TWM577014U - Surface modification device for enamel film - Google Patents

Abstract

The present invention provides a surface modification device for a crepe film for modifying a plurality of crepe films, comprising at least one cavity, at least one modified structure, and at least one conveyor belt. The modified structure is elongated and has a long axis and is disposed in the cavity for emitting ultraviolet rays, and the conveyor belt is disposed in the cavity and located on one side of the modified structure for carrying the plurality of bismuth films arranged at intervals Wherein, the moving direction of the conveyor belt is parallel to the long axis of the modified structure, so that the film is sequentially irradiated with ultraviolet rays through the operation of the conveyor belt, so that the traveling paths of the respective films are the same and can receive the same ultraviolet rays. The amount of exposure increases the surface modification yield of the crepe films.

Description

Surface modification device for enamel film

This creation is related to the field of upgrading processing devices, especially a surface modification device for enamel film.

In practice, limited by the material characteristics, if it is necessary to adjust the characteristics of the object according to the scope of use, in addition to finding and developing alternative materials, another feasible way is to use the upgrading process to improve the required performance for existing materials. . The upgrading process selects the corresponding modification treatment method according to the type of the material to be modified, such as plasma modification treatment, chemical treatment, physical coating or electrochemical treatment, thereby changing the surface of the material to improve its corrosion resistance and wear resistance. Waterproof, antifouling or coloring. In order to improve the processing efficiency, in addition to the parts with a large volume or area, the process is generally performed by simultaneously modifying a large number of objects at the same time.

However, no matter what kind of upgrading treatment method is chosen, there are many factors to be considered. In addition to the required performance of the material to be modified, each object can receive uniform and equal modification in the upgrading process. Strength is also a very important requirement for one of the factors affecting the quality of the upgrade. Therefore, how to develop a process mechanism or method corresponding to the design to improve the yield of the object after the modification process is one of the problems that the relevant manufacturers urgently need to solve.

In view of this, the creator has accumulated a wealth of experience in related industries, and conceived and proposed a surface modification device for enamel film to implement a high-yield modification process for objects of the enamel material type.

One of the purposes of this creation is to provide a surface modification device for enamel film, which is easy to control the process quality, so that each crepe film can have an equal quality improvement effect, thereby greatly improving the yield of the crepe film.

In order to achieve the above object, the present invention discloses a surface modification device for a ruthenium film for modifying a plurality of ruthenium films, comprising: at least one cavity; at least one modified structure, which is strip-shaped And having a long axis disposed in the cavity for emitting ultraviolet rays; and at least one conveyor belt disposed in the cavity and located on one side of the modified structure for carrying the tantalum films arranged at intervals, Wherein, the moving direction of the conveyor belt is parallel to the long axis of the modified structure, thereby operating the conveyor belt to sequentially receive the ultraviolet ray film, thereby improving the surface quality of the 矽 film. . Thereby, through the operation and movement setting of the conveyor belt, it is possible to ensure that each crepe film receives an equal amount of ultraviolet ray irradiation, and has a uniform modification result, thereby eliminating the problem that the quality of the product after the modification is uneven.

According to the foregoing embodiment, in another embodiment, when a plurality of the modified structures are disposed in the cavity, the modified structures are arranged in parallel, and the conveyor belt has a continuous S-shaped structure and at least one rotating portion. And the rotating portion is located between any two adjacent modified structures, so that the film passes through any of the modified structures and then moves to another modified structure to receive ultraviolet rays. Thereby, the crepe films can be smoothly irradiated to the modified structures through the rotating portion of the conveyor belt to receive ultraviolet rays, thereby forming a crepe film product which meets the requirements.

In another embodiment, when the plurality of modified structures and the plurality of the conveyor belts are disposed in the cavity, the modified structures and the conveyor belts are respectively arranged in parallel and correspond to each other. At least one turning device is disposed on the outer side or the inner side, and one end of the rotating device is disposed corresponding to an output end of one of the conveyor belts, and the other end of the rotating device is corresponding to the feeding end of one of the next conveyor belts The film is passed through any of the modified structures and then transferred to another modified structure to receive ultraviolet light. Thereby, through the rotary device disposed outside the cavity, in addition to the transferable crepe film to the modified structure, the state of the crepe film can be detected at any time during the modification operation to maintain the quality of the modified process.

Preferably, in the second embodiment, the slewing device is a slanted crawler structure, and the lower end of the slewing device is disposed corresponding to the output end of any of the conveyor belts to receive the transport. The film having the lower height of the rotating device is disposed corresponding to the feeding end of the other conveying belt, so that the conveying belt receives the film, wherein the maximum height of the rotating device is Above the set height of the conveyor belt, the minimum height of the rotating device is less than the set height of the conveyor belt. Thereby, the crepe film can complete the transfer operation through the crawling of the crawler belt, so that the crepe film can be stably moved from any modified structure to another modified structure.

In addition to the foregoing structural examples, in one embodiment, when a plurality of the modified structures and a plurality of the conveyor belts are disposed in the cavity, the modified structures and the conveyor belts are arranged in parallel and correspond to each other. The outside of the cavity is provided with at least one mobile turning device, which is arranged corresponding to the position of the conveyor belt, to receive the film on any of the conveyor belts, and to turn the film into a plane The next conveyor belt. In this way, in addition to being able to smoothly move to the various modified structures to receive ultraviolet radiation, the tantalum film can also achieve the effect of double-sided modification processing.

Based on the foregoing embodiment, in another embodiment, the mobile turning device is a columnar structure and has a slot for receiving the film on any of the conveyor belts, and is located on the film. After the slotting, the moving inverting device is turned upside down, and then the moving inverting device is moved to the next position of the conveyor belt to send the turned-up film to the next conveyor belt, thereby being stable and Safely transfer and flip the film.

In addition to providing a plurality of modified structures in a single cavity so that the crepe film can receive a sufficient amount of ultraviolet ray irradiation, as described in one embodiment, when the cavity is provided in plural, each of the cavity bodies is provided with one. a modified structure and a conveyor belt, wherein the cavities are arranged in parallel, and a rotating device is disposed between the adjacent cavities, and the revolving device corresponds to the adjacent conveyor belts, so that The film after the cavity is diverted to another cavity to receive ultraviolet light.

As described in the previous embodiment, in another embodiment, the slewing device is a slanted crawler structure, and the lower end of the slewing device is disposed corresponding to one of the output ends of the conveyor belt to receive The enamel film falling from the conveyor belt, the higher end of the slewing device is disposed corresponding to one of the feeding ends of the other conveyor belt, so that the conveyor belt receives the crepe film, wherein the slewing device The maximum height is greater than the set height of the conveyor belt, and the minimum height of the rotary device is less than the set height of the conveyor belt, thereby moving the crepe film stably and rapidly.

In another embodiment, when the cavity is disposed in a plurality, the cavity is provided with a modified structure and a conveyor belt, and the cavity is arranged in parallel, and the cavity is disposed outside. At least one moving inverting device disposed corresponding to the conveyor belt to receive the crucible film on any of the conveyor belts, and rewinding the crucible film to the next conveyor belt In addition to the transferable crepe film to each modified structure, the crepe film can be automatically turned over by the mechanism to achieve double-sided modification.

Further, in the second embodiment, the moving inversion device is a columnar structure and has a slot for receiving the film on any of the conveyor belts, and the film is located in the slot Afterwards, the moving inverting device is turned upside down, and then the moving inverting device is moved to the next position of the conveyor belt to send the turned-up film to the next conveyor belt, thereby being relatively stable and fast. Transfer and flip the film.

In summary, the surface modification device of the enamel film provided by the present invention allows each enamel film to receive uniform or equal-intensity ultraviolet ray irradiation, thereby greatly improving the product yield after 矽 film modification, so that each product Both can have equal modification effects, effectively improving the process efficiency and quality of using UV to modify the film. Based on the actual process experience, in order to improve the performance of the film and to meet various needs, this creation also proposes a structure that allows the film to receive sufficient ultraviolet light in the upgrading operation to further improve the performance and speed. Product yield, at the same time, is more conducive to adjustment according to the required quality improvement, and also has better convenience in maintenance.

Based on the unique physical properties and characterization of silicone materials, they are widely used in various industries, such as consumer electronic products such as watches and smart bracelets. They also prefer to use silicone as their belt assembly. However, although the rubber itself has the advantages of softness and durability, when it is applied to the watchband structure, the functional strength of the surface structure such as waterproofing, antifouling and smoothness is more important, and the derivative film needs to be modified. Demand. The ultraviolet light system is a commonly selected type of modification currently used to improve the performance intensity of the modified object through its molecular characteristics. However, in the current modification process using ultraviolet light, there is a phenomenon that the irradiated material cannot uniformly receive ultraviolet rays. , which leads to different product quality and reduced yield. And as described above, how to make each of the crepe films have a uniform and consistent modification effect when the object is modified, that is, a factor that has a significant influence on the product yield in the reforming process. Therefore, in order to solve these problems, the present invention conceived and proposed a surface modification device for enamel film, which allows the modified enamel film to have uniform and excellent quality of modification.

Please refer to FIGS. 1 to 6 , which are schematic structural views of the first to sixth embodiments of the preferred embodiment of the present invention. The surface modification device 1 of the enamel film disclosed in the present invention is provided for modifying a plurality of crepe films 2, and includes at least one cavity 10, at least one modified structure 11 and at least one conveyor belt 12. The modified structure 11 is elongated and has a long axis L and is disposed inside the cavity 10 and is configured to emit ultraviolet rays. Preferably, the ultraviolet wavelength of the modified structure 11 is about 170 to 190 nm. Short wavelength. The conveyor belt 12 is disposed in the cavity 10 and located on the side of the modified structure 11 for carrying the plurality of the film 2 arranged at intervals. wherein the running direction of the conveyor belt 12 is parallel to the long axis L of the modified structure 11 Thereby, the operation of the conveyor belt 12 causes the crepe film 2 to sequentially receive ultraviolet ray irradiation, thereby improving the surface modification yield of the crepe film 2. The modified structure 11 is a structure for emitting ultraviolet rays. However, the ultraviolet rays are affected by factors such as temperature and gas concentration in the environment, and different regions of the modified structure 11 have different attenuation states, that is, different regions of the modified structure 11 There will be different ultraviolet ray intensity, so in order to ensure that the bismuth film 2 can receive an equal amount of ultraviolet ray to make the enamel film 2 form the same modification effect, the surface modification device 1 of the present invention transmits the conveyor belt 12 The running direction is parallel to the long axis L of the modified structure 11, so that each of the films 2 in the process can receive the same ultraviolet radiation. In addition, the moving speed of the conveyor belt 12 can be adjusted according to the ultraviolet intensity of the modified structure 11 and the modification effect of the enamel film 2, so that the crepe film 2 can be processed through the surface modification device 1 to achieve the desired modification. The quality effect, and in view of the feeding and receiving requirements, shows that the two ends of the conveyor belt 12 extend out of the cavity 10, respectively.

Figs. 2 to 6 show a preferred configuration of the surface modifying apparatus 1 when the crepe film 2 is subjected to a plurality of or a relatively large amount of ultraviolet ray irradiation. Please refer to FIG. 2 , which shows that when a plurality of modified structures 11 are arranged in the cavity 10 , the modified structures 11 are arranged in parallel, and the conveyor belt 12 has a continuous S-shaped structure and has at least one. The turning portion 121 and the turning portion 121 are located between any two adjacent modified structures 11. Thereby, the crepe films 2 are passed through any of the modified structures 11 and then transferred to the other modified structure 11 to receive ultraviolet rays. In practice, in order to improve the effect of the modified film 2, the relative system can increase the amount of ultraviolet radiation received by each film 2, and prolong the time during which the film 2 is subjected to ultraviolet excitation. Therefore, in a preferred embodiment, a plurality of modified structures 11 are disposed in the cavity 10, and the film 2 is sequentially subjected to ultraviolet irradiation through the modified structures 11. In order to allow the crepe film 2 to be automatically passed through the respective modified structures 11 in order, the conveyor belt 12 is a continuation S-shaped structure having a rotating portion 121, and after the crepe film 2 passes through the topmost side modified structure 11, Through the rotating portion 121 located between the adjacent modified structures 11, the film 2 can be turned and continued to receive the ultraviolet rays from the previous modified structure 2, thereby being able to follow the requirements of the respective film 2 The predetermined amount of ultraviolet rays is set to the number of the reforming structures 11, and the structure of the conveyor belt 12 is passed through the respective modified structures 11 automatically.

Referring to FIG. 3 again, when the cavity 10 is provided with a plurality of modified structures 11, in addition to the foregoing structural state, a plurality of conveyor belts respectively corresponding to the modified structure 11 may be disposed in the cavity 10. 12, and at least one rotating device 13 is disposed outside or inside the cavity 10. One end of the rotating device 13 is disposed corresponding to one of the output ends 122 of one of the conveyor belts 12, and the other end is connected to one of the feeding ends of the next conveyor belt 12. 123 corresponds to the setting, so that the crepe film 2 passes through any of the modified structures 11 and then moves to another modified structure 11 to receive ultraviolet rays. Thereby, the crepe film 2 can be automatically brought to the respective modified structures 11 through the conveyor belt 12 and the slewing device 13 to receive ultraviolet ray irradiation, wherein the slewing device 13 is disposed outside the cavity 10, and is available to the operator. The state of the crepe film 2 is monitored, and after each irradiation of the modified structure 11, the current state of the crepe film 2 is immediately checked to eliminate problems or phenomena affecting the reforming operation. In the present embodiment, the slewing device 13 is exemplified by an arc-shaped structure that is connected to each of the conveyor belts 12, and the squeegee film 2 is driven by the traversing conveyor belt 12 and the slewing device 13.

Referring to FIGS. 4A and 4B again, in the present embodiment, the crawler structure in which the swing device 13 is inclined is taken as an example, and the end of the swing device 13 having a lower height is disposed corresponding to the output end 122 of any of the conveyor belts 12. To receive the crepe film 2 dropped by the conveyor belt 12, the higher end of the slewing device 13 is disposed corresponding to the feeding end 123 of the other conveyor belt 12, so that the conveyor belt 12 receives the crepe film dropped by the slewing device 13. 2, wherein the maximum height of the turning device 13 is greater than the set height of the conveyor belt 12, and the minimum height of the turning device 13 is smaller than the set height of the conveyor belt 12. Thereby, the crepe film 2 can be transferred from any of the modified structures 11 to the other modified structure 11 by climbing the slope, and another mechanism for automatically driving the crepe film 2 to be conveyed is provided. In addition, through this kind of structural arrangement, it also has better efficiency and convenience in maintenance. When replacing components, it can also replace only the damaged parts without disassembling the overall structure. 4A is a structural state in which the turning device 13 is disposed outside the cavity 10, and FIG. 4B is a structural state in which the turning device 13 is disposed outside the cavity 10.

Referring to FIGS. 5 and 6, in the present embodiment, when a plurality of modified structures 11 and conveyor belts 12 are disposed in the cavity 10, the modified structure 11 and the conveyor belt 12 are arranged in parallel and correspond to each other. At least one moving inverting device 14 is disposed outside the cavity 10, and the moving inverting device 14 is disposed corresponding to the conveyor belt 12 to receive the film 2 on any of the conveyor belts 12, and the film 2 is turned over and then sent down. A conveyor belt 12. In the ultraviolet modification process, the surface modification device 1 of the present invention can be provided with a mobile reversing device 14 on the outer side of the cavity 10 to allow the film to be processed in a fast and convenient manner. 2 After being irradiated through one of the modified structures 11, that is, through the moving inverting device 14, the film 2 is turned over in the moving inverting device 14, and then moved to the conveying belt corresponding to the other modified structure 11 At 12 places, the crepe film 2 is transferred through the aforementioned conveyor belt 12, and the other side of the crepe film 2 is exposed to ultraviolet rays.

More specifically, the moving inverting device 14 is a columnar structure and has a slot 141 for receiving the film 2 on any of the conveyor belts 12, and is turned upside down after the film 2 is placed in the slot 141. The moving inverting device 14 moves the position of the moving inverting device 14 to the next conveyor belt 12 to send the turned-up film 2 to the next conveyor belt 12. The slot 141 of the mobile reversing device 14 can be provided with a moving function structure, such as a crawler belt, a telescopic movable load bearing structure or a sliding structure, etc., and when it is intended to receive the crepe film 2 from any of the conveyor belts 12, The end of the conveyor belt 12 is brought into contact with the slot 14, so that the crepe film 2 enters the moving reversing device 14 by the movement of the conveyor belt, and then the tamper film 2 is turned over after the tumbling device 14 is turned upside down. On the other hand, at this time, the moving inverting device 14 is laterally moved to the other conveyor belt 12, and the film 2 is brought back to the inside of the cavity 10 by the movement of the crawler belt and the conveyor belt 12 to receive ultraviolet irradiation of another modified structure 11. . Preferably, when a plurality of modified structures 12 are provided, the opposite sides of the cavity 10 may be provided with a moving inverting device 14 to perform the upgrading operation more quickly and conveniently. Of course, it is also possible to provide the moving inverting device 14 only on the side of the cavity 10, and then control the inverting and moving device 14 to carry the desired position and flip the conveying of the film 2 . In the specific implementation, the mobile inverting device 14 can transfer one film 2 at a time or transfer a plurality of film 2 at a time, and the power of the film 2 to enter the moving inverting device 14 can be transmitted through the conveyor belt 12. Alternatively, the film 2 can be moved to the inside of the mobile turning device 14 by the structure inside the moving inverting device 14, such as a crawler belt, a telescopic movable load bearing structure or a sliding structure, so as to receive the transfer load.

Please refer to FIGS. 7-10 for the structure of the first to third embodiments of the second embodiment of the present invention. The same elements are denoted by the same symbols in the foregoing embodiments and the embodiments. In the present embodiment, the cavity 10 is provided as a plurality of examples. As shown in FIG. 7, when the cavity 10 is provided in multiple numbers, each cavity 10 is provided with a modified structure 11 and a conveyor belt 12 . The cavities 10 are arranged in parallel, and a rotating device 13 is disposed between the adjacent cavities 10. The revolving device 13 corresponds to the adjacent conveyor belts to steer the film 2 after passing through any of the cavities 10. Transfer to another chamber 10 continues to receive ultraviolet light. Thereby, each cavity 10 and the modified structure 11 and the conveyor belt 12 therein can be independent parallel mechanisms, and the surface modification device 1 constituting the crepe film is assembled with each other through the slewing device 13, and the desired crepe film can be visually selected. 2 The modification effect quickly adjusts the assembly, and the revolving device 13 protruding from the outside facilitates timely inspection of the state of each film during the modification operation. In addition, under such a structural arrangement, it is advantageous to repair and replace the components without changing the entire surface modifying device 1, and can be independently set for the modified structure 11 in each cavity 10, thereby improving the precision of the modified film 2. Degree and yield.

As shown in Fig. 8, similarly, when the cavity 10 is provided in plural, the revolving device 13 can be made to have an inclined track structure, and the lower end of the revolving device 13 and the output end 122 of any of the conveyor belts 12 Correspondingly, in order to receive the plurality of crepe films 2 dropped by the conveyor belt 12, the higher end of the slewing device 13 is disposed corresponding to the feeding end 123 of the other conveyor belt 12, so that the conveyor belt 12 receives the crepe film 2, The maximum height of the turning device 13 is greater than the set height of the conveyor belt 12, and the minimum height of the turning device 13 is smaller than the set height of the conveyor belt 12. Thereby, the crepe film 2 can be stably moved into and out of each of the cavities 10 one by one by means of the slewing device 13 in a climbing and transferring manner, and the maintenance condition is better in this setting. The three-dimensional representation of the rotating device 13 and each of the conveyor belts 12 can be further matched as shown in FIG. 4A, and the rest of the detailed technical features, please refer to the foregoing.

As shown in FIGS. 9 and 10, when the cavity 10 is provided in plural and each cavity 10 is provided with a modified structure 11 and a conveyor belt 12, respectively, and the cavity 10 is arranged in parallel, the cavity 10 is provided. The outer side may be provided with at least one moving inverting device 14, and the moving inverting device 14 is disposed corresponding to the conveying belt 12 to receive the crepe film 2 on any of the conveyor belts 12, and to turn the crepe films 2 to the next conveying. With 12. In this way, in addition to allowing the crepe film 2 to pass through the interior of each cavity 10 to receive ultraviolet ray, the squeegee film 2 can be turned through the mechanism assisting manner through the mobile reversing device 14 to smoothly make the crepe film 2 acceptable on both sides. It is modified by ultraviolet irradiation. More specifically, the moving inverting device 14 can be a columnar structure and has a slot 141 for receiving the film 2 on any of the conveyor belts 12, and flipping up and down after the film 2 is placed in the slot 141. The turning device 14 is moved, and the moving inverting device 14 is moved to the position of the next conveyor belt 12 to feed the turned-up film 2 to the next conveyor belt 12. The specific implementation structure and detailed technical features of the remaining mobile inverting device 14 can be referred to in paragraphs 0023 and 0024 of the paragraph and in the fifth and sixth figures of the matching. Please refer to the previous paragraph for matching.

In summary, the surface modification device of the enamel film provided by the present invention allows each enamel film to receive uniform or equal-intensity ultraviolet ray irradiation, thereby greatly improving the product yield after 矽 film modification, so that each product Both can have equal modification effects, effectively improving the process efficiency and quality of using UV to modify the film. Based on the actual process experience, in order to improve the quality of the film and to meet various needs, this creation also proposes a structure that allows the film to receive sufficient ultraviolet radiation during the upgrading operation, as described above for the conveyor belt as a continuous S-type. The structure, or the characteristics of the rotating device and the moving inverting device are arranged outside the cavity to further improve the upgrading performance, speed and product yield, and at the same time, it is more suitable for adjusting according to the required modification effect, and has more maintenance. Good convenience.

1‧‧‧Surface modification device

10‧‧‧ cavity

11‧‧‧Modified structure

12‧‧‧ conveyor belt

121‧‧‧Revolving Department

122‧‧‧output

123‧‧‧Send

13‧‧‧Rotary device

14‧‧‧Mobile flipping device

141‧‧‧ slotting

2‧‧‧矽 Film

L‧‧‧ long axis

Fig. 1 is a schematic view showing the structure of a first embodiment of the first embodiment of the present invention.  Fig. 2 is a schematic structural view showing a second embodiment of the first embodiment of the present invention.  Fig. 3 is a schematic structural view showing a third embodiment of the first embodiment of the present invention.  4A is a schematic structural view of a fourth embodiment of the first embodiment of the present invention.  FIG. 4B is a schematic structural view of a fifth embodiment of the first embodiment of the present invention.  Fig. 5 is a schematic structural view (1) of a sixth embodiment of the first embodiment of the present invention.  Fig. 6 is a schematic structural view (2) of a sixth embodiment of the first embodiment of the present invention.  Figure 7 is a schematic view showing the structure of the first embodiment of the second embodiment of the present invention.  Figure 8 is a schematic view showing the structure of the second embodiment of the second embodiment of the present invention.  Figure 9 is a schematic structural view (1) of a third embodiment of the second embodiment of the present invention.  Figure 10 is a schematic structural view (2) of a third embodiment of the second embodiment of the present invention.  

Claims (10)

A surface modification device for enamel film for modifying a plurality of crepe films, comprising:  At least one cavity;  At least one modified structure, which is elongated and has a long axis and is disposed in the cavity for emitting ultraviolet rays;  At least one conveyor belt disposed in the cavity and located on one side of the modified structure for carrying the film of the film arranged at intervals, wherein the moving direction of the conveyor belt is parallel to the length of the modified structure The shaft, through which the conveyor belt is operated, sequentially receives the ultraviolet rays from the film, thereby improving the surface quality of the film.   The surface modification device for a ruthenium film according to claim 1, wherein when the plurality of the modified structures are provided in the cavity, the modified structures are arranged in parallel, and the conveyor belt is a continuation The structure has at least one turning portion, and the rotating portion is located between any two adjacent modified structures, so that the film passes through any of the modified structures and then moves to another modified structure. Continued to receive ultraviolet light. The surface modification device of the enamel film of claim 1, wherein when the plurality of the modified structure and the plurality of the conveyor belts are provided in the cavity, the modified structures and the conveyor belts are respectively Arranging in parallel and corresponding to each other, at least one rotating device is disposed on the outer side or the inner side of the cavity, and one end of the rotating device is disposed corresponding to an output end of any one of the conveying belts, and the other end of the rotating device is The feeding end of one of the conveyor belts is correspondingly disposed so that the film passes through any of the modified structures and then moves to another modified structure to receive ultraviolet rays. The surface modification device of the enamel film of claim 3, wherein the slewing device is a slanted track structure, and the lower end of the slewing device and the output end of any of the conveyor belts Correspondingly arranged to receive the crepe film dropped by the conveyor belt, the end of the slewing device having a higher height is disposed corresponding to the feeding end of the other conveyor belt, so that the conveyor belt receives the crepe film, Wherein the maximum height of the rotating device is greater than the set height of the conveyor belt, and the minimum height of the rotating device is less than the set height of the conveyor belt. The surface modification device of the enamel film of claim 1, wherein when the plurality of the modified structure and the plurality of the conveyor belts are provided in the cavity, the modified structures and the conveyor belts are respectively Arranging in parallel and corresponding to each other, the outside of the cavity is provided with at least one moving inverting device, and the moving inverting device is arranged corresponding to the position of the conveyor belt to receive the film on any of the conveyor belts, and the Wait until the film is turned over and sent to the next conveyor belt. The surface modification device of the enamel film of claim 5, wherein the mobile reversing device is a columnar structure and has a slot for receiving the crepe film on any of the conveyor belts, After the film is located in the slot, the mobile turning device is turned upside down, and then the moving inverting device is moved to the next position of the conveyor belt to send the turned film to the next conveyor belt. . The surface modification device of the enamel film according to the first aspect of the invention, wherein, when the cavity is plural, each of the cavity is provided with a modified structure and a conveyor belt, and the cavity The bodies are arranged in parallel, and a rotating device is disposed between each of the adjacent cavities, and the rotating device corresponds to the adjacent conveyor belts, so that the film passing through any of the cavities is turned to The other chamber continues to receive ultraviolet light. The surface modification device of the enamel film of claim 7, wherein the slewing device is a slanted crawler structure, and the lower end of the slewing device is connected to one of the output ends of any of the conveyor belts. Correspondingly arranged to receive the crepe film dropped by the conveyor belt, the end of the slewing device having a higher height is disposed corresponding to the feeding end of the other conveyor belt, so that the conveyor belt receives the crepe film, Wherein the maximum height of the rotating device is greater than the set height of the conveyor belt, and the minimum height of the rotating device is less than the set height of the conveyor belt. The surface modification device of the enamel film according to the first aspect of the invention, wherein, when the cavity is plural, each of the cavity is provided with a modified structure and a conveyor belt, and the cavity The bodies are arranged in parallel, and the outside of the cavity is provided with at least one mobile turning device, which is arranged corresponding to the conveyor belt to receive the film on any of the conveyor belts, and turns the film The surface is sent to the next conveyor belt. The surface modification device for a crepe film according to claim 9, wherein the mobile reversing device is a columnar structure and has a slot for receiving the crepe film on any of the conveyor belts, After the film is located in the slot, the mobile turning device is turned upside down, and then the moving inverting device is moved to the next position of the conveyor belt to send the turned film to the next conveyor belt. .