CN201038575Y

CN201038575Y - Electric heating line-ironing machine

Info

Publication number: CN201038575Y
Application number: CNU200720037289XU
Authority: CN
Inventors: 王洪辉
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-04-29
Filing date: 2007-04-29
Publication date: 2008-03-19
Anticipated expiration: 2017-04-29

Abstract

The utility model discloses an electric heat thread heating machine, which comprises a machine frame, a thread heating device, a thread feeding mechanism, a cutting mechanism, a gas circuit mechanism and a control circuit. The thread heating device is positioned between the thread input end of the machine frame and the thread feeding mechanism; the cutting mechanism is positioned at the end of the thread sending mechanism; the output end is provided with a thread drawing and clamping mechanism. The thread heating device comprises a mechanical gas clamp, a pair of thread heating blades on a pair of moving pieces of the mechanical gas clamp and an electric conducting structure; each blade is provided with a pole splitting groove; the grooves walls at the two sides of the pole splitting groove form an electrode end; the adjacent electrode ends are parallelly connected at one end of the power supply. The cutting device is fixedly connected on the soleplate of a cutting knife seat; the soleplate of the cutting knife seat is driven by a cutting knife seat cylinder. The thread feeding mechanism comprises a thread feeding fixing board which is fixed with the machine frame and a threading feeding sliding table cylinder which is arranged on the thread feeding fixing board; the movable part is fixed with a thread pressing mechanism. The utility model combines the heating thread and the broken thread, realizing the automation of the wire processing and improving the production efficiency.

Description

The electric heating thread-ironing machine

Technical field

The utility model relates to a kind of wire stripper, is specifically related to a kind of electric connection line overhang insulation layer that is used to remove, especially for the electric heating thread-ironing machine of the lead-in wire end insulating barrier of refrigerant compressor.

Background technology

Because the design major part of refrigerant compressor is total closed type (in case leakage of cold-producing medium) at present, so its drive motors all is that design and installation is in compressor inside, and the power outlet of motor also will be installed in compressor inside accordingly, this just requires that the insulating barrier of electric wire is essential can be low temperature resistant, the corrosion of anti-cold-producing medium, insulation property also will be got well, and seal owing to compressor again, can't change or keep in repair, so will guarantee that also the characteristic of electric wire can not change very over a long time.Thereby, in its power outlet, all adopt a kind of material that is called the polyester fiber of anti-the fluorine to weave the back as insulating barrier.

When making such lead-out wire, need through tangent line, steps such as stripping head and boiling hot line, the stripping head is the insulating barrier that removes the lead-out wire two ends, because insulating barrier is the fiber material, and be to constitute by braiding, add man-hour with traditional wire stripper, fiber can't cut fully, can partly form burr in the termination, and because the operational environment of compressor inside requires quite cleaning, the insulating barrier that braiding forms can not there be any burr and remaining fiber, otherwise can't guarantee that compressor can normally use for a long time, therefore behind wire stripping, need scald line, by the tangent line step electric wire be cut into the length that meets the installation needs again behind the removal burr, finish the processing of lead-out wire.

As mentioned above, tangent line and boiling hot line are the superior in quality keys of decision finished product lead-out wire, in the prior art, because the fibrage fusing point is higher than the General Purpose Rubber class, therefore can't use the structure of perming of common electrical heated filament heating, needing employing to directly act on fiber layer surface by the boiling hot line cutter of high electric current just can realize, but this structure can cause the short circuit of thread-ironing machine entire circuit because of the copper wire in the boiling hot line blade contact insulation layer, the moment increase of conducting electric current will and be scalded the line blade transformer and be burnt, so it is existing all with the boiling hot line of the boiling hot line cutter of artificial manual operations, and must just can finish by training exper ienced skilled worker, thereby can't realize full-automatic processing, influence production efficiency, improve production cost; On the other hand, when tangent line, need fixed length, now can use common roller type winder usually; yet different with rubber insulation because of the insulating barrier of fiber, on the one hand, the adhesive force between itself and the copper wire is less; on the other hand, the fibrage layer can stretch, distortion; thereby; when using the roller spiral, the error on the line sending length can appear, and make the finished product electric wire after the processing on length, be difficult to guarantee consistent; precision is not enough, and having very, the person influences normal use.

Summary of the invention

The utility model purpose provides a kind of electric heating thread-ironing machine of realizing automatically processing lead-out wire, and can prevent the finished product error in length, effectively improves end product quality and production efficiency.

For achieving the above object, the technical solution adopted in the utility model is: a kind of electric heating thread-ironing machine, comprise frame, the thread-ironing machine structure, wire agency, cutter mechanism, gas circuit structure and control circuit, with the line sending direction is X-axis, in the described cutter mechanism, main cutoff tool by a pair of upper and lower settings, the cut-out cylinder that makes cutoff tool have the Z-direction freedom of motion constitutes shearing device, described thread-ironing machine structure is a boiling hot line apparatus, between defeated line end of frame and wire agency, described cutter mechanism is positioned at the end of wire agency, its output is provided with an anchor clamp line mechanism, constitutes the defeated line passage of processing; Wherein:

Described boiling hot line apparatus comprises mechanical gas folder, be fixedly connected on a pair of boiling hot line blade and conductivity structure on a pair of movement parts of mechanical gas folder, the middle part of each described boiling hot line blade is provided with bowl classifier, two scald the described bowl classifier bottom land positioned opposite of line blade, constitute and scald line cutter hot zone, be provided with between relative bottom land outer wall and wait to scald brass wire diameter matches in the line boiling hot line portion, the both sides cell wall of described bowl classifier constitutes the two arrays of electrodes end, the two adjacent electrode ends that scald the line blades are connected to an end of power supply through the conductivity structure, and two outboard ends are connected to the other end of power supply through the conductivity structure;

Described shearing device is fixedly connected on the Cutter apron base plate, and described Cutter apron base plate has the freedom of motion of X-direction by the Cutter apron air cylinder driven; Described wire agency comprises the line sending fixed head fixing with frame, is installed on the line sending slide unit cylinder on the described line sending fixed head, described line sending slide unit cylinder is arranged along X-direction, be fixed with thread depressing mechanism on its movable part, thread depressing mechanism mainly is made of the line ball base plate of below, inlet wire path, the line ball piece and the line ball cylinder of top, and the line ball piece is by the line ball air cylinder driven of Z-direction motion.

In the technique scheme, described gas circuit structure and control circuit are arranged on the frame, and gas circuit structure is connected with each cylinder, and the source of the gas of cylinder operation is provided, and comprises formula controller, voltage regulator etc. in the control circuit, coordinates, drives the cooperating of each mechanism.The defeated line end of described frame is an electric wire input to be processed, and electric wire enters boiling hot line apparatus, wire agency, cutter mechanism, anchor clamp line mechanism successively through processing defeated line passage, finishes electric wire processing.

Described mechanical gas folder is by air cylinder driven, the a pair of boiling hot line blade that control is fixedly connected on its movement parts clamps or opens, to scald the line blade by bowl classifier and be separated into two electrode tips connecting through bottom land (during at Alternating Current Power Supply, be firewire electrode end and zero wire electrode end), described two scald adjacent electrode end (firewire electrode end or zero wire electrode end) on the line blades through the conductivity structure and be connected on the respective end of power supply (out-put supply of transformer), be on live wire end or the zero line side, and the electrode tip that all is positioned at the outside on two blades is connected to through the conductivity structure on the other end of power supply, thereby the resistance that constitutes adjacent knife blades is the circuit connecting mode of parallel-connection structure.Its basic functional principle is: after the energising, scald temperature rising on the line blade, lead-in wire waited that scalding the position is positioned at the bottom of two insert grooves between lateral wall, machinery gas folder drives blade and clamps, the insulating barrier of lead-in wire is met heat fusing, be boiling hot line portion until the gap between lateral wall between bottom land, even this moment, blade contacted with the interior copper wire that goes between, also only be equivalent to two parallel resistor (blade) in the series connection of the position of contact point, according to the circuit theory analysis, because the intrinsic resistance R of two blades is identical, resistance is half 1/2R of former single resistance after the two resistance parallel connections, and after the copper wire contact, its circuit is that half resistance of two former resistances is in parallel and goes here and there mutually through copper wire, therefore resistance is 1/4R+1/4R=1/2R, resistance 1/2R after two resistance R are in parallel when originally not contacting copper wire equates (being the parallel connection of resistance on the blade with extremely adjacent layout), electric current in the whole boiling hot line conductivity structure does not change, remain unchanged so scald the temperature of line blade, avoided moment high rush of current the damage of transformer in the conductivity structure.

Cylinder is general main to be made up of housing, piston and piston rod (or slide block), cylinder has movable part and fixed part, can be according to needs are installed with housing effect fixed part, and piston rod (or slide block) is as movable part, can also be with piston rod as fixed part, housing is as movable part; As mentioned above, the housing that cuts off cylinder in the described cutter mechanism is as fixed part, and the piston rod of cylinder is a movable part, have the reciprocating degree of freedom on (X to) in the horizontal direction, thereby the shearing device that drives on the base plate moves thereupon; The piston rod of line sending slide unit cylinder is a fixed part in the described wire agency, housing is a movable part, line ball base plate in the thread depressing mechanism is with (X to) reciprocating motion in the horizontal direction of the movable part (housing) of line sending slide unit cylinder, be that thread depressing mechanism moves with housing, will place on the line ball base plate, deliver to the cut-out of shearing device place by the lead-out wire of line ball cylinder movable part (slide block) clamping.In use, can be according to the needs of actual off-position, determine the displacement of line sending slide unit cylinder and Cutter apron cylinder movable part, cooperate the anchor clamp line mechanism again, under the state that the line ball cylinder is opened, clamp the lead-out wire end of sending by wire agency, and outwards pull out the middle length of staying skin portion of lead-out wire, cut off by shearing device at last, finish the customized cut-off operation; Under the situation of line sending very short (processing line is very short), shearing device can be mechanical clamp and steps down with the return of cylinder, is convenient to the processing to next root lead-out wire.As long as the freedom of motion of required direction is provided, can change the movable part and the fixed part of cylinder, this change is still within protection range of the present utility model.

In the technique scheme, described two scald the left and right parallel layout of line blade, the bottom land of the described bowl classifier on the corresponding left and right boiling hot line blade lays respectively at the centre of two boiling hot line blades, and bottom land is relative, each described electrode tip is fixed on the copper bar through trip bolt by the copper tool seat respectively, constitute the conductivity structure by described copper bar, the left and right driving end of described mechanical gas folder is fixedlyed connected with two copper bars of respective side through support respectively; Described boiling hot line portion is, the described bottom land outer wall middle part of positioned opposite is arranged with scalds the semicircle edge of a knife of line, and about constitute a circular knife edge relatively.

Further technical scheme is, also comprise a swing mechanism, comprise the belt pulley that drives by the oscillating cylinder piston rod and be used for fixing the defeated line rotating shaft that the thread-ironing machine tool presss from both sides, described defeated line rotating shaft through bearing be fixed in the bearing pedestal that scalds in the line box and be connected, be provided with the line sending duct that is positioned on the defeated line passage of described processing in the defeated line rotating shaft, and extend in the outlet mouth that is sheathed on its output, described mechanical gas folder is fixed in the described defeated line rotating shaft through fork, and the line sending duct in boiling hot line portion on the described boiling hot line blade and the outlet mouth is complementary.Belt pulley swings back and forth with the defeated line rotating shaft of motion drive of oscillating cylinder piston rod, the mechanical gas folder that is fixed in one through fork and rotating shaft also drives and scalds the line blade and swing back and forth, the part that do not hotly join that two side blade splicings place may be occurred hotly joins, and improves the quality that hotly joins of electric wire.

In the technique scheme, described shearing device comprises the Cutter apron that is fixed on the Cutter apron base plate, the cut-out cylinder of cutoff tool motion is gone up in upper and lower cutoff tool and driving, described cutoff tool down is fixed on the Cutter apron through the Cutter apron cant board, described cut-out cylinder is fixed on the Cutter apron cant board, cutoff tool position, cylinder movable part up and down correspondence is provided with cutoff tool, and the cut-out mouth of described cutoff tool down is concordant with described line ball floor level position.

Further technical scheme is, the both sides of described cut-out cylinder are provided with guide plate, are fixed with the upper slitter slide block on the movable part of described cut-out cylinder, and this slide block vertically slides along the slideway on the guide plate, and the described cutoff tool of going up is fixed on the slide block.

In the technique scheme, a side piston rod outer end of described line sending slide unit cylinder and cut-out cylinder is respectively equipped with set screw, is convenient to adjust as required the cylinder piston pole length, promptly changes the move distance of cylinder movable part or effect end.

In the technique scheme, described anchor clamp line mechanism is mainly by being located at backguy cylinder on the slide rail, being positioned at the mechanical gas folder on the backguy cylinder movable part and being positioned at fixed length governor motion on the slide rail, the movable part of described mechanical gas folder is a clamp pawl, and its pawl end position cooperates with the defeated line passage of described processing; Described fixed length governor motion is made up of the fixed length block that is slidingly connected with slide rail, the scale that is used to adjust the adjusting screw mandrel of fixed length stop location and is used to measure backguy length.Can need stay the position of skin length adjustment fixed length block according to electric wire to be processed, be fit to the electric wire processing of all size.

Because the technique scheme utilization, the advantage that the utility model compared with prior art has is:

1, because the thread-ironing machine structure in the utility model is a boiling hot line apparatus, should scald line apparatus adopts the boiling hot line blade that has bowl classifier as scalding line portion, bowl classifier with each boiling hot line blade be divided into can be respectively with the conductivity structure in live wire, two of zero line connection are extreme, and with same extremely adjacent tip arrangement position on two blades, thereby make two blades constitute the boiling hot line circuit of two similar resistance parallel connections, when blade contacts with copper cash when scalding line, the resistance that its circuit is equivalent to after the copper cash place is with the both sides parallel connection is together in series through copper cash, on resistance, do not change, thereby avoided the appearance of high electric current of moment (short circuit), provide stable and enough boiling hot line temperature for scalding line; What is more, need not artificial direct control, make hotly join operation can with cut off operation and be integrated, once finish the work that in the past needs branch twice even three process just can finish, realize scalding the automated production of line, customized cut-off;

2, because the utility model line sending slide unit cylinder has the reciprocating degree of freedom in X-direction, hotly joining the electric wire rear and front end when hotly joining mouthful,, need not to design two cover thread-ironing machine structures by the moving to hotly join successively and finish of line sending slide unit cylinder movable part, simplify the structure, reduced the cost of machine;

3, by cycloid mechanism is set, make that to scald the line blade serve as the axle certain angle that swings to hotly join line, remedy and hotly join the gap that may occur between blade and the blade, the electric wire fibrous covering is hotly joined fully, improve and hotly join quality;

4, by adjusting line sending slide unit cylinder, cutting off the set screw position on the cylinder piston rod, and the position of regulating the fixed length block of fixed length governor motion in the anchor clamp line mechanism, just can scald line, broken string position according to electric wire to be processed, thereby be suitable for carrying out the processing of plurality of specifications lead-out wire, applied widely.

Description of drawings

Accompanying drawing 1 is the structural representation of the utility model embodiment one;

Accompanying drawing 2 is vertical views of Fig. 1;

Accompanying drawing 3 is to scald line apparatus and cycloid mechanism mounting structure schematic diagram among Fig. 1;

Accompanying drawing 4 is the structural representation that scalds line apparatus among Fig. 3;

Accompanying drawing 5 is the upward view of Fig. 4;

Accompanying drawing 6 is the resistance schematic diagram that scalds when blade does not clamp in the line apparatus;

Accompanying drawing 7 is the local electrical resistance schematic diagram that scalds when blade clamps in the line apparatus;

Accompanying drawing 8 is wire agency and a cutter mechanism mounting structure schematic diagram among Fig. 1;

Accompanying drawing 9 is that Fig. 8 is at the dissengaged positions schematic diagram;

Accompanying drawing 10 is the off-position schematic diagram of electric wire to be processed.

Wherein: 1, Cutter apron base plate; 2, Cutter apron cylinder; 3, frame; 4, line sending fixed head; 5, line sending slide unit cylinder; 6, line ball base plate; 7, fixed head; 8, line ball cylinder; 9, line ball piece; 10, Cutter apron; 11, go up cutoff tool; 12, following cutoff tool; 13, Cutter apron cant board; 14, cut off cylinder; 15, guide plate; 16, upper slitter slide block; 17, set screw; 18, mechanical gas folder; 19, support; 20, copper bar; 21, copper bar seat; 22, blade; 23, bowl classifier; 24, scald the line hot zone; 25, scald the line edge of a knife; 26, belt pulley; 27, defeated line rotating shaft; 28, oscillating cylinder; 29, bearing pedestal; 30, line sending duct; 31, outlet mouth; 32, fork; 33, backguy cylinder; 34, slide rail; 35, fixed length governor motion; 36, mechanical gas folder; 37, scald line apparatus; 38, wire agency; 39, cutter mechanism.

Embodiment

Below in conjunction with drawings and Examples the utility model is further described:

Embodiment one: referring to accompanying drawing 1 to shown in the accompanying drawing 5, a kind of electric heating thread-ironing machine, comprise frame 3, be set in turn in boiling hot line apparatus 37, wire agency 38, cutter mechanism 39, anchor clamp line mechanism on the frame from right-to-left, constitute the defeated line passage of processing, and be arranged at gas circuit structure and control circuit in the frame.

Described boiling hot line apparatus comprises mechanical gas folder 36, be positioned at the bakelite support 19 on the mechanical gas folder drive end, with 4 fixing copper bars 20 of bakelite support, through copper bar seat 21, the a pair of left side that fastening screw is fixedlyed connected with each copper bar, the right line blade that scalds, a described left side, the right parallel layout of line blade of scalding, the middle part of each described boiling hot line blade is provided with bowl classifier 23, the bottom land of described bowl classifier is for scalding line hot zone 24, lay respectively at the centre of two boiling hot line blades, and bottom land is relative, under clamped condition, be provided with the line portion of scalding at the bottom of the opposed slot between outer wall, should scald line portion is, the described bottom land outer wall middle part of positioned opposite is symmetrical arranged half circular knife edge, and the described semicircle edge of a knife amalgamation in both sides constitutes and waits that scalding the circle that brass wire diameter matches in the line scalds the line edge of a knife 25; The both sides cell wall of described bowl classifier constitutes live wire, zero wire electrode end respectively, two scald the adjacent layout of firewire electrode end of line blade, the zero wire electrode end is positioned at the outside, the end of firewire electrode end is connected on the live wire end of conductivity structure through copper bar, the end of the zero wire electrode end in the outside is connected on the zero line side of conductivity structure, realize that two scald the mode that is connected in parallel of line blade resistance, as shown in Figure 6.When blade clamps, the blade contact waits to scald the copper wire of lead-in wire, and blade forms the series connection that two ends do not contact parallel resistance on contact point, shown in accompanying drawing 7, if contact point is many more, the hop count that former resistance is divided into is many more, but still be connect again after the two side resistance parallel connections another the group parallel resistance the basic circuit form, according to the circuit analysis principle, its whole resistance value does not change, therefore electric current is constant, and blade is temperature-resistant, can avoid short circuit.Be the integrality of guaranteeing to hotly join, also be provided with a cycloid mechanism, comprise the belt pulley 26 that the oscillating cylinder piston rod drives and be arranged at defeated line rotating shaft 27 on the belt pulley, described defeated line rotating shaft through bearing be fixed in the bearing pedestal 29 that scalds in the line box and be connected, be provided with the line sending duct 30 that is positioned on the defeated line passage of described processing in the defeated line rotating shaft, and extend in the outlet mouth 31 that is sheathed on its output, described mechanical gas folder is fixed in the described defeated line rotating shaft through fork, and the line sending duct in boiling hot line portion on the described boiling hot line blade and the outlet mouth is complementary.During work, belt pulley swings back and forth with the defeated line rotating shaft of motion drive of oscillating cylinder piston rod, also drive boiling hot line blade through the fixing mechanical gas folder of fork 32 and rotating shaft and swing back and forth, the part that do not hotly join that two side blade splicings place may be occurred hotly joins, and improves the quality that hotly joins of electric wire.

With the line sending direction is X-axis, in the described cutter mechanism, mainly constitute shearing device by the cutoff tool of a pair of upper and lower settings, the cut-out cylinder 14 that makes cutoff tool 11 have the Z-direction freedom of motion, described shearing device is fixedly connected on the Cutter apron base plate 1, the bottom of described Cutter apron base plate is provided with to be fixed on the frame 3 and the Cutter apron cylinder 2 of horizontal arrangement, the movable part of this cylinder (piston rod) is fixed with the Cutter apron base plate, has the degree of freedom of side-to-side movement at directions X; Described wire agency comprises with fixing line sending fixed head of frame and both sides piston rod (fixed part) and is fixed in line sending slide unit cylinder 5 on the described line sending fixed head, described line sending slide unit cylinder horizontal arrangement, the housing of cylinder is a movable part, which is provided with thread depressing mechanism, described thread depressing mechanism is by being fixed in line ball base plate 6 on the line sending slide unit cylinder shell, being arranged at the fixed head 7 on the line ball base plate and forming through the line ball cylinder 8 that fixed head is arranged perpendicular to line ball base plate (Z direction), is provided with the line ball piece 9 that cooperates with the line ball base plate bottom the movable part of described line ball cylinder; Described shearing device comprises the Cutter apron 10 that is fixed on the Cutter apron base plate, on, the cut-out cylinder 14 of cutoff tool motion is gone up in following cutoff tool and driving, described cutoff tool 12 down is fixed on the Cutter apron through Cutter apron cant board 13, described cut-out cylinder is fixed on the frame and perpendicular to described Cutter apron backplane, the both sides of described cut-out cylinder are provided with guide plate 15, the movable part of cylinder is provided with upper slitter slide block 16, this slide block vertically slides along the slideway on the guide plate, the described cutoff tool 11 of going up is fixed on the slide block, and corresponding with the position of following cutoff tool 12, on, the cut-out mouth of following cutoff tool is mutually concordant with described line ball floor level position; The right hand piston bar outer end of described line sending slide unit cylinder 5 and cut-out cylinder 14 is respectively equipped with set screw 17, by adjusting the position of screw, realization can change the move distance of cylinder movable part or effect end according to length of lead-out wire to be processed to the adjustment of cylinder piston pole length.

Described anchor clamp line mechanism is mainly by being located at backguy cylinder on the slide rail, being positioned at the mechanical gas folder on the backguy cylinder movable part and being positioned at fixed length governor motion 35 on the slide rail 34, the movable part of described mechanical gas folder is a clamp pawl, and its pawl end position cooperates with the defeated line passage of described processing; Described fixed length governor motion is made up of the fixed length block that is slidingly connected with slide rail, the scale that is used to adjust the adjusting screw mandrel of fixed length stop location and is used to measure backguy length.

Adding man-hour, earlier lead-out wire to be processed is entered cycloid mechanism from the defeated line passage of the processing of frame right part, scald line apparatus, scald line, cut off by the wire agency line sending then, shown in accompanying drawing 10, the lead-out wire front end length is A, it is C that skin length is stayed in the centre, rear end length is B, the length sum of A and B is F, the Cutter apron cylinder drives shearing device and moves right, the line ball cylinder drives the line ball piece downwards and clamps lead-out wire to be cut off on the line ball base plate, line sending slide unit cylinder drives thread depressing mechanism and lead-out wire to be cut off is moved to the left, close up with shearing device, lead-out wire is sent the length of F, carry on the line ball cylinder, mechanical gas folder 18 in the anchor clamp line mechanism is clamped line end and is drawn left, and until touching the fixed length block, promptly pull distance is a C length, at this moment, Cutter apron cylinder and line sending slide unit cylinder are left, the return that moves right cuts off and cuts slide block on the air cylinder driven and press down, on, following cutoff tool suits, cut off lead-out wire, it cuts off the position is the B of two lines in front and back, the orientation amputate of a lead-out wire is finished in the A junction, so enters next fabrication cycles.

Claims

1. electric heating thread-ironing machine, comprise frame [3], the thread-ironing machine structure, wire agency [38], cutter mechanism [39], gas circuit structure and control circuit, with the line sending direction is X-axis, in the described cutter mechanism, main cutoff tool by a pair of upper and lower settings, the cut-out cylinder [14] that makes cutoff tool [11] have the Z-direction freedom of motion constitutes shearing device, it is characterized in that: described thread-ironing machine structure is a boiling hot line apparatus [37], be positioned between defeated line end of frame and the wire agency [38], described cutter mechanism is positioned at the end of wire agency, its output is provided with an anchor clamp line mechanism, constitutes the defeated line passage of processing; Wherein:

Described boiling hot line apparatus [37] comprises mechanical gas folder [36], be fixedly connected on a pair of boiling hot line blade and conductivity structure on a pair of movement parts of mechanical gas folder, the middle part of each described boiling hot line blade is provided with bowl classifier [23], two scald the described bowl classifier bottom land positioned opposite of line blade, constitute and scald line cutter hot zone [24], be provided with between relative bottom land outer wall and wait to scald brass wire diameter matches in the line boiling hot line portion, the both sides cell wall of described bowl classifier constitutes the two arrays of electrodes end, the two adjacent electrode ends that scald the line blades are connected to an end of power supply through the conductivity structure, and two outboard ends are connected to the other end of power supply through the conductivity structure;

Described shearing device is fixedly connected on the Cutter apron base plate [1], and described Cutter apron base plate is driven by Cutter apron cylinder [2], the freedom of motion with X-direction; Described wire agency [38] comprises the line sending fixed head [4] fixing with frame [2], is installed on the line sending slide unit cylinder [5] on the described line sending fixed head, described line sending slide unit cylinder is arranged along X-direction, be fixed with thread depressing mechanism on its movable part, thread depressing mechanism mainly is made of the line ball base plate [6] of below, inlet wire path, the line ball piece [9] and the line ball cylinder [8] of top, and the line ball piece is by the line ball air cylinder driven of Z-direction motion.

2. electric heating thread-ironing machine according to claim 1, it is characterized in that: described two scald the left and right parallel layout of line blade, process half circular knife edge respectively in the middle of the bottom land [24] of the described bowl classifier [23] on the corresponding left and right boiling hot line blade, and about relatively form a circular knife edge, each described electrode tip is fixed on the copper bar [20] through trip bolt by the copper tool seat respectively, constitute the conductivity structure by described copper bar, the left and right driving end of described mechanical gas folder is fixedlyed connected with two copper bars of respective side through support respectively; Described boiling hot line portion is, the described bottom land outer wall middle part of positioned opposite is arranged with scalds the semicircle edge of a knife of line, and about constitute a circular knife edge relatively.

3. electric heating thread-ironing machine according to claim 1 and 2, it is characterized in that: also be provided with a swing mechanism, comprise the belt pulley that drives by the oscillating cylinder piston rod and be arranged at defeated line rotating shaft on the belt pulley, described defeated line rotating shaft through bearing be fixed in the bearing pedestal [29] that scalds in the line box and be connected, be provided with the line sending duct [30] that is positioned on the defeated line passage of described processing in the defeated line rotating shaft [27], and extend in the outlet mouth [31] that is sheathed on its output, described mechanical gas folder [18] is fixed in the described defeated line rotating shaft through fork [32], and the line sending duct in boiling hot line portion on the described boiling hot line blade and the outlet mouth is complementary.

4. electric heating thread-ironing machine according to claim 1, it is characterized in that: described shearing device comprises the Cutter apron that is fixed on the Cutter apron base plate [1], the cut-out cylinder of cutoff tool motion is gone up in upper and lower cutoff tool and driving, described cutoff tool [12] down is fixed on the Cutter apron through Cutter apron cant board [13], described cut-out cylinder is fixed on the tool rest cant board, cutoff tool position, cylinder movable part up and down correspondence is provided with cutoff tool [11], and the cut-out mouth of described cutoff tool down is concordant with described line ball floor level position.

5. the line sending structure of electric heating thread-ironing machine according to claim 4, it is characterized in that: the both sides of described cut-out cylinder are provided with guide plate [15], be fixed with upper slitter slide block [16] on the movable part of described cut-out cylinder, this slide block vertically slides along the slideway on the guide plate, and the described cutoff tool of going up is fixed on the slide block.

6. electric heating thread-ironing machine according to claim 1 is characterized in that: a side piston rod outer end of described line sending slide unit cylinder [5] and cut-out cylinder is respectively equipped with set screw [17].

7. electric heating thread-ironing machine according to claim 1, it is characterized in that: described anchor clamp line mechanism is mainly by being located at backguy cylinder [33] on the slide rail, being positioned at the mechanical gas folder [18] on the backguy cylinder movable part and being positioned at fixed length governor motion [35] on the slide rail, the movable part of described mechanical gas folder is a clamp pawl, and its pawl end position cooperates with the defeated line passage of described processing; Described fixed length governor motion is made up of the fixed length block that is slidingly connected with slide rail [34], the scale that is used to adjust the adjusting screw mandrel of fixed length stop location and is used to measure backguy length.