CN106229526A - A kind of button cell cleans detection sabot all-in-one - Google Patents
A kind of button cell cleans detection sabot all-in-one Download PDFInfo
- Publication number
- CN106229526A CN106229526A CN201610700731.6A CN201610700731A CN106229526A CN 106229526 A CN106229526 A CN 106229526A CN 201610700731 A CN201610700731 A CN 201610700731A CN 106229526 A CN106229526 A CN 106229526A
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- button cell
- plate
- belt line
- installing plate
- screw rod
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M6/00—Primary cells; Manufacture thereof
- H01M6/005—Devices for making primary cells
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M10/00—Secondary cells; Manufacture thereof
- H01M10/04—Construction or manufacture in general
- H01M10/0436—Small-sized flat cells or batteries for portable equipment
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
Abstract
nullDisclosed herein a kind of button cell and clean detection sabot all-in-one，It includes the cleaning device being carried out for button type battery、For the button cell that cleaning device sends being sent to the screw rod pay-off of a feeding belt line apparatus、For the button cell that feeding belt line apparatus sends being arranged in the screw rod discharge device on a tread belt line apparatus、The test device being located on tread belt line apparatus、For the transplanting machine hands that the button cell after described test device to test is sorted、For accepting the transplanting belt line device of described defective products、For accepting the outfeed belt line apparatus of described non-defective unit、For receiving the first automatic loading and unloading device of the button cell that outfeed belt line apparatus described in also sabot sends、For providing the second automatic loading and unloading device of empty Revolving disc to described first automatic loading and unloading device，Thus the present invention can be automatically performed button cell pan feeding、Clean、Dry up、Full detection、Sorting sabot.
Description
Technical field
The present invention relates to a kind of button cell production device, particularly relate to a kind of button cell and clean detection sabot one
Machine.
Background technology
More and more extensive along with button cell range of application, demand is increasing, and the production cost of button cell is wanted
Asking more and more lower, quality requirements is more and more higher.But there will be button cell surface in process of production has greasy dirt, granulated slag etc. miscellaneous
Matter, button cell consistency of performance differences etc. many bad (bad button cell very likely causes potential safety hazard), this is accomplished by
Button cell is cleaned up, and checks the performance of button cell, reject defective products and carry out the sabot rewinding of finished product.Original
The mode of production mostly is the most artificial or semi-artificial semi-mechanization operation, and manual cleaning, test, sabot, carrying efficiency the lowest,
Thus production capacity is low, and manual operation is also easy to make a fault, it is impossible to ensure product quality and performance, additionally, cost of labor is high,
So that whole production cost is high.
Summary of the invention
It is an object of the invention to overcome disadvantages mentioned above, it is provided that a kind of button cell cleans detection sabot all-in-one.
For achieving the above object, the technical solution adopted in the present invention is:
A kind of button cell cleans detection sabot all-in-one, including the cleaning device being carried out for button type battery, for
The button cell that described cleaning device sends is sent to a feeding belt line apparatus screw rod pay-off, be used for by
The button cell that described feeding belt line apparatus sends be arranged in the screw rod discharge device on a tread belt line apparatus,
Be located on described tread belt line apparatus tests device, for carrying out the button cell after described test device to test
The first transplanting machine hands that defective products and non-defective unit sort, for accepting the transplanting belt line device of described defective products, for accepting
The outfeed belt line apparatus of described non-defective unit, for the non-defective unit button electricity received and outfeed belt line apparatus described in sabot sends
First automatic loading and unloading device in pond, for providing the second of empty Revolving disc the most up and down to described first automatic loading and unloading device
Material device.
Described cleaning device include a bearing plate, from left to right be fixedly connected sequentially in described bearing plate feeding device,
The button cell bringing described feeding device carries out the high-pressure flushing device of high pressure rinse, to the button through high pressure rinse
Battery carries out the cleanout fluid that cleans of second time and brush cleaning device, the button cell cleaned through second time is carried out clear water punching
The clear water flusher washed, the high pressure blow-dry device that the button cell rinsed through clear water is dried up action, by dry up
The drawing mechanism that button cell is derived, described cleaning device also includes for receiving the button electricity that described feeding device sends
Button cell is also sent to the spiral conveying line of drawing mechanism always, is arranged at high pressure by pond from left to right from high-pressure flushing device
The first water tank below flusher, it is arranged at the second water tank below cleanout fluid and brush cleaning device, is arranged at clear water punching
Three-tank below cleaning device；Described high-pressure flushing device, cleanout fluid and brush cleaning device, clear water flusher, high pressure
Blow-dry device is successively from low angularly disposed toward height.
Described feeding device, drawing mechanism include the first feed belt and the second feed belt, described high pressure rinse respectively
Device, cleanout fluid and brush cleaning device, clear water flusher, high pressure blow-dry device all include the upper guide plate that links together with
Bottom guide, described upper guide plate be fixedly connected on bearing plate the most relative with bottom guide, and be provided with between described upper and lower guide plate for buckleing
The first chute that formula battery passes through, described first feed belt, the first chute, the second feed belt be from left to right interconnected,
Described spiral conveying line includes two first screw rods, and this two first screw rod is through described upper and lower guide plate and lays respectively at first
Both sides before and after chute, described bottom guide is provided with the through hole run through up and down.
Described high-pressure flushing device also includes being connected to described upper guide plate and the first coupler on bottom guide, and described first
Coupler two ends are respectively communicated with described second water tank and the first chute；Described cleanout fluid and brush cleaning device also include being connected to
The remover liquid nozzle of upper and lower guide plate and the second coupler, also include a brush cleaning device, and described second coupler two ends are respectively
Connecting the first chute and three-tank, described brush cleaning device is arranged on the right side of remover liquid nozzle；Described clear water flusher
Also include clear water coupler that is that be connected and that communicate with the first chute with described upper and lower guide plate；Described high pressure blow-dry device also wraps
Include pressure-air coupler that is that be connected to upper and lower guide plate and that communicate with the first chute.
Described brush cleaning device includes being arranged at above described upper guide plate and is relatively fixed be connected upper solid with bearing plate
Determine plate, be arranged at below described bottom guide and be relatively fixed with described bearing plate be connected bottom plate, be connected to upper mounted plate
The driving motor of top, multiple upper hairbrush, multiple lower hairbrush, a drive link, bearing is passed through with upper in the plurality of upper hairbrush upper end
Fixed plate connects, and multiple lower hairbrush lower ends are connected with bottom plate by bearing, and the upper and lower side of described drive link passes through the most respectively
Bearing is connected with upper and lower fixing plate, and the upper end of drive link is connected with the motor shaft driving motor, and described drive link upper end is with many
Individual upper hairbrush is provided with intermeshing travelling gear, and drive link lower end and multiple lower hairbrush are also equipped with intermeshing transmission
Gear.
Described feeding belt line apparatus include one turn left from the right side transmit the 3rd feed belt, described screw rod pay-off
Including one fixing seat, one end is connected to the second screw rod of described fixing seat by bearing, one end is fixedly connected on described fixing
The first guiding frid for button cell process of seat, drive the second driving means that described second screw rod rotates, described the
Two screw rods and first guide frid arranged in parallel, and described first guides frid to be positioned at below the second screw rod, described
3rd belt line of the first rear end and described feeding belt line apparatus guiding frid is connected, the of front end and described drawing mechanism
Connect on the right side of two feed belts.
Described tread belt line apparatus is arranged at rear on the left of described feeding belt line apparatus, and it includes that before and after two is mutual
Every the first installing plate, the porous feed belt transmitted from left to right being arranged between described two first installing plates, be arranged at
On described first installing plate for driving the driving means of described porous feed belt, two being arranged at described porous feed belt
Guide post above Zuo Ce, the described upper left right septum of porous feed belt is provided with multiple rows of accommodating hole accommodating for button cell,
Before and after described two guide posts, two ends are connected on described the first installing plate front and back, and described two guide posts are parallel to each other and phase
Interval mutually, thus between two guide posts, it is formed with a gap arranged for button cell.
Described screw rod discharge device includes that a mounting seat, one end are connected to the 3rd spiral of described mounting seat by bearing
Bar, the second guiding frid rearwardly extending before, for the 3rd driving means driving described 3rd screw rod to rotate, described the
Connecting on the left of two guiding groove front edge of board and the 3rd belt line of described feeding belt line apparatus, rear end is traditional thread binding with described tread belt
Gap between two guide posts put communicates, before and after described 3rd screw rod to extended and be positioned at described second guide frid
And above the gap between described two guide posts；Described screw rod discharge device also includes an installing plate, described 3rd screw rod
The other end be connected to described installing plate by bearing, described mounting seat is arranged on rear side of described tread belt line apparatus, described
Installing plate is arranged on front side of described feeding belt line.
Described test device includes that two are fixedly installed on the side plate of both sides before and after described tread belt line apparatus, respectively from upper
The upper support plate that sets gradually under and, upside probe installing plate, downside probe installing plate, downside gripper shoe, described collateral
Before and after fagging and downside gripper shoe two ends be fixedly connected on respectively described before and after biside plate, described upside probe installing plate,
Before and after the probe installing plate of downside, two ends can slide up and down to be connected to before and after's side plate respectively, and probe installing plate lower end, upside connects
Having upside probe, the upper end of described downside probe installing plate connects downside probe, and described upside probe, downside probe are respectively
Being arranged at the both sides up and down of described tread belt line apparatus, described test device also includes being fixedly connected on described upper support plate
The first cylinder, be fixedly connected on the second cylinder of described downside gripper shoe, the piston rod of described first cylinder and upside probe
Installing plate is fixing to be connected, and the piston rod of the second cylinder is fixedly connected on downside probe installing plate.
Described outfeed belt line apparatus includes before and after two the 5th installing plate, be arranged between described two the 5th installing plates
Five feed belts, be connected on described 5th installing plate for drive the 5th feed belt operating the 5th driving means, bridging
Arranging for the non-defective unit button cell that described first transplanting machine hands is brought in described two the 5th installing plate upper ends
The guider of guiding, front and back two are respectively and fixedly connected with and are connected to the described front and back extension board of two the 5th installing plate right-hand members, rear and front end
Be respectively fixedly connected with before and after described two extension boards and be positioned on the right side of described guider for blocking consolidating of button cell
Determine baffle plate, be fixedly connected on described before and after base plate between two extension boards, the cylinder that is fixedly connected on described base plate, described in go out
Material belt line device also includes that multiple sideboard fixes the baffle plate installing plate being connected, described gear with the plurality of sideboard
Plate installing plate can movably be arranged on the right side of described fixed dam and fix with the piston rod of described cylinder and be connected, described solid
Determine on baffle plate, to be provided with multiple through hole moving forward and backward for the plurality of sideboard and passing through；Before described guider includes many
Rear gib block the most arranged in parallel, left and right two gib block installing plate, before and after described gib block installing plate, two ends are solid respectively
Surely it is connected to described left and right two the 5th installing plate, and the left and right sides of described many gib blocks is fixedly connected on described left and right two and leads
To the lower end of bar；Be formed as left wide right narrow tubaeform gap between the left end of described adjacent two gib blocks, and adjacent two guide
The opposite side of bar is provided with guide groove, and described 5th feed belt is formed as a button together with the guide groove of described adjacent two gib blocks
Formula battery passes through path, is formed for the accommodating gap that button cell is accommodating, at gas between the right-hand member of described adjacent two gib blocks
Under the non-duty of cylinder, described sideboard blocks above described accommodating gap.
The invention have the benefit that button cell of the present invention cleaning sabot all-in-one can be automatically performed button cell and enter
Expect, clean, dry up, detection entirely, defective products sorting, non-defective unit sabot rewinding, it is not necessary to pass through manual operation as prior art
Each process actions, Fully-mechanized operation makes reliability height, cleaning efficiency high, moreover it is possible to ensure the consistent of button cell performance
Property, improve button cell quality, stop potential safety hazard, reduce cost of labor, improve work efficiency and avoid manual work
Unstability；Button cell can be scrubbed the cleanest by brush cleaning device, it is to avoid wastes water and cleanout fluid.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of all-in-one of the present invention；
Fig. 2 is the schematic perspective view of another angle of all-in-one of the present invention；
Fig. 3 is the vertical view enlarged diagram of all-in-one of the present invention；
Fig. 4 is that all-in-one of the present invention cleans device solid enlarged diagram；
Fig. 5 is that all-in-one of the present invention cleans device master regarding enlarged diagram；
Fig. 6 is the upper and lower guide plate of all-in-one of the present invention and screw rod assembly enlarged diagram；
Fig. 7 is the enlarged diagram of all-in-one feeding device of the present invention；
Fig. 8 is the enlarged diagram of all-in-one drawing mechanism of the present invention；
Fig. 9 is that all-in-one hairbrush of the present invention cleans dress enlarged diagram；
Figure 10 is according to the enlarged diagram of part A in Fig. 2；
Figure 11 is according to the enlarged diagram of part B in 3；
Figure 12 is the enlarged diagram of the tread belt line apparatus of all-in-one of the present invention；
Figure 13 is the screw rod discharge device enlarged diagram of all-in-one of the present invention；
Figure 14 is the test device enlarged diagram of all-in-one of the present invention；
Figure 15 is the amplification schematic perspective view of the outfeed belt line apparatus of all-in-one of the present invention；
Figure 16 is the amplification schematic top plan view of the outfeed belt line apparatus of all-in-one of the present invention；
Figure 17 is according to the enlarged diagram of C portion in Fig. 2；
Figure 18 is according to the enlarged diagram of D part in Figure 15；
Figure 19 is the amplification schematic perspective view of first, second automatic loading and unloading device of all-in-one of the present invention；
Figure 20 is the amplification schematic top plan view of first, second automatic loading and unloading device of all-in-one of the present invention.
Detailed description of the invention
As shown in Figure 1, 2, 3, button cell of the present invention cleaning detection sabot all-in-one includes carrying out for button type battery E
That cleans cleans device 1, for sending the button cell E that described cleaning device 1 sends to a feeding belt line apparatus 2
Screw rod pay-off 3, for the button cell E that described feeding belt line apparatus 2 sends is arranged in a test skin
The test device 6 that with the screw rod discharge device 5 on line apparatus 4, is located on described tread belt line apparatus 4, for warp
Button cell E after the test of described test device 6 carries out the first transplanting machine hands 7 that defective products sorts with non-defective unit, for accepting
The transplanting belt line device 71 of described defective products, for accepting the outfeed belt line apparatus 8 of described non-defective unit, for receiving and sabot
First automatic loading and unloading device 9 of the non-defective unit button cell E that described outfeed belt line apparatus 8 sends, for described
One automatic loading and unloading device 9 provides second automatic loading and unloading device 10 of sky Revolving disc F.
As shown in Fig. 4,5,6,7,8, described cleaning device 1 include a bearing plate 11, from left to right be fixedly connected sequentially in
The feeding device 12 of described bearing plate 11, the button cell E bringing described feeding device 12 carry out the high pressure of high pressure rinse
Flusher 13, the button cell E through high pressure rinse is carried out the cleanout fluid that cleans of second time and brush cleaning device 14, right
The button cell E cleaned through second time carries out the clear water flusher 15 of clear water flushing, to the button electricity rinsed through clear water
Pond E carries out the high pressure blow-dry device 16 drying up action, the drawing mechanism 17 derived by the button cell E dried up, and described cleaning fills
Put 1 also to include for receiving button cell E that described feeding device 12 sends and by button cell E from left to right from high pressure
Flusher 13 is sent to the spiral conveying line 18 of drawing mechanism 17 always, is arranged at the first water below high-pressure flushing device 13
Case, it is arranged at the second water tank below cleanout fluid and brush cleaning device 14, is arranged at the 3rd below clear water flusher 15
Water tank.
Described high-pressure flushing device 13, cleanout fluid and brush cleaning device 14, clear water flusher 15, high pressure blow-dry device
16, successively from low angularly disposed toward height, so, can prevent the water of previous station from taking next station to and go.
In the present embodiment, described first water tank includes the first waste water water tank being arranged at below high-pressure flushing device 13
1301 and be connected to the first cyclic water tank 1302 below described first waste water water tank 1301, described second water tank includes arranging
The second waste water water tank 1401 below described cleanout fluid and brush cleaning device 14 and be connected to described second waste water water tank
Second cyclic water tank 1402 of 1401, described three-tank includes being arranged at the three wastes water tank below clear water flusher 15
1501 and be connected to the 3rd cyclic water tank 1502 of described three wastes water tank 1501.In other embodiments, described each
The waste water water tank of water tank unites two into one with cyclic water tank.
In the present embodiment, described feeding device 12, drawing mechanism 17 all use belt line transporter, include respectively
One feed belt 121 and the second feed belt 171, described high-pressure flushing device 13, cleanout fluid and brush cleaning device 14, clear water
Flusher 15, high pressure blow-dry device 16 all include upper guide plate 191 and bottom guide 192, the described upper guide plate 191 linked together
Be fixedly connected on bearing plate 11 the most relative with bottom guide 192, and be provided with between described upper and lower guide plate 191,192 for button electricity
The first chute 193 that pond E passes through, described first feed belt the 121, first chute the 193, second feed belt 171 is from left to right
Being interconnected, described spiral conveying line 18 includes two first screw rods 181, and this two first screw rod 181 upper and lower is led through described
Plate 191,192 also lays respectively at both sides before and after the first chute 193, and described bottom guide 192 is provided with the through hole run through up and down
(not shown), flows to following water tank for the water on button cell E.Use the load mode of spiral conveying line 18 so that button
Formula battery E will not card machine in cleaning process.
It is also preferred that the left be that described first feed belt 121 is in left height from low past high other parts angularly disposed corresponding to other
Right low angularly disposed, the second feed belt 171 is low right high angularly disposed in a left side.
Described feeding device 12 also includes the back-off inverted U-shaped guide plate 122 on described first feed belt 121, described U
The the second chute (not shown) just passed through is formed as button cell E between shape guide plate 122 and the first feed belt 121, if
Put described inverted U-shaped guide plate 122 to be advantageous in that so that button cell E enters back in being ordered in described second chute
Spiral conveying line 18.
Described spiral conveying line 18 also includes that two are respectively fixedly connected with in the location-plate at described bearing plate about 11 two ends
182, one for the first driving means 183 driving described two first screw rods 181 to rotate, described two first screw rods 181
Two ends, left and right are connected to two ends location-plate 182 by bearing respectively.Described first driving means 183 includes being connected to right-hand member location
The first motor 1830, two on plate 182 is respectively fixedly connected with in the intermeshing transmission of described two first screw rod 181 right-hand members
Gear, the motor shaft of described first motor connects a drivewheel, and wherein to be connected with one driven for one first screw rod 181 right-hand member
Wheel, described drivewheel is connected (not shown) with driven pulley by a belt.Thus under the driving of the first motor 1830, two first
Screw rod 181 rotates, and drives button cell E to move to the second feed belt of drawing mechanism 17 from high-pressure flushing device 13 always
On 171.
Described drawing mechanism 17 also includes being arranged at the oblique guide plate 172 of top on the right side of described second feed belt 171,
Under the guiding of described oblique guide plate 172, the button cell E on described second feed belt 17 is admitted to described spiral conveying line
18。
Because described feeding device 12, drawing mechanism 17 are disposed as belt line transporter, and belt line transporter
Use known technology, therefore be not described in detail at this.
Described high-pressure flushing device 13 also includes being connected to described upper guide plate 191 and the first coupler on bottom guide 192
131, described first coupler 131 two ends are respectively communicated with described second water tank 140 and the first chute 193.
Described cleanout fluid and brush cleaning device 14 also include the remover liquid nozzle 141 being connected to upper and lower guide plate 191,192
With the second coupler 142, also include that a brush cleaning device 143, described second coupler 142 two ends are respectively communicated with the first chute
193 and three-tank 150, described brush cleaning device 1 is arranged on the right side of remover liquid nozzle 141.
Such as Fig. 4, shown in 9, described brush cleaning device 143 includes being arranged at above described upper guide plate 191 and and bearing plate
11 it is relatively fixed the upper mounted plate 1430 of connection, is arranged at below described bottom guide 192 and is relatively fixed with described bearing plate 11
Connect bottom plate 1431, be connected to the driving motor 1432 above upper mounted plate 1430, multiple upper hairbrush 1433, multiple under
Hairbrush 1434, one drive link 1435, the plurality of upper hairbrush 1433 upper end is connected with upper mounted plate 1430 by bearing, multiple under
Hairbrush 1434 lower end is connected with bottom plate 1431 by bearing, the upper and lower side of described drive link 1435 the most respectively by bearing and
Upper and lower fixing plate 1430,1431 connects, and the upper end of drive link 1435 is connected with the motor shaft driving motor 1432, described biography
Lever 1435 upper end and multiple upper hairbrush 1433 are provided with intermeshing travelling gear (not shown), drive link 1435 lower end with
Multiple lower hairbrush 1434 are also equipped with intermeshing travelling gear.Thus under the driving driving motor 1432, described transmission
Bar 1435 rotates, and under the drive of travelling gear, upper hairbrush 1433 and lower hairbrush 1434 rotate the upper and lower surface of button type battery E
Scrub.
Described upper guide plate 191 does not limits with the shape of bottom guide 192, as long as its function can be realized.
Hairbrush is not easy dirty in long-term work, thus does not haves and because hairbrush is not clean, button cell E is brushed
Sordid situation, and it is provided with multiple upper and lower hairbrush 1433,1434, so that a button cell E is from left to right
Transmission during can be through repeatedly scrubbing, thus button cell E can be cleaned by the cleanest, it is to avoid wastes water and cleanout fluid.
That described clear water flusher 15 also includes being connected with described upper and lower guide plate 191,192 and with the first chute 193 phase
Logical clear water coupler 151.
Described high pressure blow-dry device 16 also include being connected to upper and lower guide plate 191,192 and with the first chute 193 phase
Logical pressure-air coupler 161.
As it is shown in figure 1, in the present embodiment, it is also preferred that the left described cleaning device 1 also includes that being fixedly connected on described left and right determines
Position plate 182 and the shutter 19 of upper and lower guide plate 191,192 front end, described shutter 19 can avoid staff to reach into clearly
Accidental injury is caused in cleaning device 1.
As shown in Figure 1,3, described feeding belt line apparatus 2 is arranged on rear side of described cleaning device 1, described feeding belt line
Device 2 uses known belt line transfer structure, it include one turn left from the right side transmit the 3rd feed belt 21.
As shown in Fig. 2,3,9,10, described screw rod pay-off 3 includes fixing seat 30, one end is connected by bearing
Be fixedly connected in the second screw rod 31 of described fixing seat 30, one end described fixing seat 30 for the of button cell E process
One guides frid 32, the second driving means 33 driving described second screw rod 31 to rotate, described second screw rod 31 and first
Guiding frid 32 arranged in parallel, and described first guides frid 32 to be positioned at below the second screw rod 31, described first guides
3rd feed belt 21 of the rear end of frid 32 and described feeding belt line apparatus 2 is connected, front end and described drawing mechanism 17
Connect on the right side of second feed belt 171.
Described second driving means 33 includes a motor mounting plate 331, is fixedly connected on described motor mounting plate 331
Second motor (not shown) fix with the motor shaft of described second motor be connected drivewheel 332, be fixed on described second spiral
The driven pulley 333 of bar 31 rear end, connect the described drivewheel 332 belt 334 with driven pulley 333.
In the present embodiment, it is also preferred that the left described fixing seat 30 is arranged on rear side of described feeding belt line apparatus 2 and described
Second screw rod 31 is arranged with the 3rd feed belt 21 Relative vertical of described feeding belt line.
As shown in Fig. 1,2,3,12, after described tread belt line apparatus 4 is arranged on the left of described feeding belt line apparatus 2
Side, it includes spaced the first installing plate 41 of before and after two, is arranged between described two first installing plates 41 from left to right
Transmit porous feed belt 42, be arranged on described first installing plate 41 for driving driving of described porous feed belt 42
Dynamic device 43, two is arranged at the guide post 44 of top on the left of described porous feed belt 42, and described porous feed belt 42 is upper left
Right septum is provided with multiple rows of accommodating hole 421 accommodating for button cell E, and before and after described two guide posts 44, two ends are connected to
Before and after described on first installing plate 41, described two guide posts 44 are parallel to each other and spaced, thus shape between two guide posts 44
Cheng Youyi is for the gap 441 of button cell E arrangement.
The structure of described driving means 43 and the drive connection with porous feed belt 42 thereof use known technology, therefore do not exist
This is described in detail.
As shown in Fig. 1,2,3,13, described screw rod discharge device 5 includes that a mounting seat 51, one end are connected to by bearing
Rearwardly extending second guiding frid 53 before 3rd screw rod 52, of described mounting seat 51, it is used for driving described 3rd spiral
The 3rd driving means 54 that bar 52 rotates, described second guides the 3rd biography of frid 53 front end and described feeding belt line apparatus 2
Sending and connect on the left of belt 21, the gap 441 between rear end and two guide posts 44 of described tread belt line apparatus 4 communicates, described
To extended and between described second guiding frid 53 and described two guide posts 44 gaps before and after 3rd screw rod 52
Above in the of 440；Described screw rod discharge device 5 also includes that an installing plate 55, the other end of described 3rd screw rod 52 pass through bearing
Being connected to described installing plate 55, described mounting seat 51 is arranged on rear side of described tread belt line apparatus 4, and described installing plate 55 is arranged
On front side of described feeding belt line apparatus 2.
Described the 3rd driving means 54 for driving described 3rd screw rod 52 to rotate can be any known feasible
Mechanism, therefore be not described in detail herein.
As shown in Fig. 1,2,3,14, described test device 6 includes that two are fixedly installed on described tread belt line apparatus 4 respectively
Front and back the side plate 61 of both sides, the upper support plate 62 set gradually from top to bottom, upside probe installing plate 63, downside probe are installed
Plate 64, downside gripper shoe 65, before and after described upper support plate 62 and downside gripper shoe 65, two ends are fixedly connected on institute respectively
Stating before and after's biside plate 61, before and after described upside probe installing plate 63, downside probe installing plate 64, two ends can slide up and down respectively
Be connected to before and after side and be connected to before and after's side plate 61, probe installing plate 63 lower end, upside connects upside probe 66, described downside
The upper end of probe installing plate 64 connects downside probe 67, and described upside probe 66, downside probe 67 are respectively arranged at described
The both sides up and down of tread belt line apparatus 4, described test device 6 also includes being fixedly connected on the first of described upper support plate 62
Cylinder 68, being fixedly connected on the second cylinder 69 of described downside gripper shoe 65, the piston rod of described first cylinder 68 is visited with upside
Pin installing plate 63 is fixing to be connected, and the piston rod of the second cylinder 69 is fixedly connected on downside probe installing plate 64.
In the present embodiment, it is also preferred that the left described upper and lower side probe installing plate 63,64 is disposed as Dual-layer structure, i.e.
Upper and lower side probe installing plate 63,64 all includes relatively-stationary upper and lower two-ply, and wherein a laminate is used for being fixedly connected on gas
The piston rod of cylinder, an other laminate are used for linking probe.
Described for the button cell E after described test device 6 is tested being carried out the first of defective products and non-defective unit sorting
Transplanting machine hands 7 is known technology, therefore does not repeats at this.
Described transplanting belt line device 71 is arranged at the right side of described tread belt line apparatus 4, and it includes one after going to
The 4th feed belt 711 transmitted, in the present embodiment, described transplanting belt line device 71 uses known belt line to transmit knot
Structure, therefore be not described in detail at this.It is also preferred that the left the rear side of described 4th feed belt 711 is provided with NG magazine (not shown).
As shown in Fig. 1,2,3,15,16,17,18, described outfeed belt line apparatus 8 include before and after two the 5th installing plate 81,
It is arranged at the 5th feed belt 82 between described two the 5th installing plates 81, is connected on described 5th installing plate 81 for driving
5th driving means 83 of the 5th feed belt 82 operating, be connected across described two the 5th installing plate 81 upper ends for described the
The non-defective unit button cell E that one transplanting machine hands 7 is brought carries out the guider 84 of arrangement guiding, front and back two is respectively and fixedly connected with connection
Before and after described, the extension board 85 of two the 5th installing plate 81 right-hand members, rear and front end are respectively fixedly connected with two extension boards before and after described
85 and be positioned on the right side of described guider 84 for the fixed dam 86 blocking button cell E, be fixedly connected on described before
Base plate 87 between rear two extension boards 85, the cylinder 88 being fixedly connected on described base plate 87, described outfeed belt line apparatus 8 is also
Including multiple sideboards 89 and the plurality of fixing baffle plate installing plate 80 being connected of sideboard 89, described baffle plate installing plate
80 can movably be arranged on the right side of described fixed dam 86 and fixing with the piston rod of described cylinder 88 be connected, described fix
It is provided with multiple for the plurality of movable through hole (not shown) passed through of sideboard 89 on baffle plate 86；Described guider
84 include gib block 841 arranged in parallel on many fore-and-aft directions, left and right two gib block installing plate 842, and described gib block is installed
Before and after plate 842, two ends are respectively fixedly connected with in described left and right two the 5th installing plate 81, and the left and right of described many gib blocks 841
Both sides are fixedly connected on the lower end of described left and right two gib block 841；Be formed as left between the left end of described adjacent two gib blocks 841
The tubaeform gap 8410 that the wide right side is narrow, and the opposite side of adjacent two gib blocks 841 is provided with guide groove 843, the described 5th transmits
Belt 82 is formed as a button cell E by path together with the guide groove 843 of described adjacent two gib blocks 841, and described adjacent two
The accommodating accommodating gap 844 of button cell E it is formed between the right-hand member of gib block 841, under the non-duty of cylinder, described
Sideboard 89 blocks above described accommodating gap 844.
It is the most mobile that the Main Function of described guider 84 is so that unordered button cell E can be arranged in a row ground.
It is also preferred that the left so that moving left and right of described baffle plate installing plate 80 is more smooth and easy, described base plate 87 and described baffle plate
Also axis bearing group 801 is also set up between installing plate 80.Described linear bearing group 801 is known technology, therefore not detailed at this
Repeat.
Such as Figure 19, shown in 20, described first, second automatic loading and unloading device 9,10 is all fixedly installed on an end gripper shoe 90
On, and described first, second automatic loading and unloading device 9,10 all include a feed bin 91, be connected to feed bin 91 upper end second transplanting
Mechanical hand 92, be connected to the lowering or hoisting gear 93 on the left of described feed bin 91, in described feed bin 91 before and after side be provided with belt conveyor
Line 94.Described feed bin 91 include two parallel be fixedly connected in gripper shoe of the described end 90 perpendicular side plate 911, be fixedly connected on two erect
Top board 912 on the left of side plate 911 upper end, described belt conveyor line 94 is arranged at described two and erects inside side plate 911.Described lifting dress
Put 93 and include that about one two ends are rotatably connected in gripper shoe of the described end 90 and the screw mandrel 931 of top board 912 by bearing, are consolidated respectively
Surely be connected in gripper shoe of the described end 90 for the motor 932 driving described screw mandrel 931 to rotate, left end and described screw mandrel 931
The pallet 933 for holding in the palm Revolving disc F connected.Under the driving of motor 932, screw mandrel 931 rotates, and drives on described pallet 933
Lower movement.
In the present embodiment, being fixedly connected with side mounting seat 901 on the left of gripper shoe of the described end 90, described motor 932 is fixed
Being connected in described side mounting seat 901, and the lower end of motor 932 is fixedly connected with a drivewheel, the lower end of described screw mandrel 931 is solid
Determining connection has driven pulley, described drivewheel to be connected by belt (not shown) with driven pulley.In other embodiments, described electricity
Machine 932 and screw mandrel 931 also can be by mode drive connections known to other.
It is also preferred that the left described first, second automatic loading/unloading fills the feed bin 91 of 9,10 can share three blocks of perpendicular side plates 911, i.e. three
Block erects side plate 911 and defines two feed bins 91, and the left and right sides of middle side plate 911 is respectively provided with described belt conveyor line 94.So,
Saving material, and structure entirety is more compact, minimizing takes up room.
The operation principle of described first, second automatic loading and unloading device 9,10 is: under initial condition, and second the most up and down
Bridged on two belt conveyor lines 94 of material device 10 a folded empty Revolving disc F, and the pallet 933 of lowering or hoisting gear 93 is positioned at two conveying skins
Between band wire 94, thus when pallet 933 rises under the driving of motor 932, i.e. hold up a folded empty Revolving disc F；At original shape
Under state, the pallet 933 of the lowering or hoisting gear 93 of described first automatic loading and unloading device 9 is positioned at the upper end of screw mandrel 931；Second automatically on
It is automatic that the empty Revolving disc F in one, the top of one folded empty Revolving disc F is transplanted to first by the second transplanting machine hands 92 of material device 12
On the pallet 933 of handling equipment 9, the first transplanting machine hands 7 of the first automatic loading and unloading device 9 captures outfeed belt line apparatus
8 right-hand members house the button cell E in gap 844 and are put on sky Revolving disc F, until empty Revolving disc F is filled；At motor 932
Under driving, the pallet 933 of the first automatic loading and unloading device 9 moves down the height of a Revolving disc F, and the second automatic loading and unloading device
The pallet 933 overhead Revolving disc F of 10 is often walked one by transplanting, and pallet 933 will rise the height of a Revolving disc F；Then
Before one empty Revolving disc F is transplanted on the first automatic loading and unloading device pallet 933 by two automatic loading and unloading devices 10 again
Install on the Revolving disc F of dish；First transplanting machine hands 7 of the first automatic loading and unloading device 9 is again from outfeed belt line
Capturing button cell E to be put on sky Revolving disc F, until filling, the pallet 933 of the first automatic loading and unloading device 9 moves down again
The height of one Revolving disc F.So circulation, until the pallet 933 of described first automatic loading and unloading device 10 moves down into two conveyings
All it is transplanted on two belt conveyor lines 94 between belt line 94 and by the Revolving disc F installing button cell E thereon, two conveyings
The Revolving disc F installing button cell E is sent by belt line 94.
When second transplanting machine hands 92 of the first automatic loading and unloading device 9 captures button cell E sabot, it is once to capture one
Row button cell E, is then placed in a ranking corresponding for Revolving disc F and puts, thus improve sabot efficiency.
Button cell E of the present invention cleans detection sabot all-in-one and also includes a frame 100, and described bearing plate 11 is fixing to be connected
In described frame 100 front end, described feeding belt line apparatus 2, screw rod pay-off 3, tread belt line apparatus 4, screw rod
Discharge device 5, test device the 6, first transplanting machine hands 7, transplanting belt line device 71, outfeed belt line apparatus 8, first are automatic
Handling equipment the 9, second automatic loading and unloading device 10 is respectively provided with in described frame 100.
The operation principle of the present invention: button cell E to be cleaned is conveyed into spiral conveying line 18 through feeding device 12, i.e.
Being sent between upper and lower guide plate 191,192 on first chute 193, then two first screw rods 181 of spiral conveying line 18 revolve
Turn, the button cell E entering the first chute 193 is driven high-pressure flushing device 13 sections, by the first coupler 131 from second
The water tank 140 button type battery E that draws water carries out high pressure rinse, and the water after flushing flows into the first water tank through the through hole of bottom guide 192
130；Button cell E after flushed is driven entrance cleanout fluid and brush cleaning device 14 sections by two first screw rods 181, clearly
Washing liquid nozzle 141 is driving the driving of motor 1432 to the button cell E jet cleaning liquid of process, upper and lower hairbrush 1433,1434
Lower high speed rotating, scrubs the upper and lower surface of the button cell E that the first screw rod 181 is brought, then by the second injection
Mouth 142 draws water from three-tank 150 and is rinsed the button cell E scrubbed through hairbrush, the cleaned liquid of flushed water and
The through hole of hairbrush flusher bottom guide 192 enters the second water tank 140；Button cell E rotarily drives through two first screw rods 181
Enter clear water flusher 15 sections, be rinsed by the clear water button type battery E outside clear water coupler 151 access, rinse
The water crossed flows to three-tank 150 through the through hole of clear water flusher 15 bottom guide 192；Button cell after clear water rinses
E rotarily drives entrance high pressure blow-dry device 16 sections through the first screw rod 181, introduces pressure-air through pressure-air coupler 161
Button type battery E dries up；Button cell E after drying up rotarily drives entrance drawing mechanism 17 through two first screw rods 181
The second feed belt 171；Along with transmission and the guiding of oblique guide plate 172 of the second feed belt 171, button cell E enters
Entering on screw rod pay-off 3, specifically, button cell E enters into the first guiding frid 32 of screw rod pay-off 3
On, under the driving of the second driving means 33, the second screw rod 31 rotates, and drives button cell E to guide frid 32 from first
Front end moves to rear end and enters on the 3rd feed belt 21 of feeding belt line apparatus 2；3rd feed belt 21 is with button
Formula battery E is from right toward moving left, and when moving to left end, under the driving of the 3rd driving means 54, described screw rod discharge fills
Put the 3rd screw rod 52 of 5 to rotate, button cell E is driven on the second guiding frid 53, and guide frid 53 from second
Move to from front to back on the porous feed belt 42 of tread belt line apparatus 4, and be arranged in the gap between two guide posts 44
In 441；When being booked a row button cell E in the gap 441 between two guide posts 44, just tread belt line apparatus more than 4
Wherein row's accommodating hole 421 operating on hole feed belt 42 puts in place, thus the row's button in the gap between two guide posts 44
Formula battery E just one_to_one corresponding falls in row's accommodating hole 421；Along with the transmission of porous feed belt 42, house button electricity
One row's accommodating hole 421 of pond E be conveyed into test between the upside probe 66 of device 6, downside probe 67, upside probe 66, under
Button cell E in accommodating hole 421 is detected by side probe 77；After detection, defective products is delivered to move by the first transplanting machine hands 7
Planting on the 4th feed belt 711 of belt line device 71, thus defective products is sent in NG magazine, non-defective unit is by the first transplanter
Tool hands 7 is delivered on the 5th feed belt 82 of described outfeed belt line apparatus 8；Along with the transmission of the 5th feed belt 82, button
Battery E enters in the gap, tubaeform gap 8410 of described adjacent gib block 841 right-hand member, then passes through road through described button cell E
Footpath moves in the accommodating gap 844 between the right-hand member of adjacent two gib blocks 841 always, and is blocked not by described fixed dam 86
Can move again；Now, cylinder 88 is turned right and is pulled baffle plate installing plate 90, and linkage sideboard 89 is toward moving right, and it is movable to expose
The button cell E that baffle plate 89 covers；Now, the second transplanting machine hands 92 of the first automatic loading and unloading device 9 capture described in expose
The button cell E come carries out sabot.
In sum, button cell E of the present invention clean sabot all-in-one can be automatically performed button cell E pan feeding, cleaning,
Dry up, detection entirely, defective products sorting, non-defective unit sabot rewinding, it is not necessary to as prior art by each operation of manual operation
Action, so button cell E of the present invention cleans, detection sabot all-in-one reliability is high, cleaning efficiency is high, moreover it is possible to ensure button electricity
The concordance of pond E performance, the button cell E mass that improves, potential safety hazard of stopping, reduce cost of labor, improve work efficiency and
Avoid the unstability of manual work.
During upper orientation describes, using the orientation of Fig. 1 as reference, it is front to clean device 1 place, tread belt line place
For rear, with clean device 1 feeding device 12 place as a left side, drawing mechanism 17 place is right.
Claims (10)
1. a button cell cleans detection sabot all-in-one, it is characterised in that: include being carried out for button type battery
Clean device, send for the button cell that described cleaning device sends being sent to the screw rod of a feeding belt line apparatus
Expect device, for the button cell that described feeding belt line apparatus sends is arranged in the spiral shell on a tread belt line apparatus
Swing arm discharge device, the test device being located on described tread belt line apparatus, for after described test device to test
Button cell carry out the first transplanting machine hands of defective products and non-defective unit sorting, for accepting the transplanting belt line of described defective products
Device, for accept described non-defective unit outfeed belt line apparatus, for receive and sabot described in outfeed belt line apparatus transmitted
First automatic loading and unloading device of the non-defective unit button cell come, for providing empty Revolving disc to described first automatic loading and unloading device
The second automatic loading and unloading device.
Button cell the most according to claim 1 cleans detection sabot all-in-one, it is characterised in that: described cleaning device bag
Include a bearing plate, from left to right be fixedly connected sequentially in described bearing plate feeding device, described feeding device brought
Button cell carry out high pressure rinse high-pressure flushing device, the button cell through high pressure rinse is carried out second time clean clear
Washing liquid and brush cleaning device, the button cell cleaned through second time is carried out the clear water flusher of clear water flushing, to warp
The button cell crossing clear water flushing carries out drying up the high pressure blow-dry device of action, the discharging dress derived by the button cell dried up
Put, described cleaning device also include for receive button cell that described feeding device sends and by button cell from a left side to
The right side is sent to the spiral conveying line of drawing mechanism always, is arranged at the first water below high-pressure flushing device from high-pressure flushing device
Case, it is arranged at the second water tank below cleanout fluid and brush cleaning device, is arranged at the three-tank below clear water flusher；
Described high-pressure flushing device, cleanout fluid and brush cleaning device, clear water flusher, high pressure blow-dry device are successively from low oblique toward height
To setting.
Button cell the most according to claim 2 cleans detection sabot all-in-one, it is characterised in that: described feeding device,
Drawing mechanism includes that the first feed belt and the second feed belt, described high-pressure flushing device, cleanout fluid and hairbrush clean respectively
Device, clear water flusher, high pressure blow-dry device all include upper guide plate and the bottom guide linked together, described upper guide plate with under
Guide plate is the most relatively fixedly connected between bearing plate, and described upper and lower guide plate and is provided with the first chute passed through for button cell,
Described first feed belt, the first chute, the second feed belt are from left to right interconnected, and described spiral conveying line includes two
One screw rod, this two first screw rod through described upper and lower guide plate lay respectively at both sides before and after the first chute, described under lead
The through hole run through up and down it is provided with on plate.
Button cell the most according to claim 3 cleans detection sabot all-in-one, it is characterised in that: described high pressure rinse fills
Putting and also include being connected to described upper guide plate and the first coupler on bottom guide, described first coupler two ends are respectively communicated with described
Second water tank and the first chute；Described cleanout fluid and brush cleaning device also include the remover liquid nozzle being connected to upper and lower guide plate
With the second coupler, also include that a brush cleaning device, described second coupler two ends are respectively communicated with the first chute and the 3rd water
Case, described brush cleaning device is arranged on the right side of remover liquid nozzle；Described clear water flusher also includes and described upper and lower guide plate
Clear water coupler that is that connect and that communicate with the first chute；Described high pressure blow-dry device also includes being connected to upper and lower guide plate
And the pressure-air coupler that communicates with the first chute.
Button cell the most according to claim 4 cleans detection sabot all-in-one, it is characterised in that: described hairbrush cleans dress
Put include being arranged at above described upper guide plate and be relatively fixed with bearing plate be connected upper mounted plate, be arranged under described bottom guide
Bearing plate described in Fang Bingyu is relatively fixed the bottom plate of connection, is connected to the driving motor above upper mounted plate, multiple upper hair
Brush, multiple lower hairbrush, a drive link, the plurality of upper hairbrush upper end is connected with upper mounted plate, under multiple lower hairbrush by bearing
End is connected with bottom plate by bearing, and the upper and lower side of described drive link is connected with upper and lower fixing plate by bearing the most respectively, and
The upper end of drive link is connected with the motor shaft driving motor, and described drive link upper end is provided with intermeshing with multiple upper hairbrush
Travelling gear, drive link lower end and multiple lower hairbrush are also equipped with intermeshing travelling gear.
6. clean detection sabot all-in-one according to the button cell described in claim 1 or 2 or 3 or 4 or 5, it is characterised in that: institute
State feeding belt line apparatus include one turn left from the right side transmit the 3rd feed belt, described screw rod pay-off include one fix
Seat, one end be connected to the second screw rod of described fixing seat by bearing, one end be fixedly connected on described fixing seat confession button
Battery process first guiding frid, drive described second screw rod rotate the second driving means, described second screw rod with
First guides frid arranged in parallel, and described first guides frid to be positioned at below the second screw rod, described first guiding groove
3rd belt line of the rear end of plate and described feeding belt line apparatus is connected, front end and the second feed belt of described drawing mechanism
Right side is connected.
Button cell the most according to claim 6 cleans detection sabot all-in-one, it is characterised in that: described tread belt line
Device is arranged at rear on the left of described feeding belt line apparatus, and it includes spaced the first installing plate of before and after two, is arranged at
The porous feed belt transmitted from left to right between described two first installing plates, be arranged on described first installing plate for
Drive the driving means of described porous feed belt, two guide posts being arranged on the left of described porous feed belt top, described
The upper left right septum of porous feed belt is provided with multiple rows of accommodating hole accommodating for button cell, two ends before and after described two guide posts
Be connected to described before and after on the first installing plate, described two guide posts are parallel to each other and spaced, thus two guide posts it
Between be formed one for button cell arrangement gap.
Button cell the most according to claim 7 cleans detection sabot all-in-one, it is characterised in that: described screw rod discharge
Device includes that a mounting seat, one end are connected to the 3rd screw rod of described mounting seat by bearing, before one rearwardly extending second
Guide frid, for drive described 3rd screw rod rotate the 3rd driving means, described second guiding groove front edge of board is with described
On the left of 3rd belt line of feeding belt line apparatus connect, between two guide posts of rear end and described tread belt line apparatus between
Gap communicates, to extended and guide between frid and described two guide posts described second before and after described 3rd screw rod
Above gap；Described screw rod discharge device also includes that an installing plate, the other end of described 3rd screw rod are connected by bearing
In described installing plate, described mounting seat is arranged on rear side of described tread belt line apparatus, and described installing plate is arranged at described feeding
On front side of belt line.
Button cell the most according to claim 8 cleans detection sabot all-in-one, it is characterised in that: described test device bag
The upside include and two be fixedly installed on the side plate of both sides before and after described tread belt line apparatus respectively, setting gradually from top to bottom supports
Before and after plate, upside probe installing plate, downside probe installing plate, downside gripper shoe, described upper support plate and downside gripper shoe
Two ends be fixedly connected on respectively described before and after biside plate, before and after described upside probe installing plate, downside probe installing plate two
End can slide up and down to be connected to before and after's side plate respectively, and probe installing plate lower end, upside connects upside probe, and described downside is visited
The upper end of pin installing plate connects downside probe, and described upside probe, downside probe are respectively arranged at described tread belt line
The both sides up and down of device, described test device also includes being fixedly connected on the first cylinder of described upper support plate, fixing connection
In the second cylinder of described downside gripper shoe, the piston rod of described first cylinder is fixing with upside probe installing plate to be connected, and second
The piston rod of cylinder is fixedly connected on downside probe installing plate.
10. clean detection sabot all-in-one, its feature according to the button cell described in claim 1 or 2 or 3 or 5 or 7 or 8 or 9
Be: described outfeed belt line apparatus include before and after two the 5th installing plate, the be arranged between described two the 5th installing plates the 5th
Feed belt, be connected on described 5th installing plate for drive the 5th feed belt operating the 5th driving means, be connected across
The non-defective unit button cell being used for bringing described first transplanting machine hands of described two the 5th installing plate upper ends carries out arrangement leads
To guider, front and back two be respectively and fixedly connected be connected to described before and after the extension board of two the 5th installing plate right-hand members, rear and front end divide
Be not fixedly connected on described before and after two extension boards and be positioned on the right side of described guider for blocking the fixing of button cell
Baffle plate, be fixedly connected on described before and after base plate between two extension boards, the cylinder that is fixedly connected on described base plate, described discharging
Belt line device also includes that multiple sideboard fixes the baffle plate installing plate being connected, described baffle plate with the plurality of sideboard
Installing plate can movably be arranged on the right side of described fixed dam and fix with the piston rod of described cylinder and be connected, described fixing
It is provided with multiple for the movable through hole passed through of the plurality of sideboard on baffle plate；Before and after described guider includes many
Gib block arranged in parallel on direction, left and right two gib block installing plate, before and after described gib block installing plate, two ends are fixed respectively
It is connected to described left and right two the 5th installing plate, and the left and right sides of described many gib blocks is fixedly connected on described left and right two guiding
The lower end of bar；Left wide right narrow tubaeform gap, and adjacent two gib blocks are formed as between the left end of described adjacent two gib blocks
Opposite side be provided with guide groove, described 5th feed belt is formed as a button together with the guide groove of described adjacent two gib blocks
Battery passes through path, is formed for the accommodating gap that button cell is accommodating, at cylinder between the right-hand member of described adjacent two gib blocks
Under non-duty, described sideboard blocks above described accommodating gap.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610700731.6A CN106229526B (en) | 2016-08-22 | 2016-08-22 | A kind of button cell cleaning detection sabot all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610700731.6A CN106229526B (en) | 2016-08-22 | 2016-08-22 | A kind of button cell cleaning detection sabot all-in-one machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106229526A true CN106229526A (en) | 2016-12-14 |
| CN106229526B CN106229526B (en) | 2018-12-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610700731.6A Active CN106229526B (en) | 2016-08-22 | 2016-08-22 | A kind of button cell cleaning detection sabot all-in-one machine |
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| Country | Link |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106623195A (en) * | 2016-12-28 | 2017-05-10 | 中国人民解放军海军工程大学 | Novel automatic cleaning equipment for zinc-silver batteries |
| CN107248498A (en) * | 2017-05-19 | 2017-10-13 | 杭州开浦科技有限公司 | Solar silicon wafers cleaning sorting line manipulator |
| CN109455345A (en) * | 2018-10-30 | 2019-03-12 | 卓越（苏州）自动化设备有限公司 | Button cell feeding device |
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| CN2418966Y (en) * | 2000-03-31 | 2001-02-14 | 武汉力兴电源股份有限公司 | Automatic cleaner for button batteries |
| CN201667361U (en) * | 2010-03-05 | 2010-12-08 | 力佳电源科技(深圳)有限公司 | Automatic battery cleaning equipment |
| CN202845383U (en) * | 2012-10-24 | 2013-04-03 | 常州市科翡焊接成套设备制造有限公司 | Button cell cleaning machine |
| JP2015103417A (en) * | 2013-11-26 | 2015-06-04 | 株式会社ノーリツ | Fuel cell power generation device |
| CN206040822U (en) * | 2016-08-22 | 2017-03-22 | 深圳市精实机电科技有限公司 | Button cell washs and detects sabot all -in -one |
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2016
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2418966Y (en) * | 2000-03-31 | 2001-02-14 | 武汉力兴电源股份有限公司 | Automatic cleaner for button batteries |
| CN201667361U (en) * | 2010-03-05 | 2010-12-08 | 力佳电源科技(深圳)有限公司 | Automatic battery cleaning equipment |
| CN202845383U (en) * | 2012-10-24 | 2013-04-03 | 常州市科翡焊接成套设备制造有限公司 | Button cell cleaning machine |
| JP2015103417A (en) * | 2013-11-26 | 2015-06-04 | 株式会社ノーリツ | Fuel cell power generation device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106623195A (en) * | 2016-12-28 | 2017-05-10 | 中国人民解放军海军工程大学 | Novel automatic cleaning equipment for zinc-silver batteries |
| CN106623195B (en) * | 2016-12-28 | 2019-02-22 | 中国人民解放军海军工程大学 | A kind of novel zinc-silver oxide cell automatic cleaning equipment |
| CN107248498A (en) * | 2017-05-19 | 2017-10-13 | 杭州开浦科技有限公司 | Solar silicon wafers cleaning sorting line manipulator |
| CN109455345A (en) * | 2018-10-30 | 2019-03-12 | 卓越（苏州）自动化设备有限公司 | Button cell feeding device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106229526B (en) | 2018-12-18 |
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