KR20000008089A - Thread winder for sample - Google Patents

Abstract

PURPOSE: A thread winder for a sample is provided to quickly and exactly wind up the thread for the sample. CONSTITUTION: The thread winder(10) for the sample comprises:a body(20) consisted of a supporting member(26) for supporting a base plate(22); a bobbin installing unit(30) installed to possibly revolve on the front part of the supporting member; a tension regulation device(40) fixed and installed on the body to regulate the tension of the thread; a winder(50) for winding up the thread in a regular interval; a position regulation device(60) for winding up to horizontally move the position of winding up; a driving device(70) for feeding a driving force to the winder and the position regulation device for winding up.

Description

Thread Winding Machine for Sample

The present invention relates to a thread winding machine for a specimen, and more particularly, to a sample thread by an electrical force rather than manual labor, so as to wind up the sample thread more quickly and accurately in winding the sample thread on a specimen board. A sample thread winding machine for winding on a plate.

In general, as the industry advances, yarns of various materials and colors are provided, so that manufacturers and other consumers who use the yarns of various materials and colors can easily purchase the desired yarns at a glance. This is wound by a certain interval on the observation plate of a predetermined size by material and color.

Conventionally, each thread was wound directly on the actual sized specimen of a predetermined size with a human hand.

However, when the yarn is wound by the above-described conventional method, it takes a long time, there is a problem that a lot of labor costs, and there is also a problem that the appearance of the yarn is not uniform because it is not uniform.

Accordingly, the present invention has been made to solve the above-described problems, and to provide a sample thread winding machine for winding various types of yarns at regular intervals on the actual inspection board without winding the human hand directly. There is this.

According to an embodiment of the present invention to achieve the object as described above, the side plate is placed in each of the left and right sides of the upper surface of the base plate, the body consisting of a support member for supporting the base plate, the support member of the body A failure mounting part rotatably installed on the front side and having a plurality of failures mounted thereon; a tension adjusting device fixed to the body so that the tension of the thread drawn out from the failure mounted on the failure mounting portion is adjusted; The winding device configured on both side plates of the body and the winding position of the thread installed on the front side of the winding device so that each thread drawn out of the thread is wound at regular intervals to be rotatably installed. Winding position adjusting device for horizontally moving at intervals, and driving means for applying a driving force to the winding device and the winding position adjusting device. It provides a sample thread winding machine characterized in that.

Thread winding machine for a sample according to an embodiment of the present invention is inserted into the winding position adjusting device, the tension is adjusted by the tension control device is drawn from the failure mounted on the failure mounting portion, the winding position adjusting device After attaching the thread drawn out through the mounting plate mounted on the winding device at a predetermined interval, when power is applied to the driving means, the driving motor is driven to drive the sprocket connected to the driving motor, and the driving sprocket The winding device is driven by the first power transmission part of the power transmission device connected to the winding device, and the winding position adjusting device is driven by the second power transmission part, so that the yarn is wound around the detection plate at regular intervals.

1 is a perspective view showing an embodiment of a sample yarn winding machine according to the present invention,

2 is a left side view of FIG. 1 according to the present invention;

3 is a right side view of FIG. 1 according to the present invention;

4 is an enlarged exploded perspective view of portion A of FIG. 1 according to the present invention;

5 is a rear view showing a combined state of FIG. 4 according to the present invention;

Figure 6 is a side cross-sectional view showing a combined state of Figure 4 according to the present invention,

7 is an enlarged exploded perspective view of part B of FIG. 4 according to the present invention;

8A and 8B are side views showing the combined state of FIG. 7 according to the present invention;

Figure 9 shows a yarn sample produced by the sample yarn winding machine according to the present invention

Perspective,

Figure 10 is an exploded perspective view showing another embodiment of the winding device in the sample thread winding machine according to the present invention,

Figure 11 is a side view showing the combined state of Figure 10 according to the present invention.

Explanation of symbols for the main parts of the drawings

10: winder, 20: body,

22: base plate, 24: side plate,

26: support member, 30: failure mounting part,

32: failure fixing plate, 34: folding member,

36: failure, T: thread,

40: tension adjusting device, 42: mounting portion,

44: first tension regulator, 46: second tension regulator,

50: winding device, 51: rotating member,

56: fixed portion, 58: separation prevention member,

60: winding position adjusting device, 61: rotating shaft,

62: guide rod, 63: guide member,

64: feeder, 65: stop,

66: lever, 67: elastic member,

68: guide plate, 70: drive means,

80: drive unit, 82: speed controller,

84: drive motor, 86: drive sprocket,

90: power train, 92: drive shaft,

94: first power transmission unit, 96: second power transmission unit,

110: rotating member, 120: actual plate fixing device,

130: hinge member, 140: first link member,

150: pressure member, 160: rotating lever.

Hereinafter, the present invention configured as described above will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing an embodiment of a sample thread winding machine according to the present invention, Figure 2 is a left side view of Figure 1 according to the present invention, Figure 3 is a right side view of Figure 1 according to the present invention, As shown in the drawing, the thread winding machine 10 for the sample has a body composed of a supporting member 26 supporting the base plate 22 and having side plates 24 mounted on the left and right sides of the upper surface of the base plate 22, respectively. 20 and a failure mounting unit 30 rotatably installed on the support member 26 front side of the body 20 to mount a plurality of failures 36 and failures mounted to the failure mounting unit 30. Tension control device 40 is fixed to the body 20 so that the tension of the thread (T) drawn out at (36) and each thread (T) drawn out from the tension control device 40 is a constant interval Winding device 50 configured on both side plates 24 of the body 20 to be installed so that the thread-mounted plate (TS) to be rotated, and the winding A winding position adjusting device (60) installed at the front of the device (50) to horizontally move the winding position of the thread (T) wound on the thread-disclosure plate (TS) at a predetermined interval, and the winding device (50) and the winding position And a driving means 70 for applying a driving force to the adjusting device 60.

The body 20 has a substantially rectangular base plate 22 is formed, the upper side of the base plate 22, the side plate 24 of the same shape is placed in the upper direction by a predetermined height, the base plate ( 22, the first vertical member 26a is vertically installed at both rear edges of the bottom of the bottom surface, and the second vertical member 26b having the predetermined inclination angle is vertically installed at the front corners, respectively. The first and second horizontal members 26c and 26d which connect the upper and lower portions of the two vertical members 26a and 26b are configured as the supporting members 26, respectively.

As long as the failure mounting portion 30 has a substantially rectangular shape and a failure fixing plate 32 having a plurality of protrusions 32a protruding at a predetermined interval on its front surface is provided at the upper end of the second vertical member 26b of the support member 26. A plurality of failures 36, which are rotatably mounted by a pair of folding members 34 and wound on various kinds of threads T, are mounted on the projections 32a of the failure fixing plate 32.

The tension adjusting device 40 is attached to each side plate 24 of the body 20, each of the approximately "b" shaped brackets 42a, one end is fixed to each of the brackets (42a) is predetermined to the front A horizontal rod 42b extending by the length is formed, and a plurality of mounting rods 42c are rolled out on the front side of the horizontal rod 42b, while a substantially rectangular mounting plate 42d is attached to the upper surface of the bracket 42a. Mounting portion 42 is installed.

At the ends of the mounting rods 42c and the horizontal rods 42b of the mounting portion 42, a plurality of first to first adjust the tension of each thread T drawn from the failure 36 mounted on the failure mounting portion 30. Tension regulator 44 is mounted.

On the upper surface of the mounting plate 42d of the mounting portion 42, a plurality of second tension regulators 46 are mounted to secondly adjust the tension of the thread T drawn out from the first tension regulator 44.

The mounting part 42 is rolled with a rod-shaped first seal deflection bar 48 to prevent the seal T from sagging between the first tension regulator 44 and the second tension regulator 46.

4 is an enlarged perspective view of a portion A of FIG. 1 according to the present invention, FIG. 5 is a rear view of FIG. 4 according to the present invention, FIG. 6 is a side cross-sectional view of FIG. 4 according to the present invention, and FIG. 4 is an enlarged separated perspective view of part B of FIG. 4, and FIGS. 8A and 8B are side views showing the combined state of FIG. 7 according to the present invention, as shown in FIG. 4, the winding device 50 and the winding position adjusting device ( 60 and the driving means 70 will be described in more detail.

First, as shown in FIG. 7, the winding device 50 has an arc-shaped recessed groove 53a formed in a predetermined angle range on one inner surface of a substantially rod-shaped rotating body 53, and at the center portion thereof, a thread-mounting plate ( A pair of rod-shaped protrusions 54 formed with an insertion groove 54a into which one end of TS is inserted is protruded, and a pair of perforated holes 54b communicating with the insertion groove 54a is formed on the outer circumferential surface of the protrusion 54. Rotating member 51 of the body 20 is rotatably penetrated to both side plates 24 of the body 20, while the manual operation handle 52 is inserted into the outer end of the rotating member 51 is manually operated do.

In addition, the ball 56a and the spring 56b are inserted into the through hole 54b of the protrusion 54 of the rotation member 51 and fastened with the set screw 56c to be fitted into the insertion groove 54a. The fixing part 56 which fixes the dog-matching board TS is provided.

The cutout portion 58a has a predetermined width and a depth in a substantially central portion thereof penetrating so as to be inserted into the protruding portion 54 of the pivot member 51 and extending from the protruding portion 54a of the protruding portion 54 on the front surface thereof. Is formed, and the anti-separation member 58 having a recessed bar 58b formed in the pivoting body 53 of the pivoting member 53 of the pivoting member 51 is formed on the rear surface thereof. It is inserted in the 54 and is rotatably installed by a predetermined angle range.

As shown in FIGS. 8A and 8B, the winding device 50 configured as described above inserts the release preventing member 58 into the protrusion 54 of the pivoting member 51 to insert the groove of the protrusion 54. 54a) and the cutout portion 58b of the release preventing member 58 coincide with each other, and both ends of the threaded detection plate TS pass through the cutout portion 58b of the release preventing member 58 to rotate the rotating member ( When inserted into the insertion groove 54a of the protrusion 54 of the 51, the ball 56a of the fixing portion 56 is always pressed by the spring 56b, so that the working plate TS is pressed. The dog-watch plate TS is fixed so as not to move.

Then, when the release preventing member 58 is rotated by a predetermined angle so that the cutout portion 58b of the release preventing member 58 and the insertion groove 54a of the protrusion 54 are displaced, the test plate TS Departure from this winding device 50 is prevented.

The winding position adjusting device 60 is rotatably rolled on both side plates 24 of the body 20 such that a rotational shaft 61 having a male thread portion 61a formed at a predetermined length on the center outer circumference is rotatable. Guide rods 62 are rolled out on both rear plates 24 of the rear side 61, and a pair of guide members 63 are inserted into the guide rods 62 and rotated while being transportable in a horizontal direction. On the other hand, at the end of the transfer member 64b extending from the front side of the substantially rectangular fixing plate 64a fixedly installed on the upper surface of the guide member 63, the male screw portion 61a of the pivot shaft 61 and A conveying device 64 having a female threaded portion 64c coupled thereto is installed to be transported in the horizontal direction when the pivot shaft 61 is rotated, and is provided at a lower end of the conveying member 64b so as to interlock with the conveying device 64. The stop member 65a is formed, and the transfer device 64 is horizontally moved by a predetermined distance. A stop device 65 constituted by a stop switch 65b in which a stop member 65a is contacted to generate a signal for performing a stop motion is installed, while the transfer device 64 has stopped by the stop device 65. At this time, the lever 66 for moving the transfer device 64 to the initial position is fixed to the fixed plate 64a of the transfer device 64 and protrudes to the rear by a predetermined length, and the rotation shaft 61 An elastic member 67 for applying a coupling force to the male screw portion 61a and the female screw portion 64c of the transfer device 64 is fixed to the lever 66, and the other end thereof is the base plate of the body 20. It is installed to be fixed to (22), the guide plate 68 perforated with a plurality of insertion holes (68a) is installed so as to move horizontally in conjunction with the transfer device 64 so that each thread (T) is inserted at a predetermined interval do.

The driving means 70 has a drive motor 84 whose rotational speed is controlled by the speed controller 82 is installed on the first vertical member 26a of the body 20 and rotates on the axis of the drive motor 84. A power transmission device for transmitting the driving force 80 through which the driving sprocket 86 is inserted and the driving force applied through the driving part 80 to the winding device 50 and the winding position adjusting device 60 at a predetermined reduction ratio. It consists of 90.

The power transmission device 90 is rotatably supported by a pair of bearing blocks 92a and connected at one end to a chain 92b coupled with a drive sprocket 86 installed on an axis of the drive motor 84. The winding device such that the drive shaft 92 having the electric sprocket 92c is formed and the first sprocket 94a is arranged on both sides of the drive shaft 92 and connected by a chain 94b connected to the first sprocket 94a. A winding device drive sprocket 94c is formed outside the rotation member 51 of the first rotation force 51, and a first power transmission part 94 for transmitting a driving force to the winding device 50 at a predetermined reduction ratio, and the drive shaft 92. In one end of the drive pulley (96a) is built up and connected to the drive pulley (96a) by a belt 96b connected to the deceleration pulley (1) rotatably on one side of the first horizontal member (26c) of the body (20) 96c) is installed and is wound up by the belt 96d connected to the reduction pulley 96c. A rotating shaft drive pulley 96e is inserted into one side of the rotating shaft 61 of the adjusting device 60 and configured as a second power transmission part 96 for transmitting a driving force to the winding position adjusting device 60 at a predetermined reduction ratio. do.

Figure 9 is a perspective view showing a yarn sample produced by a sample thread winding machine according to the present invention, as shown in this, the thread (T) having a variety of materials and colors on the sample plate (TS) at regular intervals Are arranged.

In the drawing, reference numeral 100 denotes a guide plate for guiding the seal T applied from the tension control device 40, reference numeral 102 denotes a fixing bracket for mounting the guide plate 100, and reference numeral 104 Figure 2 shows a second yarn sag stick to prevent sagging of the thread (T) withdrawn from the guide plate (100).

On the other hand, Figure 10 is an exploded perspective view showing another embodiment of the winding device in the thread winding machine for specimens according to the present invention, as shown in this, the winding device 50 is a substantially rod-like rotating body 112 A pair of rotating members 110 are formed on both side plates 24 of the body 20 so as to protrude in a semi-circle rod on one side of the protruding portion 114 so that one end of the discovery plate TS is placed on the upper surface thereof. Rotatingly penetratingly installed, the manual operation handle 52 is inserted into the outer end of the rotating member 110 to enable manual operation.

In addition, a plurality of curved portions 134a are provided on the upper surface of the fixing plate 132 which extends forward by a predetermined length from one side of the protruding portion 114 of the pivot member 110 and the bearing portion 134b in the curved portion 134a. A pair of bearings 134, which are perforated), the hinge member 130 protruding at a predetermined interval, and the first link member 140 pinned to the bearing 134b on the front bearing hole 134b of the hinge member 130. And an extension member connected to the rear end of the second link member 152 so that the second link member 152 is formed to be pinned to the bearing 134 of the hinge member 130 at the rear bearing hole 134b. An approximately rectangular fixing body 156 having a through hole 156a is formed at the end of 154, and a substantially rod-shaped insert inserted into the through hole 156a of the fixing body 156 has a thread 158a at its outer circumference. And a pressing member 158 having a pressing portion 159b formed at the bottom thereof and fastened by a nut 159 to be movable upward and downward. A first hinge portion 164 having a coupling hole 162 is formed at a rear end thereof so as to be pinned to the pressing member 150 and the second link member 152 of the pressing member 150, and below the central portion thereof. A second hinge portion 166 having a coupling hole 162 is formed to pin the link member 140, and the inspection plate fixing device 120 is composed of a rotation lever 160 in which the handle portion 168 protrudes forward. ) Is installed to fix the dog plate (TS) mounted on the upper surface of the protrusion 114 of the rotating member (110).

Referring to the operation of the present invention configured as described above are as follows.

As shown in FIG. 1 to FIG. 9, each thread T drawn out from the failure 36 mounted on the failure mounting part 30 is the first tension controller 44 and the second of the tension control device 40. The tension is adjusted by the tension controller 46 and inserted into the insertion holes 68a of the guide plates 68 of the winding position adjusting device 60, respectively, and the thread S drawn out through the insertion holes 68a. The thread T to the thread tester TS with adhesive tape or the like so as to keep the interval of each thread T constant by arranging the thread T on the thread tester TS mounted to the winding device 50 at a predetermined interval. Attach.

After attaching the seal T to the thread sampling plate TS as described above, by manually operating the manual operation handle 52 installed on the winding device 50, the thread mounting plate mounted to the winding device 50 is manually operated. When the TS is rotated, the initial position and the micro tension of the seal T are adjusted.

As such, when power is applied to the driving unit 80 of the driving unit 70 in a state where the initial position and the micro tension of the seal T are adjusted, the driving motor 84 of the driving unit 80 is driven to drive the driving unit 80. The drive sprocket 86 inserted on the shaft of the motor 84 is rotated, the electric sprocket 92c connected by the drive sprocket 80 and the chain 92b is rotated, and by the electric sprocket 92c The first sprocket 94a, which is built up on both sides of the rotating drive shaft 92, is rotated, while the winding device driving that is built up on the outside of the rotation member 52 connected by the first sprocket 94a and the chain 94b. Since the sprocket 94c is rotated, the thread mounting plate TS mounted on the winding device 50 is rotated, and the thread S attached to the thread mounting plate TS is wound.

In addition, when the drive shaft 92 is rotated, the drive pulley 96a formed at one end of the drive shaft 92 is rotated at the same time, so that the reduction pulley 96c connected by the drive pulley 96a and the belt 96b is rotated. And the rotation shaft driving pulley 96e inserted in the rotation shaft 61 of the winding position adjusting device 60 connected by the reduction pulley 96c and the belt 96d is rotated. Is rotated.

Since the rotating shaft 61 is rotated as described above, the transfer device 64 having the female screw portion 64c coupled to the male screw portion 61a of the rotating shaft 61 is transferred in the horizontal direction. Each thread T inserted into the insertion hole 68a of the guide plate 68 horizontally moved in conjunction with the 64 is wound horizontally by a predetermined distance while moving horizontally by a predetermined interval.

When the transfer device 64 is transported by a predetermined interval, when the stop member 65a interlocked with the transfer device 64 comes into contact with the stop switch 65b, the power is turned off to seal the specimen. The winder 10 is stopped and the winding operation of the thread S is stopped.

At this time, the thread (S) wound on the threaded main plate (TS) by a predetermined distance is cut off and bonded to the threaded main plate (TS) with adhesive tape or the like so as not to be released, and then the threaded main plate (TS) is wound up (50). When taken out from the thread (S) winding is complete.

After the completion of one yarn sample as described above, to start the work again, the lever 66 of the winding position adjusting device 60 is raised upward and fastened to the female screw portion 64c of the transfer device 64. After the male screw portion 61a of the rotational shaft 61 is displaced to transfer the transfer device 64 to the initial position, a new discovery plate TS is inserted into the winding device 50 in the same manner as described above. Repeat.

On the other hand, Figure 11 is a side view of the coupled state of Figure 10 according to the present invention, as shown in this, the winding device 50 is rotatably installed on both side plates 24 of the body 20 The winding device TS is placed on the upper surface of the protrusion 114 of the rotating member 110, and the pressing member 158 of the pressing member 150 presses the upper surface of the threaded plate TS so that the winding device is pressed. When the thread 50 is rotated, the thread main plate TS is not detached, and thus, the thread S may be wound. When the winding is completed, the thread main plate TS is removed. Raise the rotating lever 160 of the upper side), the second link member 152 connected to the first hinge portion 164 of the rotating lever 160, the bearing 134, the rear bearing hole (134b) While being rotated, the first link member 140 connected to the second hinge portion 166 of the pivoting lever 160 has the bearing 134 in the front bearing hole 134b. Since it rotates around the pressing member 158 connected to the second link member 152 is rotated to the upper side can easily take out the actual test plate (TS).

In addition, when the pivot lever 160 is lowered, the first link member 140 and the second link member 152 of the pressing member 150 are pivoted to the rear side, so that the pressing member 158 is a sight plate. Press (TS).

As described above, according to the present invention, the thread winding machine according to the present invention has the effect of enabling mass production since the work of winding the sample thread is made by dedicated equipment rather than by manual labor, and has the effect of reducing labor costs and time. As a result, the winding state of each thread is regular and the appearance is beautiful and the effect of providing a high quality real version is provided.

Claims (6)

A body 20 formed of a support member 26 for supporting the base plate 22 and having side plates 24 mounted on upper and left and right sides of the base plate 22, respectively; A failure mounting unit 30 rotatably installed on the front side of the support member 26 of the body 20 to mount a plurality of failures 36; A tension adjusting device 40 fixed to the body 20 so that the tension of the thread T drawn out from the failure 36 mounted on the failure mounting part 30 is adjusted; Winding device configured on both side plates 24 of the body 20 so that each thread T drawn out from the tension adjusting device 40 is rotatably installed, the thread plate TS wound around a predetermined interval ( 50); A winding position adjusting device (60) installed at the front of the winding device (50) to horizontally move the winding position of the yarn (T) wound on the thread-disclosure plate (TS) at a predetermined interval; Thread winding machine for the sample, characterized in that consisting of a drive means 70 for applying a driving force to the winding device 50 and the winding position adjusting device (60). According to claim 1, wherein the tension adjusting device 40 is a bracket (42a) attached to both side plates 24 of the body 20, and one end is fixed to the bracket (42a) extending forward by a predetermined length A mounting portion (42) comprising a horizontal bar (42b), a plurality of mounting rods (42c) arranged on the front side of the horizontal bar (42b), and a mounting plate (42d) attached to an upper surface of the bracket (42a); A plurality of first tension regulators (44) mounted on the mounting rods (42c) of the mounting portion (42) to primarily adjust the tension of the thread (T) drawn out from the failure (36); And a plurality of second tension regulators 46 mounted on the mounting plate 42d of the mounting portion 42 to secondly adjust the tension of the thread T drawn out from the first tension regulator 44. Thread winding machine for sample. According to claim 1, wherein the winding device (50) is rotatably installed on both side plates (24) on the inner surface of one side of the rotating body 53, the manual operation handle 52 is inserted in its outer end An arc-shaped recessed groove 53a is formed in the angular range, and a rod-shaped protrusion 54 having an insertion groove 54a into which one end of the threaded detection plate TS is inserted is protruded in the center portion thereof, and an outer peripheral surface of the protrusion 54 is formed. A pair of rotating members 51 having a through hole 54b communicating with the insertion groove 54a thereon; A fixing part 56 mounted to the protruding portion 54 through hole 54b of the pivot member 51 to fix the dog-test plate TS inserted into the insertion groove 54a; A central portion penetrates into the protrusion 54 of the pivoting member 51 and a cutout 58a having a predetermined width and depth is formed on the front surface of the protrusion 54. It is formed on the back surface of the pivoting body (53) of the pivoting member (53) in the indentation groove (58a) is formed in the back prevention member 58 is formed to be rotatable by a predetermined angle range Thread winding machine for sample. The method of claim 1, wherein the winding device 50 is installed in a rotatable penetrating through the side plates 24, the semi-circular rod-shaped on one side of the rotating body 112 is inserted into the manual operation handle 52 on the outer end A pair of rotating members 110 having a protrusion 114 formed so that one end of the discovery plate TS is raised on the upper surface thereof; A pair of bearings 134 having a plurality of curved portions 134a on the upper surface of the fixed plate 132 extending and coupled to one side of the pivot member 110 and having a bearing hole 134b perforated in the curved portions 134a A hinge member 130 protruding at a predetermined interval, A first link member 140 pin-seated in the bearing 134 front side bearing hole 134b of the hinge member 130; An end portion of the extension member 154 is formed so that the second link member 152 is pinned to the bearing 134b of the hinge member 130 at the rear bearing hole 134b and connected to the rear end of the second link member 152. A fixing member 156 having a through hole 156a formed therein, the pressing member 150 having the pressing member 158 fastened to the through hole 156a of the fixing body 156, A first hinge portion 164 having a coupling hole 162 is formed at a rear end thereof so as to pin the second link member 152 of the pressing member 150, and the pin link to the first link member 140 below the central portion thereof. A second hinge portion 166 having a coupling hole 162 is formed so that the handle 168 is protruded in front of the pivoting lever 160 and is formed on the upper surface of the protrusion 114 of the pivot member 110. Thread winding machine for a sample, characterized in that consisting of a dog plate fixing device 120 for fixing the raised dog plate (TS). The rotating shaft of claim 1, wherein the winding position adjusting device 60 is rotatably rolled on both side plates 24 of the body 20, and has a male screw portion 61a formed at a predetermined length on the center outer circumference thereof. 61); Guide rods 62 which are rolled on both rear side plates 24 of the pivot shaft 61; A pair of guide members 63 inserted into the guide rods 62 and being rotated while being transportable in a horizontal direction; A fixing plate 64a fixed to the guide member 63 and a female screw portion 64c extending forward from the fixing plate 64a and coupled to the male screw portion 61a of the pivot shaft 61 at an end thereof. A conveying device 64 composed of a conveying member 64b formed to convey the horizontal shaft 61 in a horizontal direction during rotation; The stop member 65a installed to be interlocked with the transfer device 64 and the stop member 65a are brought into contact with each other when the transfer device 64 is horizontally moved by a predetermined distance to generate a signal for performing a stop operation. A stop device 65 composed of a stop switch 65b installed; When the transfer device 64 is stopped by the stopper 65, one end is fixed to the transfer device 64 so as to move the transfer device 64 to an initial position and protrudes rearward by a predetermined length ( 66); It is fixed to the lever 66 and the base plate 22 of the body 20 to apply a coupling force to the male screw portion 61a of the rotating shaft 61 and the female screw portion 64c of the transfer device 64. An elastic member 67; Thread winding machine for a sample, characterized in that consisting of a guide plate 68 perforated a plurality of insertion holes (68a) so that each thread (T) is inserted at a predetermined interval to move horizontally in conjunction with the transfer device (64) . According to claim 1, wherein the drive means 70 is a drive unit consisting of a drive motor 84, the rotational speed is controlled by the speed controller 82, and a drive sprocket 86 driven by the drive motor 84 80; Thread winding machine for a sample, characterized in that the driving force applied through the drive unit 80 is made of a power transmission device 90 for transmitting to the winding device 50 and the winding position adjusting device 60 at a predetermined reduction ratio.