TWI748377B - Wheel knife cutting machine with slitting and slicing functions - Google Patents

Abstract

The present invention provides a wheel cutter cutting machine with slitting and slicing functions, which is connected to the internal conveying channel of the base of the work platform to provide an X-axis wheel cutter device, and is provided with an X-axis wheel cutter device at either end of the conveying channel of the base At least one set of Y-axis wheel cutter device. When the sheet is fed into the conveying channel of the base, the X-axis drive mechanism of the X-axis wheel cutter device will drive the X-axis wheel cutter module to make multiple groups face up and down. The two-phase staggered wheel cutter on the wheel cutter seat cuts the passing sheet into the required width along the X axis direction, and the Y-axis drive mechanism of the Y-axis wheel cutter device drives the Y axis wheel cutter die Group, so that the two-phase staggered wheel cutters on the upper and lower opposite wheel holders can slice the sheet passing through the X-axis direction into multiple sections into the required length. This single machine has the function of slitting and slicing, which can reduce the traditional The waste of time and cost caused by the independent cutting method can achieve the effect of compact structure, increased productivity and low cost.

Description

Wheel cutter cutting machine with slitting and slicing functions

The present invention provides a wheel cutter cutting machine with slitting and slicing functions, especially the working platform is provided with X-axis wheel cutter device and Y-axis wheel cutter device, and the sheet material passed by the X-axis wheel cutter device Carry out cutting and slitting, and Y-axis wheel knife device for slicing, so that a single machine has the functions of slitting and slicing.

According to the rapid development of technology and information nowadays, various electronic products or equipment on the market are constantly being introduced and new, and printed circuit boards (PCBs) for electronic components are installed in the electronic products or equipment. Electronic components with different functions or functions are equipped with electronic circuits composed of printed circuit boards, so that electronic products or equipment can perform their own functions, and as the use of circuit boards becomes more widespread, related process equipment manufacturers are also more active Invest in research and development.

Generally, circuit boards can be divided into rigid boards and flexible boards according to their softness; if they are divided into single-sided, double-sided and multi-layer boards according to their shape; if they are distinguished by material, they include paper-based copper foil substrates and composite substrates. , Glass fiber cloth copper foil substrates, soft or hard copper foil substrates, ceramic substrates, metal substrates, thermoplastic substrates, etc., and the copper foil substrate (CCL) is an indispensable key basic material in the circuit board manufacturing process, which uses insulation The semi-cured adhesive sheet (PrePreg, also known as film) obtained by impregnating paper, glass fiber cloth or other fiber materials with resin is laminated with copper foil , Laminated board formed under high temperature and high pressure, but the adhesive film is continuously wound before being processed to form a strip, and after the slitting and slicing processes, the cut can be The adhesive films are superimposed together and heated to a certain range, and cured into a substrate of the required thickness by pressing and bonding, and the substrate is laminated with copper on one or both sides to form a copper foil substrate.

However, currently on the market, the adhesive film can be slit and sliced into the required size slitting machine. The adhesive film is sent to the upper and lower wheels through the first pressing wheel group to cut and slit into the required width. The size of the film is then fed into the upper and lower straight knives through the second pressing wheel set for linear and transverse slicing into the required length. However, the slitting cutting machine first cuts the adhesive film through the upper and lower knives. Then feed the upper and lower straight knives for slicing. This independent cutting method cannot complete the cutting, slitting and slicing operations on a single machine. Not only the mechanism is complicated but also takes up space, so that the occasions where it can be used will be different. Restricted, it will also cause waste of time and cost, and the upper and lower straight knife is straight up and down to slice the adhesive film, not only it is difficult to ensure the smoothness of the cutting surface, but also it is easy to cause burrs and dust in the cut after cutting. There are many problems. Therefore, in today’s unmanned production mode that is simple, fast, easy to maintain and low-cost, how to design the cutting, slitting and slicing operations on a single machine, and the overall structure is compact The wheel cutter cutting machine is suitable for various applications and reduces the waste of time and cost, so as to effectively improve the production capacity, cutting quality and yield, so as to meet the demand of unmanned automatic production. The important issues and problems that the industry has long wanted to improve.

Therefore, in view of the above-mentioned deficiencies, the inventor collected relevant information, evaluated and considered from many parties, and made continuous trials and modifications based on years of experience in this industry, before designing such a striping and slicing function. The invention patent of the wheel cutter cutting machine was born.

The main purpose of the present invention is to provide an X-axis wheel cutter device in the inner conveying channel of the base of the working platform, and at least one set of Y-axis wheels are arranged on either end of the input end and the output end of the conveying channel of the base. Knife device. When the sheet is fed into the conveying channel of the base, the X-axis drive mechanism of the X-axis wheel cutter device will drive the X-axis wheel cutter module to make multiple sets of upper and lower opposite wheel cutter holders two phases The staggered wheel cutter cuts the passing sheet into the required width along the X-axis direction, and the Y-axis drive mechanism of the Y-axis wheel cutter device drives the Y-axis wheel cutter module to face up and down. The two-phase staggered wheel cutter on the wheel cutter seat can slice the sheet passing through the X-axis direction into multiple sections into the required length. This single machine has the function of slitting and slicing, which can reduce the traditional independent cutting method. This results in a waste of time and cost, and achieves the effects of compact structure, increased productivity, and low cost.

The secondary purpose of the present invention is that the base of the working platform is located on the upper and lower sides of the conveying channel. A plurality of sets of wheel cutter moving mechanisms are respectively installed, and the positioning motors of the wheel cutter moving mechanism are respectively connected with screws, and the screws are respectively Screwed on the wheel cutter seat of the X-axis wheel cutter module to install the nut support for Y-axis displacement, and the wheel cutter on each group of wheel cutter holders can be automatically adjusted by the wheel cutter moving mechanism to align the sheet. Cut the width of the slit to reduce the time and cost of manual adjustment of the cutting distance of the wheel cutter.

Another object of the present invention is that the frame of the Y-axis wheel cutter device is equipped with a driving wheel set, and a support plate for the sheet to pass is provided between the two feed wheels of the driving wheel set and the resisting wheel. The frame is equipped with the drive cylinder of the pressing mechanism, and the pressing plate of the sheet that passes through the following pressure is connected under the drive cylinder. During the slicing process of the Y-axis wheel cutter module, the support plate group of the frame can be matched with the pressing mechanism The pressing plate is designed to press down the sheet material, so that the sheet material is cut stably to ensure the quality and yield of the cutting.

Another object of the present invention is that the two wheel tool holders of the Y-axis wheel tool module are respectively provided with wheel tool driving mechanisms, and the wheel tool driving mechanism includes a rail rack mounted on the frame and meshed on the rail rack The gear set and the belt sleeved on the two pulleys, and the two pulleys are coaxially connected to the axis of one of the gears of the gear set and the wheel cutter, and the wheel cutter seat of the Y-axis wheel cutter module is along the Y axis In the process of direction movement, the wheel cutter driving mechanism can be used to synchronously drive the wheel cutter to rotate for slicing operation, so as to reduce the cost of mechanical installation.

1: Work platform

11: Pedestal

110: Conveying channel

111: fixed frame

12: Wheel cutter moving mechanism

121: positioning motor

122: Screw

123: nut support

13: Linear slide

2: X-axis wheel cutter device

21: X-axis wheel cutter module

211: Wheel Tool Holder

2111: Bushing

212: Wheel Knife

22: X-axis drive mechanism

221: drive motor

222: Hinge

223: drive unit

2231: Pulley

2232: belt

3: Y-axis wheel cutter device

31: Frame

311: Support plate group

312: Motor

313: Transmission Mechanism

32: Drive the wheel

321: Feed Wheel

322: Resisting Wheel

33: Y-axis wheel cutter module

331: Wheel Tool Holder

332: Wheel Knife

34: Y-axis drive mechanism

341: drive motor

342: Screw

343: Nut Support

344: Wheel knife drive mechanism

3441: Rail rack

3442: gear set

3443: Pulley

3444: belt

35: suppression mechanism

351: Drive cylinder

352: pressure plate

4: sheet

[Figure 1] is a perspective view of a preferred embodiment of the present invention.

[Figure 2] is an exploded perspective view of a preferred embodiment of the present invention.

[Figure 3] is a perspective exploded view from another perspective of the preferred embodiment of the present invention.

[Figure 4] is a cross-sectional side view of a preferred embodiment of the present invention.

[Figure 5] is a schematic side sectional view of the sheet of the present invention when it is slit by the X-axis wheel cutter device.

[Figure 6] is a schematic cross-sectional view after the sheet of the present invention is sliced by the Y-axis wheel cutter device.

[Figure 7] is a schematic cross-sectional view of the Y-axis wheel cutter set of the present invention before the wheel cutter is synchronously driven to rotate when it moves.

[Figure 8] is a schematic top sectional view of the sheet of the present invention after being sliced by the Y-axis wheel cutter device.

In order to achieve the above objectives and effects, the technical means and structure adopted by the present invention The structure and function of the preferred embodiment of the present invention are described in detail as follows for a complete understanding.

Please refer to Figures 1 to 5, which are respectively a three-dimensional appearance view, a three-dimensional exploded view, a three-dimensional exploded view from another angle of view, a side sectional view, and the sheet passing through the X-axis wheel cutter device of the preferred embodiment of the present invention. The side sectional schematic diagram of slitting. It can be clearly seen from the figure that the slitting and slicing wheel cutter cutting machine of the present invention includes a working platform 1, an X-axis wheel cutter device 2 and at least one set of Y Axle wheel cutter device 3, in which: the work platform 1 is a hollow frame-shaped base 11, the front and rear sides of the base 11 are respectively provided with upper and lower fixed frames 111, and the hollow inside of the base 11 is formed with a conveyor The channel 110, and the upper and lower sides of the conveying channel 110 are respectively installed with a plurality of sets of wheel cutter moving mechanisms 12 arranged at intervals and opposite to each other on the left and right, and each group of wheel cutter moving mechanisms 12 has a side of the base 11 The positioning motor 121 is connected by the reducer of the positioning motor 121 with a shaft coupling to each screw 122 extending into the conveying channel 110 for a distance, and each screw 122 is screwed with a nut support 123, and a base 11 are respectively provided with linear slide rails 13 on the front and rear sides of the screw 122 of the wheel cutter moving mechanism 12, but it is not limited to this, and linear slide rails 13 may be further provided at the upper and lower inner sides of the fixing frame 111 respectively.

The X-axis wheel cutter device 2 is set in the conveying channel 110 of the base 11, and includes an X-axis wheel cutter module 21 and used to drive the X-axis wheel cutter module 21 along the conveying direction (that is, the X-axis direction). The X-axis driving mechanism 22 for cutting and slitting the sheet 4, wherein the X-axis wheel cutter module 21 has a plurality of sets of upper and lower wheel cutter seats 211, and the wheel cutter seats 211 are respectively mounted on the wheel On the nut support 123 of the knife moving mechanism 12 and the linear slide 13, And on the sides of each of the two upper and lower opposite wheel cutter seats 211 are provided with interlaced wheel cutters 212, and each wheel cutter seat 211 is provided with a shaft sleeve 2111, and the X-axis drive mechanism 22 is installed on the base 11 The two driving motors 221 on the side, and the speed reducers of the two driving motors 221 are respectively connected with a shaft 222 coaxially passing through the shaft sleeve 2111 of the wheel holder 211 by a coupling, and the two shafts 222 are respectively connected with a gap A plurality of transmission units 223 are arranged. The transmission unit 223 has two pulleys 2231 coaxially connected to the shaft sleeve 2111 of the wheel cutter base 211 and the axis of the wheel cutter 212, and a belt 2232 is sleeved on the two pulleys 2231.

The Y-axis wheel cutter device 3 is preferably implemented to be respectively installed on the fixed frame 111 at the front and rear sides of the base 11, but it is not limited to this, and a single set of Y-axis wheel cutter device 3 can also be arranged on Either the input end and the output end of the conveying channel 110, and each group of Y-axis wheel cutter device 3 includes a frame 31, a driving wheel set 32, a Y-axis wheel cutter module 33, and a Y-axis wheel cutter module for driving the Y-axis wheel cutter device 33 A Y-axis drive mechanism 34 for slicing the sheet 4 along the vertical conveying direction (ie, the Y-axis direction), wherein the frame 31 has two outer frames separated by a distance from the front and rear, and one of the outer frames is on the upper and lower sides. The positions are respectively installed on the corresponding linear slide rails 13, so that the frame 31 can slide on the fixed frame 111 through the linear slide rails 13, and a support plate group 311 is provided between the two outer frames. A motor 312 is installed on the frame, and the transmission mechanism 313 in which the motor 312 is connected to the transmission shaft includes a gear set and a belt sleeved on two pulleys.

In this embodiment, the driving wheel set 32 has two sets of feeding wheels 321 and resisting wheels 322 opposite to each other, and the two sets of feeding wheels 321 and resisting wheels 322 are respectively installed inside the two outer frames of the frame 31 , But it’s not limited to this, you can also put a single group up and down opposite The feed wheel 321 and the resisting wheel 322 are installed inside the outer frame on either side of the frame 31, and the axis of one end of each feed wheel 321 is coaxially connected to the pulley of the transmission mechanism 313, and then the motor 312 The driving transmission mechanism 313 causes the driving wheel set 32 to rotate.

Furthermore, the Y-axis wheel cutter module 33 has a set of upper and lower wheel cutter holders 331, and on the sides of the two wheel cutter holders 331 are provided with interlaced wheel cutters 332, and the Y-axis drive mechanism 34 is installed at There are two drive motors 341 on one of the outer frame sides of the frame 31, and the two drive motors 341 are respectively connected by couplings with screws 342 located at the upper and lower sides of the driving wheel set 32, and the screws 342 are respectively screwed The nut support 343 combined with the wheel cutter seat 331, and the second wheel cutter seat 331 of the Y-axis wheel cutter module 33 are respectively provided with a wheel cutter driving mechanism 344, and the wheel cutter driving mechanism 344 is included and installed in the frame 31 A guide rail rack 3441 on an outer frame 3441 meshing with a gear set 3442 on a guide rack 3441, and a belt 3444 sheathed on two pulleys 3443 (as shown in Figures 7 to 8), and the two pulleys 3443 are separate It is coaxially connected with one of the gears of the gear set 3442 and the shaft center of the wheel cutter 332 to synchronously drive the wheel cutter 332 to rotate.

In addition, the Y-axis wheel cutter device 3 in this embodiment also includes a pressing mechanism 35 installed on another outer frame of the frame 31, and the pressing mechanism 35 has at least one vertical driving air cylinder 351, and the driving air cylinder 351 The lower push rod is connected with a horizontal pressing plate 352, and the pressing plate 352 can be driven by the push rod of the driving cylinder 351 to press down the sheet 4 to prevent the sheet 4 from warping or jamming during the cutting process ; In addition, the two sets of Y-axis wheel cutter devices 3 at the input end and output end of the working platform 1 are designed for module sharing and are arranged in a symmetrical manner. Even if the positions of the relative arrangement are changed, the structure and function are still the same, and Because there is no need to develop a different Y-axis wheel cutter device 3, it can effectively reduce the cost of machine setup, and it can also be used for One step is matched with the X-axis wheel cutter device 2, so that a single machine has the function of slitting and slicing. The sheet 4 can be preferably implemented as a pre-cured adhesive sheet (PrePreg), but it is not limited to this, and can be The actual requirements are copper foil, paper, plastic film, tape, conductive cloth or other sheets, so they are all explained together in the following manuals in this case, and they are all explained.

When the above-mentioned wheel cutter cutting machine with slitting and slicing functions of the present invention is in use, a drive control system is used to perform drive and control operations related to the working platform 1, the X-axis wheel cutter device 2 and the Y-axis wheel cutter device 3. Real-time detection and status diagnosis, etc., where each set of wheel cutter moving mechanism 12 can use positioning motor 121 to drive screw 122 to drive nut holder 123 to move in the Y-axis direction, and nut holder 123 to link the X-axis wheel Each set of wheel tool holders 211 of the tool module 21 slides along the linear sliding rail 13, and can also be further equipped with sensors, optical scales or position encoders for precise positioning to automatically adjust each group of wheel tool holders 211 The wheel cutter 212 cuts the sheet 4 into a desired width.

When the sheet 4 is fed into the conveying channel 110 of the base 11 from the input end of the work platform 1 via the driving wheel set 32 of the Y-axis wheel cutter device 3, the X-axis driving mechanism 22 can be used to drive the motor 221 The rotating shaft 222 and the plurality of transmission units 223 are respectively driven, and the X-axis wheel cutter module 21 is respectively linked by the transmission unit 223. Each group of two-phase interleaved wheel cutters 212 rotates along the X-axis direction, so that the sheet 4 is fed to Each set of two-phase staggered wheel cutters 212 can cut the passing sheet 4 into a desired width.

Please also refer to Figures 6 to 8, which are the schematic diagrams of the rear view when the sheet of the present invention is sliced by the Y-axis wheel cutter device, and the front view when the Y-axis wheel cutter group is moved synchronously to drive the wheel cutter to rotate. The schematic cross-sectional view and the schematic top-view cross-sectional schematic view of the sheet after being sliced by the Y-axis wheel cutter device. Before cutting and slitting by the X-axis wheel cutter device 2, the Y-axis wheel cutter device 3 at the input end of the work platform 1 can be used to slice the sheet 4 into the required length, and then transport it to the X-axis wheel cutter device 2 Cut and slit into the required length, but it is not limited to this. You can also use the two sets of Y-axis wheel cutter device 3 of the input end and output end of the working platform 1 to cooperate with the X-axis wheel cutter device 2 to pass through The sheet 4 is cut, slit, and sliced into the size required for the production work, so as to realize the slitting and slicing function of a single machine.

When the above-mentioned Y-axis wheel cutter device 3 slices the sheet 4, the two sets of feed wheels 321 of the driving wheel set 32 and the resisting wheel 322 can be used to cooperate to drive the sheet 4 to transport and move, and to pass the sheet 4 The support plate group 311 of the frame 31 is displaced to a predetermined position, and the driving wheel group 32 will stop conveying the sheet 4. At this time, the driving air cylinder 351 of the pressing mechanism 35 will drive the pressing plate 352 to press down the sheet 4 to make the sheet 4 It can be firmly positioned between the supporting plate group 311 and the pressing plate 352, and then the second drive motor 341 of the Y-axis driving mechanism 34 drives the screw 342 to drive the nut support 343 to move in the Y-axis direction, and the nut support 343 respectively interlocks the Y-axis wheel cutter module 33 with the upper and lower wheel cutter holders 331 to make sliding displacement along the linear slide. The wheel cutter holder 331 can also be driven by the wheel cutter while moving along the Y axis. 344 synchronously drives the wheel cutter 332 to rotate accordingly, and enables the two-phase staggered wheel cutter 332 to complete the slicing action of the sheet 4 passing in the X-axis direction, and then the driving wheel group 32 will continue to drive the passing sheet 4 Displacement, and then according to the above-mentioned slicing stroke, the sheet 4 is sliced into multiple segments into the required length.

Therefore, the wheel cutter cutting machine with slitting and slicing functions of the present invention can use the X-axis wheel cutter device 2 to cut and slit the sheet 4 passing through the working platform 1 into the required width size, and the work Two sets of Y-axis wheel cutter device 3 in the input end and output end of the platform 1 to multi-segment sheet 4 Slicing into the required length size. This single machine has both slitting and slicing functions, which can reduce the waste of time and cost caused by the traditional independent cutting method, thereby achieving a compact structure, effectively increasing productivity and Low cost effect.

In addition, the X-axis wheel cutter device 2 can automatically adjust the width and distance of the X-axis wheel cutter module 21 when cutting and slitting by using multiple sets of wheel cutter moving mechanisms 12, so as to reduce the time and time spent in manual wheel cutter cutting distance adjustment operations. Cost, and can quickly adjust the size of different cutting and slitting, and the Y-axis wheel cutter device 3 can also use the support plate group 311 of the frame 31 and the pressing plate 352 of the pressing mechanism 35 to press down the sheet during the slicing process. 4 design, so that the sheet 4 can be cut stably to ensure the quality and yield of the cutting; in addition, when the Y-axis drive mechanism 34 drives the Y-axis wheel cutter module 33 to move up and down the opposite wheel holder 331, it can also be The wheel cutter driving mechanism 344 is used to synchronously drive the wheel cutter 332 to rotate, so as to reduce the cost of motor drive or mechanical installation, and complete the cutting of the passing sheet 4 into the size required for the production work.

The above detailed description is only for a preferred and feasible embodiment of the present invention, but the embodiment is not intended to limit the scope of the patent application of the present invention. All other equal changes and modifications made without departing from the spirit of the technique disclosed in the present invention All changes shall be included in the scope of patent covered by the present invention.

In summary, the wheel cutter cutting machine with slitting and slicing functions of the present invention can indeed achieve its effects and purposes when used. Therefore, the present invention is an invention with excellent practicability and meets the requirements of an invention patent application. , Yan filed an application in accordance with the law, and I hope that the review committee will grant this case as soon as possible to protect the inventor’s hard work. If the review committee has any doubts, please send me instructions. The inventor will do his best to cooperate and feel good.

1: Work platform

11: Pedestal

110: Conveying channel

111: fixed frame

12: Wheel cutter moving mechanism

121: positioning motor

122: Screw

123: nut support

13: Linear slide

2: X-axis wheel cutter device

21: X-axis wheel cutter module

211: Wheel Tool Holder

2111: Bushing

212: Wheel Knife

22: X-axis drive mechanism

221: drive motor

222: Hinge

223: drive unit

2231: Pulley

2232: belt

3: Y-axis wheel cutter device

31: Frame

311: Support plate group

312: Motor

313: Transmission Mechanism

32: Drive the wheel

321: Feed Wheel

322: Resisting Wheel

33: Y-axis wheel cutter module

331: Wheel Tool Holder

332: Wheel Knife

34: Y-axis drive mechanism

341: drive motor

342: Screw

343: Nut Support

344: Wheel knife drive mechanism

3441: Rail rack

3442: gear set

35: suppression mechanism

351: Drive cylinder

352: pressure plate

Claims (9)

A wheel knife cutting machine with slitting and slicing functions includes: a working platform with a base, and a conveying channel for a piece of material to pass along the X-axis direction is formed inside the base; The X-axis wheel cutter device in the conveying channel of the base includes an X-axis wheel cutter module and an X-axis drive mechanism for driving the X-axis wheel cutter module to move, wherein the X-axis wheel cutter module has multiple groups Up and down opposite wheel cutter seats, and each set of wheel cutter seats is provided with two interleaved wheel cutters for cutting and slitting the sheet into the required width size; and at least one set of wheel cutters arranged on the base The Y-axis wheel cutter device at either end of the conveying channel, and includes a Y-axis wheel cutter module and a Y-axis drive mechanism for driving the Y-axis wheel cutter module to move. The Y-axis wheel cutter module has a set of upper and lower opposite The wheel cutter seat, and the two-wheel cutter seat is provided with two-phase interleaved wheel cutters for slicing the sheet into the required length. The Y-axis wheel cutter device also includes a frame and a drive mounted on the frame Wheel set, and the Y-axis wheel cutter module and the Y-axis drive mechanism are installed on the frame, the driving wheel set has two sets of up and down opposite feed wheels and resisting wheels, and the frame is located in the two sets of feed wheels Between the feeding wheel and the resisting wheel is provided a supporting plate group for the sheet to pass through. The wheel cutter cutting machine with slitting and slicing functions as described in claim 1, wherein the base of the working platform is located at the upper and lower sides of the conveying channel. A plurality of groups of wheel cutter moving mechanisms are respectively installed on each of the The positioning motors of the wheel cutter moving mechanism are respectively connected with screw rods that extend into the conveying channel, and the screw rods are respectively screwed with the wheel cutter seat of the X-axis wheel cutter module for installation in the Y-axis direction. The nut support. The wheel knife cutting machine with slitting and slicing functions as described in claim 2, wherein the The base is located at the front and rear sides of the screw of the wheel cutter moving mechanism, and is respectively provided with linear slide rails for installing the wheel cutter seat of the X-axis wheel cutter module. The wheel cutter cutting machine with slitting and slicing functions as described in claim 1, wherein each wheel cutter seat of the X-axis wheel cutter module is provided with a shaft sleeve and is provided in the X-axis drive mechanism The two driving motors are respectively connected with rotating shafts coaxially passing through the shaft sleeves, and the two rotating shafts are respectively connected with a plurality of transmission units for driving the wheel cutter to rotate. The wheel cutter cutting machine with slitting and slicing functions as described in claim 4, wherein the transmission unit is two pulleys having a shaft sleeve coaxially connected to the wheel cutter seat and the shaft center of the wheel cutter, and A belt is sheathed on the two pulleys. The wheel cutter cutting machine with slitting and slicing functions according to claim 1, wherein the working platform is located at the input end and the output end of the conveying channel, and two sets of Y-axis wheel cutter devices are arranged in a symmetrical manner. The wheel cutter cutting machine with slitting and slicing functions as described in claim 1, wherein a motor is installed on the frame, and a transmission mechanism is connected to the motor, and the two feed wheels of the driving wheel set are It is coaxially connected to the transmission mechanism to drive the displacement of the sheet to a predetermined position. The wheel cutter cutting machine with slitting and slicing functions according to claim 1, wherein the Y-axis wheel cutter device further includes a pressing mechanism installed on the frame, and the pressing mechanism has at least one vertical drive An air cylinder, and a pressure plate for pressing the passing sheet under the driving cylinder is connected for the Y-axis wheel cutter module to slice the sheet positioned between the support plate group and the pressure plate. The wheel cutter cutting machine with slitting and slicing functions as described in claim 1, wherein the The Y-axis wheel cutter device includes a frame, and the two wheel cutter seats of the Y-axis wheel cutter module are respectively provided with a wheel cutter driving mechanism. The wheel cutter driving mechanism includes a rail rack mounted on the frame and meshing with the rail The gear set on the rack and the belt sleeved on the two pulleys, and the two pulleys are coaxially connected to one of the gears of the gear set and the axis of the wheel cutter for synchronization during the movement of the wheel cutter holder Drive the wheel cutter to rotate.

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