CN207013885U - For being welded the automation gantry welder of metallic mesh - Google Patents
For being welded the automation gantry welder of metallic mesh Download PDFInfo
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- CN207013885U CN207013885U CN201720629524.6U CN201720629524U CN207013885U CN 207013885 U CN207013885 U CN 207013885U CN 201720629524 U CN201720629524 U CN 201720629524U CN 207013885 U CN207013885 U CN 207013885U
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Abstract
It the utility model is related to a kind of automation gantry welder for being used to be welded metallic mesh,Including frame,The welder and conveyer being arranged in the frame,Described frame one end is feed end,The other end is provided with the welder,The frame includes two guide rails be arrangeding in parallel,The conveyer includes horizontal transport mechanism,Two conveyer frames and lift transport mechanism,The horizontal transport mechanism is to by the guide rail horizontal transmission of two conveyer frames along the frame,The transport mechanism of lifting includes lifting track,Lift component,And drive component,The outside lifted track and be oppositely disposed at the feed end of the frame,The component of lifting is slidably disposed on described lift on track,For lifting or declining the conveyer frames,So that two conveyer frames alternately transport material,The drive component is used to drive the component of lifting to lift track slip described in.Above-mentioned automation gantry welder is greatly improved production efficiency.
Description
Technical field
It the utility model is related to a kind of welding equipment, and in particular to a kind of automation gantry for being used to be welded metallic mesh
Welding machine.
Background technology
With the development of economic and technical, the manufacturing industry such as haberdashery and hardware, instrument, instrument is to metal mesh sheet, guard etc. at present
The production requirement of web-shaped product is increasing, simply by manual operation welding machine come by the rule welding processing of bonding jumper one into
Web-shaped product far can not meet production requirement.At present, universal factory is all to be processed production using common row's welding machine,
Promotion welding tractor is welded at row's welding machine after artificial loading, blanking after being soldered, and feeding promotes welding tractor again
Welded at row's welding machine, so operated repeatedly.The mode of production of the netted metal product of such a welding not only low production efficiency,
And labor strength is big.
Utility model content
In summary, the utility model is necessary that labor intensity can be reduced by providing one kind, and and can improves operating efficiency
Automate gantry welder.
The technical solution that the utility model is related to：
It is a kind of to be used to being welded the automation gantry welder of metallic mesh, including frame, the weldering that is arranged in the frame
Connection device and conveyer, described frame one end are feed end, and the other end is provided with the welder, and the frame includes flat
Two guide rails that row is set, the conveyer include horizontal transport mechanism, two conveyer frames and lift transport mechanism, the level
Transport mechanism is to by the guide rail horizontal transmission of two conveyer frames along the frame, the transport mechanism of lifting includes support
Lift track, lift component and drive component, the outside lifted track and be oppositely disposed at the feed end of the frame,
It is described lift component be slidably disposed on it is described lift on track, for lifting or declining the conveyer frames, for described in two
Conveyer frames alternately transport material, and the drive component is used to drive the component of lifting to lift track slip described in.
Further, the conveyer frames include framework, are oppositely disposed projection of lifting in framework both sides, it is described lift it is convex
Jack is offered on the lateral surface of block, transport mechanism is lifted described in cooperation, so that the transport mechanism of lifting is by the conveyer frames
Lifting.
Further, the horizontal transport mechanism includes slide rail, horizontal transmission actuator and vertical movable plug connector, institute
State slide rail to be abreast arranged between two guide rails, the horizontal transmission actuator is used to drive the conveyer frames to slide along the guide rail
Dynamic, the horizontal transmission actuator includes the motor rotated with body and to drive belt body, and the band body is set around slide rail
Put, the vertical movable plug connector is slidably disposed on the slide rail and the vertical movable plug connector is consolidated with the band body
Surely connect, the vertical movable plug connector is connected with the conveyer frames, is driven when the motor drives band body to rotate
The conveyer frames slide along the guide rail.
Further, one end of the framework is provided with ring set, and the vertical movable plug connector has the telescopic body of rod,
The body of rod, which stretches out to be inserted into the ring set of the conveyer frames, is connected the band body and the conveyer frames.
Further, the component of lifting includes movable plate, jacking actuator, top plate and laterally movable plug connector, moves
Dynamic plate, which is slidably mounted in, to be lifted on track, and jacking actuator is fixedly provided on movable plate, and jacking actuator holds top
Plate lift, top plate be flatly connected to jacking actuator drive end, laterally movable plug connector be arranged on top plate on, for support
Lift the jack grafting of projection.
Further, the component of lifting includes guide post group, and guide post group is regularly built up on movable plate and is located at
The both sides of actuator are jacked, guide post group includes guide pad and the guide pillar being slidably disposed in guide pad, opened on guide pad
Guide groove provided with longitudinal direction, guide pillar are slideably plugged in guide groove, and top is fixedly attached to the bottom surface of top plate.
Further, the movable plate is lifted on track by setting a grip block to be slideably clamped on its surface.
Further, the vertical movable plug connector selects cylinder with laterally movable plug connector.
Further, the drive component includes transmission belt, power transmission shaft, runner and servomotor, and transmission belt drives support
Lift component and be set in along track slip, transmission belt one end is lifted on power transmission shaft, the other end is set on runner, and servomotor drives
Drive axis, to drive transmission belt to rotate, and then drive and lift component slippage.
Further, the both ends on the movable plate set buckle, are mutually hooked and held by the both ends of buckle and transmission belt.
The beneficial effects of the utility model：
The automation gantry welder provided by the utility model for being used to be welded metallic mesh passes through horizontal transport mechanism edge
Reciprocal two conveyer frames of transmission of guide rail, two conveyer frames point can be realized two layers up and down by lifting a wherein conveyer frames by lifting transport mechanism
Relative level moves, and realizes the alternating transmission of two conveyer frames, so as to realize recycle feed and discharging, worker only need to will load thing
The material disc of material is put into the conveyer frames of frame feed end, is realized that material is automatically fed into welder and is welded.The utility model
The automation gantry welder of offer, substantially increases production efficiency, alleviates labor strength, coordinates other equipment to form life
Streamline is produced, realizes industrial production automation.
Brief description of the drawings
Fig. 1 is the utility model modified automatic welding machine preferred embodiment overall structure figure；
Fig. 2 is the amplification assumption diagram of the part A of the modified automatic welding machine shown in Fig. 1；
Fig. 3 lifts component three-dimensional structure diagram for the utility model preferred embodiment；
Fig. 4 is the amplification assumption diagram of the part B of the modified automatic welding machine shown in Fig. 1；
Fig. 5 is first state figure in the utility model preferred embodiment welding process；
Fig. 6 is the second state diagram in the utility model preferred embodiment welding process；
Fig. 7 is third state figure in the utility model preferred embodiment welding process；
Fig. 8 is the 4th state diagram in the utility model preferred embodiment welding process.
Embodiment
With reference to the accompanying drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out clear
Chu, it is fully described by.It should be appreciated that specific embodiment described herein is not used to only to explain the utility model
Limit the utility model.
It is used to being welded the automation gantry welder of metallic mesh referring to Fig. 1, a kind of, including frame 10, is arranged at machine
The welder 20 of the one end of frame 10, the conveyer 30 being arranged in frame 10 and be arranged in frame 10 and away from welding dress
Put the positioner 40 of 20 one end.
Frame 10 is the rectangular frame platform made of metal side tube, is included in be arrangeding in parallel and being located at horizontal plane two
Guide rail 11 and some columns 12 for supporting two guide rails 11.The one end of frame 10 to place the feed end of material, pacify by the other end
Equipped with welder 20, material is sent to from the feed end of frame 10 by welder 20 by conveyer 30 and welded at one end
Connect.
Welder 20 includes being arranged on the supporting box 21 of the both sides of frame 10, be fixedly attached to two supporting box 21 it
Between and the welding body 22 above the place plane of guide rail 11, be liftably connected to the welding bottom side of body 22 and spread configuration
Some Top electrode bodies 23, be liftably arranged on welding body 22 lower section and lifting below the place plane of guide rail 11 be horizontal
Beam 24, some bottom electrode body (not shown) with the 22 corresponding cooperation of Top electrode are provided with hoisting cross beam 24.Welding is originally
Body 22 includes the affixed crossbeam 221 being fixedly attached between two supporting box, is connected to some below affixed crossbeam 221
Driving cylinder (figure is not marked), each driving cylinder connects a Top electrode body 23, so as to individually drive each Top electrode body 23 to lift.
The bottom of hoisting cross beam 24 is provided with cylinder (not shown), and so as to drive hoisting cross beam 20 to lift, welding dress is delivered in material
When putting 20 end, hoisting cross beam 20 rises to preset height, and bottom electrode body declines material contact, then Top electrode body 23 successively,
Bottom electrode body corresponding with lower section coordinates, and material is welded.Specifically, material is the intertexture that some bonding jumpers have been arranged
Material net, it is usually the junction of corresponding two bonding jumpers between each Top electrode body 23 and corresponding bottom electrode body, in Top electrode body
23 support the bonding jumper to top, the bonding jumper below bottom electrode body contact, when Top electrode body 23 turns on bottom electrode body then
Powerful electric current is produced to weld the junction of upper and lower bonding jumper.Same horizontal when needing pad on having welded material, then
Need mobile material net longitudinal direction position (i.e. the position in rail length direction), so as to some need of next same lateral attitude
The pad of welding is welded, in this way, hoisting cross beam 24 declines, no longer supports material net, material net is in conveyer 30
Predeterminated position is being vertically moved under drive, then hoisting cross beam 24 rises, the next same lateral attitude of bottom electrode body contact
Pad, then Top electrode body 23 decline, corresponding with lower section bottom electrode body coordinates, so as to by the online next same transverse direction of material
Some pads of position are welded.In this way, the welding to whole material required pad on the net can be realized.It is appreciated that
The pad of same lateral attitude is without when all welding or needing empty avoiding to select, optionally controlling institute at pad right
The decline for the Top electrode body 23 answered and realize whether butt welding point carries out welding selection.
Conveyer 30 includes horizontal transport mechanism 31, two biographies slided is acted on guide rail 11 by horizontal transport mechanism 31
Send frame 32 and lift transport mechanism 33 to what two conveyer frames 32 were lifted into transmission in turn successively.
Horizontal transport mechanism 31 includes slide rail 311, horizontal transmission actuator (not shown) and vertical movable plug connector
312.Slide rail 311 is abreast arranged between two guide rails 11 and below the place plane of two guide rail 11, and slide rail 311 is from frame
One end extends to the other end of the frame at the place of welder 20, for guiding conveyer frames 32 to slide.Horizontal transmission actuator is used
Slided in driving conveyer frames 32 along guide rail 11, horizontal transmission actuator is including annular with body and to the rotation of drive belt body
Motor, band body are set around slide rail 311, and band body is connected by vertical movable plug connector 312 with conveyer frames 32, in motor
Conveyer frames 32 are driven to be slided along guide rail 11 when driving band body to rotate, in the present embodiment, motor band movable belt pulley rotating.Vertically
Movable plug connector 312 is slidably disposed on slide rail 311 and vertical movable plug connector 312 is permanently connected with the band body,
Vertical movable plug connector 312 is used to selectively be connected with conveyer frames 32, and vertical movable plug connector 312 has telescopic bar
Body, when needing to drive conveyer frames 32 to move, the body of rod, which stretches out, to be inserted on conveyer frames 32, so as to drive conveyer frames 32 to move.This
In embodiment, vertical movable plug connector 312 selects cylinder, and the body of rod is the piston rod of cylinder.
Conveyer frames 32 include framework 321, are arranged at the pulley 322 of the bottom of framework 321, are oppositely disposed in 321 liang of framework
The ring set 324 lifted projection 323 and be arranged on the one end of framework 321 of side.Framework 321 is square box structure, for housing
Material disc so that material to be welded is located in the space of framework 321.Pulley 322 is arranged on the bottom of 321 liang of side frame edges of framework
Portion, to coordinate two guide rails 11.Lift and jack (figure is not marked) is offered on the lateral surface of projection 323, for coordinating described lift
Transport mechanism 33, conveyer frames 32 are lifted for lifting transport mechanism 33.Ring set 324 is two, is fixed in the one end of framework 321
The outside on frame side a, wherein ring set 324 is used to coordinate with the body of rod of the vertical movable plug connector 312, after being inserted for the body of rod
The horizontal transmission actuator can drive conveyer frames 32 to move.Another ring set 324 is used to coordinate the positioner 40.
Lifting transport mechanism 33 includes lifting track 331, being slidably mounted in lift and lift component on track 331
332 and for drive lift component 332 along lift track 331 slip drive component 333.Track 331 is lifted relatively to pacify
Extend preset length to one end where welder 20 mounted in the outside of two guide rails 11, and along the feed end of frame 10.Please
Refering to Fig. 2 and Fig. 3, lifting component 332 includes movable plate 3321, jacking actuator 3322, top plate 3323 and laterally movable inserts
Fitting 3324.Movable plate 3321, which is slidably mounted in, to be lifted on track 331, and in the present embodiment, movable plate 3321 passes through its table
Set a grip block 3325 to be slideably clamped on face to lift on track 331.Jacking actuator 3322 is fixedly provided in shifting
With respect on another surface of grip block 3325 on dynamic plate 3321, jacking actuator 3322 lifts for holding top plate 3323.Preferably
Ground, jacking actuator 3322 select cylinder.Top plate 3323 is horizontally connected with the drive end in jacking actuator 3322.It is laterally movable
Plug connector 3324 is arranged on top plate 3323, and for the jack grafting with lifting projection 323, component 332 and transmission are lifted in realization
Frame 32 connects.Laterally movable plug connector 3324 is identical with the vertical movable structure of plug connector 312, and only installation direction is different, laterally living
Dynamic plug connector 3324 has the telescopic body of rod, and when needing to lift conveyer frames 32, the body of rod, which stretches out to be inserted into, lifts projection 323
Jack on, jacking actuator 3322 drive end rise conveyer frames 32 can be lifted.In the present embodiment, laterally movable plug connector
3324 select cylinder, and laterally movable plug connector 3324 is two, is respectively fixedly arranged on the both ends of top plate 3323.
In order to improve the stationarity of the lifting of top plate 3323, lift component 332 and further comprise guide post group 3326, guide rod
Group 3326 is regularly built up on movable plate and includes guide pad positioned at the both sides of jacking actuator 3322, guide post group 3326
301 with the guide pillar 302 that is slidably disposed in guide pad 301, offer longitudinal guide groove (figure is not marked) on guide pad 301,
Guide pillar 302 is slideably plugged in guide groove, and top is fixedly attached to the bottom surface of top plate 3323.In this way, in jacking actuator
When 3322 driving top plates 3323 lift, by the guiding of guide post group 3326, the stationarity that top plate 3323 lifts can be improved.
Drive component 333 includes transmission belt 3331, power transmission shaft 3332, runner (not shown) and servomotor 3333, passes
Dynamic band 3331 is lifted component 332 for drive and slided along track 331 is lifted, and the one end of transmission belt 3331 is set in power transmission shaft 3332
On, the other end is set on runner, and servomotor 3333 drives power transmission shaft 3332 to rotate, so as to drive transmission belt 3331 to rotate,
And then drive is lifted component 332 and slided.In the present embodiment, power transmission shaft 3332 is transversely mounted in frame 10 by bearing block
Feed end, runner are two, and installed in the medium position of frame 10, two runners are relatively arranged on the outside of two guide rails 11, often
The one end of one transmission belt 3331 is set on power transmission shaft 3332, and the other end is set on runner.Further, transmission belt 3331 and support
When lifting the connection of component 332, buckle 3334 preferably is set using the both ends on movable plate 3321 in the present embodiment, passes through buckle
3334 are mutually hooked with the both ends of transmission belt 3331 and hold, and component 332 is lifted along lifting so as to be driven when transmission belt 3331 rotates
Track 331 slides, and by controlling the rotating of servomotor, drive is lifted component 332 and moved back and forth.It is appreciated that transmission belt
The movement of component 332 is lifted in 3331 drives need to only ensure that movable plate 3321 and transmission belt 3331 are affixed.
Fig. 1 and Fig. 4 are referred to, positioner 40 is used for the conveyer frames 32 of interim fixed frame feed end, to prevent from transmitting
The conveyer frames 32 in charging or discharging of frame 32 move.Positioner 40 includes movable holding piece 41, and movable holding piece 41 includes lock
The expansion link held body and be arranged on locking body, movable holding piece 41 are fixed on slide rail 311 by one affixed,
When needing to lock conveyer frames 32, expansion link is stretched into the ring set 324 of conveyer frames 32, so as to which conveyer frames 32 be limited in direction of transfer
Position.When needing to release the locking of conveyer frames 32, the expansion link of holding piece 41, which is retracted, exits the ring set 324.
It is of the present utility model to use process：In order to clear statement automation gantry welder in welding two conveyer frames it is dynamic
Make process, two conveyer frames represent to be distinguish between with the first conveyer frames 32a, the second conveyer frames 32b on accompanying drawing 5 to 8.
Referring to Fig. 5, one end that the first conveyer frames 32a is sent to welder 20 is welded, coordinate hoisting cross beam 24
Lifting, horizontal transmission actuator promote the first conveyer frames 32a be movable so as to weld material along guide rail 11 it is online different
Treat solder joint.The feed end that second conveyer frames 32b rests on frame places material disc, and now, the expansion link of holding piece 41 stretches into
In second conveyer frames 32b ring set 324, to ensure that the second conveyer frames 32b positions are stable, also, horizontal transmission is being needed to drive
When part drives the second conveyer frames 32b slips, the body of rod of vertical movable plug connector 312 can precisely be inserted in the second conveyer frames 32b's
In another ring set 324.Now, lift component 332 and be between the first conveyer frames 32a and the second conveyer frames 32b (i.e. frame
Centre position, also correspond to conveyer frames and lift position), the first conveyer frames 32a that waiting to be welded is retracted into centre and lifts position
Put.
Referring to Fig. 6, after the completion of welding, the first conveyer frames 32a is returned to and lifted under the drive of horizontal transmission actuator
The position of the corresponding matching of component 332, the body of rod for lifting the laterally movable plug connector 3324 of component 332 are inserted in the first conveyer frames
In the 32a jack for lifting projection 323, the expansion link of holding piece 41, which is retracted, exits the second conveyer frames 32b ring set 324, vertically
The body of rod of movable plug connector 312 is stretched out in the ring set 324 for planting the second conveyer frames 32b.
Rise referring to Fig. 7, the jacking actuator 3322 for lifting component 332 holds top plate 3323, drive the first conveyer frames
32a rises, and the height of rising is higher than the second conveyer frames 32b top surface, so as to two conveyer frames can non-interfering relative movement, so
Start servomotor 3333 afterwards, the drive of transmission belt 3331 is lifted component 332 and slided along track 331 is lifted, so as to drive the first biography
Frame 32a is sent to be moved to the feed end of frame 10.At the same time, the second conveyer frames 32b in the presence of horizontal transmission actuator to
The end of welder 20 movement of frame.
Referring to Fig. 8, the second conveyer frames 32b enters the welder 20 of frame 10 in the presence of horizontal transmission actuator
Place is welded, and the first conveyer frames 32a is moved to the feed end of frame 10, and the first conveyer frames 32a ring set 324 and screens fill
Put that 40 positions are corresponding, the jacking actuator 3322 for lifting component 332 drives top plate 3323 to decline, so as to drive the first conveyer frames
32a is dropped on guide rail 11, and the expansion link of holding piece 41, which stretches out, to be inserted in the first conveyer frames 32a ring set 324, so as to by the
One conveyer frames 32a is fixed temporarily, with edited material disc, has been welded in the second conveyer frames 32b material, the first conveyer frames
When 32a needs to be sent at the welder 20 of frame 10, circulate and carry out according still further to said process.
To sum up, the automation gantry welder provided by the utility model for being used to be welded metallic mesh, passes through horizontal transmission
Along reciprocal two conveyer frames of transmission of guide rail 11, two transmission can be realized by lifting a wherein conveyer frames by lifting transport mechanism 33 for mechanism 31
Frame 32 divides two layers of relative level movement up and down, the alternating transmission of two conveyer frames is realized, so as to realize recycle feed and discharging, worker
The material disc for having loaded material need to be only put into the conveyer frames 32 of frame feed end, realize that material is automatically fed into welder 20
Interior welding.Secondly, the feed end of frame 10 is provided with positioner 40, and the expansion link on positioner 40 can be inserted in conveyer frames 32
In ring set 324, it is ensured that will not be moved when conveyer frames 32 place material disc because external force acts on, while be easy to vertical activity grafting
The body of rod of part 312 is accurately inserted in another ring set 324.Further, welder 20 below welding body 22 by setting
Liftable hoisting cross beam, if after the dry contact of same lateral attitude can be easy to weld, hoisting cross beam declines, and drives bottom electrode body
Decline, consequently facilitating the movement of material disc, to carry out the welding of some pads of next same lateral attitude.This practicality is new
The automation gantry welder that type provides, substantially increases production efficiency, alleviates labor strength, coordinates other equipment to be formed
Production line, realize industrial production automation.
Embodiment of the present utility model is the foregoing is only, not thereby limits the scope of the claims of the present utility model, it is every
The equivalent structure or equivalent flow conversion made using the utility model description, or directly or indirectly it is used in other phases
The technical field of pass, similarly it is included in scope of patent protection of the present utility model.
Claims (10)
1. it is used to being welded the automation gantry welder of metallic mesh a kind of, including frame (10), is arranged at the frame (10)
On welder (20) and conveyer (30), described frame (10) one end is feed end, and the other end is provided with the welding
Device (20), the frame (10) include two guide rails (11) be arrangeding in parallel, it is characterised in that：The conveyer (30) includes
Horizontal transport mechanism (31), two conveyer frames (32) and transport mechanism (33) is lifted, the horizontal transport mechanism (31) will be to will
The guide rail (11) horizontal transmission of two conveyer frames (32) along the frame (10), the transport mechanism (33) of lifting include
Lift track (331), lift component (332) and drive component (333), the track (331) of lifting are oppositely disposed at institute
State the outside of the feed end of frame (10), it is described lift component (332) be slidably disposed on it is described lift on track (331),
For lifting or declining the conveyer frames (32), so that two conveyer frames (32) alternately transport material, the drive component
(333) it is used to drive the component (332) of lifting to slide along the track (331) of lifting.
2. the automation gantry welder according to claim 1 for being used to be welded metallic mesh, it is characterised in that：The biography
Sending frame (32) includes framework (321), is oppositely disposed and lifts projection (323) in framework (321) both sides, described to lift projection
(323) jack is offered on lateral surface, transport mechanism (33) is lifted described in cooperation, so that the transport mechanism (33) of lifting will
Conveyer frames (32) lifting.
3. the automation gantry welder according to claim 2 for being used to be welded metallic mesh, it is characterised in that：The water
Flat transport mechanism (31) includes slide rail (311), horizontal transmission actuator and vertical movable plug connector (312), the slide rail
(311) abreast it is arranged between two guide rails (11), the horizontal transmission actuator includes band body and turned to drive belt body
Dynamic motor, the band body are set around slide rail (311), and the vertical movable plug connector (312) is slidably disposed on institute
State on slide rail (311) and the vertical movable plug connector (312) is permanently connected with the band body, the vertical movable plug connector
(312) it is connected with the conveyer frames (32), the conveyer frames (32) is driven along institute when the motor drives band body to rotate
State guide rail (11) slip.
4. the automation gantry welder according to claim 3 for being used to be welded metallic mesh, it is characterised in that：The frame
One end of body (321) is provided with ring set (324), and the vertical movable plug connector (312) has the telescopic body of rod, the bar
Body, which stretches out to be inserted into the ring set (324) of the conveyer frames (32), connects the band body and the conveyer frames (32) transmission
Connect.
5. the automation gantry welder according to claim 3 for being used to be welded metallic mesh, it is characterised in that：The support
Lifting component (332) includes movable plate (3321), jacking actuator (3322), top plate (3323) and laterally movable plug connector
(3324), movable plate (3321), which is slidably mounted in, is lifted on track (331), and jacking actuator (3322) is fixedly provided in
On movable plate (3321), jacking actuator (3322) holds top plate (3323) lifting, and top plate (3323) is horizontally connected with jacking
The drive end of actuator (3322), laterally movable plug connector (3324) is arranged on top plate (3323), for lifting projection
(323) the jack grafting.
6. the automation gantry welder according to claim 5 for being used to be welded metallic mesh, it is characterised in that：The support
Lifting component (332) includes guide post group (3326), and guide post group (3326) is regularly built up on movable plate (3321) and is located at
The both sides of actuator (3322) are jacked, guide post group (3326) includes guide pad (301) and is slidably disposed on guide pad
(301) guide pillar (302) in, longitudinal guide groove is offered on guide pad (301), guide pillar (302) is slideably plugged on guide groove
Interior, top is fixedly attached to the bottom surface of top plate (3323).
7. the automation gantry welder according to claim 5 for being used to be welded metallic mesh, it is characterised in that：The shifting
Dynamic plate (3321) is lifted on track (331) by setting a grip block (3325) to be slideably clamped on its surface.
8. the automation gantry welder according to claim 5 for being used to be welded metallic mesh, it is characterised in that：It is described perpendicular
Cylinder is selected to movable plug connector (312) and laterally movable plug connector (3324).
9. the automation gantry welder according to claim 5 for being used to be welded metallic mesh, it is characterised in that：The drive
Dynamic component (333) includes transmission belt (3331), power transmission shaft (3332), runner and servomotor (3333), transmission belt (3331)
Drive is lifted component (332) and is set in along track (331) slip, transmission belt (3331) one end is lifted on power transmission shaft (3332), separately
One end is set on runner, and servomotor (3333) drives power transmission shaft (3332) to rotate, and to drive transmission belt (3331) to rotate, is entered
And drive and lift component (332) slip.
10. the automation gantry welder according to claim 9 for being used to be welded metallic mesh, it is characterised in that：It is described
Both ends on movable plate (3321) set buckle (3334), are mutually hooked and held by the both ends of buckle (3334) and transmission belt (3331).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720629524.6U CN207013885U (en) | 2017-05-31 | 2017-05-31 | For being welded the automation gantry welder of metallic mesh |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720629524.6U CN207013885U (en) | 2017-05-31 | 2017-05-31 | For being welded the automation gantry welder of metallic mesh |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207013885U true CN207013885U (en) | 2018-02-16 |
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ID=61477036
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720629524.6U Active CN207013885U (en) | 2017-05-31 | 2017-05-31 | For being welded the automation gantry welder of metallic mesh |
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| Country | Link |
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| CN (1) | CN207013885U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109332951A (en) * | 2018-11-21 | 2019-02-15 | 芜湖科网焊接科技股份有限公司 | A kind of steel wire automatic welding transmission device |
| CN109807514A (en) * | 2019-03-08 | 2019-05-28 | 常州新展智能装备有限公司 | A kind of automatic welding equipment of reciprocal lifting material |
| CN113828903A (en) * | 2021-10-11 | 2021-12-24 | 广东达洋宠物用品实业有限公司 | Semi-automatic cage net welding equipment |
| CN114147390A (en) * | 2021-11-07 | 2022-03-08 | 青岛伊唯特智能科技有限公司 | Automatic gantry row welding device and using method thereof |
-
2017
- 2017-05-31 CN CN201720629524.6U patent/CN207013885U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109332951A (en) * | 2018-11-21 | 2019-02-15 | 芜湖科网焊接科技股份有限公司 | A kind of steel wire automatic welding transmission device |
| CN109807514A (en) * | 2019-03-08 | 2019-05-28 | 常州新展智能装备有限公司 | A kind of automatic welding equipment of reciprocal lifting material |
| CN113828903A (en) * | 2021-10-11 | 2021-12-24 | 广东达洋宠物用品实业有限公司 | Semi-automatic cage net welding equipment |
| CN114147390A (en) * | 2021-11-07 | 2022-03-08 | 青岛伊唯特智能科技有限公司 | Automatic gantry row welding device and using method thereof |
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