CN203817595U - Automatic welding wire transfer device - Google Patents
Automatic welding wire transfer device Download PDFInfo
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- CN203817595U CN203817595U CN201420078686.1U CN201420078686U CN203817595U CN 203817595 U CN203817595 U CN 203817595U CN 201420078686 U CN201420078686 U CN 201420078686U CN 203817595 U CN203817595 U CN 203817595U
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Abstract
The utility model discloses an automatic welding wire transfer device, which is characterized by comprising a frame (1), a cutting device (2), a welding wire conveying device (3) and a driving device, wherein the cutting device (2) is arranged on the frame (1); one end of the cutting device is a welding end (2a), and the other end of the cutting device is a wire feeding end (2b); the cutting device (2) is used for cutting a part of a welding wire to form a gap therein; the welding wire conveying device (3) is placed at a position, which corresponds to the wire feeding end (2b) of the cutting device (2), on the frame (1), and can move in a reciprocating way on the frame (1); the driving device is arranged on the frame (1), and is connected with the welding wire conveying device (3); the welding wire conveying device (3) is used for pulling the welding wire while clamping the welding wire and moving towards the cutting device (2) to drive the welding wire to enter the cutting device from the wire feeding end (2b); the welding wire extends out of the welding end (2a) after the gap is formed in the welding wire by means of cutting by the cutting device, in order to be welded.
Description
Technical field
The utility model relates to welding technology field, relate in particular to carbon brush brush holder and link or with the device that is used for automatically transferring welding wire of the high power welding such as carbon brush litzendraht wire.
Background technology
Welding wire is a kind of scaling powder, the brush holder of prior art and link or during with the welding such as carbon brush litzendraht wire, and welding wire is by manually adding, and needs first, by the silver-alloy brazing silk section of being cut into, then to get wet to place it in and to treat weldment weld, so that welding is used before welding.This manual welding wire addition manner inefficiency.In the application that applicant is 2013104787153 at application number, disclose a kind of welding wire automatic transfer arrangement, can realize the automatic handover of welding wire, still, fine for thick silver, while adopting this device to transfer, when silver-alloy brazing connects, cannot disconnect, welding cannot be proceeded.
Summary of the invention
The purpose of this utility model is exactly the problem existing in order to overcome above-mentioned prior art, and a kind of welding wire automatic transfer arrangement is provided, and can guarantee that welding wire disconnects when welding, realizes automatically and transferring simultaneously, thereby guarantee carrying out smoothly of welding.
For realizing above-mentioned purpose of the present utility model, provide following technical scheme:
A welding wire automatic transfer arrangement, comprising: frame; Cutoff device, is arranged in described frame, and its one end is welding ends, and the other end is wire inlet end, is used for excising a part for welding wire, makes formation breach on it; Welding wire conveying device, is placed in the wire inlet end of corresponding described cutoff device in described frame, can in described frame, move back and forth, to carry welding wire to described cutoff device continuously; Drive unit, is arranged in described frame, is connected, to drive welding wire conveying device to move back and forth in described frame with described welding wire conveying device; Wherein, welding wire conveying device, clamping welding wire and pull welding wire when described cutoff device moving, makes welding wire enter described cutoff device by described wire inlet end, through cutoff device blank, is stretched out after forming breach, so that welding on welding wire by described welding ends.
Preferably, cutoff device comprises: be arranged on the counterdie of described frame top, be provided with the pair of channels of arranging perpendicular to described welding wire on it; Be fixed on the patrix on counterdie, form the first resettlement groove that is used for settling welding wire between patrix and counterdie, described the first resettlement groove extends to described wire inlet end by described welding ends; Be arranged on a pair of shearing punch on described patrix, over against described the first resettlement groove, a pair of shearing punch is corresponding with described pair of channels; And be arranged on the blank driving mechanism being connected with described a pair of shearing punch on described patrix, be used for driving a pair of shearing punch action.
Preferably, be provided with the first through hole vertically extending on patrix, on the sidewall of the first through hole, be provided with projection, binder block is positioned in described the first through hole by described projection.
Preferably, in described the first through hole, be also mounted with drift fixed block; On described binder block, be provided with a pair of the second through hole vertically extending, the upper end of described a pair of shearing punch is fixed on drift fixed block, and insert respectively in described a pair of the second through hole lower end; Between described drift fixed block and described binder block, be mounted with spring.
Preferably, be provided with third through-hole on counterdie, third through-hole is corresponding with described binder block, is mounted with ejection block in third through-hole, between described ejection block and described frame top, is mounted with spring.
Preferably, blank driving mechanism comprises: the lever that one end and described drift fixed block are hinged, and its middle part is hinged by hinge and described patrix; The die-cut cylinder hinged with the described lever other end, the free end of its piston rod is hinged on described patrix.
Preferably, welding wire conveying device comprises: the second welding wire being placed in described frame is settled platform, is provided with for settling the second resettlement groove of welding wire on it, and described the second resettlement groove and described the first resettlement groove are located on the same line; Be arranged on described the second welding wire and settle the second welding wire clamping device on platform, be used for welding wire to be clamped in described the second resettlement groove; Be placed in described the second welding wire and settle the second driving clamping device being connected with described the second welding wire clamping device on platform, be used for driving described the second welding wire clamping device to clamp or unclamp described welding wire.
Preferably, the second welding wire clamping device is the second clamping plate that is placed in described the second resettlement groove top, along the second resettlement groove, extend, its middle part settles platform hinged with described the second welding wire, and its one end away from described wire inlet end is connected with described the second driving clamping device.
Preferably, described the second driving clamping device is the second cylinder, and described the second cylinder is vertically arranged on described one end of described the second clamping plate, and its piston rod is resisted against described the second welding wire and settles on platform; When described the second cylinder loads, drive described the second clamping plate to rotate, the second clamping plate is clamped in described welding wire in described the second resettlement groove near one end of described wire inlet end; When described the second cylinder unloading, drive described the second clamping plate to rotate, the second clamping plate unclamps near one end of described wire inlet end.
Preferably, drive unit is the 3rd cylinder, on its cylinder body, is provided with guide rail, and described the second welding wire arrangement platform is placed on described guide rail and with the piston rod of described the 3rd cylinder and is connected.
The beneficial effects of the utility model embody in the following areas:
The utility model adopts the part on cutoff device excision scolder, makes the both sides of scolder form breach, thereby guarantees that scolder disconnects in indentation, there when welding, to guarantee carrying out smoothly of welding; And adopting welding wire conveying device to coordinate with cutoff device, welding wire conveying device is carried scolder to cutoff device continuously, thereby when having realized self-feeding, guaranteed the disconnection of thick scolder when welding, reliable working performance, automaticity is high, and structural design is simple.
Accompanying drawing explanation
Fig. 1 is the partial sectional view of the utility model welding wire automatic transfer arrangement;
Fig. 2 is the partial enlarged drawing of cutoff device in Fig. 1;
Fig. 3 is the overall structure figure of the utility model welding wire automatic transfer arrangement;
Fig. 4 is the structure chart of welding wire of the present utility model after blank.
Description of reference numerals: 1-frame; 10-welding wire; 10a-termination; 10b-passage; 11-ejection block; 11a-spring; 2-cutoff device; 2a-welding ends; 2b-wire inlet end; 20-counterdie; 20a-passage; 20b-third through-hole; 21-the first resettlement groove; 22-patrix; 22a-the first through hole; 23-shearing punch; 24-projection; 25-binder block; 25a-the second through hole; 26-drift fixed block; 27-spring; 28-lever; The die-cut cylinder of 29-; 3-welding wire conveying device; 30-the second welding wire is settled platform; 30a-lower platform; 30b-upper cover plate; 30c, 30d-otic placode; 31-the second resettlement groove; 32-the second clamping plate; 33-the second cylinder; 33a-piston rod; 4-the 3rd cylinder; 4a-guide rail; 40-piston rod; 5-welding wire tensioning reversing arrangement; 50-top sheave; 51-lower sheave.
The specific embodiment
Fig. 1 is the partial sectional view of the utility model welding wire automatic transfer arrangement; Fig. 2 is the enlarged drawing of cutoff device in Fig. 1; Fig. 2 is the overall structure figure of the utility model welding wire automatic transfer arrangement; Fig. 4 is the structure chart of welding wire of the present utility model after blank; As shown in Figure 1, 2, welding wire automatic transfer arrangement of the present utility model comprises: frame 1; Cutoff device 2, is arranged in frame 1, and its one end is welding ends 2a, and the other end is wire inlet end 2b, is used for excising a part for welding wire, makes formation breach on it; Welding wire conveying device 3, is placed in the wire inlet end 2b of corresponding cutoff device 2 in frame, can in frame, move back and forth, to carry welding wires 10 to cutoff device 2 continuously; Drive unit, is arranged in frame 1, is connected, to drive welding wire conveying device 3 to move back and forth in frame 1 with welding wire conveying device 3; Wherein, welding wire conveying device 3, clamping welding wire and pull welding wire 10 when cutoff device 2 moving, makes welding wire enter cutoff device by wire inlet end 2b, through cutoff device blank, by welding ends 2a is stretched out after forming breach (as shown in Figure 4) on welding wire.Welding wire is when welding ends welds, and welding wire disconnects in indentation, there, thereby has guaranteed carrying out smoothly of welding.
Wherein, cutoff device 2 comprises: the counterdie 20 that is arranged on frame 1 top, on it, be provided with the passage 20a of a pair of vertical extension, pair of channels 20a arranges (in Fig. 1,2, only showing one of them passage 20a) perpendicular to welding wire, in frame 1, be also provided with and path 10 b, path 10 b is corresponding also with passage 20a, so that the waste material cutting can fall from passage 20a and path 10 b; Be fixed on the patrix 22 on counterdie 20, between patrix 22 and counterdie 20, form and be used for settling the first resettlement groove 21, the first resettlement grooves 21 of welding wire to extend to wire inlet end 2b by welding ends 2a, pair of channels 20a correspondence is positioned at the both sides of the first resettlement groove 21; Be arranged in a pair of shearing punch 23(Fig. 1,2 on patrix 22 and only show one of them shearing punch 23), over against the first resettlement groove 21, a pair of shearing punch 23 is corresponding with pair of channels 20a, so that during a pair of shearing punch 23 downward blank, the waste material cutting just enters pair of channels 20a, and through path 10, b falls; And be arranged on the blank driving mechanism being connected with a pair of shearing punch 23 on patrix 22, be used for driving a pair of shearing punch action.
Particularly, as shown in Figure 2, on patrix 22, be provided with the first through hole 22a vertically extending, on the sidewall of the first through hole 22a, be provided with projection 24, binder block 25 is placed in the first through hole 22a, and is supported in projection 24, thereby binder block 25 is positioned in the first through hole 22a.On binder block 25, be provided with in a pair of second through hole 25a(Fig. 2 vertically extending and only show one of them second through hole 25a).The top of binder block 25 is also provided with groove, in the first through hole 22a, be also mounted with drift fixed block 26, drift fixed block is positioned at the top of binder block 25, the upper end of a pair of shearing punch 23 is fixedly connected with drift fixed block 26 respectively, insert respectively in a pair of the second through hole 25a lower end, between drift fixed block 26 and binder block 25, be provided with spring 27, spring 27 is placed in the groove at binder block 25 tops.
Blank driving mechanism of the present utility model comprises: be horizontally set on lever 28, its middle part is hinged by hinge and patrix 22, and its one end and drift fixed block 26 are hinged; The die-cut cylinder 29 hinged with the lever other end, vertically arranges, and the free end of its piston rod 29a is hinged on patrix 22.
When the piston rod 29a of die-cut cylinder 29 stretches out, because its free end is hinged on patrix 22, therefore the cylinder body of die-cut cylinder 29 is moved up, thereby drive lever 28 counterclockwise to rotate around the hinge at its middle part, the one end that makes lever connect drift fixed block 26 moves down, drive drift fixed block 26 to move down in the first through hole 22a, because binder block 25 is positioned in the first through hole 22a by projection 24, therefore binder block 25 keeps motionless, when drift fixed block 26 moves down, Compress Spring 27, a pair of shearing punch 23 moves down along a pair of the second through hole 25a under the drive of drift fixed block 26, until a pair of shearing punch 23 contacts with the welding wire on the first resettlement groove 21, and by the part welding wire excision of its both sides, the waste material being cut away by a pair of shearing punch 23 is by pair of channels 20a, path 10 b falls.
Afterwards, the piston rod 29a retraction of die-cut cylinder, the cylinder body of die-cut cylinder 29 is moved down, thereby drive lever 28 to rotate clockwise around the hinge at its middle part, the one end that makes lever connect drift fixed block 26 moves up, drive drift fixed block 26 to move up in the first through hole 22a, under the effect of spring 27, it is motionless that binder block 25 still keeps, and a pair of shearing punch 23 moves up along a pair of the second through hole 25a under the drive of drift fixed block 26, the burr producing on welding wire after blank easily carries welding wire shearing punch 23 when moving up, make welding wire also along with shearing punch 23 moves up together, when welding wire contacts with binder block 25 along with shearing punch 23 is moved upward to, shearing punch 23 continues to move up under the drive of drift fixed block 26, and welding wire moves on cannot continuing again under the backstop action of binder block 25, thereby make a pair of shearing punch 23 separated with welding wire.When shearing punch 23 returns to home position, die-cut cylinder piston rod stops action, has so just completed a blank action.
For fear of the burr producing on welding wire after blank, hinder welding wire in the interior movement to welding ends 2a of the first resettlement groove 21, as shown in Figure 1, the utility model is provided with the third through-hole 20b vertically extending on counterdie 20, in third through-hole 20b, be mounted with ejection block 11, ejection block 11 is corresponding with binder block 25, ejection block 11 is inverted T-shaped, the equal diameters of the upper part of the aperture of third through-hole 20b and ejection block 11, and be less than the width of the lower part of ejection block 11.The top of counterdie 20 is stretched out at the top of ejection block 11,20 bottom is touched in its bottom under stretching out, the bottom of ejection block 11 is provided with groove, frame 1 top correspondence is also provided with groove, between ejection block 11 and frame 1 top, be provided with spring 11a, spring 11a is placed in the bottom of ejection block 11 and the groove at frame 1 top.The number of ejection block 11 of the present utility model can be one, also can be two, and two ejection block are the corresponding rear and front end (as shown in Figure 2) that is positioned at a pair of shearing punch respectively.The welding wire being placed in the first resettlement groove 21 is positioned at the upper of two ejection block 11.
When shearing punch 23 downward blank, shearing punch pushes welding wire downwards, and then the effect that ejection block 11 is produced to downward power by welding wire, and ejection block 11 is moved down, sink and enter in third through-hole 20b in the top of ejection block 11, the downward Compress Spring 11a of ejection block 11; After blank completes, shearing punch disappears to the downward squeezing action of welding wire, and then welding wire is disappeared to the effect of the downward force of ejection block 11, under the effect of spring 11a, ejection block 11 moves up, and then the jack-up welding wire that makes progress, thereby eliminated burr, welding wire is moved to the resistance of generation, guaranteed the smooth handover of welding wire.
Wherein, welding wire conveying device 3 comprises: the second welding wire being placed in frame 1 is settled platform 30, is provided with for settling the second resettlement groove 31, the second resettlement grooves 31 and first resettlement groove 21 of welding wire to be located on the same line on it; Be arranged on the second welding wire and settle the second welding wire clamping device on platform 30, be used for welding wire to be clamped in the second resettlement groove 31; Be placed in the second welding wire and settle the second driving clamping device being connected with the second welding wire clamping device on platform 30, be used for driving the second welding wire clamping device to clamp or unclamp welding wire.
Particularly, as shown in Figure 1, the second welding wire of the present utility model settles platform 30 to consist of lower platform 30a and upper cover plate 30b, on the end face of lower platform 30a, offer the second resettlement groove 31, the second resettlement groove 31 and the first resettlement groove 21 are located on the same line, the both sides at lower platform 30a middle part are fixed with respectively an otic placode 30c, 30d, upper cover plate 30b is sealed on lower platform and is positioned at a pair of otic placode 30c, 30d and away from the part between one end of wire inlet end, make the second resettlement groove 31 corresponding one end and a pair of otic placode plate 30c near wire inlet end 2b, part between 30d is outside exposed, and corresponding a pair of otic placode 30c, 30d and away from the part between one end of wire inlet end by upper cover plate 30b capping.
The second welding wire clamping device of the present utility model is the second clamping plate 32 that is placed in the second resettlement groove 31 tops, along the second resettlement groove, extend, the middle part of the second clamping plate 32 is by bearing pin and a pair of otic placode 30c, 30d is hinged, the corresponding a pair of otic placode 30c of the second clamping plate 32, the width of the part between 30d and close one end of wire inlet end 2b equals the width of the second resettlement groove 31, and this part is that end face is that bottom surface, inclined-plane is the ligule of plane, the corresponding a pair of otic placode 30c of the second clamping plate 32, 30d and larger away from the width of the part between one end of wire inlet end, to the second driving clamping device is installed, and this part is tabular.
The second driving clamping device of the present utility model is the second cylinder 33, the second cylinder 33 is vertically arranged on the corresponding a pair of otic placode 30c of the second clamping plate 32,30d and away from the part between one end of wire inlet end, the upper end of its piston rod 33a is arranged in the cylinder body of the second cylinder 33, and lower end abutment is (as shown in Figure 1) on upper cover plate 30b.When the second cylinder 33 loads, its piston rod 33a stretches out, because the lower end of piston rod 33a is stopped by upper cover plate 30b, therefore the cylinder body of the second cylinder 33 is moved up, drive the corresponding a pair of otic placode 30c of the second clamping plate 32, 30d and moving up away from the part between one end of wire inlet end, and corresponding a pair of otic placode 30c, part between 30d and close one end of wire inlet end 2b moves down, the second clamping plate 32 rotates around its pin joint, the corresponding a pair of otic placode plate 30c of the second clamping plate 32, 30d contacts until be clamped in the second resettlement groove 31 with the welding wire being placed in the second resettlement groove 31 when part near between one end of wire inlet end 2b moves down gradually.When the second cylinder 33 unloading, the cylinder body of the second cylinder 33 moves down, drive the corresponding a pair of otic placode 30c of the second clamping plate 32,30d and move down away from the part between one end of wire inlet end, and corresponding a pair of otic placode 30c, 30d and move up near the part between one end of wire inlet end 2b, the second clamping plate 32 rotates around its pin joint, unclamps gradually welding wire when the part between the corresponding a pair of otic placode 30c of the second clamping plate 32,30d and close one end of wire inlet end 2b moves up.
Wherein, drive unit is the 3rd cylinder 4, is provided with guide rail 4a on its cylinder body, and it is upper that the second welding wire settles the lower platform 30a of platform 30 to be placed in guide rail 4a, and be connected with the piston rod 40 of the 3rd cylinder 4.When the 3rd cylinder 4 loads, its piston rod 40 stretches out, and promotes the second welding wire and settles platform 30 integral body along guide rail 4a (as shown in Figure 1) movement left, towards cutoff device 2, moves; When the 3rd cylinder 4 unloading, its piston rod 40 is regained, drive the second welding wire settle platform 30 integral body along guide rail 4a to the right (as shown in Figure 1) mobile, towards the direction away from cutoff device 2, move.
As shown in Figure 3, in frame 1 of the present utility model, be also fixed with welding wire tensioning reversing arrangement 5, welding wire tensioning reversing arrangement 5 is positioned at welding wire conveying device 3 away from one end of cutoff device 2, makes welding wire conveying device 3 between welding wire tensioning reversing arrangement 5 and cutoff device 2.Welding wire tensioning reversing arrangement 5 of the present utility model comprises: be arranged on the top sheave 50 in frame 1, and with the lower sheave 51 of top sheave engagement.Gap between top sheave 50 and lower sheave 51 and the first resettlement groove 21 and the second resettlement groove 31 are contour, so that the welding wire of wire source (not shown) is after the gap between top sheave 50 and lower sheave 51 is passed, can be horizontal tensioning and be placed in the first resettlement groove 21 and the second resettlement groove 31, as shown in Figure 2.
Below in conjunction with accompanying drawing, describe the course of work of welding wire automatic transfer arrangement of the present utility model in detail.
First, the blank cylinder 23 of cutoff device 2 starts, and makes it to drive in the manner described above a pair of shearing punch 23 to move down, and a pair of shearing punch carries out blank to welding wire, makes the both sides of welding wire form breach (as shown in Figure 4).
Afterwards, blank cylinder 23 stops action, and the 10a place, termination of welding wire carries out welding job, and when welding job completes, blank cylinder 23 starts, and makes it to drive in the manner described above a pair of shearing punch to move up, until shearing punch is separated with welding wire.
Its termination now, welding wire need to be moved left mutually, so that can be stretched out welding ends 2a again.At this moment, the second cylinder 33 of welding wire conveying device 3 starts, drive the corresponding a pair of otic placode 30c of the second clamping plate 32,30d and move up away from the part between one end of wire inlet end, and corresponding a pair of otic placode 30c, 30d and move down near the part between one end of wire inlet end 2b, the second clamping plate 32 rotates around its pin joint, and the corresponding a pair of otic placode plate 30c of the second clamping plate 32,30d contact until be clamped in the second resettlement groove 31 with the welding wire being placed in the second resettlement groove 31 when part between close one end of wire inlet end 2b moves down gradually.
Afterwards, the 3rd cylinder 4 loads, the second welding wire that its piston rod 40 promotes welding wire conveying device 3 settles platform 30 integral body to be moved to the left, because being clamped in the second welding wire by the second clamping plate 32, settles on platform 30 welding wire now, therefore the second welding wire settles platform 30 when moving left mutually, just pull welding wire 10 to move left mutually, relative the first resettlement groove 21 of welding wire 10 moves left mutually, until its termination is stretched out welding ends 2a again.
Now, the blank cylinder 23 of cutoff device 2 restarts, so that shearing punch carries out blank work next time.
Afterwards, the second cylinder 33 unloadings, drive the corresponding a pair of otic placode 30c of the second clamping plate 32,30d and move down away from the part between one end of wire inlet end, and corresponding a pair of otic placode 30c, 30d and move up near the part between one end of wire inlet end 2b, the second clamping plate 32 rotates around its pin joint, unclamps gradually welding wire when the part between the corresponding a pair of otic placode 30c of the second clamping plate 32,30d and close one end of wire inlet end 2b moves up.
Finally, the 3rd cylinder 4 unloadings, piston rod 40 is regained, drive the second welding wire to settle platform 30 integral body to move right along guide rail 4a, because welding wire 10 is now fixed by cutoff device 2, when therefore the second welding wire settles platform 30 to move right, welding wire is motionless, until the second welding wire is while settling platform 30 to get back to original position, the 3rd cylinder quits work, and has so just completed a wire feed job.
After being positioned at the welding wire welding of welding ends, in its indentation, there, disconnect, when welding wire is melted to use, to its termination, be hidden in again welding ends 2a, when welding wire need to be moved to the left again, just according to mode same as described above, carry out wire feed work next time.So just, can realize welding wire continuously to the conveying of cutoff device 2, by welding ends, be stretched out after making welding wire be cut out breach, to guarantee carrying out smoothly of welding job.
Although above-mentioned, the utility model is described in detail; but the utility model is not limited to this; those skilled in the art can modify according to principle of the present utility model; therefore, all various modifications of carrying out according to principle of the present utility model all should be understood to fall into protection domain of the present utility model.
Claims (10)
1. a welding wire automatic transfer arrangement, is characterized in that comprising:
Frame (1);
Cutoff device (2), is arranged on described frame (1) upper, and its one end is welding ends (2a), and the other end is wire inlet end (2b), and a part that is used for excising welding wire makes formation breach on it;
Welding wire conveying device (3), is placed in the above wire inlet end (2b) of corresponding described cutoff device (2) of described frame (1), can in described frame (1), move back and forth, to carry welding wire to described cutoff device (2) continuously;
Drive unit, is arranged on described frame (1) upper, is connected, to drive welding wire conveying device (3) to move back and forth in described frame (1) with described welding wire conveying device (3).
2. welding wire automatic transfer arrangement as claimed in claim 1, is characterized in that, described cutoff device (2) comprising:
Be arranged on the counterdie (20) of described frame top, on it, be provided with the pair of channels (20a) of arranging perpendicular to described welding wire;
Be fixed on the patrix (22) on counterdie (20), form the first resettlement groove (21) that is used for settling welding wire between patrix (22) and counterdie (20), described the first resettlement groove (21) extends to described wire inlet end (2b) by described welding ends (2a);
Be arranged on a pair of shearing punch (23) on described patrix (22), over against described the first resettlement groove (21), a pair of shearing punch (23) is corresponding with described pair of channels (20a); And
Be arranged on the upper blank driving mechanism being connected with described a pair of shearing punch (23) of described patrix (22), be used for driving a pair of shearing punch (23) action.
3. welding wire automatic transfer arrangement as claimed in claim 2, it is characterized in that, on described patrix (22), be provided with the first through hole (22a) vertically extending, on the sidewall of the first through hole (22a), be provided with projection (24), binder block (25) is positioned in described the first through hole (22a) by described projection.
4. welding wire automatic transfer arrangement as claimed in claim 3, is characterized in that,
In described the first through hole (22a), be also mounted with drift fixed block (26);
On described binder block (25), be provided with a pair of the second through hole (25a) vertically extending, it is upper that the upper end of described a pair of shearing punch (23) is fixed on drift fixed block (26), and insert respectively in described a pair of the second through hole (25a) lower end;
Between described drift fixed block (26) and described binder block (25), be mounted with spring (27).
5. welding wire automatic transfer arrangement as claimed in claim 4, it is characterized in that, on described counterdie (20), be provided with third through-hole (20b), third through-hole (20b) is corresponding with described binder block (25), in third through-hole (20b), be mounted with ejection block (11), between described ejection block and described frame top, be mounted with spring (11a).
6. welding wire automatic transfer arrangement as claimed in claim 5, is characterized in that, described blank driving mechanism comprises:
The lever (28) that one end and described drift fixed block (26) are hinged, its middle part is hinged by hinge and described patrix (22);
The die-cut cylinder (29) hinged with the described lever other end, the free end of its piston rod is hinged on described patrix (22).
7. the welding wire automatic transfer arrangement as described in as arbitrary in claim 2-6, is characterized in that, described welding wire conveying device (3) comprising:
The second welding wire being placed in described frame (1) is settled platform (30), is provided with for settling second resettlement groove (31) of welding wire on it, and described the second resettlement groove (31) is located on the same line with described the first resettlement groove (21);
Be arranged on described the second welding wire and settle the second welding wire clamping device on platform (30), be used for welding wire to be clamped in described the second resettlement groove (31);
Be placed in described the second welding wire and settle upper the second driving clamping device being connected with described the second welding wire clamping device of platform (30), be used for driving described the second welding wire clamping device to clamp or unclamp described welding wire.
8. welding wire automatic transfer arrangement as claimed in claim 7, it is characterized in that, described the second welding wire clamping device is for being placed in the second clamping plate (32) above described the second resettlement groove (31), along the second resettlement groove (31), extend, its middle part settles platform (30) hinged with described the second welding wire, and its one end away from described wire inlet end (2b) is connected with described the second driving clamping device.
9. welding wire automatic transfer arrangement as claimed in claim 8, is characterized in that,
Described the second driving clamping device is the second cylinder (33), and described the second cylinder (33) is vertically arranged on described one end of described the second clamping plate (32), and its piston rod (33a) is resisted against described the second welding wire and settles on platform (30).
10. welding wire automatic transfer arrangement as claimed in claim 9, it is characterized in that, described drive unit is the 3rd cylinder (4), is provided with guide rail (4a) on its cylinder body, and described the second welding wire arrangement platform (30) is placed on described guide rail and with the piston rod (40) of described the 3rd cylinder and is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420078686.1U CN203817595U (en) | 2014-02-24 | 2014-02-24 | Automatic welding wire transfer device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420078686.1U CN203817595U (en) | 2014-02-24 | 2014-02-24 | Automatic welding wire transfer device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203817595U true CN203817595U (en) | 2014-09-10 |
Family
ID=51473136
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420078686.1U Withdrawn - After Issue CN203817595U (en) | 2014-02-24 | 2014-02-24 | Automatic welding wire transfer device |
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| Country | Link |
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| CN (1) | CN203817595U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104858532A (en) * | 2014-02-24 | 2015-08-26 | 苏州瑞本工业炉有限公司 | Automatic welding wire conveying device |
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2014
- 2014-02-24 CN CN201420078686.1U patent/CN203817595U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104858532A (en) * | 2014-02-24 | 2015-08-26 | 苏州瑞本工业炉有限公司 | Automatic welding wire conveying device |
| CN104858532B (en) * | 2014-02-24 | 2017-08-25 | 苏州瑞本智能科技有限公司 | A kind of welding wire automatic transfer arrangement |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee | ||
| CP03 | Change of name, title or address |
Address after: 215400 Jiangsu city of Suzhou province Taicang City Shuangfeng town village reform Patentee after: The intelligent Science and Technology Ltd. in auspicious of Suzhou Address before: Wenzhou Shuangfeng town industrial zone Taicang city Suzhou City, Jiangsu province 215400 Patentee before: Suzhou Rui Ben industrial furnace Co., Ltd |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140910 Effective date of abandoning: 20170825 |