CN202542533U - Intelligent reeling device with drying function for high-speed digital embossing machine - Google Patents

Abstract

The utility model relates to an intelligent winding device with drying of a high-speed digital printing machine. Also do not have a kind of reasonable structural design at present, the intelligent winding device of the belt drying of reliable high-speed digital printing machine. The utility model includes a drying device, a bracket, a guide roller, a motor installed on the bracket, a winding roller connected with the motor, a tension roller with two rolling gears, two racks and two guide grooves. The positioning bar is characterized in that: it also includes a control box, a controller, a variable resistor, a large gear, a small gear and a connecting piece, the control box is installed on the bracket, the controller is connected to the motor, the variable resistor, the large gear, Both the pinion and the connecting piece are located in the control box, the big gear is fixed at one end of the tension roller, the connecting piece is connected to the tension roller, the pinion is meshed with the big gear, the variable resistor is connected with the pinion, the controller is connected with the variable resistor device connection. The utility model has reasonable structural design and good adjustment effect on the tension of the cloth.

Description

Intelligent winding device with drying for high-speed digital printing machine

technical field

The utility model relates to an intelligent rewinding device, in particular to an intelligent rewinding device with drying for a high-speed digital printing machine, which belongs to a part of the digital printing machine and is mainly used for drying cloth after digital printing. Dry and wind the fabric evenly.

Background technique

A winding device is usually installed in a digital printing machine, and a winding roller is arranged in the winding device, and the motor is connected with the winding roller. Under the action of the motor, the winding roller can rotate for the winding process. The rewinding reel set of the digitally printed and dried cloth is fixed on the rewinding roller, and the cloth is rewound onto the rewinding reel through the rotation of the rewinding roller.

Since the winding device in the digital printing machine is in the process of collecting the cloth, the tension on the cloth will fluctuate at any time, so that the degree of stretching of the cloth will change, which makes it difficult for the winding device to evenly process the printing operation and The fabric after the drying operation is rolled, and the fabric is also prone to wrinkles during the rolling process, which greatly affects the quality of the digital printing fabric.

At present, there are some relatively good winding devices for digital printing machines. This type of winding device includes a bracket, a guide roller, a winding roller, a tension roller with gears at both ends, and two racks that match the gears. and two positioning bars with guide grooves, wherein the two ends of the guide roller and the winding roller are installed on the bracket through bearings, the guide roller and the winding roller are parallel to each other, and the two racks are respectively fixed on two positioning On the groove wall of the bar guide groove, the two racks are located on the upper or lower groove wall of the guide groove; the two positioning bars are fixed on the bracket, and the two positioning bars are parallel to each other; the two ends of the tension roller are respectively Installed in the guide grooves of the two positioning bars, the gears at both ends of the tension roller mesh with the two racks respectively, the tension roller is parallel to the winding roller, and the tension roller is located below the winding roller. When this type of winding device is in use, the tension roller is wrapped around the cloth to be wound. When the tension on the cloth increases, the upward force of the cloth on the tension roller increases, so that the tension roller rolls upward along the guide groove. This reduces the tension on the fabric; and when the tension on the fabric becomes smaller, the tension roller rolls down along the guide groove under its own gravity, thereby properly increasing the tension on the fabric and preventing the tension on the fabric from being too small. This type of winding device adjusts the tension of the cloth through the tension roller, which can play a good role in regulating the tension of the cloth. However, the speed of the motor used to drive the winding roller in this type of winding device is always Constant, when the fabric is just being rolled up, the diameter of the tubular fabric is smaller, and the length of the fabric wound up by the winding roller is shorter every time it rotates. At this time, the tension on the fabric is greater. If the cylinder The diameter of the shaped fabric is relatively small, that is, when the stock of the fabric is small, even when the tension roller rolls to the top of the guide groove, the tension on the fabric is still too large, which leads to the inability to fully and effectively adjust the tension of the fabric through the tension roller. When the fabric is about to be wound up, the diameter of the tubular fabric is larger, and the length of the fabric wound by the winding roller is longer per rotation. At this time, the tension on the fabric is small. , if the diameter of the tubular fabric is too large, that is, when the fabric stock is large, even when the tension roller rolls to the bottom of the guide groove, the tension on the fabric is still relatively small, which leads to the inability to fully and effectively adjust the tension roller. The magnitude of the tension on the cloth. It can be seen that this type of winding device used in digital printing machines cannot adjust the winding speed of the cloth according to the amount of cloth in the winding roller, thereby reducing the applicable area.

In addition, after the digital printing machine digitally prints the fabric, it needs to dry the fabric that has just been printed, and then rewind the dried fabric. At present, a flat electric heating platen is usually used to The cloth that has just been printed is dried, and the cloth that needs to be dried moves against the electric heating platen with a flat structure, and the cloth is dried by the heat in the electric heating platen. Since the current electric heating platen with flat structure is usually directly installed in the workshop, and the table top of the electric heating platen is exposed in the workshop, when the electric heating platen with the flat structure is used to dry the printed cloth, The side of the cloth in contact with the electric heating plate receives more heat from the electric heating plate, while the other side of the cloth receives less heat, which makes the cloth heated unevenly and the drying effect is poor; in addition, the heat generated by the electric heating plate directly Distributed into the workshop, not only the heat dissipation is faster, the energy utilization rate is low, but also a certain pollution is caused to the workshop, which is not conducive to the health of workers.

To sum up, there is no one with simple structure, reasonable design, reliable performance, energy saving and environmental protection, good drying effect, good adjustment effect on the tension of the cloth, and can be adjusted according to the amount of cloth stock in the winding roller. The intelligent winding device with drying of the high-speed digital printing machine that adjusts the winding speed of the fabric.

Utility model content

The purpose of this utility model is to overcome the above-mentioned deficiencies in the prior art, and to provide a structure with reasonable design, reliable performance, energy saving and environmental protection, good drying effect, good adjustment effect on the tension of the cloth, and can The intelligent winding device with drying of the high-speed digital printing machine that adjusts the winding speed of the cloth according to the amount of cloth stock in the roller.

The technical solution adopted by the utility model to solve the above problems is: the intelligent winding device with drying of the high-speed digital printing machine includes a drying device, a bracket, a guide roller, a motor installed on the bracket, and a winding device connected to the motor. Winding roller, tension roller with two rolling gears, two gear racks matching the rolling gears and two positioning bars with guide grooves, both ends of the guide roller and winding roller are installed on the On the support, the guide roller and the winding roller are parallel to each other, the drying device is installed on the support, the guide roller and the winding roller are all matched with the drying device, and the two racks are respectively fixed on two positioning On the groove wall of the guide groove of the bar, the two racks are located on the upper groove wall or the lower groove wall of the guide groove; the two positioning bars are fixed on the bracket, and the two positioning bars are parallel to each other; The tension roller is installed in the guide grooves of the two positioning bars. The two rolling gears on the tension roller mesh with the two racks respectively. The tension roller is parallel to the winding roller, and the tension roller is located at the Below, its structural feature is: it also includes a control box, a controller, a variable resistor, a large gear, a pinion and a connecting piece, the control box is installed on the bracket, and the controller is installed in the control box. The device is connected with the motor, the variable resistor, the large gear, the small gear and the connecting piece are all located in the control box, the large gear is fixed on one end of the tension roller, the connecting piece is connected to the tension roller, and the small The gear is installed on the connecting piece, the pinion is meshed with the large gear, the variable resistor is connected with the pinion, and the controller is connected with the variable resistor.

As a preference, the drying device of the utility model includes an electric heating platen, a top cover and several infrared heating tubes, the electric heating platen is installed in the frame, and the several infrared heating tubes are all installed at the bottom of the top cover , the top cover is fixed on the frame, a drying channel is formed between the top cover and the electric heating platen, and the middle part of the electric heating platen is higher than the two sides of the electric heating platen.

As a preference, there are two sets of positioning holes on the bracket of the utility model, the positioning holes include a central hole and a row of peripheral holes arranged in a circular arc with the central hole as the center, and one end of the positioning strip is fixed at the center On the hole, the other end of the positioning bar is fixed on a peripheral hole.

As a preference, the included angle between the rack and the horizontal plane of the present invention is between 10°-60°.

As a preference, the number of guide rollers in the present invention is between 2-5.

As a preference, the electric heating platen in the drying device of the utility model has an arc-shaped structure.

As a preference, the electric heating platen in the drying device of the present invention has an inverted V-shaped structure.

As a preference, the electric heating platen in the drying device of the present utility model has an arched structure.

Preferably, the infrared heating tube in the drying device of the present invention is made of quartz infrared heating tube.

As a preference, the number of infrared heating tubes in the drying device of the present invention is 2-8.

Compared with the prior art, the utility model has the following advantages and effects: the tension of the cloth can be adjusted through the tension roller, thereby ensuring that the cloth can be rolled up evenly and smoothly, preventing wrinkles, and improving the quality of digital printing products. quality. The large gear of the utility model is fixed on one end of the tension roller, the small gear meshes with the large gear, the variable resistor is connected with the small gear, and the controller is connected with the variable resistor. When the tension roller rotates, it can drive the large gear Rotate, and then the pinion gear is driven by the big gear to rotate, the resistance of the variable resistor can be controlled through the rotation of the pinion gear, and the relevant signal is transmitted to the controller, and the speed of the motor is controlled by the controller. When the tension on the fabric increases, for example, when the amount of fabric in the rewinding drum is large, the length of the rewound fabric is longer every time the take-up roller rotates, thereby increasing the tension of the fabric. At this time, the tension roller rolls upwards , the tension roller drives the connecting piece to move upward together. At the same time, the tension roller drives the large gear to rotate, and then the large gear drives the small gear to rotate. Through the rotation of the small gear, the resistance value of the variable resistor is increased, and the This signal is transmitted to the controller, and finally the controller controls the motor to slow down the rotation speed and the speed of winding the cloth, thereby reducing the tension on the cloth and achieving the purpose of adjusting the tension of the cloth. As another example, when the tension on the cloth becomes smaller, for example, when the amount of cloth in the winding drum is small, the length of the wound cloth is shorter every time the winding roller rotates, thereby reducing the tension of the cloth. At this time, the tension The roller rolls downward, and the tension roller drives the connecting piece to move downward together. At the same time, the tension roller drives the large gear to rotate in reverse, and then the large gear drives the small gear to rotate in reverse, and the reverse rotation of the small gear reduces the The resistance value of the variable resistor is large, and the signal is transmitted to the controller. Finally, the controller controls the motor to increase the speed and speed up the winding speed of the cloth, thereby increasing the tension on the cloth to achieve the adjustment of the cloth. The purpose of tension size.

In the utility model, the middle part of the electric heating platen in the drying device is higher than the two sides of the electric heating platen, that is, in the electric heating platen, the positions located at the entrance of the drying channel and the outlet of the drying channel are relatively low, and the positions located in the middle of the electric heating platen are The position is higher, so that when the cloth to be dried is moved on the electric heating platen, the cloth and the electric heating platen can fit closer together, which not only helps to improve the heat transfer efficiency between the cloth and the electric heating platen, but also It is beneficial to improve the flatness of the dried cloth and improve the quality of the cloth.

Several infrared heating tubes are arranged in the drying device of the utility model, and the several infrared heating tubes are all installed on the bottom of the top cover, and the cloth can be dried through the infrared heating tubes, especially the drying effect on the upper surface of the cloth is better. good. The lower surface of the cloth is mainly dried by the electric heating platen, and the upper surface of the cloth is mainly dried by the infrared heating tube, so that the drying effect of the cloth is better and more uniform, and it is beneficial to improve the quality of the cloth.

The drying device of the utility model is provided with a top cover, and a drying channel is formed between the top cover and the electric heating platen, and the cloth to be dried is dried in the drying channel, and the electric heating platen and the infrared heating tube generate heat. The heat can be concentrated in the top cover and the drying channel, which greatly reduces the speed of heat diffusion into the workshop, improves the utilization rate of heat, improves the efficiency of drying cloth, and reduces the heat generated by the drying device on the workshop. Pollution is conducive to improving the workshop environment.

The utility model has the advantages of simple structure, reasonable design, reliable performance, good adjustment effect on the tension of the cloth, and can adjust the winding speed of the cloth according to the amount of cloth stock in the winding roller, so that the high-speed digital printing machine The intelligent winding device with drying can be used for both large cloth rolls and small cloth rolls, which greatly expands the intelligent winding with drying of high-speed digital printing machines Applicable side of the device. The structure design of the drying device in the utility model is reasonable, the drying effect on the cloth is good, the energy utilization rate is high, and the pollution caused by the drying device to the workshop environment is greatly reduced.

Description of drawings

Fig. 1 is a schematic structural view of an intelligent winding device with drying of a high-speed digital printing machine in an embodiment of the present invention.

Fig. 2 is a schematic diagram of the front view of the drying device in the embodiment of the utility model.

Fig. 3 is a schematic diagram of the structure of the right side view after removing part of the right frame and part of the right top cover in Fig. 2 .

Fig. 4 is a schematic structural view of Fig. 1 after removing the drying device.

Fig. 5 is a schematic cross-sectional structural diagram of plane A-A in Fig. 4 .

Fig. 6 is a structural schematic diagram after removing the motor and the upper groove wall in the positioning bar in Fig. 4, and partially sectionally cutting the control box.

FIG. 7 is an enlarged structural schematic diagram of point A in FIG. 6 .

Detailed ways

The utility model will be further described in detail below in conjunction with the accompanying drawings and examples. The following examples are explanations of the utility model and the utility model is not limited to the following examples.

Example.

Referring to Fig. 1 to Fig. 7, the intelligent winding device with drying of the high-speed digital printing machine in this embodiment includes a drying device, a bracket 1, a guide roller 2, a control box 81, a controller 82, a variable resistor 83, Large gear 84, pinion 85, connector 86, motor 9 installed on the bracket 1, winding roller 3 connected with motor 9, tension roller 4 with two rolling gears 41, two and rolling gears 41 The matching rack 6 and two positioning bars 5 with guide grooves 51; wherein the two positioning bars 5 each have a guide groove 51. The number of guide rollers 2 in the utility model can be set according to actual needs, and the quantity of the guide rollers 2 is usually between 2-5.

Both ends of the guide roller 2 and the winding roller 3 in this embodiment are all mounted on the support 1 through bearings, so that the guide roller 2 and the winding roller 3 can all roll on the support 1, and the guide roller 2 is positioned on the winding roller. 3, the guide roller 2 and the winding roller 3 are parallel to each other. The left and right sides of bracket 1 in the utility model can respectively have a group of positioning holes, and each group of positioning holes is composed of a central hole and a row of peripheral holes 7 arranged in an arc shape with the central hole as the center of circle. The drying device in this embodiment is installed on the support 1 , and the guide roller 2 and the winding roller 3 cooperate with the drying device, so that the dried cloth can pass through the guide roller 2 and be rewound by the winding roller 3 .

The two racks 6 in this embodiment are respectively fixed in the guide grooves 51 of the two positioning bars 5, and the racks 6 are all fixed on the lower groove wall 53 of the guide grooves 51. Certainly, the two racks 6 in the utility model The positioning bars 5 can also be fixed on the upper groove walls 52 of the corresponding guide grooves 51 . The two positioning strips 5 in this embodiment are respectively fixed on the left and right sides of the bracket 1, and one end of the positioning strip 5 is fixed on the central hole of the bracket 1 by a screw, and the other end of the positioning strip 5 is fixed on one of the peripheral sides by a screw. On the hole 7, since the peripheral hole 7 is arranged in an arc shape with the central hole as the center, the other end of the positioning bar 5 can be fixed on a different peripheral hole 7, so that the distance between the rack 6 and the horizontal plane can be adjusted. The size of the angle α, the angle α between the rack 6 and the horizontal plane in the present invention is usually between 10°-60°, and the degree of the angle α in this embodiment is 30°.

In this embodiment, the tension roller 4 is respectively installed in the guide grooves 51 of the two positioning bars 5, and the two rolling gears 41 in the tension roller 4 are respectively meshed with the racks 6 in the two guide grooves 51, so that the tension roller 4 can move in parallel along the guide groove 51. The tension roller 4 in this embodiment is parallel to the winding roller 3 , and the tension roller 4 is located below the winding roller 3 .

The control box 81 in this embodiment is installed on the support 1, and the controller 82 is installed in the control box 81, and the controller 82 is connected with the motor 9, and the rotational speed of the motor 9 can be controlled by the controller 82. The variable resistor 83, the large gear 84, the pinion 85 and the connector 86 in this embodiment are all located in the control box 81, wherein the large gear 84 is fixed on one end of the tension roller 4, and the rotation of the tension roller 4 can drive The bull gear 84 rotates synchronously.

The connecting piece 86 in this embodiment is connected on the tension roller 4, so that the connecting piece 86 can move up and down with the tension roller 4, and the connecting piece 86 in the utility model is mainly used for installing the pinion 85 and the variable resistor 83. The pinion 85 in this embodiment is installed on the connecting piece 86 , and the pinion 85 meshes with the bull gear 84 , and the rotation of the bull gear 84 can drive the pinion 85 to rotate.

The variable resistor 83 in this embodiment is connected to the pinion 85 , and the resistance value of the variable resistor 83 can be controlled by the rotation of the pinion 85 . The controller 82 in this embodiment is connected with the variable resistor 83, and the resistance value of the variable resistor 83 can be transmitted to the controller 82, and then adjusted by the controller 82 according to the resistance value of the variable resistor 83 The rotating speed of the motor 9 can effectively adjust the cloth tension.

In this embodiment, the drying device includes an electric heating platen 12, a top cover 13 and several infrared heating tubes 14, wherein the infrared heating tube 4 is made of a quartz infrared heating tube material, and the number of the infrared heating tubes 4 in this embodiment can be determined according to the actual situation. It needs to be selected. Usually, the number of the infrared heating tubes 4 is between 2-8. The electric heating platen 12 in this embodiment is installed in the frame 1, and several infrared heating tubes 14 are all installed on the top cover bottom 31 of the top cover 13, that is, several infrared heating tubes 14 are all installed on the bottom of the top cover 13.

The top cover 13 in this embodiment is fixed on the frame 1, and a drying passage 15 is formed between the top cover 13 and the electric heating platen 12, and the cloth to be dried enters from the entrance of the drying passage 15, and then sticks The electric heating platen 12 moves, and finally outputs from the outlet of the drying channel 15 . The cloth in the drying channel 15 is dried by the electric heating platen 12 and the infrared heating tube 4, and the heat generated by the electric heating platen 12 and the infrared heating tube 4 can stay in the drying channel 15 and the top cover 13, which greatly improves the energy consumption. utilization rate.

In this embodiment, the middle part of the electric heating platen 12 is higher than the two sides of the electric heating platen 12, that is, the position of the middle part 21 of the electric heating platen is higher, and the positions of the left side 22 of the electric heating platen and the right side 23 of the electric heating platen are lower. The position of the left side 22 of the electric heating platen toward the middle part 21 of the electric heating platen gradually rises, and the position of the middle part 21 of the electric heating platen toward the right side 23 of the electric heating platen gradually decreases. For example, the electric heating platen 12 can be an arc structure, or It is an inverted V-shaped structure, and it can also be an arched structure or the like. The middle part 21 of the electric heating platen in the present invention refers to the structure located in the middle of the electric heating platen 12, preferably the middle position of the electric heating platen 12, but not limited to the middle position of the electric heating platen 12, it can also be the electric heating platen The middle position of the plate 12 is shifted to the left and/or right by a certain distance, and the position of the middle part 21 of the electric heating plate is common knowledge to those skilled in the art. In the utility model, the middle part 21 of the electric heating platen can also be a planar structure.

In this embodiment, the intelligent rewinding device with drying of the high-speed digital printing machine is mainly used for drying and rewinding the cloth after the digital printing operation. The cloth is dried, and the dried cloth is then rewound. The cloth drum set used for rewinding the cloth is fixed on the rewinding roller 3, and the cloth to be rewound is first wound on the guide roller 2 as required. Pass through below the tension roller 4 again, and finally wind up on the cloth drum positioned on the take-up roller 3, and the tension roller 4 is wrapped on the cloth. When the cloth needs to be wound up, the winding roller 3 rotates under the action of the motor 9, and the cloth passes through the guide roller 2 and the tension roller 4 successively and is wound up on the cloth drum positioned on the winding roller 3. When the tension on the cloth is small, for example, when the cloth that needs to be rolled up is just being rolled up, the cloth stock on the cloth drum is less, the diameter of the cylindrical cloth is smaller, and the length of the cloth that is wound up every time the motor 9 rotates Shorter, thereby reducing the tension that the cloth is subjected to, the tension roller 4 wrapped around the cloth promotes the tension roller 4 to roll down in parallel along the guide groove 51 under the action of its own gravity, which increases the tension on the cloth to a certain extent. At the same time, the tension roller 4 drives the bull gear 84 to rotate, and then the bull gear 84 drives the pinion 85 to rotate, and the pinion 85 adjusts the resistance value of the variable resistor 83, and then the signal is transmitted to In the controller 82, the rotating speed of the motor 9 is increased by the controller 82, thereby increasing the winding speed of the cloth, and further increasing the tension on the cloth until the tension on the cloth reaches the standard value. When the tension on the cloth is greater, for example, when there is a large amount of cloth in the tubular cloth, the length of the cloth wound up by the motor 9 per rotation is longer, thereby increasing the tension on the cloth, and the amount of cloth wrapped around the cloth will be larger. The tension roller 4 is subjected to an upward force of the cloth, thereby impelling the tension roller 4 to roll upward in parallel along the guide groove 51, which reduces the tension on the cloth to a certain extent. At the same time, the tension roller 4 drives the large gear 84 to carry out Rotate, then the pinion 85 is driven by the gear 84 to rotate, the resistance value of the variable resistor 83 is adjusted by the pinion 85, and then the signal is transmitted to the controller 82, and the speed of the motor 9 is reduced by the controller 82 , so as to slow down the winding speed of the cloth and further reduce the tension on the cloth until the tension on the cloth reaches the standard value.

Since the utility model is in use, the digital printing machine is usually placed on the level ground, and the angle between the rack 6 and the horizontal plane is usually between 10°-60°, that is to say, in the utility model The included angle between the guide groove 51 and the horizontal plane is usually also between 10°-60°. The guide groove 51 has only two groove walls. When the guide groove 51 is not in a vertical state, one groove wall is located above and the other groove wall is located below. The groove wall positioned above is called the upper groove in the utility model. Wall 52 , the lower groove wall is called lower groove wall 53 .

In addition, it should be noted that the specific embodiments described in this specification may be different in parts, shapes and names of parts, and the above content described in this specification is only an illustration of the structure of the present invention. All equivalent changes or simple changes based on the structure, features and principles described in the utility model patent concept are included in the protection scope of the utility model patent. Those skilled in the technical field to which the utility model belongs can make various modifications or supplements to the described specific embodiments or adopt similar methods to replace them, as long as they do not deviate from the structure of the utility model or exceed the definition defined in the claims scope, all should belong to the protection scope of the present utility model.

Claims (10)

1. An intelligent rewinding device with drying for a high-speed digital printing machine, including a drying device, a bracket, a guide roller, a motor installed on the bracket, a rewinding roller connected to the motor, and two rolling gears The tension roller, two gear racks matching the rolling gear and two positioning bars with guide grooves, the two ends of the guide roller and the winding roller are installed on the bracket through bearings, the guide roller and the winding roller The rollers are parallel to each other, the drying device is installed on the bracket, the guide roller and the winding roller are all matched with the drying device, and the two racks are respectively fixed on the groove walls of the guide grooves of the two positioning bars, The two racks are located on the upper groove wall or the lower groove wall of the guide groove; the two positioning bars are fixed on the bracket, and the two positioning bars are parallel to each other; the tension roller is installed on the side of the two positioning bars In the guide groove, the two rolling gears on the tension roller are respectively meshed with two racks, the tension roller is parallel to the winding roller, the tension roller is located below the winding roller, and it is characterized in that it also includes a control Box, controller, variable resistor, large gear, pinion and connector, the control box is installed on the bracket, the controller is installed in the control box, the controller is connected with the motor, the variable resistor The gear, the large gear, the pinion and the connecting piece are all located in the control box. The large gear is fixed at one end of the tension roller, the connecting piece is connected to the tension roller, and the pinion is installed on the connecting piece. The pinion meshed with the large gear, the variable resistor is connected with the pinion, and the controller is connected with the variable resistor. 2. The intelligent rewinding device with drying of the high-speed digital printing machine according to claim 1, characterized in that: the drying device includes an electric heating platen, a top cover and several infrared heating tubes, and the electric heating table The board is installed in the frame, and the several infrared heating tubes are installed on the bottom of the top cover, and the top cover is fixed on the frame, and a drying channel is formed between the top cover and the electric heating platen, and the electric heating table The middle of the plate is higher than the sides of the heating platen. 3. The intelligent rewinding device with drying of the high-speed digital printing machine according to claim 1 or 2, characterized in that: two sets of positioning holes are opened on the support, and the positioning holes include a central hole and a row of The peripheral holes are arranged in an arc shape with the central hole as the center, one end of the positioning strip is fixed on the central hole, and the other end of the positioning strip is fixed on a peripheral hole. 4. The intelligent winding device with drying of the high-speed digital printing machine according to claim 1 or 2, characterized in that: the angle between the rack and the horizontal plane is between 10°-60°. 5. The intelligent winding device with drying of the high-speed digital printing machine according to claim 1 or 2, characterized in that: the number of the guide rollers is between 2-5. 6. The intelligent winding device with drying of the high-speed digital printing machine according to claim 2, characterized in that: the electric heating platen in the drying device has an arc-shaped structure. 7. The intelligent winding device with drying of the high-speed digital printing machine according to claim 2, characterized in that: the electric heating platen in the drying device has an inverted V-shaped structure. 8. The intelligent winding device with drying of the high-speed digital printing machine according to claim 2, characterized in that: the electric heating platen in the drying device has an arched structure. 9. The intelligent winding device with drying of the high-speed digital printing machine according to claim 2, characterized in that: the infrared heating tube in the drying device is made of quartz infrared heating tube material. 10. The intelligent winding device with drying of the high-speed digital printing machine according to claim 2, characterized in that: the number of infrared heating tubes in the drying device is 2-8.

Images