KR101218094B1 - The coil support unit of the coil forming machine for the generator rotor - Google Patents

Abstract

The present invention relates to a coil forming machine for a generator rotor having a coil supporter unit.
The coil forming machine for the generator rotor having the coil supporter unit according to the present invention is disposed above the supporter frame 110 and the supporter frame 110 to shift the rotational movement input to the input shaft 210 and change the direction of movement. It is installed on the handle shaft 120, the handle shaft 120 connected to the gearbox unit 200, the input shaft 210 to rotate the input shaft 210, and outputs the output shaft 220 to the handle shaft 120 It is connected to the handle 130 and the output shaft 220 to rotate the 120 120 includes a arm unit 160 that pivots about the output shaft 220 and the coil (C) on the end.

Description

The coil support unit of the coil forming machine for the generator rotor}

The present invention relates to a coil supporter unit of a coil forming machine for a generator rotor, and more particularly, in order to prevent sagging and deformation of the coil material described above when molded to have curvature on both sides of the coil material molded into a C shape. The coil supporter unit of the coil forming machine for generator rotor which receives the above-mentioned coil raw material is related.

Typically a coil is arranged in the generator rotor, which acts as a conductor through which a direct current flows to make the electromagnet when the rotor is rotated.

On the other hand, the coil described above is hollow and is cooled by air while air flows inside the coil.

In addition, the above-described coil is formed in a C-shape, one of the coil end and the other coil end is brazed (Brazing), and in this form sequentially stacked in multiple layers / multiple layers as shown in Figure 1 Coil assembly Ca (Cb) is comprised.

On the other hand, the generator rotor 10 has an overall outer shape is formed in a cylindrical shape, the coil mounting portion 12 is disposed on one side, the above-described coil mounting portion 12, the inner and outer first, second coil group (Ca) , Cb) is installed.

In addition, the above-mentioned coil C of the inner coil group Ca and the end portion of the coil C of the outer coil group Cb abut, and the abutting portion is brazed.

The coil C described above will be described in more detail. As shown in FIG. 2A, the straight material c1 is formed by forming the bent portion c2 by forming the bent portion c2 at right angles to both sides, and forming the portion. A portion of the corner curvature section (Rc) is formed, thereby providing a C-type coil (C).

Then, as shown in (b) of FIG. 2, the curvature section (R) is formed so that the linear bending portion (c2) can be disposed on the outer diameter of the generator rotor 10, the ends of both curvature sections (R) First and second linear sections La and Lb are respectively formed in the second and second linear sections La and Lb.

Meanwhile, the heights of the first linear section La and the second linear section Lb may be different from each other, and the height difference may be similar to the thickness of the coil C.

Subsequently, as shown in FIG. 2C, the end of the coil C abuts against the first coil group Ca and the second coil group Cb, and the first linear section La is either. Brazing (welding) the end of the other end and the second linear section (Lb) of the other, by repeating this process is to connect a plurality of coils arranged in a plurality of layers / rows like a line.

That is, in order to arrange the coil C in the generator rotor 10, the shape of the coil C is required to be plastically deformed to have a fine curvature.

On the other hand, the total length (CL) of the above-described coil (C) is required differently depending on the capacity of the generator, the larger the capacity of the generator, the longer the total length (CL) of the coil (C) is produced.

However, in the coil C described above, the bent portion C2 at both ends is formed by the coil forming machine A into a curvature section R and a linear section L and La Lab. The distance between the forming machine (A-1) and the other coil forming machine (A-2) can be arranged far, the middle portion of the coil (c) has a problem that the sag occurs.

In addition, an unintentional deformation of the coil C itself occurs due to the sag of the middle portion of the coil C, which causes the coil C to have an irregular shape, thereby disposing the coil C in the generator rotor 10. There is a problem that can not be smoothly aligned.

In addition, when the defective coil C is installed in the generator rotor 10 in a state in which an unspecified portion of the coil C is abnormally deformed, the stress is generated inside the coil C by artificially unfolding the coil C. These stresses cause interference between other adjacent coils (C) and other adjacent components, causing failure of the generator rotor (10).

Accordingly, an object of the present invention is to provide a coil supporter unit of a coil forming machine for a generator rotor that can prevent the middle portion of the coil from being treated or arbitrarily deformed when molding to have a curvature on the C-type coil. There is this.

The present invention has been made in view of the above problems, and it is an object of the present invention to at least partially solve the problems in the conventional arts. There will be.

In order to achieve the above technical problem, the present invention, to form a coil material having a hollow in which the cooling air flows inside the electric conductor having a curvature section of curvature corresponding to the outer diameter of the generator rotor A coil forming machine for a generator rotor, comprising: a rail frame; A first coil forming machine for forming one end of the coil for the generator rotor provided at one end of the rail frame; A second coil forming machine movably provided at the other end of the rail frame to form the other end of the coil for the generator rotor; And a generator rotatably provided between the first coil forming machine and the second coil forming machine to correspond to the height of the coil for the generator rotor determined by the first coil forming machine and the second coil forming machine. And a coil supporter unit supporting an intermediate portion of the coil for use, wherein the coil supporter unit comprises: a supporter frame disposed on an upper side of the rail frame; A gear box unit disposed on an upper side of the supporter frame to shift a rotational movement input to an input shaft and change a direction of movement to output to an output shaft arranged in parallel with the rail frame; A handle shaft connected to the input shaft to rotate the input shaft; A handle installed at the handle shaft to rotate the handle shaft; An arm unit having one end connected to the output shaft to pivot about the output shaft and having an arm horizontal surface and an arm vertical surface so that the coil for the generator rotor can be mounted on the other end; And a rest unit formed of a non-metal material and disposed at an outer end of the arm unit to support and support the coil for the generator rotor. The coil forming machine for a generator rotor having a coil supporter unit is provided. do.
The apparatus may further include a clamp unit installed at one side of the gearbox unit to prevent rotation of the handle shaft.

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In addition, the clamp unit is a bracket installed on one side of the gearbox unit; A clamp body installed in the bracket, through which a part of the handle shaft is penetrated, a slit is formed at a lower side thereof, and a hole is formed at one side about the slit and a female thread is formed at the other side; And a clamp handle through which a male screw penetrates the hole and is fastened to the female screw.

In addition, the bracket is installed on one side of the gearbox unit; And a housing installed on the bracket to rotatably support the handle shaft.

In addition, the arm unit may be arranged in plurality, the spacer disposed between any one arm unit and the other arm unit to allow the plurality of arm units to maintain a constant distance; may further include a.
Further comprising a transfer unit for transferring the second coil forming machine, the transfer unit, a transfer nut block provided on one side of the second coil forming machine; A conveying screw shaft screwed to the conveying nut block on one side of the rail frame; And a feed drive motor for rotationally driving the feed screw shaft.

The rest unit may have a rest horizontal surface formed to protrude from an arm horizontal plane formed at an outer end of the arm unit, and a rest vertical surface protruded from an arm vertical plane formed at an outer end of the arm unit.

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In addition, the base plate disposed on the lower side of the supporter frame; A horizontal roller unit installed on the side of the base plate; A vertical roller unit installed below the base plate; A rail unit disposed such that the horizontal roller unit is in contact with an upper side and the vertical roller unit is in contact with a side surface; And a rail frame on which the rail unit is disposed.

In addition, the cover is installed on the side of the base plate to protect the horizontal roller unit from the external environment; may further include a.

The base plate may further include a guide block installed at one side of the base plate to prevent the base plate from being separated from the rail unit.

Specific details of other embodiments are included in the detailed description and the drawings.

The coil supporter unit of the coil forming machine for a generator rotor according to the present invention made as described above is capable of forming a high-quality coil by preventing the intermediate portion of the coil from sagging or deforming arbitrarily when molding to have a curvature on the C-type coil. To help.

On the other hand, the coil supporter unit of the coil forming machine for a generator rotor according to the present invention, it is possible to change the initial position of the coil before the coil is formed, thereby also used to form a coil of various forms having different lengths of curvature intervals Can be.

1 is a view for explaining a configuration in which a coil is disposed in the generator rotor.
2 is a view for explaining a process in which the coil material is formed as a coil to be placed in the generator rotor.
3 is a view for explaining a configuration in which coils of various lengths are arranged in a generator rotor.
4 is a view for explaining an example in which the coil supporter unit of the coil forming machine for the generator rotor according to an embodiment of the present invention is installed between the coil forming machine on both sides.
5 and 6 are a perspective view and a front view for explaining a coil supporter unit of a coil forming machine for a generator rotor according to an embodiment of the present invention.
7 is a view for explaining the arm unit and the gearbox unit in the coil supporter unit of the coil forming machine for a generator rotor according to an embodiment of the present invention.
8 is a view for explaining a clamp unit in the coil supporter unit of the coil forming machine for a generator rotor according to an embodiment of the present invention.
9 is a view for explaining the arm unit in the coil supporter unit of the coil forming machine for a generator rotor according to an embodiment of the present invention.
10 is a view for explaining the transfer of the coil supporter unit in the coil supporter unit of the coil forming machine for a generator rotor according to an embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and how to accomplish them, will become apparent by reference to the embodiments described in detail below with reference to the accompanying drawings.

Like reference numerals refer to like elements throughout the specification.

First, the coil C will be described with reference to the accompanying drawings.

As shown in FIG. 1, the coil C is arranged in a double row / double layer in the generator rotor 10.

In addition, the C-shaped coil C is provided in the first and second coil groups Ca and Cb, and combines one of the first coil groups Ca and the other second coil group Cb. Thereby providing a completed coil leading to one line.

Meanwhile, as shown in FIG. 2, each coil C of the first coil group Ca and each coil C of the second coil group Cb are bonded to each other by a welding method such as brazing. In detail, a linear section L is formed at the end of the curvature section R of the coil C, and the linear section La of the first coil group Ca and the linear section of the second coil group Cb. The end of Lb abuts and is welded.

On the other hand, the coil C of the C type has a shorter curvature section R as the inner coil group Ci having the first coil group Ca and the second coil group Cb disposed closer to each other. The longer the outer curvature group Co in which the group Ca and the second coil group Cb are disposed farther, the longer the length of the curvature section R is.

The length of the above-described curvature section R will be described in more detail with reference to FIG. 3.

The coils C are arranged in similar symmetry to the first coil group Ca and the second coil group Cb on both left and right sides from the coil center line Y.

The reason why the above-described arrangement of the coils C is not perfectly symmetrical is that when the first coil group Ca and the second coil group Cb are combined, they form one completed coil. This is because the upper side is connected to the lower side of the coil end of the state side.

Meanwhile, when the coil C is disposed in the generator rotor 10, the coil C may be classified into the outer coil group Co, the middle coil group Cm, and the inner coil group Ci according to the distance from the coil center line Y. The length of each coil may have the longest curvature length R1 of the outer coil group Co, the shortest coil length R3 of the inner coil group Co, and the curvature length of the middle coil group Cm. R2 is in the range of the maximum curvature length R1 and the minimum curvature length R3.

That is, as described above, the curvature length R may vary depending on how much the coil C is disposed.

On the other hand, when the total length CL of the coil C is long, a sag phenomenon occurs in the middle portion of the coil C, and due to the sag phenomenon, the coil C may be deformed into an unintended form. As shown in FIG. 4 to prevent deformation, the coil supporter unit 100 according to an embodiment of the present invention may be used.

In addition, the coil supporter unit 100 according to an embodiment of the present invention may be provided in plural, the plurality of coil supporter units 100 may be arranged at equal intervals, or the coil supporter at an unspecified arbitrary position. The unit 100 may be located.

The arrangement of the coil supporter unit 100 described above will be described in more detail as follows.

The first coil forming machine A-1 is fixed to the rail frame 510, and the other second coil forming machine A-2 is slidably configured in the above-described rail frame 510.

The slidable configuration of the above-described second coil forming machine A-2 uses a known technique. As an example, a wheel, a roller, a slider, a linear motion (LM) unit, or the like may be used.

On the other hand, one side of the above-described rail frame 510 may be provided with a transfer unit 500 for transferring the above-described second coil forming machine (A-2).

In the above-described transfer unit 500, a transfer nut block 520 is installed on one side of the second coil forming machine A-2 described above, and the transfer screw shaft 530 is disposed on one side of the rail frame 510. To be installed, the above-mentioned transfer screw shaft 530 is screw-coupled with the above-mentioned transfer nut block 520 and rotated by the transfer drive motor 540.

That is, the above-mentioned second coil forming machine A-2 to be slid by the driving of the feed drive motor 540 is linearly moved, and the fixed first coil forming machine A-1 and the second to be slid are The distance between the coil forming machines A-2 may be determined according to the size of the coil C to be molded.

For example, when the capacity of the generator is large, the length of the coil C will be long because the size of the generator rotor is large, in this case, the fixed first coil forming machine A-1 and the second coil forming machine to be slid. The distance between (A-2) will be far apart.

On the other hand, when the distance between the fixed first coil forming machine A-1 and the second coil forming machine A-2 to be slid is far, deflection may occur in an intermediate portion of the coil C. In order to prevent sagging, the coil supporter unit 100 according to the exemplary embodiment of the present invention is installed.

Coil support unit 100 according to an embodiment of the present invention may be arranged in plurality in accordance with the length of the coil (C), thereby preventing a particular portion of the coil (C) from abnormally sag or deformation do.

Hereinafter, the coil supporter unit 100 according to an embodiment of the present invention will be described with reference to FIGS. 5 to 7.

5 and 6 are a perspective view and a front view for explaining the coil supporter unit 100 of the coil forming machine for a generator rotor according to an embodiment of the present invention, Figure 7 is an embodiment of the present invention In the coil supporter unit of the coil forming machine for the generator rotor according to the drawings for explaining the arm unit and the gearbox unit.

In the coil supporter unit 100 according to the exemplary embodiment of the present invention, the gear box unit 200 is installed on the upper side of the supporter frame 110, and the handle 130 is provided on the input shaft of the gear box unit 200. The arm unit 160 is installed at the output shaft of the gearbox unit 200 described above.

The gearbox unit 200 is composed of a gear train including a worm gear and a worm wheel, and the input shaft 210 is disposed on the worm gear, and the output shaft 220 is disposed on the worm wheel. The rotational direction and the rotational speed which are input at) are changed and output from the output shaft 220, and such a configuration uses a known technique, and thus a detailed description thereof will be omitted.

In addition, the handle shaft 120 is axially coupled to the above-described input shaft 210, the handle 130 is provided on one side of the handle shaft 120.

Meanwhile, a bracket 140 may be installed at one side of the above-described gearbox unit 200, and a housing 142 may be installed at the bracket 140 to support the aforementioned handle shaft 120.

In addition, the above-described bracket 140 may be further provided with a clamp unit 150 to prevent the above-described handle shaft 120 is arbitrarily rotated.

The arm unit 160 is fixed to the above-described output shaft 220, the arm unit 160 is provided in the form of a cantilever, and the rest unit 170 for placing the coil C on the outer end of the arm unit 160. Is placed.

The clamp unit 150 described above may be used when the arm unit 160 is changed to a desired posture and then the fixed position is to be fixed.

The clamp unit 150 described above will be described in more detail with reference to FIG. 8.

8 is a view for explaining the clamp unit 150 in the coil supporter unit 100 of the coil forming machine for a generator rotor according to an embodiment of the present invention.

As shown in FIG. 8, the clamp unit 150 has the above-described handle shaft 120 penetrated to one side of the clamp body 151, and a clamp handle 156 is provided at the lower side thereof so that the above-described handle shaft 120 is provided. It is a structure to tighten, and the clamp body 151 mentioned above is installed in one side of the bracket 140 mentioned above.

The above-described clamp body 151 has a boss hole 152 formed therein, and a slit 153 for opening the boss hole 152 described above is formed at the lower side of the clamp body 151, and the aforementioned slit ( A hole 154 and a female thread 155 are formed in the clamp body 151 described above to penetrate 153.

In addition, the above-described handle shaft 120 penetrates the boss hole 152 and is rotatably installed.

The above-described clamp handle 156 has a male screw 157 formed at one side, and the male screw 157 is fastened to the female screw 155 through the hole 154 and the slit 153 described above.

That is, when the clamp handle 156 described above is tightened, the handle shaft 120 is fixed to the clamp body 151, and when the clamp handle 156 is loosened, the handle shaft 120 is loosened. It can be rotated freely.

The arm unit 160 described above is configured to mount the coil C on an end thereof, which will be described with reference to FIG. 9.

9 is a view for explaining the arm unit 160 in the coil supporter unit of the coil forming machine for a generator rotor according to an embodiment of the present invention.

As shown in FIG. 9, the arm unit 160 is provided with the output shaft 220 of the gearbox unit 200. When the output shaft 220 is rotated, as shown in FIG. The posture may change from horizontal to inclined posture.

More specifically, the arm boss 162 is formed at one side of the arm unit 160, and the output shaft 220 is installed at the arm boss 162 described above, and the arm boss 162 and the output shaft ( 220 may be secured so as not to rebound.

In addition, a coil rest having a right angle shape is formed on the outside of the arm unit 160 by the arm horizontal plane 163 and the arm vertical plane 164.

In addition, the end of the above-described arm unit 160 may be further provided with a rest unit 170, the rest unit 170 is a coil rest of the rectangular shape by the rest horizontal plane 171 and the rest vertical surface 172 (coil) rest is formed.

On the other hand, the rest unit 170 may be provided with a non-metallic material, thereby preventing the coil C from being scratched or deformed when the coil C is placed on the coil supporter unit 100, and the rest The material of the unit 170 may be a synthetic resin.

In addition, the rest horizontal surface 171 of the rest unit 170 described above may be disposed to protrude more than the arm horizontal surface 163 described above, whereby the coil C when the coil C is placed on the rest unit 170. And the arm unit 160 may not be in direct contact.

In addition, the rest vertical surface 172 of the above-described rest unit 170 may be disposed to protrude more than the above-described arm vertical surface 164, whereby the coil C when the coil C is placed on the rest unit 170. And the arm unit 160 may not be in direct contact.

Meanwhile, the arm unit 163 described above may be provided in plural, as shown in FIG. 9, and a spacer 174 is disposed between the arm units 163 on both sides such that the arm units 163 on both sides are spaced apart. You can keep it constant.

That is, since the arm unit 163 is provided in plural as compared with the number provided in the singular, the area in contact with the coil C when the support of the coil C is widened can support the coil C more stably.

On the other hand, the coil supporter unit 100 may be artificially moved according to the intention of the operator, which will be described with reference to FIG. 10.

Accompanying drawings Figure 10 is a view for explaining the transfer of the coil supporter unit 100 in the coil supporter unit 100 of the coil forming machine for generator rotor according to an embodiment of the present invention.

As shown in FIG. 10, the base plate 180 is provided below the supporter frame 110, and the horizontal roller unit 181 and the vertical roller unit 182 are provided on the side and bottom of the base plate 180 described above, respectively. This is installed.

In addition, a cover 183 is provided outside the horizontal roller unit 181 to protect the horizontal roller unit 181 from the external environment.

In addition, the guide block 184 may be disposed on one side of the vertical roller unit 182 described above.

On the other hand, the rail unit 512 may be disposed on the rail frame 510, the above-described horizontal roller unit 181 is placed on the upper surface of the above-described rail unit 512, the rolling contact, the above-described rail unit 512 The inner surface of the vertical roller unit 182 described above may be in contact with the cloud.

In addition, one side of the above-described rail unit 512 is configured such that the above-described guide block 184 is in contact with the side and the lower surface to prevent the coil supporter unit 100 from being separated from the rail frame 510.

That is, the coil supporter unit 100 may be transferred from the rail frame 510 by the horizontal roller unit 181 described above, and the vertical roller unit 182 may be railed when the coil supporter unit 100 is transferred. It guides to move along the unit 512.

As a result, when the total length CL of the coil C is long, the coil supporter unit 100 may be disposed at an appropriate position so that the coil C does not sag at the discretion of the operator. It is possible to solve the problem of sagging or deformation by.

Meanwhile, the distance of the curvature section R may vary depending on the positions of the coils C, which are disposed in the generator rotor 10. The coil C may be fixed in advance at a position where the coil C is initially fixed. By setting the height of the curvature of the coil (C) is molded.

At this time, the fixed height of the coil (C) can be changed according to the length of the curvature section of the coil (C), to change the angle of the arm unit 160 to correspond to such a change in height.

That is, when the height to fix the coil C is determined in the first and second coil forming machines A-1 and A-2, the angle of the arm unit 160 is changed to correspond to the height. When the handle 130 is turned, the input shaft 210 drives the gear box unit 200 to move the output shaft 220, and the output shaft 220 lifts or lowers the arm unit 160.

Therefore, the coil supporter unit 100 according to an embodiment of the present invention can prevent the middle portion of the coil C from sagging or arbitrarily deformed, and the arm corresponding to the position where the coil C is initially fixedly installed. The posture of the unit 160 can be actively changed to support the coil C more stably.

Furthermore, since the coil C is not twisted or deformed by the weight of the coil C while the coil C is being formed, residual stress does not occur inside the coil C after the molding of the coil C is completed, so that the generator rotor 10 The coil C is correctly aligned when the coil C is arranged in the same direction.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art. will be.

It is therefore to be understood that the embodiments described above are to be considered in all respects only as illustrative and not restrictive, the scope of the invention being indicated by the appended claims, It is intended that all changes and modifications derived from the equivalent concept be included within the scope of the present invention.

The coil forming machine according to the invention can be used to fabricate a coil to be placed in a generator rotor.

C: coil Ca, Cb: first and second coil groups
Ci: inner coil group Co: outer coil group
Cm: middle coil group CL: coil length
C1: coil material straight section C2: coil material bending section
Rc: corner curvature interval R, R1, R2, R3, Rn: curvature interval
L, La, Lb: Linear Section 10: Generator Rotor
A-1, A-2: 1st, 2nd coil forming machine 100: coil supporter unit
110: supporter frame 120: handle shaft
130: handle 140: bracket
142: housing 150: clamp unit
151: clamp body 152: boss hole
153: slit 154: hole
155: internal thread 156: clamp handle
157: male thread
160: arm unit 162: arm boss
163: arm horizontal plane 164: arm vertical plane
170: rest unit 171: rest horizontal plane
172: vertical rest 174: spacer
180: base plate 181: horizontal roller unit
182: vertical roller unit 183: cover
184: guide block 200: gear box unit
210: input shaft 220: output shaft
500: transfer unit 510: rail frame
512: rail unit 520: feed nut block
530: feed screw shaft 540: feed drive motor

Claims (10)

Generator rotor for shaping the coil material (C1) having a hollow in which the cooling air flows inside the electric conductor with a curvature section (C2) of curvature corresponding to the outer diameter of the generator rotor (10) As a coil forming machine,
Rail frame 510;
A first coil forming machine (A-1) for molding one end of the coil for generator rotor (C) provided at one end of the rail frame (510);
A second coil forming machine (A-2) movably provided at the other end of the rail frame (510) to form the other end of the coil (C) for the generator rotor; And
It is provided between the first coil forming machine (A-1) and the second coil forming machine (A-2) so as to be movable, and the first coil forming machine (A-1) and the second coil forming machine (A). And a coil supporter unit (100) supporting an intermediate portion of the generator rotor coil (C) corresponding to the height of the generator rotor coil (C) determined by -2).
The coil supporter unit 100,
A supporter frame (110) disposed above the rail frame (510);
The gearbox unit disposed on the supporter frame 110 to shift the rotational motion input to the input shaft 210 and change the direction of movement to output to the output shaft 220 arranged in parallel with the rail frame 510. 200;
A handle shaft 120 connected to the input shaft 210 to rotate the input shaft 210;
A handle (130) installed on the handle shaft (120) to rotate the handle shaft (120);
One end is connected to the output shaft 220 to pivot about the output shaft 220, the other end of the arm horizontal plane 163 and the arm vertical surface 164 so that the coil for generator rotor (C) can be placed An arm unit having a coil supporting the generator rotor (C); And
A rest unit (170) formed of a non-metal material and disposed at an outer end of the arm unit (160) to contact and support the coil (C) for the generator rotor;
Coil forming machine for a generator rotor having a coil supporter unit, characterized in that it comprises a.
The method of claim 1,
A clamp unit 150 installed at one side of the gearbox unit 200 to prevent rotation of the handle shaft 120;
Coil forming machine for a generator rotor having a coil supporter unit further comprising.
The method of claim 2, wherein the clamp unit 150,
A bracket 140 installed at one side of the gearbox unit 200;
It is installed in the bracket 140 and a portion of the handle shaft 120 is penetrated, and a slit 153 is formed at the lower side, and a hole 154 is formed at one side about the slit 153 and the other A clamp body 151 having a female thread 155 formed thereon; And
A clamp handle 156 through which a male screw 157 penetrates the hole 154 and is fastened to the female screw 155;
Coil forming machine for a generator rotor having a coil supporter unit comprising a.
The method of claim 1,
A bracket 140 installed at one side of the gearbox unit 200; And
A housing 142 installed on the bracket 140 to rotatably support the handle shaft 120;
Coil forming machine for a generator rotor having a coil supporter unit further comprising.
The method of claim 1,
The arm unit 160 is disposed in plural, and disposed between any one arm unit 160 and the other arm unit 160 to keep the plurality of arm units 160 at constant intervals. Spacer 174;
Coil forming machine for a generator rotor having a coil supporter unit further comprising.
The method of claim 1,
Further comprising a transfer unit 500 for transferring the second coil forming machine (A-2),
The transfer unit 500, the transfer nut block 520 is provided on one side of the second coil forming machine (A-2); A transfer screw shaft 530 screwed to the transfer nut block 520 on one side of the rail frame 510; And a feed drive motor (540) for rotationally driving the feed screw shaft (530). The coil forming machine for a generator rotor having a coil supporter unit.
7. The method according to any one of claims 1 to 6,
The rest unit 170,
The rest horizontal surface 171 is formed to protrude from the arm horizontal surface 163 formed at the outer end of the arm unit 160,
The rest vertical surface 172 is formed to protrude from the arm vertical surface 164 formed at the outer end of the arm unit 160.
Coil forming machine for a generator rotor having a coil supporter unit, characterized in that.
The method of claim 7, wherein
A base plate 180 disposed below the supporter frame 110;
A horizontal roller unit 181 installed on the side of the base plate 180;
A vertical roller unit 182 installed below the base plate 180;
A rail unit 512 disposed such that the horizontal roller unit 181 is in contact with an upper side and the vertical roller unit 182 is in contact with a side surface thereof; And
A rail frame 510 on which the rail unit 512 is disposed;
Coil forming machine for a generator rotor having a coil supporter unit further comprising. The method of claim 8,
A cover 183 installed at a side of the base plate 180 to protect the horizontal roller unit 181 from an external environment;
Coil forming machine for a generator rotor having a coil supporter unit further comprising. The method of claim 8,
A guide block 184 installed at one side of the base plate 180 to prevent the base plate 180 from being separated from the rail unit 512;
Coil forming machine for a generator rotor having a coil supporter unit further comprising.

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