CN107088725B - A kind of welding equipment - Google Patents
A kind of welding equipment Download PDFInfo
- Publication number
- CN107088725B CN107088725B CN201710397265.3A CN201710397265A CN107088725B CN 107088725 B CN107088725 B CN 107088725B CN 201710397265 A CN201710397265 A CN 201710397265A CN 107088725 B CN107088725 B CN 107088725B
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- Prior art keywords
- welding
- conduction
- empty slot
- internally provided
- chamber
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Classifications
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- 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
- B23K37/0211—Carriages for supporting the welding or cutting element travelling on a guide member, e.g. rail, track
-
- 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
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- Optics & Photonics (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Butt Welding And Welding Of Specific Article (AREA)
Abstract
The invention discloses a kind of welding equipments, including base portion, it is fixed on the pillar of base portion trailing flank and the welder being arranged on front side of pillar, welder leading flank is internally provided with welding empty slot, the first motor is fixedly installed in welding empty slot inner top surface, first electronic motor spindle is connected with welding rifle, the opposite welding empty slot inner bottom surface of upper welding rifle is equipped with lower welding rifle, welder above first motor is internally provided with conversion empty slot, welder below upper welding rifle is internally provided with the first conduction chamber, welder behind welding empty slot is internally provided with the second conduction chamber of elongation setting up and down, conversion empty slot front end is internally provided with guide groove, guide groove is internally provided with the first screw rod of elongation setting up and down, conversion empty slot inner bottom surface is equipped with bottom end and engages pipe with the interior of the first motor top revolution mating connection；The configuration of the present invention is simple can realize that bilateral welds, reduce welding difficulty, improve welding precision, time saving and energy saving.
Description
Technical field
The present invention relates to welding technology field, specifically a kind of welding equipment.
Background technology
Single welding is only welded in welding part one side, is only required and is ensured that single side one side is molded, and bilateral weldering is to ensure two sides molding,
Bilateral weldering intensity is higher than single welding intensity, forming, and weldquality is high, be typically used for than container, steel construction, the weldering of steel plate
It connects.Current welding technique is after being soldered in first face, then in back of work welding, needs manually to carry out welding part
Turn-over, inefficiency.
Invention content
The technical problems to be solved by the invention are to provide a kind of welding equipment, can solve above-mentioned show in the art
Problem.
The present invention is achieved through the following technical solutions：A kind of welding equipment of the present invention, including base portion, is fixed on
The pillar of the base portion trailing flank and the welder being arranged on front side of the pillar are set inside the welder leading flank
There is welding empty slot, the first motor is fixedly installed in the welding empty slot inner top surface, the first electronic motor spindle cooperation connects
Welding rifle is connected to, the opposite welding empty slot inner bottom surface of the upper welding rifle is equipped with lower welding rifle, first motor
The welder above is internally provided with conversion empty slot, and the upper welder welded below rifle is internally provided with first
Conduct chamber, it is described welding empty slot behind the welder be internally provided with up and down elongation setting second conduction chamber, described turn
It changes empty slot front end and is internally provided with guide groove, the guide groove is internally provided with the first screw rod of elongation setting up and down, the conversion
Empty slot inner bottom surface is equipped with bottom end and engages pipe with the interior of the first motor top revolution mating connection, and the interior engaging pipe is above
The conversion empty slot be internally provided with guide pad, in the guide pad revolution be connected with elongation downwards and interior engage with described
The outer clamping rpole that pipe is connected, the guide pad top are equipped with the first cone that bottom is fixedly connected with the outer clamping rpole top
Type wheel, the second conduction top of chamber elongated portion and bottom elongated portion are located at the conversion empty slot and first conduction respectively
Side behind chamber is equipped with the first fluting between the second conduction top of chamber elongated portion and the conversion empty slot, and described second passes
The second fluting is equipped between guide cavity bottom elongated portion and the first conduction chamber, described first slots and in the described second fluting points
It is not connected with the first bull stick and the second bull stick towards front and rear sides elongation setting, the welding empty slot lateral surface is provided with anti-
Shield screen, the protecting screen upper end are connected by articulated mounting and the welder side wall, the protecting screen lower part setting
There is lifting ring, the protecting screen lower end is touched with welder side wall, and the base portion left and right sides are symmetrically fixedly installed frame
Column, each trestle top surface are fixedly installed clamp device.
Preferably technical solution is internally provided with the sliding fortune slot of elongation setting up and down, the sliding fortune before the pillar
Slot is internally provided with the second screw rod of elongation setting up and down, and spiral lamination is connected with sliding fortune block, institute on second screw rod
It states and is fixedly connected before sliding fortune block with the welder trailing flank.
Mating connection is turned round in preferably technical solution, the second screw rod bottom end with the sliding slot inner bottom surface of transporting,
It is connected at the top of second screw rod with the second motor, the second motor outer surface is set in the sliding fortune slot
In top surface and it is fixedly connected.
Preferably technical solution, the first screw rod bottom end are connected with guide groove inner bottom surface revolution,
It is connected at the top of first screw rod with third motor, the third motor is set in the guide groove inner top surface
And be fixedly connected, the front end probes into the guide groove and is connected with the first screw rod spiral lamination.
Preferably technical solution, the first bull stick rear side elongated portion probe into the second conduction top of chamber elongated portion
Interior and end pin is connected with the rear side inner wall revolution in the described second conduction top of chamber elongated portion, is stretched on front side of first bull stick
Long portion probes into upside and end pin and the front end revolution of upside in the conversion empty slot in the conversion empty slot and is connected, and described the
Elongated portion is probeed into the second conduction bottom of chamber portion elongated portion on rear side of two bull sticks and end pin conducts the elongation of bottom of chamber portion with described second
Rear side inner wall revolution in portion is connected, on front side of second bull stick elongated portion probe into the first conduction intracavitary and with it is described
First conduction chamber front end revolution is connected.
Preferably technical solution, on rear side of the first tapered wheel above first bull stick on be fixedly installed it is useful
It is fixed on first bull stick of the second conduction intracavitary to set with the second tapered wheel being connected with the described first tapered wheel
The first drive wheel is equipped with, is fixedly installed the second drive wheel on second bull stick of the second conduction intracavitary, described first drives wheel
It is driven with described second and conduction band is equipped between taking turns, third is fixedly installed on second bull stick on rear side of the first conduction chamber
Tapered wheel, on front side of the tapered wheel of the third above the first conduction intracavitary cooperation be connected and have the 4th tapered wheel, it is described
It is equipped with to wear at the top of 4th tapered wheel and passes through the first conduction intracavitary top surface and turn round the pedestal that turns being connected, it is described to turn pedestal top
Portion's end pin is fixedly connected with the lower welding rifle bottom.
Preferably technical solution, the trestle include lower trestle and upper trestle, and the lower trestle is internally provided with gas
Cylinder pressure, the upper trestle are connected with the pneumatic cylinder, and the upper trestle is arranged on inside the lower trestle.
The beneficial effects of the invention are as follows：
1. setting the first motor by welding to fix in empty slot inner top surface, welded in the first electronic motor spindle mating connection
Rifle, the opposite welding empty slot inner bottom surface of upper welding rifle set welding rifle, and conversion is set inside the welder above the first motor
Empty slot sets the first conduction chamber inside the welder below upper welding rifle, welds and set inside the welder behind empty slot up and down
Second conduction chamber of elongation setting, conversion empty slot set guide groove inside front end, the first of elongation setting up and down are set inside guide groove
Screw rod, conversion empty slot inner bottom surface set that the revolution of bottom end and the first motor top is connected it is interior engage pipe, it is interior to engage on pipe
Set guide pad inside the conversion empty slot in face, in guide pad revolution be connected elongation downwards and with it is interior engage pipe mating connection outside
Clamping rpole, guide pad top set the first tapered wheel that bottom is fixedly connected with outer clamping rpole top, the second conduction top of chamber elongation
Portion and bottom elongated portion are located at side behind conversion empty slot and the first conduction chamber respectively, and the second conduction top of chamber elongated portion is with turning
It changes between empty slot and sets the first fluting, the second fluting, the first fluting are set between the second conduction bottom of chamber portion elongated portion and the first conduction chamber
Be respectively cooperating with connecting the first bull stick and the second bull stick towards front and rear sides elongation setting in the second fluting, so as to fulfill automatic control
The lower welding rifle of system is connected and conduction control work, improves speed of welding.
2. by the sliding fortune slot for setting elongation setting up and down internal before pillar, the of elongation setting up and down is set inside sliding fortune slot
Two screw rods, spiral lamination is connected sliding fortune block on the second screw rod, is fixedly connected before sliding fortune block with welder trailing flank,
So as to fulfill automatic controlled soldering equipment work is moved up and down along sliding fortune slot direction, the symmetrical fixed trestle of base portion left and right sides,
The fixation of each trestle top surface sets clamp device, and welding part strong fix, the second screw rod bottom are improved so as to fulfill in welding
End is connected with sliding fortune slot inner bottom surface revolution, is connected at the top of the second screw rod with the second motor, outside the second motor
Surface is set in sliding fortune slot inner top surface and is fixedly connected, and so as to improve welder, along sliding fortune slot direction, stabilization moves up and down.
3. it is connected by the first screw rod bottom end and the revolution of guide groove inner bottom surface, the first screw rod top and third electricity
Motivation is connected, and third motor is set in guide groove inner top surface and is fixedly connected, and guide pad front end is probeed into guide groove
And be connected with the first screw rod spiral lamination, it is bored by third motor so as to fulfill the first tapered wheel is automatically controlled with second
Type wheel agrees with and is detached from control.
4. the configuration of the present invention is simple can realize that bilateral welds by converting upper and lower welding rifle conduction, it is difficult to reduce welding
Degree, reduces operating procedure, while prevents welding from deviating, and alleviates labor intensity, time saving and energy saving.
Description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and attached drawing.
Fig. 1 is a kind of welding equipment overall structure diagram of the present invention；
Fig. 2 is a kind of welding equipment internal structure schematic diagram of the present invention；
Fig. 3 is the welder internal structure schematic diagram of the present invention；
Fig. 4 is the structure diagram of the protecting screen of the present invention.
Specific embodiment
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of welding equipment of the invention including base portion 7, is fixed on the base portion 7
The pillar 5 of trailing flank and the welder 6 for being arranged on 5 front side of pillar, 6 leading flank of welder are internally provided with weldering
Empty slot 61 is connect, is fixedly installed the first motor 68 in welding 61 inner top surface of empty slot, 68 bottom of the first motor is matched
Conjunction is connected with welding rifle 610, and opposite 61 inner bottom surface of welding empty slot of the upper welding rifle 610 is equipped with lower welding rifle 611,
The welder 6 above first motor 68 is internally provided with conversion empty slot 64, the upper institute welded below rifle 610
It states welder 6 and is internally provided with the first conduction chamber 63, the welder 6 welded behind empty slot 61 is internally provided with up and down
Second conduction chamber 62 of elongation setting, 64 front end of the conversion empty slot is internally provided with guide groove 65, is set inside the guide groove 65
There is the first screw rod 651 of elongation setting up and down, 64 inner bottom surface of the conversion empty slot is equipped with bottom end and first motor 68
The interior engaging pipe 642 that top revolution is connected, the interior conversion empty slot 64 engaged above pipe 642 are internally provided with guiding
Block 641, in the guide pad 641 revolution be connected with elongation downwards and with the interior wild card for engage pipe 642 and being connected
Bar 643 is closed, 641 top of guide pad is equipped with the first tapered wheel that bottom is fixedly connected with outer 643 top of clamping rpole
644, the second conduction 62 top elongated portion of chamber and bottom elongated portion are located at the conversion empty slot 64 and described first respectively
Side behind chamber 63 is conducted, the first fluting is equipped between the second conduction 62 top elongated portion of chamber and the conversion empty slot 64
66, the second fluting 67 is equipped between the second conduction 62 bottom elongated portion of chamber and the first conduction chamber 63, described first opens
It is respectively cooperating with being connected with the first bull stick 661 and the second bull stick towards front and rear sides elongation setting in slot 66 and second fluting 67
671, welding 61 lateral surface of empty slot is provided with protecting screen 70,70 upper end of protecting screen by articulated mounting 701 with it is described
6 side wall of welder is connected, and 70 lower part of protecting screen is provided with lifting ring 702,70 lower end of protecting screen and welding
6 side wall of device touches, and 7 left and right sides of base portion are symmetrically fixedly installed trestle 71, and each 71 top surface of trestle is solid
Surely it is provided with clamp device 72.
Wherein, 5 front of pillar is internally provided with the sliding fortune slot 51 of elongation setting up and down, and the sliding fortune slot 51 is internally provided with
The second screw rod 52 of setting is extended up and down, and spiral lamination is connected with sliding fortune block 53, the cunning on second screw rod 52
53 front of fortune block is fixedly connected with 6 trailing flank of welder, and 51 side of slot is transported along sliding so as to fulfill automatic controlled soldering equipment 6
Move up and down work.
Wherein, mating connection, second spiral shell are turned round in 52 bottom end of the second screw rod with sliding 51 inner bottom surface of slot of transporting
52 top of swing arm is connected with the second motor 54, and 54 outer surface of the second motor is set in the sliding fortune slot 51 and pushes up
It in face and is fixedly connected, so as to improve welder 6, along 51 direction of sliding fortune slot, stabilization moves up and down.
Wherein, 651 bottom end of the first screw rod is connected with 65 inner bottom surface of guide groove revolution, first spiral shell
651 top of swing arm is connected with third motor 652, and the third motor 652 is set to 65 inner top surface of guide groove
Interior and be fixedly connected, 641 front end of guide pad probes into the guide groove 65 and matches with 651 spiral lamination of the first screw rod
Connection is closed, agrees with and is detached from the second tapered wheel 645 so as to fulfill the first tapered wheel 644 is automatically controlled by third motor
Control.
Wherein, the 661 rear side elongated portion of the first bull stick is probeed into the second conduction chamber 62 top elongated portion and end pin
It turns round and is connected with the rear side inner wall in the described second conduction 62 top elongated portion of chamber, 661 front side of the first bull stick extends
Portion probes into upside and end pin and the front end revolution of upside in the conversion empty slot 64 in the conversion empty slot 64 and is connected, described
Second bull stick, 671 rear side elongated portion probes into the second conduction 62 bottom elongated portion of chamber and end pin conducts chamber 62 with described second
Rear side inner wall revolution in the elongated portion of bottom is connected, and the 671 front side elongated portion of the second bull stick probes into first conduction
It is connected in chamber 63 and with the described first 63 front end of conduction chamber revolution.
Wherein, described first it is tapered wheel 644 rear side above first bull stick 661 on be fixedly installed to it is described
The second tapered wheel 645 that first tapered wheel 644 is connected, it is solid on first bull stick 661 in the second conduction chamber 62
Surely it is provided with the first drive wheel 621, the second drive wheel is fixedly installed on second bull stick 671 in the second conduction chamber 62
622, the first drive wheel 621 and described second is equipped with conduction band 623 between driving wheel 622, and described first conducts 63 rear side of chamber
It is fixedly installed the tapered wheel 631 of third on second bull stick 671, described first above tapered 631 front side of wheel of the third
Coordinate to be connected in conduction chamber 63 and have the 4th tapered wheel 632, the 4th tapered 632 top of wheel, which is equipped with to wear, passes through first biography
What 63 inner top surface of guide cavity and revolution were connected turns pedestal 633, described to turn 633 top end pin of pedestal and the lower welding rifle 611
Bottom is fixedly connected, and the kinetic energy after agreeing with so as to fulfill the first tapered 644 and second tapered wheel 645 of wheel, which conducts, to be connected, and makes lower weldering
It connects rifle 611 and realizes revolution.
Wherein, the trestle 71 includes lower trestle 711 and upper trestle 712, and the lower trestle 711 is internally provided with air pressure
Cylinder, the upper trestle 712 are connected with the pneumatic cylinder, and the upper trestle 712 is arranged on inside the lower trestle 711.
During original state, the 52 positive and negative revolution of the second screw rod is controlled by the second motor 54, is located at sliding fortune block 53 and slides
The centre position in slot 51 is transported, at this point, 641 front end of guide pad is located at the lowest position in guide groove 65, meanwhile, guide pad
The outer clamping rpole 643 of 641 bottoms is utmostly inserted into interior engaging pipe 642 and is connected, at this point, 641 top of guide pad
First tapered wheel 644 is utmostly far from the second tapered wheel 645.
When only needing unilateral weld, welding part is mounted on to the clamp device 72 at 71 top of left and right sides trestle first
It is interior, at this point, make the centre position that welding part is located in welding empty slot 61, meanwhile, welding part top surface is located at below upper welding rifle 610
Relative position, welding part bottom surface are located at lower welding rifle 611 relative position above, are welded at this point, being driven by the first motor 68
It connects rifle 610 to turn round, then by the 52 just revolution of the second screw rod of the second motor 54 control, at this point, by 52 band of the second screw rod
Dynamic sliding fortune block 53 slides fortune along 51 inner bottom surface direction of sliding fortune slot, until complete welding, subsequently passes through the second motor 54 control the
Two screw rods, 52 backspace turns, and sliding fortune block 53 is driven to slide fortune along 51 inner top direction of sliding fortune slot by the second screw rod 52, until sliding fortune
Block 53 is moved to the centre position in sliding fortune slot 51.
When needing welding part that bilateral is needed to weld, welding part is mounted on to the fastening at 71 top of left and right sides trestle first
In device 72, at this point, make the centre position that welding part is located in welding empty slot 61, meanwhile, welding part top surface is located at upper welding rifle
Relative position below 610, welding part bottom surface is located at lower welding rifle 611 relative position above, at this point, passing through 68 band of the first motor
Dynamic upper welding rifle 610 turns round, then by the 52 just revolution of the second screw rod of the second motor 54 control, at this point, by the second spiral
Bar 52 drives sliding fortune block 53 to slide fortune along 51 inner bottom surface direction of sliding fortune slot, is welded until completing upside, subsequently electronic by second
Machine 54 controls 52 backspace of the second screw rod to turn, and sliding fortune block 53 is driven to be slided along 51 inner top direction of sliding fortune slot by the second screw rod 52
Fortune, until sliding fortune block 53 is moved to the centre position in sliding fortune slot 51, at this point, the first motor 68 of control stops revolution, then
The first screw rod 651 is driven to turn round by third motor 652, drive guide pad 641 gradually along guiding by the first screw rod 651
65 top-direction of slot slides fortune, meanwhile, guide pad 641 drives outer clamping rpole 643 gradually to be slid up along interior engaging 642 madial wall of pipe
Fortune, at this point, the first tapered wheel 644 at 641 top of guide pad is gradually moved towards the second 645 sides of tapered wheel, until first tapered
644 rear side of wheel is connected below with the second tapered 645 front side of wheel above, and outer 643 bottom stage of clamping rpole is made to be moved to interior engaging
642 inner top side of pipe and mating connection at this point, control third motor 652 stops revolution, then control the first motor 68 to return
Turn, the first motor 68 drives interior engaging pipe 642 to turn round at this time, and outer clamping rpole 643 and outer engaging are driven by interior engaging pipe 642
First tapered 644 revolution of wheel at 643 top of bar drives the second tapered 645 and second tapered wheel of wheel by the first tapered wheel 644
The first bull stick 661 on 645 turns round, meanwhile, the first drive wheel 621 is driven to turn round by the first bull stick 661, driving wheel 621 by first leads to
It crosses and drives conduction band 623 that the second the second bull stick 671 driven on 622 and second drive wheel 622 of wheel is driven to turn round, and by the second bull stick
671 drive tapered 631 revolution of wheel of third, while drive the 4th tapered 632 and the 4th tapered wheel of wheel by the tapered wheel 631 of third
The pedestal 633 that turns at 632 tops turns round, and finally lower welding rifle 611 is driven to turn round by turning pedestal 633, then passes through the second motor
54 52 backspaces of the second screw rod of control turn, and sliding fortune block 53 are driven to slide fortune along 51 inner top direction of sliding fortune slot by the second screw rod 52,
It is welded until completing downside.
1. setting the first motor by welding to fix in empty slot inner top surface, welded in the first electronic motor spindle mating connection
Rifle, the opposite welding empty slot inner bottom surface of upper welding rifle set welding rifle, and conversion is set inside the welder above the first motor
Empty slot sets the first conduction chamber inside the welder below upper welding rifle, welds and set inside the welder behind empty slot up and down
Second conduction chamber of elongation setting, conversion empty slot set guide groove inside front end, the first of elongation setting up and down are set inside guide groove
Screw rod, conversion empty slot inner bottom surface set that the revolution of bottom end and the first motor top is connected it is interior engage pipe, it is interior to engage on pipe
Set guide pad inside the conversion empty slot in face, in guide pad revolution be connected elongation downwards and with it is interior engage pipe mating connection outside
Clamping rpole, guide pad top set the first tapered wheel that bottom is fixedly connected with outer clamping rpole top, the second conduction top of chamber elongation
Portion and bottom elongated portion are located at side behind conversion empty slot and the first conduction chamber respectively, and the second conduction top of chamber elongated portion is with turning
It changes between empty slot and sets the first fluting, the second fluting, the first fluting are set between the second conduction bottom of chamber portion elongated portion and the first conduction chamber
Be respectively cooperating with connecting the first bull stick and the second bull stick towards front and rear sides elongation setting in the second fluting, so as to fulfill automatic control
The lower welding rifle of system is connected and conduction control work, improves speed of welding.
2. by the sliding fortune slot for setting elongation setting up and down internal before pillar, the of elongation setting up and down is set inside sliding fortune slot
Two screw rods, spiral lamination is connected sliding fortune block on the second screw rod, is fixedly connected before sliding fortune block with welder trailing flank,
So as to fulfill automatic controlled soldering equipment work is moved up and down along sliding fortune slot direction, the symmetrical fixed trestle of base portion left and right sides,
The fixation of each trestle top surface sets clamp device, and welding part strong fix, the second screw rod bottom are improved so as to fulfill in welding
End is connected with sliding fortune slot inner bottom surface revolution, is connected at the top of the second screw rod with the second motor, outside the second motor
Surface is set in sliding fortune slot inner top surface and is fixedly connected, and so as to improve welder, along sliding fortune slot direction, stabilization moves up and down.
3. it is connected by the first screw rod bottom end and the revolution of guide groove inner bottom surface, the first screw rod top and third electricity
Motivation is connected, and third motor is set in guide groove inner top surface and is fixedly connected, and guide pad front end is probeed into guide groove
And be connected with the first screw rod spiral lamination, it is bored by third motor so as to fulfill the first tapered wheel is automatically controlled with second
Type wheel agrees with and is detached from control.
4. the configuration of the present invention is simple can realize that bilateral welds by converting upper and lower welding rifle conduction, it is difficult to reduce welding
Degree, reduces operating procedure, while prevents welding from deviating, and alleviates labor intensity, time saving and energy saving.
The beneficial effects of the invention are as follows：
The above description is merely a specific embodiment, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (7)
1. a kind of welding equipment including base portion, is fixed on the pillar of base portion trailing flank and the welding being arranged on front side of pillar dress
It puts, it is characterised in that：Welder leading flank is internally provided with welding empty slot, welds and the first electricity is fixedly installed in empty slot inner top surface
Motivation, the first electronic motor spindle are connected with welding rifle, and the opposite welding empty slot inner bottom surface of upper welding rifle is equipped with lower welding
Rifle, the welder above the first motor are internally provided with conversion empty slot, and the welder below upper welding rifle is internally provided with the
One conduction chamber welds the second conduction chamber that the welder behind empty slot is internally provided with elongation setting up and down, conversion empty slot front end
Guide groove is internally provided with, guide groove is internally provided with the first screw rod of elongation setting up and down, and conversion empty slot inner bottom surface is equipped with bottom end
Interior with the revolution mating connection of the first motor top engages pipe, and the conversion empty slot of interior engaging pipe above is internally provided with guide pad,
In guide pad revolution be connected with elongation downwards and with the interior outer clamping rpole for engage pipe mating connection, the bottom of equipped at the top of guide pad
The first tapered wheel that portion is fixedly connected with outer clamping rpole top, the second conduction top of chamber elongated portion and bottom elongated portion difference position
The side behind conversion empty slot and the first conduction chamber, is opened between the second conduction top of chamber elongated portion and conversion empty slot equipped with first
Slot is equipped with second between the second conduction bottom of chamber portion elongated portion and the first conduction chamber and slots, difference in the first fluting and the second fluting
The first bull stick and the second bull stick towards front and rear sides elongation setting are connected with, welding empty slot lateral surface is provided with protecting screen,
Protecting screen upper end is connected by articulated mounting and welder side wall, and protecting screen lower part is provided with lifting ring, under protecting screen
End is touched with welder side wall, and base portion left and right sides are symmetrically fixedly installed trestle, and each trestle top surface is fixedly installed
There is clamp device.
2. a kind of welding equipment according to claim 1, it is characterised in that：It is internally provided with before the pillar and extends up and down
The sliding fortune slot of setting, the sliding fortune slot are internally provided with the second screw rod of elongation setting up and down, spiral on second screw rod
Line is connected with sliding fortune block, is fixedly connected before the sliding fortune block with the welder trailing flank.
3. a kind of welding equipment according to claim 2, it is characterised in that：The second screw rod bottom end and the sliding fortune
The revolution of slot inner bottom surface is connected, and is connected at the top of second screw rod with the second motor, outside second motor
Surface is set in the sliding fortune slot inner top surface and is fixedly connected.
4. a kind of welding equipment according to claim 1, it is characterised in that：The first screw rod bottom end and the guiding
The revolution of slot inner bottom surface is connected, and is connected at the top of first screw rod with third motor, and the third motor is set
Be placed in the guide groove inner top surface and be fixedly connected, the guide pad front end probe into the guide groove and with first spiral shell
Swing arm spiral lamination is connected.
5. a kind of welding equipment according to claim 1, it is characterised in that：Elongated portion probes into institute on rear side of first bull stick
It states in the second conduction top of chamber elongated portion and end pin coordinates with the rear side inner wall revolution in the described second conduction top of chamber elongated portion
Connection, the first bull stick front side elongated portion probes into upside in the conversion empty slot and end pin converts upside in empty slot with described
Front end revolution is connected, on rear side of second bull stick elongated portion probe into the second conduction bottom of chamber portion elongated portion and end pin with
Rear side inner wall revolution in the second conduction bottom of chamber portion elongated portion is connected, and elongated portion probes into institute on front side of second bull stick
It states the first conduction intracavitary and is connected with the described first conduction chamber front end revolution.
6. a kind of welding equipment according to claim 1, it is characterised in that：It is described above on rear side of the first tapered wheel
The second tapered wheel to be connected with the described first tapered wheel, the second conduction intracavitary are fixedly installed on first bull stick
First bull stick on be fixedly installed the first drive wheel, be fixedly installed on second bull stick of the second conduction intracavitary
Second drives wheel, and described first, which drives wheel, drives described second conduction band is equipped between wheel, and described the on rear side of the first conduction chamber
Be fixedly installed the tapered wheel of third on two bull sticks, on front side of the tapered wheel of third above the first conduction intracavitary cooperation agree with
The 4th tapered wheel is connected with, is equipped with to wear at the top of the 4th tapered wheel and passes through the first conduction intracavitary top surface and revolution mating connection
Turn pedestal, it is described to turn end pin at the top of pedestal and be fixedly connected with the lower rifle bottom of welding.
7. a kind of welding equipment according to claim 1, it is characterised in that：The trestle includes lower trestle and upper trestle,
The lower trestle is internally provided with pneumatic cylinder, and the upper trestle is connected with the pneumatic cylinder, and the upper trestle is arranged on institute
It states inside lower trestle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710397265.3A CN107088725B (en) | 2017-05-31 | 2017-05-31 | A kind of welding equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710397265.3A CN107088725B (en) | 2017-05-31 | 2017-05-31 | A kind of welding equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107088725A CN107088725A (en) | 2017-08-25 |
| CN107088725B true CN107088725B (en) | 2018-06-22 |
Family
ID=59638945
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710397265.3A Expired - Fee Related CN107088725B (en) | 2017-05-31 | 2017-05-31 | A kind of welding equipment |
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| CN201613420U (en) * | 2009-12-29 | 2010-10-27 | 湖北工业大学 | Double-side stirring friction spot welding device |
| FI126176B (en) * | 2011-10-17 | 2016-07-29 | Uponor Infra Oy | A method for manufacturing a sheet structure |
| GB2526121B (en) * | 2014-05-14 | 2017-02-01 | Acergy France SAS | Fabrication of pipe strings using friction stir welding |
| CN105624894A (en) * | 2014-11-07 | 2016-06-01 | 天津市纺织机械器材研究所 | Sliding friction damping feeding mechanism of infinite-length reed binding machine |
| CN205043339U (en) * | 2015-10-09 | 2016-02-24 | 航天工程装备（苏州）有限公司 | Be applied to two -sided weldment work platform that duplex head friction stir welding connect equipment |
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