TWM522936U - Wrapping, slitting, winding, retracting shaft clamping and tension control mechanism - Google Patents

Description

Winding and slitting reeling and retracting shaft clamping and tension control mechanism

The invention relates to a winding and winding retracting shaft clamping and tension control mechanism, in particular to a device capable of winding a wound.

Generally, the winder is a device that winds up the roll according to the length required to be taken, or is cut from the slit machine according to the required width, and is commonly used in the market as a roll. , plastic film, and metal materials, and this equipment is usually used in the manufacturing industry, for example, the tape raw material can be cut into small rolls of finished products for sale.

The conventional winder includes an organic table, and a unwinding device and a winding device respectively disposed at the machine table. When the production is started, the reel is mounted on the winding device, and the reel is conveyed by the unwinding device. And the winding device starts to retract, so that the entire roll of the finished product can be manufactured.

However, generally rolled articles, such as plastic films, are produced by rolling rolls of the whole piece in a plastic factory. Therefore, the thickness often has unevenness, and it is easy to cause wrinkled stripes on the surface of the entire roll of plastic film. Conventional winders are prone to uneven thickness due to the thickness of the wound, which results in different diameters during winding.

Moreover, when the outer diameter of the finished product to be taken up is large, the finished product wound by the conventional winder is not only neatly viewed from the end surface, and the ends of the surface viewed from the side are likely to be recessed and fall off, thereby causing the customer Inconvenience in use, and at the same time, due to the irregular appearance, the finished product is not sold well and is not easy to be exported. Therefore, if it can be unwound and unwinded on the roll, It is also possible to adjust the tension at the same time, so that the surface of the reel can be more even and stable.

In view of the above, how to provide a winding and winding winding and retracting shaft clamping and tension control mechanism capable of winding the wound material in a neat manner becomes a problem to be improved by the present invention.

The purpose of the present invention is to provide a winding and retracting shaft clamping and tension control which can adjust the tension at the same time during the unwinding and winding of the reel, so that the reel can be wound more neatly. mechanism.

In order to solve the above problems and achieve the object of the present invention, the technical means of the present invention is realized by a winding and winding winding and retracting shaft clamping and tension control mechanism, and the winding and winding winding and retracting shaft clamping And a tension control mechanism (100) comprising a discharge unit (1), a slide unit (2), a winding unit (3), a working machine (4), and a control device (5); The discharge unit (1) is capable of being mounted and driven by the package; the slide unit (2) is disposed on one side of the discharge unit (1); the winding unit (3), It is disposed on the slide rail unit (2) and can reel the wound object (F); the work machine table (4) can be used for the discharge unit (1), the slide rail unit (2) And the winding unit (3) is provided with a connection; the control device (5) is disposed on the working machine (4) side, and the discharging unit (1), the sliding rail unit (2) And the winding unit (3) is electrically connected; characterized in that: the discharging unit (1) comprises a discharging shaft (11); and a connection with the discharging shaft (11), And a discharge motor (12) capable of rotating the discharge shaft (11); the discharge shaft (11), The utility model comprises a connecting shaft (111); a positioning shaft (112) connected at one end to the connecting shaft (111); a movable sleeve body (113) at the other end of the positioning shaft (112); and a connecting shaft (111) a clamping sleeve (114) interposed between the movable sleeve (113) and disposed at the positioning shaft (112), and the clamping sleeve (114) is composed of a plurality of rubber rings (1141) And a plurality of metal ring bodies (1142) respectively located between the two rubber ring bodies (1141); the working machine (4) from the discharging unit (1) to the winding unit (3) Between the two, including a plurality of guide rollers (41) disposed at the work machine table (4) and capable of guiding the object (F); and the control device (5) a first tension control unit (42) connected and capable of controlling the tension of the object (F) when the discharge unit (1) is discharged; one is electrically connected to the control device (5) and can be wound The object (F) is transferred from the discharge unit (1) to the servo transmission portion (43) of the winding unit (3); one is electrically connected to the control device (5), and the energy measurement is carried out (F) a tension detecting unit (44) having a tension level; a second tension control unit electrically connected to the control unit (5) and capable of controlling the tension of the object (F) when the winding unit (3) is wound up (45) And a winding pressure roller portion (46) electrically connected to the control device (5) and capable of guiding the object (F) correctly into the winding unit (3) according to the width of the object (F) .

More preferably, the movable sleeve (113) is provided by a set of fixing kits (1131) connected to the other end of the positioning shaft (112); and a set is disposed at the positioning shaft (112). And a movable kit (1132) between the fixing kit (1131) and the clamping sleeve (114), and a first space (1101) between the fixing kit (1131) and the movable kit (1132) ).

More preferably, the connecting shaft (111) further has a through hole (1111); the positioning shaft (112) has a perforation corresponding to the air inlet (1111) at one end (1121). The other end is further provided with an air outlet (1122) for communicating the perforation (1121) with the first space (1101).

More preferably, the positioning shaft (112) is further provided with a second space (1102) between the movable sleeve (1132), and a spring (115) is further disposed at the second space (1102); The fixing kit (1131) further has a first venting hole (1133) on one side thereof; the movable kit (1132) has a side connected from the inside to the outside of the second space (1102). a second exhaust hole (1134) and a groove portion (1135) for allowing the second exhaust hole (1134) to communicate with the first exhaust hole (1133).

More preferably, the positioning shaft (112) is located between the connecting shaft (111) and the clamping sleeve (114), and further comprises a first sleeve (116).

More preferably, the positioning shaft (112) is located between the clamping sleeve (114) and the first sleeve (116), and further comprises a second sleeve (117), and the second Bushing (117) outer side circumference a plurality of first inserts (1171) are further disposed around the circumference; the movable sleeve body (113) is located around the outer side of the fixing sleeve (1131), and is further provided with a plurality of rings corresponding to the first insert member. a second insert (1136) of the (1171); the clamping sleeve (114) is further provided with a plurality of sheets (118) around the outer side thereof, and one end of the sheet body (118) is correspondingly connected to the first portion An insert (1171), the other end of which can be connected to the second insert (1136).

More preferably, the discharge unit (1) is further provided with a gear set (13) between the discharge shaft (11) and the discharge motor (12), and the gear set (13) further comprises There is a driven gear (131) connected to the discharge shaft (11) and a driving gear (132) connected to the discharge motor (12).

More preferably, the first tension control portion (42) further includes a first low friction cylinder (421), and a first rocking roller capable of position adjustment of the first low friction cylinder (421). (422).

More preferably, the servo transmission portion (43) further includes a transmission wheel (431) and a positive pressure roller (432) that can abut against the side of the transmission wheel (431).

More preferably, the second tension control portion (45) further includes a second low friction cylinder (451), and a second rocking roller capable of position adjustment of the second low friction cylinder (451). (452).

More preferably, the take-up pressure roller portion (46) includes a third low friction cylinder (461); a spiral arm portion (462) disposed on one side of the third low friction cylinder (461); And a guide wheel portion (463) connected to the arm (462) and capable of adjusting the position of the third low friction cylinder (461).

More preferably, the control device (5) is a programmable logic controller.

More preferably, the winding unit (3) is more configurable to the structure of the discharge unit (1).

Compared with the prior art, the effects of the present invention are as follows:

First point: In the present invention, when the discharge shaft (11) is mounted on the discharge cylinder (P), The gas enters from the air inlet hole (1111) of the connecting shaft (111), passes through the through hole (1121) of the positioning shaft (112), and then exits from the air outlet hole (1122) to the first space (1101), so that the activity kit (1132) generating thrust, indirectly driving the rubber ring body (1141) of the clamping sleeve body (114), uniformly compressing to the inner circumference of the discharging cylinder (P) for fixing the discharging cylinder (P), and allowing the discharging shaft ( 11) The eccentricity is not generated when the discharge cylinder (P) is rotated.

The second point: in the present invention, a plurality of sheets (118) can be arranged on the outer side of the clamping sleeve (114). When the discharging cylinder (P) is nested on the outer side of the sheet body (118), When the discharge cylinder (P) is fixed, the clamping sleeve (114) indirectly pushes the sheet body (118) so that the sheet body (118) can be uniformly compressed toward the inner circumference of the discharge cylinder (P), so the discharge shaft ( 11) It can be applied to various discharge cylinders (P) of different inner diameters for clamping.

Third point: In the present invention, in order to prevent thickness unevenness caused by the wound (F) during winding, it is convenient to provide a guide roller (41) and a first tension control portion on the working machine table (4) ( 42) a servo transmission portion (43), a tension detecting portion (44), a second tension control portion (45), and a take-up pressure roller portion (46) for feeding the object (F) from the discharge unit ( 1), when the above-mentioned component is passed to the winding unit (3), the tension of the object (F) during traveling can be adjusted and controlled, so that the novel end face of the product which is wound up by the wound (F) can be ensured. It is tidy and makes the surface more uniform and wrinkle-free, so as to improve the work yield.

1‧‧‧Discharge unit

11‧‧‧Discharge shaft

111‧‧‧Connected shaft

1111‧‧‧Inlet holes

112‧‧‧ Positioning axis

1121‧‧‧Perforation

1122‧‧‧ Vents

113‧‧‧ Activity kit

1131‧‧‧Fixed kit

1132‧‧‧ Activity Kit

1133‧‧‧First vent

1134‧‧‧Second vent

1135‧‧‧ Groove

1136‧‧‧Second insert

114‧‧‧Clamping sleeve

1141‧‧‧Rubber ring

1142‧‧‧Metal ring

115‧‧‧ Spring

116‧‧‧First bushing

117‧‧‧Second bushing

1171‧‧‧First insert

118‧‧‧Piece

1101‧‧‧First space

1102‧‧‧Second space

12‧‧‧Discharge motor

13‧‧‧ Gear Set

131‧‧‧ driven gear

132‧‧‧Drive gear

2‧‧‧slide unit

3‧‧‧Winding unit

4‧‧‧Working machine

41‧‧‧ Guide roller

42‧‧‧First tension control department

421‧‧‧First low friction cylinder

422‧‧‧First rocking roller

43‧‧‧Servo Transmission

431‧‧‧Drive wheel

432‧‧‧Check the pressure wheel

44‧‧‧Tensence Inspection Department

45‧‧‧Second tension control department

451‧‧‧Second low friction cylinder

452‧‧‧Second shaking roller

46‧‧‧Winding wheel

461‧‧‧ Third low friction cylinder

462‧‧‧Spin arm

463‧‧‧guide wheel

5‧‧‧Control device

100‧‧‧Wound winding take-up and retraction shaft clamping and tension control mechanism

F‧‧‧Reel

P‧‧‧Discharge cylinder

Figure 1: A perspective view of the novel.

Figure 2: A perspective view of the new discharge unit.

Fig. 3 is a cross-sectional view showing the second figure I-I.

Figure 4: Schematic diagram of the three-dimensional implementation of the new discharge unit mounting reel.

Figure 5: Schematic diagram of a cross-sectional view of the holding unit of the present type of discharging unit.

Figure 6 is a perspective view showing another embodiment of the discharge unit of the present invention.

Figure 7: Schematic diagram of the front view of the present invention.

Fig. 8 is a front view showing the first tension control unit of the present invention for adjusting the tension of the wound body.

Figure 9: Schematic diagram of the front view of the positioning of the wound body of the novel servo transmission portion.

Fig. 10 is a front view showing the second tension control unit of the present invention for adjusting the tension of the wound body.

Figure 11: Schematic diagram of the front view of the new reeling wheel part for stabilizing the reel.

The following is a detailed description of the following embodiments according to the drawings:

As shown in Fig. 1 to Fig. 11, the figure discloses a winding and retracting shaft clamping and tension control mechanism for winding and winding, the winding and winding retracting shaft clamping and tension control mechanism ( 100), comprising a discharge unit (1), a slide unit (2), a winding unit (3), a working machine (4), and a control device (5); (1), which can be installed and driven by the roll; the slide unit (2) is disposed on one side of the discharge unit (1); and the winding unit (3) is disposed on the slide On the rail unit (2), and capable of retracting the reel (F); the working machine (4) capable of supplying the discharging unit (1), the sliding unit (2), and the winding The unit (3) is provided with a connection; the control device (5) is disposed on one side of the working machine (4), and the discharging unit (1), the sliding rail unit (2), and the receiving The winding unit (3) is electrically connected; the discharging unit (1) includes a discharging shaft (11); and a connection with the discharging shaft (11), and can drive the discharging a discharge motor (12) that rotates the shaft (11); the discharge shaft (11) includes a coupling shaft (111); one end and the coupling shaft (111) a connecting positioning shaft (112); a movable sleeve (113) at the other end of the positioning shaft (112); and a sleeve between the connecting shaft (111) and the movable sleeve (113) a clamping sleeve (114) disposed at the positioning shaft (112), wherein the clamping sleeve body (114) is composed of a plurality of rubber ring bodies (1141), and a plurality of the rubber ring bodies (1141) respectively Between the metal ring body (1142); the work machine (4) from the discharge unit (1) to the winding unit (3), including a plurality of layouts on the work machine ( 4) a guide roller (41) capable of guiding the object (F); electrically connected to the control device (5), and capable of being controlled when the discharge unit (1) is discharged a first tension control portion (42) for tension of the roll (F); an electrical connection with the control device (5), and the transfer of the roll (F) from the discharge unit (1) to the winding a servo transmission portion (43) of the unit (3); a tension detecting portion (44) electrically connected to the control device (5) and measuring the tension of the roll (F); and a control device ( 5) an electrical connection, a second tension control unit (45) capable of controlling the tension of the object (F) when the winding unit (3) is wound up; and an electrical connection with the control device (5) and capable of being The roll (F) width guides the roll (F) to correctly enter the take-up pinch portion (46) at the winding unit (3).

Among them, in the manufacturing market, in order to cope with the thickness unevenness generated at the time of manufacture of the roll (F), as shown in Fig. 4, the discharge drum (P) of the wound (F) is first wound. After being attached to the discharge unit (1), referring to FIGS. 7 to 11 again, a plurality of guide rollers (41), a first tension control unit (42), and a first tension control unit (42) in the work machine table (4) are used. When the servo drive unit (43), the tension detecting unit (44), the second tension control unit (45), and the take-up pressure roller unit (46), the roll (F) can be adjusted to travel to the winding unit in a timely manner. (3) The tension between the two is up to the winding unit (3), so the new type can ensure that the end surface of the product wound by the roll (F) is neat, and the surface is more uniform and wrinkle-free, thereby improving the work yield. Effect.

In the above, the movable sleeve (113) is provided by a set of fixing kits (1131) connected to the other end of the positioning shaft (112); and a set is disposed at the positioning shaft (112) and located at The fixing kit (1131) is composed of a movable sleeve (1132) between the fixing sleeve (1131), and a fixing space (1101) is further disposed between the fixing kit (1131) and the movable sleeve (1132).

In the above, the connecting shaft (111) further has a through hole (1111); the positioning shaft (112) has a perforation (1121) corresponding to the air inlet (1111) at one end thereof. The other end is further provided with an air outlet (1122) for communicating the perforation (1121) with the first space (1101).

In addition, as shown in Fig. 2, the new discharge unit (1) is composed of a discharge shaft (11) and a discharge motor (12), and is improved on the discharge shaft (11). Discharge shaft (11) package The connecting shaft (111), the positioning shaft (112), the movable sleeve (113) and the clamping sleeve (114) are included, and the embodiment is shown in Fig. 4, and the winding object (F) is first wound. The discharge cylinder (P) is inserted into the discharge shaft (11), and the discharge cylinder (P) is placed at the position of the clamping sleeve (114) for clamping the sleeve (114) to the discharge cylinder ( P) Carrying the clamp.

Next, the clamping method of the holding sleeve (114) for the discharging cylinder (P), as shown in Fig. 5, is to use gas from the inlet hole (1111) of the connecting shaft (111), and is positioned. After the perforation (1121) of the shaft (112), it is discharged from the air outlet (1122) to the first space (1101), so that the movable kit (1132) generates a thrust, and indirectly pushes the rubber ring body of the clamping sleeve (114) ( 1141) and the metal ring body (1142), the rubber ring body (1141) is expanded and uniformly compressed toward the inner circumference of the discharge cylinder (P) so as to be able to clamp the discharge cylinder (P) to the discharge shaft (11) The eccentricity is not generated when the discharge cylinder (P) is rotated.

Furthermore, in order to allow the third party to easily understand how the present model holds the discharge cylinder (P), the discharge cylinder (P) and the rubber ring body (1141) and the metal ring body (1142) of Fig. 5 are provided. It is magnified and revealed, so the proportion is more exaggerated when drawing, but it does not contradict the actual structure.

In the above, the positioning shaft (112) is further provided with a second space (1102) between the movable sleeve (1132), and a spring (115) is further disposed at the second space (1102); The kit (1131) further has a first venting opening (1133) on one side thereof; the movable kit (1132) has a side that is connected to the second space (1102) from the inside to the outside. Two exhaust holes (1134), and a groove portion (1135) for allowing the second exhaust hole (1134) to communicate with the first exhaust hole (1133).

Referring to FIG. 3, a spring (115) is further disposed in the second space (1102) of the discharge shaft (11), and the movable sleeve (1132) is pushing the rubber ring body (1141) and the metal ring. In the case of the body (1142), as shown in Fig. 5, the spring (115) starts to compress. At this time, the air in the second space (1102) is passed through the second exhaust hole (1134), via the concave The groove portion (1135) is again discharged from the first vent hole (1133), and this arrangement enables the movable set (1132) to be easily urged toward the rubber ring body (1141) and the metal ring body (1142).

Secondly, when the gas stops feeding the discharge shaft (11), the movable sleeve (1132) of the movable sleeve (113) can be quickly returned to the original position by the spring (115), and at the same time, the rubber ring body ( 1141) The discharge cylinder (P) can be released.

In the above, the positioning shaft (112) is located between the connecting shaft (111) and the clamping sleeve (114), and further comprises a first sleeve (116).

In the above, the positioning shaft (112) is located between the clamping sleeve (114) and the first sleeve (116), and further comprises a second sleeve (117), and the second shaft A plurality of first inserts (1171) are further disposed around the outer side of the sleeve (117); the movable sleeve body (113) is located around the outer side of the fixing kit (1131), and is further provided with a plurality of corresponding rings. a second insert (1136) of the first insert (1171); the clamping sleeve (114) is further provided with a plurality of sheets (118) around the outer side thereof, and one end of the sheet body (118) It can be correspondingly connected to the first insert (1171), and the other end can be connected to the second insert (1136).

However, if the discharge shaft (11) is implemented in the configuration shown in Fig. 2, the discharge cylinder (P) having a wide inner diameter is unstable and easy to loosen, so please refer to the sixth. As shown, a plurality of sheets (118) are looped on the outer side of the discharge shaft (11), and the two ends of the sheet (118) are positioned by the first insert (1171) and the second insert (1136). .

Secondly, the clamping method is the same as that shown in Fig. 4 to Fig. 5. First, the discharge cylinder (P) is placed on the outer side of the sheet body (118), and the gas is introduced from the air inlet hole (1111) to drive The movable kit (1132) pushes the rubber ring body (1141) and the metal ring body (1142), and the rubber ring body (1141) expands and pushes toward the side of the sheet body (118), so that the other side of the sheet body (118) It can also be uniformly compressed to the inner circumference of the discharge cylinder (P), and by this arrangement, it can be applied to various discharge cylinders (P) of different inner diameters.

In the above, the discharge unit (1) is further provided with a gear set (13) between the discharge shaft (11) and the discharge motor (12), and the gear set (13) further comprises a A driven gear (131) connected to the discharge shaft (11) and a driving gear (132) connected to the discharge motor (12).

Among them, please refer to Figure 2, the discharge motor (12) drives the discharge shaft (11) to transmit energy through mechanical parts such as gears, belts, chains, etc., while the traditional slitter winder is mostly belt driven. Therefore, it is impossible to obtain a precise speed ratio, so that the transmission mode of the discharge unit (1) is preferably a gear set (13), and the gear set (13) includes a driven gear (131) and a driving gear. (132), so as to be able to drive the discharge shaft (11).

In the above, the first tension control portion (42) further includes a first low friction cylinder (421), and a first rocking roller (422) capable of position adjustment of the first low friction cylinder (421). ).

Wherein, the roll (F) is mounted on the winding slit take-up and retraction shaft clamping and tension control mechanism (100) as shown in Fig. 7, when the discharge unit (1) starts to be wound ( F) When the roll is being fed, if the tension detecting unit (44) measures the tension between the rolls (F) during travel too loose or too tight, please refer to section 8. As shown in the figure, at this time, the first low friction cylinder (421) and the first rocking roller (422) can be disposed, and the first low friction cylinder (421) drives the first rocking roller (422) to control the roll. The amount of tension of the material (F) at the time of discharge.

In the above, the servo transmission portion (43) further includes a transmission wheel (431) and a positive pressure roller (432) capable of abutting against the side of the transmission wheel (431).

Wherein, when the object (F) travels from the discharge unit (1) to the winding unit (3), please refer to Fig. 9 through the transmission wheel (431) and the positive pressure roller (432). The arrangement is such that the object (F) is located between the transmission wheel (431) and the actuating pressure roller (432) so as to assist in driving the object (F) to travel and increase the traveling of the object (F). stability.

In the above, the second tension control portion (45) further includes a second low friction cylinder (451), and a second rocking roller (452) capable of position adjustment of the second low friction cylinder (451). ).

Wherein, when the wound object (F) is taken up by the winding unit (3), the tension detecting unit (44) Measuring the tension of the wound (F) during travel is too loose or too tight, as shown in Fig. 10, at this time, the second low friction cylinder (451) and the second shaking roller (452) can be transmitted. The arrangement is such that the second low-friction cylinder (451) drives the second rocking roller (452) to control and adjust the tension of the wound (F) during winding.

In the above, the take-up pressure roller portion (46) includes a third low friction cylinder (461); a spiral arm portion (462) disposed on one side of the third low friction cylinder (461); A guide wheel portion (463) connected to the arm (462) and capable of positionally adjusting the third low friction cylinder (461).

Before the roll (F) is taken up by the winding unit (3), as shown in Fig. 11, the guide wheel portion (463) is placed on the roll (F) to guide the roll. The object (F) enters the winding unit (3) correctly, and in order to prevent the object (F) from being bulged during winding, the object (F) is contacted to the guide wheel portion (463), when The larger the diameter of the wound (F) is taken, the third low friction cylinder (461) controls the guide wheel portion (463), and the pressure of the guide wheel portion (463) against the object (F) is gradually reduced. Small to avoid the temperature difference and generate internal stress to the shaft to compress and deform.

Next, if the diameter of the wound (F) on the winding unit (3) is gradually increased, the arm portion (462) can be actuated at this time, and the coiled object (F) is taken up. The diameter is linearly changed to adjust the position of the guide wheel portion (463). Therefore, the present invention can produce a finished product having a large diameter, and is arranged neatly without falling off, thereby improving the work yield.

In the above, the control device (5) is a programmable logic controller.

The control device (5) can be installed at one side of the working machine (4) as shown in FIG. 1 , and the preferred application is a programmable logic controller, referred to as PLC, which has strong versatility and use. Convenient, wide adaptability, high reliability, strong anti-interference ability, simple programming, etc., in order to control the discharge speed of the discharge unit (1), the steering and rotation speed of the winding unit (3), and the slide unit ( 2) The power output value can also control the tension and pressure of each part of the work machine table (4), so that the roll (F) can obtain an appropriate tension during travel.

In the above, the winding unit (3) is more similar to the structure of the discharging unit (1).

Wherein, the winding unit (3) can also be arranged to have the same structure as the discharging unit (1), so when the winding unit (3) is wound up in the wound (F), the wound (F) can The winding is averaged at the winding unit (3) to increase the degree of winding solidity without falling off.

The structure, features and effects of the present invention are described in detail above based on the embodiments shown in the drawings. Since the novel and progressive requirements are met, a new patent application is filed according to law; however, the above description is only a preferred embodiment of the present invention. However, the present invention is not limited to the scope of implementation of the present invention, and therefore modifications that are in accordance with the meaning of the present invention are intended to fall within the scope of the present invention as long as they are within the scope of the present invention.

1‧‧‧Discharge unit

2‧‧‧slide unit

3‧‧‧Winding unit

4‧‧‧Working machine

41‧‧‧ Guide roller

42‧‧‧First tension control department

43‧‧‧Servo Transmission

44‧‧‧Tensence Inspection Department

45‧‧‧Second tension control department

46‧‧‧Winding wheel

5‧‧‧Control device

100‧‧‧Wound winding take-up and retraction shaft clamping and tension control mechanism

Claims (13)

The invention relates to a winding strip winding take-up and retraction shaft clamping and tension control mechanism, the winding strip winding take-up and retraction shaft clamping and tension control mechanism (100), which comprises a discharging unit (1) and a sliding rail unit (2) a winding unit (3), a working machine (4), and a control device (5); the discharging unit (1) capable of being mounted and driven by the winding; the sliding a rail unit (2) disposed on one side of the discharge unit (1); the winding unit (3) disposed on the rail unit (2) and capable of retracting the object (F) The work machine (4) is capable of being connected to the discharge unit (1), the slide unit (2), and the winding unit (3); the control device (5) It is disposed on one side of the working machine (4), and is electrically connected to the discharging unit (1), the sliding rail unit (2), and the winding unit (3); a material unit (1) comprising a discharge shaft (11); and a discharge motor (12) connected to the discharge shaft (11) and capable of rotating the discharge shaft (11); a material shaft (11) comprising a connecting shaft (111); a positioning shaft (112) connected at one end to the connecting shaft (111); a movable sleeve body (113) at the other end of the shaft (112); and a clamping sleeve disposed between the connecting shaft (111) and the movable sleeve body (113) and sleeved at the positioning shaft (112) 114), the clamping sleeve (114) is composed of a plurality of rubber ring bodies (1141) and a plurality of metal ring bodies (1142) respectively located between the two rubber ring bodies (1141); a machine (4) from the discharge unit (1) to the winding unit (3), comprising a plurality of guides disposed at the working machine (4) and capable of guiding the object (F) a drafting roller (41); a first tension control portion (42) electrically connected to the control device (5) and capable of controlling the tension of the object (F) when the discharging unit (1) is discharged; a servo transmission portion (43) electrically connected to the control device (5) and capable of conveying the object (F) from the discharge unit (1) to the winding unit (3); and the control device ( 5) a tension detecting unit (44) that electrically connects and measures the tension of the roll (F); one and the control device a second tension control unit (45) that electrically connects, controls the tension of the object (F) when the winding unit (3) is wound up, and is electrically connected to the control device (5), and The take-up pressure roller portion (46) at the winding unit (3) can be correctly guided according to the width of the object (F). The winding strip retracting shaft clamping and tension control mechanism according to claim 1, wherein the movable sleeve (113) is connected to the other end of the positioning shaft (112) by a set. a fixing kit (1131); and a set of a movable kit (1132) disposed at the positioning shaft (112) and located between the fixing kit (1131) and the clamping sleeve (114), and the fixing kit (1131) is further provided with a first space (1101) between the activity kit (1132). The winding and winding retracting shaft clamping and tension control mechanism according to claim 2, wherein the connecting shaft (111) further has a through air inlet hole (1111); the positioning shaft (112), One end of the hole (1121) corresponding to the air inlet hole (1111) is further provided, and the other end is further provided with an air outlet hole (1122) for communicating the hole (1121) with the first space (1101). The winding strip retracting shaft clamping and tension control mechanism according to claim 2, wherein the positioning shaft (112) is further provided with a second space (1102) between the movable sleeve (1132). And the second space (1102) is further provided with a spring (115); the fixing kit (1131) is further provided with a first exhaust hole (1133) on one side thereof; the movable kit (1132), One side further includes a second exhaust hole (1134) communicating with the second space (1102), and a second exhaust hole (1134) and the first exhaust hole (1134) 1133) A groove portion (1135) that communicates with each other. The winding strip retracting shaft clamping and tension control mechanism according to claim 2, wherein the positioning shaft (112) is located at the connecting shaft (111) and the clamping sleeve (114) There is also a first sleeve (116). The winding strip retracting shaft clamping and tension control mechanism according to claim 5, wherein the positioning shaft (112) is located at the clamping sleeve (114) and the first sleeve ( 116), further comprising a second sleeve (117), and the outer circumference of the second sleeve (117) is further provided with a plurality of rings a first insert (1171); the movable sleeve (113) is located around the outer side of the fixing sleeve (1131), and is further provided with a plurality of second inserts corresponding to the first insert (1171) (1136); the clamping sleeve body (114) is further provided with a plurality of sheets (118) around the outer side thereof, and one end of the sheet body (118) can be correspondingly connected to the first insert member (1171), and One end can be connected to the second insert (1136). The winding strip retracting shaft clamping and tension control mechanism according to claim 1, wherein the discharging unit (1) is located at the discharging shaft (11) and the discharging motor (12) Further, a gear set (13) is further disposed, and the gear set (13) further includes a driven gear (131) connected to the discharge shaft (11), and an active connection with the discharge motor (12). Gear (132). The winding strip retracting shaft clamping and tension control mechanism according to claim 1, wherein the first tension control portion (42) further includes a first low friction cylinder (421), and a A first rocking roller (422) capable of positionally adjusting the first low friction cylinder (421). The winding and winding retracting shaft clamping and tension control mechanism according to claim 1, wherein the servo transmission portion (43) further includes a transmission wheel (431), and one can abut the The pressure roller (432) is activated on one side of the transmission wheel (431). The winding strip retracting shaft clamping and tension control mechanism according to claim 1, wherein the second tension control portion (45) further includes a second low friction cylinder (451), and a A second rocking roller (452) capable of positionally adjusting the second low friction cylinder (451). The winding strip winding retracting shaft clamping and tension control mechanism according to claim 1, wherein the winding pressure roller portion (46) includes a third low friction cylinder (461); a spiral arm portion (462) on a side of the third low friction cylinder (461); and a guide wheel portion connected to the spiral arm (462) and capable of positionally adjusting the third low friction cylinder (461) (463). The winding strip retracting shaft clamping and tension control mechanism according to claim 1, wherein the control device (5) is a programmable logic controller. The winding strip winding retracting shaft clamping and tension control mechanism according to claim 1, wherein the winding unit (3) is more capable of being configured identically to the discharging unit (1).