CN209613411U - A kind of automatic processing and fabricating equipment of battery flat water-cooled plate - Google Patents
A kind of automatic processing and fabricating equipment of battery flat water-cooled plate Download PDFInfo
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- CN209613411U CN209613411U CN201821805485.1U CN201821805485U CN209613411U CN 209613411 U CN209613411 U CN 209613411U CN 201821805485 U CN201821805485 U CN 201821805485U CN 209613411 U CN209613411 U CN 209613411U
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Abstract
The utility model relates to battery cooling down technical fields, specifically, it is related to a kind of automatic processing and fabricating equipment of battery flat water-cooled plate, it include step conveying device, the first feed mechanism for plate body feeding, for detecting the testing agency of plate body direction, the second feed mechanism for copper pipe feeding, for the rubber-coated mechanism in tube seat and copper pipe seam crossing gluing, the workpiece polishing mechanism of press mechanism and be used to polish copper pipe and plate body surface for flattening copper pipe, first feed mechanism, testing agency, second feed mechanism, rubber-coated mechanism, press mechanism and workpiece polishing mechanism are successively spaced setting along the outbound course of stepping type conveying device, pass through the first feed mechanism, testing agency, second feed mechanism, rubber-coated mechanism, press mechanism, cooperating with each other between workpiece polishing mechanism and stepping type conveying device, solves water The automatic processing work of cold plate has filled up the blank in market, reduces the labor intensity of staff and accelerates speed of production.
Description
Technical field
The present invention relates to battery cooling down technical fields, and in particular, to a kind of automatic processing of battery flat water-cooled plate
Making apparatus.
Background technique
New-energy automobile refer to using unconventional vehicle fuel as a source of power (or using conventional vehicle fuel,
Using new vehicle-mounted power plant), the dynamic Control of comprehensive vehicle and the advanced technology of driving aspect, the technical principle elder generation of formation
Into, the automobile with new technology, new construction.New-energy automobile includes: hybrid vehicle (HEV), pure electric automobile
(BEV), fuel cell car (FCEV), hydrogen engine automobile and gas combustion automobile, alcohol ether automobile etc..On 2 16th, 2016,
The data that Ministry of Industry and Information announces are shown, are counted according to motor vehicle vehicle product certificate, in January, 2016, and New Energy Sources In China automobile is raw
1.61 ten thousand are produced, increases by 144% on a year-on-year basis.In April, 2018, data show, the continuous 3 years whole world first of China's new energy vapour sales volume.
New-energy automobile is following trend, it is known that needing when new-energy automobile using battery, battery is being used
In the process can be very hot, the device to cool is respectively provided on the shell of the battery pack of new-energy automobile, water-cooled plate is it
One of, and a kind of cooling device to receive an acclaim very much, but water-cooled plate needs for copper pipe to be embedded in process of production
In plate body, most of this work is all that artificial is completed, in the case that artificial is completed, time for the water-cooled plate produced
Product rate is too many.
Summary of the invention
In view of the deficiencies of the prior art, the present invention provides a kind of automatic processing and fabricating equipment of battery flat water-cooled plate, passes through
First feed mechanism, testing agency, the second feed mechanism, rubber-coated mechanism, press mechanism, workpiece polishing mechanism and stepping type conveying device
Between cooperate with each other, the automatic processing work for solving water-cooled plate has filled up the blank in market, reduces staff
Labor intensity and accelerate speed of production.
A kind of automatic processing and fabricating equipment of battery flat water-cooled plate disclosed by the invention includes step conveying device, uses
In the first feed mechanism of plate body feeding, the testing agency for detecting plate body direction, for the second feeder of copper pipe feeding
Structure, in the rubber-coated mechanism of tube seat and copper pipe seam crossing gluing, the press mechanism for flattening copper pipe and being used for copper of polishing
The workpiece polishing mechanism of pipe and plate body surface, first feed mechanism, testing agency, the second feed mechanism, rubber-coated mechanism, lower press
Structure and workpiece polishing mechanism are successively spaced setting along the outbound course of stepping type conveying device, and first feed mechanism includes useful
In the first feeding mechanical arm that workpiece is moved to stepping type conveying device output end and be used for workpiece conveying first conveyer belt,
Second feed mechanism includes the second feeding mechanical arm and the second conveyer belt, and rubber-coated mechanism includes the glue rifle for gluing and is used for
The glue rifle one three axis slide rest device mobile in XYZ axis, the press mechanism include for compressing and liquid in tube seat copper pipe
Press component, the workpiece polishing mechanism include for workpiece surface of polishing sander and for sander XYZ axis it is mobile the
Two or three axis slide rest devices.
Further, the step conveying device includes carriage, workpiece translational motion mechanism and for driving workpiece translational motion
The driving mechanism of mechanism, the workpiece translational motion mechanism include transmission component and two synchronous clamping jaws, two synchronous clamping jaws
It is separately positioned on the side of carriage, each synchronous clamping jaw is connect by a transmission component with driving mechanism, the carriage
It include two carrier strips and several supporting legs, two carrier strips are in a horizontal state setting, and two carrier strips are parallel to each other and set
It sets and is equipped with gap between two carrier strips, two carrier strips are fixed on ground by supporting leg, and transmission mechanism includes four
A transmission connecting rod mechanism, four transmission connecting rod mechanism structures are separately positioned on the two sides at conveying member both ends, kinematic link machine
Structure includes oscillating rod, sliding rack, sliding shoe and electric pushrod, and the bottom end of oscillating rod is hinged with ground, is also set up on oscillating rod
There is the driving groove for connecting driving mechanism, the top of oscillating rod is hinged with a drive rod, the sliding rack state in a vertical shape
It is arranged between oscillating rod and carriage, the top of sliding rack is in a horizontal state the cunning for being provided with and sliding laterally for sliding shoe
Bar, sliding shoe and sliding bar cooperate, and the top of the drive rod and the side of sliding shoe are hinged, and electric pushrod is in a horizontal state
It is mounted on the other side of sliding shoe, the output end of electric pushrod is connected with ipsilateral synchronous clamping jaw is located at,
Further, the driving mechanism includes rotary shaft, driving motor, four speed reducers and several pedestals, institute
There is pedestal state in a vertical shape to be arranged at intervals on the bottom end of carriage along the length of carriage, rotary shaft, which is in a horizontal state, wears
Cross all pedestals and with pedestal pedestal, one end of rotary shaft is arranged in driving motor, and the output end of driving motor is provided with master
Driving wheel, the ipsilateral one end of driving motor is located in rotary shaft is provided with driven wheel, driving wheel and driven wheel and pass through belt transmission company
It connects, four speed reducers are separately positioned on the two sides at carriage both ends, and the output end of speed reducer, which is provided with, stirs swinging chute
Driving lever, there are four the first belt pulleys for connecting speed reducer, the input terminal of each speed reducer to be provided with for setting in rotary shaft
The second belt pulley connecting with the first belt pulley, each first belt pulley and second belt pulley are sequentially connected by belt.
Further, the hydraulic package includes hydraulic cylinder and portal frame, and the portal frame is across in the upper of carriage
Side, hydraulic cylinder state installation in a vertical shape is on the gantry and the output end of hydraulic cylinder is down-set, and the output end of hydraulic cylinder is also
It is provided with pressing plate.
Further, the first feeding mechanical arm and the second feeding machinery arm configuration are arranged identical and include installation
Seat, rotation-indexing table, lifting sliding table and Pneumatic clamping jaw, the rotation-indexing table are mounted in mounting base, and lifting sliding table is in vertical
State is mounted on the output end of rotation-indexing table, and fixed link, Pneumatic clamping jaw state in a vertical shape are provided on the sliding block of lifting sliding table
It is mounted on the other end of fixed link.
Further, each synchronous clamping jaw is long strip shape structure, and the inside of synchronized jaw is along sync card
The equal spacing in length direction of pawl is provided with several for blocking the fixture block of plate body side groove.
Further, the testing agency includes the first support column, lower air cylinder, fixed plate and three touch switches,
The side of carriage is arranged in the first support column state in a vertical shape, and lower air cylinder is mounted on the top of the first support column, under
The first extension rod extended towards carriage upper horizontal is provided on the output shaft of air cylinder, the front end of the first extension rod is vertical
It is provided with the second extension rod extended towards carriage, fixed plate, which is in a horizontal state, is mounted on the bottom end of the second extension rod, and three
The touch switch state triangular in shape is mounted in fixed plate and the contact jaw of touch switch direction rests on the plate at this
Body direction extends, and the bottom end of fixed plate is additionally provided with convex block, and the bottom end of convex block is flushed with the contact jaw of three touch switches.
Further, the material returned machine that the plate body material returned towards mistake is additionally provided at testing agency is located on the carriage
Structure, the unloading mechanism include the first discharge chute, the first material returned component and the second material returned component, the first material returned component and
Two material returned components are separately positioned on the side of carriage, and the first discharge chute is arranged in the first material returned component and the second material returned component
Bottom end.
Further, first material returned component and the second material returned modular construction are arranged identical and include the first backgauge
Plate, the second striker plate, first baffle cylinder and second baffle cylinder, the two sides on institute's carriage are provided with an installation first
Being in a horizontal state for the mounting groove of striker plate and the second striker plate, the first striker plate and the second striker plate is arranged in mounting groove,
The tail end of first striker plate and the second striker plate be located at ipsilateral inner wall hinged on mounting groove and the first striker plate and the
The front end of two striker plates is oppositely arranged, and the side on mounting rack and being located at the first striker plate is arranged in the first baffle cylinder
The side on mounting rack and being located at the second striker plate, first baffle cylinder and second baffle is arranged in side, second baffle cylinder
The output end of cylinder is oppositely arranged, and the output end of first baffle cylinder and second baffle cylinder is provided with plate.
Further, the output end of the carriage is additionally provided with the second discharge chute for workpiece discharging.
The utility model has the advantages that a kind of automatic processing and fabricating equipment of battery flat water-cooled plate of the invention, by the first feed mechanism,
Phase interworking between testing agency, the second feed mechanism, rubber-coated mechanism, press mechanism, workpiece polishing mechanism and stepping type conveying device
Work is closed,
Plate body is grabbed the input terminal for being placed on carriage by the first feeding mechanical arm first from first conveyer belt, and two same
Walk clamping jaw plate body be moved to testing agency under the drive of driving mechanism and carry out towards detection, towards correctly synchronous clamping jaw after
Continuous to move forward plate body, towards wrong testing agency by plate body from discharging from the first discharge chute, plate body is reached on second
Expect at mechanism, the second feeding mechanical arm clamps copper pipe in the mobile tube seat for being placed on plate body from the second conveyer belt, synchronous folder
Pawl continues to convey, and rubber-coated mechanism press mechanism after the completion of tube seat and copper pipe seam crossing gluing, gluing carries out copper pipe and plate body
It compresses, the plate body and copper pipe after compression are synchronized clamping jaw and are moved at workpiece polishing mechanism, and workpiece polishing mechanism is by the upper table of plate body and copper pipe
Face is polished so that upper surface is smooth, and the automatic processing work for solving water-cooled plate has filled up the blank in market, reduces work
Make the labor intensity of personnel and accelerates speed of production.
Detailed description of the invention
The drawings described herein are used to provide a further understanding of the present application, constitutes part of this application, this Shen
Illustrative embodiments and their description please are not constituted an undue limitation on the present application for explaining the application.In the accompanying drawings:
Fig. 1 is the schematic perspective view one in embodiment;
Fig. 2 is the schematic perspective view two in embodiment；
Fig. 3 is the schematic perspective view of stepping type conveying device in embodiment；
Fig. 4 is enlarged drawing at the A of Fig. 3 in embodiment；
Fig. 5 is enlarged drawing at the B of Fig. 3 in embodiment；
Fig. 6 is the schematic perspective view of transmission component in embodiment；
Fig. 7 is the sectional perspective structural schematic diagram of carriage in embodiment；
Fig. 8 is the schematic perspective view of testing agency in embodiment；
Fig. 9 is enlarged drawing at the C of Fig. 3 in embodiment；
Figure 10 is schematic perspective view local in embodiment；
Description of symbols:
First feed mechanism 1, the first feeding mechanical arm 11, first conveyer belt 12, the second feed mechanism 2, the second feeder
Tool arm 21, the second conveyer belt 22, mounting base 211, rotation-indexing table 212, lifting sliding table 213, Pneumatic clamping jaw 214, testing agency
3, the first support column 31, lower air cylinder 32, fixed plate 33, touch switch 34, stepping type conveying device 4, carriage 41, carrier strip
411, supporting leg 412, the first discharge chute 413, the first material returned component 414, the second material returned component 415, the first striker plate 416,
Second striker plate 417, first baffle cylinder 418, second baffle cylinder 419, the second discharge chute 420, transmission component 42 are swung
Bar 421, sliding rack 422, sliding shoe 423, electric pushrod 424, driving groove 425, drive rod 426, slide bar 427, synchronous clamping jaw 43,
Fixture block 431, driving mechanism 44, rotary shaft 441, driving motor 442, speed reducer 443, pedestal 444, driving lever 445, the first belt pulley
446, press mechanism 5, hydraulic cylinder 51, portal frame 52, pressing plate 53, the 6, the 1st axis slide rest device 61 of rubber-coated mechanism, glue rifle 62 beats
The 7, the 2nd 3 axis slide rest device 71 of grinding machine structure, sander 72.
Specific embodiment
Multiple embodiments of the invention will be disclosed with schema below, as clearly stated, the details in many practices
It will be explained in the following description.It should be appreciated, however, that the details in these practices is not applied to limit the present invention.Also
It is to say, in some embodiments of the invention, the details in these practices is non-essential.In addition, for the sake of simplifying schema,
Some known usual structures and component will be painted it in the drawings in simply illustrative mode.
In addition, the description for being such as related to " first ", " second " in the present invention is used for description purposes only, not especially censure
The meaning of order or cis-position, also non-to limit the present invention, the component described just for the sake of difference with same technique term
Or operation, it is not understood to indicate or imply its relative importance or implicitly indicates the number of indicated technical characteristic
Amount." first " is defined as a result, the feature of " second " can explicitly or implicitly include at least one of the features.In addition, each
Technical solution between a embodiment can be combined with each other, but must can be implemented as base with those of ordinary skill in the art
Plinth will be understood that the combination of this technical solution is not present when conflicting or cannot achieve when occurs in the combination of technical solution,
Also not the present invention claims protection scope within.
It include stepping conveying referring to figs. 1 to a kind of automatic processing and fabricating equipment of battery flat water-cooled plate shown in Fig. 10
Device, for the first feed mechanism 1 of plate body feeding, the testing agency 3 for detecting plate body direction, for the of copper pipe feeding
Two feed mechanisms 2, for the rubber-coated mechanism 6 of tube seat and copper pipe seam crossing gluing, the press mechanism 5 for flattening copper pipe and
For the workpiece polishing mechanism 7 of polish copper pipe and plate body surface, first feed mechanism 1, testing agency 3, the second feed mechanism 2,
Rubber-coated mechanism 6, press mechanism 5 and workpiece polishing mechanism 7 are successively spaced setting along the outbound course of stepping type conveying device 4, described
First feed mechanism 1 includes 11 He of the first feeding mechanical arm for workpiece to be moved to 4 output end of stepping type conveying device
For the first conveyer belt 12 of workpiece conveying, the second feed mechanism 2 includes the second feeding mechanical arm 21 and the second conveyer belt 22, is applied
Gluing mechanism 6 includes the glue rifle 62 and the one three axis slide rest device 61 mobile in XYZ axis for glue rifle 62 for gluing, described
Press mechanism 5 includes for by copper pipe compression and hydraulic package in tube seat, the workpiece polishing mechanism 7 to include for workpiece of polishing
The sander 72 on surface and the two three axis slide rest device 71 mobile in XYZ axis for sander 72.
The step conveying device includes carriage 41, workpiece translational motion mechanism and the drive for driving workpiece translational motion mechanism
Motivation structure 44, the workpiece translational motion mechanism include the clamping jaw 43 synchronous with two of transmission component 42, two synchronous clamping jaws 43
It is separately positioned on the side of carriage 41, each synchronous clamping jaw 43 is connect by a transmission component 42 with driving mechanism 44, institute
Stating carriage 41 includes two carrier strips 411 and several supporting legs 412, and two carrier strips 411 are in a horizontal state setting, and two
A carrier strip 411 is arranged in parallel and two carrier strips 411 between be equipped with gap, two carrier strips 411 pass through supporting leg
412 are fixed on ground, and transmission mechanism includes there are four transmission connecting rod mechanism, and four transmission connecting rod mechanism structures are respectively set
In the two sides at conveying member both ends, transmission connecting rod mechanism includes oscillating rod 421, sliding rack 422, sliding shoe 423 and electric pushrod
424, the bottom end and ground of oscillating rod 421 are hinged, and the electric pushrod for connecting driving mechanism 44 is additionally provided on oscillating rod 421
424, the top of oscillating rod 421 is hinged with a drive rod 426, and the sliding rack 422 state in a vertical shape is arranged in oscillating rod 421
Between carriage 41, the top of sliding rack 422 is in a horizontal state the slide bar 427 for being provided with and sliding laterally for sliding shoe 423,
Sliding shoe 423 is slidably matched with slide bar 427, and the top of the drive rod 426 and the side of sliding shoe 423 are hinged, electric pushrod
424, which are in a horizontal state, is mounted on the other side of sliding shoe 423, the output end of electric pushrod 424 be located at ipsilateral synchronous clamping jaw
43 connections, driving mechanism 44 drive workpiece translational motion mechanism, and the synchronous clamping jaw 43 of two of workpiece translational motion mechanism clamps workpiece, are driven
42 drive coordination of component, which clamps, carries out reciprocating clamping and conveying, and driving mechanism 44 drives oscillating rod 421 to swing, electronic to push away
Bar 424 pushes synchronous clamping jaw 43 to clamp workpiece, and synchronous clamping jaw 43 swings oscillating rod 421 after the Workpiece clamping on carriage 41,
It drives sliding shoe 423 to move horizontally, workpiece is moved to next station, electric pushrod 424 drives after mobile next station
Synchronous clamping jaw 43 bounces back, and oscillating rod 421 returns to waiting in situ travelling workpiece next time.
The driving mechanism 44 includes rotary shaft 441,442, four speed reducers 443 of driving motor and several pedestals
444, all pedestals 444 state in a vertical shape is arranged at intervals on the bottom end of carriage 41 along the length of carriage 41, rotation
Axis 441 is in a horizontal state across all pedestals 444 and connects with 444 axis of pedestal, and rotary shaft 441 is arranged in driving motor 442
One end, the output end of driving motor 442 are provided with driving wheel, and the ipsilateral one end setting of driving motor 442 is located in rotary shaft 441
There are driven wheel, driving wheel and driven wheel to be sequentially connected by belt, four speed reducers 443 are separately positioned on 41 liang of carriage
The two sides at end, the output end of speed reducer 443 are provided with the driving lever 445 for stirring swinging chute, and there are four be used for for setting in rotary shaft 441
The first belt pulley 446 of speed reducer 443 is connected, the input terminal of each speed reducer 443 is provided with to be connect with the first belt pulley 446
The second belt pulley, each first belt pulley 446 and second belt pulley pass through belt and are sequentially connected.Pass through driving motor
442 drive rotary shaft 441 to rotate, and the colleague that rotary shaft 441 rotates drives the rotation of the first belt pulley 446, each first belt pulley
446 are connect with each second belt pulley by belt, and each second belt pulley drives a speed reducer 443, are rotated by one
Axis 441 drives all speed reducers 443, and each speed reducer 443 drives transmission component 42 to be driven with synchronous clamping jaw 43, synchronous folder
The movement of pawl 43 is synchronized.
The hydraulic package includes hydraulic cylinder 51 and portal frame 52, and the portal frame 52 is across in the upper of carriage 41
Side, the state in a vertical shape of hydraulic cylinder 51 is mounted on portal frame 52 and the output end of hydraulic cylinder 51 is down-set, hydraulic cylinder 51
Output end is additionally provided with pressing plate 53.
The first feeding mechanical arm 11 is identical with 21 structure setting of the second feeding mechanical arm and includes mounting base
211, rotation-indexing table 212, lifting sliding table 213 and Pneumatic clamping jaw 214, the rotation-indexing table 212 are mounted on mounting base 211
On, the state in a vertical shape of lifting sliding table 213 is mounted on the output end of rotation-indexing table 212, is provided on the sliding block of lifting sliding table 213
Fixed link, the state in a vertical shape of Pneumatic clamping jaw 214 are mounted on the other end of fixed link.
Each synchronous clamping jaw 43 is long strip shape structure, the inside of synchronized jaw along synchronized jaw length
Direction spaced set has several for blocking the fixture block 431 of plate body side groove.The two sides of plate body are respectively provided with several
Fixture block 431 is inserted into the groove of plate body when clamping plate body side wall, keeps its clamping stronger by a groove, synchronous clamping jaw 43.
The testing agency 3 includes the first support column 31, lower air cylinder 32, fixed plate 33 and three touch switches 34,
The side of carriage 41 is arranged in first support column 31 state in a vertical shape, and lower air cylinder 32 is mounted on the first support column 31
Top is provided with the first extension rod extended towards 41 upper horizontal of carriage on the output shaft of lower air cylinder 32, and first extends
The front end of bar is vertically arranged with the second extension rod extended towards carriage 41, and fixed plate 33, which is in a horizontal state, to be mounted on second and prolong
The bottom end of boom, three touch switch 34 states triangular in shape are mounted in fixed plate 33 and the contact of touch switch 34
End extends towards the plate body direction at this is rested on, and the bottom end of fixed plate 33 is additionally provided with convex block, the bottom end of convex block and three institutes
The contact jaw for stating touch switch 34 flushes.Fixed plate 33 is pushed when plate body is transported at testing agency 3 lower air cylinder 32, Gu
Convex block is made to resist the upper surface of plate body after the pushing of fixed board 33, three touch switch 34 states triangular in shape are arranged and touch
Control switch 34 contact jaw flushed with the bottom end of convex block, when plate body itself towards it is correct when, three touch switches 34
Can the tube seat on alignment plate body will not touch touch switch 34, when the direction mistake of plate body, touch switch 34 can touch plate
At this moment touch switch 34 is touched in the upper surface of body, subsequent when three touch switches 34, any one is touched
Processing stations will not process it.
It is located at the unloading mechanism that the plate body material returned towards mistake is additionally provided at testing agency 3, institute on the carriage 41
Stating unloading mechanism includes the first discharge chute 413, the first material returned component 414 and the second material returned component 415, the first material returned component
414 and second material returned component 415 be separately positioned on the side of carriage 41, the first discharge chute 413 is arranged in the first material returned group
The bottom end of part 414 and the second material returned component 415.When touch switch 34 checks the direction mistake of plate body, the first material returned component
414 and second material returned component 415 will run so that plate body is fallen on the first discharge chute 413.
First material returned component 414 is identical with 415 structure setting of the second material returned component and includes the first striker plate
416, the second striker plate 417, first baffle cylinder 418 and second baffle cylinder 419, the two sides on institute's carriage 41 are provided with
The mounting groove of one installation the first striker plate 416 and the second striker plate 417, the first striker plate 416 and the second striker plate 417 are in
Horizontality be arranged in mounting groove, the tail end of the first striker plate 416 and the second striker plate 417 on mounting groove be located at it is ipsilateral
Inner wall it is hinged and the front end of the first striker plate 416 and the second striker plate 417 is oppositely arranged, the first baffle cylinder 418
It is arranged on mounting rack and is located at the side of the first striker plate 416, second baffle cylinder 419 is arranged on mounting rack and position
In the side of the second striker plate 417, the output end of first baffle cylinder 418 and second baffle cylinder 419 is oppositely arranged, first gear
The output end of plate cylinder 418 and second baffle cylinder 419 is provided with plate.The two sides setting mounting groove of carriage 41, first
Being in a horizontal state of striker plate 416 and the second striker plate 417 is arranged in mounting groove and the first striker plate 416 and the second backgauge
The tail end of plate 417 hingedly with the inner wall of mounting groove, protect always by the output shaft of first baffle cylinder 418 and second baffle cylinder 419
The state of ejection is held, the first striker plate 416 and the second striker plate 417 are defeated by first baffle cylinder 418 and second baffle cylinder 419
The plate of outlet remains parallel with the conveyor surface of carriage 41, the first baffle cylinder when detecting plate body direction mistake
418 and 419 output shaft of second baffle cylinder retraction so that under one end nature of the first striker plate 416 and the second striker plate 417
Pendant, the plate body after tenesmus positioned at 417 top of the first striker plate 416 and the second striker plate drop sliding to the first discharging out of mounting groove
Slot 413.
The output end of the carriage 41 is additionally provided with the second discharge chute 420 for workpiece discharging.
Working principle: plate body is grabbed from first conveyer belt 12 and is placed on carriage 41 by the first feeding mechanical arm 11 first
Input terminal, plate body is moved to testing agency 3 under the drive of driving mechanism 44 and carried out towards detection by two synchronous clamping jaws 43,
Continue to move forward plate body towards correctly synchronous clamping jaw 43, the testing agency 3 towards mistake is sliding from the first discharging by plate body
Discharging at slot 413, plate body reach at the second feed mechanism 2, and the second feeding mechanical arm 21 presss from both sides copper pipe from the second conveyer belt 22
Take movement to be placed in the tube seat of plate body, synchronous clamping jaw 43 continues to convey, rubber-coated mechanism 6 in tube seat and copper pipe seam crossing gluing,
Press mechanism 5 compresses copper pipe and plate body after the completion of gluing, and the plate body after compression is synchronized clamping jaw 43 with copper pipe and is moved to
At workpiece polishing mechanism 7, workpiece polishing mechanism 7 is polished the upper surface of plate body and copper pipe so that upper surface is smooth.
The upper only embodiments of the present invention, are not intended to restrict the invention.For those skilled in the art
For, the invention may be variously modified and varied.All any modifications made in spirit and principles of the present invention are equal
Replacement, improvement etc., should all be included within scope of the presently claimed invention.
Claims (10)
1. a kind of automatic processing and fabricating equipment of battery flat water-cooled plate, it is characterised in that: include step conveying device, for plate
The first feed mechanism (1), the testing agency (3) for detecting plate body direction, the second feeding for copper pipe feeding of body feeding
Mechanism (2), for the rubber-coated mechanism (6) of tube seat and copper pipe seam crossing gluing, the press mechanism (5) for flattening copper pipe and
For the workpiece polishing mechanism (7) of polish copper pipe and plate body surface, first feed mechanism (1), testing agency (3), the second feeding
Mechanism (2), rubber-coated mechanism (6), press mechanism (5) and workpiece polishing mechanism (7) along stepping type conveying device (4) outbound course according to
Minor tick setting, first feed mechanism (1) includes for workpiece to be moved to stepping type conveying device (4) output end
First feeding mechanical arm (11) and the first conveyer belt (12) conveyed for workpiece, the second feed mechanism (2) include the second feeding
Mechanical arm (21) and the second conveyer belt (22), rubber-coated mechanism (6) include for the glue rifle (62) of gluing and for glue rifle (62)
In the one or three mobile axis slide rest device (61) of XYZ axis, the press mechanism (5) include for will copper pipe compress in tube seat
Hydraulic package, the workpiece polishing mechanism (7) include for the sander (72) for workpiece surface of polishing and for sander (72) In
The two or three mobile axis slide rest device (71) of XYZ axis.
2. a kind of automatic processing and fabricating equipment of battery flat water-cooled plate according to claim 1, it is characterised in that: the step
It include carriage (41), workpiece translational motion mechanism and driving mechanism (44) for driving workpiece translational motion mechanism into conveying device,
The workpiece translational motion mechanism includes transmission component (42) clamping jaw (43) synchronous with two, and two synchronous clamping jaws (43) are respectively
Side in carriage (41) is set, and each synchronous clamping jaw (43) is connect by transmission component (42) with driving mechanism (44), institute
Stating carriage (41) includes two carrier strips (411) and several supporting legs (412), and two carrier strips (411) are horizontal
State setting, two carrier strips (411) are arranged in parallel and two carrier strips (411) between be equipped with gap, two carrier strips
(411) it is fixed on ground by supporting leg (412), transmission mechanism includes there are four transmission connecting rod mechanism, and four transmissions connect
Linkage structure is separately positioned on the two sides at conveying member both ends, and transmission connecting rod mechanism includes oscillating rod (421), sliding rack
(422), sliding shoe (423) and electric pushrod (424), the bottom end and ground of oscillating rod (421) are hinged, on oscillating rod (421) also
It is provided with the electric pushrod (424) for connecting driving mechanism (44), the top of oscillating rod (421) is hinged with a drive rod
(426), the sliding rack (422) state in a vertical shape is arranged between oscillating rod (421) and carriage (41), sliding rack (422)
Top be in a horizontal state the slide bar (427) for being provided with and being slid laterally for sliding shoe (423), sliding shoe (423) and slide bar
(427) it is slidably matched, the top of the drive rod (426) and the side of sliding shoe (423) are hinged, and electric pushrod (424) is in water
Level state is mounted on the other side of sliding shoe (423), the output end of electric pushrod (424) be located at ipsilateral synchronous clamping jaw (43)
Connection.
3. a kind of automatic processing and fabricating equipment of battery flat water-cooled plate according to claim 2, it is characterised in that: the drive
Motivation structure (44) includes rotary shaft (441), driving motor (442), four speed reducers (443) and several pedestals (444), institute
There is the pedestal (444) state in a vertical shape to be arranged at intervals on the bottom end of carriage (41) along the length of carriage (41), rotates
Axis (441) is in a horizontal state across all pedestals (444) and connects with pedestal (444) axis, and driving motor (442) setting is rotating
One end of axis (441), the output end of driving motor (442) are provided with driving wheel, are located at driving motor in rotary shaft (441)
(442) ipsilateral one end is provided with driven wheel, driving wheel and driven wheel and is sequentially connected by belt, four speed reducers
(443) two sides at carriage (41) both ends are separately positioned on, the output end of speed reducer (443) is provided with the driving lever for stirring swinging chute
(445), for connecting the first belt pulley (446) of speed reducer (443), each speed reducer there are four being arranged in rotary shaft (441)
(443) input terminal is provided with the second belt pulley connecting with the first belt pulley (446), each first belt pulley (446) with
One the second belt pulley is sequentially connected by belt.
4. a kind of automatic processing and fabricating equipment of battery flat water-cooled plate according to claim 3, it is characterised in that: the liquid
Pressing component includes hydraulic cylinder (51) and portal frame (52), and the portal frame (52) is hydraulic across the top in carriage (41)
Cylinder (51) state in a vertical shape is mounted on portal frame (52) and the output end of hydraulic cylinder (51) is down-set, hydraulic cylinder (51)
Output end is additionally provided with pressing plate (53).
5. a kind of automatic processing and fabricating equipment of battery flat water-cooled plate according to claim 4, it is characterised in that: described
One feeding mechanical arm (11) is identical with the second feeding mechanical arm (21) structure setting and includes mounting base (211), rotation point
Scale (212), lifting sliding table (213) and Pneumatic clamping jaw (214), the rotation-indexing table (212) are mounted on mounting base (211)
On, lifting sliding table (213) state in a vertical shape is mounted on the output end of rotation-indexing table (212), on the sliding block of lifting sliding table (213)
It is provided with fixed link, Pneumatic clamping jaw (214) state in a vertical shape is mounted on the other end of fixed link.
6. a kind of automatic processing and fabricating equipment of battery flat water-cooled plate according to claim 5, it is characterised in that: Mei Gesuo
Stating synchronous clamping jaw (43) is long strip shape structure, and the inside of synchronized jaw is set along the equal spacing in length direction of synchronized jaw
Several are equipped with for blocking the fixture block (431) of plate body side groove.
7. a kind of automatic processing and fabricating equipment of battery flat water-cooled plate according to claim 6, it is characterised in that: the inspection
Surveying mechanism (3) includes the first support column (31), lower air cylinder (32), fixed plate (33) and three touch switches (34), described
First support column (31) state in a vertical shape is arranged in the side of carriage (41), and lower air cylinder (32) is mounted on the first support column
(31) top is provided with first extended towards carriage (41) upper horizontal on the output shaft of lower air cylinder (32) and extends
Bar, the front end of the first extension rod are vertically arranged with the second extension rod extended towards carriage (41), and fixed plate (33) is in level
State is mounted on the bottom end of the second extension rod, and three touch switch (34) states triangular in shape are mounted on fixed plate (33)
And the contact jaw of touch switch (34) extends towards the plate body direction at this is rested on, and the bottom end of fixed plate (33) is additionally provided with
Convex block, the bottom end of convex block are flushed with the contact jaw of three touch switches (34).
8. a kind of automatic processing and fabricating equipment of battery flat water-cooled plate according to claim 7, it is characterised in that: described defeated
Send the unloading mechanism for being located on frame (41) and being additionally provided with the plate body material returned towards mistake at testing agency (3), the unloading mechanism
It include the first discharge chute (413), the first material returned component (414) and the second material returned component (415), the first material returned component
(414) and the second material returned component (415) is separately positioned on the sides of carriage (41), and the first discharge chute (413) setting is the
The bottom end of one material returned component (414) and the second material returned component (415).
9. a kind of automatic processing and fabricating equipment of battery flat water-cooled plate according to claim 8, it is characterised in that: described
One material returned component (414) is identical with the second material returned component (415) structure setting and includes the first striker plate (416), second
Striker plate (417), first baffle cylinder (418) and second baffle cylinder (419), the two sides on institute's carriage (41) are provided with
The mounting groove of one installation the first striker plate (416) and the second striker plate (417), the first striker plate (416) and the second striker plate
(417) be in a horizontal state be arranged in mounting groove, the tail end of the first striker plate (416) and the second striker plate (417) with peace
It is located at ipsilateral inner wall on tankage hingedly and the front end of the first striker plate (416) and the second striker plate (417) is oppositely arranged, institute
State the side that first baffle cylinder (418) are arranged on mounting rack and are located at the first striker plate (416), second baffle cylinder
(419) it is arranged on mounting rack and is located at the side of the second striker plate (417), first baffle cylinder (418) and second baffle
The output end of cylinder (419) is oppositely arranged, and the output end of first baffle cylinder (418) and second baffle cylinder (419) is respectively provided with
There is plate.
10. a kind of automatic processing and fabricating equipment of battery flat water-cooled plate according to claim 9, it is characterised in that: described
The output end of carriage (41) is additionally provided with the second discharge chute (420) for workpiece discharging.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821805485.1U CN209613411U (en) | 2018-11-02 | 2018-11-02 | A kind of automatic processing and fabricating equipment of battery flat water-cooled plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821805485.1U CN209613411U (en) | 2018-11-02 | 2018-11-02 | A kind of automatic processing and fabricating equipment of battery flat water-cooled plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209613411U true CN209613411U (en) | 2019-11-12 |
Family
ID=68442582
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821805485.1U Expired - Fee Related CN209613411U (en) | 2018-11-02 | 2018-11-02 | A kind of automatic processing and fabricating equipment of battery flat water-cooled plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209613411U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117444793A (en) * | 2023-12-25 | 2024-01-26 | 常州云帆轴承有限公司 | Intelligent processing platform suitable for oil pump bearing production |
-
2018
- 2018-11-02 CN CN201821805485.1U patent/CN209613411U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117444793A (en) * | 2023-12-25 | 2024-01-26 | 常州云帆轴承有限公司 | Intelligent processing platform suitable for oil pump bearing production |
| CN117444793B (en) * | 2023-12-25 | 2024-03-05 | 常州云帆轴承有限公司 | Intelligent processing platform suitable for oil pump bearing production |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191112 Termination date: 20211102 |
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| CF01 | Termination of patent right due to non-payment of annual fee |