CN207386534U - Full-automatic casting-welding machine - Google Patents
Full-automatic casting-welding machine Download PDFInfo
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- CN207386534U CN207386534U CN201720731458.3U CN201720731458U CN207386534U CN 207386534 U CN207386534 U CN 207386534U CN 201720731458 U CN201720731458 U CN 201720731458U CN 207386534 U CN207386534 U CN 207386534U
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Abstract
The utility model proposes a kind of full-automatic casting-welding machines,Including rack,Deck plate,The upper frame and master control unit on deck plate top,Master control unit is internally provided with control circuit and power supply circuit,Upper lower portion is equipped with mold transfer unit,Push cast welding component,Blade member,Enter channel parts and mold hold assembly,Above-mentioned component is arranged on above deck plate,Parts of furnace and sink component are arranged on the machine frame inside side by side,Mold, which is brought into parts of furnace, to be impregnated,Extra lead liquid is scraped off by blade member,Fall within sink section upper,After pushing the drive battery pushing cast welding of cast welding component,Bath cooling in sink component,Cooling finishes pushing cast welding component and above carries,Enter channel parts to move to immediately below the battery along X-axis,Cast welding component is pushed to push herein,The compression that battery and external shell are completed in the case where entering channel parts top thimble and assisting acts,Complete the cast welding process of battery,Pass through the change of mould structure mode,The time of a whole set of cast welding technique is greatly reduced.
Description
Technical field
The present invention relates to battery cast welded device more particularly to a kind of full-automatic casting-welding machines.
Background technology
Today, most battery production company is mainly battery cast welded with the progress of traditional-handwork cast welding technique, and fraction is with old-fashioned
Cast welding machine is produced.There is human hand demand is more, production efficiency is slow, worker and smelting furnace position excessively connect for such mode of production
It is near that there are security risk, simultaneously long-time is in high-temperature operation state.The condition of production is unsatisfactory.
The content of the invention
The present invention proposes a kind of full-automatic casting-welding machine, solves the problems of the prior art.
The technical proposal of the invention is realized in this way：
Full-automatic casting-welding machine, including rack, deck plate, the upper frame and master control unit on deck plate top, the main control part
Part is internally provided with control circuit and power supply circuit, and the upper lower portion is equipped with mold transfer unit, pushes cast welding component, scrapes
Board member enters channel parts and mold hold assembly, and above-mentioned component is arranged on above the deck plate, and parts of furnace and sink component are simultaneously
Row is arranged on the machine frame inside, and deck plate is corresponded to be equipped with above parts of furnace and sink component and left blank；The mold transfer unit
Rearward be arranged on the deck plate X-direction, mold is equipped in mold transfer unit, along X-axis on front side of the mold transfer unit
Direction is equipped with blade member, pushes cast welding component and enter channel parts successively, and the main pressing plate pushed in cast welding component is arranged on institute
State the surface of sink component；Mold hold assembly is equipped with by the sink component, mold, which is brought into parts of furnace, to be impregnated, warp
It crosses blade member and scrapes off extra lead liquid, fall within sink section upper, after pushing the drive battery pushing cast welding of cast welding component, institute
State bath cooling in sink component, cooling, which finishes, to be pushed cast welding component and above carries, it is described enter channel parts moving to the battery just along X-axis
Lower section pushes cast welding component and pushes herein, and the compression that battery and external shell are completed in the case where entering channel parts top thimble and assisting is moved
Make.
As the preferred embodiment of the present invention, the mold transfer unit includes conveying device and mold, and the mold passes through
Handgrip, which is fixed and passes through conveying device, takes designated position completion welding action to, and conveying device includes spider transverse axis, spider
The longitudinal axis and mode slider is sent, the spider longitudinal axis is fixed on by slide on the spider transverse axis, in ball screw and sliding block
Cooperation drives bottom left to move right, described that mode slider is sent to be fixed on by slide on the spider longitudinal axis, described to send on mode slider
Equipped with mold linking arm, the linking arm end is handgrip, and the spider transverse axis and the spider longitudinal axis, which drive, completes mold X-axis
Direction and the movement of Y direction.
As the present invention preferred embodiment, the spider transverse axis include a spider transverse axis aluminium section bar pedestal, described ten
Word arm transverse axis aluminium section bar pedestal left and right ends, which are respectively perpendicular, is connected with spider transverse axis aluminium seat side plate A and spider transverse axis aluminium seat side
Plate B, a stepper motor are fixed on wherein side plate.
As the preferred embodiment of the present invention, the parts of furnace includes smelting furnace, and the inside furnace is equipped with lead liquid, bottom
Several heat-generating pipes are equipped with side by side, and described heat-generating pipe one end is fixed by briquetting, and the heat-generating pipe is electrically connected with control circuit.
As the preferred embodiment of the present invention, the blade member is arranged on the parts of furnace and sink component along Y direction
Between deck plate on, the blade member includes being fixed on scraper plate fixed plate on deck plate, the scraper plate fixed plate top
Front side is equipped with scraper plate cylinder, and the scraper plate fixed plate leading flank both sides are equipped with track side by side, a slider surface board together on track,
The slider surface prelaminar part is fixedly connected with frame, link lower part connecting plate, and the connecting plate lower rearward side fixes a scraper plate.
As the preferred embodiment of the present invention, the sink component includes the first external sink, leads in first sink
It crosses fence and one second sink is crossed at middle part, first bottom of gullet is equipped with a gap, and second bottom of gullet is equipped with
Two symmetrically placed water inlets and a discharge outlet, the second sink fence are less than the first sink depth, second water
Filter screen plate is equipped in slot, is surrounded by strainer press strip and the second conditioning box, the second sink periphery is fixed equipped with small water tank
Block, the water inlet connect water circuit system with discharge outlet bottom.
As the preferred embodiment of the present invention, mold hold assembly is arranged on the deck plate and corresponds to sink component edge,
Sink components interior is stretched into for fixing mould in the mold clamping part part；The mold hold assembly includes being fixed on table top
Locking cylinder installing plate on plate is fixed with locking cylinder, the cylinder mounting plate front end face on the locking cylinder installing plate
Downside is fixed with bolt orifice plate, and lower section is equipped with a locking latch hole in the middle part of the bolt orifice plate, and a locking latch group passes through linkage
Component linkage can be inserted into the locking latch hole；The linkage part includes the locking connecting plate A being connected with locking cylinder, institute
State the locking connecting plate B between locking connecting plate A and locking latch group；One is equipped with below the bolt orifice plate for holding up mold
Mould support plate, the mould support plate is arranged on sink components interior, and the mould support plate both sides are connected with step fixing bracket,
The fixing bracket free end is secured by bolts on deck plate.
As the preferred embodiment of the present invention, enter channel parts slide including there are two, two slides are parallel before sink component
On the deck plate of rear side, a main panel passes through the linear slide block below the slider connecting plate of both sides bottom surface and the slider connecting plate
It is fixed on two slides；One cylinder rod for entering slot cylinder being fixed on deck plate is connected with the main panel, the main panel
Being equipped with can be along the Y-axis adjustable plate that Y-axis is moved, and the Y-axis adjustable plate is equipped with can be along the X-axis adjustable plate that X-axis is moved, the X
It is set on axis adjustable plate there are two compression spring guide post, compression spring is socketed on the compression spring guide post.
As the preferred embodiment of the present invention, pushing cast welding component includes being arranged on the rack plate directly over sink component, institute
It states rack plate corner to support by four linear guide poles, the linear guide poles are fixed on table top by the axle center support base of bottom
On plate, a lower platen is equipped with below the rack plate, the lower platen corner is equipped with sleeve joint hole, is socketed on four straight lines respectively
On guide post, linear bearing is fixed on the sleeve joint hole, the rack plate top is equipped with the second cylinder and the first cylinder, described
Second cylinder is connected with the cylinder rod of the first cylinder with the lower platen by screw rod closing piece.
As the preferred embodiment of the present invention, lower platen lower part is equipped with stent arm and thin cylinder, the stent arm bottom
Portion is connected with the sliding slot being made up of sliding slot upper plate and sliding slot lower plate, and battery is plugged in sliding slot, and the stent arm bottom is also
It is connected with adjustable plate；Stent arm between the sliding slot and lower platen is equipped with a solar panel connecting plate and solar panel connecting plate
The battery plate of lower part, the solar panel connecting plate are pushed by thin cylinder push rod pressure.
Advantageous effect
The present invention proposes a kind of full-automatic casting-welding machine, including rack, deck plate, the upper frame on deck plate top and master control
Component, master control unit are internally provided with control circuit and power supply circuit, and upper lower portion is equipped with mold transfer unit, pushes cast welding
Component, blade member enter channel parts and mold hold assembly, and above-mentioned component is arranged on above deck plate, parts of furnace and sink portion
Part is arranged on the machine frame inside side by side, and mold, which is brought into parts of furnace, to be impregnated, and is scraped off extra lead liquid by blade member, is fallen within
Sink section upper, after pushing the drive battery pushing cast welding of cast welding component, bath cooling in sink component is cooled down and finished down
Die casting weldering component above carries, and enters channel parts and is moved to along X-axis immediately below the battery, pushes cast welding component and pushes herein, is entering groove portion
Part top thimble assists the lower compression action for completing battery and external shell, completes the cast welding process of battery, passes through mould structure
The time of a whole set of cast welding technique is greatly reduced in the change of mode.The postposition of smelting furnace has pulled open the position of direct labor and smelting furnace
It puts, is no longer on high temperature service, and reduce the security risk that smelting furnace is brought.
Description of the drawings
It in order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention, for those of ordinary skill in the art, without having to pay creative labor, may be used also
To obtain other attached drawings according to these attached drawings.
Fig. 1 is the front view of the present invention；
Fig. 2 is side view of the present invention shown in Fig. 1；
Fig. 3 is top view of the present invention；
Fig. 4 is sink modular construction schematic diagram；
Fig. 5 is mold hold assembly structure diagram；
Fig. 6 is mold transfer unit structure diagram；
Fig. 7 is mold transfer unit side view；
Fig. 8 is mold transfer unit stereogram；
Fig. 9 is pushing cast welding modular construction schematic diagram；
Figure 10 is pushing cast welding component side structure schematic view；
Figure 11 is blade member structure diagram；
Figure 12 is parts of furnace structure diagram；
Figure 13 is into channel parts structure diagram；
Figure 14 is sink unit embodiment structure diagram.
Wherein, rack 1, deck plate 2, sink component 3, the first sink 31, the second sink 32, the second conditioning box 33, strainer
Disk 34, strainer press strip 35, small water tank fixed block 36, discharge outlet 37, water inlet 38, water circuit system 39, upper frame 4, mold clamping
Component 5, locking cylinder installing plate 51, locking cylinder 52, fixing bracket 53, mould support plate 54 lock connecting plate A55, and locking connects
Fishplate bar B56, locking latch hole 57, locking latch group 58, bolt orifice plate 59, mold transfer unit 6, stepper motor 61, spider
Transverse axis aluminium seat side plate A62, single-iris shaft coupling 63, leading screw support base 64, spider transverse axis aluminium section bar pedestal 65, ball screw
66, the first guide rail 67, spider drag chain supporting plate 68 heats cylinder 69, spider longitudinal axis bottom plate 610, and the second guide rail 611 send mould
Cylinder 612 send mould cylinder mounting block 613, send mould cylinder pushing block 614, send mode slider 615, screw fulcrum bearing 616, spider horizontal stroke
Axis aluminium seat side plate B617, three corner brace 618 of transverse arm aluminium seat, mold linking arm 619 heat cylinder fixed block 620, and the spider longitudinal axis connects
Connecing block 621, linear slider 622, feed screw nut's mounting blocks 623, ball screw nut 624, mold 625 pushes cast welding component 7,
Rack plate 71, linear bearing 72, lower platen 73, linear guide poles 74, the second cylinder 75, the first cylinder 76, screw rod closing piece 77 are thin
Type cylinder 78, battery plate connecting plate 79, battery plate 710, stent arm 711, sliding slot upper plate 712, axle center support base 713,
Sliding slot lower plate 714, adjustable plate 715, blade member 8, scraper plate cylinder 81, scraper plate fixed plate 82, sliding block panel 83, link 84,
Connecting plate 85, scraper plate 86, parts of furnace 9, smelting furnace 91, briquetting 92, heat-generating pipe 93 enter channel parts 10, enter slot cylinder 101, compression spring is led
Column 102, Y-axis adjustable plate 103, X-axis adjustable plate 104, linear slide block 105, slide 106, slider connecting plate 107.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present invention, the technical solution in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, instead of all the embodiments.Based on this
Embodiment in invention, the every other reality that those of ordinary skill in the art are obtained without making creative work
Example is applied, belongs to the scope of protection of the invention.
Embodiment 1
As shown in figures 1-13, full-automatic casting-welding machine, including rack 1, deck plate 2, the upper frame 4 on 2 top of deck plate and master
Component is controlled, master control unit is internally provided with control circuit and power supply circuit, and mold transfer unit 6 is equipped with inside upper frame 4, is pushed
Cast welding component 7, blade member 8 enter channel parts 10 and mold hold assembly 5, and above-mentioned component is arranged on 2 top of deck plate, smelting furnace portion
Part 9 and sink component 3 are arranged on inside rack 1 side by side, and deck plate 2 corresponds to parts of furnace 9 and 3 top of sink component is equipped with and leaves blank；
Mold delivery section 6 rearward be arranged on deck plate 2X direction of principal axis, mold, 6 front side edge of mold transfer unit are equipped in mold delivery section 6
X direction of principal axis is equipped with blade member 8, pushes cast welding component 7 and enter channel parts successively, and the main pressing plate pushed in cast welding component 7 is arranged on
The surface of sink component 3；Mold hold assembly 5 is equipped with by sink component, mold, which is brought into parts of furnace 9, to be impregnated, and is passed through
Blade member 8 scrapes off extra lead liquid, falls within 3 top of sink component, after pushing the drive battery pushing cast welding of cast welding component 7,
Bath cooling in sink component 3, cooling, which finishes, to be pushed cast welding component and above carries, and is entered under channel parts 10 move to the battery just along X-axis
Side pushes cast welding component and pushes herein, and the compression that battery and external shell are completed in the case where entering 10 top thimble of channel parts and assisting is moved
Make.
Mold transfer unit includes conveying device and mold 625, and mold 625 is fixed by handgrip and passes through conveyor belts
Welding action is completed to designated position, conveying device includes spider transverse axis, the spider longitudinal axis and send mode slider 615, spider
The longitudinal axis is fixed on by slide on spider transverse axis, in ball screw and sliding block cooperation bottom left is driven to move right, is sent mode slider 615
It is fixed on by slide on the spider longitudinal axis, mode slider 615 is sent to be equipped with mold linking arm 619,619 end of linking arm
For handgrip, spider transverse axis and the spider longitudinal axis drive the movement for completing mold 625X direction of principal axis and Y direction.
Spider transverse axis includes a spider transverse axis aluminium section bar pedestal 65,65 left and right ends of spider transverse axis aluminium section bar pedestal
It is respectively perpendicular and is connected with spider transverse axis aluminium seat side plate A62 and spider transverse axis aluminium seat side plate B617, a stepper motor 61 is fixed
In on wherein side plate.
Parts of furnace 9 includes smelting furnace 91, and for 91 inside of smelting furnace equipped with lead liquid, bottom is equipped with several heat-generating pipes 93, hair side by side
93 one end of heat pipe is fixed by briquetting 92, and heat-generating pipe 93 is electrically connected with control circuit.
Blade member 8 is arranged on along Y direction on the deck plate 2 between parts of furnace 9 and sink component 3, blade member bag
The scraper plate fixed plate 82 being fixed on deck plate is included, scraper plate cylinder 81, scraper plate fixed plate are equipped on front side of 82 top of scraper plate fixed plate
Leading flank both sides are equipped with track side by side, and a sliding block panel 83 is sticked on track, and 83 forepart of sliding block panel is fixedly connected with frame 84, even
Frame lower part connecting plate 85 is connect, 85 lower rearward side of connecting plate fixes a scraper plate 86.
Sink component 3 includes the first external sink 31, and one second water is crossed at middle part by fence in the first sink 31
Slot 32,31 bottom of the first sink are equipped with a gap, and 32 bottom of the second sink is equipped with two symmetrically placed 38 and one rows of water inlet
The mouth of a river 37,32 fence of the second sink are less than 31 depth of the first sink, are equipped with filter screen plate 34 in the second sink 32, are surrounded by filter
35 and second conditioning box 33 of net press strip, the second sink periphery are equipped with small water tank fixed block 36,37 bottom of water inlet 38 and discharge outlet
Connect water circuit system 39.
Mold hold assembly 5 is arranged on deck plate and corresponds to sink component edge, and sink is stretched into 5 part of mold hold assembly
3 inside of component is used for fixing mould；Mold hold assembly 5 includes the locking cylinder installing plate 51 being fixed on deck plate 2, locking
Locking cylinder 52 is fixed on cylinder mounting plate 51, bolt orifice plate 59, pin hole are fixed on the downside of 51 front end face of cylinder mounting plate
59 middle part lower section of plate is equipped with a locking latch hole 57, and a locking latch group 58 can be inserted into the locking by linkage part linkage and insert
In pin hole；Linkage part includes the locking connecting plate A55 being connected with locking cylinder 52, locking connecting plate A and locking latch group 58
Between locking connecting plate B56；59 lower section of bolt orifice plate is equipped with one for holding up the mould support plate 54 of mold, and mould support plate is arranged on
Sink components interior, 54 both sides of mould support plate are connected with step fixing bracket 53, and 53 free end of fixing bracket is consolidated by bolt
Due on deck plate.
Entering channel parts is included there are two slide 106, and two slides are parallel on the deck plate of side before and after sink component, a master
The linear slide block 105 for 107 lower section of slider connecting plate 107 and slider connecting plate that panel passes through both sides bottom surface is fixed on two slides
On 106；One cylinder rod for entering slot cylinder 101 being fixed on deck plate is connected with main panel, and main panel is equipped with and can be moved along Y-axis
Dynamic Y-axis adjustable plate 103, Y-axis adjustable plate 103, which is equipped with, to be set on X-axis adjustable plate 104 along the X-axis adjustable plate 104 that X-axis is moved
There are two compression spring guide post 102, compression spring is socketed on compression spring guide post 102.
Pushing cast welding component 7 includes being arranged on the rack plate 71 directly over sink component 3, and 71 4 jiaos of rack plate passes through four
A linear guide poles 74 support, and the linear guide poles 74 are fixed on by the axle center support base 713 of bottom on deck plate, the stent
71 lower section of top plate is equipped with a lower platen 73, and 73 4 jiaos of lower platen is equipped with sleeve joint hole, is socketed on respectively on four linear guide poles 74, covers
It connects and linear bearing 72 is fixed on hole, 71 top of rack plate is equipped with the second cylinder 75 and the first cylinder 76, the second cylinder and the
The cylinder rod of one cylinder is connected with lower platen 73 by screw rod closing piece 77.
73 lower part of lower platen is equipped with stent arm 711 and thin cylinder 78, and 711 bottom of stent arm, which is connected with, passes through sliding slot
The sliding slot that upper plate 712 and sliding slot lower plate 714 form, battery are plugged in sliding slot, and 711 bottom of stent arm is also associated with adjusting
Plate 715；Stent arm between the sliding slot and lower platen 73 is equipped with a solar panel connecting plate 79 and solar panel connecting plate 79
The battery plate 710 of lower part, solar panel connecting plate 79 are pushed by 78 push rod pressure of thin cylinder.
Embodiment 2
Full-automatic casting-welding machine is mainly made of complete machine frame, heating part, cooling segment and transport portion.
Complete machine component is respectively 1. cast welding machine rack, 2. cast welding machine deck plate, 3. sink component, 4. upper frame member, 5. mold
8. blade member of hold assembly 6. mold transfer units, 7. times die-cast parts, 9. parts of furnace 10. enters channel parts and control machine
Electric elements, sealing plate etc..
Parts of furnace is connected fastening with cast welding machine rack with welding manner, and other component is attached tightly in a manner of bolt
Gu.
The operation principle of full-automatic casting-welding machine is by being heated to mold, and pond of then discharging carries out cast welding and cooling, finally
It carries out into slot.Specific operation process is as follows：
The start 1. machine is powered, resets each parts into manual operation.
2. furnace heats reach preset temperature and stabilization.
3. mold is transported to above smelting furnace by mold transfer unit by motor drives screw mandrel, then heats cylinder and send mould
Cylinder will mold promote smelting furnace in impregnate, at this time by the cast welding frame for installing battery shift onto in lower die-cast part and press startup by
Button, overhead door will fall out, and reach setting soaking time exhaust hood thereafter again by mold pull-up, mold is conveyed screw clamp by screw
(mold can pass through blade member during this, and scraper plate scrapes die surface, clear extra lead), cylinder above component
Mold is pushed again and is pressed onto on the supporting plate of mold hold assembly.
4. mold hold assembly is positioned and clamped to mold.
5. cast welding frame is pressed down to specified altitude assignment above mold by lower die-cast part, cast welding is carried out.
6. sink component water inlet pipe starts to intake, tank drains valve member cylinder is released at this time, prevents water in small water tank
Drain, water rises to mold bottom in small water tank and cooled down, and gap of the extra water between mold and small water tank flows to
Large water tank is drained through drainpipe.It reaching after setting cooling time, water inlet pipe stops water inlet, and tank drains valve member cylinder is withdrawn,
Remaining water is drained by drainpipe in small water tank.
7. lower die-cast part from mold departs from lead the pull-up of cast welding frame.
8. mold hold assembly unclamps.
9. mold transfer unit is sent mold back to lead stove and impregnated, prepare for cast welding next time.
10. enter channel parts cylinder to move the groove top pin that enters with corresponding battery above sink component to.
11. cast welding frame is depressed to battery top to entering groove top pin and battery separator is fully pressed into electricity by lower die-cast part again
Pond shell.
12. lower die-cast part rises again, enter channel parts cylinder and will enter groove top pin to push back origin.
13. overhead door rises automatically, worker extracts cast welding plate out.
Embodiment 3
As shown in figs 6-8, mold transfer unit is installed on inside welding machine, including conveying device and mold 625, mold 625
It is fixed by handgrip and passes through conveying device and take designated position completion welding action to, it is horizontal that the conveying device includes spider
Axis, the spider longitudinal axis and send mode slider 615, the spider longitudinal axis is fixed on by slide on spider transverse axis, in ball screw and
Sliding block cooperation drives bottom left to move right, and mode slider 615 is sent to be fixed on by slide on the spider longitudinal axis, send and is set on mode slider 615
There is mold linking arm 619,619 end of linking arm is handgrip, and spider transverse axis and the spider longitudinal axis, which drive, completes mold 625X axis
Direction and the movement of Y direction.
Spider transverse axis includes a spider transverse axis aluminium section bar pedestal 65,65 left and right ends of spider transverse axis aluminium section bar pedestal
It is respectively perpendicular and is connected with spider transverse axis aluminium seat side plate A62 and spider transverse axis aluminium seat side plate B617, a stepper motor 61 is fixed
In on wherein side plate.
Spider transverse axis aluminium section bar pedestal 65 is internally provided with two the first guide rails 67 being placed in parallel, and two first guide rails 67 are set
In spider transverse axis aluminium section bar pedestal, about 65 both sides, parallel between two first guide rails 67 to be equipped with ball screw 66.
Ball screw 66 is fixed on the spider transverse axis aluminium by the leading screw support base 64 and screw fulcrum bearing 616 of both sides
On section bar pedestal 65, single-iris shaft coupling 63 is equipped between 66 one end of ball screw and stepper motor 61.
Three corner brace 618 of transverse arm aluminium seat is respectively fixed on the outside of both side plate, 65 top of spider transverse axis aluminium section bar pedestal is equipped with
Spider drag chain supporting plate 68, spider drag chain supporting plate 68 are equipped with the drag chain of connection spider transverse axis and the spider longitudinal axis.
The spider longitudinal axis includes spider longitudinal axis bottom plate 610, and the spider longitudinal axis includes 610 rear portion of spider longitudinal axis bottom plate
Equipped with the spider longitudinal axis link block 621 being connected with spider transverse axis, 610 forepart of spider longitudinal axis bottom plate fixes one and send mould cylinder
Mounting blocks 613.
The linear slider 622 with the cooperation of the first guide rail 67, two linear sliders 622 are equipped in spider longitudinal axis link block 621
The ball screw nut 624 with ball screw cooperation is directly provided with, ball screw nut 624 passes through feed screw nut's mounting blocks 623
It is fixed on spider longitudinal axis link block 621.
610 upper rear portion of spider longitudinal axis bottom plate is by heating one heating cylinder 69 of the connection of cylinder fixed block 620, spider
610 front of longitudinal axis bottom plate is equipped with two second parallel longitudinal guide rails 611, and mode slider 615 is sent to be fixed on the second guide rail 611.
613 forepart of mould cylinder mounting block is sent to fix one and send mould cylinder 612, mode slider 615 is sent to be arranged on and is sent under mould cylinder 612
Side, send 615 top of mode slider to send mould cylinder pushing block 614 equipped with one.
The cylinder rod of mould cylinder 612 is sent with mould cylinder pushing block 614 is sent to be connected described in drive mode slider 615 to be sent to slide up and down.
Embodiment 4
As shown in figs. 4 and 14, bosh is installed on inside cast welding machine, cooling processing is carried out for product, including the first water
The second sink is surrounded by fence in the middle part of slot and the first sink inner bottom surface, the first sink and the second sink size allow in cast welding machine
Mold sinks into the first sink and is placed on the second sink, and the second bottom of gullet is connected with into water water route and the first water outlet water route,
First bottom of gullet is connected with the second water outlet water route.
First sink and the second sink are concentric, and four sides are equidistantly placed, and the second sink bottom surface is set there are two symmetrically placed in a left side
The water inlet of right both sides.
The second conditioning box is equipped on the outside of second sink, the second sink top is equipped with filter screen plate, and filter screen plate is surrounded by strainer
Press strip.
Second sink and the first sink lap-joint are equipped with overlap edge edge, and overlap edge is along equipped with small water tank fixed block, small water
Case fixed block is secured by bolts in the overlap edge along upper.
Second water outlet water route includes the water pipe G of vertical water pipe D and horizontal connection water pipe D, between water pipe D and the first sink
Equipped with connection component.
Connection component includes the outer silk straight pipe for being fixed on the first sink bottom surface, in outer silk straight pipe unicom
Silk straight pipe and for unicom internal thread straight pipe and the interior straight pipe of water pipe D.
First water outlet water route includes water pipe B, is equipped with a drain valve in the middle part of water pipe B, water pipe B lower ends pass through a three-way pipe and water
Pipe G unicom.
Water pipe G ends connect an extension, and the second elbow, extension pipe end connection one are equipped between water pipe G and extension
First manual ball valve.
Water inlet water route includes a feed pipe, and feed pipe is equipped with one or three water service pipes, and three water service pipe one end connection second is manually
Ball valve, remaining both ends connect water pipe E and water pipe F respectively.
Each water pipe is connected by the first elbow in water inlet water route.
Wherein water pipe E and water pipe F are intake simultaneously, and both sides reach balance, and in water inlet, drain valve is promoted by cylinder and closed
Water pipe B, when water level is higher than the second sink, when reaching the first sink bottom surface, the water being higher by is arranged by the water outlet on the first sink
Go out, keep the stabilization of water level.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
With within principle, any modifications, equivalent replacements and improvements are made should all be included in the protection scope of the present invention god.
Claims (10)
1. full-automatic casting-welding machine, including rack (1), deck plate (2), the upper frame (4) and master control unit on deck plate (2) top,
The master control unit is internally provided with control circuit and power supply circuit, which is characterized in that is equipped with mold inside the upper frame (4)
Transfer unit (6) pushes cast welding component (7), blade member (8), enters channel parts (10) and mold hold assembly (5), above-mentioned portion
Part is arranged on above the deck plate (2), and parts of furnace (9) and sink component (3) are arranged on the rack (1) inside, table top side by side
It is equipped with and leaves blank above the corresponding parts of furnace (9) of plate (2) and sink component (3)；The mold transfer unit (6) rearward be arranged on institute
It states deck plate (2) X-direction, is equipped with mold in mold transfer unit (6), along X-direction on front side of the mold transfer unit (6)
Blade member (8) is equipped with successively, cast welding component (7) is pushed and enters channel parts, and the main pressing plate pushed in cast welding component (7) is set
In the surface of the sink component (3)；Mold hold assembly (5) is equipped with by the sink component, mold is brought into smelting furnace portion
It is impregnated in part (9), scrapes off extra lead liquid by blade member (8), sink component (3) top is fallen within, by pushing cast welding component
(7) after driving battery pushing cast welding, bath cooling in the sink component (3), cooling finishes pushing cast welding component and above carries, described
Enter channel parts (10) to move to immediately below the battery along X-axis, push cast welding component and push herein, enter channel parts (10) top top
Pin assists the lower compression action for completing battery and external shell.
2. full-automatic casting-welding machine according to claim 1, which is characterized in that the mold transfer unit includes conveying device
With mold (625), the mold (625), which is fixed by handgrip and passes through conveying device, takes designated position completion welding action to,
Conveying device includes spider transverse axis, the spider longitudinal axis and send mode slider (615), and the spider longitudinal axis is fixed on by slide
On the spider transverse axis, in ball screw and sliding block cooperation bottom left is driven to move right, it is described that mode slider (615) is sent to pass through slide
It is fixed on the spider longitudinal axis, it is described that mode slider (615) is sent to be equipped with mold linking arm (619), the linking arm (619)
End is handgrip, and the spider transverse axis and the spider longitudinal axis drive the movement for completing mold (625) X-direction and Y direction.
3. full-automatic casting-welding machine according to claim 2, which is characterized in that it is horizontal that the spider transverse axis includes a spider
Axis aluminium section bar pedestal (65), spider transverse axis aluminium section bar pedestal (65) left and right ends, which are respectively perpendicular, is connected with spider transverse axis
Aluminium seat side plate A (62) and spider transverse axis aluminium seat side plate B (617), a stepper motor (61) are fixed on wherein side plate.
4. full-automatic casting-welding machine according to claim 1, which is characterized in that the parts of furnace (9) includes smelting furnace (91),
Several heat-generating pipes (93) are equipped with side by side equipped with lead liquid, bottom inside the smelting furnace (91), and described heat-generating pipe (93) one end passes through
Briquetting (92) is fixed, and the heat-generating pipe (93) is electrically connected with control circuit.
5. full-automatic casting-welding machine according to claim 1, which is characterized in that the blade member (8) is arranged on along Y direction
On deck plate (2) between the parts of furnace (9) and sink component (3), the blade member includes being fixed on deck plate
Scraper plate fixed plate (82), scraper plate cylinder (81) is equipped on front side of scraper plate fixed plate (82) top, before the scraper plate fixed plate
Side both sides are equipped with track side by side, and a sliding block panel (83) is sticked on track, and sliding block panel (83) forepart is fixedly connected
Frame (84), link lower part connecting plate (85), connecting plate (85) lower rearward side fix a scraper plate (86).
6. full-automatic casting-welding machine according to claim 1, which is characterized in that the sink component (3) includes external the
One sink (31), first sink (31) is interior to cross one second sink (32), first sink by fence at middle part
(31) bottom is equipped with a gap, and the second sink (32) bottom is equipped with two symmetrically placed water inlets (38) and a discharge outlet
(37), the second sink (32) fence is less than the first sink (31) depth, and strainer is equipped in second sink (32)
Disk (34), is surrounded by strainer press strip (35) and the second conditioning box (33), and the second sink periphery is fixed equipped with small water tank
Block (36), the water inlet (38) connect water circuit system (39) with discharge outlet (37) bottom.
7. full-automatic casting-welding machine according to claim 1, which is characterized in that mold hold assembly (5) is arranged on the table top
Sink component edge is corresponded on plate, the mold hold assembly (5) is partly stretched into inside sink component (3) for stent
Tool；The mold hold assembly (5) includes the locking cylinder installing plate (51) being fixed on deck plate (2), the locking cylinder
Locking cylinder (52) is fixed on installing plate (51), bolt orifice plate is fixed on the downside of cylinder mounting plate (51) front end face
(59), lower section is equipped with a locking latch hole (57) in the middle part of the bolt orifice plate (59), and a locking latch group (58) passes through linkage portion
Part linkage can be inserted into the locking latch hole；The linkage part includes the locking connecting plate A being connected with locking cylinder (52)
(55), the locking connecting plate B (56) between the locking connecting plate A and locking latch group (58)；Under the bolt orifice plate (59)
Side is equipped with one for holding up the mould support plate (54) of mold, and the mould support plate is arranged on sink components interior, the mould support plate
(54) both sides are connected with step fixing bracket (53), and fixing bracket (53) free end is secured by bolts in deck plate
On.
8. full-automatic casting-welding machine according to claim 1, which is characterized in that it is described enter channel parts include there are two slide
(106), the parallel sliding block that on the deck plate of side before and after sink component, a main panel passes through both sides bottom surface of described two slides
Linear slide block (105) below connecting plate (107) and the slider connecting plate (107) is fixed on two slides (106)；One fixes
It is connected in the cylinder rod for entering slot cylinder (101) on deck plate with the main panel, the main panel is equipped with and can be moved along Y-axis
Y-axis adjustable plate (103), the Y-axis adjustable plate (103) be equipped with can be along the X-axis adjustable plate (104) that X-axis is moved, the X-axis
It is set on adjustable plate (104) there are two compression spring guide post (102), compression spring is socketed on the compression spring guide post (102).
9. full-automatic casting-welding machine according to claim 1, which is characterized in that the pushing cast welding component (7) includes being arranged on
Rack plate (71) directly over sink component (3), rack plate (71) corner are supported by four linear guide poles (74),
The linear guide poles (74) are fixed on by the axle center support base (713) of bottom on deck plate, below the rack plate (71)
Equipped with a lower platen (73), lower platen (73) corner is equipped with sleeve joint hole, is socketed on respectively on four linear guide poles (74), institute
It states and linear bearing (72) is fixed on sleeve joint hole, rack plate (71) top is equipped with the second cylinder (75) and the first cylinder
(76), second cylinder is connected with the cylinder rod of the first cylinder with the lower platen (73) by screw rod closing piece (77).
10. full-automatic casting-welding machine according to claim 9, which is characterized in that lower platen (73) lower part is equipped with stent
Arm (711) and thin cylinder (78), stent arm (711) bottom are connected with by under sliding slot upper plate (712) and sliding slot
The sliding slot of plate (714) composition, battery are plugged in sliding slot, and stent arm (711) bottom is also associated with adjustable plate (715)；
Stent arm between the sliding slot and lower platen (73) is equipped with a solar panel connecting plate (79) and solar panel connecting plate (79)
The battery plate (710) of lower part, the solar panel connecting plate (79) are pushed by thin cylinder (78) push rod pressure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720731458.3U CN207386534U (en) | 2017-06-21 | 2017-06-21 | Full-automatic casting-welding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720731458.3U CN207386534U (en) | 2017-06-21 | 2017-06-21 | Full-automatic casting-welding machine |
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| Publication Number | Publication Date |
|---|---|
| CN207386534U true CN207386534U (en) | 2018-05-22 |
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ID=62403422
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720731458.3U Active CN207386534U (en) | 2017-06-21 | 2017-06-21 | Full-automatic casting-welding machine |
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| Country | Link |
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| CN (1) | CN207386534U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107138711A (en) * | 2017-06-21 | 2017-09-08 | 江门市长和电器实业有限公司 | Full-automatic casting-welding machine |
| CN109290551A (en) * | 2018-06-08 | 2019-02-01 | 天能集团（河南）能源科技有限公司 | A kind of efficient automatic cast welding storage battery production system |
-
2017
- 2017-06-21 CN CN201720731458.3U patent/CN207386534U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107138711A (en) * | 2017-06-21 | 2017-09-08 | 江门市长和电器实业有限公司 | Full-automatic casting-welding machine |
| CN107138711B (en) * | 2017-06-21 | 2024-02-20 | 江门市长和电器实业有限公司 | Full-automatic cast welding machine |
| CN109290551A (en) * | 2018-06-08 | 2019-02-01 | 天能集团（河南）能源科技有限公司 | A kind of efficient automatic cast welding storage battery production system |
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