CN205464919U - Gutter funnel welding device - Google Patents
Gutter funnel welding device Download PDFInfo
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- CN205464919U CN205464919U CN201620031777.9U CN201620031777U CN205464919U CN 205464919 U CN205464919 U CN 205464919U CN 201620031777 U CN201620031777 U CN 201620031777U CN 205464919 U CN205464919 U CN 205464919U
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Abstract
The utility model discloses a gutter funnel welding device, a serial communication port, including box welding set, nozzle stub welding set and box and nozzle stub welding set. The utility model provides a gutter funnel welding device, automatic intensity is high, can replace driven manual weld technology, reduces intensity of labour, improves welding efficiency greatly, and welding stability is high, and the gutter funnel quality that the welding obtained is high, long service life. Avoided manual weld great to workman's harm, made workman's life safety be protected.
Description
Technical field
This utility model relates to a kind of gutter funnel welder.
Background technology
As illustrated in fig. 1 and 2, for a kind of gutter funnel.Gutter funnel is made up of casing 01 and short tube 02.Casing 01 is provided with chamber 011, and the first wall 012 of casing 01 is provided with the first opening 013.Short tube 02 is provided with tube chamber 021, and tube chamber 021 is connected with chamber 011 by the first opening 013.The cross section of chamber 011 is more than the cross section of tube chamber 021.Chamber 011 is connected with the gutter on roof by the second opening 014, and tube chamber 021 is connected with storm sewer by the 3rd opening 022.Rainwater in gutter flows into tube chamber 021 after the second opening 014 flows into chamber 011, then flows into storm sewer through the 3rd opening 022.
When producing casing, as it is shown on figure 3, fold the first steel plate, form the first wall the 012, second wall 015 and the 3rd wall 0216 of casing 01.As shown in Figure 4, by three limits of the second steel plate 04, one end with first wall the 012, second wall 015 and the 3rd wall 0216 is docked respectively, the most respectively the abutment joint 0253 to the second steel plate 04 and abutment joint 051, second steel plate 04 of the first wall 012 and abutment joint 0252, second steel plate 04 of the second wall 015 and the 3rd wall 0216 weld to reinforce, leakproof.In like manner, by three limits of the 3rd steel plate (not shown), the other end with first wall the 012, second wall 015 and the 3rd wall 0216 docks respectively, welds abutment joint the 0254, the 3rd steel plate of the 3rd steel plate and the first wall 012 and the abutment joint (not shown) of abutment joint the 0255, the 3rd steel plate of the second wall 015 and the 3rd wall 0216 to reinforce the most respectively, leakproof.Thus form the casing 01 of gutter funnel.Traditional welding manner is that abutment joint is welded by the hand-held frame of Welder, and labor intensity is big, and welding efficiency is low, and welding stability is poor, and welding quality is low.Manual welding is relatively big to the harm of workman, and the life security of workman cannot be protected.
When producing short tube, as shown in Figure 6, a block plate 03 is crimped, make the first end 031 that steel plate 03 is oppositely arranged and the second end 032 dock, i.e. form short tube 02 as shown in Figure 6, then need the abutment joint 033 on short tube 02 is welded to reinforce, leakproof.Traditional welding manner is that abutment joint 033 is welded by hand-held second soldering tip of Welder, and labor intensity is big, and welding efficiency is low, and welding stability is poor, and welding quality is low.Manual welding is relatively big to the harm of workman, and the life security of workman cannot be protected.
The casing 01 of gutter funnel and the junction 03 of short tube 02 are welded by the mode using welding, casing 01 and short tube 02 are welded together.Traditional welding manner is that the junction 03 of casing 01 and short tube 02 is welded by the hand-held soldering tip of Welder, and labor intensity is big, and welding efficiency is low, and welding stability is poor, and welding quality is low.Manual welding is relatively big to the harm of workman, and the life security of workman cannot be protected.
Utility model content
The purpose of this utility model is to overcome deficiency of the prior art, it is provided that a kind of gutter funnel welder replacing human weld.
For realizing object above, this utility model is achieved through the following technical solutions:
Gutter funnel welder, it is characterised in that include welding box body device, short tube welder and casing and short tube welder；
Described welding box body device includes:
Frame；
First soldering tip；Described first soldering tip is arranged on the top supporting seat；Described first soldering tip liftable also can be movably arranged in described frame by horizontal reciprocating；
At least one first driving means and the first actuating device；Described first driving means is arranged movably by the first soldering tip horizontal reciprocating described in described first actuator drives；
At least one supports platform；Described support platform is arranged on below described first soldering tip, and described support platform is provided with the first inclined-plane and the second inclined-plane；Described first inclined-plane intersects with described second inclined-plane；
Two the first pressing plates, said two the first pressing plate is movably disposed in described frame, and one of them described first pressing plate can be arranged close and far from described first inclined-plane, and another first pressing plate can be arranged close and far from described second inclined-plane；
Described frame is provided with two second cross beams；Two described first pressing plates are separately positioned on two described crossbeams；Each described second cross beam is provided with the second driving means, and described second driving means drives described first pressing plate to arrange movably；
3rd driving means；Described 3rd driving means drives described support platform to arrange up and down；
Described short tube welder includes:
Second support；
Support bar；Described support bar one end is arranged on described second support, and the other end extends to the side of described second support in the horizontal direction；
Second soldering tip；Described second soldering tip is arranged on the top of described support bar, and can move relative to described support bar；
Two the second pressing plates it are additionally provided with on described second support；Said two the second pressing plate is positioned at the top of described support bar, and can arrange closer or far from described support bar；Two described second pressing plate intervals are arranged；Described second soldering tip may pass through the gap between two described second pressing plates near described support bar；
Four-drive device and the 4th actuating device；Described four-drive device is arranged by the second soldering tip level described in described 4th actuator drives or lifting moving ground；
5th driving means；Described 5th driving means drives described second horn lift ground to arrange；
Described casing includes with short tube welder:
Supporting seat, described support seat is arranged on base；The upper surface of described support seat is horizontally disposed with；Described support seat can rotate around vertical axis；
6th driving means；Described 6th driving means drives described support seat to arrange rotationally；
3rd pressing plate, described 3rd pressing plate is arranged on above described support seat, can arrange close and far from described support seat；
3rd soldering tip；Described 3rd soldering tip is arranged on the side of described support seat, and liftable can horizontal direction reciprocatingly arranging；
3rd support；Described 3rd support is positioned at the side of described support seat；Described 3rd soldering tip is movably disposed on described 3rd support.
According to an embodiment of the present utility model, described first actuating device includes the first screw rod；Described first screw rod is rotatably arranged on the first support arm in described frame, and extends along the first horizontal direction；Second support arm coordinates with described first screw flight；Described first driving means drives described first screw rod to arrange rotatably；Described first soldering tip is connected with described second support arm.
According to an embodiment of the present utility model, described welding box body device also includes the second actuating device and the 3rd actuating device；Described second actuating device includes the second screw rod；Described second screw rod is rotatably arranged on described second support arm, and extends along the second horizontal direction；Described first horizontal direction and described second horizontal direction are mutually perpendicular to；3rd support arm coordinates with described second screw flight；Described 3rd actuating device includes the 3rd screw rod；Described 3rd screw rod is rotatably arranged on described 3rd support arm, and vertically extends；Mounting seat coordinates with described 3rd screw flight；Described first soldering tip is arranged in described mounting seat.
According to an embodiment of the present utility model, described welding box body device also includes that vertically or horizontal direction moves and provides the first guider guided for described first soldering tip at least one；Described first guider includes at least one first slide rail and at least one first slide block；Described first slide rail is vertically or horizontally arranged；Described first slide block is arranged on described first slide rail, moves along described first slide rail；Described first soldering tip is connected with described first slide block.
According to an embodiment of the present utility model, described first inclined-plane forms rib after intersecting with described second inclined-plane；Described first soldering tip is oppositely arranged with described rib；Two the first pressing plate intervals are arranged, and described first soldering tip is arranged between said two the first pressing plate.
According to an embodiment of the present utility model, described welding box body device also includes connecting rod；The two ends of described connecting rod removably connect with two described second cross beams respectively.
According to an embodiment of the present utility model, also include that support means, described support means are arranged on described support platform side, for supporting one end of square box.
According to an embodiment of the present utility model, the quantity of described support platform is two, and respectively first supports platform and second supports platform；Described first supports platform and described second supports the setting of platform interval；Described first support platform and described second supports platform either or both of which and liftably arranges.
According to an embodiment of the present utility model, described support bar profile adapts with the lumen shape of gutter funnel short tube.
According to an embodiment of the present utility model, described second support is provided with the 4th support arm；Described 4th actuating device includes the 4th screw rod；Described 4th screw rod level or be vertically arranged on described 4th support arm, and can being rotated by described four-drive device；Four-slider is set on described 4th screw rod and coordinates with described 4th screw flight；Described second soldering tip is connected with described Four-slider；Described 4th screw rod drives described Four-slider to move along described 4th screw rod when rotating.
According to an embodiment of the present utility model, described short tube welder also includes moving for described second soldering tip providing the second guider guided；Described second guider includes at least one the 4th slide rail；Described 4th slide rail is arranged on described first support arm, and parallel with described 4th screw rod；Described Four-slider is arranged on described second slide rail and can arrange movably along described second slide rail.
According to an embodiment of the present utility model, the quantity of described 4th slide rail is two, and the quantity of described Four-slider is one；Two described 4th slide rails are separately positioned on the both sides of described 4th screw rod；The two ends of described Four-slider are separately positioned on two described 4th slide rails.
According to an embodiment of the present utility model, described 5th driving means is cylinder；Described cylinder is connected with described second support；The piston rod of described cylinder is connected with described second soldering tip；The piston rod of described cylinder is vertically arranged.
According to an embodiment of the present utility model, described second support is provided with two the 3rd crossbeams；Two described second pressing plates are separately positioned on two described 3rd crossbeams.
According to an embodiment of the present utility model, each described 3rd crossbeam is provided with the 7th driving means, and described 7th driving means drives described second pressing plate to arrange close and far from support bar.
According to an embodiment of the present utility model, described 7th driving means is hydraulic cylinder.
According to an embodiment of the present utility model, described short tube welder also includes hanging frame；Described extension frame is rotatably arranged on described 3rd crossbeam, and arranges with described second spacer support frame；Described extension frame can tangle described support bar end after rotating, and releases the hook to described support bar after rotating backward.
According to an embodiment of the present utility model, described 6th driving means is electric rotating machine；Described base is provided with receiving chamber；Described 6th driving means is placed in described receiving intracavity, and power spindle stretches out described receiving chamber and is connected with described support seat, drives described support seat to rotate.
According to an embodiment of the present utility model, described 3rd support is provided with the 3rd guider；Described 3rd guider includes at least one the 5th slide rail and at least one the 5th slide block, and described 5th slide rail is below or above described 5th slide rail one end away from described support seat near one end of described support seat；Described 5th slide block is arranged on described 5th slide rail, and can be along described 5th slide rail closer or far from described support seat；Described 5th slide block rises or falls during described support seat along described 5th slide rail；Described 3rd soldering tip is connected with described 5th slide block.
According to an embodiment of the present utility model, described casing and short tube welder also include the 8th driving means；Described 8th driving means is connected with described 5th slide block, drives described 5th slide block to move along described 5th slide rail.
According to an embodiment of the present utility model, described 5th slide block is provided with the 4th guider；Described 4th guider includes at least one the 6th slide rail and at least one the 6th slide block；Described 6th slide rail is vertically or horizontally arranged on described 5th slide block；Described 6th slide block is arranged on described 6th slide rail；Described 6th slide block does lifting moving along described 6th slide rail or moves horizontally under the effect of external force；Described 3rd soldering tip is connected with described 6th slide block.
According to an embodiment of the present utility model, described casing and short tube welder also include the 5th actuating device；Described 5th actuating device, for external force is transferred to described 6th slide block, makes described 6th slide block move along described 6th slide rail；Described 5th actuating device includes the 5th screw rod；Described 5th screw rod is rotatably arranged on described 5th slide block, and parallel with described 6th slide rail；Described 6th slide block coordinates with described 5th screw flight；Described 5th screw rod drives described 6th slide block along described 5th screw rod lifting moving or to move horizontally when rotating.
According to an embodiment of the present utility model, described 6th slide block is provided with the 5th guider；Described 5th guider includes at least one the 7th slide rail；Described 7th slide rail is arranged on described 6th slide block, is mutually perpendicular to described 6th slide rail；7th slide block is arranged on described 7th slide rail；Described 7th slide block moves along described 7th slide rail under the effect of external force；Described 3rd soldering tip is arranged on described 7th slide block.
According to an embodiment of the present utility model, described casing and short tube welder also include the 6th actuating device；Described 6th actuating device, for external force is transferred to described 7th slide block, makes described 7th slide block move along described 7th slide rail；Described 6th actuating device includes the 6th screw rod；Described 6th screw rod is rotatably arranged on described 6th slide block, and parallel with described 7th slide rail；Described 7th slide block coordinates with described 6th screw flight；Described 6th screw rod drives described 7th slide block to move along described 6th screw rod when rotating.
According to an embodiment of the present utility model, described casing and short tube welder also include the 4th support；Described 4th support is provided with the 7th screw rod；Described 7th screw rod is vertically arranged, with the internal thread hole threaded engagement on described 4th support；Described 3rd pressing plate is connected with described 7th screw rod, and can be rotatably arranged on described 7th screw rod by relative 7th screw rod.
According to an embodiment of the present utility model, described 3rd pressing plate is rotatably arranged on described 7th screw rod by bearing.
According to an embodiment of the present utility model, described casing and short tube welder also include that base, described base are arranged on described support seat.
The gutter funnel welder that this utility model provides, automatization's intensity is high, can replace the manual welding technique of transmission, reduces labor intensity, is greatly improved welding efficiency, and welding stability is high, and the gutter funnel quality that welding obtains is high, and service life is long.Avoid manual welding relatively big to the harm of workman, make the life security of workman be protected.
Accompanying drawing explanation
Fig. 1 is the structural representation of gutter funnel.
Fig. 2 is that structure described in Fig. 1 is along the sectional view of Section A-A.
Fig. 3 is the structural representation of the first steel plate of the casing forming gutter funnel.
Fig. 4 is the structural representation of the casing of gutter funnel.
Fig. 5 is the short tube welding pre-structure schematic diagram of gutter funnel.
Fig. 6 is the structural representation of casing welder in this utility model；
Fig. 7 is the partial enlarged drawing of structure shown in Fig. 6；
Fig. 8 is the partial enlarged drawing of structure shown in Fig. 6；
Fig. 9 is another angle schematic diagram of structure shown in Fig. 6；
Figure 10 is another angle schematic diagram of structure shown in Fig. 6；
Figure 11 is the partial sectional view of structure described in Figure 10；
Figure 12 is the structural representation after the second cross beam in structure shown in Fig. 6 and the first pressing plate being removed；
Figure 13 is the schematic diagram that employing welding box body device of the present utility model welds the abutment joint of the second steel plate and the first wall；
Figure 14 is the schematic diagram that employing welding box body device of the present utility model welds the abutment joint of the second steel plate and the second wall；
Figure 15 is the schematic diagram that employing welding box body device of the present utility model welds the abutment joint of the second steel plate and the 3rd wall.
Figure 16 is the structural representation of gutter funnel short tube welder in this utility model；
Figure 17 is another angle schematic diagram of structure shown in Figure 16；
Figure 18 is another angle schematic diagram of structure shown in Figure 16；
Figure 19 is the partial sectional view of structure shown in Figure 18；
Figure 20 is the structural representation that the short tube welder in this utility model rotates after hanging frame.
Figure 21 is the structural representation of gutter funnel welder in this utility model；
Figure 22 is another angle schematic diagram of structure shown in Figure 21；
Figure 23 is the structural representation of the 3rd guider in this utility model；
Figure 24 is the structural representation of the 4th guider in this utility model；
Figure 25 is the structural representation of the 5th guider in this utility model；
Figure 26 is the schematic diagram that the casing of gutter funnel is arranged on casing and short tube welder；
Figure 27 is casing and the operating diagram of short tube welder in this utility model.
Detailed description of the invention
Below in conjunction with the accompanying drawings this utility model is described in detail:
Gutter funnel welder, including welding box body device 200, short tube welder 100 and casing and short tube welder 300.
As shown in figs 6-12, welding box body device 200 includes frame 201 and at least one support platform.Support platform can be arranged in frame 201, it is also possible to be not arranged in frame 201.In preferred exemplary as depicted, support platform and be arranged in frame 201, for supporting the casing 01 of gutter funnel.Preferred version as shown in the figure, the quantity supporting platform is two, and respectively first supports platform 221 and second supports platform 222.Second supports platform 222 can be arranged in frame 201 the most up and down.
Frame 201 is provided with first crossbeam 211.One end of first crossbeam 211 is arranged in frame 201, and the other end extends to the side of frame 201.First support platform 221 is supported in the side of frame 201 by first crossbeam 211.Second supports platform 222 liftable removably mounts within frame 201, and and the first support platform 221 interval setting.Frame 201 is provided with the 3rd driving means, and the 3rd driving means is the 3rd hydraulic cylinder 231.The piston rod 2311 of the 3rd hydraulic cylinder 231 is vertically arranged, and the push pedal 2312 on the piston rod 2311 of the 3rd hydraulic cylinder 231 supports platform 222 with second and is connected.The piston rod 2311 of the 3rd hydraulic cylinder 231 is stretched or contracts, and drives the second support platform 222 to rise or fall.Second supports after platform 222 rises or falls, and supports platform 221 in the vertical direction with first and staggers and there is difference in height in setting, i.e. vertical direction, it is simple to casing 01 to be welded is placed on the second support platform 222.
First crossbeam 211 is provided with tilting bar 212.One end of tilting bar 212 is arranged on first crossbeam 211, and the other end extends to the side of first crossbeam 211, and higher than first crossbeam 211.Tilting bar 212 is provided with multiple support column 213.Support column 213 extends towards supporting direction, platform place, supporting box 01 together with supporting platform.Tilting bar 212 and support column 213 are as the support means in this utility model, for supporting one end of square box.
Described welding box body device 200 also includes the first soldering tip 204.First soldering tip 204 is arranged on the top supporting platform, for welding the casing supported on support platform.First soldering tip 204 can be movably arranged in frame 201 in relative support platform one or two direction vertically, in horizontal direction under the effect of external force.
Described welding box body device 200 also includes at least one actuating device.By actuating device, external force and the first soldering tip 204 are in transmission connection.Actuating device includes screw rod, and screw rod is in the horizontal direction or vertical direction extends.By the device that coordinates with screw flight of setting, such as nut, and the first soldering tip 204 is made to be connected with this device.Screw rod rotates under the effect of external force, drives this device and the first soldering tip 204 to move along screw rod.
Preferred version as shown in the figure, the quantity of actuating device is three, the respectively first actuating device, the second actuating device and the 3rd actuating device.
First actuating device includes the first screw rod 251.On the first support arm 214 that first screw rod 251 is rotatably arranged in frame 201, and extend along the first horizontal direction (i.e. x direction shown in Fig. 6).Second support arm 252 is set on the first screw rod 251, with the first screw rod 251 threaded engagement.First screw rod 251 being rotated by the first driving means, drives the second support arm 252 to move along the first screw rod 251.First driving means is electric rotating machine 232.As shown in Figure 8, the second actuating device includes the second screw rod 253.Second screw rod 253 is rotatably arranged on the second support arm 252, and extends along the second horizontal direction (i.e. y direction shown in Fig. 6).First horizontal direction and the second horizontal direction are mutually perpendicular to.3rd support arm 254 be set on the second screw rod 253 and with the second screw rod 253 threaded engagement.Second screw rod 253 rotates under the effect of external force, thus drives the 3rd support arm 254 to move along the second screw rod.3rd actuating device includes the 3rd screw rod 255.3rd screw rod 255 is rotatably arranged on the 3rd support arm 254, and vertically (i.e. z direction shown in Fig. 6) extends.Mounting seat 256 be set on the 3rd screw rod 255 and with the 3rd screw rod 255 threaded engagement.3rd screw rod 255 rotates under the effect of external force, drives mounting seat 256 to move along the 3rd screw rod 255.First soldering tip 204 is arranged in mounting seat 256.
Welding box body device also includes that vertically or horizontal direction moves and provides the first guider guided for the first soldering tip 204 at least one.First guider includes that in the horizontal direction or vertical direction extends at least one slide rail.Preferred version as shown in the figure, the quantity of the first guider is three, respectively first point guider, second point of guider and the 3rd point of guider.As shown in Figures 6 to 9, first point of guider includes two the first slide rails 261.Two the first slide rails 261 are arranged on the first support arm 214, and lay respectively at the both sides of the first screw rod 251, parallel with the first screw rod 251.The two ends of the second support arm 252 are separately positioned on two the first slide rails 261, and can arrange movably along the first slide rail 261.The two ends of the second support arm 252 are separately positioned on two the first slide rails 261, limit the second support arm 252 by the first slide rail 261 to rotate during moving along the first screw rod 251, improve the stability of the first actuating device, it is to avoid the first soldering tip 204 shakes during moving along the first horizontal direction.
As shown in Figure 8, second point of guider includes four the second slide rails 262.Four the second slide rails 262 lay respectively at the surrounding of the second screw rod 253, parallel with the second screw rod 253.Four drift angles of the 3rd support arm 254 are run through by four the second slide rails 262 respectively, and the 3rd support arm 254 can move along the second slide rail 262.Four drift angles of the 3rd support arm 254 are run through by four the second slide rails 262 respectively, limit the 3rd support arm 254 by the second slide rail 262 to rotate during moving along the second screw rod 253, improve the stability of the second actuating device, it is to avoid the first soldering tip 204 shakes during moving along the second horizontal direction.
3rd point of guider includes two the 3rd slide rails 263.Two the 3rd slide rails 263 are arranged on the 3rd support arm 254, and lay respectively at the both sides of the 3rd screw rod 255, parallel with the 3rd screw rod 255.The two ends of mounting seat 256 are separately positioned on two the 3rd slide rails 263.Mounting seat 256 can move along the 3rd slide rail 263.The two ends of mounting seat 256 are separately positioned on two the 3rd slide rails 263, limit mounting seat 256 by the 3rd slide rail 263 to rotate during moving along the 3rd screw rod 255, improve the stability of the 3rd actuating device, it is to avoid the first soldering tip 204 shakes during vertically moving.
As shown in Figures 9 and 10, support platform and include two inclined-planes, the respectively first inclined-plane 223 and the second inclined-plane 224.First inclined-plane 223 and the second inclined-plane 224 form rib 25 after intersecting.First soldering tip 204 is oppositely arranged with rib 25.
Being additionally provided with two second cross beams 207 in frame 201, one end of second cross beam 207 is arranged in frame 201, and the other end extends to supporting platform side.Being equipped with first pressing plate 208 on each second cross beam 207, the first pressing plate 208 can move on second cross beam 207.After first pressing plate 208 in left side moves to the right, near the first inclined-plane 223, for one of them sidewall of casing 01 is pressed against the first inclined-plane 223.First pressing plate 208 in left side, after upper left side is moved, away from the first inclined-plane 223, releases the pressing of the sidewall to casing 01.After first pressing plate 208 on right side is mobile below to the left, near the second inclined-plane 224, for another sidewall of casing 01 is pressed against the second inclined-plane 224.First pressing plate 208 on right side, after upper right side is moved, away from the second inclined-plane 224, releases the pressing of the sidewall to casing 01.
Second cross beam 207 is provided with cavity volume 271, is provided with the second driving means in cavity volume 271, and the second driving means is the second hydraulic cylinder 233.The piston rod 2331 of the second hydraulic cylinder 233 is connected with the first pressing plate 208.The piston rod 2331 of the second hydraulic cylinder 233 in the second cross beam 207 of left side stretches out to the right, and on the left of driving, the first pressing plate 208 moves close to support the first inclined-plane 223 of platform to the right.The piston rod 2531 of the second hydraulic cylinder 233 in the second cross beam 207 of left side shrinks to upper left side, and on the left of driving, the first pressing plate 208 moves away from the first inclined-plane 223 supporting platform to upper left side.The piston rod 2331 of the second hydraulic cylinder 233 in the second cross beam 207 of right side lower section to the left is stretched out, and on the right side of driving, the first pressing plate 208 lower section to the left moves close to support the second inclined-plane 224 of platform.The piston rod 2331 of the second hydraulic cylinder 233 in the second cross beam 207 of right side shrinks to upper right side, and on the right side of driving, the first pressing plate 208 moves away from the second inclined-plane 224 supporting platform to upper right side.
Two the first pressing plate 208 intervals are arranged.Through the gap 281 two the first pressing plates 208 after first soldering tip 204 decline, near the rib 25 supported on platform, weld supporting the casing 01 supported on platform.
Gutter funnel casing welder also includes connecting rod 209.Connecting rod 209 is U-shaped, and two ends removably connect with two second cross beams 207 respectively.Connected mode uses conventional means, as screw connects.Connecting rod 209 can limit relative movement between two second cross beams 207, it is to avoid second cross beam produces during gutter funnel casing welder uses and rocks, and improves the stability of second cross beam.
The using method of the gutter funnel casing welder that this utility model provides is as follows:
A, External Force Acting are in the 3rd screw rod 255, the 3rd screw rod 255 is made to rotate, drive mounting seat 256 to rise along the 3rd screw rod 255, thus drive the first soldering tip 204 to rise away from supporting platform, make to leave enough spaces between the first soldering tip 204 and the rib 25 supporting platform and house casing 01 to be welded.
B, start the second hydraulic cylinder 233, drive the first pressing plate 208 to rise away from supporting the inclined-plane of platform, make to leave enough spaces between the first pressing plate 208 and the inclined-plane supporting platform and house casing 01 to be welded.
C, as shown in figure 13, is placed on being folded, by the first steel plate 03, the structure formed on the first support platform 221, makes the first wall 012 ride against on the second inclined-plane 224 of the first support platform 221, and aligns with the first rib 25 supported on platform 221 in the upper end of the first wall 012.The lower end of the first wall 012 is resisted against on support column 213.
D, start the second hydraulic cylinder 233, drive and the first pressing plate 208 that the second inclined-plane 224 is oppositely arranged moves to the second inclined-plane 224, and the first wall 012 is pressed against on the second inclined-plane 224 of the first support platform 221 the most at last.
E, as shown in figure 14, second steel plate 04 is ridden against on the first inclined-plane 223 of the first support platform 221, aliging with the first rib 25 supporting platform 221 in the upper end of the second steel plate 04, the i.e. second steel plate 04 docks with the upper end of the first wall 012, and abutment joint 051 aligns with the first rib supporting platform 221.
F, start the second hydraulic cylinder 233, drive and the first pressing plate 208 that the first inclined-plane 223 is oppositely arranged moves to the first inclined-plane 223, and the second steel plate 04 is pressed against on the first inclined-plane 223 of the first support platform 221 the most at last.
G, External Force Acting the 3rd screw rod 255 make the 3rd screw rod 255 rotate, and drive the first soldering tip 204 to decline, and the abutment joint 051 through the space 281 two the first pressing plates 208 with the second steel plate 04 and the first wall 012 contacts.Make the second screw rod 253 rotate also by External Force Acting the second screw rod 253, drive the first soldering tip 204 to move along the second horizontal direction, make the first soldering tip 204 carry out accurate contraposition with abutment joint 051, improve welding precision.
H, startup electric rotating machine 232, drive the first screw rod 251 to rotate, thus drive the first soldering tip 204 to move along the first horizontal direction, weld with the abutment joint 051 to the second steel plate 04 and the first wall 012.
I, after abutment joint 051 has welded, rotate the 3rd screw rod 255, drive the first soldering tip 204 to rise away from abutment joint 051.Start the second hydraulic cylinder 233, release the first pressing plate 208 to the second steel plate 04 and pressing of the first wall 012.
J, start the first hydraulic cylinder 231, the second support platform 222 is driven to rise or fall, make the second support platform 222 higher or lower than the first support platform 221, the setting even if the second support platform 222 and the first support platform 221 in the vertical direction stagger, it is to avoid during being set on the second support platform 222 by casing 01 to be welded, first support platform 221 produces stop.The first steel plate 03 that abutment joint 051 welds is completed on platform 221 and the second steel plate 04 takes off by supporting first, and be set in as shown in figure 14 on the second support platform 222, the 3rd wall 0216 is made to ride against on the second inclined-plane 224 of the second support platform 222, second steel plate 04 rides against on the first inclined-plane 223 of the second support platform 222, and the abutment joint 0253 of the second steel plate 04 and the 3rd wall 0216 aligns with the second rib 25 supporting platform 222.Repeat step c-h, by the first pressing plate 208, the 3rd wall 0216 is pressed against on the second inclined-plane 224 of the second support platform 222, by the first pressing plate 208, second steel plate 04 is pressed against on the first inclined-plane 223 of the second support platform 222, and control the first soldering tip 204 and move relative to abutment joint 0253, complete the welding to abutment joint 0253.
K, complete the first steel plate 03 that abutment joint 0253 welds on platform 222 and the second steel plate 04 takes off by supporting second, and be set in as shown in figure 15 on the second support platform 222, the second wall 015 is made to ride against on the first inclined-plane 223 of the second support platform 222, second steel plate 04 rides against on the second inclined-plane 224 of the second support platform 222, and the abutment joint 0252 of the second steel plate 04 and the second wall 015 aligns with the second rib 25 supporting platform 222.Repeat step c-h, by the first pressing plate 208, second wall 015 is pressed against on the first inclined-plane 223 of the second support platform 222, by the first pressing plate 208, second steel plate 04 is pressed against on the second inclined-plane 224 of the second support platform 222, and control the first soldering tip 204 and move relative to abutment joint 0252, complete the welding to abutment joint 0252.And complete the welding between the second steel plate 04 and the first steel plate 03 so far,.Welding with reference to the welding between the second steel plate 04 and the first steel plate 03 between the 3rd steel plate 05 with the first steel plate 03.
The direction, upper and lower, left and right that this utility model is used when welding box body device is described all with Figure 10 as reference, the relative concept used for clearly demonstrating this utility model.
As shown in figs. 16-20, short tube welder 300 includes the second support 301 and support bar 302.Support bar 302 one end is arranged on the second support 301, and the other end extends to the side of the second support 301 in the horizontal direction.Preferred version as shown in the figure, support bar 302 is cylindrical, and cylindrical central axis is horizontally disposed with.The face of cylinder 321 of support bar 302 is for supporting the short tube 02 of gutter funnel.
Short tube welder 300 also includes that the second soldering tip 303, the second soldering tip 303 are arranged on the top of support bar 302, is oppositely arranged with the face of cylinder 321 of support bar 302.Second soldering tip 303 can move by relative support bar 302.Second soldering tip 303 is for welding the short tube 02 on support bar 302.
Second support 301 is provided with the 4th support arm 341.4th support arm 341 is provided with four-drive device and the 4th actuating device, and four-drive device and the second soldering tip 303 are in transmission connection by the 4th actuating device, and the second soldering tip 303 moves horizontally under the driving of four-drive device on support arm 41.Four-drive device is the 4th electric rotating machine 51.4th actuating device includes the 4th screw rod 361.4th screw rod 361 is horizontally set on the 4th support arm 341, and is connected with the power output shaft (not shown) of the 4th electric rotating machine 51, being rotated by of the 4th electric rotating machine 51.Four-slider 362 be set on the 4th screw rod 361 and with the 4th screw rod 361 threaded engagement.Second soldering tip 303 is connected with Four-slider 362.4th screw rod 361 drives being rotated by of motor 51 first, drives Four-slider 362 to move horizontally along the 4th screw rod 361, thus drives the second soldering tip 303 to move horizontally.
It is additionally provided with on 4th support arm 341 to move horizontally for the second soldering tip 303 and the second guider guided is provided.Second guider includes at least one the 4th slide rail 371.4th slide rail 371 is horizontally set on the 4th support arm 341, and Four-slider 362 is arranged on the 4th slide rail 371, and can arrange with moving horizontally along the 4th slide rail 371.Method for optimizing as shown in the figure, the 4th support arm 341 is provided with two the 4th slide rails 371, and two the 4th slide rails 371 are separately positioned on the both sides of the 4th screw rod 361.The two ends of Four-slider 362 are separately positioned on two the 4th slide rails 371, move along the 4th slide rail 371.Set up the second guider, the two ends making Four-slider 362 are separately positioned on two the 4th slide rails 371, can limit during Four-slider 362 moves horizontally along the 4th screw rod 361 and rotate, improve the stability of the 4th actuating device, it is to avoid the second soldering tip 303 shakes during moving horizontally.
5th support arm 342 is installed on Four-slider 362.5th support arm 342 one end is arranged on Four-slider 362, and the other end extends to the side of Four-slider 362.Being provided with the 5th driving means on 5th support arm 342, the 5th driving means is cylinder 352.The piston rod (not shown) of cylinder 352 can vertically be stretched.Second soldering tip 303 is arranged on the piston rod of cylinder 352.Second soldering tip 303 is connected with the 4th support arm 362 by cylinder 352 and the 5th support arm 342.The piston rod of cylinder 352 extends downwardly from, and drives the second soldering tip 303 to decline and near the face of cylinder 321 of support bar 302.The piston rod of cylinder 352 upwards shrinks, and drives the second soldering tip 303 to rise and away from the face of cylinder 321 of support bar 302.
Being additionally provided with two the 3rd crossbeams 308 on second support 301, one end of the 3rd crossbeam 308 is arranged on the second support 301, and the other end extends to support bar 302 side.Being equipped with second pressing plate 309 on each 3rd crossbeam 308, the second pressing plate 309 is liftably arranged on the 3rd crossbeam 308.After second pressing plate 309 declines and near the face of cylinder 321 of support bar 302, for short tube 02 is pressed against the face of cylinder 321.Away from the face of cylinder 321 of support bar 302 after second pressing plate 309 rising, release the pressing to short tube 02.As shown in Figure 8, the 3rd crossbeam 308 is provided with cavity volume 381, is provided with the 6th driving means in cavity volume 381, and the 6th driving means is hydraulic cylinder 353.The piston rod 531 of hydraulic cylinder 353 is vertically arranged, and is connected with the second pressing plate 309.The piston rod 531 of hydraulic cylinder 353 extends downwardly from, and drives the second pressing plate 309 to decline the face of cylinder 321 near support bar 302.The piston rod 531 of hydraulic stem 53 upwards shrinks, and drives the second pressing plate 309 to rise away from the face of cylinder 321 of support bar 302.
Two the second pressing plate 309 intervals are arranged.Second soldering tip 303 contacts through the gap 91 two the second pressing plates 309 with the short tube 02 supported on the face of cylinder 321 to support bar 302 after declining.Abutment joint 03 in main body 02 is welded.
Short tube welder 300 also includes hanging frame 310.The end of two the 3rd crossbeams 308 is provided with rotating shaft 382, hangs frame 310 and is installed in rotation in described rotating shaft 382.Hang frame 310 and 382 be clockwise to state shown in Figure 16 around the shaft, hang frame 310 and hook the right-hand end 322 of support bar 302, the right-hand end 322 of support bar 302 is formed support, it is to avoid the right-hand end 322 of support bar 302 is bent downwardly deformation.Hang frame 310 382 to rotate counterclockwise to state shown in Figure 20 around the shaft, hang frame 310 to separate with the right-hand end 322 of support bar 302, release and hang the frame 310 support to support bar 302, i.e. avoiding hanging frame 310 and form stop on the right side of support bar 302, the short tube 02 facilitating short tube 02 to be welded to be placed on support bar 302 and welded takes off from support bar 302.
The using method of the short tube welder that this utility model provides is as follows:
Start cylinder 352, drive the second soldering tip 303 to rise away from the face of cylinder 321 of support bar 302, make between the second soldering tip 303 and the face of cylinder 321 of support bar 302, to leave enough spaces and house short tube 02 to be welded.
Start hydraulic cylinder 353, drive the second pressing plate 309 to rise away from the face of cylinder 321 of support bar 302, make between the second pressing plate 309 and the face of cylinder 321 of support bar 302, to leave enough spaces and house short tube 02 to be welded.
As shown in figure 20, rotate counterclockwise extension frame 310, make extension frame 310 be maintained at level, i.e. hang frame 310 and separate with the right-hand end of support bar 302, it is to avoid hang frame 310 and form stop on the right side of support bar 302.Being set in support bar 302 from the right-hand member of support bar 302 by short tube 02 to be welded, the abutment joint 04 on short tube 02 is put towards the second soldering tip 304.
As described in Figure 17, rotate clockwise extension frame 310, extension frame 310 is made to be maintained at vertical state, the right-hand end 322 of support bar 302 runs through extension frame 310, lower end rides against on the lower frame 3101 hanging frame 310, by hanging the lower frame 3101 of frame 310, the right-hand end of support bar 302 is formed support, it is to avoid the right-hand end of support bar 302 is bent downwardly deformation.
Start hydraulic cylinder 353, the second pressing plate 309 is driven to decline the face of cylinder 321 near support bar 302, by one of them second pressing plate 309, the part of short tube 02 abutment joint 04 side is pressed against on the face of cylinder 321, by another second pressing plate 309, the part of short tube 02 abutment joint 04 opposite side is pressed against on the face of cylinder 321, prevents short tube 02 relative support bar 302 from moving or depart from from support bar 302.
Start cylinder 352, drive the second soldering tip 303 to decline, contact with abutment joint 04 through the space two the second pressing plates 309.Start the 4th electric rotating machine 51, drive the second soldering tip 303 to move in the horizontal direction, so that the abutment joint 04 on short tube 02 is welded.In welding process, the lower frame 3101 hanging frame 310 forms support to the right-hand end 322 of support bar 302, it is to avoid the right-hand end of gripper shoe 2 is bent downwardly deformation, it is ensured that the second soldering tip 303 contacts with the abutment joint 04 of short tube 02 all the time, it is ensured that welding quality.After abutment joint 04 has welded, start cylinder 352, drive the second soldering tip 303 to rise away from short tube 02.
As shown in figure 20, rotate counterclockwise extension frame 310, make extension frame 310 be maintained at level, i.e. hang frame 310 and separate with the right-hand end of support bar 302, it is to avoid hang frame 310 and form stop on the right side of support bar 302.The short tube 02 welded along support bar 302 axially to the right after take off from support bar 302, complete the welding to short tube 02.
The upper and lower, left and right that use when short tube welder is illustrated by this utility model, vertically, level, clockwise, counterclockwise all with Figure 17 as reference, the relative concept used for clearly demonstrating this utility model.
As shown in Figure 21-27, casing and short tube welder 100 include base 101 and support seat 102.Supporting seat 102 to be arranged on base 101, the upper surface 121 supporting seat 102 is horizontally disposed with.Support seat 102 to rotate around vertical axis Z.As shown in figure 22, base 101 is provided with receiving chamber 111, is equipped with the 6th driving means in accommodating chamber 111, and the 6th driving means is electric rotating machine 131.The power output shaft 1311 of electric rotating machine 131 stretches out receiving chamber 111 and is connected with supporting seat 102, drives and supports seat 102 around vertical axis Z rotation.
Being additionally provided with the 3rd support 104, the 3rd support 104 is positioned at the side supporting seat 102, protrudes base 101.3rd support 104 is provided with the 3rd soldering tip 105, and the 3rd soldering tip 105 is for welding the gutter funnel supported on support seat 102.3rd soldering tip 105 is movably disposed on the 3rd support 104.3rd soldering tip 105 liftable also can be movably arranged on the 3rd support 104 by horizontal reciprocating.
3rd support 104 is provided with the 3rd guider, and the 3rd guider includes at least one the 5th slide rail 161.Preferred version as depicted, the 3rd guider includes the 5th slide rail 161.5th slide rail 161 is obliquely installed, and the i.e. the 5th slide rail 161 is below or above the 5th slide rail 161 away from the one end supporting seat 102 near the one end supporting seat 102.Preferred version as shown in figure 22, the 5th slide rail 161 is less than the 5th slide rail 161 away from the one end supporting seat 102 near the one end supporting seat 102.5th slide block 162 is arranged on the 5th slide rail 161, and can move along the 5th slide rail 161 under the effect of external force, closer or far from supporting seat 102.5th slide block 162 declines along the 5th slide rail 161 height during supporting seat 102, and the 5th slide block 162 rises along the 5th slide rail 161 away from height during supporting seat 102.3rd soldering tip 105 is connected with the 5th slide block 162.Being also equipped with the 8th driving means on 3rd support 104, the 8th driving means is cylinder 132.The piston rod 1321 of cylinder 132 is connected with the 5th slide block 162.Piston rod 1321 rear drive the 5th slide block 162 that stretches moves along the 5th slide rail 161.
5th slide block 162 is provided with the first gripper shoe 1621.First gripper shoe 1621 is provided with the 4th guider, and the 4th guider includes at least one the 6th slide rail 163.6th slide rail 163 is vertically or horizontally arranged in the first gripper shoe 1621, and the 6th slide block 164 is arranged on the 6th slide rail 163.6th slide block 164 does lifting moving along the 6th slide rail 163 or moves horizontally under the effect of external force.Preferred version as shown in the figure, the quantity of the 6th slide rail 163 is two, and the quantity of the 6th slide block 164 is one.6th slide rail 163 is horizontally set in the first gripper shoe 1621, and two the 6th slide rail 163 intervals are arranged.The two ends of the 6th slide block 164 are separately positioned on two the 6th slide rails 163.6th slide block 164 moves horizontally along the 6th slide rail 163 under the effect of external force.3rd soldering tip 105 is connected with the 6th slide block 164.
First gripper shoe 1621 is provided with the 5th actuating device, and the 5th actuating device, for external force is transferred to the 6th slide block 164, makes the 6th slide block 164 move horizontally along the 6th slide rail 163.5th actuating device includes the 5th screw rod 171.5th screw rod 171 is rotatably arranged in the first gripper shoe 1621.5th screw rod 171 is between two the 6th slide rails 163 and parallel with the 6th slide rail 163.6th slide block 164 be set on the 5th screw rod 171 and with the 5th screw rod 171 threaded engagement.Under the effect of external force, the 5th screw rod 171 rotates, and drives the 6th slide block 164 to move horizontally along the 5th screw rod 171.
6th slide block 164 is provided with the second gripper shoe 1641.Second gripper shoe 1641 is provided with the 5th guider, and the 5th guider includes at least one the 7th slide rail 165.7th slide rail 165 is vertically arranged in the second gripper shoe 1641, is mutually perpendicular to the 6th slide rail 163.7th slide block 166 is arranged on the 7th slide rail 165, the 7th slide block 166 under the effect of external force along the 3rd slide rail 166 lifting moving.Preferred version as shown in the figure, the quantity of the 7th slide rail 165 is four, and the quantity of the 7th slide block 166 is one.Four the 7th slide rail 165 intervals are arranged, and extend through four drift angles of the 7th slide block 166.3rd soldering tip 105 is removably mounted on the 7th slide block 166 by the 3rd gripper shoe 151.
Second gripper shoe 1641 is provided with the 6th actuating device, and the 6th actuating device, for external force is transferred to the 7th slide block 166, makes the 7th slide block 166 move along the 7th slide rail 165.6th actuating device includes the 6th screw rod 173.6th screw rod 173 is rotatably arranged in the second gripper shoe 1641.6th screw rod 173 is between four the 3rd slide rails 166 and parallel with the 3rd slide rail 166.7th slide block 166 be set on the 6th screw rod 173 and with the 6th screw rod 173 threaded engagement.Under external force, the 6th screw rod 173 rotates, and drives the 7th slide block 166 along the 7th slide rail 165 lifting moving.
The second support 108 it is additionally provided with on base 101.Second support 108 is positioned at the side supporting seat 102, and protrudes base 101.Second support 108 is provided with the 7th screw rod 175, and the 7th screw rod 175 is vertically arranged, with the female thread (not shown) threaded engagement on the second support 108.After 7th screw rod 175 rotates, rise or fall.The lower end of the 7th screw rod 175 is provided with the 3rd pressing plate 109.3rd pressing plate 109 is positioned at the top supporting seat 102, is oppositely arranged with the upper surface 121 supporting seat 102.3rd pressing plate 109 can be arranged rotationally around vertical axis Z.Preferred version as shown in the figure, the 3rd pressing plate 109 is provided with rotating shaft 191, and the lower end of the 3rd screw rod 108 is provided with bearing 181, and rotating shaft 191 is arranged in bearing 181 pluggablely, makes the 3rd pressing plate 109 can rotate around vertical axis Z.
The using method of gutter funnel welder of the present utility model is as follows:
As shown in figure 26, it is provided that a casing 01.The area of the second opening 014 on casing 01 is less than the area of the upper surface 121 supporting seat 102.Being buckled in by casing 01 on support seat 102, make the wall 012 of casing 01 ride against on the upper surface 121 supporting seat 102, the second opening 014 falls in supporting the region of upper surface 121 of seat 102, thus realizes supporting the seat 102 support to casing 01.
As shown in figure 27, it is provided that a short tube 02, short tube 02 is placed on the wall 012 of casing 01, makes short tube 02 cover the first opening 013.The area of the horizontal cross-section of short tube 02 is less than the area of the upper surface 121 supporting seat 102, so that short tube 02 falls in supporting the region of upper surface 121 of seat 102, thus realizes supporting the seat 102 support to short tube 02.
Rotate the 7th screw rod 175, drive the 3rd pressing plate 109 to decline.3rd pressing plate 109 drops to push down the upper end of short tube 02, is closely pressed against on casing 01 by short tube 02.Start cylinder 132, the 5th slide block 162 is driven to move along the 5th slide rail 161, make the 5th close seat 102 that supports of slide block 162, thus drive the 3rd soldering tip 105 near supporting seat 102, make the 3rd soldering tip 105 contact (as shown in figure 27) with the junction 03 of short tube 02 and casing 01.External force is applied also by the 5th screw rod 171 or the 6th screw rod 173, the 5th screw rod 171 or the 6th screw rod 173 is made to rotate, the 6th slide block 164 is driven to move horizontally or drive the 7th slide block 166 lifting moving, further the position of the 3rd soldering tip 105 is adjusted, improve the positional precision of the 3rd soldering tip 105, make the 3rd soldering tip 105 contact with the junction 03 of short tube 02 and casing 01 exactly, improve welding quality.
Start electric rotating machine 131, drive support seat 102 to rotate around vertical axis Z, drive casing 01 and short tube 02 to rotate.3rd pressing plate 109 can rotate around the most axially Z, it is ensured that while support seat 102 drives casing 01 to rotate, short tube 02 keeps synchronous axial system.After support seat 102 drives casing 01 and short tube 02 to rotate a circle, the 3rd soldering tip 01 i.e. completes, to short tube 02 and the welding of whole junctions 03 of casing 01, to make gutter funnel.
After completing the welding to short tube 02 and whole junctions 03 of casing 01, stop the rotation motor 131, makes support seat 102 stop operating.Start cylinder 132, drive the 5th slide block 162 move along the 5th slide rail 161, make the 5th slide block 162 away from support seat 102, thus drive the 3rd soldering tip 105 away from support seat 102.Make to leave enough spaces between the 3rd soldering tip 105 and support seat 102, it is simple to gutter funnel takes off from support seat 102.Rotate the 7th screw rod 175, drive the 3rd pressing plate 109 to rise, make to leave enough spaces between the 3rd pressing plate 109 and the upper surface 121 supporting seat 102, it is simple to gutter funnel takes off from support seat 102.
Upper and lower, vertical, the level that this utility model is used when illustrating casing with short tube welder, all with Figure 22 as reference, the relative concept used for clearly demonstrating this utility model.
Embodiment in this utility model is only used for illustrating this utility model, is not intended that the restriction to right, those skilled in that art it is contemplated that other replacements being substantially equal to, all in this utility model protection domain.
Claims (20)
1. gutter funnel welder, it is characterised in that include welding box body device, short tube welder and casing and short tube welder；
Described welding box body device includes:
Frame；
First soldering tip；Described first soldering tip is arranged on the top supporting seat；Described first soldering tip liftable also can be movably arranged in described frame by horizontal reciprocating；
At least one first driving means and the first actuating device；Described first driving means is arranged movably by the first soldering tip horizontal reciprocating described in described first actuator drives；
At least one supports platform；Described support platform is arranged on below described first soldering tip, and described support platform is provided with the first inclined-plane and the second inclined-plane；Described first inclined-plane intersects with described second inclined-plane；
Two the first pressing plates, said two the first pressing plate is movably disposed in described frame, and one of them described first pressing plate can be arranged close and far from described first inclined-plane, and another first pressing plate can be arranged close and far from described second inclined-plane；
Described frame is provided with two second cross beams；Two described first pressing plates are separately positioned on two described crossbeams；Each described second cross beam is provided with the second driving means, and described second driving means drives described first pressing plate to arrange movably；
3rd driving means, described 3rd driving means drives described support platform to arrange up and down；
Described short tube welder includes:
Second support；
Support bar；Described support bar one end is arranged on described second support, and the other end extends to the side of described second support in the horizontal direction；
Second soldering tip；Described second soldering tip is arranged on the top of described support bar, and can move relative to described support bar；
Two the second pressing plates it are additionally provided with on described second support；Said two the second pressing plate is positioned at the top of described support bar, and can arrange closer or far from described support bar；Two described second pressing plate intervals are arranged；Described second soldering tip may pass through the gap between two described second pressing plates near described support bar；
Four-drive device and the 4th actuating device；Described four-drive device is arranged by the second soldering tip level described in described 4th actuator drives or lifting moving ground；
5th driving means；Described 5th driving means drives described second horn lift ground to arrange；
Described casing includes with short tube welder:
Supporting seat, described support seat is arranged on base；The upper surface of described support seat is horizontally disposed with；Described support seat can rotate around vertical axis；
6th driving means；Described 6th driving means drives described support seat to arrange rotationally；
3rd pressing plate, described 3rd pressing plate is arranged on above described support seat, can arrange close and far from described support seat；
3rd soldering tip；Described 3rd soldering tip is arranged on the side of described support seat, and liftable can horizontal direction reciprocatingly arranging；
3rd support；Described 3rd support is positioned at the side of described support seat；Described 3rd soldering tip is movably disposed on described 3rd support.
Gutter funnel welder the most according to claim 1, it is characterised in that described first actuating device includes the first screw rod；Described first screw rod is rotatably arranged on the first support arm in described frame, and extends along the first horizontal direction；Second support arm coordinates with described first screw flight；Described first driving means drives described first screw rod to arrange rotatably；Described first soldering tip is connected with described second support arm.
Gutter funnel welder the most according to claim 2, it is characterised in that described welding box body device also includes the second actuating device and the 3rd actuating device；Described second actuating device includes the second screw rod；Described second screw rod is rotatably arranged on described second support arm, and extends along the second horizontal direction；Described first horizontal direction and described second horizontal direction are mutually perpendicular to；3rd support arm coordinates with described second screw flight；Described 3rd actuating device includes the 3rd screw rod；Described 3rd screw rod is rotatably arranged on described 3rd support arm, and vertically extends；Mounting seat coordinates with described 3rd screw flight；Described first soldering tip is arranged in described mounting seat.
Gutter funnel welder the most according to claim 1, it is characterised in that described welding box body device also includes that vertically or horizontal direction moves and provides the first guider guided for described first soldering tip at least one；Described first guider includes at least one first slide rail and at least one first slide block；Described first slide rail is vertically or horizontally arranged；Described first slide block is arranged on described first slide rail, moves along described first slide rail；Described first soldering tip is connected with described first slide block.
Gutter funnel welder the most according to claim 1, it is characterised in that described first inclined-plane forms rib after intersecting with described second inclined-plane；Described first soldering tip is oppositely arranged with described rib；Two the first pressing plate intervals are arranged, and described first soldering tip is arranged between said two the first pressing plate.
Gutter funnel welder the most according to claim 1, it is characterised in that described welding box body device also includes connecting rod；The two ends of described connecting rod removably connect with two described second cross beams respectively.
Gutter funnel welder the most according to claim 1, it is characterised in that also include that support means, described support means are arranged on described support platform side, for supporting one end of square box.
Gutter funnel welder the most according to claim 1, it is characterised in that described second support is provided with the 4th support arm；Described 4th actuating device includes the 4th screw rod；Described 4th screw rod level or be vertically arranged on described 4th support arm, and can being rotated by described four-drive device；Four-slider is set on described 4th screw rod and coordinates with described 4th screw flight；Described second soldering tip is connected with described Four-slider；Described 4th screw rod drives described Four-slider to move along described 4th screw rod when rotating.
Gutter funnel welder the most according to claim 8, it is characterised in that described short tube welder also includes moving for described second soldering tip providing the second guider guided；Described second guider includes at least one second slide rail；Described second slide rail is arranged on described 4th support arm, and parallel with described 4th screw rod；Described second slide block is arranged on described second slide rail and can arrange movably along described second slide rail.
Gutter funnel welder the most according to claim 1, it is characterised in that described second support is provided with two the 3rd crossbeams；Two described second pressing plates are separately positioned on two described 3rd crossbeams.
11. gutter funnel welders according to claim 10, it is characterised in that each described 3rd crossbeam is provided with the 7th driving means, described 7th driving means drives described second pressing plate to arrange close and far from support bar.
12. gutter funnel welders according to claim 10, it is characterised in that described short tube welder also includes hanging frame；Described extension frame is rotatably arranged on described crossbeam, and arranges with described second spacer support frame；Described extension frame can tangle described support bar end after rotating, and releases the hook to described support bar after rotating backward.
13. gutter funnel welders according to claim 1, it is characterised in that described 3rd support is provided with the 3rd guider；Described 3rd guider includes at least one the 5th slide rail and at least one the 5th slide block, and described 5th slide rail is below or above described 5th slide rail one end away from described support seat near one end of described support seat；Described 5th slide block is arranged on described 5th slide rail, and can be along described 5th slide rail closer or far from described support seat；Described 5th slide block rises or falls during described support seat along described 5th slide rail；Described 3rd soldering tip is connected with described 5th slide block.
14. gutter funnel welders according to claim 13, it is characterised in that described casing and short tube welder also include the 8th driving means；Described 8th driving means is connected with described 5th slide block, drives described 5th slide block to move along described 5th slide rail.
15. gutter funnel welders according to claim 13, it is characterised in that described 5th slide block is provided with the 4th guider；Described 4th guider includes at least one the 6th slide rail and at least one the 6th slide block；Described 6th slide rail is vertically or horizontally arranged on described 5th slide block；Described 6th slide block is arranged on described 6th slide rail；Described 6th slide block does lifting moving along described 6th slide rail or moves horizontally under the effect of external force；Described 3rd soldering tip is connected with described 6th slide block.
16. gutter funnel welders according to claim 15, it is characterised in that described casing and short tube welder also include the 5th actuating device；Described 5th actuating device, for external force is transferred to described 6th slide block, makes described 6th slide block move along described 6th slide rail；Described 5th actuating device includes the 5th screw rod；Described 5th screw rod is rotatably arranged on described 5th slide block, and parallel with described 6th slide rail；Described 6th slide block coordinates with described 5th screw flight；Described 5th screw rod drives described 6th slide block along described 5th screw rod lifting moving or to move horizontally when rotating.
17. gutter funnel welders according to claim 16, it is characterised in that described 6th slide block is provided with the 5th guider；Described 5th guider includes at least one the 7th slide rail；Described 7th slide rail is arranged on described 6th slide block, is mutually perpendicular to described 6th slide rail；7th slide block is arranged on described 7th slide rail；Described 7th slide block moves along described 7th slide rail under the effect of external force；Described 3rd soldering tip is arranged on described 7th slide block.
18. gutter funnel welders according to claim 17, it is characterised in that described casing and short tube welder also include the 6th actuating device；Described 6th actuating device, for external force is transferred to described 7th slide block, makes described 7th slide block move along described 7th slide rail；Described 6th actuating device includes the 6th screw rod；Described 6th screw rod is rotatably arranged on described 6th slide block, and parallel with described 7th slide rail；Described 7th slide block coordinates with described 6th screw flight；Described 6th screw rod drives described 7th slide block to move along described 6th screw rod when rotating.
19. gutter funnel welders according to claim 1, it is characterised in that described casing and short tube welder also include the 4th support；Described 4th support is provided with the 7th screw rod；Described 7th screw rod is vertically arranged, with the internal thread hole threaded engagement on described 4th support；Described 3rd pressing plate is connected with described 7th screw rod, and can be rotatably arranged on described 7th screw rod by relative 7th screw rod.
20. gutter funnel welders according to claim 1, it is characterised in that described casing and short tube welder also include that base, described base are arranged on described support seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620031777.9U CN205464919U (en) | 2016-01-13 | 2016-01-13 | Gutter funnel welding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620031777.9U CN205464919U (en) | 2016-01-13 | 2016-01-13 | Gutter funnel welding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205464919U true CN205464919U (en) | 2016-08-17 |
Family
ID=56667609
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620031777.9U Withdrawn - After Issue CN205464919U (en) | 2016-01-13 | 2016-01-13 | Gutter funnel welding device |
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| Country | Link |
|---|---|
| CN (1) | CN205464919U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105458578A (en) * | 2016-01-13 | 2016-04-06 | 美建建筑系统(中国)有限公司 | Gutter funnel welding device |
-
2016
- 2016-01-13 CN CN201620031777.9U patent/CN205464919U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105458578A (en) * | 2016-01-13 | 2016-04-06 | 美建建筑系统(中国)有限公司 | Gutter funnel welding device |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20160817 Effective date of abandoning: 20170908 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160817 Effective date of abandoning: 20170915 |