CN108406331A - Basket welds punching automation device - Google Patents
Basket welds punching automation device Download PDFInfo
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- CN108406331A CN108406331A CN201810346618.1A CN201810346618A CN108406331A CN 108406331 A CN108406331 A CN 108406331A CN 201810346618 A CN201810346618 A CN 201810346618A CN 108406331 A CN108406331 A CN 108406331A
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- Prior art keywords
- basket
- conveying
- machining position
- translation
- rack
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/06—Metal-working plant comprising a number of associated machines or apparatus
Abstract
Include conveying lifting apparatus, translation conveying device, conveying welder, decompressor and discharging overturning structure the invention discloses a kind of basket welding punching automation device；Conveying lifting apparatus is set to the front of translation conveying device, and basket is conveyed the input terminal to translation conveying device；Basket is delivered to output end by translation conveying device from the input terminal of neighbouring conveying lifting apparatus, it includes the first rack construction and conveying mechanism to translate conveying device, drive basket in being delivered to output end from input terminal in the first rack construction by conveying mechanism, first rack construction is equipped with the first machining position in neighbouring input end and is equipped with the second machining position in neighbouring output, and conveying welder is set to the lower section of the first machining position；Decompressor is set to the lower section of the second machining position；Discharging overturning structure setting is in the rear of translation conveying device.Basket welding punching automation device of the present invention can be effectively improved the production efficiency of basket.
Description
Technical field
The present invention relates to a kind of basket processing equipment fields, and punching automation device is welded more particularly, to a kind of basket.
Background technology
Currently, in common basket production line, welding and the punching press of basket mostly use greatly artificial mode and are carried out to basket
Processing, but human cost is high, and efficiency is slower, influences the production efficiency of basket.
Invention content
The purpose of the present invention is to provide a kind of baskets to weld punching automation device.
To achieve the above object, the present invention provides the following technical solutions：
It includes conveying lifting apparatus, translation conveying device, conveying welder, punching press that basket, which welds punching automation device,
Device and discharging overturning structure；Conveying lifting apparatus is set to the front of translation conveying device, including structure for conveying and lift
Mechanism is risen, structure for conveying conveys basket to lifting mechanism, and lifting mechanism drives basket to rise, and basket is conveyed to translation and is conveyed
The input terminal of device；The both ends of translation conveying device are respectively input terminal and output end, translation conveying device be used for by basket from
The input terminal of neighbouring conveying lifting apparatus is delivered to output end, and translation conveying device includes the first rack construction and is set to the
Conveying mechanism in one rack construction drives basket in being delivered to output from input terminal in the first rack construction by conveying mechanism
End, the first rack construction are equipped with the first machining position in neighbouring input end and are equipped with the second machining position in neighbouring output,
Conveying welder is set to the lower section of the first machining position, and when being delivered to the first machining position for basket, conveying welder opens
Dynamic, basket is delivered to from translation conveying device on conveying welder, and hoop is welded to basket frame bottom by conveying welder, is welded
Connect the basket of completion and be transmitted back to the first machining position from conveying welder, basket by conveying mechanism from the first machining position continue to
Output end conveys；Decompressor is set to the lower section of the second machining position, when being delivered to the second machining position for basket, decompressor
Start, basket is delivered to from translation conveying device on decompressor, and decompressor is to basket punching press, and basket that punching press is completed is from punching
Pressure device is transmitted back to the second machining position, and basket continues to convey to output end by conveying mechanism from the second machining position；Discharging overturning
Structure setting is in the rear of translation conveying device, overturning output when for making basket be exported from translation conveying device.
As the further technical solution of the present invention：Conveying mechanism includes mounting bracket, driving axle construction, driven axle construction, defeated
Send chain and driving mechanism；Mounting bracket is respectively provided with a support bracket in the both sides of top surface, and each support bracket is equipped with corresponding direction
The supporting plate of the mounting bracket other side has gap between two supporting plates；Mounting bracket is equipped with support in top surface adjacent to one end of lifting mechanism
Frame, supporting rack are equipped with propulsion cylinder, and towards lifting mechanism, the pushing ram of propulsion cylinder is equipped with to be pushed away the pushing ram of propulsion cylinder
Plate；Driving axle construction may be contained within installation top of support with driven axle construction, and driving axle construction is rotatablely arranged at mounting bracket top
Face adjacent to one end of lifting mechanism, driven axle construction be rotatablely arranged at installation top of support the other end, the one of conveyor chain
End cap is set in driving axle construction, and the other end is sheathed in driven axle construction, and the chain body of conveyor chain is between two supporting plates
In gap, several blocks are equally spacedly equipped on conveyor chain；Driving mechanism is set to the one end of mounting bracket adjacent to lifting mechanism,
For driving driving axle construction rotation, driven axle construction is made to be rotated with conveyor chain.
As the further technical solution of the present invention：Lifting mechanism includes link, jacking cylinder, saddle, stirs inductor
And reset inductor, link are set to the side of mounting bracket, jacking cylinder is vertically installed in link adjacent to conveying mechanism
One end in, the mandril of jacking cylinder is connect with the saddle, and the saddle is set to the top of link, passes through jacking cylinder
Drive saddle lifting；It stirs inductor to be arranged at the top of link in one end far from conveying mechanism, so that basket is from conveyer
When structure is delivered on saddle, inductor is stirred in basket touching, is stirred inductor and is transmitted signal to jacking cylinder, jacking cylinder is made to open
It is dynamic；Reset inductor is set to one end of neighbouring conveying mechanism at the top of link, for incude saddle from rise to decline it is multiple
Behind position, driving mechanism is sent a signal to, driving mechanism driving conveying mechanism is made to convey on next basket to saddle.
As the further technical solution of the present invention：First rack construction includes frame structure, material baffle structure, support column,
One machining position inductor and the second machining position inductor；Frame structure is set to conveying welder and punching by support column
The top of pressure device, the conveying mechanism are set at the top of frame structure；Material baffle structure setting is located at the in frame structure bottom
The front of one machining position inputs the first machining position for controlling basket；First machining position inductor is correspondingly arranged in the first processing
Position, for coordinating conveying welder；Second machining position inductor is correspondingly arranged in the second machining position, for coordinating punching press to fill
It sets.
As the further technical solution of the present invention：Frame structure includes two side frames and link mechanism, each side
There are frame mandril, bottom bar and several columns for connecting mandril and bottom bar, the link mechanism to be set to the top of two side frames
Between bar, for installing conveying mechanism；Conveying mechanism includes that two side rails, translation structure and the first driving motor, both sides are led
Rail is set on link mechanism, and translation structure is slidably disposed on two side rails, the driving translation conveying of the first driving motor
For structure in being slided on two side rails to return, translation structure includes several slidings clamping hand structures and connecting plate, sliding clamping hand
Structure is slidably disposed in the top of two side rails, and each sliding clamping hand structure has lifting cylinder and clamping hand, folder
It holds hand to be set on the telescopic rod of lifting cylinder, clamping hand is made to be lifted under the drive of lifting cylinder, connecting plate is set to sliding
The top of hand structure is clamped, so that several sliding clamping hand structures is equally spacedly arranged and is set to the bottom surface of connecting plate.
As the further technical solution of the present invention：First driving motor is set on the mandril of side frame, the first driving electricity
The rotation axis of machine is equipped with gear；The top surface of the connecting plate is equipped with rack, for coordinating with the gear of the first driving motor,
Gear-rack drive structure is constituted, when starting for the first driving motor, connecting plate moves under the drive of the first driving motor,
Connecting plate drives sliding clamping hand structure to be slided on two side rails.
As the further technical solution of the present invention：Convey welder include the second rack construction, material supporting rack structure and
Frame mechanism is welded, one end of the neighbouring conveying mechanism of rack construction is feeding end, and feeding end is located at the lower section of the first machining position, separately
One end is welding ends, welding frame mechanism be fixedly provided on the welding ends of rack construction, material supporting rack structure can in feeding end with
It is set in the second rack construction with slidably reciprocating between welding ends, so that basket is in feeding end support to material supporting rack structure
Afterwards, basket slides into welding ends with material supporting rack structure, and hoop is welded on basket frame bottom by welding frame mechanism；Complete welding
Afterwards, basket slides with material supporting rack structure and returns to feeding end, is transmitted back to the first machining position.
As the further technical solution of the present invention：Decompressor includes stamping machine rack, die structure, rib-pressing device, punching
Device and material carrying mechanism；Die structure, rib-pressing device, hole punched device and material carrying mechanism may be contained within the panel of stamping machine rack
On, the hole punched device shares two pieces, is respectively arranged at the both sides of die structure, when being delivered on die structure for basket,
Matching bottom mould structure is punched out the two sides of basket；The material carrying mechanism is set to the both sides of die structure, is located at punching
Between device and die structure, for basket to be delivered to die structure from translation conveying device；Rib-pressing device shares two pieces,
The both ends of die structure are respectively arranged at, when being delivered on die structure for basket, both ends of the matching bottom mould structure to basket
Face carries out beading.
Compared with prior art, the beneficial effects of the invention are as follows：The present invention proposes a kind of basket welding punching automation dress
It sets by conveying matching between lifting apparatus, translation conveying device, conveying welder, decompressor and discharging overturning structure
It closes, while reducing artificial, is effectively improved the production efficiency of basket.
Description of the drawings
Fig. 1 is the overall diagram that basket welds punching automation device.
Fig. 2 is the stereogram for conveying lifting apparatus.
Fig. 3 is the stereogram for translating conveying device.
Fig. 4 is the front view for translating conveying device.
Fig. 5 is the stereogram for conveying welder.
Fig. 6 is the Local map of Fig. 5.
Fig. 7 is the front view for conveying welder.
Fig. 8 is the stereogram of decompressor.
Fig. 9 is the stereogram of discharging overturning structure.
Figure 10 is the front view of discharging overturning structure.
Specific implementation mode
The specific implementation mode of the present invention is described in detail below in conjunction with attached drawing.It should be understood that this place is retouched
The specific implementation mode stated is merely to illustrate and explain the present invention, the protection domain being not intended to restrict the invention.
Referring to Fig. 1, a kind of basket welding punching automation device includes conveying lifting apparatus 10, translation conveying device
20, welder 30, decompressor 40 and discharging overturning structure 50 are conveyed.Conveying lifting apparatus 10 is set to translation conveying dress
20 front is set, for basket to be conveyed translation conveying device 20；Conveying device 20 is translated to be used to lift basket from neighbouring conveying
The one end for rising device 10 is delivered to the other end；Conveying welder 30 is set to the neighbouring conveying lifting apparatus of translation conveying device 20
Below 10 one end, for hoop to be welded to basket frame bottom；Decompressor 40 is set to translation conveying device 20 far from conveying
Below one end of lifting apparatus 10, for carrying out beading and punching to basket；Discharging overturning structure 50 is set to translation conveying dress
The rear for setting 20 is overturn when for making basket be exported from translation conveying device 20.
It please refers to Fig.1, Fig. 2, after the conveying lifting apparatus 10 includes structure for conveying 11 and is set to structure for conveying 11
The lifting mechanism 12 of side, structure for conveying 11 convey basket to lifting mechanism 12, and lifting mechanism 12 drives basket to rise, by basket
Son is conveyed to translation conveying device 20.
Structure for conveying 11 includes mounting bracket 111, driving axle construction 112, driven axle construction 113, conveyor chain 114 and drives
Motivation structure 115；The mounting bracket 111 is respectively provided with a support bracket 101 in the both sides of top surface, and each support bracket 101, which is equipped with, to be corresponded to
Towards the supporting plate 102 of 111 other side of mounting bracket, there is gap between two supporting plates 102.Mounting bracket 111 is in top surface adjacent to lifting machine
One end of structure 12 is equipped with supporting rack 103, and supporting rack 103 is equipped with propulsion cylinder 104, the pushing ram direction lift of propulsion cylinder 104
Rise mechanism 12, the pushing ram of propulsion cylinder 104 is equipped with push plate 105, for propulsion cylinder 104 by push plate 105 by basket from
The saddle 123 of lifting mechanism 12 is delivered to the input terminal 201 of translation conveying device 20.Drive axle construction 112 and driven axle construction
113 may be contained within 111 top surface of mounting bracket, and driving axle construction 112 is rotatablely arranged at 111 top surface of mounting bracket adjacent to lifting mechanism
12 one end, driven axle construction 113 are rotatablely arranged at the other end of 111 top surface of mounting bracket, an end cap of conveyor chain 114
In driving axle construction 112, the other end is sheathed in driven axle construction 113, and the chain body of conveyor chain 114 is located at two supporting plates
In gap between 102, several blocks 106 are equally spacedly equipped on conveyor chain 114.Driving mechanism 115 is set to mounting bracket
111 adjacent to one end of lifting mechanism 12, for driving driving axle construction 112 to rotate, to make driven axle construction 113 and carrier chain
Item 114 rotates.
Lifting mechanism 12 includes link 121, jacking cylinder 122, saddle 123, stirs inductor 124 and reset induction
Device 125, link 121 are set to the side of mounting bracket 111, and jacking cylinder 122 is vertically installed in the neighbouring conveying of link 121 and ties
In one end of structure 11, the mandril of jacking cylinder 122 is connect with the saddle 123, and the saddle 123 is set to link 121
Top drives saddle 123 to lift by jacking cylinder 122.The setting of inductor 124 is stirred at 121 top of link in far from defeated
The one end for sending structure 11, when being delivered on saddle 123 from structure for conveying 11 for basket, inductor 124 is stirred in basket touching, is dialled
Dynamic inductor 124 transmits signal to jacking cylinder 122, and jacking cylinder 122 is made to start.Reset inductor 125 is set to link
121 tops send a signal to drive adjacent to one end of structure for conveying 11 for incuding saddle 123 after resetting with rising to decline
Motivation structure 115 makes driving mechanism 115 that structure for conveying 11 be driven to convey on next basket to saddle 123.
It please refers to Fig.1, Fig. 3 and Fig. 4, the translation conveying device 20 includes the first rack construction 21 and is set to the
Conveying mechanism 22 in one rack construction 21.The both ends of the basket translation conveying device 20 are respectively input terminal 201 and output
End 202, so that basket is after conveying lifting apparatus 10 is delivered in translation conveying device 20, basket is by conveying mechanism 22 from the
The input terminal 201 of one rack construction 21 is conveyed to output end 202.
First rack construction 21 includes frame structure 211, material baffle structure 212, support column 213, charging inductor 214, the
One machining position inductor 206 and the second machining position inductor 207；Frame structure 211 includes two side frames 231 and connecting rod knot
Structure 232, each side frame 231 have mandril, bottom bar and several columns for connecting mandril and bottom bar, the link mechanism
232 are set between the mandril of two side frames 231, for installing conveying mechanism 22.Frame structure 211 is set by support column 213
It is placed in the top of conveying welder 30 and decompressor 40.
Frame structure 211 is equipped with the first machining position 203 at neighbouring input terminal 201, and the first machining position 203 is defeated for installing
Send welder 30；Frame structure 211 is equipped with the second machining position 204 at neighbouring output end 202, and the second machining position 204 is used for
Decompressor 40 is installed, during being conveyed from input terminal 201 to output end 202 by conveying mechanism 22 for basket, in the
Hoop is welded to basket frame bottom by the conveying welder 30 of one machining position 203, right in the decompressor 40 of the second machining position 204
Basket carries out punching press.
The bottom bar side of each side frame 231 is in one section of input terminal 201, the first machining position 203 and the second machining position 204
Between one section and one section of output end 202 be equipped with and hold backboard 205, carry basket to hold backboard 205, pass through conveying mechanism
22 drive baskets are conveyed to output end 202 on backboard 205 from input terminal 201 in holding.
Material baffle structure 212 is arranged between the bottom bar of two side frames 231 of frame structure 211, is located at the first machining position 203
Front, for a basket enter the first machining position 203, by convey welder 30 be processed when, material baffle structure 212 opens
It is dynamic, so that latter basket is cannot be introduced into the first machining position 203, previous basket, which is completed to process from the output of the first machining position 203, before is
Only.
The charging inductor 214 is set to the input terminal of frame structure 211, for incuding the basket for being delivered to input terminal
Son, to coordinate the running of material baffle structure 212.
First machining position inductor 206 is correspondingly arranged in the first machining position 203, for coordinating conveying welder 30, when
When basket is delivered to the first machining position 203, conveying welder 30 is made to start；Second machining position inductor 207 is correspondingly arranged in
Second machining position 204, when basket is delivered to the second machining position 204, makes decompressor 40 open for coordinating decompressor 40
It is dynamic.
Conveying mechanism 22 includes two side rails 221, translation structure 222 and the first driving motor 223, two side rails 221
It is set on link mechanism 232, translation structure 222 is slidably disposed on two side rails 221, and the first driving motor 223 drives
Dynamic translation structure 222 slidably reciprocates on two side rails 221, translation structure 222 include several slidings be clamped hand structure 224 and
Connecting plate 225, sliding clamping hand structure 224 are slidably disposed in the top of two side rails 221, and hand structure is clamped in each sliding
224 there is lifting cylinder 226 and clamping hand 227, clamping hand 227 to be set on the telescopic rod of lifting cylinder 226, make clamping hand
227 lift under the drive of lifting cylinder 226, and connecting plate 225 is set to the top of sliding clamping hand structure 224, makes several cunnings
Dynamic clamping hand structure 224, which is equally spacedly arranged, is set to the bottom surface of connecting plate 225.In this way, being driven in the first driving motor 223
Under, hand structure 224 is clamped by sliding, basket is driven to be conveyed from the input terminal 201 of the first rack construction 21 to output end 202, and
Stop when being delivered to the first machining position 203 with the second machining position 204, welder 30 to be conveyed is with decompressor 40 to basket
After being processed, just continue to run with.
First driving motor 223 is set on the mandril of side frame 231, and the rotation axis of the first driving motor 223 is equipped with
Gear；The top surface of the connecting plate 225 is equipped with rack, for coordinating with the gear of the first driving motor 223, constitutes gear teeth
Driving structure, when starting for the first driving motor 223, connecting plate 225 moves under the drive of the first driving motor 223,
Connecting plate 225 drives sliding clamping hand structure 224 to be slided on two side rails 221.
It please refers to Fig.1, Fig. 5, the conveying welder 30 is set to the lower section of the first machining position 203, including the second machine
Frame structure 31, material supporting rack structure 32 and welding frame mechanism 33.Second rack construction 31 is adjacent to one end of conveying mechanism 22
For feeding end 301, feeding end 301 is located at the lower section of the first machining position 203, and the other end is welding ends 302, and welding frame mechanism 33 is solid
Surely it is arranged on the welding ends 302 of rack construction, material supporting rack structure 32 can be between feeding end 301 and welding ends 302 back and forth
Be slidingly arranged in the second rack construction 31, so that basket is after in feeding end 301 support to material supporting rack structure 32, basket with
Material supporting rack structure 32 slides into welding ends 302, and hoop is welded on basket frame bottom by welding frame mechanism 33.When completion is welded
After connecing, basket slides with material supporting rack structure 32 and returns to feeding end 301, completes output.
In conjunction with refering to Fig. 7, the second rack construction 31 includes frame main body 311, the second driving motor 312 and lifting cylinder
313, the top surface of frame main body 311 is respectively provided with a conveying for extending horizontally to from feeding end 301 welding ends 302 in both sides
314, the second driving motor 312 is arranged in the lower section of frame main body 311, is located relatively at material supporting rack structure 32 and welding frame mechanism 33
Between, the rotation axis of the second driving motor 312 passes through the top surface of frame main body 311, extend out between two conveyings 314, turns
Moving axis is equipped with gear, for driving material supporting rack structure 32 to be slided on two conveyings 314.Lifting cylinder 313 is set to machine
301 lower section of feeding end of frame body 311, the push rod of lifting cylinder 313 pass through the top surface of frame main body 311, extend out to two conveyings
Between guide rail 314, push rod is equipped with supporting rod, for coordinating material supporting rack structure 32.
In conjunction with refering to Fig. 6, material supporting rack structure 32 includes bottom plate 321, end plate 322, lower copper electrode top plate 323 and lifting support
Frame structure 324, bottom plate 321 is respectively provided with sliding block, sliding block and 314 corresponding matching of conveying in bottom surface both side, to make material supporting rack
Structure 32 can be slided on two conveyings 314；Bottom plate 321 between the sliding block of bottom surface both side be equipped with rack, by rack with
The gear of second driving motor 312 coordinates, and forms gear-rack drive, makes material supporting rack structure 32 can be in the second driving motor 312
Drive under, slidably reciprocate between feeding end 301 and welding ends 302；End plate 322 shares two pieces, is relatively arranged on bottom plate 321
Top surface towards the both ends of feeding end 301 and welding ends 302, vertically offer strip shape gob 325, end plate in two end plates 322
Riser guide 326 is vertically equipped on 322 end faces far from another end plate 322, for installing the shears structure 324；
The lower copper electrode top plate 323 is set to the top of two end plates 322, for coordinating welding frame mechanism 33 to weld basket；
The shears structure 324 includes connecting rod 327 and bracket 328, and connecting rod 327 is set between two end plates 322, is connected
The both ends of bar 327 are each passed through the strip shape gob 325 in two end plates 322, and the bracket is respectively provided on the both ends of connecting rod 327
328, the one side of bracket 328 towards end plate 322 is equipped with sliding part, and sliding part coordinates with the riser guide 326 on end plate 322,
Make shears structure 324 that can be lifted along riser guide 326.
The center of the bottom plate 321 offers through-hole 3211, and when starting for lifting cylinder 313, lifting cylinder 313 pushes away
Bar is passed through from through-hole 3211, and the supporting rod on push rod supports the connecting rod 327 of shears structure 324, to drive bracket
The 328 sliding lifting of riser guide 326 in two end plates 322.
Material supporting rack structure 32 includes basket inductor 329, and basket inductor 329 is set to the both sides of bottom plate 321, for feeling
It answers shears structure 324 after the completion of the sliding of riser guide 326 declines, sends a signal to driving motor, driving motor driving
Material supporting rack structure 32 from feeding end 301 on two conveyings 314 in sliding into welding ends 302.
It includes several support columns 331 and welder 332 to weld frame mechanism 33, and support column 331 is set to frame main body
311 top surface, the welder 332 are set to the top of frame main body 311, welder 332 by several support columns 331
It is set to support column 331 including mounting base 333, several weld cylinders 334 and several top electrode welding guns 335, mounting base 333
Top, several weld cylinders 334 are set to the top of mounting base 333, and several top electrode welding guns 335 are set to mounting base 333
Bottom, each weld cylinder 334 correspond to a top electrode welding gun 335, drive top electrode welding gun 335 to lift by weld cylinder 334.
It please referring to Fig.1, Fig. 8, the decompressor 40 is set to the lower section of the second machining position 204, including stamping machine rack 41,
Die structure 42, rib-pressing device 43, hole punched device 44 and material carrying mechanism 45；Die structure 42, rib-pressing device 43, hole punched device
44 and material carrying mechanism 45 may be contained on the panel of stamping machine rack 41, the hole punched device 44 shares two pieces, is respectively arranged at
The both sides of die structure 42, when being delivered on die structure 42 for basket, matching bottom mould structure 42 to the two sides of basket into
Row punching；The material carrying mechanism 45 is set to the both sides of die structure 42, between hole punched device 44 and die structure 42, uses
In by basket from translation conveying device 20 be delivered on die structure 42；Rib-pressing device 43 shares two pieces, is respectively arranged at bed die
The both ends of structure 42, when being delivered on die structure 42 for basket, matching bottom mould structure 42 presses the both ends of the surface of basket
Muscle.
It please refers to Fig.1, Fig. 9 and Figure 10, the discharging overturning structure 50 are set to the output end of the first rack construction 21
202, it is overturn when basket being made to be exported from translation conveying device 20；Discharging overturning structure 50 includes rollover stand structure 51, tumble cylinder
52 and supplied materials inductor 53, one end of rollover stand structure 51 connect with the first rack construction 21, rollover stand structure 51 it is another
End is equipped with baffle 511, and baffle 511 is equipped with the supplied materials inductor 53, and tumble cylinder 52 is set in rollover stand structure 51
Duan Shang, so that basket is after translation conveying device 20 is delivered to rollover stand structure 51, in basket from rollover stand structure 51 and first
When one end that rack construction 21 connects is delivered to the other end, the baffle 511 of basket frame top one end and 51 other end of rollover stand structure
It supports, baffle 511 makes basket that can not be exported from rollover stand structure 51, and the supplied materials inductor 53 on baffle 511 incudes basket, transmits
Signal makes the support rod of tumble cylinder 52 stretch out the other end for supporting and pushing basket frame top, passes through tumble cylinder to tumble cylinder 52
One end that 52 drive basket frame tops and support rods support rise, make basket around 51 one end of rollover stand structure held with basket frame contact in
It is overturn in rollover stand structure 51, and is exported from rollover stand structure 51 in switching process.
The rollover stand structure 51 include two right angle racks 512 and two chute boards 513, the one of each right angle rack 512
End is correspondingly connected with the side frame 231 of the first rack construction 21, and the baffle 511 is equipped between the other end of two right angle racks 512,
513 tilting of each chute board is set between the both ends of right angle rack 512, so that basket is delivered to from translation conveying device 20
On chute board 513.
The operation of basket welding punching automation device of the present invention is as follows：Convey the structure for conveying of lifting apparatus 10
11 convey basket to lifting mechanism 12, and lifting mechanism 12 drives basket to rise, and basket is conveyed to translation conveying device 20
Input terminal 201；Translation conveying device 20 is conveyed from the input terminal 201 of the first rack construction 21 to defeated by 22 basket of conveying mechanism
Outlet 202, and in transmission process, when basket is delivered to the first machining position 203, conveying welder 30 starts, basket from
Translation conveying device 20 is delivered in the material supporting rack structure 32 of conveying welder 30, and material supporting rack structure 32 is in the second rack construction
Welding ends 302 is slid into from feeding end 301 on 31, hoop is welded in by basket frame by the welding frame mechanism 33 of welding ends 302
On bottom；It completes the basket after welding and slides return feeding end 301 with material supporting rack structure 32, and be transmitted back to translation conveying device 20
First machining position 203 continues to convey to output end 202 from the first machining position 203；When basket is delivered to the second machining position 204,
Decompressor 40 starts, and basket is delivered to from translation conveying device 20 on the die structure 42 of decompressor 40, rib-pressing device 43
Punching press is carried out to basket with hole punched device 44；It completes the basket after punching press to be detached from from die structure 42, is transmitted back to translation conveying dress
20 are set, continues to convey to output end 202 from the second machining position 204；When basket is delivered to the output end 202 of translation conveying device 20
When, basket is delivered to the rollover stand structure 51 of discharging overturning structure 50 from output end 202, makes basket in turning over by tumble cylinder 52
Pivoted frame structure 51, which turns over, transfers out.
In conclusion basket welding punching automation device of the present invention is by conveying lifting apparatus 10, translation conveying device
20, the cooperation between welder 30, decompressor 40 and discharging overturning structure 50 is conveyed, while reducing artificial, effectively
Ground improves the production efficiency of basket.
Without departing from the thought of the invention, arbitrary combination is carried out to the various different embodiments of the present invention, it should all
When being considered as present disclosure；Within the scope of the technical concept of the present invention, a variety of simple modifications are carried out to technical solution
And the arbitrary combination of the thought without prejudice to the invention that different embodiments carry out, should all protection scope of the present invention it
It is interior.
Claims (8)
1. it includes conveying lifting apparatus (10), translation conveying device (20), conveying welding dress that basket, which welds punching automation device,
Set (30), decompressor (40) and discharging overturning structure (50)；It is characterized in that：The conveying lifting apparatus (10) is set to
The front of translation conveying device (20), including structure for conveying (11) and lifting mechanism (12), structure for conveying (11) are defeated by basket
It is sent to lifting mechanism (12), lifting mechanism (12) drives basket to rise, and basket is conveyed the input to translation conveying device (20)
It holds (201)；The both ends of translation conveying device (20) are respectively input terminal (201) and output end (202), translation conveying device (20)
For basket to be delivered to output end (202) from the input terminal (201) of neighbouring conveying lifting apparatus (10), conveying device is translated
(20) conveying mechanism (22) for including the first rack construction (21) and being set in the first rack construction (21), passes through conveyer
Structure (22) drives basket in being delivered to output end (202), the first rack construction from input terminal (201) in the first rack construction (21)
(21) it is equipped with the first machining position (203) at neighbouring input terminal (201) and is equipped with the second processing at neighbouring output end (202)
Position (204), conveying welder (30) is set to the lower section of the first machining position (203), so that basket is delivered to the first machining position
(203) when, conveying welder (30) starts, and basket is delivered to from translation conveying device (20) on conveying welder (30),
Hoop is welded to basket frame bottom by conveying welder (30), and soldered basket is transmitted back to the from conveying welder (30)
One machining position (203), basket continue to convey to output end (202) by conveying mechanism (22) from the first machining position (203)；Punching press
Device (40) is set to the lower section of the second machining position (204), when being delivered to the second machining position (204) for basket, decompressor
(40) start, basket is delivered to from translation conveying device (20) on decompressor (40), and decompressor (40) is to basket punching press, punching
The basket completed is pressed to be transmitted back to the second machining position (204) from decompressor (40), basket is added by conveying mechanism (22) from second
Station (204) continues to convey to output end (202)；Discharging overturning structure (50) is set to the rear of translation conveying device (20),
Overturning output when for making basket be exported from translation conveying device (20).
2. basket according to claim 1 welds punching automation device, it is characterised in that：Conveying mechanism (22) packet
Include mounting bracket (111), driving axle construction (112), driven axle construction (113), conveyor chain (114) and driving mechanism (115)；
Mounting bracket (111) is respectively provided with a support bracket (101) in the both sides of top surface, and each support bracket (101) is equipped with corresponding towards installation
The supporting plate (102) of frame (111) other side has gap between two supporting plates (102)；Mounting bracket (111) is in top surface adjacent to lifting machine
One end of structure (12) is equipped with supporting rack (103), and supporting rack (103) is equipped with propulsion cylinder (104), and propulsion cylinder (104) push away
Into bar towards lifting mechanism (12), the pushing ram of propulsion cylinder (104) is equipped with push plate (105)；Drive axle construction (112) with from
Moving axis structure (113) may be contained within mounting bracket (111) top surface, and driving axle construction (112) is rotatablely arranged at mounting bracket (111)
Top surface is rotatablely arranged at the another of mounting bracket (111) top surface adjacent to one end of lifting mechanism (12), driven axle construction (113)
The one end at end, conveyor chain (114) is sheathed in driving axle construction (112), and the other end is sheathed in driven axle construction (113),
The chain body of conveyor chain (114) is in the gap between two supporting plates (102), conveyor chain (114) if on be equally spacedly equipped with
Dry block (106)；Driving mechanism (115) is set to one end of the neighbouring lifting mechanism (12) of mounting bracket (111), for driving driving
Axle construction (112) rotates, and driven axle construction (113) is made to be rotated with conveyor chain (114).
3. basket according to claim 2 welds punching automation device, it is characterised in that：Lifting mechanism (12) packet
It includes link (121), jacking cylinder (122), saddle (123), stir inductor (124) and reset inductor (125), connect
Frame (121) is set to the side of mounting bracket (111), and jacking cylinder (122) is vertically installed in the neighbouring conveying mechanism of link (121)
(22) in one end, the mandril of jacking cylinder (122) is connect with the saddle (123), and the saddle (123) is set to link
(121) top drives saddle (123) to lift by jacking cylinder (122)；Inductor (124) is stirred to be arranged in link
(121) top is in one end far from conveying mechanism (22), when being delivered on saddle (123) from conveying mechanism (22) for basket,
Inductor (124) is stirred in basket touching, is stirred inductor (124) and is transmitted signal to jacking cylinder (122), makes jacking cylinder
(122) start；Reset inductor (125) is set to one end of neighbouring conveying mechanism (22) at the top of link (121), for incuding
Saddle (123) sends a signal to driving mechanism (115) after resetting with rising to decline, makes driving mechanism (115) driving conveying
Mechanism (22) conveys on next basket to saddle (123).
4. basket according to claim 1 welds punching automation device, it is characterised in that：First rack construction
(21) include frame structure (211), material baffle structure (212), support column (213), the first machining position inductor (206) and second
Machining position inductor (207)；Frame structure (211) is set to conveying welder (30) and punching press by support column (213)
The top of device (40), the conveying mechanism (22) are set at the top of frame structure (211)；Material baffle structure (212) is arranged in frame
Frame structure (211) bottom is located at the front of the first machining position (203), and the first machining position (203) is inputted for controlling basket；The
One machining position inductor (206) is correspondingly arranged in the first machining position (203), for coordinating conveying welder (30)；Second adds
Station inductor (207) is correspondingly arranged in the second machining position (204), for coordinating decompressor (40).
5. basket according to claim 4 welds punching automation device, it is characterised in that：The frame structure (211)
Including two side frames (231) and link mechanism (232), each side frame (231) has mandril, bottom bar and connection top
Several columns of bar and bottom bar, the link mechanism (232) is set between the mandril of two side frames (231), defeated for installing
Send mechanism (22)；Conveying mechanism (22) includes two side rails (221), translation structure (222) and the first driving motor (223),
Two side rails (221) are set on link mechanism (232), and translation structure (222) is slidably disposed in two side rails (221)
On, the first driving motor (223) driving translation structure (222) slidably reciprocates on two side rails (221), translation structure (222)
Including several slidings clamping hand structure (224) and connecting plate (225), sliding clamping hand structure (224) is slidably disposed in
The top of two side rails (221), each sliding clamping hand structure (224) have lifting cylinder (226) and clamping hand (227),
Clamping hand (227) is set on the telescopic rod of lifting cylinder (226), makes clamping hand (227) under the drive of lifting cylinder (226)
Lifting, connecting plate (225) are set to the top of sliding clamping hand structure (224), and several slidings is made to be clamped between hand structures (224) etc.
The bottom surface of connecting plate (225) is set to away from ground arrangement.
6. basket according to claim 5 welds punching automation device, it is characterised in that：First driving motor
(223) it is set on the mandril of side frame (231), the rotation axis of the first driving motor (223) is equipped with gear；The connecting plate
(225) top surface is equipped with rack, for coordinating with the gear of the first driving motor (223), composition gear-rack drive structure,
When starting for the first driving motor (223), connecting plate (225) moves under the drive of the first driving motor (223), connecting plate
(225) sliding clamping hand structure (224) is driven to be slided on two side rails (221).
7. basket according to claim 1 welds punching automation device, it is characterised in that：The conveying welder
(30) include the second rack construction (31), material supporting rack structure (32) and welding frame mechanism (33), the neighbouring conveying of rack construction
One end of mechanism (22) is feeding end (301), and feeding end (301) is located at the lower section of the first machining position (203), and the other end is welding
It holds (302), welding frame mechanism (33) is fixedly provided on the welding ends (302) of rack construction, and material supporting rack structure (32) can be in
It is set to slidably reciprocating between feeding end (301) and welding ends (302) in the second rack construction (31), so that basket is in pan feeding
After holding in (301) support to material supporting rack structure (32), basket slides into welding ends (302) with material supporting rack structure (32), passes through weldering
It connects frame mechanism (33) hoop is welded on basket frame bottom；Complete welding after, basket with material supporting rack structure (32) sliding return into
Expect end (301), is transmitted back to the first machining position (203).
8. basket according to claim 1 welds punching automation device, it is characterised in that：Decompressor (40) packet
Include stamping machine rack (41), die structure (42), rib-pressing device (43), hole punched device (44) and material carrying mechanism (45)；Bed die knot
Structure (42), rib-pressing device (43), hole punched device (44) and material carrying mechanism (45) may be contained on the panel of stamping machine rack (41),
The hole punched device (44) shares two pieces, the both sides of die structure (42) is respectively arranged at, so that basket is delivered to die structure
(42) when on, matching bottom mould structure (42) is punched out the two sides of basket；The material carrying mechanism (45) is set to bed die knot
The both sides of structure (42), between hole punched device (44) and die structure (42), for by basket from translation conveying device (20)
It is delivered on die structure (42)；Rib-pressing device (43) shares two pieces, the both ends of die structure (42) is respectively arranged at, for basket
When son is delivered on die structure (42), matching bottom mould structure (42) carries out beading to the both ends of the surface of basket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810346618.1A CN108406331B (en) | 2018-04-18 | 2018-04-18 | Basket welding stamping automation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810346618.1A CN108406331B (en) | 2018-04-18 | 2018-04-18 | Basket welding stamping automation device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108406331A true CN108406331A (en) | 2018-08-17 |
| CN108406331B CN108406331B (en) | 2023-08-08 |
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ID=63135962
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810346618.1A Active CN108406331B (en) | 2018-04-18 | 2018-04-18 | Basket welding stamping automation device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108406331B (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110252872A (en) * | 2019-06-28 | 2019-09-20 | 惠州市诚业家具有限公司 | Tubing automatic punching structure and frame process units |
| CN114406095A (en) * | 2022-01-26 | 2022-04-29 | 上海众达汽车冲压件有限公司 | A heterodromous aversion and protection device for stamping die |
| CN117583789A (en) * | 2024-01-17 | 2024-02-23 | 云南渝霖模板制造有限公司 | Automatic welding device and welding method for hanging basket |
| CN114406095B (en) * | 2022-01-26 | 2024-05-14 | 上海众达汽车冲压件有限公司 | A different direction shift and protection device for stamping die |
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| JP2004322932A (en) * | 2003-04-25 | 2004-11-18 | Grk Kk | Basket for vehicle, and its manufacturing method |
| TW201121850A (en) * | 2009-12-31 | 2011-07-01 | Zheng-Ren Ye | Storage basket and manufacturing method thereof. |
| CN102814661A (en) * | 2012-08-08 | 2012-12-12 | 苏州海仑士科技有限公司 | Automatic production line for intelligent sheet metal |
| CN207043740U (en) * | 2017-08-09 | 2018-02-27 | 盘锦奥德燃气装备制造有限公司 | Voltage regulation batch meter machining production line |
| CN207071610U (en) * | 2017-07-06 | 2018-03-06 | 力野精密工业（深圳）有限公司 | Feeding and punching press one automation equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004322932A (en) * | 2003-04-25 | 2004-11-18 | Grk Kk | Basket for vehicle, and its manufacturing method |
| TW201121850A (en) * | 2009-12-31 | 2011-07-01 | Zheng-Ren Ye | Storage basket and manufacturing method thereof. |
| CN102814661A (en) * | 2012-08-08 | 2012-12-12 | 苏州海仑士科技有限公司 | Automatic production line for intelligent sheet metal |
| CN207071610U (en) * | 2017-07-06 | 2018-03-06 | 力野精密工业（深圳）有限公司 | Feeding and punching press one automation equipment |
| CN207043740U (en) * | 2017-08-09 | 2018-02-27 | 盘锦奥德燃气装备制造有限公司 | Voltage regulation batch meter machining production line |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110252872A (en) * | 2019-06-28 | 2019-09-20 | 惠州市诚业家具有限公司 | Tubing automatic punching structure and frame process units |
| CN110252872B (en) * | 2019-06-28 | 2024-04-26 | 惠州市诚业家具有限公司 | Automatic punching structure of pipe and frame production device |
| CN114406095A (en) * | 2022-01-26 | 2022-04-29 | 上海众达汽车冲压件有限公司 | A heterodromous aversion and protection device for stamping die |
| CN114406095B (en) * | 2022-01-26 | 2024-05-14 | 上海众达汽车冲压件有限公司 | A different direction shift and protection device for stamping die |
| CN117583789A (en) * | 2024-01-17 | 2024-02-23 | 云南渝霖模板制造有限公司 | Automatic welding device and welding method for hanging basket |
| CN117583789B (en) * | 2024-01-17 | 2024-03-29 | 云南渝霖模板制造有限公司 | Automatic welding device and welding method for hanging basket |
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| Publication number | Publication date |
|---|---|
| CN108406331B (en) | 2023-08-08 |
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