery Weighing classifier, the hopper list being first fitted by artificial battery in feed mechanism 200
Then member 210 carries out feeding to Transfer pipe 700 by feed mechanism 200, is moved in Transfer pipe 700 when by transfer mechanism 300
Power transmission pond, when battery is shifted into weighing station 400, the electronic scale positioned at weighing station 400 weighs to battery, transfer
Mechanism 300 weighed according to each battery after data, battery is transferred in each gear sub-material channel 510 on feeding distribution mechanism 500,
Realize the sorting of battery, the feeding of above-mentioned battery, to transmit, weigh and sort be to automatically complete, integrated automation journey
Degree is high, efficient, and whole only a personnel to be needed to operate, which greatly reduce costs of labor, and manually will be electric
After pond is packed into hopper, electric cabinet 600 is directly operated, it is easy to operate.
As shown in Figure 1 to Figure 3, the hopper unit 210 includes hopper ontology 211,211 inner close fitting material of the hopper ontology
The inner wall that struggles against is equipped with a up and down plate 212, and 212 bottom of up and down plate connect with movable plate jacking cylinder 213, it is described on
212 top of lower movable plate is equipped with discharge port, and specifically, the top of the up and down plate 212 is to be obliquely installed, up and down plate
212 tops form V-arrangement material mouth with hopper inner wall, and the jacking cylinder 213 ejects up and down plate 212, up and down plate upwards
212 drive batteries move up, and when battery is moved to discharge outlet, are fallen in feeding bracing wire 220 from discharge port outflow, by upper
Battery is sent to Transfer pipe 700 by material bracing wire 220.The hopper ontology 211 is externally provided with the first backgauge for the backgauge that is delayed
The push rod end of cylinder 224, first backgauge cylinder 224 is connected with the first backgauge push plate, and first backgauge cylinder 224 is located at
Among discharge port, the both sides of first backgauge cylinder 224 are respectively provided with the second backgauge cylinder for turning down upright battery
223, the push rod end of second backgauge cylinder 223 is connected with the second backgauge push plate.The feeding principle of hopper unit 210, people
After battery is packed into hopper by work, start the jacking cylinder 213 being located at below hopper, hopper inner wall is close in the driving of jacking cylinder 213
Up and down plate 212 move up, the battery in V-arrangement material mouth by up and down plate 212 drive move up, work as battery
When being moved to discharge outlet, falls in the feeding bracing wire 220 outside hopper from discharge port outflow, passed battery by feeding bracing wire 220
It send to Transfer pipe 700.The setting of outer first backgauge cylinder 224 of the hopper ontology 211, for when up and down plate 212 to
The upper battery to come up that jacks is when tilting to stack, just to go out into line delay backgauge from discharge port when battery being made to switch to horizontal keep flat
Material, the setting of the second backgauge cylinder 223, for turning down upright battery, it is ensured that only Horizontal flat electric discharge pond just from discharge hole for discharge,
Ensure subsequent battery transmission and feeding.
As shown in figures 1 and 3, the Transfer pipe 700 is two, and two Transfer pipes 700 are distributed in work side by side respectively
Make on platform 110, each Transfer pipe 700 is equipped with weighing station 400 and feeding distribution mechanism 500, two weighing stations 400 and two
A feeding distribution mechanism 500 distinguishes Relative distribution in the outside of two Transfer pipes 700.The setting of two Transfer pipes 700, Yi Jixiang
The setting for answering weighing station 400 and feeding distribution mechanism 500 is divided into two-way after so that battery is come out from feed mechanism 200 and respectively enters two
A Transfer pipe 700 carries out the transmission of battery in two Transfer pipes 700, weighs and sort, do not increasing the device space respectively
On the basis of, effective promotion battery is weighed and the efficiency of separation, and it is single pass twice so that battery is weighed with the efficiency of separation.
As shown in Figures 2 and 3, the feeding bracing wire 220 include horizontal guy 221 and with 221 vertical distribution of horizontal guy
The inclination bracing wire 225 being obliquely installed from top to bottom, the top for tilting bracing wire 225 are connected to the end of horizontal guy 221, institute
It states 221 end of the horizontal guy other side opposite with bracing wire 225 is tilted and is equipped with pusher cylinder 222, the bottom for tilting bracing wire 225
End and middle part are respectively equipped with feed opening 229 corresponding with two Transfer pipes 700, are equipped with to material and feel at the feed opening 229
Device 226, the top of the feed opening 229 is answered to be equipped with battery and move material component, it includes 227 He of clamping jaw cylinder that the battery, which moves material component,
Clamping jaw cylinder driving mechanism 228, when to material inductor 226 sense have battery at feed opening 229 when, clamping jaw cylinder 227 clamp
Battery, clamping jaw cylinder driving mechanism 228 drive clamping jaw cylinder 227 to expect battery shifting on corresponding Transfer pipe 700.
As shown in Figure 1 and Figure 4, the transfer mechanism 300 includes transfer frame 310, and the transfer frame 310 is equipped with transfer mould
Group 320 and sorter 330 of weighing, the transfer module 320 are that servo moves module, including servo motor 321 and ball screw
324, the both ends of the ball screw 324 are mounted on by screw rodb base 322 on transfer frame 310 respectively, the ball screw 324
Outer end is connect after stretching out screw rodb base 322 with servo motor 321, and the ball screw 324 between two screw rodb bases 322 is equipped with along lead screw
Mobile feed screw nut's seat 323, the transfer frame 310 between two screw rodb bases 322 are described equipped with two sliding rails 326 being distributed side by side
Feed screw nut's seat 323 is equipped with 3211 connecting plate 327 of battery push plate, 3211 connecting plate 327 of the battery push plate by fastener
Bottom is connect by sliding block 325 with sliding rail 326.3211 connecting plate 327 of the battery push plate passes through guide post 328 and battery push plate
3211 transverse slats 329 connect, and the transfer frame 310 is equipped with upper and lower air cylinders 3210, and 3210 bottom of the upper and lower air cylinders is pushed away with battery
3211 transverse slat 329 of plate connects, and 3211 transverse slat 329 of driving battery push plate is moved up and down along guide post 328, and the battery push plate 3211 is horizontal
329 two bottom sides of plate are respectively provided with the battery push plate 3211 of transfer battery, and 3211 bottom of battery push plate is equipped with multiple
Battery bayonet 3212, each correspondence of battery bayonet 3212 block a battery.When original state, battery push plate 3211 is located at transmission
The feed end in channel 700, after battery enters Transfer pipe 700, upper and lower air cylinders 3210 start driving battery for battery push plate 3211
Push plate 3211 is moved downwardly into Transfer pipe 700, blocks the battery on Transfer pipe 700, and then servo motor 321 starts,
It drives battery push plate 3211 to move forward, so that battery is entered weighing station 400, by the electronic scale on weighing station 400 to battery
It weighs, after battery is weighed, electronic scale is by the battery weight data transmission claimed to the sorter of weighing on transfer frame 310
330, sorter 330 of weighing records the weight of each battery, transfers data to electric cabinet 600,600 control servomotor of electric cabinet
321 start, and each gear sub-material channel 510 that qualified battery of respectively weighing is transferred to respectively on feeding distribution mechanism 500 is weighed and is not inconsistent
Each gear requirement is closed, continues to be forwarded to defective products hopper.
As shown in Fig. 1, Fig. 3 and Fig. 5, the sub-material channel 510 is the ramp way with battery outlet port, and the sub-material is logical
Splicing groove 530 is equipped with below the battery outlet port in road 510, the top of the splicing groove 530 is equipped with backgauge frame 540, the backgauge frame
540 are equipped with multiple defective products backgauge cylinders corresponding with sub-material channel 510 520.When weighing, battery after sorting enters respectively
It behind gear sub-material channel 510, is fallen in splicing groove 530 by the battery outlet port on sub-material channel 510, completes weighing point for battery
Choosing pushes forward backgauge by defective products backgauge cylinder 520, defective products is made to continue to forward pass for the defective products after sorting of weighing
It send to defective products hopper.
Such as Fig. 1 to Fig. 5, the working process and principle of the utility model battery Weighing classifier：
1, artificial loading to battery discharges to feeding bracing wire 220, and specifically, manually battery is fitted into feed mechanism 200
Hopper in, jacking cylinder 213 in feed mechanism 200, which starts, to be driven up and down plate 212 to move up to push up battery upwards
It rises, when battery is by jacking to the discharge outlet for being located at hopper top,
1.1, the horizontal battery kept flat is fallen on from discharge port outflow in the feeding bracing wire 220 in feed mechanism 200, by feeding
Battery is sent to Transfer pipe 700 by bracing wire 220,
1.2, the battery that stacks is tilted to be delayed backgauge by the first backgauge cylinder 224, when battery become it is horizontal keep flat shape when, the
One backgauge cylinder 224 is retracted, and battery is made to be flowed out from discharge port,
1.3, upright battery is turned down by the second backgauge cylinder 223 in material bin, after being gone down again by up and down plate 212
It jacks up again；
2, battery is sent to Transfer pipe 700 by feeding bracing wire 220, specifically, the horizontal guy in feeding bracing wire 220
Battery is first sent to 221 end of horizontal guy by 221, and the pusher cylinder 222 of 221 end of horizontal guy starts horizontal guy
Battery on 221, which pushes away, to be fallen into the inclination bracing wire 225 being connected to horizontal guy 221, tilts 225 bottom end of bracing wire and middle part is set respectively
There are two the feed openings 229 to match with two Transfer pipes 700, having been sensed to material inductor 226 at feed opening 229
When material, the clamping jaw cylinder 227 of 229 top of feed opening is actuated for clamping battery, and battery is moved material to Transfer pipe 700；
3, transfer mechanism 300 transfers battery and is weighed and sorted respectively, specifically, when original state, transfer mechanism 300
In battery push plate 3211 be located at the feed end of Transfer pipe 700, after battery enters Transfer pipe 700, upper and lower air cylinders 3210
Start driving battery push plate 3211 and be moved downwardly into Transfer pipe 700, the battery bayonet 3212 in battery push plate 3211 blocks
Battery on Transfer pipe 700, the then startup of servo motor 321, driving battery push plate 3211 move forward, and battery is made to enter title
Heavy work station 400 weighs to battery by the electronic scale on weighing station 400, after battery is weighed, battery that electronic scale will claim
Weight data sends the sorter 330 of weighing on transfer frame 310 to, and sorter 330 of weighing records the weight of each battery, by data
Send electric cabinet 600 to, 600 control servomotor 321 of electric cabinet starts, and the qualified battery that will respectively weigh is transferred to sub-material respectively
Each gear sub-material channel 510 in mechanism 500, weighs and does not meet each gear requirement, continues to be forwarded to defective products hopper.
The above, the only preferred embodiment of the utility model not make in any form the utility model
Limitation；The those of ordinary skill of all industry can be shown in by specification attached drawing and described above and swimmingly implement this practicality
It is novel；But all those skilled in the art are not departing within the scope of technical solutions of the utility model, using the above institute
The technology contents of announcement and the equivalent variations of a little variation, modification and evolution made, are the equivalence enforcement of the utility model
Example；Meanwhile all substantial technologicals according to the utility model to the changes of any equivalent variations made by above example, modification with
Develop etc., still fall within the protection domain of the technical solution of the utility model.
Claims (8)
1. a kind of battery Weighing classifier, it is characterised in that：Including rack, the frame top is workbench, the work
Electric cabinet is equipped with above one Angle Position of platform, the side of the workbench is equipped with feed mechanism, and the feed mechanism includes
The other side of hopper unit and feeding bracing wire, the workbench is equipped with Transfer pipe, and the top of the Transfer pipe, which is equipped with, to be moved
Mechanism, the side of the Transfer pipe is sent to be equipped with weighing station and feeding distribution mechanism, the feeding distribution mechanism includes point of multiple shelves
Expect channel.
2. battery Weighing classifier according to claim 1, it is characterised in that：The hopper unit includes hopper ontology,
The hopper ontology inner close fitting hopper inner wall is equipped with a up and down plate, the up and down board bottom portion and movable plate jacking cylinder
Connection, the up and down plate top are equipped with discharge port.
3. battery Weighing classifier according to claim 2, it is characterised in that：The hopper ontology is externally provided with for being delayed
The push rod end of first backgauge cylinder of backgauge, first backgauge cylinder is connected with the first backgauge push plate, the first backgauge gas
Cylinder is located among discharge port, and the both sides of first backgauge cylinder are respectively provided with the second backgauge gas for turning down upright battery
The push rod end of cylinder, second backgauge cylinder is connected with the second backgauge push plate.
4. the battery Weighing classifier according to any one of claims 1 to 3 claim, it is characterised in that：The transmission
Channel be two, two Transfer pipes are distributed on workbench side by side respectively, each Transfer pipe be equipped with weighing station and
Feeding distribution mechanism, two weighing stations and two feeding distribution mechanisms distinguish Relative distribution in the outside of two Transfer pipes.
5. battery Weighing classifier according to claim 4, it is characterised in that：The feeding bracing wire include horizontal guy and
The inclination bracing wire being obliquely installed from top to bottom with horizontal guy vertical distribution, the bottom end for tilting bracing wire and middle part are respectively equipped with
Feed opening corresponding with two Transfer pipes is equipped at the feed opening to material inductor, and the top of the feed opening is equipped with
Battery moves material component, and it includes clamping jaw cylinder and clamping jaw cylinder driving mechanism that the battery, which moves material component,.
6. battery Weighing classifier according to claim 5, it is characterised in that：The transfer mechanism includes transfer frame, institute
Transfer frame is stated to be equipped with transfer module and weigh sorter, the transfer module is that servo moves module, including servo motor with
The both ends of ball screw, the ball screw are mounted on by screw rodb base on transfer frame respectively, and the outer end of the ball screw is stretched
It being connect with servo motor after going out screw rodb base, the ball screw between two screw rodb bases is equipped with the feed screw nut's seat moved along lead screw,
Transfer frame between two screw rodb bases is equipped with two sliding rails being distributed side by side, and feed screw nut's seat is equipped with battery by fastener
Push plate connecting plate, the battery push plate connecting plate bottom are connect by sliding block with sliding rail.
7. battery Weighing classifier according to claim 6, it is characterised in that：The battery push plate connecting plate passes through guide post
It is connect with battery push plate transverse slat, the battery push plate transverse slat two bottom sides are respectively provided with the battery push plate of transfer battery.
8. battery Weighing classifier according to claim 7, it is characterised in that：The sub-material channel is with battery outlet port
Ramp way, be equipped with splicing groove below the battery outlet port in the sub-material channel, the top of the splicing groove is equipped with backgauge frame, institute
It states backgauge frame and is equipped with multiple defective products backgauge cylinders corresponding with sub-material channel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721555038.0U CN208018976U (en) | 2017-11-20 | 2017-11-20 | A kind of battery Weighing classifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721555038.0U CN208018976U (en) | 2017-11-20 | 2017-11-20 | A kind of battery Weighing classifier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208018976U true CN208018976U (en) | 2018-10-30 |
Family
ID=63898138
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721555038.0U Active CN208018976U (en) | 2017-11-20 | 2017-11-20 | A kind of battery Weighing classifier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208018976U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107755281A (en) * | 2017-11-20 | 2018-03-06 | 惠州市多科达科技有限公司 | A kind of battery Weighing classifier |
-
2017
- 2017-11-20 CN CN201721555038.0U patent/CN208018976U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107755281A (en) * | 2017-11-20 | 2018-03-06 | 惠州市多科达科技有限公司 | A kind of battery Weighing classifier |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201264027Y (en) | Device for weighing and sorting battery pole pieces | |
| CN107719753B (en) | Automatic tray inserting machine for multi-track lighter cylinder | |
| CN208018976U (en) | A kind of battery Weighing classifier | |
| CN206156283U (en) | Plastic bottle reason bottle machine | |
| CN109225953A (en) | It is a kind of for sorting the device of battery | |
| CN107755281A (en) | A kind of battery Weighing classifier | |
| CN204896432U (en) | But garbage collection box of automatic sorting rubbish | |
| CN205455242U (en) | Automatic feeding device | |
| CN214652026U (en) | Automatic stacking device for friction plates | |
| CN205816221U (en) | Large-scale fruit weighing separator | |
| CN208050792U (en) | Automate collecting equipment | |
| CN203681939U (en) | Abnormal-shaped pen feeder | |
| CN201320535Y (en) | Battery polar plate weighing separator | |
| CN207052697U (en) | The equipment that a kind of battery is automatically performed closing lid operation with middle cover | |
| CN206939837U (en) | Crank round billet automatic charging machine | |
| CN206066618U (en) | A kind of four side moulder milling machine auxiliary convolution handling equipment | |
| CN108435950A (en) | A kind of automation collecting equipment | |
| CN201473073U (en) | Continuous feeding system | |
| CN213678825U (en) | Positioning and feeding device for pressing bottle cap | |
| CN210504610U (en) | Battery loading attachment | |
| CN113680702A (en) | Manipulator for quick sorting of household garbage | |
| CN210594158U (en) | Inductance feed mechanism | |
| CN112429057A (en) | Three-dimensional warehouse goods conveyor | |
| CN108820921B (en) | Heavy-duty robot for multilayer storage and transportation of bulk materials | |
| CN208290016U (en) | Automatic loading and unloading device based on plate cutting |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |