TWI672260B - Slitting machine system and its use method - Google Patents

Abstract

The invention discloses a slitter system and a method for using the same, the slitter system comprising a feeding device, a slitting device, a scrap device, a selector device, a tension table device, a selector device, a standard receiving device, and a partitioning device. Plate device, receiving device, external bushing device, baffle device, receiving resistance device, etc., a slitting machine system composed of the above various different devices, and a slitting machine according to different combinations of the various types Various ways of using the system.

Description

Slitting machine system and its use method

The present invention relates to a slitter system, particularly a slitter system that can be used for roll cutting of metal materials.

In the conventional metal material coil processing process, a slitting machine is used in a large amount to perform a cutting process for a metal material roll. The slitter is a device for longitudinal slitting of wide-volume material. Its main function is to set the length direction of the wide-roll material and cut it into a narrow fixed-size coil for use in the next stage of processing. . The slitting machine is especially suitable for the strip metal coil, and its structure includes a slitting machine device which is composed of a feeding and unwinding device, a feeding and positioning device, a slitting and slitting device, and a receiving and winding device.

It is worth noting that the change of the winding diameter occurs during the winding and unwinding of the slitting machine, and the slitting machine usually uses the motor system to output the torque, and can control the constant tension due to the torque control. The constant tension can further control the change of the winding diameter during operation, so that the slitting machine can control the winding constant tension.

The advantages of the slitting machine include the advantages of convenient operation, high degree of automation, high production efficiency, and high work precision, and can be processed for various cold-rolled, hot-rolled coils, tantalum steel plates, stainless steel plates, color plates, aluminum plates, and after plating. Or various types of metal sheets after painting.

Therefore, in order to produce a more efficient metal material coil processing process, it is necessary to develop a new type of slitter technology, in addition to reducing energy consumption, achieving the effect of green energy saving, and thereby improving energy efficiency and coil cutting efficiency, and Reduce manufacturing time and manufacturing costs.

The present invention relates to a slitter system and a method of using the same, comprising a combination of a feeding device, a slitting device, a waste device, a tension table device, a standard receiving device, and the like, and a method of using the slitter system.

The present invention relates to a slitter system and a method of using the same, comprising a feeding device, a slitting device, a scrap device, a tension table device, a spacer device, a receiving device, an external bushing device, and the like, and the slitting machine system How to use it.

The present invention relates to a slitter system and a method of using the same, comprising a feeding device, a slitting device, a scrap device, a tension table device, a selector device, a standard receiving device, a partition device, a receiving device, and an external bushing device. The combination, and the method of use of the slitter system.

The present invention relates to a slitter system and a method of using the same, comprising a combination of a feeding device, a slitting device, a waste device, a spacer device, a receiving resistance device, and the like, and How to use the slitter system.

The present invention relates to a slitter system and a method of using the same, comprising a feeding device, a slitting device, a scrap device, a selector device, a tension table device, a standard receiving device, a spacer device, a receiving resistance device, and the like, and How to use the slitter system.

The present invention relates to a slitter system and a method of using the same, comprising a feeding device, a slitting device, a scrap device, a selector device, a tension table device, a spacer device, a receiving device, an external bushing device, and a receiving resistance device. The combination, and the method of use of the slitter system.

The present invention relates to a slitter system and a method of using the same, comprising a feeding device, a slitting device, a scrap device, a selector device, a tension table device, a standard receiving device, a separator device, a receiving device, and an external bushing device. , a combination of receiving resistance devices, and the use of the slitter system.

The invention relates to a slitter system and a method for using the same, the slitter system comprising a feeding device, a slitting device, a scrap device, a selector device, a tension table device, a standard receiving device, a partition device, a receiving device , an external bushing device, a receiving resistance device, and the like, a slitter system in which the above various types of devices are combined, and various methods of using the slitter system according to the different combinations.

The advantages of the invention include modularization, convenient operation, high degree of automation, high production efficiency, high work precision, and can process various cold-rolled, hot-rolled coils, tantalum steel plates, stainless steel plates, color plates, aluminum plates and after electroplating. Or various types of metal sheets after painting.

Therefore, the advantages and spirit of the present invention can be as detailed by the following invention. And the drawings are further understood.

101‧‧‧Feeding device

102‧‧‧Strip device

103‧‧‧Waste device

104‧‧‧Tension table device

105‧‧‧Standard receiving device

201‧‧‧Feeding device

202‧‧‧Strip device

203‧‧‧ scrap device

204‧‧‧Tension table device

205‧‧‧Baffle device

206‧‧‧Receiving device

207‧‧‧External bushing

301‧‧‧Feeding device

302‧‧‧ slitting device

303‧‧‧ scrap device

304‧‧‧Tension table device

305‧‧‧Selector device

306‧‧‧Standard receiving device

307‧‧‧Baffle device

308‧‧‧ Receiving device

309‧‧‧External bushing device

401‧‧‧Feeding device

402‧‧‧Strip device

403‧‧‧ scrap device

404‧‧‧Baffle device

405‧‧‧Receiver resistance device

501‧‧‧Feeding device

502‧‧‧Strip device

503‧‧‧ scrap device

504‧‧‧Selector device

505‧‧‧Tension table device

506‧‧‧Standard receiving device

507‧‧‧Baffle device

508‧‧‧Receiver resistance device

601‧‧‧Feeding device

602‧‧ ‧ slitting device

603‧‧‧ scrap device

604‧‧‧Selector device

605‧‧‧Tension table device

606‧‧‧Baffle device

607‧‧‧ receiving device

608‧‧‧External bushing

609‧‧‧Receiving resistance device

701‧‧‧Feeding device

702‧‧‧Strip device

703‧‧‧ scrap device

704‧‧‧Selector device

705‧‧‧Tension table device

706‧‧‧Standard receiving device

708‧‧‧Baffle device

709‧‧‧Receiving device

710‧‧‧External bushing device

712‧‧‧ Receiving resistance device

Fig. 1A is a schematic view showing the components of a slitter system of the present invention.

Figure 1B is a flow chart showing the use of a slitter system of the present invention in Figure 1A.

2A is a schematic view of each component device of a slitter system of the present invention.

Figure 2B is a flow chart showing the method of use of a slitter system of the present invention in Figure 2A.

Fig. 3A is a schematic view showing the components of a slitter system of the present invention.

Figure 3B is a flow chart showing the method of use of a slitter system of the present invention in Figure 3A.

Fig. 4A is a schematic view showing the components of a slitter system of the present invention.

Figure 4B is a flow chart showing the method of use of a slitter system of the present invention in Figure 4A.

Fig. 5A is a schematic view showing the components of a slitter system of the present invention.

Figure 5B is a flow chart showing the method of use of a slitter system of the present invention in Figure 5A.

Fig. 6A is a schematic view showing the components of a slitter system of the present invention.

Figure 6B is a flow chart showing the use of a slitter system of the present invention in Figure 6A.

Figure 7A is a schematic view of the components of a slitter system of the present invention.

Figure 7B is a flow chart showing the use of a slitter system of the present invention in Figure 7A.

The present invention is a slitter system having the functions of improving operational stability and process productivity, and having seven different embodiments and seven modes of operation, as shown in the following detailed description:

First embodiment:

Please refer to the schematic diagram of each component device of a slitter system of the present invention as shown in FIG. 1A.

First, as shown in FIG. 1A, the feeding device 101 has a function of conveying materials to be processed, and can usually be fed in a forward or reverse manner to convey materials to be processed, and the types thereof include hydraulic type, pneumatic type, and manual type.

The slitting device 102 as shown in FIG. 1A has the function of cutting the material to be processed, and can also be called a striping host, which can perform cutting work of metal coil, sheet, strip, etc., and is produced in the process. scrap. The slitting device is provided with a plurality of split circular knives which are assembled in the striping device in a spaced arrangement for dividing the raw material of a predetermined width into a plurality of strip-shaped finished products, and the split circular knives are usually matched with the shims , that is, the steel sleeve (Spacer), can adjust the size to be cut, thereby adjusting the spacing of the round knife of each component to control the width of the material to be processed. The reference plane amplitude accuracy of the splitter shaft is within 0.03 mm (mm), which ensures the tool life and material accuracy after striping.

The waste device 103 as shown in FIG. 1A has the function of collecting and processing waste The remaining waste can be recycled by the waste device 103 after the slitting device 102 performs the striping of the material to be processed.

The tension table device 104 as shown in Fig. 1A has a function of pressurizing and stabilizing the material to be processed by controlling the tension of the material to be processed to pressurize the material to be processed. The type of the tension table device 104 includes various types of tension table devices 104 such as a hydraulic type, a pneumatic type, a manual type, and a Zhou's pressing table (see the invention patent of the Republic of China Invention Patent No. I522188).

The standard receiving device 105 as shown in FIG. 1A has the function of collecting and processing the material to be processed, and is crimped by hydraulic pressure and non-oil pressure, so that the finished product roll can be more compact and can be improved. The uniformity of the take-up surface. Typically, the standard receiving device 105 is comprised of a receiving tray, a partition, and a baffle. The receiving tray collects the cut finished material into an annual ring state, and the partition plate separates the cut finished materials to avoid damage to the finished material caused by the stacking of the materials.

As shown in the above-mentioned FIG. 1A, the feeding device 101 is connected to the slitting device 102, wherein the slitting device 102 is simultaneously connected to the scraping device 103, and the tensioning device 104, which is connected to the standard receiving device. 105, to cut the strips of the material to be processed.

For a method of using the slitter system of the present invention, please refer to the flowchart shown in FIG. 1B.

First, as shown in step 1B, step 1001, that is, the step 1001 of feeding first, that is, the material to be processed is conveyed into the feeding device 101.

Step 1002 as shown in FIG. 1B is further performed, that is, the step of further striping is performed. 1002, the material to be processed that is to be conveyed is cut and slit by the slitting device 102.

Step 1003A and step 1003B shown in FIG. 1B are continued, that is, step 1003A of performing waste processing and step 1003B of performing pressure stabilization. That is, at the same time, the processed material processed by the slitting device 102 is subjected to a waste treatment step 1003A (the step of performing the waste treatment is performed by the waste processing device). And the step of feeding the material to be processed after cutting the strip into the tension table device 104 to perform a pressurized stable tension step 1003B (the step of performing the pressurization stabilization is performed by feeding the material to be processed into the tension table device for performing This pressure is stable).

Finally, in step 1004 shown in FIG. 1B, a step 1004 of performing a standard receiving process is performed, that is, the material to be processed which is pressurized and stabilized is subjected to a receiving process by the standard receiving device 105.

Second embodiment:

Please refer to the schematic diagram of each component device of a slitter system of the present invention as shown in FIG. 2A.

First, as shown in FIG. 2A, the feeding device 201 has a function of conveying materials to be processed, and can generally be fed in a forward rotation manner or a reverse rotation manner to convey materials to be processed, and the types thereof include hydraulic type, pneumatic type, and manual type.

The slitting device 202 as shown in FIG. 2A has the function of cutting the material to be processed, and can also be called a striping host, which can perform cutting work of metal coil, sheet, strip, etc., and is produced in the process. scrap. The slitting device is provided with a plurality of slitting circular knives which are assembled in the slitting device in a spaced arrangement for the original width of the predetermined width. The material is divided into several strips of finished products, and the split circular knife is usually matched with a gasket, that is, a steel sleeve, which can adjust the size to be cut, thereby adjusting the spacing of the round knife of each component to control the material to be processed. width. The reference plane amplitude accuracy of the splitter shaft is within 0.03 mm (mm), which ensures the tool life and material accuracy after striping.

The waste apparatus 203 as shown in Fig. 2A has a function of collecting waste materials, that is, after the slitting apparatus 202 performs stripping of the material to be processed, the remaining waste can be recycled by the waste apparatus 203.

The tension table device 204 as shown in Fig. 2A has a function of pressurizing and stabilizing the material to be processed by controlling the tension of the material to be processed to pressurize the material to be processed. The type of the tension table device 204 includes various types of tension table devices 204 such as a hydraulic type, a pneumatic type, a manual type, and a Zhou's pressing table (refer to the invention patent of the pressure table No. I522188 of the Republic of China).

The baffle device 205 as shown in FIG. 2A has the function of not causing a skewing motion of the finished material (ie, referred to as "no deviation" in the field), and can assist the material when the material is wound up. In order to prevent the material from being deflected, the material has a flat circular annual ring profile when it is wound, which is easy for subsequent processing.

The receiving device 206 as shown in FIG. 2A has the function of collecting and processing the material to be processed, and is crimped by oil pressure method and non-oil pressure method, so that the finished product roll can be more compact, and the roll can be improved. Take the uniformity of the face.

As shown in Fig. 2A, the outer sleeve 207 has the function of customizing according to the standard required by the customer, and can be customized according to the standard required by the customer. When the customer needs different take-up inner diameters, Customize different sizes according to customized requirements The outer sleeve 207.

As shown in the above-mentioned FIG. 2A, the feeding device 201 is connected to the slitting device 202, wherein the slitting device 202 simultaneously connects the scraping device 203 and the tensioning device 204, and the tensioning device 204 is connected to the partitioning device 205. The baffle device 205 is coupled to the receiving device 206, and the receiving device 206 is coupled to the external bushing 207 for cutting strips of material to be processed.

For a method of using the slitter system of the present invention, please refer to the flowchart shown in FIG. 2B.

First, as shown in FIG. 2B, step 2001, that is, the step 2001 of feeding first, that is, the material to be processed is conveyed into the feeding device 201.

Step 2002, as shown in Fig. 2B, is performed, i.e., a step 2002 of striping, that is, the material to be processed that is transported into the strip is cut and slit by the slitting device 202.

Steps 2003A and 2003B shown in FIG. 2B, that is, a step 2003A of simultaneously performing waste processing and a step 2003B of performing a pressure-stabilizing tension, that is, a processed material which is simultaneously processed by the slitting device 202, will be The removed waste is subjected to a waste treatment step 2003A, and a step of cutting the stripped material to be processed into the tension table device 204 to perform a pressurized stable tension step 2003B.

Further, in step 2004 shown in FIG. 2B, that is, through step 2004 of the spacer device, the material to be processed after cutting the strip is passed through the spacer device 205.

Step 2005, shown in FIG. 2B, is a step 2005 of receiving processing by the receiving device 206.

Finally, as shown in step 2B, step 2006, that is, customized receipt processing In step 2006, a step 2006 of customizing the receiving process is performed on the fixed material other than the material to be processed.

Third embodiment:

Please refer to the schematic diagram of each component device of a slitter system of the present invention as shown in FIG. 3A.

Firstly, as shown in FIG. 3A, the feeding device 301 has the function of conveying materials to be processed, and can usually be fed in a forward or reverse manner to convey materials to be processed, and the types thereof include hydraulic type, pneumatic type, and manual type.

The slitting device 302 as shown in FIG. 3A has the function of cutting the material to be processed, and can also be called a striping host, which can perform cutting work of metal coil, sheet, strip, etc., and is produced in the process. scrap. The slitting device is provided with a plurality of split circular knives which are assembled in the striping device in a spaced arrangement for dividing the raw material of a predetermined width into a plurality of strip-shaped finished products, and the split circular knives are usually matched with the shims , that is, the steel sleeve (Spacer), can adjust the size to be cut, thereby adjusting the spacing of the round knife of each component to control the width of the material to be processed. The reference plane amplitude accuracy of the splitter shaft is within 0.03 mm (mm), which ensures the tool life and material accuracy after striping.

The waste apparatus 303 as shown in Fig. 3A has a function of collecting waste materials, that is, after the slitting apparatus 302 performs stripping of the material to be processed, the remaining waste can be recycled by the waste apparatus 303.

The tension table device 304 as shown in Fig. 3A has a function of pressurizing and stabilizing the material to be processed by controlling the tension of the material to be processed to pressurize the material to be processed. The type of the tension table device 304 includes a hydraulic type, a pneumatic type, and a manual type. And various types of tension table devices 304, such as the Zhou's press table (please refer to the pressure table invention patent of the Republic of China Invention Patent No. I522188).

The selector device 305, as shown in Figure 3A, has a selected function. The selector device 305 can typically be a power controller, that is, the selector device 305 can provide the option to use either the standard receiving device 306 or the receiving device 308.

The standard receiving device 306 as shown in FIG. 3A has the function of collecting and processing the material to be processed, and is crimped by the tray winding method, so that the finished product roll can be made more compact, and the take-up surface can be improved. Uniformity. Typically, the standard receiving device 306 is comprised of a receiving tray, a partition, and a baffle. The receiving tray collects the cut finished material into an annual ring state, and the partition plate separates the cut finished materials to avoid damage to the finished material caused by the stacking of the materials.

The baffle device 307 as shown in FIG. 3A has the function of not causing a skewed movement of the finished material (ie, referred to as "no deviation" in the field), and can assist the material when the material is wound up. In order to prevent the material from being deflected, the material has a flat circular annual ring profile when it is wound, which is easy for subsequent processing.

The take-up device 308 as shown in Fig. 3A is crimped by hydraulic pressure and non-hydraulic pressure, so that the finished product roll can be made more compact, and the separator device 307 can improve the uniformity of the take-up surface. (Please note that the receiving device 308 and the standard receiving device 306 are not the same).

As shown in Fig. 3A, the outer sleeve 309 has the function of customizing according to the standard required by the customer, and can be customized according to the standard required by the customer. When the user needs different take-up inner diameters, the outer sleeves 309 of different sizes can be customized according to the customized requirements.

As shown in the foregoing FIG. 3A, the feeding device 301 is connected to the slitting device 302. The slitting device 302 is connected to the scraping device 303 and the tensioning device 304 at the same time, and is connected to the selector device 305 to select the standard receiving device. The material device 306 is a receiving device 308. The receiving device 308 can externally surround the sleeve 309 for cutting and cutting the material to be processed.

For a method of using the slitter system of the present invention, please refer to the flowchart shown in FIG. 3B.

First, as shown in step 3B of FIG. 3B, a step 3001 of feeding is first performed, that is, the material to be processed is conveyed into the feeding device 301.

Step 3002, as shown in FIG. 3B, is performed, that is, a step 3002 of striping, that is, the material to be processed that is conveyed into the strip is cut and slit by the slitting device 302.

Step 3003A and step 3003B, which are shown in FIG. 3B, are the step 3003A of simultaneously performing waste processing and the step 3003B of performing pressure stabilization, that is, the processed material which will be processed at the same time by the slitting device 302, The removed waste is subjected to a waste treatment step 3003A, and the material to be processed after cutting the slit is fed to the tension table device 304 to perform a step 3003B of pressurizing the stable tension.

Step 3004, as shown in FIG. 3B, is a step 3004 of "selecting" by the selector device 305.

Step 3005A shown in FIG. 3B, that is, if step 3005A of standard receiving processing is performed by the standard receiving device 306, the pressure to be stabilized is to be added. The material is processed by the standard receiving device 306.

As shown in FIG. 3B, step 3005B, that is, if step 3005B is selected by the receiving device 308, the material to be processed after cutting the strip is passed through the separator device 307, and the receiving device 308.

Step 3006, which is shown in FIG. 3B, is a step 3006 of performing a receiving process, that is, a material to be processed which is pressurized with a constant tension is subjected to a receiving process by the receiving device 308.

Finally, as shown in step 3B of FIG. 3B, step 3007 of the customized bushing device 309 for customizing the receiving process can be selected.

Fourth embodiment:

Please refer to the schematic diagram of each component device of a slitter system of the present invention as shown in FIG. 4A.

Firstly, as shown in FIG. 4A, the feeding device 401 has the function of conveying materials to be processed, and can usually be fed in a forward or reverse manner to convey materials to be processed, and the types thereof include hydraulic type, pneumatic type, and manual type.

The slitting device 402 as shown in FIG. 4A has the function of cutting the material to be processed, and can also be called a striping host, which can perform cutting work of metal coil, sheet, strip, etc., and is produced in the process. scrap. The slitting device is provided with a plurality of split circular knives which are assembled in the striping device in a spaced arrangement for dividing the raw material of a predetermined width into a plurality of strip-shaped finished products, and the split circular knives are usually matched with the shims , that is, the steel sleeve (Spacer), can adjust the size to be cut, thereby adjusting the spacing of the round knife of each component to control the width of the material to be processed. The reference plane amplitude accuracy of the splitter shaft is 0.03 mm Within (mm), the tool life and the material accuracy after the strip are ensured.

The waste device 403 as shown in Fig. 4A has a function of collecting waste materials, that is, after the slitting device 402 performs stripping of the material to be processed, the remaining waste can be recycled by the waste device 403.

The spacer device 404, as shown in FIG. 4A, has the function of not causing a skewing motion of the finished material (ie, referred to as "no deviation" in the field), and can assist the material when the material is wound up. In order to prevent the material from being deflected, the material has a flat circular annual ring profile when it is wound, which is easy for subsequent processing.

The receiving resistance device 405 as shown in FIG. 4A has a function of collecting and processing the material to be processed, and the receiving resistance device 405 includes a sliding shaft type, a receiving tray and a gasketing method, and an electromagnetic receiving material. Various types of receiving resistance devices 405 such as a resistance device.

As shown in the above-mentioned 4A, the feeding device 401 is connected to the slitting device 402, wherein the slitting device 402 is connected to the scraping device 403 at the same time, and the connecting baffle device 404, and the receiving resistance device 405 for performing Cutting strips of material to be processed.

For a method of using the slitter system of the present invention, please refer to the flowchart shown in FIG. 4B.

First, as shown in step 4B of FIG. 4B, a step 4001 of feeding is first performed, that is, the material to be processed is conveyed into the feeding device 401.

Step 4002, as shown in FIG. 4B, is performed, that is, a step 4002 of striping, that is, the material to be processed that is conveyed into the strip is cut and slit by the slitting device 402.

Step 4003A and step 4003B as shown in FIG. 4B are continued, that is, simultaneously The step 4003A of performing waste processing and the step 4003B of performing pressure stabilization, that is, the processing material processed at the same time by the slitting device 402, the step 4003A of scraping the waste material removed therein, and cutting the strip The subsequent material to be processed passes through step 4003B of the spacer device 404.

Further, in step 4003B shown in FIG. 4B, that is, through step 4003B of the spacer device, the material to be processed after cutting the strip is passed through the spacer device 404.

Finally, in step 4004 shown in FIG. 4B, a step 4004 of performing a receiving process is performed, that is, the fixed material to be processed is subjected to a receiving process by the receiving resistance device 405.

Fifth embodiment:

Please refer to the schematic diagram of each component device of a slitter system of the present invention as shown in FIG. 5A.

First, as shown in FIG. 5A, the feeding device 501 has a function of conveying materials to be processed, and can usually be fed in a forward rotation manner or a reverse rotation manner to convey materials to be processed, and the types thereof include hydraulic type, pneumatic type, and manual type.

The slitting device 502 as shown in FIG. 5A has the function of cutting the material to be processed, and can also be called a striping host, which can perform cutting work of metal coil, sheet, strip, etc., and is produced in the process. scrap. The slitting device is provided with a plurality of split circular knives which are assembled in the striping device in a spaced arrangement for dividing the raw material of a predetermined width into a plurality of strip-shaped finished products, and the split circular knives are usually matched with the shims , that is, the steel sleeve (Spacer), can adjust the size to be cut, thereby adjusting the spacing of the round knife of each component to control the width of the material to be processed. The reference plane amplitude accuracy of the splitter shaft is 0.03 mm Within (mm), the tool life and the material accuracy after the strip are ensured.

The waste apparatus 503 as shown in Fig. 5A has a function of collecting waste materials, that is, after the slitting apparatus 502 performs striping of the material to be processed, the remaining waste can be recycled by the waste apparatus 503.

A selector device 504, as shown in Figure 5A, has a selected function. That is, the selector device 504 can select whether the terminal uses the standard receiving device 506 or the function of the receiving resistance device 508.

The tension table device 505 as shown in Fig. 5A has a function of pressurizing and stabilizing the material to be processed by controlling the tension of the material to be processed to pressurize the material to be processed. The type of the tension table device 505 includes various types of tension table devices 505 such as a hydraulic type, a pneumatic type, a manual type, and a Zhou's pressing table (refer to the invention patent of the Chinese Patent No. I522188).

The standard receiving device 506 as shown in FIG. 5A has the function of collecting and processing the material to be processed, and is crimped by the tray winding method, so that the finished product roll can be made more compact, and the take-up surface can be improved. Uniformity. Typically, the standard receiving device 506 is comprised of a receiving tray, a partition, and a baffle. The receiving tray collects the cut finished material into an annual ring state, and the partition plate separates the cut finished materials to avoid damage to the finished material caused by the stacking of the materials.

The baffle device 507 as shown in FIG. 5A has the function of not causing a skewing motion of the finished material (ie, referred to as "no deviation" in the field), and can assist the material when the material is wound up. In order to prevent the material from being deflected, the material has a flat circular annual ring profile when it is wound, which is easy for subsequent processing.

The receiving resistance device 508 as shown in FIG. 5A has a function of collecting and processing the material to be processed, and the receiving resistance device 508 includes a sliding shaft type, a receiving tray and a gasketing method, and an electromagnetic receiving material. Various types of receiving resistance devices 508 such as a resistance device.

As shown in the above-mentioned 5A, the feeding device 501 is connected to the slitting device 502, wherein the slitting device 502 is connected to the scrap device 503 and the selector device 504 at the same time, and the selector device 504 can be connected at the same time. The standard receiving device 506 and the receiving resistance device 508 are connected to perform cutting and slitting of the material to be processed.

For a method of using the slitter system of the present invention, please refer to the flowchart shown in FIG. 5B.

First, as shown in step 5B of FIG. 5B, a step 5001 of feeding is first performed, that is, the material to be processed is conveyed into the feeding device 501.

Step 5002, as shown in FIG. 5B, is performed, that is, a step 5002 of striping is performed, that is, the material to be processed that is transported into is cut and slit by the slitting device 502.

Step 5003A and step 5003B, which are shown in FIG. 5B, are the step 5003A of performing the waste processing and the step 5003B of performing the "selection", that is, the processed material which will be processed by the slitting device 502 at the same time. The removed waste is subjected to waste disposal, and a "selection" step 5003B is performed by the selector 504.

Step 5004A shown in Fig. 5B, that is, if the material to be processed after the slitting is selected is sent to the tension table device 505, the step 5004A of pressurizing and fixing is performed.

Step 5005 shown in FIG. 5B, that is, the step of performing standard receiving processing 5005, that is, the material to be processed which is stably pressurized and fixed is subjected to standard receiving processing by the standard receiving device 506.

Further, as shown in FIG. 5B, step 5004B, that is, if step 5004B of the spacer device is selected, the material to be processed after cutting the strip is passed through the spacer device 507.

Finally, step 5006, shown in FIG. 5B, is a step 5006 of performing a receiving process, that is, the fixed material to be processed is subjected to a receiving process by the receiving resistance device 508.

Please refer to the schematic diagram of each component device of a slitter system of the present invention as shown in FIG. 6A.

First, as shown in FIG. 6A, the feeding device 601 has a function of conveying materials to be processed, and can usually be fed in a forward rotation manner or a reverse rotation manner to convey materials to be processed, and the types thereof include hydraulic type, pneumatic type, and manual type.

The slitting device 602 as shown in FIG. 6A has the function of cutting the material to be processed, and can also be called a striping host, which can perform cutting work of metal coil, sheet, strip, etc., and is produced in the process. scrap. The slitting device is provided with a plurality of split circular knives which are assembled in the striping device in a spaced arrangement for dividing the raw material of a predetermined width into a plurality of strip-shaped finished products, and the split circular knives are usually matched with the shims , that is, the steel sleeve (Spacer), can adjust the size to be cut, thereby adjusting the spacing of the round knife of each component to control the width of the material to be processed. The reference plane amplitude accuracy of the splitter shaft is within 0.03 mm (mm), which ensures the tool life and material accuracy after striping.

The waste device 603 as shown in FIG. 6A has the function of collecting waste materials, that is, when the slitting device 602 performs the stripping of the material to be processed, the remaining waste can be The recycling process is performed by the waste device 603.

A selector device 604, as shown in Figure 6A, has a selected function. That is, the selector device 604 can select whether the terminal uses the tension table device 605 or the bulkhead device 606.

The tension table device 605 as shown in Fig. 6A has a function of pressurizing and stabilizing the material to be processed by controlling the tension of the material to be processed to pressurize the material to be processed. The type of the tension table device 605 includes various types of tension table devices 605 such as a hydraulic type, a pneumatic type, a manual type, and a Zhou's pressing table (see the invention patent of the Republic of China Invention Patent No. I522188).

The spacer device 606 as shown in FIG. 6A has the function of not causing a skewing motion (ie, referred to as "no deviation" in the field), and the auxiliary material can be assisted when the material is wound up. The material is not deflected, so that the material has a flat circular annual ring contour when it is wound, and it is easy to be processed later.

The receiving device 607 as shown in FIG. 6A has the function of collecting and processing the material to be processed, and is crimped by hydraulic pressure and non-oil pressure, so that the finished product roll can be made more compact, and the roll can be improved. Take the uniformity of the face.

As shown in Fig. 6A, the outer sleeve 608 has the function of ordering according to the standard required by the customer, and can be customized according to the standard required by the customer. When the customer needs different take-up inner diameters, According to the needs of customization, the outer sleeve 608 of different sizes is customized.

The baffle device 606 as shown in FIG. 6A has the function of not causing a skewing motion of the finished material (ie, referred to as "no deviation" in the field), and can be wound up in the material. At the time, the material is assisted so that the material does not undergo a skewing motion, so that the material has a flat circular annual ring profile when it is wound, and is easy to be processed later.

The receiving resistance device 609 as shown in FIG. 6A has a function of collecting and processing the material to be processed, and the receiving resistance device 609 includes a sliding shaft type, a receiving tray and a gasketing method, and an electromagnetic receiving material. Various types of receiving resistance devices 609 such as a resistance device.

As shown in the foregoing FIG. 6A, the feeding device 601 is connected to the slitting device 602, wherein the slitting device 602 is simultaneously connected to the scrap device 603 and the selector device 604, and the selector device 604 can be selected for use in the terminal. The receiving device 607, and the receiving resistance device 609, and the tension table device 605 is connected to the partition device 606. The partition device 606 is connected to the receiving device 607, and the receiving device 607 can be connected to the external bushing 608. Further, the baffle means 606 is coupled to the receiving resistance means 609 for cutting the strip of material to be processed.

For a method of using the slitter system of the present invention, please refer to the flowchart shown in FIG. 6B.

First, as shown in step 6B of FIG. 6B, a step 6001 of feeding is first performed, that is, the material to be processed is conveyed into the feeding device 601.

Step 6002, as shown in FIG. 6B, is performed, that is, a step 6002 of striping, that is, the material to be processed that is conveyed into the strip is cut and slit by the slitting device 602.

Step 6003A and step 6003B, which are shown in FIG. 6B, are the step 6003A of performing the waste processing and the step 6003B of performing the "selection", that is, the processed material which will be processed by the slitting device 602 at the same time. The removed waste is subjected to waste processing, and a "selection" step 6003B is performed by the selector 604.

As shown in step 6B of FIG. 6B, if the material to be processed after cutting the strip is selected by the selector 604, it is sent to the tension table device 605 to perform a step 6004 of pressurizing the tension.

Further, as shown in step 6B of FIG. 6B, that is, through step 6005 of the spacer device, the material to be processed after cutting the strip is passed through the spacer device 606.

Step 6006, shown in FIG. 6B, is a step 6006 of receiving the processing by the receiving device 607.

Finally, step 6007, shown in FIG. 6B, is a step 6007 of performing a customized receiving process, that is, a step 6007 of customizing the receiving process by the fixed material-free bushing device 608 to be processed.

In addition, step 6005, as shown in FIG. 6B, is such that if the step 6005 of passing through the spacer device 606 is selected, the material to be processed after cutting the strip is passed through the spacer device 606.

Finally, step 6008, shown in FIG. 6B, is a step 6008 of performing a receiving process, that is, the fixed material to be processed is subjected to a receiving process by the receiving resistance device 609.

Please refer to the schematic diagram of each component device of a slitter system of the present invention as shown in FIG. 7A.

Firstly, as shown in FIG. 7A, the feeding device 701 has the function of conveying materials to be processed, and can usually be fed in a forward or reverse manner to convey materials to be processed, and the types thereof include hydraulic type, pneumatic type, and manual type.

a slitting device 702 as shown in Fig. 7A, having a cut strip to be processed The function of the material, which can also be called the striping host, can be used for cutting metal coils, sheets, strips, etc., and waste is generated in the process. The slitting device is provided with a plurality of split circular knives which are assembled in the striping device in a spaced arrangement for dividing the raw material of a predetermined width into a plurality of strip-shaped finished products, and the split circular knives are usually matched with the shims , that is, the steel sleeve (Spacer), can adjust the size to be cut, thereby adjusting the spacing of the round knife of each component to control the width of the material to be processed. The reference plane amplitude accuracy of the splitter shaft is within 0.03 mm (mm), which ensures the tool life and material accuracy after striping.

The waste apparatus 703 as shown in Fig. 7A has a function of collecting waste materials, that is, after the slitting apparatus 702 performs striping of the material to be processed, the remaining waste can be recycled by the waste apparatus 703.

A selector device 704, as shown in Figure 7A, has a selected function. That is, the selector device 704 can provide the option to use the tension table device 705, or can select the terminal to use the receiving resistance device 712.

The tension table device 705 as shown in Fig. 7A has a function of pressurizing and stabilizing the material to be processed by controlling the tension of the material to be processed to pressurize the material to be processed. The type of the tension table device 705 includes various types of tension table devices 705 such as a hydraulic type, a pneumatic type, a manual type, and a Zhou's pressing table (refer to the invention patent of the Republic of China Invention Patent No. I522188).

The standard receiving device 706 as shown in FIG. 7A has the function of collecting and processing the material to be processed, and is crimped by the tray winding method, so that the finished product roll can be more compact, and the take-up surface can be improved. Uniformity. Typically, the standard receiving device 706 is comprised of a receiving tray, a partition, and a baffle. Where the receiving tray is the finished product to be cut The material is harvested into an annual ring state, and the partitions separate the cut finished materials to avoid damage to the finished materials caused by the stacking of the materials.

The baffle device 708, as shown in FIG. 7A, has the function of not causing a skewing motion of the finished material (ie, referred to as "no deviation" in the field), and can assist the material when the material is wound up. In order to prevent the material from being deflected, the material has a flat circular annual ring profile when it is wound, which is easy for subsequent processing.

The receiving device 709, as shown in Fig. 7A, is crimped by hydraulic pressure and non-oil pressure, so that the finished product roll can be made more compact, and the uniformity of the take-up surface can be improved.

As shown in Fig. 7A, the outer sleeve 710 has the function of customizing according to the standard required by the customer, and can be customized according to the standard required by the customer. When the customer needs different take-up inner diameters, According to the customized requirements, different sizes of the outer sleeve 710 are customized.

The receiving resistance device 712 as shown in FIG. 7A has a function of collecting and processing the material to be processed, and the receiving resistance device 712 includes a sliding shaft type, a receiving tray and a gasketing method, and an electromagnetic receiving material. Various types of receiving resistance devices 712 such as a resistance device.

As shown in the above-mentioned FIG. 7A, the feeding device 701 is connected to the slitting device 702, wherein the slitting device 702 is connected to the scrap device 703 and the selector device 704, and the selector device 704 is connected to the tensioning device. 705 and the spacer device 708, i.e., the selector device 704 can be selected for use by the terminal using the tension table device 705, or can be selected for use by the terminal.

The components of a slitter system of the present invention as shown in the aforementioned FIG. 7A In the schematic view, the tension table device 705 is connected to the standard receiving device 706 and the baffle device 708 is connected. The baffle device 708 is connected to the receiving device 709 and is connected to the receiving resistance device 712. In addition, the receiving device 709 is connected to the external bushing 710 to perform cutting and slitting of the material to be processed.

For a method of using the slitter system of the present invention, please refer to the flowchart shown in FIG. 7B.

First, as shown in step 7B, step 7001, that is, the step 7001 of feeding first, that is, the material to be processed is conveyed into the feeding device 701.

Step 7002, as shown in FIG. 7B, is performed, that is, a step 7002 of striping is performed, that is, the material to be processed that is transported into is cut and slit by the slitting device 702.

Step 7003A and step 7003B, which are shown in FIG. 7B, are the step 7003A of simultaneously performing the waste processing and the step 7003B of performing the "selection", that is, the processed material which will be processed by the slitting device 702 at the same time. The removed waste is subjected to waste processing, and a step 7003B of "selecting" is performed by the selector 704.

As shown in Fig. 7B, step 7004, if the selector 704 selects the material to be processed after cutting the strip into the tension table device 705, a step 7004 of pressurizing the steady tension is performed.

As shown in step 7B, step 7005, a step 7005 of performing a standard receiving process with the standard receiving device 706 is performed.

As shown in Fig. 7B, step 7004, if the selector 704 selects the material to be processed after cutting the strip into the tension table device 705, a step 7004 of pressurizing the steady tension is performed.

Further, as shown in step 7B, step 7006, that is, if the selector 704 selects the step 7006 of passing the spacer device, the material to be processed after cutting the strip is passed through the spacer device 708.

Step 7007, as shown in FIG. 7B, is a step 7007 of the receiving process of the receiving device 709 by the receiving device 709.

Step 7008 shown in FIG. 7B, that is, a step 7008 of customizing the receiving process, that is, a step 7008 of customizing the receiving process for the fixed material other than the material to be processed.

Further, as shown in FIG. 7B, step 7006, that is, if the selector 704 selects the step 7006 of passing the spacer device 708, the material to be processed after cutting the strip is passed through the spacer device 708.

Finally, step 7010 shown in FIG. 7B is a step 7010 of performing a receiving process, that is, a step 7010 of performing a receiving process of the receiving resistance device 712 by the receiving resistance device 712.

The invention relates to a slitter system and a method for using the same, the slitter system comprising a feeding device, a slitting device, a scrap device, a selector device, a tension table device, a standard receiving device and a partition device. Material device, external bushing device, receiving resistance device, etc., a slitting machine system composed of the above various different devices, and various methods of using various slitting machine systems according to various types.

Therefore, the slitter system of the present invention uses the module technology to improve the production efficiency of the process, achieve the purpose of saving electricity, reducing energy use and improving environmental protection efficiency. The invention can be used in the processing of various metal materials, including various gold types. It is used in the processing of alloy materials and non-ferrous metal materials.

The scope of the present invention is intended to be included within the scope of the appended claims.

Claims (14)

A slitting machine system comprising at least: a feeding device having a function of conveying a material to be processed, and a material to be processed can be conveyed in a forward rotation manner or a reverse rotation manner, wherein the feeding device is of a hydraulic type , a pneumatic type, and a manual group selected; a slitting device having the function of cutting the material to be processed, the slitting device is provided with a plurality of slitting circular knives arranged in a spaced manner The utility model is assembled in the slitting device; a waste processing device has the function of collecting and processing a waste; and a force device having a function of pressurizing and stabilizing the material to be processed, wherein the tension table device is of a hydraulic type, a pneumatic type, a manual type, and a selected group of Zhou's pressure stations; and a standard receiving device having a function of collecting and processing the material to be processed, wherein the feeding device is connected to the slitting device, wherein the slitting device is connected to the scrap at the same time The device, and the tension table device, which is connected to the standard receiving device to perform cutting and slitting of a material to be processed. A method for using the slitting machine system of the first application of the patent scope includes at least one step of feeding a material, conveying a material to be processed into a feeding device, performing a step of dividing a strip, and performing cutting by a slitting device a step of processing the material to be processed; simultaneously performing a waste treatment step and performing a pressure stabilization step, wherein the step of performing the waste treatment is performed by a waste processing device, the The step of pressurizing and stabilizing is carried out by feeding the material to be processed into a force station device for performing the pressure stabilization; performing a pressure stabilization step, the step of performing the pressure stabilization is carried into the material to be processed a tensioning table device for performing the pressurization stabilization; a step of performing a receiving process by a receiving device; and a step of performing a customized receiving process with an external bushing device. A slitting machine system comprising at least: a feeding device having a function of conveying a material to be processed, and a material to be processed can be conveyed in a forward rotation manner or a reverse rotation manner, wherein the feeding device is of a hydraulic type , a pneumatic type, and a manual group selected; a slitting device having the function of cutting the material to be processed, the slitting device is provided with a plurality of slitting circular knives arranged in a spaced manner The utility model is assembled in the slitting device; a waste processing device has the function of collecting and processing a waste; and a force device having a function of pressurizing and stabilizing the material to be processed, wherein the tension table device is of a hydraulic type, Pneumatic, manual, and selected in the group of Zhou's pressure stations; a baffle device having the function of assisting a finished product without skewing motion; and a receiving device having the function of collecting and processing the material to be processed, wherein The type of the receiving device is selected from the hydraulic, non-hydraulic, and pneumatic groups; and an external bushing has functions customized to the customer's requirements. Wherein the feeding device is connected slitting means, the striping device simultaneously connected to the waste means And the tension table device, the tension table device is connected to the baffle device, and the baffle device is connected to the receiving device, and the receiving device is connected to the outer sleeve to perform cutting and slitting of the material to be processed. A method for using a slitting machine system according to the third aspect of the patent application, comprising at least: a feeding step of conveying a material to be processed into a feeding device; performing a step of dividing the strip, and performing cutting by a slitting device a step of processing the material to be processed; performing a waste treatment step and performing a pressure stabilization step, wherein the step of performing the waste treatment is performed by a waste processing device, and the step of performing the pressure stabilization is performed Inserting the material to be processed into a force device for performing the pressure stabilization; performing the step of passing the material to be processed through a separator device; performing a receiving process by a receiving device; and using an external bushing The apparatus performs the steps of a customized receipt processing. A slitting machine system comprising at least: a feeding device having a function of conveying a material to be processed, and a material to be processed can be conveyed in a forward rotation manner or a reverse rotation manner, wherein the feeding device is of a hydraulic type , a pneumatic type, and a manual group selected; a slitting device having the function of cutting the material to be processed, the slitting device is provided with a plurality of slitting circular knives arranged in a spaced manner Assembly in the slitting device; a waste processing device having the function of collecting and processing a waste; and a force device having a function of pressurizing and stabilizing the material to be processed, wherein The type of tensioning table device is selected from the group consisting of hydraulic type, pneumatic type, manual type, and Zhou's pressure table group; a selector device has a selected function; and a standard receiving device has a collection process to be treated The function of processing material; a baffle device having the function of assisting a finished product without skewing movement; and a receiving device having the function of collecting and processing the material to be processed, wherein the type of the receiving device is hydraulic type, non- a hydraulic type, and a pneumatic group selected; and an external bushing having a function customized according to a customer's required standard; wherein the feeding device is connected to the slitting device, wherein the slitting device is simultaneously connected to the scrap device and The tension table device is connected to the selector device, and the selector device is connected to the standard receiving device and the receiving device. The baffle device is connected to the receiving device, and the receiving device can be connected to the external bushing To cut the strips of the material to be processed. A method for using a slitting machine system according to claim 5, comprising at least one step of feeding, conveying a material to be processed into a feeding device; performing a striping step, performing cutting by a slitting device a step of processing the material to be processed; performing a waste treatment step and performing a pressure stabilization step, wherein the step of performing the waste treatment is performed by a waste processing device, and the step of performing the pressure stabilization is performed Inserting the material to be processed into a force device to perform the pressure stabilization; performing a selection step with a selector device; If the step of performing a standard receiving is selected; if the step of passing the material to be processed through a separator device is selected; the step of performing the receiving process by a receiving device; and performing a receiving operation with an external bushing device The steps of the process of processing the receipt. A slitting machine system comprising at least: a feeding device having a function of conveying a material to be processed, and a material to be processed can be conveyed in a forward rotation manner or a reverse rotation manner, wherein the feeding device is of a hydraulic type , a pneumatic type, and a manual group selected; a slitting device having the function of cutting the material to be processed, the slitting device is provided with a plurality of slitting circular knives arranged in a spaced manner Disassembled in the slitting device; a waste processing device having the function of collecting and processing a waste; a baffle device having a function of assisting a finished product material to not produce a skewing motion; and a receiving resistance device having a collecting process The function of the material to be processed, wherein the receiving resistance device is selected by a slip shaft type, a receiving tray plus a gasket method, and an electromagnetic receiving resistance device group; wherein the feeding device is connected to the slitting device, Wherein the slitting device simultaneously connects the waste device and connects the partition device, the partition device is connected to the receiving resistance device to perform cutting and slitting of the material to be processed. A method for using a slitter system according to claim 7 of the patent application, comprising at least: a feeding step of conveying a material to be processed into a feeding device; performing a striping step of cutting the strip by a strip device Article to be processed a step of simultaneously performing a waste treatment and a step of passing through a separator device, the step of performing the waste treatment is performed by a waste treatment device, and the step of passing through a separator device is fed into the waste processing The material passes through the separator device; and the step of performing a receiving process with a receiving resistance device. A slitting machine system comprising at least: a feeding device having a function of conveying a material to be processed, and a material to be processed can be conveyed in a forward rotation manner or a reverse rotation manner, wherein the feeding device is of a hydraulic type , a pneumatic type, and a manual group selected; a slitting device having the function of cutting the material to be processed, the slitting device is provided with a plurality of slitting circular knives arranged in a spaced manner Assembly in the slitting device; a waste processing device having the function of collecting and processing a waste; a selector device having a selected function; and a force device having a function of pressurizing and stabilizing the material to be processed, wherein The type of tensioning table device is selected from the group consisting of hydraulic type, pneumatic type, manual type, and Zhou's pressing table; a standard receiving device has the function of collecting and processing the material to be processed; and a spacer device has auxiliary a material finished product does not have a function of skewing motion; and a receiving resistance device having a function of collecting and processing the material to be processed, wherein the receiving resistance device is a sliding shaft , Plus shim tray receiving mode, and the electromagnetic resistance means rewinding the selected group; Wherein the feeding device is connected to the slitting device, the slitting device simultaneously connects the scraping device and the selector device, the selector device simultaneously connecting the tensioning table device and the spacer device, the spacer device connecting the receiving resistance device To cut the strips of the material to be processed. A method for using a slitting machine system according to the ninth application of the patent application, comprising at least: a feeding step of conveying a material to be processed into a feeding device; performing a step of dividing the strip, and performing cutting by a slitting device a step of processing the material to be processed; simultaneously performing a waste treatment step and performing a selection step of performing the waste processing by a waste processing device; performing a selective step with a selector device; Selecting to perform a step of pressurizing stabilization, feeding the material to be processed into a force station fixing device for performing the pressure stabilization; and performing a step of performing a receiving process by a standard receiving device; if the processing is to be performed The step of passing the material through a separator device; and the step of performing another receiving process with a receiving resistance device. A slitting machine system comprising at least: a feeding device having a function of conveying a material to be processed, and a material to be processed can be conveyed in a forward rotation manner or a reverse rotation manner, wherein the feeding device is of a hydraulic type , a pneumatic type, and a manual group selected; a slitting device having the function of cutting the material to be processed, the slitting device is provided with a plurality of slitting circular knives arranged in a spaced manner Assembled in the slitting device; a waste processing device having a function of collecting and processing a waste; a selector having a selected function; and a force device having a function of pressurizing and stabilizing the material to be processed, wherein the type of the tension table device is hydraulic Type, pneumatic, manual, and selected from the group of Zhou's pressure stations; a baffle device having the function of assisting a finished product without skewing motion; and a receiving device having the function of collecting and processing the material to be processed Wherein the type of the receiving device is selected from the group consisting of hydraulic, non-hydraulic, and pneumatic; an external bushing has a function customized according to customer requirements; and a receiving resistance a device having a function of collecting and processing the material to be processed, wherein the receiving resistance device comprises an electromagnetic receiving resistance device, wherein the feeding device is connected to the slitting device, wherein the slitting device simultaneously connects the scrap device and the selector device, The selector device simultaneously connects the tension table device and the baffle device, the tension table device is connected to the baffle device, and the baffle device is connected to the receiving device. Attachable sleeve receipt means, the baffle means connected to the receipt resistance means for cutting points of the material to be processed. A method for using a slitting machine system according to claim 11 of the patent application, comprising at least: a feeding step of conveying a material to be processed into a feeding device; performing a step of dividing the strip, and performing cutting by a slitting device a step of processing the material to be processed; simultaneously performing a waste treatment step and performing a selection step of performing the waste treatment by a waste processing device; performing a selection step with a selector device; If a step of pressurizing stabilization is selected, feeding the material to be processed into a force station fixing device to perform the pressure stabilization; performing the step of passing the material to be processed through a separator device; performing a receiving device a step of receiving a processing; and a step of performing a customized receiving process with an external bushing device; selecting a step of passing the material to be processed through the baffle device; and performing a receiving with a receiving resistance device The steps of processing. A slitting machine system comprising at least: a feeding device having a function of conveying a material to be processed, and a material to be processed can be conveyed in a forward rotation manner or a reverse rotation manner, wherein the feeding device is of a hydraulic type , a pneumatic type, and a manual group selected; a slitting device having the function of cutting the material to be processed, the slitting device is provided with a plurality of slitting circular knives arranged in a spaced manner Assembly in the slitting device; a waste processing device having the function of collecting and processing a waste; a selector device having a selected function; and a force device having a function of pressurizing and stabilizing the material to be processed, wherein The type of tensioning table device is selected from the group consisting of hydraulic type, pneumatic type, manual type, and Zhou's pressing table; a standard receiving device has the function of collecting and processing the material to be processed; and a spacer device has auxiliary The finished product does not have the function of skewing movement; a receiving device has the function of collecting and processing the material to be processed, wherein the type of the receiving device is hydraulic type, non-oil pressure , And the selected pneumatic group; a plug-in sleeve, in accordance with customer requirements standard custom functionality; a receiving resistance device having a function of collecting and processing the material to be processed, wherein the receiving resistance device is selected by a slip shaft type, a receiving tray plus a gasket method, and an electromagnetic receiving resistance device group; Wherein the feeding device is connected to the slitting device, wherein the slitting device simultaneously connects the scraping device and the selector device, the tensioning device is connected to the standard receiving device and the connecting to the baffle device, the baffle device connecting the receiving device The device and the receiving resistance resistance device are connected to the external bushing for cutting and cutting the material to be processed. A method for using the thirteenth slitting machine system of the patent application scope, comprising at least: performing a feeding step of conveying a material to be processed into a feeding device; performing a striping step of cutting and slitting by a slitting device The material to be processed; the step of simultaneously performing a waste treatment and the step of performing a selection, the step of performing the waste processing is performed by a waste processing device; and the step of performing a selection by a selector device; The selector device selects a step of performing a pressure stabilization, feeding the material to be processed into a force station fixing device to perform the pressure stabilization; and performing a standard receiving process by a standard receiving device; Selecting, by the selector device, a step of pressurizing and stabilizing, feeding the material to be processed into the tension table fixing device to perform the pressurization stabilization; performing the step of passing the material to be processed through the baffle device; The step of performing the receiving process of the receiving device; and the step of performing a customized receiving process with an external bushing device In terms of the selector means to select the material to be processed through the steps of the baffle means; And the step of performing the receiving process of the receiving resistance device by a receiving resistance device.