TWI812556B - Leftover material winder - Google Patents

Abstract

A leftover material winder is used for winding a plurality of leftover materials which includes a first leftover material and a second leftover material. The leftover material winder includes a first path guiding unit, a second path guiding unit and a winding device. The first path guiding unit is used for guiding the first leftover material to be conveyed along a first path. The second path guiding unit is used for guiding the second leftover material to be conveyed along a second path. The winding device is located at the end of the first path and the second path, to wind the first leftover material and the second leftover material together.

Description

Edge material winding machine

The invention relates to a side material winding machine, in particular, a side material winding machine that can quickly and flatly rewind a plurality of side materials without affecting the working environment and can also ensure uniform tension of the side materials.

When the printing industry produces packaging materials (such as plastic packaging materials for food), it first prints out a roll of packaging materials, and then mechanically cuts the packaging materials into multiple packaging materials with smaller areas. During the process of mechanical cutting of packaging raw materials, long strips of edge material will be left on the left and right sides of the packaging raw materials; the long strips of edge material will be regarded as waste and need to be recycled.

The general way to deal with scraps is to use an industrial blower to blow the scraps to the garbage disposal area. However, industrial hair dryers will blow up dust, seriously affecting the working environment, and produce blowing noise, and the blowing will also interfere with the work of workers in the same working environment. Or the manufacturer will use a general side material winding machine to sort the side materials. The general side material winding machine has a rolling shaft and a side material holding piece. The edge material holding part is located above the scrolling shaft, and the edge material holding part can move the edge material to contact the scrolling shaft, so that the scrolling shaft can wind up the edge material; however, the general edge material winding machine does not need to rewind the edge material. When trimming, the edge material will be pulled by the rolling shaft, and the tension of the edge material will be uneven during the rolling process, causing the edge material rolled into a cylindrical shape to gradually have an uneven outer edge; uneven outer edge This will further affect the tension and winding speed of the edge material that is subsequently rolled up, causing the winding speed of the edge material to fluctuate quickly and sometimes slowly. In severe cases, it may even break, seriously affecting production.

Therefore, how to provide a new device that can rewind multiple edge materials without affecting the working environment and ensure that the rolled edge materials are flat and evenly stretched has become a topic worthy of discussion.

The main purpose of the present invention is to provide an edge material winding machine that can quickly rewind multiple edge materials without affecting the working environment and ensure that the tension of the edge materials is even and even.

In order to achieve the above object, a side material winding machine of the present invention is used to wind up a plurality of side materials. The plurality of side materials include a first side material and a second side material. The edge material winding machine includes a first path guide component, a second path guide component and a winding device. The first path guide component is used to guide the first edge material to be transported along a first path. The second path guide component is used to guide the second edge material to be transported along a second path. The winding device is located at the end of the first path and the second path to wind up the first edge material and the second edge material together.

According to an embodiment of the present invention, the first path guide assembly further includes a first guide shaft, and the second path guide assembly further includes a second guide shaft, wherein the first guide shaft has a higher level than the second guide shaft.

According to an embodiment of the present invention, the first path guide assembly further includes a third guide shaft and a first tension adjustment combination, wherein the first tension adjustment combination is located between the third guide shaft and the first guide shaft, and the second The path guide assembly further includes a fourth guide shaft and a second tension adjustment combination, and the second tension adjustment combination is located between the fourth guide shaft and the second guide shaft.

According to an embodiment of the present invention, the first tension adjustment assembly includes a first tension adjustment shaft and a first arcuate groove. The first tension adjustment shaft is located in the first arcuate groove and can move relative to the first arcuate groove. Adjust the tension of the first edge material.

According to an embodiment of the present invention, the second tension adjustment assembly includes a second tension adjustment shaft and a second arcuate groove, wherein the second tension adjustment shaft is located in the second arcuate groove and can move relative to the second arcuate groove. To adjust the tension of the second edge material.

According to an embodiment of the present invention, the first path guide assembly further includes two first direction adjustment shafts, and the second path guide assembly further includes two second direction adjustment shafts, wherein the second direction adjustment shafts are located between the two first direction adjustment shafts. between.

According to an embodiment of the present invention, the edge material winding machine further includes a first adjustment shaft. The first adjustment shaft includes a first upper shaft body and a first lower shaft body, wherein the upper shaft body is located in the second path to receive The second edge material comes from the two second direction adjustment shafts, and the lower shaft body is located in the first path to receive the first edge material from the two first direction adjustment shafts.

According to an embodiment of the present invention, the edge material winding machine further includes a second adjustment shaft. The second adjustment shaft includes a second upper shaft body and a second lower shaft body, wherein the second upper shaft body is located on the second path. To receive the second edge material from the first upper shaft body, the second lower shaft body is located in the first path to receive the first edge material from the first lower shaft body.

According to an embodiment of the present invention, the first adjustment shaft and the second adjustment shaft can move relative to each other, thereby adjusting the tension of the first edge material and the tension of the second edge material.

According to an embodiment of the present invention, the edge material winding machine further includes a first angle adjustment member and a second angle adjustment member. The first angle adjustment member and the second angle adjustment member are located between the winding device and the second adjustment shaft. in which the second edge material from the second upper shaft body passes through the gap between the first angle adjustment member and the second angle adjustment member and overlaps with the first edge material from the second lower shaft body.

According to an embodiment of the present invention, the edge material winding machine further includes a rubber pressure wheel. The rubber pressure wheel is located next to the winding device. The rubber pressure wheel is used to press the first edge material and the second edge material.

1: Edge material winding machine

10: First path guidance component

11: First guide shaft

12: First direction adjustment axis

13:Third guide shaft

14: First tension adjustment combination

141: First tension adjustment shaft

141a, 241a: Steering shaft

142: First arc groove

20:Second path guidance component

21:Second guide shaft

22: Second direction adjustment axis

23:Fourth guide axis

24: Second tension adjustment combination

241: Second tension adjustment shaft

242:Second arc groove

31:Chute

32: First adjustment axis

321:First upper shaft body

322:First lower shaft body

33: Second adjustment axis

331:Second upper shaft body

332:Second lower shaft body

40:Rewinding device

41: Storage shaft

42:Driving wheel

61: First angle adjustment piece

62: Second angle adjustment piece

70: Accumulation rack

71:Slide rail

73: Edge material receiving unit

80: Rubber pressure wheel

90:Connection board

200: first side material

300: Second side material

L1: first path

L2: Second path

Figure 1 is a schematic diagram of an edge material winding machine according to an embodiment of the present invention.

Figure 2 is a partial schematic diagram of a side material winding machine according to an embodiment of the present invention.

Figure 3 is another partial schematic diagram of the edge material winding machine according to an embodiment of the present invention.

Figure 4 is a schematic diagram of an edge material winding machine for separating multiple edge materials according to an embodiment of the present invention.

Figure 5 is a partial schematic diagram of a side material winding machine for separating a plurality of side materials according to an embodiment of the present invention.

Figure 6 is another partial schematic diagram of the edge material winding machine for separating multiple edge materials according to an embodiment of the present invention.

Figure 7 is a schematic diagram of a winding device according to an embodiment of the present invention.

Figure 8 is a schematic diagram of an edge material winding machine for winding multiple edge materials according to an embodiment of the present invention.

Figure 9 is a schematic diagram of a side material winding machine in which the first adjustment shaft and the second adjustment shaft move along the chute according to an embodiment of the present invention.

In order to better understand the technical content of the present invention, preferred specific embodiments are described below.

Please refer to FIGS. 1 to 9 below for the edge material winding machine according to one embodiment of the present invention. Figure 1 is a schematic diagram of an edge material winding machine according to an embodiment of the present invention. Figure 2 is a partial schematic diagram of a side material winding machine according to an embodiment of the present invention. Figure 3 is another partial schematic diagram of the edge material winding machine according to an embodiment of the present invention. Figure 4 is a schematic diagram of an edge material winding machine for separating multiple edge materials according to an embodiment of the present invention. Figure 5 This is a partial schematic diagram of an edge material winding machine for separating multiple edge materials according to an embodiment of the present invention. Figure 6 is another partial schematic diagram of the edge material winding machine for separating multiple edge materials according to an embodiment of the present invention. Figure 7 is a schematic diagram of a winding device according to an embodiment of the present invention. Figure 8 is a schematic diagram of an edge material winding machine for winding multiple edge materials according to an embodiment of the present invention. Figure 9 is a schematic diagram of a side material winding machine in which the first adjustment shaft and the second adjustment shaft move along the chute according to an embodiment of the present invention.

As shown in Figures 1 to 4, in one embodiment of the present invention, the edge material winding machine 1 can quickly wind up multiple edge materials without affecting the working environment, and can also ensure uniform tension of the edge materials. The plurality of side materials include a first side material 200 and a second side material 300. The first side material 200 and the second side material 300 are both plastic strips remaining after the external packaging material cutting machine cuts the packaging material. For convenience of display, the first side material 200 is shown in black in each figure, and the second side material 300 is shown in white. The edge material winding machine 1 includes a first path guide component 10, a second path guide component 20, two chutes 31, a first adjustment shaft 32, a second adjustment shaft 33, a winding device 40, a A first angle adjustment member 61, a second angle adjustment member 62, a material accumulation rack 70 and a rubber pressure wheel 80. In this embodiment, a side material receiving unit 73 is provided below the material accumulation rack 70 to receive the first side material 200 and the second side material 300 from the cutting machine. A slide rail 71 is provided on the upper left side of the accumulation rack 70 for disposing the first path guide assembly 10 .

As shown in FIGS. 2 , 4 to 6 , in one embodiment of the present invention, the first path guide assembly 10 receives the first edge material 200 from the edge material receiving unit 73 and guides the first edge material 200 along a first edge material 200 . A path L1 conveys and coordinates the tension of the first edge material 200 . The first path guide assembly 10 includes a first guide shaft 11, two first direction adjustment shafts 12, a third guide shaft 13 and a first tension adjustment assembly 14, wherein the first guide shaft 11, the third guide shaft 13 and The first tension adjustment assembly 14 is provided on the material accumulation rack 70 . The first guide shaft 11 is disposed at the upper left corner of the material accumulation rack 70 and receives and guides the direction of the first edge material 200 to the first tension adjustment assembly 14 . The third guide shaft 13 is used to guide the direction of the first edge material 200 to the two first direction adjustment shafts 12 . two The first direction adjustment shaft 12 is used to receive the first side material 200 and change the direction of the first side material 200 to the first adjustment shaft 32 . It should be noted here that the first path L1 referred to in the present invention is defined by the first guide shaft 11, the two first direction adjustment shafts 12, the third guide shaft 13, the first adjustment shaft 32 and the second adjustment shaft 33. The guiding path of the first edge material 200 is formed.

The second path guide component 20 receives the second edge material 300 from the edge material receiving unit 73 and guides the second edge material 300 to be transported along a second path L2. The second path guide assembly 20 includes a second guide shaft 21, two second direction adjustment shafts 22, a fourth guide shaft 23 and a second tension adjustment assembly 24, wherein the second guide shaft 21, the fourth guide shaft 23 and The second tension adjustment assembly 24 is provided on the material accumulation rack 70 . The second guide shaft 21 is disposed in the slide rail 71 of the material accumulation rack 70 and is used to receive and guide the direction of the second edge material 300 to the second tension adjustment assembly 24 . The horizontal height of the first guide shaft 11 is higher than that of the second guide shaft 21. The difference in the horizontal height between the first guide shaft 11 and the second guide shaft 21 is used to distinguish the transfer of the first edge material 200 and the second edge material 300. path. In this embodiment, the second guide shaft 21 is disposed in the slide rail 71 of the accumulation rack 70 to adjust the height of the second guide shaft 21 . However, it should be noted that in this embodiment, the first guide shaft 11 The second guide shaft 21 is provided at the corner of the material accumulation rack 70, and the second guide shaft 21 is provided on the slide rail 71 of the material accumulation rack 70. However, the present invention is not limited thereto. The first guide shaft 11 and the second guide shaft 21 can also be provided on the slide rail 71. Rail 71. The fourth guide shaft 23 is used to guide the direction of the second edge material 300 to the two second direction adjustment shafts 22 . The two second direction adjustment shafts 22 are used to receive the second side material 300 and turn the direction of the second side material 300 to the first adjustment shaft 32 . The second direction adjustment shaft 22 is located between the two first direction adjustment shafts 12 . It should be noted here that the second path L2 referred to in the present invention is composed of a second guide shaft 21, two second direction adjustment shafts 22, a fourth guide shaft 23, the first adjustment shaft 32 and the second adjustment shaft. The guide path of the second edge material 300 composed of 33.

As shown in FIGS. 2 , 4 and 5 , the first tension adjustment assembly 14 is provided on the material accumulation rack 70 and is located between the third guide shaft 13 and the first guide shaft 11 . The first tension adjustment combination 14 is used to adjust the first edge material With a tension of 200, the first tension adjustment combination 14 includes a plurality of first tension adjustment shafts 141, a plurality of steering shafts 141a and a plurality of first arcuate grooves 142. In this embodiment, the first arc-shaped grooves 142 are arranged from top to bottom in the vertical direction on the material accumulation rack 70, and each first arc-shaped groove 142 is provided with a first tension adjustment shaft 141. The first tension adjustment shaft 141 can move in the corresponding first arc-shaped groove 142. By adjusting the position of the first tension adjustment shaft 141 in the first arc-shaped groove 142, the tension of the first edge material 200 can be adjusted. The turning shaft 141a at one end of the arc-shaped groove 142 allows the first edge material 200 to be turned to another first tension adjustment shaft 141. However, the number of the first tension adjustment shaft 141, the steering shaft 141a and the first arcuate groove 142 is not limited to a plurality. By extending the plurality of first tension adjustment shafts 141, the steering shaft 141a and the first arcuate groove 142 The transfer path of the first side material 200 is to prevent the winding speed of the first side material 200 from not catching up with the supply speed of the first side material 200, causing the first side material 200 to become entangled and the first path guide assembly 10 to detach, or It can also be changed to at least one according to design requirements.

As shown in FIGS. 2 and 5 , the second tension adjustment assembly 24 is located on the material accumulation rack 70 between the fourth guide shaft 23 and the second guide shaft 21 and is located below the first tension adjustment assembly 14 . The second tension adjustment combination 24 is used to adjust the tension of the second edge material 300. The second tension adjustment combination 24 includes a plurality of second tension adjustment shafts 241, a plurality of steering shafts 241a and a plurality of second arcuate grooves 242. Each of the second tension adjustment shafts 241 in this embodiment The second arc-shaped grooves 242 are arranged from bottom to top in the vertical direction of the material accumulation rack 70 , and each second arc-shaped groove 242 is provided with a second tension adjustment shaft 241 , and the second tension adjustment shaft 241 can be in the corresponding position. By moving within the second arc-shaped groove 242, the tension of the second edge material 300 is adjusted by adjusting the position of the second tension adjustment shaft 241 in the second arc-shaped groove 242. The steering shaft 241a allows the second edge material 300 to be rotated to another second tension adjustment shaft 241. However, the number of the second tension adjustment shaft 241, the steering shaft 241a and the second arcuate groove 242 is not limited to a plurality. By extending the plurality of second tension adjustment shafts 241, the steering shaft 241a and the second arcuate groove 242 The transfer path of the second side material 300 is to prevent the winding speed of the second side material 300 from not catching up with the second side material 300 The speed is provided to cause the second edge material 300 to be entangled and the second path guide component 20 to be detached, or it can be changed to at least one according to design requirements.

As shown in Figures 3, 4, 8 and 9, in one embodiment of the present invention, the first adjustment shaft 32 is driven laterally along the chute 31 by a transmission mechanism (such as a motor, not shown). Move to receive the first side material 200 and the second side material 300 guided from the first direction adjustment shaft 12 and the second direction adjustment shaft 22, and adjust the direction of the first side material 200 and the second side material 300. to the second adjustment axis 33. The first adjustment shaft 32 includes a first upper shaft body 321 and a first lower shaft body 322. The first upper shaft body 321 is located on the second path L2 to receive the second edge material 300 from the two second direction adjustment shafts 22. The first lower shaft body 322 is located on the first path L1 to receive the first edge material 200 from the two first direction adjustment shafts 12 .

The second adjustment shaft 33 includes a second upper shaft body 331 and a second lower shaft body 332. The second upper shaft body 331 is located on the second path to receive the second edge material 300 from the first upper shaft body 321. The lower shaft body 332 is located on the first path to receive the first edge material 200 from the first lower shaft body 322 . The second adjustment shaft 33 is located between the first adjustment shaft 32 and the second direction adjustment shaft 22 . The moving speed of the first adjustment shaft 32 is smaller than that of the second adjustment shaft 33 . Through different moving speeds, the distance between the first adjustment shaft 32 and the second adjustment shaft 33 will gradually change. In this way, during the process of transporting and adjusting the directions of the first edge material 200 and the second edge material 300, The tension of the first edge material 200 and the second edge material 300 can also be adjusted; for example, when the first adjustment shaft 32 and the second adjustment shaft 33 move to a point where the distance between the first adjustment shaft 32 and the second adjustment shaft 33 decreases, Then the surrounding length of the first side material 200 and the second side material 300 surrounding the first adjustment shaft 32 and the second adjustment shaft 33 will also be reduced, so that the tension of the first side material 200 and the second side material 300 will become loose. On the contrary, when the first adjustment shaft 32 and the second adjustment shaft 33 move to the distance between the first adjustment shaft 32 and the second adjustment shaft 33, the distance surrounding the first adjustment shaft 32 and the second adjustment shaft 33 will increase. The surrounding length of the first side material 200 and the second side material 300 also increases, so that the tension of the first side material 200 and the second side material 300 becomes tight.

As shown in Figures 3, 7 and 8, in one embodiment of the present invention, the winding device 40 is located at the end point of the first path and the second path to wind up the first edge material 200 and the second edge material together. Material 300. The winding device 40 includes a storage shaft 41 and a driving wheel 42. The driving wheel 42 is driven by a motor (not shown) to rotate on its own. The storage shaft 41 is driven by the driving wheel 42 to rotate, and is used to wind up the first edge material 200 and the second edge material 300 guided from the first path and the second path.

As shown in Figures 3, 6, 8 and 9, in one embodiment of the present invention, the first angle adjustment member 61 and the second angle adjustment member 62 are used to adjust the first edge material 200 and the second edge material. An angle of 300, so that the first edge material 200 and the second edge material 300 can be more smoothly wound onto the winding device 40. The first angle adjustment member 61 and the second angle adjustment member 62 are located between the winding device 40 and the second adjustment shaft 33, in which the second edge material 300 from the second upper shaft body 331 passes through the first angle adjustment member 61 and the second angle adjustment member 62. The gap between the second angle adjustment members 62 overlaps with the first edge material 200 from the second lower shaft body 332 . The first angle adjustment member 61 and the second angle adjustment member 62 are connected to the second adjustment shaft 33 . In this embodiment, the second adjustment shaft 33 is connected to the first angle adjustment member 61 and the second angle adjustment member 62 through a connecting plate 90, whereby when the second adjustment shaft 33 moves, the second adjustment shaft 33 will The connecting plate 90 is driven to move, and the first angle adjusting member 61 and the second angle adjusting member 62 connected to the connecting plate 90 are moved together.

As shown in Figures 6 to 9, in one embodiment of the present invention, the rubber pressure wheel 80 is a roller with pressure wheels installed on the left and right sides. The rubber pressure wheel 80 is located next to the driving wheel 42 of the winding device 40. . The rubber pressing wheel 80 is used to cooperate with the driving wheel 42 to press the first side material 200 and the second side material 300 on the driving wheel 42 so that the first side material 200 and the second side material 300 become difficult to slide and the tension is even. , and is easier to be rolled up to the storage shaft 41.

After the user uses an external slitting machine (not shown) to cut the packaging material and leaves the first edge material 200 and the second edge material 300, the user can use the edge material winding machine 1 to wind up the first edge material. Side material 200 and 300 for two side materials. First, as shown in FIGS. 2 to 6 , the user can stretch the first edge material 200 and the second edge material 300 to allow the first edge material 200 to go around the first guide shaft 11 and then bend it right to go around each side. The first tension adjustment shaft 141 finally allows the first edge material 200 to bypass the third guide shaft 13 and extend to the first direction adjustment shaft 12 . In addition, the user can let the second edge material 300 go around the second guide shaft 21 and then bend right to go around each second tension adjustment shaft 241, and finally let the second edge material 300 go around the fourth guide shaft 23 and extend to The second direction adjustment shaft 22. In this way, the first guide shaft 11 and the second guide shaft 21 can separate the first edge material 200 and the second edge material 300 to different positions; the first edge material 200 and the second edge material 300 are in contact with each first tension force. When adjusting the shaft 141 and each second tension adjustment shaft 241, each first tension adjustment shaft 141 can slide along the first arc-shaped groove 142, and each second tension adjustment shaft 241 can slide along the second arc-shaped groove 242; By changing the position of each first tension adjustment shaft 141 and each second tension adjustment shaft 241, the moving distance of the first edge material 200 and the second edge material 300 can be changed to achieve the effect of adjusting the tension.

After the first side material 200 and the second side material 300 extend from the third guide shaft 13 and the fourth guide shaft 23 , the user can pull the first side material 200 and the second side material 300 to the first direction adjustment shaft. 12 and the second direction adjustment shaft 22, let the first edge material 200 bend downward around the first direction adjustment shaft 12 above, and then bend downward around the first direction adjustment shaft 12 below until it touches the first adjustment. The first lower shaft body 322 of the shaft 32; the user can make the second edge material 300 bend downward around the second direction adjustment shaft 22 above, and then bend downward around the second direction adjustment shaft 22 below until it touches. Touch the first upper shaft body 321 of the first adjustment shaft 32 .

Then, as shown in Figures 4, 6 to 9, the user can wrap the first edge material 200 around the first lower shaft body 322, extend to the second lower shaft body 332 of the second adjustment shaft 33, and then bend it to After passing under the first angle adjustment member 61 and being pressed by the rubber pressure wheel 80, it is then wound to the storage shaft 41 of the winding device 40; and the second edge material 300 is passed around the first upper shaft 321 and extended to the third The second upper shaft body 331 of the second adjustment shaft 33 is then bent to It passes between the first angle adjustment member 61 and the second angle adjustment member 62 and then winds to the storage shaft 41 of the winding device 40 . In this way, the setting of the first edge material 200 and the second edge material 300 on the edge material winding machine 1 is completed.

Finally, the user can start the edge material winding machine 1 and let the driving wheel 42 drive the storage shaft 41 to rotate. The rotating storage shaft 41 will start to wind up the first edge material 200 and the second edge material 300, so that the first edge material 200 The second edge material 300 moves to the winding and rewinding device 40 sequentially along the contacting guide shafts, tension adjustment shafts, direction adjustment members, moving shafts, and angle adjustment members. In addition, the first adjustment shaft 32 and the second adjustment shaft 33 will move left and right along the chute 31, so the first side material 200 and the second side material 300 can also cooperate with the first adjustment shaft 32 and the second adjustment shaft 33. Winding that moves left and right and reciprocates left and right on the storage shaft 41 . In this embodiment, when the first adjustment shaft 32 and the second adjustment shaft 33 go back and forth to the ends of the chute 31 from left to right, they will immediately turn around without pausing to maintain the stability of the first edge material 200 and the second edge material 300 . Tension. Since the moving speed of the first adjusting shaft 32 is smaller than the moving speed of the second adjusting shaft 33 , the ratio of the moving speed of the first adjusting shaft 32 to the moving speed of the second adjusting shaft 33 is 1:2. Through different moving speeds, the distance between the first adjustment shaft 32 and the second adjustment shaft 33 will gradually change, so the tension of the first edge material 200 and the second edge material 300 can also be adjusted. When the first side material 200 and the second side material 300 cooperate with the left and right movement of the first adjustment shaft 32 and the second adjustment shaft 33 to rewind back and forth on the storage shaft 41, the first side material 200 and the second side material 300 It can be pressed by the pressure wheels on the left and right sides of the rubber pressure wheel 80 so that the first edge material 200 and the second edge material 300 become smooth and have even tension, so that they can be rolled up to the storage shaft 41 more easily.

Through the design of the edge material winding machine of the present invention, multiple edge materials can be quickly rolled up, and no industrial hair dryer is needed in the process, so the working environment will not be affected. In addition, during the process of rolling up the edge material, the movement of the tension adjustment shaft and the different moving speeds of the adjustment shaft can be used to adjust the tension of the edge material to ensure that the tension of the edge material is even.

It should be noted that the above are only examples and are not limited to the examples. For example, anything that does not deviate from the basic structure of the present invention shall fall within the scope of rights claimed by this patent, and the patent application scope shall prevail.

1: Edge material winding machine

10: First path guidance component

20:Second path guidance component

32: First adjustment axis

33: Second adjustment axis

40:Rewinding device

61: First angle adjustment piece

62: Second angle adjustment piece

70: Accumulation rack

71:Slide rail

73: Edge material receiving unit

80: Rubber pressure wheel

Claims (10)

A side material winding machine is used to wind up a plurality of side materials, wherein the plurality of side materials includes a first side material and a second side material. The side material winding machine includes: a first path guide component for guiding The first edge material is conveyed along a first path; a second path guide component is used to guide the second edge material to be conveyed along a second path; a winding device is located between the first path and the second path The end point is used to wind up the first edge material and the second edge material together; a chute; a first adjustment shaft, which is provided in the chute and moves in the chute, and the first adjustment shaft passes through the first The path receives the first edge material, and the first adjustment shaft receives the second edge material through the second path; and a second adjustment shaft is provided in the chute and moves in the chute, the second adjustment shaft Receive the first edge material and the second edge material from the first adjustment shaft, wherein the moving speed of the first adjustment shaft is smaller than the moving speed of the second adjustment shaft, so as to change the first adjustment shaft and the second adjustment shaft. The distance between the axes is to adjust the tension of the first edge material and the tension of the second edge material, and the first adjustment axis and the second adjustment axis will immediately turn around when they return to the ends of the two ends of the chute. To maintain the tension of the first edge material and the second edge material. The edge material winding machine according to claim 1, wherein the first path guide component further includes a first guide shaft, the second path guide component further includes a second guide shaft, wherein the horizontal direction of the first guide shaft The height is higher than the second guide axis. The edge material winding machine according to claim 2, wherein the first path guide assembly further includes a third guide shaft and a first tension adjustment combination, wherein the first tension adjustment combination is located on the third guide shaft. Between the guide shaft and the first guide shaft, the second path guide assembly further includes a fourth guide shaft and a second tension adjustment combination. The second tension adjustment combination is located between the fourth guide shaft and the second guide shaft. between. The edge material winding machine according to claim 3, wherein the first tension adjustment combination includes a first tension adjustment shaft and a first arc-shaped groove, the first tension adjustment shaft is located in the first arc-shaped groove and can Move relative to the first arc-shaped groove to adjust the tension of the first edge material. The edge material winding machine according to claim 3, wherein the second tension adjustment combination includes a second tension adjustment shaft and a second arc-shaped groove, wherein the second tension adjustment shaft is located at the second arc-shaped groove and It can move relative to the second arc-shaped groove to adjust the tension of the second edge material. The edge material winding machine according to claim 2, wherein the first path guide component further includes two first direction adjustment shafts, and the second path guide component further includes two second direction adjustment shafts, wherein the second direction adjustment shaft The axis is located between the two first direction adjustment axes. The edge material winding machine as claimed in claim 6, wherein the first adjustment shaft includes a first upper shaft body and a first lower shaft body, wherein the upper shaft body is located in the second path to receive from the two second shaft bodies. For the second edge material of the two direction adjustment shafts, the lower shaft body is located on the first path to receive the first edge material from the two first direction adjustment shafts. The edge material winding machine according to claim 7, wherein the second adjustment shaft includes a second upper shaft body and a second lower shaft body, wherein the second upper shaft body is located on the second path to receive from the The second edge material of the first upper shaft body is located on the first path to receive the first edge material from the first lower shaft body. The edge material winding machine according to claim 8 further includes a first angle adjustment member and a second angle adjustment member, the first angle adjustment member and the second angle adjustment member are located between the winding device and the third angle adjustment member. Between the two adjustment shafts, the second edge material from the second upper shaft body passes through the gap between the first angle adjustment member and the second angle adjustment member and meets the third edge material from the second lower shaft body. The materials on one side overlap. The edge material winding machine as claimed in claim 1 further includes a rubber pressure wheel located next to the winding device, and the rubber pressure wheel is used to press the first edge material and the second edge material.

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