CN101628352A - Included angle double-wire barrel storage operating structure of linear cutting annular wire - Google Patents
Included angle double-wire barrel storage operating structure of linear cutting annular wire Download PDFInfo
- Publication number
- CN101628352A CN101628352A CN200910065816A CN200910065816A CN101628352A CN 101628352 A CN101628352 A CN 101628352A CN 200910065816 A CN200910065816 A CN 200910065816A CN 200910065816 A CN200910065816 A CN 200910065816A CN 101628352 A CN101628352 A CN 101628352A
- Authority
- CN
- China
- Prior art keywords
- pedestal
- turning cylinder
- silk
- wire
- movable axis
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Electrical Discharge Machining, Electrochemical Machining, And Combined Machining (AREA)
Abstract
The invention relates to an included angle double-wire barrel storage operating structure of linear cutting annular wire, which can realize the storage and one-way movement of annular long wire. The operating system comprises wire barrels arranged on rotating shafts, shaft brackets equipped with the rotating shafts and a power-driven device for driving the rotating shaft to move, wherein, the shaft brackets are two rotating shaft brackets for regulating corresponding positions thereof; the two shaft brackets are arranged side by side and are respectively provided with a rotating shaft on which the wire barrels are arranged; the two rotating shafts and the wire barrels and are also arranged side by side with the side-by-side arrangement of the shaft brackets; an included angle regulating device is arranged on the shaft brackets and takes a structure which can cause the axes of the two wire barrels to be in the state of straight lines on different planes in space; the shaft brackets are regulated by the included angle regulating device according to the diameter of electrode wire selected by processing demands to cause the axes of the two wire barrels to be in the state of straight lines on different planes in space, thereby improving processing efficiency of equipment and providing platforms for improving equipment processing accuracy, so that the operating structure can be used for wire storage and one-way wire movement of electrode wire of high-speed liner cutting machine uniquely used in China.
Description
Technical field:
The invention belongs to high-speed line cutting off machine technical field, relate in particular to the angle mariages barrel storage operating structure of the linear cutting annular silk of a kind of storage that realizes annular long filament and one-way movement, be used for China peculiar the storage silk and the unidirectional wire of high-speed line cutting off machine wire electrode.
Background technology:
Now China peculiar in the high-speed line cutting equipment, all adopt on the monofilament bucket spiral to twine wire electrode and store up silk, adopt simultaneously the silk bucket back and forth a rotating band moving electrode silk back and forth move the cutting of discharging of ground mode; In this equipment, wire electrode one end is fixed on the round tank face of storage silk bucket staving one end, with the rotating electrode silk of storage silk bucket with dragging the filament plate axis to move and must pitch being wrapped in uniformly on the silk bucket, after the silk bucket twined and expires, the other end of wire electrode was again through being drawn back behind each guide wheel and the workspace and being tightened on the other end round tank face of silk bucket.Earlier oppositely with must the speed rotation, silk be discharged by a circle circle silk bucket during work, simultaneously through behind each guide wheel and the processing district with identical that pitch is come on the silk bucket by even must the receipts from the other end.The silk bucket pauses and does the commutation rotation when silk has been put soon, repeats said process simultaneously.Said process ceaselessly repeats, and realizes that wire electrode back and forth moves.
Get a development abroad lathe of must being careful with unidirectional wire and compare, an external machine adopted ground electrode silk of being careful is disposable use, though and China is peculiar that the high-speed line cutting has realized that silk reuses, but the less stable of lathe fortune silk system; When the frequent high speed of wire electrode was back and forth moved, vibration was bigger with causing, and the guide wheel wearing and tearing greatly, and the permanent tension force control and the adjusting of tension force stepping of wire electrode are difficult in addition; Wire electrode and thread delivering machine structure frequently carry out all standing, and commutation starts the ground action, cause machined surface the commutation striped to occur; The washboard line, these characteristics of fortune silk system have influenced machining accuracy to a great extent, and storage silk thread delivering machine structure can't have the breakthrough of essence always, has restricted the raising of the whole machining accuracy of lathe.
Summary of the invention:
The objective of the invention is to overcome in the prior art exist ground not enough and provide a kind of with solve that connected head-to-tail annular electro polar filament realizes that overlength stores and the operation of unidirectional Infinite Cyclic between the mariages barrel storage operating structure of adjustable clamp linea angulata cutting annular silk of contradiction.
The object of the present invention is achieved like this: comprise silk bucket, the pedestal that turning cylinder is installed that is installed on the turning cylinder, the Power Drive Unit that drives the turning cylinder motion, it is characterized in that:
Described pedestal is to carry out two rotating steadying bars that relative position is adjusted, two pedestals are arranged side by side, on each pedestal, be separately installed with a turning cylinder, silk bucket is installed on this turning cylinder, and these two turning cylinders and silk bucket also are the state of being arranged side by side with being arranged side by side of pedestal;
The angle adjusting device is installed on pedestal, the angle adjusting device is meant that the axis that can make two buckets is the structure of space different surface beeline state, diameter according to the selected wire electrode of processing needs is adjusted pedestal by the angle adjusting device, makes the axis of two buckets be space different surface beeline state.
Be equipped with respectively into a rib and wire vent rib at two ends on two buckets, wherein goes into the side that a rib is fixedly mounted on the silk bucket in the same way for two, is movably installed with the wire vent rib at silk bucket opposite side.
On the extended surface of going into the inboard face of a rib of silk bucket, godet roller is installed, wire electrode, is derived by the godet roller of opposite side up to touching the wire vent rib with have mercy on silk bucket and back and forth twining by the compact arranged mode of silk with silk between two buckets of certain pre-tensioning by godet roller again.
One of described angle adjusting device structure comprises the pedestal base that pedestal is installed and is hinged on the movable axis stand of the installation pedestal on the pedestal base, one of movable axis stand is hinged on by mandrel on the extension base of pedestal base, pedestal base and movable axis stand are arranged side by side, mandrel on the extension base of pedestal base of movable axis stand rotates down in vertical direction, be provided with the positioning supports turning cylinder below the other end of movable axis stand, the positioning supports turning cylinder is cut the tangent plane of axle center different distance vertically, rotational positioning supports turning cylinder and guarantees that the movable axis stand is seated on the tangent plane of differing heights, form movable axis stand and the required angle of pedestal base, thereby the axis that guarantees two buckets is requisite space different surface beeline state.
The movable axis stand is strained and fixed on the extension base of pedestal base by tie down screw.
Two of described angle adjusting device structure comprises the pedestal base that pedestal is installed and is movably connected in the movable axis stand of the installation pedestal on the pedestal base, the last plane of the pedestal base of installation pedestal is angle with the last plane of the movable axis stand that pedestal is installed and arranges, one of movable axis stand is movably connected in by vertical axis on the extension base of pedestal base, pedestal base and movable axis stand are arranged side by side, vertical axis on the extension base of pedestal base of movable axis stand is left-right rotation in the horizontal direction, form movable axis stand and the required angle of pedestal base, guarantee that the axis of two buckets is requisite space different surface beeline state.
The movable axis stand is fixed on the extension base of pedestal base by set bolt.
One of described pedestal design comprises the bearing group that turning cylinder is installed and the end cap of rigid bearing group, pedestal is the entire body structure, at pedestal two ends and turning cylinder upper bearing (metal) step position opposite position, be processed with bearing chamber and be used for fixing bearing outer ring, end cap is installed on the pedestal, end cap is installed on the pedestal turning cylinder by the rigid bearing group, and the part that a side is used to install the silk bucket on the turning cylinder is overhung at outside the pedestal.
Two of described pedestal design comprises the end cap that turning cylinder upper bearing (metal) group and rigid bearing group are installed, pedestal is a U type structure, two end supports and turning cylinder upper bearing (metal) step position opposite position, be processed with bearing chamber and be used for fixing bearing outer ring, end cap is installed on the pedestal and by the rigid bearing group turning cylinder is installed on the pedestal.Being used to install a part of bucket in the middle of the turning cylinder places between pedestal two side stands.
Pedestal links to each other with the angle adjusting device by screw.
The present invention has following good effect:
1, improve the equipment working (machining) efficiency: back and forth equipment discharge process is to be interrupted discontinuous mode in the fortune silk mode.During the commutation of silk bucket, stop from the deceleration of silk bucket, commutation accelerates to this section of rated speed period then, and operating current is cut off on the wire electrode, and discharge processing stops.According to the silk bucket polar filament coiling length difference that powers on, the commutation dead time accounts between the 10%--20% of whole process.In the present invention, wire electrode is unidirectional continuous operation, and equipment discharge process is a continuous uninterrupted, and efficient improves 10%--20% at least under identical machined parameters condition.
2, the raising for the equipment machining accuracy provides platform: the form that adopts to-and-fro thread in traditional high speed travelling wire linear cutting equipment.When the frequent high speed of wire electrode was back and forth moved, wire electrode and thread delivering machine structure frequently carried out all standing, and the action that commutation starts causes machined surface appearance commutation striped; The washboard line, the surface accuracy of the machined surface that this version caused and machining accuracy error can't fundamentally be eliminated, thereby make the distinctive high speed travelling wire linear cutting equipment of China compare unidirectional wire form that the silk thread of being careful cuts off equipment exists inadequate natural endowment aspect machining accuracy situation abroad.In the present invention, because of wire electrode is a unidirectional operation, the bottleneck problem that this wire form that has just fundamentally solved the raising of restriction high speed travelling wire linear cutting equipment machining accuracy is caused, thereby be this form processing of high speed travelling wire line, on machining accuracy, improve and catch up with this form processing of silk of being careful, a feasible reliable platform is provided.
Description of drawings
Fig. 1 is a stereogram of the present invention.
Fig. 2 is a front view of the present invention.
Fig. 3 is a left view of the present invention.
Fig. 4 is a vertical view of the present invention.
Fig. 5 is the front view of one of angle adjusting device structure of the present invention.
Fig. 6 is the left view of one of angle adjusting device structure of the present invention.
Fig. 7 is one of angle adjusting device structure of the present invention positioning supports turning cylinder and joint portion partial enlarged drawing.
Fig. 8 is the stereogram of one of angle adjusting device structure of the present invention.
Fig. 9 is two front view of angle adjusting device structure of the present invention.
Figure 10 is two left view of angle adjusting device structure of the present invention.
Figure 11 is two vertical view of angle adjusting device structure of the present invention.
Figure 12 is two stereogram of angle adjusting device structure of the present invention.
Figure 13 is the front view of one of pedestal apparatus structure of the present invention.
Figure 14 is the left view of one of pedestal apparatus structure of the present invention.
Figure 15 is the vertical view of one of pedestal apparatus structure of the present invention.
Figure 16 is two front view of pedestal apparatus structure of the present invention.
Figure 17 is two left view of pedestal apparatus structure of the present invention.
Figure 18 is two vertical view of pedestal apparatus structure of the present invention.
The specific embodiment
Shown in Fig. 1,2,3,4,5, embodiment 1: the present invention includes silk bucket 1, the pedestal 2 that turning cylinder 5 is installed that is installed on the turning cylinder 5, the Power Drive Unit 7 that drives the turning cylinder motion, it is characterized in that: described pedestal 2 is to carry out two rotating steadying bars that relative position is adjusted, two pedestals 2 are arranged side by side, on each pedestal 2, be separately installed with a turning cylinder 5, silk bucket 1 is installed, and these two turning cylinders 5 and silk bucket 1 also are the state of being arranged side by side with being arranged side by side of pedestal 2 on this turning cylinder 5; Angle adjusting device 6 is installed on pedestal 2, angle adjusting device 6 is meant that the axis that can make two buckets is the structure of space different surface beeline state, diameter according to the selected wire electrode of processing needs is adjusted pedestal 2 by angle adjusting device 6, makes the axis of two buckets 1 be space different surface beeline state.Be equipped with respectively into a rib 3 and wire vent rib 4 at two ends on two buckets, wherein goes into the side that a rib 3 is fixedly mounted on the silk bucket in the same way for two, is movably installed with wire vent rib 4 at silk bucket opposite side.On the extended surface of going into a rib 3 inboard faces of silk bucket 1, godet roller 8 is installed, wire electrode, is derived by the godet roller of opposite side up to touching wire vent rib 4 with have mercy on silk bucket 1 and back and forth twining by the compact arranged mode of silk with silk between two buckets of certain pre-tensioning by godet roller again.
As Fig. 5,6,7, shown in 8, one of described angle adjusting device 6 structures comprise pedestal base 9 that pedestal 2 is installed and the movable axis stand 10 that is hinged on the installation pedestal 2 on the pedestal base 9, one of movable axis stand 10 is hinged on by mandrel 11 on the extension base of pedestal base 9, pedestal base 9 is arranged side by side with movable axis stand 10, mandrel 11 on the extension base of pedestal base 9 of movable axis stand 10 rotates down in vertical direction, be provided with positioning supports turning cylinder 12 below the other end of movable axis stand 10, positioning supports turning cylinder 12 is cut the tangent plane 13 of axle center different distance vertically, rotational positioning supports turning cylinder 12 and guarantees that movable axis stand 10 is seated on the tangent plane of differing heights, form movable axis stand 10 and pedestal base 9 required angles, thereby the axis that guarantees two buckets is requisite space different surface beeline state.Movable axis stand 10 is strained and fixed on the extension base of pedestal base 9 by tie down screw 14.
Shown in Fig. 1,2,3,4, embodiment 2: the present invention includes silk bucket 1, the pedestal 2 that turning cylinder 5 is installed that is installed on the turning cylinder 5, the Power Drive Unit 7 that drives the turning cylinder motion, it is characterized in that: described pedestal 2 is to carry out two rotating steadying bars that relative position is adjusted, two pedestals 2 are arranged side by side, on each pedestal 2, be separately installed with a turning cylinder 5, silk bucket 1 is installed, and these two turning cylinders 5 and silk bucket 1 also are the state of being arranged side by side with being arranged side by side of pedestal 2 on this turning cylinder 5; Angle adjusting device 6 is installed on pedestal 2, angle adjusting device 6 is meant that the axis that can make two buckets is the structure of space different surface beeline state, diameter according to the selected wire electrode of processing needs is adjusted pedestal 2 by angle adjusting device 6, makes the axis of two buckets 1 be space different surface beeline state.
As Fig. 9,10,11, shown in 12, two of described angle adjusting device 6 structures comprise pedestal base 9 that pedestal 2 is installed and the movable axis stand 10 that is movably connected in the installation pedestal 2 on the pedestal base 9, the last plane of the pedestal base 9 of installation pedestal 2 is angle with the last plane of the movable axis stand 10 that pedestal 2 is installed and arranges, one of movable axis stand 10 is movably connected in by vertical axis 15 on the extension base of pedestal base 9, pedestal base 9 is arranged side by side with movable axis stand 10, vertical axis 15 on the extension base of pedestal base 9 of movable axis stand 10 is left-right rotation in the horizontal direction, form movable axis stand 10 and pedestal base 9 required angles, guarantee that the axis of two buckets is requisite space different surface beeline state.Movable axis stand 10 is fixed on the extension base of pedestal base 9 by set bolt 16.
Shown in Fig. 1,2,3,4, embodiment 3: the present invention includes silk bucket 1, the pedestal 2 that turning cylinder 5 is installed that is installed on the turning cylinder 5, the Power Drive Unit 7 that drives the turning cylinder motion, it is characterized in that: described pedestal 2 is to carry out two rotating steadying bars that relative position is adjusted, two pedestals 2 are arranged side by side, on each pedestal 2, be separately installed with a turning cylinder 5, silk bucket 1 is installed, and these two turning cylinders 5 and silk bucket 1 also are the state of being arranged side by side with being arranged side by side of pedestal 2 on this turning cylinder 5; Angle adjusting device 6 is installed on pedestal 2, angle adjusting device 6 is meant that the axis that can make two buckets is the structure of space different surface beeline state, diameter according to the selected wire electrode of processing needs is adjusted pedestal 2 by angle adjusting device 6, makes the axis of two buckets 1 be space different surface beeline state.
As Fig. 9,10,11, shown in 12, two of described angle adjusting device 6 structures comprise pedestal base 9 that pedestal 2 is installed and the movable axis stand 10 that is movably connected in the installation pedestal 2 on the pedestal base 9, the last plane of the pedestal base 9 of installation pedestal 2 is angle with the last plane of the movable axis stand 10 that pedestal 2 is installed and arranges, one of movable axis stand 10 is movably connected in by vertical axis 15 on the extension base of pedestal base 9, pedestal base 9 is arranged side by side with movable axis stand 10, vertical axis 15 on the extension base of pedestal base 9 of movable axis stand 10 is left-right rotation in the horizontal direction, form movable axis stand 10 and pedestal base 9 required angles, guarantee that the axis of two buckets is requisite space different surface beeline state.Movable axis stand 10 is fixed on the extension base of pedestal base 9 by set bolt 16.
One of described pedestal 2 structures comprise the bearing group 18 that turning cylinder 5 is installed and the end cap 19 of rigid bearing group 18, pedestal 2 is entire body structures, at pedestal two ends and turning cylinder 5 upper bearing (metal) step position opposite positions, be processed with bearing chamber and be used for fixing bearing outer ring, end cap 19 is installed on the pedestal 2, end cap 19 is installed on the pedestal 2 turning cylinder 5 by rigid bearing group 18, and the part that a side is used to install silk bucket 1 on the turning cylinder 5 is overhung at outside the pedestal 2.Pedestal 2 links to each other with angle adjusting device 6 by screw.
Shown in Fig. 1,2,3,4,5, embodiment 4: the present invention includes silk bucket 1, the pedestal 2 that turning cylinder 5 is installed that is installed on the turning cylinder 5, the Power Drive Unit 7 that drives the turning cylinder motion, it is characterized in that: described pedestal 2 is to carry out two rotating steadying bars that relative position is adjusted, two pedestals 2 are arranged side by side, on each pedestal 2, be separately installed with a turning cylinder 5, silk bucket 1 is installed, and these two turning cylinders 5 and silk bucket 1 also are the state of being arranged side by side with being arranged side by side of pedestal 2 on this turning cylinder 5; Angle adjusting device 6 is installed on pedestal 2, angle adjusting device 6 is meant that the axis that can make two buckets is the structure of space different surface beeline state, diameter according to the selected wire electrode of processing needs is adjusted pedestal 2 by angle adjusting device 6, makes the axis of two buckets 1 be space different surface beeline state.Be equipped with respectively into a rib 3 and wire vent rib 4 at two ends on two buckets, wherein goes into the side that a rib 3 is fixedly mounted on the silk bucket in the same way for two, is movably installed with wire vent rib 4 at silk bucket opposite side.On the extended surface of going into a rib 3 inboard faces of silk bucket 1, godet roller 8 is installed, wire electrode, is derived by the godet roller of opposite side up to touching wire vent rib 4 with have mercy on silk bucket 1 and back and forth twining by the compact arranged mode of silk with silk between two buckets of certain pre-tensioning by godet roller again.
As Fig. 5,6,7, shown in 8, one of described angle adjusting device 6 structures comprise pedestal base 9 that pedestal 2 is installed and the movable axis stand 10 that is hinged on the installation pedestal 2 on the pedestal base 9, one of movable axis stand 10 is hinged on by mandrel 11 on the extension base of pedestal base 9, pedestal base 9 is arranged side by side with movable axis stand 10, mandrel 11 on the extension base of pedestal base 9 of movable axis stand 10 rotates down in vertical direction, be provided with positioning supports turning cylinder 12 below the other end of movable axis stand 10, positioning supports turning cylinder 12 is cut the tangent plane 13 of axle center different distance vertically, rotational positioning supports turning cylinder 12 and guarantees that movable axis stand 10 is seated on the tangent plane of differing heights, form movable axis stand 10 and pedestal base 9 required angles, thereby the axis that guarantees two buckets is requisite space different surface beeline state.Movable axis stand 10 is strained and fixed on the extension base of pedestal base 9 by tie down screw 14.
Two of described pedestal 2 structures comprise the end cap 19 that turning cylinder 5 upper bearing (metal) groups 18 and rigid bearing group 18 are installed, pedestal 2 is U type structures, two end supports and turning cylinder 5 upper bearing (metal) step position opposite positions, be processed with bearing chamber and be used for fixing bearing outer ring, end cap 19 is installed on the pedestal 2 and by rigid bearing group 18 turning cylinder 5 is installed on the pedestal 2.Being used to install a part of bucket 1 in the middle of the turning cylinder 5 places between 2 liang of side stands of pedestal.Pedestal 2 links to each other with angle adjusting device 6 by screw.
At first according to the selection directly of line cutting electrode silk silk, adjust handle in the structure shown in one of the rotating clip angle regulating device structure figure five, drive 12 rotations of positioning supports turning cylinder, plane required on the positioning supports turning cylinder 12 is gone to movable axis stand 10 bottoms contact.At this moment the last mounting plane of pedestal base 9 and movable axis stand 10 forms default angle.Because it is as shown in Figure 1, two pedestals 2 are installed in respectively on the last mounting plane of pedestal base 9 and movable axis stand 10, this just makes pedestal 2 and goes up the turning cylinder 5 and silk bucket 1 locus of installing and changes thereupon, because the axis of turning cylinder 5 and silk bucket 1 is parallel to the last mounting plane of pedestal base 9 and movable axis stand 10 respectively, finally make the axis of two silk buckets 1 become the different surface beeline form, reach predefined angle.Tightening the above-mentioned state in tie down screw 14 backs is fixed.Wire electrode is by the godet roller 8 on the extended surface of going into a rib 3 inboard faces that is installed in silk bucket 1 then,, derive by the godet roller of opposite side again near going into have mercy on silk bucket 1 and between two buckets, back and forth twining by the compact arranged mode of silk of a rib with certain pre-tensioning up to touching the wire vent rib with silk.
In the said structure, two buckets 1 are arranged near the intersection common vertical line of two bucket axis; By the adjustment of two bucket axis angles, can make in theory in the wire electrode that twines between two buckets, the straightway part reaches very near simultaneously vertical degree with two axial lines.(perpendicularity of itself and two bucket axis is a basic size with the straightway partial-length, with the stripped deviation value of the perpendicularity of the two bucket axis highest ranking in shape and position of related features numerical value (GB1184-80) standard of tolerance in the GB of finding by handbook) is that can to regard the straightway part in the reality as simultaneously vertical with two bucket axis.
Go into a rib 3 by adjusting in advance on two buckets like this; Make two to go into the initial winding location of a rib 3 as wire electrode; The spatial form of wire electrode is, go into to survey in the rib around going into silk bucket 1 along two with the form vertical with two axial lines, behind bucket surface winding one circular arc, cut another bucket 1 with the form of straight lines of vertical two bucket axis, behind this bucket surface winding one circular arc, with the form of straight lines of vertical two bucket axis again around switchback precursor bucket, because of two bucket axis are got suitable angle, the more preceding circular arc wire electrode of point of penetration during wire electrode wraparound precursor bucket, on silk bucket bus, can produce the displacement of a wire electrode diameter, the wire electrode that is wraparound can be near last circular arc wire electrode after twining a circular arc on the silk bucket, form of straight lines with vertical two bucket axis is cut another bucket again, same its point of penetration can be subjected to displacement and wraparound again after twining near a last circular arc silk equally, and above-mentioned shape repeats up to touching wire vent rib 4.
Under the winding form of said structure and wire electrode, when silk bucket 1 during around the rotation of direction.Silk bucket is gone up the wire electrode of all arc sections that twine, and its position and shape on the silk bucket does not change and then do not change as long as go into the position of silk point; And above-mentioned to go into the silk point be wire electrode straightway part and the point of penetration of silk bucket, influenced by the straightway wire electrode and the perpendicularity of silk bucket axis.If when straightway wire electrode and silk bucket axis out of plumb, wire electrode tension will produce axial thrust load vertically, be subjected to it to influence wire electrode at 1 o'clock, the mobile vertically trend that forms helix that promptly has of going into to name a person for a particular job around going into the silk bucket.In the said structure, adjustment by two bucket 1 angles is also gone into the constraint of the initial alignment precision of a rib 3, in the deviation range that the axis play caused when all straightway parts of wire electrode and the perpendicularity of two bucket axis all were controlled at the build-up tolerance of deciding rib and the rotation of silk bucket.Structure when operation, by build-up tolerance, the silk bucket perpendicularity deviation that axial float caused and cause wire electrode suffered axial thrust load, under silk adjacent to each other and silk and the common constraint of going into a rib 3 wire vent ribs 4, be eliminated.When wire electrode moved in said structure, 1 spatial form that initially is wound in of two buckets can not be subjected to the influence of structure operation and remain unchanged.When the wire electrode of Len req is stored in the angle mariages barrel structure by going into the silk end, pass through wire outlet end again, guide back at last structure by reverse wheel therebetween again through the workspace and go into the silk end, and headtotail is ringwise the time, the rotation of silk bucket, any point on the wire electrode all can be along above-mentioned ring seal stability-of-path and continual one-way movements.Be exactly storage silk and the unidirectional wire that has realized the annular electro polar filament of Len req like this.
As shown in Figure 9 on the pedestal base 9 on plane and the movable axis stand 10 plane have default angle, there are angle equally in the pedestal 2 and the turning cylinder 5 of installation it on.When as figure nine original states, when two bucket axis were installed in the plane parallel with view, the angle of two axial lines was its projection angle in view, and at this moment the two axial lines angle is minimum.Rotate counterclockwise shown in two figure 11 of angle adjusting device structure and adjust handle in the structure, driving movable axis stand 10 is rotated counterclockwise, it is no longer parallel with view plane in view 9 for the axis of axle of at this moment installing on the movable axis stand 10 and silk bucket, with the axle of installation on the pedestal base 9 and the axis of silk bucket is benchmark rotation angle adjustment structure, when the axis of axle of installing on the movable axis stand 10 and silk bucket when it is parallel again with view plane in view nine, the projection angle of two axial lines in Fig. 9 is the angle of adjusted two axial lines.The adjusted angle of two axial lines is packed than initial angle and movable axis stand 10 to rotate counterclockwise the big more two axial lines angle of angle just big more.Can preestablish required angle according to the diameter of wire electrode like this, wherein angle is set at the required angle of the thinnest wire electrode and gets final product when as Fig. 9 original state.
Claims (10)
1, a kind of angle mariages barrel storage operating structure of linear cutting annular silk comprises silk bucket (1), the pedestal (2) that turning cylinder (5) is installed that is installed on the turning cylinder (5), the Power Drive Unit (7) that drives the turning cylinder motion, it is characterized in that:
Described pedestal (2) is to carry out two rotating steadying bars that relative position is adjusted, two pedestals (2) are arranged side by side, on each pedestal (2), be separately installed with a turning cylinder (5), silk bucket (1) is installed, and these two turning cylinders (5) and silk bucket (1) also are the state of being arranged side by side with being arranged side by side of pedestal (2) on this turning cylinder (5);
Angle adjusting device (6) is installed on pedestal (2), angle adjusting device (6) is meant that the axis that can make two buckets is the structure of space different surface beeline state, diameter according to the selected wire electrode of processing needs is adjusted pedestal (2) by angle adjusting device (6), makes the axis of two buckets (1) be space different surface beeline state.
2, the angle mariages barrel storage operating structure of linear cutting annular silk according to claim 1, it is characterized in that: be equipped with respectively into a rib (3) and wire vent rib (4) at two ends on two buckets, wherein go into the side that a rib (3) is fixedly mounted on the silk bucket in the same way for two, be movably installed with wire vent rib (4) at silk bucket opposite side.
3, the angle mariages barrel storage operating structure of linear cutting annular silk according to claim 1, it is characterized in that: on the extended surface of going into the inboard face of a rib (3) of silk bucket (1), godet roller (8) is installed, wire electrode is had mercy on thread barrel (1) with certain pre-tensioning by godet roller and is back and forth twined by the compact arranged mode of silk with silk between two buckets, is derived by the godet roller of opposite side up to touching wire vent rib (4) again.
4, the angle mariages barrel storage operating structure of linear cutting annular silk according to claim 1, it is characterized in that: one of described angle adjusting device (6) structure comprises pedestal base (9) that pedestal (2) is installed and the movable axis stand (10) that is hinged on the installation pedestal (2) on the pedestal base (9), one of movable axis stand (10) is hinged on by mandrel (11) on the extension base of pedestal base (9), pedestal base (9) is arranged side by side with movable axis stand (10), mandrel (11) on the extension base of pedestal base (9) of movable axis stand (10) rotates down in vertical direction, be provided with positioning supports turning cylinder (12) below the other end of movable axis stand (10), positioning supports turning cylinder (12) is cut the tangent plane (13) of axle center different distance vertically, rotational positioning supports turning cylinder (12) and guarantees that movable axis stand (10) is seated on the tangent plane of differing heights, form movable axis stand (10) and the required angle of pedestal base (9), thereby the axis that guarantees two buckets is requisite space different surface beeline state.
5, the angle mariages barrel storage operating structure of linear cutting annular silk according to claim 4, it is characterized in that: movable axis stand (10) is strained and fixed on the extension base of pedestal base (9) by tie down screw (14).
6, the angle mariages barrel storage operating structure of linear cutting annular silk according to claim 1, it is characterized in that: two of described angle adjusting device (6) structure comprises pedestal base (9) that pedestal (2) is installed and the movable axis stand (10) that is movably connected in the installation pedestal (2) on the pedestal base (9), the last plane of the pedestal base (9) of installation pedestal (2) is the angle layout with the last plane of the movable axis stand (10) that pedestal (2) is installed, one of movable axis stand (10) is movably connected in by vertical axis (15) on the extension base of pedestal base (9), pedestal base (9) is arranged side by side with movable axis stand (10), vertical axis (15) on the extension base of pedestal base (9) of movable axis stand (10) is left-right rotation in the horizontal direction, form movable axis stand (10) and the required angle of pedestal base (9), guarantee that the axis of two buckets is requisite space different surface beeline state.
7, the angle mariages barrel storage operating structure of linear cutting annular silk according to claim 6, it is characterized in that: movable axis stand (10) is fixed on the extension base of pedestal base (9) by set bolt (16).
8, the angle mariages barrel storage operating structure of linear cutting annular silk according to claim 1, it is characterized in that: one of described pedestal (2) structure comprises the bearing group (18) of installation turning cylinder (5) and the end cap (19) of rigid bearing group (18), pedestal (2) is the entire body structure, at pedestal two ends and turning cylinder (5) upper bearing (metal) step position opposite position, be processed with bearing chamber and be used for fixing bearing outer ring, end cap (19) is installed on the pedestal (2), end cap (19) is installed on the pedestal (2) turning cylinder (5) by rigid bearing group (18), and the last side of turning cylinder (5) is used for installing a part of bucket (1) and is overhung at outside the pedestal (2).
9, the angle mariages barrel storage operating structure of linear cutting annular silk according to claim 1, it is characterized in that: two of described pedestal (2) structure comprises the end cap (19) that turning cylinder (5) upper bearing (metal) group (18) and rigid bearing group (18) are installed, pedestal (2) is a U type structure, two end supports and turning cylinder (5) upper bearing (metal) step position opposite position, be processed with bearing chamber and be used for fixing bearing outer ring, end cap (19) is installed in pedestal (2) upward is installed on the pedestal (2) turning cylinder (5) by rigid bearing group (18).Being used for installing a part of bucket (1) in the middle of the turning cylinder (5) places between pedestal (2) two side stands.
10, according to Claim 8 or the angle mariages barrel storage operating structure of 9 described linear cutting annular silks, it is characterized in that: pedestal (2) links to each other with angle adjusting device (6) by screw.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910065816A CN101628352A (en) | 2009-08-17 | 2009-08-17 | Included angle double-wire barrel storage operating structure of linear cutting annular wire |
| CN2009102075783A CN101693314B (en) | 2009-08-17 | 2009-10-22 | Included angle double wire barrel storage operation structure of line-cutting ring-shaped electrode wires |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910065816A CN101628352A (en) | 2009-08-17 | 2009-08-17 | Included angle double-wire barrel storage operating structure of linear cutting annular wire |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101628352A true CN101628352A (en) | 2010-01-20 |
Family
ID=41573723
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200910065816A Pending CN101628352A (en) | 2009-08-17 | 2009-08-17 | Included angle double-wire barrel storage operating structure of linear cutting annular wire |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101628352A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104551279A (en) * | 2014-04-23 | 2015-04-29 | 俄家齐 | Unidirectionally and endlessly circulated wire storage and running mechanism |
| CN105834535A (en) * | 2016-02-23 | 2016-08-10 | 安徽省振泉数控科技有限公司 | Ultra efficient energy-saving type double-wire-winding-drum wire conveying mechanism |
| CN105855651A (en) * | 2016-02-23 | 2016-08-17 | 安徽省振泉数控科技有限公司 | Double-wire-cylinder electric spark linear cutting machine tool |
| CN105852531A (en) * | 2016-04-07 | 2016-08-17 | 中山艾华企业管理咨询有限公司 | Exhibition stand with movable overturn piece |
| CN113275682A (en) * | 2021-04-29 | 2021-08-20 | 张晶 | Wire guide of wire cutting machine for die production and processing |
-
2009
- 2009-08-17 CN CN200910065816A patent/CN101628352A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104551279A (en) * | 2014-04-23 | 2015-04-29 | 俄家齐 | Unidirectionally and endlessly circulated wire storage and running mechanism |
| CN105834535A (en) * | 2016-02-23 | 2016-08-10 | 安徽省振泉数控科技有限公司 | Ultra efficient energy-saving type double-wire-winding-drum wire conveying mechanism |
| CN105855651A (en) * | 2016-02-23 | 2016-08-17 | 安徽省振泉数控科技有限公司 | Double-wire-cylinder electric spark linear cutting machine tool |
| CN105852531A (en) * | 2016-04-07 | 2016-08-17 | 中山艾华企业管理咨询有限公司 | Exhibition stand with movable overturn piece |
| CN113275682A (en) * | 2021-04-29 | 2021-08-20 | 张晶 | Wire guide of wire cutting machine for die production and processing |
| CN113275682B (en) * | 2021-04-29 | 2023-08-29 | 重庆渝江新高模具有限公司 | Wire guide of wire electric discharge machine for die production and processing |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101628352A (en) | Included angle double-wire barrel storage operating structure of linear cutting annular wire | |
| CN106001322B (en) | Tie hoop continuous synchronization processing machine and processing method | |
| CN103170560B (en) | Steel wire ring winding machine | |
| CN102826411A (en) | Winding machine | |
| KR102065898B1 (en) | Formation apparatus of iron rod frame for electric pole manufaturing | |
| CN203401170U (en) | Double-wire barrel wire conveying mechanism of lead screw gear movement wire discharging mode | |
| CN103433580A (en) | Double-wire barrel wire conveying mechanism with wire arrangement mode through movement of lead screw and gear | |
| CN106881773A (en) | Horizontal resection abrasive wire sawing machine | |
| CN106275557B (en) | A kind of full-automatic tank body wrapping machine | |
| JP5578305B2 (en) | Filament winding equipment | |
| CN104471149A (en) | Foundation for wind turbines | |
| CN101693314B (en) | Included angle double wire barrel storage operation structure of line-cutting ring-shaped electrode wires | |
| KR101277422B1 (en) | Winder with monitored secondary travel | |
| CN103401382A (en) | Motor stator wire stretcher | |
| CN100581761C (en) | Transmission cable take-up and pay-off device of planetary cutting machine | |
| CN107720424A (en) | A kind of take-up of braider | |
| CN107672069B (en) | A kind of multi-line cutting machine of achievable column-shape curved surface processing | |
| CN206475308U (en) | Horizontal resection abrasive wire sawing machine | |
| CN201720567U (en) | Inclined angle double-silk bucket storing and running structure for linearly cutting annular electrode wire | |
| CN209591661U (en) | A kind of buncher | |
| CN111531247A (en) | Flame cutting device of pipe body | |
| CN102848567B (en) | Special large-caliber low-pressure rubber pipe numerical control winding machine for engineering machine and production method thereof | |
| CN106695039A (en) | Cutting wire closed-loop one-way wire moving device of multi-set-wire-cylinder electrical spark wire cutting machine tool | |
| CN103406622A (en) | Wire travelling mechanism of double-drum multi-layer winding and reciprocating wire travelling linear cutting machine | |
| KR100803021B1 (en) | Spiral winding device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |