CN206040822U

CN206040822U - Button cell washs and detects sabot all -in -one

Info

Publication number: CN206040822U
Application number: CN201620915645.2U
Authority: CN
Inventors: 李洪波
Original assignee: Jingshi Electromechanical Science & Technology Co Ltd Shenzhen City
Current assignee: Jingshi Electromechanical Science & Technology Co Ltd Shenzhen City
Priority date: 2016-08-22
Filing date: 2016-08-22
Publication date: 2017-03-22
Anticipated expiration: 2026-08-22

Abstract

The utility model discloses a button cell washs and detects sabot all -in -one, it is including being used for carrying out abluent belt cleaning device to button cell, a hob material feeding unit for inciting somebody to action button cell that belt cleaning device conveying was come sends that a feeding belt is traditional thread binding to be put to, a hob discharge device for inciting somebody to action feeding belt is traditional thread binding to be put button cell that the conveying came and arranges that the belt is traditional thread binding puts in a test, stride and locate the traditional thread binding testing arrangement who puts of test belt, a transplant mechanical arm for being directed at the button cell after the testing arrangement test sorts, a transplant that the belt is traditional thread binding to be put for accepting the defective products, an outfeed belt is traditional thread binding to be put for accepting the non -defective unit, be used for receiving and the sabot outfeed belt is traditional thread binding to put unloader in the button cell's that the conveying came the first automation, be used for for unloader provides the second that empties all carousels the automatic unloader of going up in the first automation, thereby the utility model discloses the button cell pan feeding can be accomplished automatically, the sabot is washd, is weathered, is detected entirely, is sorted.

Description

A kind of button cell cleaning detection sabot all-in-one

Technical field

This utility model is related to a kind of button cell production device, more particularly to a kind of cleaning detection sabot one of button cell Body machine.

Background technology

With button cell range of application more and more extensively, demand is increasing, and the production cost of button cell will Ask more and more lower, quality requirements more and more higher.But occur that button cell surface has greasy dirt, granulated slag etc. miscellaneous in process of production Matter, button cell consistency of performance difference etc. are 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, rejected defective products and carry out the sabot rewinding of finished product.It is original The mode of production mostly is complete artificial or semi-artificial semi-mechanization operation, and manual cleaning, test, sabot, the efficiency carried are all very low, So as to production capacity is low, and manually 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.

Utility model content

The purpose of this utility model is to overcome disadvantages mentioned above, there is provided a kind of button cell cleaning detection sabot all-in-one.

For achieving the above object, the technical scheme adopted by this utility model is：

A kind of button cell cleaning detection sabot all-in-one, including the cleaning device cleaned for button type battery, For the button cell that the cleaning device sends to be sent to spiral lever material feeder, the use of feeding belt line apparatus In the button cell that the feeding belt line apparatus send is arranged in the screw rod discharge on tread belt line apparatus Device, the test device being located on the tread belt line apparatus, for described in test device test after button electricity Pond carries out the first transplanting machine handss of defective products and non-defective unit sorting, the transplanting belt line apparatus for accepting the defective products, use In the outfeed belt line apparatus for accepting the non-defective unit, the non-defective unit sent for reception outfeed belt line apparatus described in sabot First automatic loading and unloading device of button cell, for first automatic loading and unloading device provide the second of empty Revolving disc from Dynamic handling equipment.

The cleaning device include a bearing plate, be from left to right fixedly connected sequentially in the bearing plate feeding device, Carry out the high-pressure flushing device of high pressure rinse to the button cell that the feeding device is brought, to the button through high pressure rinse Battery carries out the cleanout fluid and brush cleaning device of second cleaning, the button cell to passing through second cleaning and carries out clear water punching The clear water flusher washed, the button cell to rinsing through clear water carry out drying up the high pressure blow-dry device of action, by what is dried up Drawing mechanism derived from button cell, the cleaning device are also included for receiving the button electricity that the feeding device sends Button cell is simultaneously sent to the spiral conveying line of drawing mechanism, is arranged at high pressure from high-pressure flushing device by pond from left to right always The first water tank below flusher, be arranged at cleanout fluid and brush cleaning device below the second water tank, be arranged at clear water punching Three-tank below cleaning device；The high-pressure flushing device, cleanout fluid and brush cleaning device, clear water flusher, high pressure Blow-dry device is angularly disposed from low past height successively.

The feeding device, drawing mechanism include the first feed belt and the second feed belt, the high pressure rinse respectively Device, cleanout fluid and brush cleaning device, clear water flusher, high pressure blow-dry device include the upper guide plate that links together with Bottom guide, the upper guide plate are provided with for buckleing with bottom guide relative being fixedly connected between bearing plate, and the upper and lower guide plate The first chute that formula battery passes through, first feed belt, the first chute, the second feed belt are from left to right interconnected, The spiral conveying line includes two first screw rods, and two first screw rod passes through the upper and lower guide plate and is located at first respectively Both sides before and after chute, are provided with the through hole for running through up and down on the bottom guide.

The high-pressure flushing device also includes the first coupler being connected on the upper guide plate and bottom guide, described first Coupler two ends are respectively communicated with second water tank and the first chute；The 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 including a brush cleaning device, the second coupler two ends difference The first chute and three-tank is connected, the brush cleaning device is arranged on the right side of remover liquid nozzle；The clear water flusher Also include clear water coupler that is being connected with the upper and lower guide plate and communicating with the first chute；The high pressure blow-dry device is also wrapped Include pressure-air coupler that is being connected to upper and lower guide plate and communicating with the first chute.

The brush cleaning device includes being arranged above the upper guide plate and be relatively fixed with bearing plate be connected upper solid Fixed board, be arranged at below the bottom guide and be relatively fixed with the bearing plate be connected bottom plate, be connected to upper mounted plate Top motor, multiple upper hairbrush, multiple lower hairbrush, a drive link, the plurality of upper hairbrush upper end by bearing with it is upper Fixed plate connects, and multiple lower hairbrush lower ends are connected with bottom plate by bearing, and the upper and lower side of the drive link also passes through respectively Bearing is connected with upper and lower fixing plate, and the upper end of drive link is connected with the motor shaft of motor, the drive link upper end with it is many Individual upper hairbrush is provided with intermeshing travelling gear, and drive link lower end is also equipped with intermeshing transmission with multiple lower hairbrush Gear.

The feeding belt line apparatus include the 3rd feed belt for turning left transmission from the right side, the spiral lever material feeder The second screw rod of the fixed seat, one end are connected to by bearing including a fixed seat, one end and are fixedly connected on the fixation The confession button cell of seat the first guiding frid for passing through, the second driving means for driving second screw rod rotation, described the Two screw rods are arranged in parallel with the first guiding frid, and the first guiding frid is located at below the second screw rod, described 3rd belt line of the rear end of the first guiding frid and the feeding belt line apparatus is connected, and the of front end and the drawing mechanism Connect on the right side of two feed belts.

The tread belt line apparatus are arranged at rear on the left of the feeding belt line apparatus, and which includes that before and after two is mutual Every the first installing plate, the porous feed belt for transmitting from left to right being arranged between described two first installing plates, be arranged at The driving means for driving the porous feed belt on first installing plate, two are arranged at the porous feed belt The guide post of left side top, on the porous feed belt, left and right is arranged at intervals with the accommodating accommodating hole of multiple rows of confession button cell, The rear and front end of two guide post is connected on first installing plate in front and back, and two guide post is parallel to each other and phase Mutually it is spaced, so as to be formed with a gap arranged for button cell between two guide posts.

The screw rod discharge device includes that a mounting seat, one end are connected to the 3rd spiral of the mounting seat by bearing Bar, rearwardly extending the second guiding frid before, the 3rd driving means for driving the 3rd screw rod rotation, described the Connect on the left of two guiding groove front edge of board and the 3rd belt line of the feeding belt line apparatus, rear end is traditional thread binding with the tread belt Gap between two guide posts put communicates, before and after the 3rd screw rod to be extended and positioned at described second guiding frid Above the gap between two guide post；The screw rod discharge device also includes an installing plate, the 3rd screw rod The other end installing plate is connected to by bearing, the mounting seat is arranged on rear side of the tread belt line apparatus, described Installing plate is arranged on front side of the feeding belt line.

The test device includes two being fixedly installed on the side plate of both sides before and after the tread belt line apparatus respectively, from upper And under set gradually upper support plate, upside probe installing plate, downside probe installing plate, downside gripper shoe, it is described collateral The rear and front end of fagging and downside gripper shoe be respectively fixedly connected on it is described before and after biside plate, the upside probe installing plate, The rear and front end of downside probe installing plate can slide up and down to respectively and be connected to before and after's side plate, the connection of upside probe installing plate lower end The upper end for having upside probe, the downside probe installing plate is connected with downside probe, and the upside probe, downside probe difference The both sides up and down of the tread belt line apparatus are arranged at, the test device also includes being fixedly connected on the upper support plate The first cylinder, be fixedly connected on the second cylinder of the downside gripper shoe, piston rod and the upside probe of first cylinder Installing plate is fixedly connected, and the piston rod of the second cylinder is fixedly connected on downside probe installing plate.

The outfeed belt line apparatus include the 5th installing plate of before and after two, be arranged between described two the 5th installing plates Five feed belts, be connected on the 5th installing plate be used for drive the 5th feed belt operating the 5th driving means, bridging In described two the 5th installing plate upper ends for arranging to the non-defective unit button cell that the first transplanting machine handss are brought The guider of guiding, in front and back two be respectively and fixedly connected be connected to it is described before and after the 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 on the right side of the guider for blocking consolidating for button cell Determine baffle plate, be fixedly connected on it is described before and after base plate between two extension boards, the cylinder being fixedly connected on the base plate, it is described go out Material belt line apparatus also include the baffle plate installing plate that multiple sideboards are fixedly connected with the plurality of sideboard, the gear Plate installing plate can be movably arranged on the right side of the fixed dam and is fixedly connected with the piston rod of the cylinder, described solid Determine to be provided with baffle plate multiple the through hole for passing through is moved forward and backward for the plurality of sideboard；Before the guider includes many Gib block arranged in parallel, two gib block installing plates of left and right in rear direction, the rear and front end of the gib block installing plate are solid respectively Surely two the 5th installing plates of the left and right are connected to, and the left and right sides of many gib blocks is fixedly connected on the 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 adjacent two gib block, and adjacent two are oriented to The opposite side of bar is provided with guide groove, and the 5th feed belt is formed as a button together with the guide groove of adjacent two gib block Formula battery is formed with the accommodating gap housed for button cell, in gas by path between the right-hand member of adjacent two gib block Under the non-working condition of cylinder, the sideboard is blocked above the accommodating gap.

The beneficial effects of the utility model are：This utility model button cell cleaning sabot all-in-one can be automatically performed to be buckled Formula battery pan feeding, clean, dry up, full inspection survey, defective products sorting, non-defective unit sabot rewinding, it is not necessary to pass through as prior art Each process actions, Fully-mechanized operation are manually operated to cause reliability height, cleaning efficiency high, moreover it is possible to ensure button cell performance Concordance, improve button cell quality, prevent potential safety hazard, reduce cost of labor, improve work efficiency and avoid artificial The unstability of operation；Button cell can be scrubbed very clean by brush cleaning device, it is to avoid waste water and cleanout fluid.

Description of the drawings

Schematic perspective views of the Fig. 1 for this utility model all-in-one；

Schematic perspective views of the Fig. 2 for another angle of this utility model all-in-one；

Vertical view enlarged diagrams of the Fig. 3 for this utility model all-in-one；

Fig. 4 is this utility model all-in-one cleaning device solid enlarged diagram；

Fig. 5 is this utility model all-in-one cleaning device main view enlarged diagram；

Fig. 6 is the upper and lower guide plate of this utility model all-in-one and spiral bar assembly enlarged diagram；

Enlarged diagrams of the Fig. 7 for this utility model all-in-one feeding device；

Enlarged diagrams of the Fig. 8 for this utility model all-in-one drawing mechanism；

Fig. 9 is this utility model all-in-one hairbrush cleaning dress enlarged diagram；

Figure 10 is the enlarged diagram according to part A in Fig. 2；

Figure 11 is the enlarged diagram according to part B in 3；

Enlarged diagrams of the Figure 12 for the tread belt line apparatus of this utility model all-in-one；

Screw rod discharge device enlarged diagrams of the Figure 13 for this utility model all-in-one；

Test device enlarged diagrams of the Figure 14 for this utility model all-in-one；

Amplification schematic perspective views of the Figure 15 for the outfeed belt line apparatus of this utility model all-in-one；

Amplification schematic top plan views of the Figure 16 for the outfeed belt line apparatus of this utility model all-in-one；

Figure 17 is the enlarged diagram according to C portion in Fig. 2；

Figure 18 is the enlarged diagram according to D parts in Figure 15；

Amplification schematic perspective views of the Figure 19 for first, second automatic loading and unloading device of this utility model all-in-one；

Amplification schematic top plan views of the Figure 20 for first, second automatic loading and unloading device of this utility model all-in-one.

Specific embodiment

As shown in Figure 1, 2, 3, this utility model button cell cleaning detection sabot all-in-one is included for button type battery E The cleaning device 1 that cleaned, the button cell E for the cleaning device 1 is sent send a feeding belt line to The spiral lever material feeder 3 of device 2, for the button cell E that the feeding belt line apparatus 2 send is arranged in a survey Try the screw rod discharge device 5 on belt line apparatus 4, the test device 6 being located on the tread belt line apparatus 4, be used for Button cell E after testing to the test device 6 described in carries out the first transplanting machine handss 7 that defective products sorted with non-defective unit, is used for Accept the defective products transplant belt line apparatus 71, the outfeed belt line apparatus 8 for accepting the non-defective unit, for receive simultaneously First automatic loading and unloading device 9 of the non-defective unit button cell E that outfeed belt line apparatus 8 described in sabot send, for institute State the second automatic loading and unloading device 10 that the first automatic loading and unloading device 9 provides empty Revolving disc F.

As shown in Fig. 4,5,6,7,8, the cleaning device 1 include a bearing plate 11, be from left to right fixedly connected sequentially in The feeding device 12 of the bearing plate 11, the high pressure for carrying out high pressure rinse to the button cell E that the feeding device 12 is brought It is flusher 13, the cleanout fluid and brush cleaning device 14 that carry out second cleaning to the button cell E through high pressure rinse, right The clear water flusher 15 of clear water flushing, the button electricity to rinsing through clear water are carried out through the button cell E of second cleaning Pond E carries out drying up the high pressure blow-dry device 16 of action, by drawing mechanism 17 derived from the button cell E for drying up, the cleaning dress Putting 1 is also included for receiving button cell E that the feeding device 12 sends and by button cell E from left to right from high pressure Spiral conveying line 18 that flusher 13 is sent to drawing mechanism 17 always, the first water being arranged at below high-pressure flushing device 13 Case, be arranged at cleanout fluid and brush cleaning device 14 below the second water tank, be arranged at below clear water flusher 15 the 3rd Water tank.

The 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 toward high angularly disposed, thus, can prevent the water of previous station from taking next station to.

In the present embodiment, first water tank includes being arranged at the first waste water water tank below high-pressure flushing device 13 1301 and the first circulation water tank 1302 that is connected to below the first waste water water tank 1301, second water tank includes arranging The second waste water water tank 1401 below the cleanout fluid and brush cleaning device 14 and it is connected to the second waste water water tank 1401 second circulation water tank 1402, the three-tank include being arranged at the three wastes water tank below clear water flusher 15 1501 and it is connected to the 3rd cyclic water tank 1502 of the three wastes water tank 1501.In other embodiments, it is described each Waste water water tank and the cyclic water tank of water tank unites two into one.

In the present embodiment, the feeding device 12, drawing mechanism 17 adopt belt line transporter, respectively including the One feed belt 121 and the second feed belt 171, the high-pressure flushing device 13, cleanout fluid and brush cleaning device 14, clear water Flusher 15, high pressure blow-dry device 16 include upper guide plate 191 and the bottom guide 192 for linking together, the upper guide plate 191 It is provided with for button electricity with relative being fixedly connected between bearing plate 11, and the upper and lower guide plate 191,192 of bottom guide 192 The first chute 193 that pond E passes through, first feed belt 121, the first chute 193, the second feed belt 171 are from left to right It is interconnected, the spiral conveying line 18 includes two first screw rods 181, two first screw rod 181 upper and lower is led through described Plate 191,192 respectively positioned at both sides before and after first chute 193, is provided with the through hole for running through up and down on the bottom guide 192 （It is not shown）, for the water tank below the water Liu Dao on button cell E.Using the load mode of spiral conveying line 18 so that button Formula battery E will not card machine in cleaning process.

Preferably, being that first feed belt 121 is in left height from low toward high angularly disposed other parts corresponding to other Right low angularly disposed, the second feed belt 171 is in left low right high angularly disposed.

The feeding device 12 also includes inverted U-shaped guide plate 122 of the back-off on first feed belt 121, the U Be formed as the second chute for just passing through for button cell E between shape guide plate 122 and the first feed belt 121（It is not shown）If, Put the inverted U-shaped guide plate 122 and be advantageous in that button cell E can be enabled to be ordered in second chute to be entered back into Spiral conveying line 18.

The spiral conveying line 18 is also respectively fixedly connected with the location-plate at 11 or so two ends of the bearing plate including two 182nd, one is used for driving the first driving means 183 of the rotation of described two first screw rod 181, described two first screw rods 181 Left and right two ends are connected to two ends location-plate 182 by bearing respectively.The first driving means 183 include being connected to right-hand member positioning The first motor 1830, two on plate 182 is respectively fixedly connected with the intermeshing transmission of 181 right-hand member of described two first screw rods Gear, the motor shaft of first motor are connected with a drivewheel, and it is driven that 181 right-hand member of wherein one first screw rod is connected with one Wheel, the drivewheel are connected by a belt with driven pulley（It is not shown）.So as 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.

The drawing mechanism 17 also includes the oblique guide plate 172 for being arranged at top on the right side of second feed belt 171, Under the guiding of the oblique guide plate 172, the button cell E on second feed belt 17 is admitted to the spiral conveying line 18。

Because the feeding device 12, drawing mechanism 17 are disposed as belt line transporter, and belt line transporter Using known technology, therefore here is not described in detail.

The high-pressure flushing device 13 is also including the first coupler on being connected to the upper guide plate 191 and bottom guide 192 131,131 two ends of the first coupler are respectively communicated with second water tank 140 and the first chute 193.

The cleanout fluid and brush cleaning device 14 also include the remover liquid nozzle 141 for being connected to upper and lower guide plate 191,192 With the second coupler 142, also including a brush cleaning device 143,142 two ends of the second coupler are respectively communicated with the first chute 193 and three-tank 150, the brush cleaning device 1 is arranged on the right side of remover liquid nozzle 141.

As shown in Fig. 4,9, the brush cleaning device 143 includes being arranged above the upper guide plate 191 and and bearing plate 11 are relatively fixed the upper mounted plate 1430 of connection, are arranged at below the bottom guide 192 and are relatively fixed with the bearing plate 11 The bottom plate 1431 of connection, the motor 1432 being connected to above upper mounted plate 1430, multiple upper hairbrush 1433, it is multiple under Hairbrush 1434, a drive link 1435, the plurality of 1433 upper end of upper hairbrush are connected with upper mounted plate 1430 by bearing, it is multiple under 1434 lower end of hairbrush is connected with bottom plate 1431 by bearing, the upper and lower side of the drive link 1435 also respectively by bearing with Upper and lower fixing plate 1430,1431 connects, and the upper end of drive link 1435 is connected with the motor shaft of motor 1432, the biography 1435 upper end of lever and multiple upper hairbrush 1433 are provided with intermeshing travelling gear (not shown), 1435 lower end of drive link with Multiple lower hairbrush 1434 are also equipped with intermeshing travelling gear.So as under the driving of motor 1432, the transmission Bar 1435 rotates, and under the drive of travelling gear, upper hairbrush 1433 rotates the upper and lower surface of button type battery E with lower hairbrush 1434 Scrubbed.

The upper guide plate 191 is not limited with the shape of bottom guide 192, as long as its function can be realized.

Hairbrush be not easy in long-term work it is dirty, so as to being not in cause button cell E brushes because hairbrush is clean Sordid situation, and multiple upper and lower hairbrush 1433,1434 are provided with, so that a button cell E is from left to right Transmit process in can many times of Jing scrubs, so as to button cell E can be cleaned very clean, it is to avoid waste water and cleanout fluid.

It is that the clear water flusher 15 also includes being connected with the upper and lower guide plate 191,192 and with 193 phase of the first chute Logical clear water coupler 151.

The high pressure blow-dry device 16 also include be connected to upper and lower guide plate 191,192 and with 193 phase of the first chute Logical pressure-air coupler 161.

As shown in figure 1, in the present embodiment, preferably, the cleaning device 1 also includes that being fixedly connected on the left and right determines Position plate 182 and upper and lower guide plate 191, the shutter 19 of 192 front ends, the shutter 19 can avoid staff from reaching into clearly Cause to accidentally injure in cleaning device 1.

As shown in Figure 1,3, the feeding belt line apparatus 2 are arranged on rear side of the cleaning device 1, the feeding belt line Device 2 adopts known belt line transfer structure, and which includes the 3rd feed belt 21 for turning left transmission from the right side.

As shown in Fig. 2,3,9,10, the spiral lever material feeder 3 includes that a fixed seat 30, one end is connected by bearing The confession button cell E that the fixed seat 30 is fixedly connected in the second screw rod 31, one end of the fixed seat 30 pass through the One guiding frid 32, the second driving means 33 for driving the rotation of the second screw rod 31, second screw rod 31 and first Guiding frid 32 is arranged in parallel, and the first guiding frid 32 is located at below the second screw rod 31, first guiding 3rd feed belt 21 of the rear end of frid 32 and the feeding belt line apparatus 2 is connected, front end and the drawing mechanism 17 Connect on the right side of second feed belt 171.

Second driving means 33 include a motor mounting plate 331, are fixedly connected on the motor mounting plate 331 Second motor（It is not shown）, be fixedly connected with the motor shaft of second motor drivewheel 332, be fixed on second spiral The driven pulley 333 of 31 rear end of bar, the belt 334 for connecting the drivewheel 332 and driven pulley 333.

In the present embodiment, it is preferably, the fixed seat 30 is arranged on rear side of the feeding belt line apparatus 2 and described Second screw rod 31 is arranged with 21 Relative vertical of the 3rd feed belt of the feeding belt line.

As shown in Fig. 1,2,3,12, after the tread belt line apparatus 4 are arranged on the left of the feeding belt line apparatus 2 Side, which includes the first spaced installing plate 41 of before and after two, is arranged between described two first installing plates 41 from left to right The porous feed belt 42 of transmission, the drive for driving the porous feed belt 42 being arranged on first installing plate 41 Dynamic device 43, two is arranged at the guide post 44 of top on the left of the porous feed belt 42, left on the porous feed belt 42 Right septum is provided with the accommodating accommodating holes 421 of multiple rows of confession button cell E, and the rear and front end of two guide post 44 is connected to Before and after described on first installing plate 41, two guide post 44 is parallel to each other and spaced, so as to shape between two guide posts 44 Gaps 441 of the Cheng Youyi for button cell E arrangements.

The structure of the driving means 43 and its known technology is adopted with the drive connection of porous feed belt 42, therefore do not exist This is described in detail.

As shown in Fig. 1,2,3,13, the screw rod discharge device 5 includes that a mounting seat 51, one end is connected to by bearing Rearwardly extending second guiding frid 53 before 3rd screw rod 52, of the mounting seat 51, for driving the 3rd spiral 3rd driving means 54 of the rotation of bar 52, second guiding 53 front end of frid are passed with the 3rd of the feeding belt line apparatus 2 Send, the gap 441 between rear end and two guide posts 44 of the tread belt line apparatus 4 communicates, described To the gap being extended and between the described second guiding frid 53 and two guide post 44 before and after 3rd screw rod 52 Above in the of 440；The screw rod discharge device 5 also includes an installing plate 55, and the other end of the 3rd screw rod 52 passes through bearing The installing plate 55 is connected to, the mounting seat 51 is arranged on rear side of the tread belt line apparatus 4, and the installing plate 55 is arranged On front side of the feeding belt line apparatus 2.

The 3rd driving means 54 for driving the rotation of the 3rd screw rod 52 can be any known feasible Mechanism, therefore be not described in detail herein.

As shown in Fig. 1,2,3,14, the test device 6 includes that two are fixedly installed on the tread belt line apparatus 4 respectively The side plate 61 of both sides, the upper support plate 62 for setting gradually from top to bottom, upside probe installing plate 63, downside probe are installed in front and back Plate 64, downside gripper shoe 65, the upper support plate 62 are respectively fixedly connected on institute with the rear and front end of downside gripper shoe 65 State before and after's biside plate 61, the upside probe installing plate 63, the rear and front end of downside probe installing plate 64 can slide up and down respectively Be connected to before and after side and be connected to before and after's side plate 61,63 lower end of upside probe installing plate is connected with upside probe 66, the downside The upper end of probe installing plate 64 is connected with downside probe 67, and the upside probe 66, downside probe 67 be respectively arranged at it is described The both sides up and down of tread belt line apparatus 4, the test device 6 also include being fixedly connected on the first of the upper support plate 62 Cylinder 68, the second cylinder 69 for being fixedly connected on the downside gripper shoe 65, piston rod and the upside of first cylinder 68 are visited Pin installing plate 63 is fixedly connected, and the piston rod of the second cylinder 69 is fixedly connected on downside probe installing plate 64.

In the present embodiment, preferably, the 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 includes relatively-stationary upper and lower two-ply, and a wherein laminate is used for being fixedly connected on gas The piston rod of cylinder, in addition a laminate are used for linking probe.

The button cell E for after testing to the test device 6 described in carries out the first of defective products and non-defective unit sorting Transplanting machine handss 7 are known technology, therefore here is not repeated.

Described to transplant the right side that belt line apparatus 71 are arranged at the tread belt line apparatus 4, which includes one from after going to 4th feed belt 711 of transmission, in the present embodiment, the transplanting belt line apparatus 71 are using known belt line transmission knot Structure, therefore here is not described in detail.Preferably, the rear side of the 4th feed belt 711 is provided with NG magazines（It is not shown）.

As shown in Fig. 1,2,3,15,16,17,18, the outfeed belt line apparatus 8 include the 5th installing plate 81 of before and after two, It is arranged at the 5th feed belt 82 between described two the 5th installing plates 81, is connected on the 5th installing plate 81 for driving 5th driving means 83 of the operating of the 5th feed belt 82, be connected across 81 upper end of described two the 5th installing plates for described the The non-defective unit button cell E that one transplanting machine handss 7 are brought is carried out arranging the guider 84 of guiding, two is respectively and fixedly connected with connection in front and back Before and after described, the extension board 85, rear and front end of two the 5th installing plates, 81 right-hand member is respectively fixedly connected with two extension boards before and after described 85 and be located at the guider 84 on the right side of the fixed dam 86 for blocking button cell E, be fixedly connected on it is described before Base plate 87 afterwards between two extension boards 85, the cylinder 88 being fixedly connected on the base plate 87, the outfeed belt line apparatus 8 are also Including multiple sideboards 89, the baffle plate installing plate 80 being fixedly connected with the plurality of sideboard 89, the baffle plate installing plate 80 can be movably arranged on the right side of the fixed dam 86 and are fixedly connected with the piston rod of the cylinder 88, the fixation It is provided with baffle plate 86 multiple for the movable through hole for passing through of the plurality of sideboard 89（It is not shown）；The guider 84 include gib block 841 arranged in parallel on many fore-and-aft directions, two gib block installing plates 842 of left and right, and the gib block is installed The rear and front end of plate 842 is respectively fixedly connected with two the 5th installing plates 81 of the left and right, and the left and right of many gib blocks 841 Both sides are fixedly connected on the lower end of two gib blocks 841 of the left and right；Be formed as left between the left end of adjacent two gib block 841 The narrow tubaeform gap 8410 in the wide right side, and the opposite side of adjacent two gib block 841 is provided with guide groove 843, the 5th transmission Belt 82 is formed as a button cell E together with the guide groove 843 of adjacent two gib block 841 by path, and described adjacent two The accommodating gap 844 housed for button cell E is formed between the right-hand member of gib block 841, it is under the non-working condition of cylinder, described Sideboard 89 is blocked above the accommodating gap 844.

It is mobile in order that the Main Function of the guider 84 is so that unordered button cell E can be arranged in a row ground.

Preferably, in order that moving left and right for the baffle plate installing plate 80 is more smooth, the base plate 87 and the baffle plate Also axis bearing group 801 is also set up between installing plate 80.The linear bearing group 801 is known technology, therefore here is not detailed Repeat.

As shown in Figure 19,20, first, second automatic loading and unloading device 9,10 is fixedly installed on a bottom gripper shoe 90 On, and first, second automatic loading and unloading device 9,10 include a feed bin 91, be connected to 91 upper end of feed bin second transplanting Mechanical hand 92, the lowering or hoisting gear 93 being connected on the left of the feed bin 91, in the feed bin 91, side is provided with belt conveyor in front and back Line 94.The feed bin 91 include the two parallel perpendicular side plates 911 being fixedly connected in the bottom gripper shoe 90, be fixedly connected on two erect Top board 912 on the left of 911 upper end of side plate, the belt conveyor line 94 are arranged on the inside of described two perpendicular side plates 911.The lifting dress Putting 93 includes that upper and lower ends are rotatably connected the screw mandrel 931 in the bottom gripper shoe 90 and top board 912, are consolidated by bearing respectively Surely the motor 932, left end and the screw mandrel 931 for driving the rotation of the screw mandrel 931 being connected in the bottom gripper shoe 90 The pallet 933 for holding in the palm Revolving disc F of connection.Under the driving of motor 932, screw mandrel 931 rotates, and drives on the pallet 933 Lower movement.

In the present embodiment, side mounting seat 901 is fixedly connected with the left of the bottom gripper shoe 90, the motor 932 is fixed It is connected in the side mounting seat 901, and the lower end of motor 932 is fixedly connected with a drivewheel, the lower end of the screw mandrel 931 is solid Surely driven pulley is connected with, the drivewheel passes through belt with driven pulley（It is not shown）Connection.In other embodiments, the electricity Machine 932 also can be by mode drive connection known to other with screw mandrel 931.

Preferably, first, second automatic loading/unloading fills 9,10 feed bin 91 can share three blocks of perpendicular side plates 911, i.e., three The perpendicular side plate 911 of block defines two feed bins 91, and the left and right sides of middle side plate 911 is respectively provided with the belt conveyor line 94.Thus, Material is saved, and structure is integrally more compact, reduction takes up room.

The operation principle of first, second automatic loading and unloading device 9,10 is：Under initial condition, second automatically up and down Bridging on two belt conveyor lines 94 of material device 10 has a folded sky Revolving disc F, and the pallet 933 of lowering or hoisting gear 93 is positioned at two conveying skins Between band wire 94, so as to when rising under driving of the pallet 933 in motor 932, that is, hold up a folded sky Revolving disc F；In original shape Under state, the pallet 933 of the lowering or hoisting gear 93 of first automatic loading and unloading device 9 is located at the upper end of screw mandrel 931；Second automatically on It is automatic that the sky Revolving disc F of the top one of one folded sky Revolving disc F is transplanted to first by the second transplanting machine handss 92 of material device 12 On the pallet 933 of handling equipment 9, the crawl outfeed belt line apparatus of the first transplanting machine handss 7 of the first automatic loading and unloading device 9 Button cell E in the accommodating gap 844 of 8 right-hand members is put on sky Revolving disc F, until empty Revolving disc F is filled；In 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 10 933 overhead Revolving disc F of pallet is often walked one by transplanting, and pallet 933 will rise the height of a Revolving disc F；Then Before two automatic loading and unloading devices 10 are transplanted to a sky Revolving disc F on the first automatic loading and unloading device pallet 933 again Install on the Revolving disc F of disk；First transplanting machine handss 7 of the first automatic loading and unloading device 9 are again from outfeed belt line Crawl button cell E is put on sky Revolving disc F, until filling, and the pallet 933 of the first automatic loading and unloading device 9 is moved down again The height of one Revolving disc F.So circulate, until the pallet 933 of 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 for installing button cell E thereon, two conveyings The Revolving disc F for installing button cell E is sent by belt line 94.

During the crawl button cell E sabots of the second transplanting machine handss 92 of the first automatic loading and unloading device 9, it is once to capture one Row button cell E, is then placed in the corresponding rankings of Revolving disc F and puts, so as to improve sabot efficiency.

This utility model button cell E cleaning detection sabot all-in-ones also include a frame 100, and the bearing plate 11 is fixed It is connected to 100 front end of the frame, the feeding belt line apparatus 2, spiral lever material feeder 3, tread belt line apparatus 4, spiral shell Swing arm discharge device 5, test device 6, the first transplanting machine handss 7, transplanting belt line apparatus 71, outfeed belt line apparatus 8, first Automatic loading and unloading device 9, the second automatic loading and unloading device 10 are respectively provided with the frame 100.

Operation principle of the present utility model:Button cell E Jing feeding devices to be cleaned 12 are conveyed into spiral conveying line 18, that is, it is sent between upper and lower guide plate 191,192 on first chute 193, then two first screw rods of spiral conveying line 18 Button cell E into the first chute 193 is driven 13 sections of high-pressure flushing device, by the first coupler 131 by 181 rotations High pressure rinse is carried out from the second water tank 140 button type battery E that draws water, the through hole of the water Jing bottom guides 192 after flushing flows into the One water tank 130；Button cell E Jing after flushed is driven into cleanout fluid and brush cleaning device by two first screw rods 181 14 sections, to the button cell E jet cleaning liquid for passing through, upper and lower hairbrush 1433,1434 is in motor for remover liquid nozzle 141 Rotated under 1432 driving at a high speed, the upper and lower surface of the button cell E brought to the first screw rod 181 is scrubbed, then is led to Cross the second coupler 142 to be rinsed from the button cell E that three-tank 150 draws water to scrubbing through hairbrush, flushed water The through hole of cleaned liquid and hairbrush flusher bottom guide 192 enters the second water tank 140；Two first screw rods of button cell E Jing 181 rotarily drive into 15 sections of clear water flusher, and the clear water button type battery E for accessing outside by clear water coupler 151 enters Row is rinsed, and the through hole stream of flushed 15 bottom guide 192 of water Jing clear water flusher enters three-tank 150；Rinse through clear water The first screw rods of button cell E Jing 181 afterwards are rotarily driven into 16 sections of high pressure blow-dry device, Jing pressure-airs coupler 161 Introduce pressure-air button type battery E to be dried up；Two first screw rods 181 of button cell E Jing after drying up rotarily drive into Enter the second feed belt 171 of drawing mechanism 17；With transmission and the guiding of oblique guide plate 172 of the second feed belt 171, Button cell E is entered on spiral lever material feeder 3, specifically, and button cell E enters into the of spiral lever material feeder 3 On one guiding frid 32, under the driving of the second driving means 33, the second screw rod 31 rotates, and drives button cell E from first The front end of guiding frid 32 moves to rear end and enters on the 3rd feed belt 21 of feeding belt line apparatus 2；3rd transmission Belt 21 is moved left from the right side is past with button cell E, when left end is moved to, under the driving of the 3rd driving means 54, described 3rd screw rod 52 of screw rod discharge device 5 rotates, and button cell E is driven on the second guiding frid 53, and from second Moved on guiding frid 53 from front to back on the porous feed belt 42 of tread belt line apparatus 4, and be arranged in two guide posts In gap 441 between 44；When a row button cell E is booked in the gap 441 between two guide posts 44, just tread belt Wherein row's accommodating hole 421 on the porous feed belt 42 of line apparatus 4 operates in place, so as to the gap between two guide posts 44 Interior row's button cell E is just corresponded and is fallen in row's accommodating hole 421；With the transmission of porous feed belt 42, hold The row's accommodating hole 421 for having put button cell E is conveyed between the upside probe 66 of test device 6, downside probe 67, upside Probe 66, downside probe 77 are detected to the button cell E in accommodating hole 421；After detection, the first transplanting machine handss 7 will not Non-defective unit is sent on the 4th feed belt 711 for transplanting belt line apparatus 71, so as to defective products is sent in NG magazines, non-defective unit quilt First transplanting machine handss 7 are sent on the 5th feed belt 82 of the outfeed belt line apparatus 8；With the 5th feed belt 82 Transmission, button cell E are entered in 8410 gap of tubaeform gap of 841 right-hand member of adjacent gib block, then button electricity described in Jing Pond E is moved in the accommodating gap 844 between the right-hand member of adjacent two gib block 841 always by path, and by the fixed gear Plate 86 is blocked and can not be moved again；Now, cylinder 88 is turned right and pulls baffle plate installing plate 90, and linkage sideboard 89 is past to move right, Expose the button cell E covered by sideboard 89；Now, the second transplanting machine handss 92 of the first automatic loading and unloading device 9 are grabbed Taking the button cell E for exposing carries out sabot.

In sum, this utility model button cell E cleaning sabot all-in-one can be automatically performed button cell E pan feedings, Clean, dry up, full inspection is surveyed, defective products is sorted, non-defective unit sabot rewinding, it is not necessary to as prior art by manually operating each Process actions, so this utility model button cell E cleaning detection sabot all-in-one reliability height, cleaning efficiency are high, moreover it is possible to protect The concordance of button cell E performances is demonstrate,proved, button cell E mass is improved, is prevented potential safety hazard, reduce cost of labor, improve work Make efficiency and avoid the unstability of manual work.

In upper orientation description, using the orientation of Fig. 1 as reference, it is located as front with cleaning device 1, tread belt line is located For rear, it is located as a left side with the feeding device 12 of cleaning device 1, drawing mechanism 17 is located for the right side.

Claims

1. a kind of button cell cleaning detects sabot all-in-one, it is characterised in that：Including what is cleaned for button type battery Cleaning device, the screw rod for the button cell that the cleaning device sends to be sent to feeding belt line apparatus send Material device, for the button cell that the feeding belt line apparatus send is arranged in the spiral shell on tread belt line apparatus Swing arm discharge device, the test device being located on the tread belt line apparatus, for described in test device test after Button cell carry out the first transplanting machine handss of defective products and non-defective unit sorting, the transplanting belt line for accepting the defective products Device, the outfeed belt line apparatus for accepting the non-defective unit, for reception and described in sabot, outfeed belt line apparatus were transmitted First automatic loading and unloading device of the non-defective unit button cell for coming, for providing empty Revolving disc to first automatic loading and unloading device The second automatic loading and unloading device.

2. button cell cleaning according to claim 1 detects sabot all-in-one, it is characterised in that：The cleaning device bag Include a bearing plate, be from left to right fixedly connected sequentially in the bearing plate feeding device, the feeding device brought Button cell carries out the high-pressure flushing device of high pressure rinse, carries out the clear of second cleaning to the button cell through high pressure rinse Washing liquid and brush cleaning device, the button cell to passing through second cleaning carry out the clear water flusher of clear water flushing, to Jing The button cell for crossing clear water flushing is carried out drying up the high pressure blow-dry device of action, fills discharging derived from the button cell for drying up Put, the cleaning device also include for receive button cell that the feeding device sends and by button cell from a left side to The right side is from the high-pressure flushing device spiral conveying line for being sent to drawing mechanism always, the first water being arranged at below high-pressure flushing device Case, be arranged at cleanout fluid and brush cleaning device below the second water tank, the three-tank being arranged at below clear water flusher； The high-pressure flushing device, cleanout fluid and brush cleaning device, clear water flusher, high pressure blow-dry device are oblique from low past height successively To setting.

3. button cell cleaning according to claim 2 detects sabot all-in-one, it is characterised in that：The feeding device, Drawing mechanism includes the first feed belt and the second feed belt, the cleaning of the high-pressure flushing device, cleanout fluid and hairbrush respectively Device, clear water flusher, high pressure blow-dry device include upper guide plate and the bottom guide for linking together, and the upper guide plate is with Guide plate relative being fixedly connected between bearing plate, and the upper and lower guide plate is provided with the first chute passed through for button cell, First feed belt, the first chute, the second feed belt are from left to right interconnected, and the spiral conveying line includes two One screw rod, two first screw rod through the upper and lower guide plate and respectively positioned at the both sides in front and back of the first chute, it is described under lead The through hole for running through up and down is provided with plate.

4. button cell cleaning according to claim 3 detects sabot all-in-one, it is characterised in that：The high pressure rinse dress Put also including the first coupler on being connected to the upper guide plate and bottom guide, the first coupler two ends are respectively communicated with described Second water tank and the first chute；The cleanout fluid and brush cleaning device also include the remover liquid nozzle for being connected to upper and lower guide plate With the second coupler, also including a brush cleaning device, the second coupler two ends are respectively communicated with the first chute and the 3rd water Case, the brush cleaning device are arranged on the right side of remover liquid nozzle；The clear water flusher also includes and the upper and lower guide plate Clear water coupler that is connecting and communicating with the first chute；The 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.

5. button cell cleaning according to claim 4 detects sabot all-in-one, it is characterised in that：The hairbrush cleaning dress Put including be arranged above the upper guide plate and be relatively fixed with bearing plate be connected upper mounted plate, be arranged under the bottom guide Bearing plate described in Fang Bingyu is relatively fixed the bottom plate of connection, the motor being connected to above upper mounted plate, multiple upper hairs Brush, multiple lower hairbrush, a drive link, the plurality of upper hairbrush upper end is connected with upper mounted plate by bearing, under multiple lower hairbrush End is connected with bottom plate by bearing, and the upper and lower side of the drive link is also connected with upper and lower fixing plate by bearing respectively, and The upper end of drive link is connected with the motor shaft of motor, and the drive link upper end is provided with intermeshing with multiple upper hairbrush Travelling gear, drive link lower end are also equipped with intermeshing travelling gear with multiple lower hairbrush.

6. the button cell cleaning according to claim 1 or 2 or 3 or 4 or 5 detects sabot all-in-one, it is characterised in that：Institute Stating feeding belt line apparatus includes the 3rd feed belt for turning left transmission from the right side, and the spiral lever material feeder includes a fixation Seat, one end are connected to the confession button that the second screw rod of the fixed seat, one end are fixedly connected on the fixed seat by bearing Battery the first guiding frid for passing through, the second driving means for driving second screw rod rotation, second screw rod with First guiding frid is arranged in parallel, and the first guiding frid is located at below the second screw rod, first guiding groove 3rd belt line of the rear end of plate and the feeding belt line apparatus is connected, the second feed belt of front end and the drawing mechanism Right side is connected.

7. button cell cleaning according to claim 6 detects sabot all-in-one, it is characterised in that：The tread belt line Device is arranged at rear on the left of the feeding belt line apparatus, and which includes the first spaced installing plate of before and after two, is arranged at The porous feed belt for transmitting from left to right between described two first installing plates, it is arranged at being used on first installing plate The driving means of the porous feed belt, two are driven to be arranged at the guide post above on the left of the porous feed belt, it is described On porous feed belt, left and right is arranged at intervals with the accommodating accommodating hole of multiple rows of confession button cell, the rear and front end of two guide post Be connected to it is described before and after on the first installing plate, two guide post is parallel to each other and spaced, so as to two guide posts it Between be formed with one for button cell arrangement gap.

8. button cell cleaning according to claim 7 detects sabot all-in-one, it is characterised in that：The screw rod discharge Device include a mounting seat, one end the 3rd screw rod of the mounting seat is connected to by bearing, rearwardly extending second before one Guiding frid, the 3rd driving means for driving the 3rd screw rod rotation, the second guiding groove front edge of board with it is described On the left of 3rd belt line of feeding belt line apparatus connect, between rear end and two guide posts of the tread belt line apparatus between Gap is communicated, before and after the 3rd screw rod to be extended and positioned at described second guiding frid and two guide post between Above gap；The screw rod discharge device also includes an installing plate, and the other end of the 3rd screw rod is connected by bearing In the installing plate, the mounting seat is arranged on rear side of the tread belt line apparatus, and the installing plate is arranged at the feeding On front side of belt line.

9. button cell cleaning according to claim 8 detects sabot all-in-one, it is characterised in that：The test device bag The upside for include and two be fixedly installed on the side plate of both sides before and after the 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, the upper support plate and downside gripper shoe Two ends be respectively fixedly connected on it is described before and after biside plate, the upside probe installing plate, downside probe installing plate before and after two Hold to slide up and down to respectively and be connected to before and after's side plate, upside probe installing plate lower end is connected with upside probe, the downside is visited The upper end of pin installing plate is connected with downside probe, and the upside probe, downside probe are respectively arranged at the tread belt line The both sides up and down of device, the test device also include being fixedly connected on the first cylinder of the upper support plate, are fixedly connected In the second cylinder of the downside gripper shoe, the piston rod of first cylinder is fixedly connected with upside probe installing plate, and second The piston rod of cylinder is fixedly connected on downside probe installing plate.

10. the button cell cleaning according to claim 1 or 2 or 3 or 5 or 7 or 8 or 9 detects sabot all-in-one, its feature It is：The outfeed belt line apparatus include the 5th installing plate of before and after two, the be arranged between described two the 5th installing plates the 5th Feed belt, be connected on the 5th installing plate be used for drive the 5th feed belt operating the 5th driving means, be connected across Described two the 5th installing plate upper ends are led for carrying out arrangement to the non-defective unit button cell that the first transplanting machine handss are brought To guider, in front and back two be respectively and fixedly connected be connected to it is described before and after the extension board of two the 5th installing plate right-hand members, rear and front end point Be not fixedly connected on it is described before and after two extension boards and the fixation for blocking button cell on the right side of the guider Baffle plate, be fixedly connected on it is described before and after base plate between two extension boards, the cylinder being fixedly connected on the base plate, the discharging Belt line apparatus also include the baffle plate installing plate that multiple sideboards are fixedly connected with the plurality of sideboard, the baffle plate Installing plate can be movably arranged on the right side of the fixed dam and is fixedly connected with the piston rod of the cylinder, the fixation Be provided with baffle plate multiple the through hole for passing through is moved forward and backward for the plurality of sideboard；The guider includes many in front and back Gib block arranged in parallel, two gib block installing plates of left and right on direction, the rear and front end of the gib block installing plate is fixed respectively Two the 5th installing plates of the left and right are connected to, and the left and right sides of many gib blocks is fixedly connected on two guiding of the left and right The lower end of bar；Be formed as left wide right narrow tubaeform gap, and adjacent two gib block between the left end of adjacent two gib block Opposite side be provided with guide groove, the 5th feed belt is formed as a button together with the guide groove of adjacent two gib block Battery is formed with the accommodating gap housed for button cell, in cylinder by path between the right-hand member of adjacent two gib block Under non-working condition, the sideboard is blocked above the accommodating gap.