CN108817810A - Multistation metal automatic welding connects equipment - Google Patents
Multistation metal automatic welding connects equipment Download PDFInfo
- Publication number
- CN108817810A CN108817810A CN201810876181.2A CN201810876181A CN108817810A CN 108817810 A CN108817810 A CN 108817810A CN 201810876181 A CN201810876181 A CN 201810876181A CN 108817810 A CN108817810 A CN 108817810A
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- China
- Prior art keywords
- welding
- welded
- gear
- placement
- fixedly mounted
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
- B23K37/02—Carriages for supporting the welding or cutting element
- B23K37/0247—Driving means
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
- B23K37/04—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups for holding or positioning work
- B23K37/0426—Fixtures for other work
- B23K37/0435—Clamps
- B23K37/0443—Jigs
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
- B23K37/04—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups for holding or positioning work
- B23K37/0461—Welding tables
Abstract
The invention discloses multistation metal automatic weldings to connect equipment, its structure includes driving motor, sliding rail, adjuster, air entry, weld host, support leg, hinge, chamber door, welding gun, driving motor is fixedly mounted on welding host upper end, sliding rail is mounted on welding host upper end outer surface, adjuster is installed on the slide rail and is gap-matched, adjuster is equipped with welding gun, air entry upper end is fixedly mounted on outside welding host upper end, it can make there is no " dead angle " in brazing process by micro-adjusting mechanism and welding gun elevating mechanism, ensure that each position of workpiece can be soldered to, reduce the manual welding workload of staff；It is reinforced simultaneously by the workpiece different to size of the placement strengthening mechanism on placement mechanism, so that workpiece is stronger during soldering, the case where preventing workpiece from shaking, causing rosin joint generation；Logical vibration filtering mechanism is filtered the toxic gas generated in brazing process, protects the health of staff.
Description
Technical field
The present invention relates to multistation metal automatic weldings to connect apparatus field, particularly with regard to a kind of multistation metal automatic welding
Connect equipment.
Background technique
It is well known that being welded in national economy and social production activity for metal has very extensive application, various welderings
Connection technology and welding equipment constantly improve and develop, and in the existing welding of many industries, require to use multistation
Metal automatic welding, which fetches, to work.
But current multistation metal automatic welding connects and is frequently encountered " dead angle " hardly possible during being brazed
With welding, also staff is needed to be welded manually after having welded, increase workload, and the size dimension of workpiece is not
Together, it is very well, to lead to occur the case where workpiece shaking during soldering, lead that workpiece, which is placed on the fixed effect on welding bench not,
Welding position error is caused, some poisonous gases can be all generated during soldering, these gases by filtering, are not worked
Personnel's sucking, can endanger the health of staff for a long time.
Summary of the invention
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions：Multistation metal automatic welding
Equipment is connect, structure includes driving motor, sliding rail, adjuster, air entry, welds host, support leg, hinge, chamber door, welding gun,
The driving motor is fixedly mounted on welding host upper end, and the sliding rail is mounted on welding host upper end outer surface, the adjusting
Device is installed on the slide rail and is gap-matched, and the adjuster is equipped with welding gun, and the air entry upper end is fixedly mounted on
It welds outside host upper end, the welding host lower surface is welded in support leg upper end, the welding host lower end outer surface weldering
It is connected to hinge, the chamber door is hinged by hinge and welding host lower end outer surface.
The welding host includes shell, micro-adjusting mechanism, placement mechanism, welding gun elevating mechanism, dynamic rotation mechanism, air-breathing
Mechanism, vibration filtering mechanism, the shell lower surface are welded in support leg upper end, and the micro-adjusting mechanism is installed by embedded mode
On the left of the shell inside upper end, the micro-adjusting mechanism end is mutually welded with placement mechanism lower surface, and the placement mechanism is mounted on
Below welding gun, the welding gun elevating mechanism is fixedly mounted on the right side of shell inside upper end, the welding gun elevating mechanism and adjuster
It mutually welds, the dynamic rotation mechanism is fixedly mounted inside the housing, and dynamic rotation mechanism upper end is connected with placement mechanism
It connects, the dynamic rotation mechanism end is mutually welded and is mechanically connected with suction mechanism upper end, the suction mechanism end and suction
Port lower end is connected, and the suction mechanism lower end is connected with vibration filtering mechanism, and the vibration filtering mechanism is fixedly mounted
It is gap-matched in the middle part of bottom surface inside the housing, vibration filtering mechanism upper end and dynamic rotation mechanism.
As advanced optimizing for the technical program, the micro-adjusting mechanism includes adjusting knob, worm screw, rotation gear, bar
Seat, rack gear, the adjusting knob middle part are mounted on the right side of shell inside upper end and are gap-matched, institute by embedded mode
It states adjusting knob end mutually to weld with worm screw head end, the worm screw is meshed with rotation gear, and the worm screw end is mounted on bar
Seat is internal and is gap-matched, and the rotation wheel and rack is meshed, and the rack gear upper surface is welded in placement mechanism
Lower surface.
As advanced optimizing for the technical program, the placement mechanism includes fixed disk, places strengthening mechanism, described solid
Price fixing lower surface is mutually welded with rack gear upper surface, and the placement strengthening mechanism is fixedly mounted on inside fixed disk.
As advanced optimizing for the technical program, the placement strengthening mechanism includes protective cover, placement plate, resets bullet
Spring, left wing's towing plate, left wing's intermediate plate, right flank towing plate, right flank intermediate plate, the protection cover outer surface are fixedly mounted in fixed disk
Portion, the protective cover inside are equipped with placement plate, and the placement plate lower surface is fixedly connected with reset spring upper end, the reset bullet
Spring lower end is welded in protective cover inner bottom surface, and the placement plate lower end is fixedly connected with left wing's towing plate lower end, and the left wing leads
Corbel back slab upper end is fixedly mounted on left wing's intermediate plate lower end and is flexibly connected, and the placement plate lower end is fixed with right flank towing plate lower end
Connection, right flank towing plate upper end is fixedly mounted on right flank intermediate plate lower end and is flexibly connected.
As advanced optimizing for the technical program, the welding gun elevating mechanism includes lifting shell, driving worm screw, cunning
The fine and smooth bar of block, level-one, the fine and smooth bar of second level, level-one fixed block, second level fixed block, the lifting shell lower surface are fixedly mounted outside
Upper end face on the right side of shell, the driving worm screw upper end and driving motor are mechanically connected, and are equipped with sliding block simultaneously on the driving worm screw
And be meshed, the fine and smooth bar of level-one is through sliding block right end and is gap-matched, and the fine and smooth bar of second level is through cunning
It block left end and is gap-matched, the thin the lower end of the slider of level-one is fixedly mounted on inside level-one fixed block, and the second level is thin
The lower end of the slider is fixedly mounted on inside second level fixed block, and the outside face thereof is mutually welded and is flexibly connected with adjuster.
As advanced optimizing for the technical program, the dynamic rotation mechanism include motor, motor shaft, helical gear,
Track bull stick, screw rod, fixed frame, swivel base, the motor are fixedly mounted inside the housing, the motor and motor shaft machine
Tool connection, the motor shaft end are welded with helical gear, and the helical gear is mutually welded with track bull stick head end, the spiral
Gear is meshed with screw rod lower end, and the screw rod upper end is mutually welded by fixed frame with swivel base lower end middle part and machine
Tool connection, the swivel base are connected with fixed disk, and track bull stick end is mutually welded with suction mechanism upper end, the rail
Mark bull stick middle part is gap-matched with vibration filtering mechanism upper end.
As advanced optimizing for the technical program, the suction mechanism include bull stick, interior driving gear, planetary gear,
Interior linkage gear, air-breathing bull stick, air-breathing flabellum, connecting tube, the bull stick are mutually welded and are mechanically connected with track bull stick end, institute
Bull stick is stated through interior driving gear internal and is mechanically connected, the interior driving gear is mounted on inside planetary gear upper end simultaneously
And be meshed, interior linkage gear is installed inside the planetary gear lower end and is meshed, air-breathing bull stick end is run through
It inside interior linkage gear and is mechanically connected, the air-breathing bull stick head end is welded with air-breathing flabellum, air-breathing flabellum upper end
Be connected with air entry lower end, air-breathing flabellum lower end is connected with upper end of connecting tube, the connecting tube lower end with it is vibrated
Filter structure is connected.
As advanced optimizing for the technical program, the vibration filtering mechanism include mobile bar, oscillating plate, reinforcement block,
It is gap-matched in the middle part of spring, link block, filter plate, escape pipe, the mobile bar upper end and track bull stick, the mobile bar
Lower end is welded with oscillating plate, and the oscillating plate right lateral surface is welded with reinforcement block, and the reinforcement block is fixedly connected with spring head end,
The spring end is fixedly connected with link block, and the link block is welded in filter plate left-hand face, and the escape pipe is mounted on
On the left of filter plate, the filter plate is mounted on the left of connecting tube lower end.
The beneficial effects of the present invention are：Multistation metal automatic welding of the present invention connects equipment, and the workpiece welded will be needed to put
On placement mechanism, placement plate is pushed by workpiece gravity, so that placement plate declines, at this moment left wing's towing plate and right flank towing plate
It works at the same time, has driven left wing's intermediate plate and right flank intermediate plate by Workpiece clamping, prevent workpiece during the welding process from shaking
Situation, so that welding is more beautiful, while the case where rosin joint will not occurs；It can be manually rotated adjusting rotation by staff
Button, at this moment worm screw and then rotates, and the rotation gear being meshed with worm screw and then rotates, and has driven rack gear mobile, rack welding exists
Placement mechanism lower surface, at this moment placement mechanism is mobile, so that welding gun and the workpiece alignment on placement mechanism is more careful, passes through
It opens driving motor to drive worm screw rotation, the sliding block being at this moment meshed with driving worm screw brings into operation, fine and smooth by level-one
The fixed function of bar and the fine and smooth bar of second level, sliding block decline on driving worm screw, drive adjuster to decline on the slide rail, adjust welding gun
Height, in this way, so that welding gun and the workpiece alignment on placement mechanism are more accurate, and at the same time can be in welding workpiece
Each place, reduce at " dead angle " that staff is welded manually；By opening motor motor shaft is rotated, drives
Helical gear rotation, the screw rod being meshed with helical gear and then rotate, have driven swivel base rotation, at this moment place machine
Structure rotation, is arranged so that the soldering of the multistation in mechanism can be carried out then, does not have to replacement, improves work efficiency；Soldering
Process can generate some toxic pungent gases bar rotation has been driven by track bar rotation, at this moment in drive gear
And then it rotates, the planetary gear being meshed with interior driving gear starts to rotate, and has driven interior linkage gear to rotate, at this moment air-breathing turns
Bar rotation, has driven air-breathing flabellum to rotate, and air-breathing flabellum carries out air-breathing, and gas is inhaled into vibration filtering mechanism from air entry
Portion has driven mobile bar mobile, panel vibration has at this moment been vibrated, by the vibration of spring, so that filter plate by track bar rotation
Vibration carries out vibration filtering to gas, so that the better effect of filtering, is discharged using escape pipe.
For the prior art, the present invention, which is used, can make brazing process by micro-adjusting mechanism and welding gun elevating mechanism
In there is no " dead angle ", it is ensured that each position of workpiece can be soldered to, and reduce the manual welding workload of staff；Together
When reinforced by the workpiece different to size of the placement strengthening mechanism on placement mechanism so that mistake of the workpiece in soldering
It is stronger in journey, the case where preventing workpiece from shaking, causing rosin joint generation；Logical vibration filtering mechanism in brazing process to producing
Raw toxic gas is filtered, and protects the health of staff.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is the structural schematic diagram that multistation metal automatic welding of the present invention connects equipment.
Fig. 2 is the cross-sectional view that multistation metal automatic welding of the present invention connects equipment.
Fig. 3 is the detailed construction schematic diagram that multistation metal automatic welding of the present invention connects equipment.
Fig. 4 is the placement mechanism top view that multistation metal automatic welding of the present invention connects equipment.
Fig. 5 is the structural schematic diagram for the placement strengthening mechanism that multistation metal automatic welding of the present invention connects equipment.
Fig. 6 is the structural schematic diagram for the welding gun elevating mechanism that multistation metal automatic welding of the present invention connects equipment.
In figure：Driving motor -1, sliding rail -2, adjuster -3, air entry -4, welding host -5, support leg -6, hinge -7,
Chamber door -8, welding gun -9, shell -51, micro-adjusting mechanism -52, placement mechanism -53, welding gun elevating mechanism -54, dynamic rotation mechanism -
55, suction mechanism -56, vibration filtering mechanism -57, adjusting knob -521, worm screw -522, rotation gear -523, pole socket -524, tooth
Item -525, places strengthening mechanism -532, protective cover -5321, placement plate -5322, reset spring -5323, left wing at fixed disk -531
Towing plate -5324, left wing's intermediate plate -5325, right flank towing plate -5326, right flank intermediate plate -5327, lifting shell -541, driving snail
The fine and smooth bar -544 of bar -542, sliding block -543, level-one, the fine and smooth bar -545 of second level, level-one fixed block -546, second level fixed block -547,
Motor -551, motor shaft -552, helical gear -553, track bull stick -554, screw rod -555, fixed frame -556, swivel base -
557, bull stick -561, interior driving gear -562, planetary gear -563, interior linkage gear -564, air-breathing bull stick -565, suction fan
Leaf -566, connecting tube -567, mobile bar -571, oscillating plate -572, reinforcement block -573, spring -574, link block -575, filtering
Plate -576, escape pipe -577.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.
Embodiment
Fig. 1-Fig. 6 is please referred to, the present invention provides multistation metal automatic welding and connects equipment, and structure includes driving motor 1, slides
Rail 2, adjuster 3, air entry 4, welding host 5, support leg 6, hinge 7, chamber door 8, welding gun 9, the driving motor 1 are fixedly mounted
In welding 5 upper end of host, the sliding rail 2 is mounted on welding 5 upper end outer surface of host, and the adjuster 3 is mounted on sliding rail 2 simultaneously
And be gap-matched, the adjuster 3 is equipped with welding gun 9, and 4 upper end of air entry is fixedly mounted on welding 5 upper end of host
Outside, 5 lower surface of welding host are welded in 6 upper end of support leg, and the 5 lower end outer surface of welding host is welded with hinge 7,
The chamber door 8 is hinged by hinge 7 and welding 5 lower end outer surface of host.
The welding host 5 includes shell 51, micro-adjusting mechanism 52, placement mechanism 53, welding gun elevating mechanism 54, dynamic rotation
Mechanism 55, suction mechanism 56, vibration filtering mechanism 57,51 lower surface of shell are welded in 6 upper end of support leg, the freqency fine adjustment machine
Structure 52 is mounted on inside 51 left side upper end of shell by embedded mode, 52 end of micro-adjusting mechanism and 53 lower surface of placement mechanism
It mutually welds, the placement mechanism 53 is mounted on 9 lower section of welding gun, and the welding gun elevating mechanism 54 is fixedly mounted on 51 right side of shell
End is internal, and the welding gun elevating mechanism 54 is welded with 3 phase of adjuster, and the dynamic rotation mechanism 55 is fixedly mounted in shell 51
Portion, 55 upper end of dynamic rotation mechanism are connected with placement mechanism 53,55 end of dynamic rotation mechanism and suction mechanism
56 upper ends are mutually welded and are mechanically connected, and 56 end of suction mechanism is connected with 4 lower end of air entry, the suction mechanism 56
Lower end is connected with vibration filtering mechanism 57, and the vibration filtering mechanism 57 is fixedly mounted on 51 inner bottom surface of shell, the vibration
It is gap-matched in the middle part of dynamic 57 upper end of filter mechanism and dynamic rotation mechanism 55, the micro-adjusting mechanism 52 includes adjusting knob
521, worm screw 522, rotation gear 523, pole socket 524, rack gear 525, are mounted in the middle part of the adjusting knob 521 by embedded mode
It inside 51 right side upper end of shell and is gap-matched, 521 end of adjusting knob is mutually welded with 522 head end of worm screw, institute
It states worm screw 522 to be meshed with rotation gear 523,522 end of worm screw is mounted on 524 inside of pole socket and is matched using gap
It closes, the rotation gear 523 is meshed with rack gear 525, and 525 upper surface of rack gear is welded in 53 lower surface of placement mechanism, institute
Placement mechanism 53 is stated to include fixed disk 531, place strengthening mechanism 532,531 lower surface of fixed disk and 525 upper surface of rack gear
It mutually welds, the placement strengthening mechanism 532 is fixedly mounted on inside fixed disk 531, and the placement strengthening mechanism 532 includes protection
Cover 5321, placement plate 5322, reset spring 5323, left wing's towing plate 5324, left wing's intermediate plate 5325, right flank towing plate 5326, the right side
Wing intermediate plate 5327,5321 outer surface of protective cover are fixedly mounted on inside fixed disk 531, are equipped with inside the protective cover 5321
Placement plate 5322,5322 lower surface of placement plate is fixedly connected with 5323 upper end of reset spring, under the reset spring 5323
End is welded in 5321 inner bottom surface of protective cover, and 5322 lower end of placement plate is fixedly connected with 5324 lower end of left wing towing plate, institute
It states 5324 upper end of left wing's towing plate to be fixedly mounted on 5325 lower end of left wing's intermediate plate and be flexibly connected, 5322 lower end of placement plate
It is fixedly connected with 5326 lower end of right flank towing plate, 5326 upper end of right flank towing plate is fixedly mounted on 5327 lower end of right flank intermediate plate
And it is flexibly connected, the welding gun elevating mechanism 54 includes lifting shell 541, driving worm screw 542, sliding block 543, the fine and smooth bar of level-one
544, the fine and smooth bar 545 of second level, level-one fixed block 546, second level fixed block 547,541 lower surface of lifting shell are fixedly mounted on
51 right side upper end face of shell, 542 upper end of driving worm screw and driving motor 1 are mechanically connected, and are pacified on the driving worm screw 542
It equipped with sliding block 543 and is meshed, the fine and smooth bar 544 of level-one is through 543 right end of sliding block and is gap-matched, described
The fine and smooth bar 545 of second level is through 543 left end of sliding block and is gap-matched, and fine and smooth 544 lower end of bar of level-one is fixedly mounted
Inside level-one fixed block 546, fine and smooth 545 lower end of bar of second level is fixedly mounted on inside second level fixed block 547, the sliding block
543 outer surfaces and 3 phase of adjuster are welded and are flexibly connected, the dynamic rotation mechanism 55 include motor 551, motor shaft 552,
Helical gear 553, track bull stick 554, screw rod 555, fixed frame 556, swivel base 557, the motor 551 are fixedly mounted on
Inside shell 51, the motor 551 is mechanically connected with motor shaft 552, and 552 end of motor shaft is welded with helical gear 553,
The helical gear 553 is mutually welded with 554 head end of track bull stick, and the helical gear 553 is meshed with 555 lower end of screw rod,
555 upper end of screw rod is by mutually welding and being mechanically connected in the middle part of fixed frame 556 and 557 lower end of swivel base, the rotation
Turn chassis 557 to be connected with fixed disk 531,554 end of track bull stick is mutually welded with 56 upper end of suction mechanism, the track
554 middle part of bull stick is gap-matched with 57 upper end of vibration filtering mechanism, and the suction mechanism 56 includes bull stick 561, interior driving
Gear 562, planetary gear 563, interior linkage gear 564, air-breathing bull stick 565, air-breathing flabellum 566, connecting tube 567, the bull stick
561 mutually weld and are mechanically connected with 554 end of track bull stick, and the bull stick 561 is through 562 inside of interior driving gear and machine
Tool connection, the interior driving gear 562 is mounted on inside 563 upper end of planetary gear and is meshed, under the planetary gear 563
End is internal to be equipped with interior linkage gear 564 and is meshed, and 565 end of air-breathing bull stick is through in interior linkage gear 564
It portion and is mechanically connected, 565 head end of air-breathing bull stick is welded with air-breathing flabellum 566,566 upper end of air-breathing flabellum and air-breathing
4 lower ends of mouth are connected, and 566 lower end of air-breathing flabellum is connected with 567 upper end of connecting tube, 567 lower end of connecting tube and vibration
Dynamic filter mechanism 57 is connected, and the vibration filtering mechanism 57 includes mobile bar 571, oscillating plate 572, reinforcement block 573, spring
574, gap is used in the middle part of link block 575, filter plate 576, escape pipe 577,571 upper end of mobile bar and track bull stick 554
Cooperation, 571 lower end of mobile bar are welded with oscillating plate 572, and 572 right lateral surface of oscillating plate is welded with reinforcement block 573, institute
It states reinforcement block 573 to be fixedly connected with 574 head end of spring, 574 end of spring is fixedly connected with link block 575, the connection
Block 575 is welded in 576 left-hand face of filter plate, and the escape pipe 577 is mounted on 576 left side of filter plate, and the filter plate 576 is pacified
On the left of 567 lower end of connecting tube.
The workpiece welded will be needed to be placed on placement mechanism 53, placement plate 5322 is pushed by workpiece gravity, so that placing
Plate 5322 declines, and at this moment left wing's towing plate 5324 and right flank towing plate 5326 work at the same time, and have driven left wing's intermediate plate 5325 and the right side
Workpiece clamping is prevented the case where workpiece shakes during the welding process by wing intermediate plate 5327, so that welding is more beautiful
It sees, while the case where rosin joint will not occur；It can be manually rotated adjusting knob 521 by staff, at this moment worm screw 522 and then turns
Dynamic, the rotation gear 523 being meshed with worm screw 522 and then rotates, and has driven rack gear 525 mobile, rack welding is in placement mechanism
53 lower surfaces, at this moment placement mechanism 53 is mobile, so that welding gun 9 and the workpiece alignment on placement mechanism 53 is more careful, passes through
It opens driving motor 1 to make that worm screw 542 is driven to rotate, the sliding block 543 being at this moment meshed with driving worm screw 542 brings into operation, and leads to
The fixed function of the fine and smooth bar 544 of level-one and the fine and smooth bar 545 of second level is crossed, sliding block 543 declines on driving worm screw 542, drives and adjust
Device 3 declines on sliding rail 2, adjusts the height of welding gun 9, in this way, so that the workpiece alignment on welding gun 9 and placement mechanism 53 is more
Add accurately, and at the same time can be reduced at " dead angle " that staff is welded manually with each place in welding workpiece；It is logical
Crossing unlatching motor 551 rotates motor shaft 552, has driven helical gear 553 to rotate, the spiral shell being meshed with helical gear 553
Spinner handle 555 and then rotates, and swivel base 557 has been driven to rotate, and at this moment placement mechanism 53 rotates, and is arranged so that more in mechanism 53
The soldering of station can be carried out then, do not had to replacement, improved work efficiency；The process of soldering can generate some toxic pungent
Gas is rotated by track bull stick 554, and bull stick 561 has been driven to rotate, and at this moment interior driving gear 562 and then rotates, with interior driving
The planetary gear 563 that gear 562 is meshed starts to rotate, and has driven interior linkage gear 564 to rotate, at this moment 565 turns of air-breathing bull stick
It is dynamic, drive air-breathing flabellum 566 to rotate, air-breathing flabellum 566 carries out air-breathing, and gas is inhaled into vibrating filter from air entry 4
It inside structure 57, is rotated by track bull stick 554, has driven mobile bar 571 mobile, at this moment oscillating plate 572 vibrates, and passes through spring
574 vibration carries out vibration filtering to gas so that filter plate 576 is vibrated, so that the better effect of filtering, using outlet
Pipe 577 is discharged.
Spring of the present invention is a kind of using the elastic machine components come work, and the part made of elastic material exists
Deformation occurs under external force, restores to the original state again after removing external force, also makees " spring ", be generally made of spring steel, the kind of spring
The complicated multiplicity of class mainly has helical spring, scroll spring, flat spring, heterotypic spring etc. by shape point.
Problems solved by the invention is that multistation metal automatic welding connects and is frequently encountered during being brazed
" dead angle " is difficult to solder to, and also staff is needed to be welded manually after having welded, and increases workload, and the size of workpiece
Size is different, and it is very well, to lead to occur workpiece shaking during soldering that workpiece, which is placed on the fixed effect on welding bench not,
Situation causes welding position to be malfunctioned, and some poisonous gases can be all generated during soldering, these gases did not pass through
Filter, is sucked by staff, can endanger the health of staff for a long time, and the present invention is combined with each other by above-mentioned component, if
There are micro-adjusting mechanism 52, placement mechanism 53, welding gun elevating mechanism 54, dynamic rotation mechanism 55, suction mechanism 56, vibration filtering mechanism
57, strengthening mechanism 532 is placed, can not having in brazing process by micro-adjusting mechanism 52 and welding gun elevating mechanism 54 " dead
Angle ", it is ensured that each position of workpiece can be soldered to, and reduce the manual welding workload of staff；Simultaneously by putting
It sets the workpiece different to size of the placement strengthening mechanism 532 in mechanism 53 to reinforce, so that process of the workpiece in soldering
In stronger, the case where preventing workpiece from shaking, causing rosin joint generation；Logical vibration filtering mechanism 57 in brazing process to producing
Raw toxic gas is filtered, and protects the health of staff.
Claims (8)
1. multistation metal automatic welding connects equipment, structure includes driving motor (1), sliding rail (2), adjuster (3), air entry
(4), host (5), support leg (6), hinge (7), chamber door (8), welding gun (9) are welded, it is characterised in that：The driving motor (1)
It is fixedly mounted on welding host (5) upper end, the sliding rail (2) is mounted on welding host (5) upper end outer surface, the adjuster
(3) it is mounted on sliding rail (2) and is gap-matched, the adjuster (3) is equipped with welding gun (9), on the air entry (4)
End is fixedly mounted on outside welding host (5) upper end, and welding host (5) lower surface is welded in support leg (6) upper end, described
Welding host (5) lower end outer surface is welded with hinge (7), and the chamber door (8) is by hinge (7) and welds outside host (5) lower end
Surface is hinged；
The welding host (5) includes shell (51), micro-adjusting mechanism (52), placement mechanism (53), welding gun elevating mechanism (54), moves
Power rotating mechanism (55), suction mechanism (56), vibration filtering mechanism (57), shell (51) lower surface are welded in support leg
(6) upper end, the micro-adjusting mechanism (52) are mounted on the left of shell (51) inside upper end by embedded mode, the micro-adjusting mechanism
(52) end is mutually welded with placement mechanism (53) lower surface, and the placement mechanism (53) is mounted below welding gun (9), the welding gun
Elevating mechanism (54) is fixedly mounted on the right side of shell (51) inside upper end, the welding gun elevating mechanism (54) and adjuster (3) phase
Welding, it is internal that the dynamic rotation mechanism (55) is fixedly mounted on shell (51), dynamic rotation mechanism (55) upper end with put
It sets mechanism (53) to be connected, dynamic rotation mechanism (55) end is mutually welded with suction mechanism (56) upper end and machinery connects
It connects, suction mechanism (56) end is connected with air entry (4) lower end, suction mechanism (56) lower end and vibrating filter
Structure (57) is connected, and the vibration filtering mechanism (57) is fixedly mounted on shell (51) inner bottom surface, the vibration filtering mechanism
(57) it is gap-matched in the middle part of upper end and dynamic rotation mechanism (55).
2. multistation metal automatic welding according to claim 1 connects equipment, it is characterised in that：Micro-adjusting mechanism (52) packet
Include adjusting knob (521), worm screw (522), rotation gear (523), pole socket (524), rack gear (525), the adjusting knob (521)
Middle part is mounted on the right side of shell (51) inside upper end and is gap-matched, the adjusting knob (521) by embedded mode
End is mutually welded with worm screw (522) head end, and the worm screw (522) is meshed with rotation gear (523), worm screw (522) end
End is mounted on pole socket (524) inside and is gap-matched, and the rotation gear (523) is meshed with rack gear (525), described
Rack gear (525) upper surface is welded in placement mechanism (53) lower surface.
3. multistation metal automatic welding according to claim 1 connects equipment, it is characterised in that：Placement mechanism (53) packet
It including fixed disk (531), places strengthening mechanism (532), fixed disk (531) lower surface is mutually welded with rack gear (525) upper surface,
It is internal that the placement strengthening mechanism (532) is fixedly mounted on fixed disk (531).
4. multistation metal automatic welding according to claim 3 connects equipment, it is characterised in that：The placement strengthening mechanism
It (532) include protective cover (5321), placement plate (5322), reset spring (5323), left wing's towing plate (5324), left wing's intermediate plate
(5325), right flank towing plate (5326), right flank intermediate plate (5327), protective cover (5321) outer surface are fixedly mounted on fixed disk
(531) internal, placement plate (5322) are equipped with inside the protective cover (5321), placement plate (5322) lower surface and reset bullet
Spring (5323) upper end is fixedly connected, and reset spring (5323) lower end is welded in protective cover (5321) inner bottom surface, described to put
It sets plate (5322) lower end to be fixedly connected with left wing towing plate (5324) lower end, left wing's towing plate (5324) upper end is fixedly mounted
It in left wing's intermediate plate (5325) lower end and is flexibly connected, placement plate (5322) lower end and right flank towing plate (5326) lower end are solid
Fixed connection, right flank towing plate (5326) upper end is fixedly mounted on right flank intermediate plate (5327) lower end and is flexibly connected.
5. multistation metal automatic welding according to claim 1 connects equipment, it is characterised in that：The welding gun elevating mechanism
It (54) include lifting shell (541), driving worm screw (542), sliding block (543), the fine and smooth bar of level-one (544), the fine and smooth bar of second level
(545), level-one fixed block (546), second level fixed block (547), lifting shell (541) lower surface are fixedly mounted on shell
(51) right side upper end face, the driving worm screw (542) upper end and driving motor (1) are mechanically connected, the driving worm screw (542)
On sliding block (543) be installed and be meshed, the fine and smooth bar of level-one (544) is through sliding block (543) right end and between using
Gap cooperation, the fine and smooth bar of second level (545) is through sliding block (543) left end and is gap-matched, the fine and smooth bar of level-one
(544) lower end is fixedly mounted on level-one fixed block (546) inside, and the fine and smooth bar of second level (545) lower end is fixedly mounted on second level
Fixed block (547) is internal, and sliding block (543) outer surface is mutually welded and is flexibly connected with adjuster (3).
6. multistation metal automatic welding according to claim 1 connects equipment, it is characterised in that：The dynamic rotation mechanism
It (55) include motor (551), motor shaft (552), helical gear (553), track bull stick (554), screw rod (555), fixed frame
(556), swivel base (557), the motor (551) are fixedly mounted on shell (51) inside, the motor (551) and motor shaft
(552) it is mechanically connected, motor shaft (552) end is welded with helical gear (553), the helical gear (553) and track
Bull stick (554) head end mutually welds, and the helical gear (553) is meshed with screw rod (555) lower end, the screw rod (555)
Upper end is by mutually welding and being mechanically connected in the middle part of fixed frame (556) and swivel base (557) lower end, the swivel base
(557) it is connected with fixed disk (531), track bull stick (554) end is mutually welded with suction mechanism (56) upper end, the rail
It is gap-matched in the middle part of mark bull stick (554) with vibration filtering mechanism (57) upper end.
7. multistation metal automatic welding according to claim 1 connects equipment, it is characterised in that：Suction mechanism (56) packet
Include bull stick (561), interior driving gear (562), planetary gear (563), interior linkage gear (564), air-breathing bull stick (565), air-breathing
Flabellum (566), connecting tube (567), the bull stick (561) are mutually welded and are mechanically connected with track bull stick (554) end, and described turn
Bar (561) is internal through interior driving gear (562) and is mechanically connected, and the interior driving gear (562) is mounted on planet tooth
Wheel (563) upper end inside and be meshed, be equipped with inside planetary gear (563) lower end interior linkage gear (564) and
It is meshed, air-breathing bull stick (565) end is internal through interior linkage gear (564) and is mechanically connected, and the air-breathing turns
Bar (565) head end is welded with air-breathing flabellum (566), and air-breathing flabellum (566) upper end is connected with air entry (4) lower end, institute
It states air-breathing flabellum (566) lower end to be connected with connecting tube (567) upper end, connecting tube (567) lower end and vibration filtering mechanism
(57) it is connected.
8. multistation metal automatic welding according to claim 1 connects equipment, it is characterised in that：The vibration filtering mechanism
It (57) include mobile bar (571), oscillating plate (572), reinforcement block (573), spring (574), link block (575), filter plate
(576), it is gap-matched in the middle part of escape pipe (577), mobile bar (571) upper end and track bull stick (554), the movement
Bar (571) lower end is welded with oscillating plate (572), and oscillating plate (572) right lateral surface is welded with reinforcement block (573), described to add
Gu block (573) is fixedly connected with spring (574) head end, spring (574) end is fixedly connected with link block (575), described
Link block (575) is welded in filter plate (576) left-hand face, and the escape pipe (577) is mounted on the left of filter plate (576), institute
Filter plate (576) is stated to be mounted on the left of connecting tube (567) lower end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810876181.2A CN108817810A (en) | 2018-08-03 | 2018-08-03 | Multistation metal automatic welding connects equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810876181.2A CN108817810A (en) | 2018-08-03 | 2018-08-03 | Multistation metal automatic welding connects equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108817810A true CN108817810A (en) | 2018-11-16 |
Family
ID=64152661
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810876181.2A Withdrawn CN108817810A (en) | 2018-08-03 | 2018-08-03 | Multistation metal automatic welding connects equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108817810A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112589749A (en) * | 2020-11-24 | 2021-04-02 | 太仓治誓机械设备科技有限公司 | High-speed blade mounting and fixing mechanism of hydroelectric power station turbine unit |
| CN113199193A (en) * | 2021-05-07 | 2021-08-03 | 倪峯华 | High-end equipment is with part rapid weld equipment |
| CN113523667A (en) * | 2021-08-18 | 2021-10-22 | 赣州市交定网络有限公司 | Spot welding equipment for radio frequency receiving chip pin of Internet of things |
| CN116117286A (en) * | 2022-12-12 | 2023-05-16 | 南通新兴机械制造有限公司 | Automatic welding device with gas protection function |
-
2018
- 2018-08-03 CN CN201810876181.2A patent/CN108817810A/en not_active Withdrawn
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112589749A (en) * | 2020-11-24 | 2021-04-02 | 太仓治誓机械设备科技有限公司 | High-speed blade mounting and fixing mechanism of hydroelectric power station turbine unit |
| CN113199193A (en) * | 2021-05-07 | 2021-08-03 | 倪峯华 | High-end equipment is with part rapid weld equipment |
| CN113523667A (en) * | 2021-08-18 | 2021-10-22 | 赣州市交定网络有限公司 | Spot welding equipment for radio frequency receiving chip pin of Internet of things |
| CN116117286A (en) * | 2022-12-12 | 2023-05-16 | 南通新兴机械制造有限公司 | Automatic welding device with gas protection function |
| CN116117286B (en) * | 2022-12-12 | 2023-12-22 | 南通新兴机械制造有限公司 | Automatic welding device with gas protection function |
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181116 |
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| WW01 | Invention patent application withdrawn after publication |