CN204843287U - Automatic wire winding welding set of photovoltaic flange formula spiral ground stake - Google Patents
Automatic wire winding welding set of photovoltaic flange formula spiral ground stake Download PDFInfo
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- CN204843287U CN204843287U CN201520594418.XU CN201520594418U CN204843287U CN 204843287 U CN204843287 U CN 204843287U CN 201520594418 U CN201520594418 U CN 201520594418U CN 204843287 U CN204843287 U CN 204843287U
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Abstract
The utility model discloses an automatic wire winding welding set of photovoltaic flange formula spiral ground stake, including transmission, being provided with the tight device in wire winding welding set, wire winding device and top on transmission's the bottom plate respectively, being provided with ring flange welding set on the tight device in top, transmission, wire winding welding set, wire winding device, the tight device in top and ring flange welding set are by the unified control of controlling means, the utility model discloses the device integration degree is high, weld efficiently, automatic competent, the amount of labour is few, the production cost is low.
Description
Technical field
The utility model relates to a kind of general photovoltaic bracket consolidation device---the manufacture of flange form spiral ground pile in photovoltaic industry field, specifically a kind of automation equipment and using method collecting spiral wrapping wire, be welded in one.
Background technology
Photovoltaic spiral ground pile is for supporting photovoltaic bracket.At present, for the welding process of photovoltaic spiral ground pile, generally by manually completing or being completed by multiple devices such as spiral filament forming machine, wrapping wire welding, ring flange welding.According to said process, there is following defect: (1) personnel labor intensity is large; (2) automatization level is low, and processing efficiency is low.
For this present situation, manufacture high-caliber photovoltaic flange form spiral ground pile automatic winding welder, utilize automatic technology, improve the automatization level of related process, reduce the large demand that cost of labor has become market.
Utility model content
For solving the deficiency that prior art exists, the utility model discloses photovoltaic flange form spiral ground pile automatic winding welder, this device has the advantage that integrated level is high, welding efficiency is high, automatization level is high, low cost of manufacture, welding quality are good.
For achieving the above object, concrete scheme of the present utility model is as follows:
Photovoltaic flange form spiral ground pile automatic winding welder, comprises transmission device, the base plate of described transmission device is respectively arranged with wrapping wire welder, wire winding device and holding device, holding device is provided with ring flange welder;
Described transmission device is used for making wrapping wire welder and wire winding device move to assigned address; Described wire winding device and wrapping wire welder are connected by rod member, keep displacement synchronous;
What described holding device was used for pile clamping to be in setting holds out against position, described wire winding device is used for after wrapping wire welder and wire winding device move to assigned address pile wrapping wire, wrapping wire welder, for the wire bond wound is connected on pile, makes the second welding gun arrive pile and welds with the gap place of ring flange when the stepper motor of ring flange welder works.
Concrete: transmission device is used for making pile rotation, wire winding device and the displacement of wrapping wire welder, wrapping wire welder is welded on wrapping wire on pile, wire winding device is for making filament winding at pile, holding device is used for holding out against ring flange and pile makes pile rotate to facilitate, ring flange welder is for welding pile and ring flange, and these devices control by control device is unified.
Further, described transmission device comprises base plate, described base plate is arranged on underframe, the both sides that base plate is relative are separately installed with the first line slideway and circle rail, first line slideway is provided with wire winding device, circle rail is provided with wrapping wire welder, wire winding device comprises round rail slide block, circle rail matches with circle rail slide block, wire winding device comprises the first slide block, first slide block matches with the first line slideway, and the movable plate of described holding device is arranged on the base plate of transmission device, the housing upper face mounting flange welder of holding device.
Further, described transmission device also comprises the drive axle seat be arranged on base plate, power transmission shaft is coordinated with drive axle seat by bearing, decelerator is arranged on drive axle seat and coordinates with power transmission shaft, first servomotor is arranged on decelerator, fixture is arranged on power transmission shaft, servo motor seat is arranged on base plate, second servomotor is arranged in servo motor seat, coordinated with ball-screw by shaft coupling, described ball-screw one end coordinates with the second servomotor, the other end coordinates with bearing block, screw coordinates with ball-screw and is arranged on the wrapping wire sweep in wire winding device.
Preferably, described base plate is arranged on underframe, support installing on base plate for supporting pile.
Further, described wire winding device also comprises wrapping wire sweep, wrapping wire sweep is provided with cushion block, second line slideway and the first propulsion cylinder, cushion block is connected with the first slide block, second line slideway matches with the second slide block, second slide block is arranged on wrapping wire upper plate, the piston rod of the first propulsion cylinder is connected with wrapping wire upper plate, the displacement of wrapping wire upper plate can be made, wrapping wire upper plate is also provided with cutting nippers seat, cutting nippers cylinder block and wrapping wire riser, cutting nippers one end is arranged on cutting nippers seat, the other end is connected with the piston rod of cutting nippers cylinder, cutting nippers cylinder is arranged on cutting nippers cylinder block, wrapping wire is cut off for making cutting nippers, first wrapping wire roller, second wrapping wire roller, 3rd wrapping wire roller is arranged on wrapping wire riser respectively, for the wiring path of fixing wrapping wire.
Further, wrapping wire welder also comprises wrapping wire welding sweep, wrapping wire welding sweep is provided with round rail slide block, the 3rd line slideway and the second propulsion cylinder, 3rd slide block erecting and welding upper plate coordinates with the 3rd line slideway, second propulsion cylinder piston rod is connected on welding upper plate, for making welding upper plate at line slideway top offset, push rod is arranged on welding upper plate, during work one end withstand on pile for ensure pile diameter change time welding gun and pile between distance constant, welding upper plate on be also provided with the first welding gun.
Further, described holding device also comprises and is arranged on fast headstock and riser on movable plate, main shaft shell is arranged on fast headstock, slide-bar is arranged in main shaft shell and can slides, and be connected with the piston rod of cylinder, main shaft is coordinated with slide-bar by bearing, and chuck is arranged on main shaft, cylinder is arranged on riser, and piston rod is connected with slide-bar can make slide-bar slide in main shaft shell.
Further, described ring flange welder also comprises the first motor rack and the second motor rack, first motor rack is arranged on the housing upper face of holding device, second motor rack is arranged on the slide block of the first motor rack, first stepping motor cabinet is arranged on the first motor rack, first stepper motor is arranged on the first stepping motor cabinet, second stepping motor cabinet is arranged on the second motor rack, second stepper motor is arranged on the second stepping motor cabinet, two stepper motors are by coordinating with ball-screw respectively by shaft coupling, nut seat coordinates with ball-screw, nut seat and ball-screw are arranged on the second motor rack and slide plate respectively, 4th line slideway is arranged on the first motor rack and the second motor rack respectively, second motor rack is coordinated with the 4th line slideway by slide block, slide plate is coordinated with line slideway by slide block, straight-bar is arranged on slide plate, Gu rifle block is arranged on straight-bar, second welding gun is fixed on solid rifle block.
The using method of photovoltaic flange form spiral ground pile automatic winding welder, comprising:
What be in setting according to the length adjustment holding device of pile holds out against position, and be placed on by ring flange in the chuck of holding device, put in fixture by the tip of pile, the other end of pile is put in the bracket;
Pile clamps by the cylinder operation of holding device, the second servomotor work in transmission device makes wire winding device and wrapping wire welder move to assigned address, propulsion cylinder work in wire winding device and wrapping wire welder, silk sheet by the gap in wire wrapping wheel on pile, first spot welding is lived, the push rod of wrapping wire welder withstands pile, and two stepper motors of flange welding device work simultaneously and make the gap place of the second welding gun arrival pile and ring flange;
Then the first servomotor in transmission device is started working, second servomotor and the first servomotor are by certain transmission ratios work simultaneously, at this moment, the while of the wrapping wire of wire winding device one side, wrapping wire welder is while be connected on the wire bond wound on pile, until around after certain distance, cutting nippers cylinder operation in wire winding device cuts off wrapping wire, propulsion cylinder in wire winding device and wrapping wire welder quits work, first servomotor quits work, second servomotor reverse operation, drives wire winding device and wrapping wire welder to turn back to initial position; First servomotor work makes pile cone return to turn around, and its end flange welder also welds a whole circle thereupon, and the second welding gun stops welding and initial position is got back in counter motion, and so far whole spiral ground pile welding is complete.
The beneficial effects of the utility model:
(1) device integration is high.Equipment is made up of these five devices of transmission device, wrapping wire welder, wire winding device, holding device and ring flange welder, without branch, subset processing, but the processing of the disposable workpiece completed.(2) welding efficiency is high.Work pieces process integrated level is high, decreases the process time that circulates, adopts each operations such as the welding of wrapping wire, wrapping wire, flange welding to process simultaneously simultaneously, thus improve operating efficiency.(3) automatization level is high, and the amount of labour is few; This equipment only needs people's loading and unloading, and all the other processes are all automatically complete.(4) low cost of manufacture.
Accompanying drawing explanation
Fig. 1 is the general structure block diagram of the utility model equipment;
Fig. 2 is the structural representation of the transmission device of photovoltaic flange form spiral ground pile automatic winding welder;
Fig. 3 is the structural representation of the wire winding device of photovoltaic flange form spiral ground pile automatic winding welder;
Fig. 4 is the structural representation of the wrapping wire welder of photovoltaic flange form spiral ground pile automatic winding welder;
Fig. 5 is the structural representation of the holding device of photovoltaic flange form spiral ground pile automatic winding welder;
Fig. 6 is the apparatus structure schematic diagram of the flange welding of photovoltaic flange form spiral ground pile automatic winding welder;
In figure: 1 transmission device, 2 wire winding devices, 3 wrapping wire welders, 4 holding devices, 5 ring flange welders, 1.1 underframe, 1.2 base plate, 1.3 line slideways I, 1.4 circle rails, 1.5 servomotors I, 1.6 decelerator, 1.7 power transmission shaft, 1.8 drive axle seat, 1.9 fixture, 1.10 servomotor II, 1.11 servo motor seat, 1.12 ball-screw I, 1.13 screw, 1.14 shaft coupling I, 1.15 bearing block, 1.16 support, 2.1 slider I, 2.2 cushion block, 2.3 wrapping wire sweeps, 2.4 line slideways II, 2.5 slide blocks II, 2.6 propulsion cylinders I, 2.7 wrapping wire upper plates, 2.8 cutting nippers seats, 2.9 cutting nippers cylinder blocks, 2.10 cutting nippers cylinder, 2.11 cutting nippers, 2.12 wrapping wire riser, 2.13 wrapping wire roller I, 2.14 wrapping wire roller II, 2.15 wrapping wire rollers III, 3.1 circle rail slide blocks, 3.2 welding sweeps, 3.3 line slideways III, 3.4 slide blocks III, 3.5 propulsion cylinders II, 3.6 welding upper plates, 3.7 push rod, 3.8 welding guns I, 4.1 movable plate, 4.3 fast headstock, 4.4 main shaft shells, 4.5 slide-bar, 4.6 main shaft, 4.7 chuck, 4.8 cylinder, 4.9 riser, 5.1 motor racks I, 5.2 motor racks II, 5.3 stepper motor, 5.4 stepper motor seats, 5.5 ball-screws II, 5.6 nut seat, 5.7 shaft couplings II, 5.8 line slideway IV, 5.9 slide block IV, 5.10 slide plate, 5.11 straight-bar, 5.12 solid rifle blocks, 5.13 welding gun II.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in detail:
As shown in Figure 1, the utility model is a kind of photovoltaic flange form spiral ground pile automatic winding welder, comprises transmission device 1, wire winding device 2, wrapping wire welder 3, holding device 4, ring flange welder 5.The slider I 2.1 of described wire winding device 2 coordinates with the line slideway I 1.3 of transmission device 1, the round rail slide block 3.1 of described wrapping wire welder 3 is arranged on the round rail 1.4 of transmission device 1, described wire winding device 2 is connected by rod member with wrapping wire welder 3, keep displacement synchronous, described holding device 4 is arranged on the base plate 1.2 of transmission device 1, described flange welding device 5 is arranged on above holding device 4, and described transmission device 1, wire winding device 2, wrapping wire welder 3, holding device 4, ring flange welder 5 control by control device is unified.According to the length of pile, adjust the position of holding device 4, ring flange is placed in the chuck 4.7 of holding device 4, the tip of pile is put in fixture 1.9, the other end is placed in support 1.16, the cylinder 4.8 of holding device 4 works and pile is clamped, servomotor II 1.10 work in transmission device 1 makes wire winding device 2 and wrapping wire welder 3 move to assigned address, propulsion cylinder I 2.6 in wire winding device 2 and wrapping wire welder 3, propulsion cylinder II 3.5 works, silk sheet by the gap in wire wrapping wheel on pile, artificial first spot welding is lived, the push rod 3.7 of wrapping wire welder 3 withstands pile, two stepper motor work of flange welding device 5 make welding gun II 5.13 arrive the gap place of pile and ring flange, then the servomotor I 1.5 in transmission device 1 is started working, servomotor II 1.10 and servomotor I 1.5 are by certain transmission ratios work simultaneously.This timer is wrapping wire on one side, while the wire bond wound is connected on pile, until around after certain distance, cutting nippers cylinder 2.10 work in wire winding device 2 makes cutting nippers 2.11 that wrapping wire is cut off, propulsion cylinder in wire winding device 2 and wrapping wire welder 3 quits work, and servomotor I 1.5 quits work, and wire winding device 2 and wrapping wire welder 3 move to initial position, stop welding after flange welding device 5 welds a circle simultaneously, welding gun II 5.13 moves to initial position.Such pile welds.
As shown in Figure 2, transmission device comprises underframe 1.1, base plate 1.2, line slideway I 1.3, circle rail 1.4, servomotor I 1.5, decelerator 1.6, power transmission shaft 1.7, drive axle seat 1.8, fixture 1.9, servomotor II 1.10, servo motor seat 1.11, ball-screw 1.12, screw 1.13, shaft coupling 1.14, bearing block 1.15, support 1.16.Described base plate 1.2 is arranged on underframe 1.1, described line slideway I 1.3, circle rail 1.4 is arranged on each one side of base plate, described drive axle seat 1.8 is arranged on base plate 1.2, described power transmission shaft 1.7 is coordinated with drive axle seat 1.8 by bearing, described decelerator 1.6 is arranged on drive axle seat 1.8 and coordinates with power transmission shaft 1.7, described servomotor I 1.5 is arranged on decelerator 1.6, described fixture 1.9 is arranged on power transmission shaft 1.7, described servo motor seat II 1.11 is arranged on base plate 1.2, described servomotor II 1.10 is arranged in servo motor seat 1.11, coordinated with ball-screw 1.12 by shaft coupling 1.14, described ball-screw 1.12 one end coordinates with servomotor II 1.10, the other end coordinates with bearing block 1.15, described screw 1.13 coordinates with ball-screw 1.12 and is arranged on the wrapping wire sweep 2.3 in wire winding device 2, described support 1.16 is for supporting workpiece.Servomotor I 1.5 work makes power transmission shaft 1.7 work, thus welding work pieces is rotated, and servomotor II 1.10 works and drives ball-screw 1.12 to rotate, and makes wire winding device 2 and wrapping wire welder 3 displacement.
As shown in Figure 3, wire winding device 2 comprises slider I 2.1, cushion block 2.2, wrapping wire sweep 2.3, line slideway II 2.4, slide block II 2.5, propulsion cylinder I 2.6, wrapping wire upper plate 2.7, cutting nippers seat 2.8, cutting nippers cylinder block 2.9, cutting nippers cylinder 2.10, cutting nippers 2.11, wrapping wire riser 2.12, wrapping wire roller I 2.13, wrapping wire roller II 2.14, wrapping wire roller III 2.15.Described slider I 2.1 to be arranged on wrapping wire sweep 2.3 by cushion block 2.2 and to coordinate with the guide rail in transmission device 1, described line slideway II 2.4 is arranged on wrapping wire sweep 2.3, described slide block II 2.5 to be arranged on wrapping wire upper plate 2.7 and to coordinate with line slideway II 2.4, described propulsion cylinder 2.6 is arranged on wrapping wire sweep 2.3, and piston rod is connected with wrapping wire upper plate 2.7, for making the displacement of wrapping wire upper plate, described cutting nippers seat 2.8, cutting nippers cylinder block 2.9 is arranged on wrapping wire upper plate 2.7 respectively, described cutting nippers one end is arranged on cutting nippers seat 2.8, the other end is connected with the piston rod of cutting nippers cylinder 2.10, described cutting nippers cylinder 2.10 is arranged on cutting nippers seat 2.8, wrapping wire is cut off for making cutting nippers, described wrapping wire riser 2.12 is arranged on wrapping wire upper plate 2.7, described wrapping wire roller I 2.13, wrapping wire roller II 2.14, wrapping wire roller III 2.15 is arranged on wrapping wire riser 2.12, for the wiring path of fixing wrapping wire.Propulsion cylinder I 2.6 can make promotion wrapping wire upper plate 2.7 move, and wrapping wire roller I 2.13, wrapping wire roller II 2.14, the fixing wrapping wire wiring path of wrapping wire roller III 2.15, cutting nippers cylinder 2.10 makes cutting nippers 2.11 that wrapping wire is cut off.
As shown in Figure 4, wrapping wire welder 3 comprises round rail slide block 3.1, welding sweep 3.2, line slideway III 3.3, slide block III 3.4, propulsion cylinder II 3.5, welding upper plate 3.6, push rod 3.7, welding gun 3.8.Described round rail slide block 3.1 is arranged on and welds on sweep 3.2 and coordinate with the round rail 1.4 of transmission device 1, described slide block III 3.4 erecting and welding upper plate 3.6 coordinates with line slideway III 3.3, described cylinder 3.5 is arranged on welding sweep, cylinder piston rod is connected on welding upper plate 3.6, slide on line slideway III 3.3 for making welding upper plate 3.6, described push rod 3.7 be arranged on welding upper plate 3.6 on, during work one end withstand on spiral ground pile for ensure pile diameter change time welding gun 3.8 and pile between distance constant.Propulsion cylinder II 3.5 can promote welding upper plate 3.6 and move, and push rod 3.7 is pushed up on pile and makes welding gun keep the distance determined all the time with weld seam, to ensure the correct position that welding gun is in spiral ground pile spiral winding wire bond and connects.
As shown in Figure 5, described holding device 4 comprises movable plate 4.1, riser 4.9, fast headstock 4.3, main shaft shell 4.4, slide-bar 4.5, main shaft 4.6, chuck 4.7, cylinder 4.8.Described movable plate 4.1 is arranged on the base plate 1.2 of transmission device 1, described fast headstock 4.3, riser 4.2 are arranged on movable plate 4.1, described main shaft shell 4.4 is arranged on fast headstock 4.3, described slide-bar 4.5 is arranged in main shaft shell 4.4 and can slides, and be connected with the piston rod of cylinder 4.8, described main shaft 4.6 is coordinated with slide-bar 4.5 by bearing, described chuck 4.7 is arranged on main shaft 4.6, described cylinder 4.8 is arranged on riser 4.2, and piston rod is connected with slide-bar 4.5 and makes it slide in main shaft shell 4.4.Cylinder 4.8 promotes slide-bar 4.5 displacement, thus chuck 4.7 and pile are held out against, and main shaft 4.6 can rotate along with the rotation of pile.
As shown in Figure 6, welder 5 comprises motor rack I 5.1, motor rack II 5.2, stepper motor 5.3, stepper motor seat 5.4, ball-screw II 5.5, nut seat 5.6, shaft coupling II 5.7, line slideway 5.8, slide block 5.9, slide plate 5.10, straight-bar 5.11, solid rifle block 5.12, welding gun 5.13.Described motor rack I 5.1 is arranged on above housing 2.1, described stepper motor 5.3 is arranged on motor rack I 5.1 and motor rack II 5.2 respectively, described stepper motor 5.3 is arranged on stepper motor seat 5.4, coordinated with ball-screw 5.5 by shaft coupling II 5.7, described nut seat 5.6 coordinates with ball-screw II 5.5, be arranged on motor rack II 5.2 and slide plate 5.10 respectively, described line slideway IV5.8 is arranged on motor rack I 5.1 and motor rack II 5.2 respectively, described motor rack II 5.2 is coordinated with line slideway IV5.8 by slide block IV5.9, described slide plate 5.10 is coordinated with line slideway IV5.8 by slide block 5.9, described straight-bar 5.11 is arranged on slide plate 5.10, described solid rifle block 5.12 is arranged on straight-bar 5.11, described welding gun II 5.13 is fixed on solid rifle block 5.12.Stepper motor 5.3 on motor rack II 5.2 works, and makes the movable of welding gun II 5.13, and stepper motor 5.4 work on motor rack I 5.1 makes motor rack II 5.2 move up and down, thus welding gun II 5.13 is moved up and down.Before the servomotor I 2.2 of transmission device 2 works, the stepper motor of the motor rack II 5.2 made is to displacement, and motor rack I 5.1 stepper motor is moved down into commissure.
By reference to the accompanying drawings detailed description of the invention of the present utility model is described although above-mentioned; but the restriction not to the utility model protection domain; one of ordinary skill in the art should be understood that; on the basis of the technical solution of the utility model, those skilled in the art do not need to pay various amendment or distortion that creative work can make still within protection domain of the present utility model.
Claims (8)
1. photovoltaic flange form spiral ground pile automatic winding welder, it is characterized in that, comprise transmission device, the base plate of described transmission device is respectively arranged with wrapping wire welder, wire winding device and holding device, holding device is provided with ring flange welder, transmission device, wrapping wire welder, wire winding device, holding device and ring flange welder control by control device is unified;
Described transmission device is used for making wrapping wire welder and wire winding device move to assigned address; Described wire winding device and wrapping wire welder are connected by rod member, keep displacement synchronous;
What described holding device was used for pile clamping to be in setting holds out against position, described wire winding device is used for after wrapping wire welder and wire winding device move to assigned address pile wrapping wire, wrapping wire welder, for the wire bond wound is connected on pile, makes the second welding gun arrive pile and welds with the gap place of ring flange when the stepper motor of ring flange welder works.
2. photovoltaic flange form spiral ground pile automatic winding welder as claimed in claim 1, it is characterized in that, described transmission device comprises base plate, described base plate is arranged on underframe, the both sides that base plate is relative are separately installed with the first line slideway and circle rail, first line slideway is provided with wire winding device, circle rail is provided with wrapping wire welder, wire winding device comprises round rail slide block, circle rail matches with circle rail slide block, wire winding device comprises the first slide block, first slide block matches with the first line slideway, the movable plate of described holding device is arranged on the base plate of transmission device, the housing upper face mounting flange welder of holding device.
3. photovoltaic flange form spiral ground pile automatic winding welder as claimed in claim 1, it is characterized in that, described transmission device also comprises the drive axle seat be arranged on base plate, power transmission shaft is coordinated with drive axle seat by bearing, decelerator is arranged on drive axle seat and coordinates with power transmission shaft, first servomotor is arranged on decelerator, fixture is arranged on power transmission shaft, servo motor seat is arranged on base plate, second servomotor is arranged in servo motor seat, coordinated with ball-screw by shaft coupling, described ball-screw one end coordinates with the second servomotor, the other end coordinates with bearing block, screw coordinates with ball-screw and is arranged on the wrapping wire sweep in wire winding device.
4. photovoltaic flange form spiral ground pile automatic winding welder as claimed in claim 1, it is characterized in that, described base plate is arranged on underframe, support installing on base plate for supporting pile.
5. photovoltaic flange form spiral ground pile automatic winding welder as claimed in claim 1, it is characterized in that, described wire winding device also comprises wrapping wire sweep, wrapping wire sweep is provided with cushion block, second line slideway and the first propulsion cylinder, cushion block is connected with the first slide block, second line slideway matches with the second slide block, second slide block is arranged on wrapping wire upper plate, the piston rod of the first propulsion cylinder is connected with wrapping wire upper plate, the displacement of wrapping wire upper plate can be made, wrapping wire upper plate is also provided with cutting nippers seat, cutting nippers cylinder block and wrapping wire riser, cutting nippers one end is arranged on cutting nippers seat, the other end is connected with the piston rod of cutting nippers cylinder, cutting nippers cylinder is arranged on cutting nippers cylinder block, wrapping wire is cut off for making cutting nippers, first wrapping wire roller, second wrapping wire roller, 3rd wrapping wire roller is arranged on wrapping wire riser respectively, for the wiring path of fixing wrapping wire.
6. photovoltaic flange form spiral ground pile automatic winding welder as claimed in claim 1, it is characterized in that, wrapping wire welder also comprises wrapping wire welding sweep, wrapping wire welding sweep is provided with round rail slide block, 3rd line slideway and the second propulsion cylinder, 3rd slide block erecting and welding upper plate coordinates with the 3rd line slideway, second propulsion cylinder piston rod is connected on welding upper plate, for making welding upper plate at line slideway top offset, push rod is arranged on welding upper plate, during work one end withstand on pile for ensure pile diameter change time welding gun and pile between distance constant, welding upper plate is also provided with the first welding gun.
7. photovoltaic flange form spiral ground pile automatic winding welder as claimed in claim 1, it is characterized in that, described holding device also comprises and is arranged on fast headstock and riser on movable plate, main shaft shell is arranged on fast headstock, and slide-bar is arranged in main shaft shell and can slides, and is connected with the piston rod of cylinder, main shaft is coordinated with slide-bar by bearing, chuck is arranged on main shaft, and cylinder is arranged on riser, and piston rod is connected with slide-bar can make slide-bar slide in main shaft shell.
8. photovoltaic flange form spiral ground pile automatic winding welder as claimed in claim 1, it is characterized in that, described ring flange welder also comprises the first motor rack and the second motor rack, first motor rack is arranged on the housing upper face of holding device, second motor rack is arranged on the slide block of the first motor rack, first stepping motor cabinet is arranged on the first motor rack, first stepper motor is arranged on the first stepping motor cabinet, second stepping motor cabinet is arranged on the second motor rack, second stepper motor is arranged on the second stepping motor cabinet, two stepper motors are by coordinating with ball-screw respectively by shaft coupling, nut seat coordinates with ball-screw, nut seat and ball-screw are arranged on the second motor rack and slide plate respectively, 4th line slideway is arranged on the first motor rack and the second motor rack respectively, second motor rack is coordinated with the 4th line slideway by slide block, slide plate is coordinated with line slideway by slide block, straight-bar is arranged on slide plate, Gu rifle block is arranged on straight-bar, second welding gun is fixed on solid rifle block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520594418.XU CN204843287U (en) | 2015-08-07 | 2015-08-07 | Automatic wire winding welding set of photovoltaic flange formula spiral ground stake |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520594418.XU CN204843287U (en) | 2015-08-07 | 2015-08-07 | Automatic wire winding welding set of photovoltaic flange formula spiral ground stake |
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| CN204843287U true CN204843287U (en) | 2015-12-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520594418.XU Active CN204843287U (en) | 2015-08-07 | 2015-08-07 | Automatic wire winding welding set of photovoltaic flange formula spiral ground stake |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105057903A (en) * | 2015-08-07 | 2015-11-18 | 山东金博利达精密机械有限公司 | Automatic wire winding and welding device for photovoltaic flange type spiral ground pile and use method |
| CN106624511A (en) * | 2016-12-14 | 2017-05-10 | 柳州振业焊接机电设备制造有限公司 | Automatic welding gun |
| CN106624486A (en) * | 2016-12-14 | 2017-05-10 | 柳州振业焊接机电设备制造有限公司 | Semiautomatic welder |
| CN106624512A (en) * | 2016-12-14 | 2017-05-10 | 柳州振业焊接机电设备制造有限公司 | Multi-station automatic welder |
| CN106736067A (en) * | 2016-12-14 | 2017-05-31 | 柳州振业焊接机电设备制造有限公司 | Automatic soldering device |
-
2015
- 2015-08-07 CN CN201520594418.XU patent/CN204843287U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105057903A (en) * | 2015-08-07 | 2015-11-18 | 山东金博利达精密机械有限公司 | Automatic wire winding and welding device for photovoltaic flange type spiral ground pile and use method |
| CN105057903B (en) * | 2015-08-07 | 2017-02-22 | 山东金博利达精密机械有限公司 | Automatic wire winding and welding device for photovoltaic flange type spiral ground pile and use method |
| CN106624511A (en) * | 2016-12-14 | 2017-05-10 | 柳州振业焊接机电设备制造有限公司 | Automatic welding gun |
| CN106624486A (en) * | 2016-12-14 | 2017-05-10 | 柳州振业焊接机电设备制造有限公司 | Semiautomatic welder |
| CN106624512A (en) * | 2016-12-14 | 2017-05-10 | 柳州振业焊接机电设备制造有限公司 | Multi-station automatic welder |
| CN106736067A (en) * | 2016-12-14 | 2017-05-31 | 柳州振业焊接机电设备制造有限公司 | Automatic soldering device |
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