Motor iron core ultrathin punching sheet production equipment

Abstract

The invention relates to motor iron core ultrathin punching sheet production equipment which comprises a sheet feeding part, a sheet gluing part and a punching machine tool. The sheet feeding parts are used for winding sheets, the number of the sheet feeding parts is at least two, the multiple sheet feeding parts are arranged in an up-down mode, and the multiple sheets are stacked up and down through the multiple sheet feeding parts and then conveyed into the punching machine tool; the sheet gluing part is arranged between the sheet feeding part and the punching machine tool, and the sheet gluing part is used for coating glue on contact surfaces of adjacent sheets; the punching machine tool is used for punching the multiple stacked sheets. According to the application, the plurality of ultrathin iron-based sheets are glued, stacked together and then fed into the punching machine tool to be punched, and the thickness of the sheets can be increased after the plurality of ultrathin iron-based sheets are stacked, so that the direct punching requirement of the punching machine tool can be met, and the production efficiency of punching the sheets into ultrathin punched sheets is effectively improved.

Description

Technical Field

[0001] This application relates to the technical field of punching sheet production equipment, and in particular to a production equipment for ultra-thin punching sheets of motor iron cores. Background Art

[0002] The motor stator core is the heart of the motor. Miniaturization, high efficiency, high power density, and high frequency and high speed are the future development trends of motors, which puts higher requirements on the electromagnetic performance of the stator core. High-performance motors require the iron loss of the motor to be as small as possible (to reduce motor heating), so it is hoped that the iron core sheets are as thin as possible (which can effectively reduce the eddy current loss of the iron core sheets) or new core materials are used. The iron core sheets are usually made of silicon steel sheets (transformer steel sheets) or ultra-thin iron-based sheets, hereinafter collectively referred to as sheet materials.

[0003] For sheet materials with a thickness greater than 0.2 mm, high-speed punching can be easily achieved, while the processing of sheet materials with a thickness less than 0.2 mm, especially ultra-thin iron-based sheet materials (0.01 - 0.15 mm), has become a major problem in realizing industrial production. In addition to being "thin", ultra-thin sheet materials also have the characteristics of being "hard" and "brittle". The ultra-thin iron-based punching sheets are too thin, resulting in high requirements for the processing accuracy of the molds. And if direct stamping is used, there will be problems such as large burrs, tearing, non-breaking, and bending, thus making batch stamping impossible.

[0004] Therefore, ultra-thin sheet processing usually adopts wire cutting for processing, and the wire cutting processing efficiency is low, so there is room for improvement. Summary of the Invention

[0005] In order to improve production efficiency, this application provides a production equipment for ultra-thin punching sheets of motor iron cores.

[0006] The production equipment for ultra-thin punching sheets of motor iron cores provided by this application adopts the following technical solutions: A production equipment for ultra-thin punching sheets of motor iron cores includes a sheet material loading part, a sheet material gluing part, and a punching machine tool; The sheet material loading part is used for winding the sheet materials. At least two sheet material loading parts are provided, and multiple sheet material loading parts are arranged in an upper and lower position. Multiple sheet materials are stacked one above the other and then transported into the punching machine tool; The sheet material gluing part is arranged between the sheet material loading part and the punching machine tool, and the sheet material gluing part is used for coating glue on the contact surfaces of adjacent sheet materials; The punching machine tool is used for punching multiple stacked sheet materials.

[0007] Preferably, the sheet feeding section includes a sheet feeding roller, two sheet traction rollers, and at least two sheet guiding rollers. The sheet feeding roller is used for winding the sheet. The roller surfaces of the two sheet traction rollers face each other to form a sheet traction gap, and the sheet passes through the sheet traction gap. The sheet guiding rollers are arranged on both sides of the sheet traction rollers to guide the sheet.

[0008] Preferably, the sheet gluing section includes two sheet gluing rollers and two sheet pressing rollers. Each sheet gluing roller is respectively arranged between adjacent two sheets to coat glue on the sheet contact surfaces. The roller surfaces of the two sheet pressing rollers are in contact with each other, and the two sheet pressing rollers are used to press the glued sheets.

[0009] Preferably, the sheet gluing roller includes a gluing roller body and rotating shaft sleeves arranged at both ends of the gluing roller body. An installation cavity is arranged in the gluing roller body. A plurality of glue outlet hole groups are arranged along the axial direction of the gluing roller body. Each glue outlet hole group includes a plurality of glue outlet holes arranged along the circumferential direction of the gluing roller body; A plurality of glue outlet annular grooves are arranged on the inner wall of the installation cavity. The positions of the glue outlet annular grooves correspond to the glue outlet hole groups one by one. The glue outlet annular grooves are used to connect each glue outlet hole in the glue outlet hole group. A glue outlet mechanism communicating with each glue outlet annular groove is arranged in the installation cavity of the glue outlet roller body.

[0010] Preferably, the glue outlet mechanism includes an installation bracket, a glue guiding pipe, and a plurality of glue outlet brackets. The installation bracket extends into the installation cavity from the rotating shaft sleeve. A plurality of the glue outlet brackets are located in the installation cavity and fixed on the installation bracket. The glue outlet brackets form a rotatable fit with the glue outlet annular grooves; The glue guiding pipe is arranged along the installation bracket. Glue guiding branch pipes are arranged at the positions of each glue outlet bracket on the glue guiding pipe. The glue guiding branch pipes communicate with the glue outlet annular grooves.

[0011] Preferably, the glue outlet bracket includes an inner bracket and an outer annular bracket connected to the inner bracket. The inner bracket is fixed on the installation bracket. The outer annular bracket is embedded in the glue outlet annular groove. A sealing fit is formed between the outer annular bracket and the glue outlet annular groove. A glue guiding port is arranged on the outer annular bracket. One end of the glue guiding port is communicated with the glue outlet annular groove, and the glue guiding branch pipe is connected to the other end of the glue guiding port.

[0012] Preferably, sealing annular grooves are arranged on the inner walls on both sides of the glue outlet annular groove. Sealing annular rings embedded in the sealing annular grooves are arranged on the outer walls on both sides of the outer annular bracket.

[0013] Preferably, the glue outlet holes are arranged with large and small ends. The large end of the glue outlet hole communicates with the glue outlet annular groove, and the small end of the glue outlet hole communicates with the outer roller surface of the glue bonding roller body.

[0014] Preferably, guiding baffles are arranged on both sides of the sheet material between the sheet material glue bonding roller and the sheet material pressing roller. The guiding baffle includes a horizontal plate and a vertical plate, and the horizontal plate and the vertical plate are spliced into a T-shaped arrangement. The horizontal plate extends along the sheet material glue bonding roller towards the sheet material pressing roller side.

[0015] Preferably, two sheet material separating rollers and several sheet material collecting parts are arranged at the discharge port of the punching machine tool. The two sheet material separating rollers are used to separate the stacked and punched sheet materials, and the sheet material collecting parts are used to wind up the punched sheet materials.

[0016] In summary, the present application includes at least one of the following beneficial technical effects: In the present application, multiple ultra-thin iron-based sheet materials are glued and stacked together and then fed into a punching machine tool for punching. After being stacked, the thickness of the sheet materials can be increased, so that the direct punching requirements of the punching machine tool can be met, thereby effectively improving the production efficiency of punching the sheet materials into ultra-thin punched sheets. Description of the Drawings

[0017] Figure 1 is a structural schematic diagram of a production device for ultra-thin punched sheets of a motor iron core.

[0018] Figure 2 is a structural schematic diagram of a sheet material glue bonding part.

[0019] Figure 3 is a structural schematic diagram of a sheet material glue bonding roller.

[0020] Figure 4 is an installation schematic diagram of a glue outlet mechanism.

[0021] Figure 5 is an installation schematic diagram of a guiding baffle.

[0022] Description of reference numerals: 1. Sheet loading section; 11. Sheet loading roller; 12. Sheet traction roller; 13. Sheet guiding roller; 2. Sheet gluing section; 21. Sheet gluing roller; 211. Gluing roller body; 212. Rotating shaft sleeve; 213. Installation cavity; 214. Glue outlet hole; 215. Glue outlet annular groove; 216. Installation bracket; 217. Glue guiding pipe; 218. Glue outlet bracket; 2181. Inner bracket; 2182. Outer annular bracket; 2183. Sealing annular groove; 2184. Sealing ring; 219. Glue guiding branch pipe; 220. Glue guiding port; 22. Sheet pressing roller; 3. Punching machine tool; 31. Upper die; 32. Lower die; 33. Punch driving mechanism; 4. Sheet separating roller; 5. Sheet receiving section; 51. First sheet receiving roller; 52. Second sheet receiving roller; 53. Sheet coiling roller; 6. Guiding baffle; 61. Horizontal plate; 62. Vertical plate. Detailed implementation mode

[0023] The following is a further detailed description of this application in conjunction with the attached Figures 1 - 5 drawings.

[0024] A production device for ultra-thin punching sheets of motor iron cores, referring to Figure 1 the figure shown, includes a sheet loading section 1, a sheet gluing section 2 and a punching machine tool 3; The sheet loading section 1 is used for winding sheets. The sheets are made of silicon steel sheets (transformer steel sheets) or ultra-thin iron-based sheets. Hereinafter, the ultra-thin iron-based sheets are referred to as sheets. The thickness of the sheets is less than 0.2 mm, preferably 0.01 - 0.15 mm. In this embodiment, sheets with a thickness of 0.1 mm are used as an example to produce ultra-thin punching sheets.

[0025] At least two sheet loading sections 1 are provided. In this embodiment, three sheet loading sections 1 are provided. The multiple sheet loading sections 1 are arranged vertically. The multiple sheet loading sections 1 stack and convey multiple sheets into the punching machine tool 3 in a vertical stacking manner, that is, one sheet loading section 1 conveys one sheet, and the three sheets will be conveyed into the punching machine tool 3 in a top-middle-bottom stacking manner for punching processing.

[0026] The sheet loading section 1 includes a sheet loading roller 11, two sheet traction rollers 12 and at least two sheet guiding rollers 13. The sheet loading roller 11 is used for winding sheets. A driving motor is connected to the sheet loading roller 11, and the sheet loading roller 11 can actively wind and release the sheets. The roller surfaces of the two sheet traction rollers 12 face each other to form a sheet traction gap. The sheet passes through the sheet traction gap. A driving motor is connected to the sheet traction roller 12, and the sheet traction roller 12 can provide active traction force to traction the sheet towards the punching machine tool 3. The sheet traction roller 12 and the sheet guiding roller 13 can be made of rubber material. When the sheet traction roller 12 and the sheet guiding roller 13 contact the sheet, they can avoid damaging the sheet.

[0027] In this embodiment, two sheet guiding rollers 13 are provided. The sheet guiding rollers 13 are arranged on both sides of the sheet traction roller 12 to guide the sheet. The sheet guiding rollers 13 can be arranged to guide on the upper surface of the sheet or on the lower surface of the sheet. The setting orientation of the sheet guiding rollers 13 is determined according to the position where the sheet needs to be guided actually.

[0028] Referring Figure 1 and Figure 2 As shown, the sheet gluing part 2 is arranged between the sheet loading part 1 and the punching machine tool 3. The sheet gluing part 2 is used to coat glue on the contact surfaces of adjacent sheets. After three sheets are coated with glue, they will be stacked together. The thickness of each sheet is 0.1 mm. After three sheets are stacked, the thickness of the stacked sheets is 0.3 mm. After the sheets are coated with glue, they are fed into the punching machine tool 3 from the feeding port.

[0029] The punching machine tool 3 is used to punch a plurality of stacked sheets. The punching machine tool 3 adopts a punching machine tool 3 for 0.3 mm non-oriented silicon steel sheet. The matching die precision and the punching clearance between the upper die 31 and the lower die 32 are set according to needs. The upper die 31 is driven to lift by the punch driving mechanism 33. The punch driving mechanism 33 is a known structure and will not be introduced in detail in this embodiment.

[0030] The lower die 32 is provided with a lower die pressing mechanism for fixing the sheet in place. Before the upper die 31 presses on the lower die 32, the lower die pressing mechanism first presses on the sheet, and then the punch driving mechanism 33 closes the upper die 31 on the lower die 32, so as to facilitate the closing of the upper die 31 and the lower die 32 to punch the sheet and avoid the sheet from shifting.

[0031] After the upper die 31 and the lower die 32 are closed and punched, ultra-thin punched sheets will be cut out. The ultra-thin punched sheets will be recycled in the punching machine tool 3, and the remaining sheets after stacking and punching will be sent out from the discharging port of the punching machine tool 3.

[0032] At the discharging port of the punching machine tool 3, two sheet separating rollers 4 and several sheet collecting parts 5 are provided. The two sheet separating rollers 4 are used to separate the stacked and punched sheets. The two sheet separating rollers 4 are arranged up and down, and the two sheet separating rollers 4 are staggered in the front and back positions.

[0033] There are three sheet material receiving parts 5, and the sheet material receiving parts 5 are at different positions in the up and down height direction. The stacked sheets are separated by the sheet separation rollers 4 into three sheets, and each sheet material receiving part 5 is used to wind up one sheet after punching. The sheet material receiving part 5 includes two first sheet material receiving rollers 51, two second sheet material receiving rollers 52 and a sheet coiling roller 53. The roller surfaces of the two first sheet material receiving rollers 51 are arranged oppositely, and the sheet passes between the roller surfaces of the two first sheet material receiving rollers 51. A driving motor is connected to the first sheet material receiving roller 51, and the first sheet material receiving roller 51 can provide active traction force.

[0034] The two second sheet material receiving rollers 52 are arranged on both sides of the two first sheet material receiving rollers 51. The second sheet material receiving rollers 52 can be arranged to guide on the upper surface of the sheet or on the lower surface of the sheet. The setting orientation of the second sheet material receiving rollers 52 is determined according to the position where the sheet needs to be guided actually.

[0035] The sheet coiling roller 53 is used to wind up the sheet after punching. A driving motor is connected to the sheet coiling roller 53, and the sheet coiling roller 53 can provide the traction force for winding the sheet.

[0036] Thus, by using one sheet material receiving part 5 to traction one sheet, and then assisting the two sheet separation rollers 4 to wind up the single sheets of different layers, the purpose of separating the stacked sheets is achieved.

[0037] It should be noted that in this embodiment, the sheet loading part 1 provides the releasing force of the sheet, that is, provides the feeding force to send the sheet to one side of the punching machine tool 3. The sheet material receiving part 5 provides the traction force of the sheet, that is, the pulling force to pull the sheet out of the punching machine tool 3, so as to form a sheet feeding and traction system.

[0038] The sheet gluing part 2 can apply glue to adjacent sheets. The following is a detailed description of the sheet gluing part 2.

[0039] Refer to Figure 3 and Figure 4 As shown, the sheet gluing part 2 includes two sheet gluing rollers 21 and two sheet pressing rollers 22. Each sheet gluing roller 21 is respectively arranged between adjacent two sheets to apply glue on the sheet contact surface. The roller surfaces of the two sheet pressing rollers 22 are in contact with each other, and the two sheet pressing rollers 22 are used to press the glued sheets.

[0040] Both ends of the sheet gluing roller 21 and the sheet pressing roller 22 are rotatably installed. In one embodiment, a driving motor is connected to the sheet gluing roller 21 and the sheet pressing roller 22. By the driving motor, the rotational driving force of the sheet gluing roller 21 and the sheet pressing roller 22 is provided. The rotation of the sheet gluing roller 21 can more conveniently apply glue to the sheet, and the rotation of the sheet pressing roller 22 can provide a certain traction force to the sheet.

[0041] The sheet gluing roller 21 includes a gluing roller body 211 and rotating shaft sleeves 212 provided at both ends of the gluing roller body 211. The rotating shaft sleeves 212 are coaxially fixed to the ends of the gluing roller body 211. An installation cavity 213 is provided inside the gluing roller body 211. The gluing roller body 211 is provided with a plurality of glue outlet hole groups along its axial direction. Each glue outlet hole group includes a plurality of glue outlet holes 214 arranged along the circumferential direction of the gluing roller body 211.

[0042] Wherein, a plurality of glue outlet annular grooves 215 are provided on the inner wall of the installation cavity 213. The positions of the glue outlet annular grooves 215 correspond one by one to the glue outlet hole groups. The glue outlet annular grooves 215 are used to communicate with each glue outlet hole 214 in the glue outlet hole group. A glue outlet mechanism communicating with each glue outlet annular groove 215 is provided inside the glue outlet roller body in the installation cavity 213.

[0043] The glue outlet mechanism includes an installation bracket 216, a glue guiding pipe 217 and a plurality of glue outlet brackets 218. The installation bracket 216 extends into the installation cavity 213 from the rotating shaft sleeve 212. A plurality of glue outlet brackets 218 are located in the installation cavity 213 and fixed on the installation bracket 216. The glue outlet brackets 218 form a rotatable fit with the glue outlet annular grooves 215. The glue guiding pipe 217 is arranged along the installation bracket 216. Glue guiding branch pipes 219 are provided at the positions of each glue outlet bracket 218 on the glue guiding pipe 217. The glue guiding branch pipes 219 communicate with the glue outlet annular grooves 215.

[0044] Specifically, the glue outlet bracket 218 includes an inner bracket 2181 and an outer annular bracket 2182 connected to the inner bracket 2181. The outer annular bracket 2182 is arranged in a ring shape. The inner bracket 2181 is fixed on the installation bracket 216. The outer annular bracket 2182 is embedded in the glue outlet annular groove 215. A sealing fit is formed between the outer annular bracket 2182 and the glue outlet annular groove 215. That is, sealing annular grooves 2183 are provided on the inner walls on both sides of the glue outlet annular groove 215. Sealing annular rings 2184 embedded in the sealing annular grooves 2183 are provided on the outer walls on both sides of the outer annular bracket 2182.

[0045] A glue guiding port 220 is provided on the outer annular bracket 2182. One end of the glue guiding port 220 is communicated with the glue outlet annular groove 215. The glue guiding branch pipe 219 is connected to the other end of the glue guiding port 220. It is worth noting that the glue outlet holes 214 are arranged with large and small ends. The large end of the glue outlet hole 214 is communicated with the glue outlet annular groove 215, and the small end of the glue outlet hole 214 is communicated with the outer roller surface of the gluing roller body 211.

[0046] Thus, glue can be injected from the glue guiding port 220, and the glue overflows from the glue outlet through the glue guiding tube 217 and the glue guiding branch tube 219. With the traction of the sheet, the glue will be coated on the surface of the sheet. By arranging the sheet gluing roller 21 between two adjacent sheets, the glue can be respectively coated on the contact surfaces of the two adjacent sheets. After the sheet is coated with glue, it will enter between the two sheet pressing rollers 22, and the three sheets will be pressed together by the sheet pressing rollers 22 to form an overlapped sheet.

[0047] Among them, the glue can be glue with a relatively thin coating and suitable for metal adhesion, such as instant glue, etc. The specific type of glue can be set according to actual needs, and no specific limitation is made in this embodiment.

[0048] To make the overlapping degree of the three sheets higher, in this embodiment, referring to Figure 5 as shown, guiding baffles 6 are arranged on both sides of the sheet between the sheet gluing roller 21 and the sheet pressing roller 22. The guiding baffle 6 includes a horizontal plate 61 and a vertical plate 62, and the horizontal plate 61 and the vertical plate 62 are spliced into a T-shaped setting. The horizontal plate 61 extends along the sheet gluing roller 21 towards the sheet pressing roller 22. With the conveying of the sheet, through the setting of the guiding baffle 6, the guiding baffle 6 can slightly correct the left and right positions of the sheet, so that the edges of the three sheets enter between the two sheet pressing rollers 22 in the same plane, thereby improving the overlapping degree of the three sheets.

[0049] In this application, multiple ultra-thin iron-based sheets are glued and overlapped together and then sent into the punching machine 3 for punching. After being overlapped, the thickness of the sheets can be increased, so that the direct punching requirements of the punching machine 3 can be met, thereby effectively improving the production efficiency of punching the sheets into ultra-thin punched sheets.

[0050] The above are all the preferred embodiments of this application. The protection scope of this application is not limited by this. Therefore, all equivalent changes made according to the structure, shape, and principle of this application should be covered within the protection scope of this application.

Claims

1. A motor core ultra-thin punching sheet production equipment, characterized in that: It comprises a sheet material feeding section (1), a sheet material gluing section (2) and a punching machine (3); The sheet material loading section (1) is used for winding sheets, and at least two sheet material loading sections (1) are provided, and a plurality of the sheet material loading sections (1) are arranged in an upper and lower position, and the plurality of the sheet material loading sections (1) stack a plurality of sheets one above the other and then convey them into the punching machine (3); The sheet gluing section (2) is arranged between the sheet feeding section (1) and the punching machine (3), and the sheet gluing section (2) is used to apply glue on the contact surfaces of adjacent sheets; The punching machine (3) is used for punching a plurality of stacked sheets.

2. The ultra-thin punching sheet production equipment for motor core according to claim 1, characterized in that: The sheet material loading section (1) comprises a sheet material loading roller (11), two sheet material pulling rollers (12) and at least two sheet material guiding rollers (13). The sheet material loading roller (11) is used for winding the sheet material. The roller surfaces of the two sheet material pulling rollers (12) are opposite to each other to form a sheet material pulling gap. The sheet material passes through the sheet material pulling gap. The sheet material guiding rollers (13) are arranged on both sides of the sheet material pulling rollers (12) to guide the sheet material.

3. The ultra-thin punching sheet production equipment for motor core according to claim 1, characterized in that: The sheet gluing section (2) comprises two sheet gluing rollers (21) and two sheet pressing rollers (22), each of the sheet gluing rollers (21) being arranged between two adjacent sheets to apply glue on the contact surface of the sheets, the roller surfaces of the two sheet pressing rollers (22) being in contact with each other, and the two sheet pressing rollers (22) being used to press the sheets after gluing.

4. The ultra-thin punching sheet production equipment for motor core according to claim 3 is characterized in that: The sheet gluing roller (21) comprises a gluing roller body (211) and rotating shaft sleeves (212) arranged at both ends of the gluing roller body (211); a mounting cavity (213) is arranged in the gluing roller body (211); the gluing roller body (211) is provided with a plurality of gluing hole groups along its axial direction; each gluing hole group comprises a plurality of gluing holes (214) arranged along the circumferential direction of the gluing roller body (211); A plurality of glue outlet ring grooves (215) are arranged on the inner wall of the installation cavity (213); the positions of the glue outlet ring grooves (215) correspond one-to-one to the glue outlet hole group; the glue outlet ring grooves (215) are used to connect each glue outlet hole (214) in the glue outlet hole group; and the glue outlet roller body is provided with a glue outlet mechanism in the installation cavity (213) that is connected to each glue outlet ring groove (215).

5. The ultra-thin punching sheet production equipment for motor core according to claim 4, characterized in that: The glue discharging mechanism comprises a mounting bracket (216), a glue guide tube (217) and a plurality of glue discharging brackets (218); the mounting bracket (216) extends from the rotating shaft sleeve (212) into the mounting cavity (213); the plurality of glue discharging brackets (218) are located in the mounting cavity (213) and fixed on the mounting bracket (216); the glue discharging brackets (218) are rotatably matched with the glue discharging ring groove (215); The rubber guide tube (217) is arranged along the mounting bracket (216), and a rubber guide branch tube (219) is provided on the rubber guide tube (217) at the position of each rubber outlet bracket (218), and the rubber guide branch tube (219) is connected to the rubber outlet ring groove (215).

6. The production equipment for ultra-thin punching sheets of motor core according to claim 5, characterized in that: The glue outlet bracket (218) comprises an inner bracket (2181) and an outer annular bracket (2182) connected to the inner bracket (2181); the inner bracket (2181) is fixed to the mounting bracket (216); the outer annular bracket (2182) is embedded in the glue outlet ring groove (215); a sealing fit is formed between the outer annular bracket (2182) and the glue outlet ring groove (215); a glue guide port (220) is provided on the outer annular bracket (2182); one end of the glue guide port (220) is communicated with the glue outlet ring groove (215); and the glue guide branch pipe (219) is connected to the other end of the glue guide port (220).

7. The ultra-thin punching sheet production equipment for motor core according to claim 6, characterized in that: Sealing ring grooves (2183) are provided on the inner walls on both sides of the glue outlet ring groove (215), and sealing rings (2184) embedded in the sealing ring grooves (2183) are provided on the outer walls on both sides of the outer annular bracket (2182).

8. The ultra-thin punching sheet production equipment for motor core according to claim 4, characterized in that: The glue outlet hole (214) is arranged with large and small ends, the large end of the glue outlet hole (214) is connected to the glue outlet ring groove (215), and the small end of the glue outlet hole (214) is connected to the outer roller surface of the gluing roller body (211).

9. The ultra-thin punching sheet production equipment for motor core according to claim 3, characterized in that: A guide baffle (6) is arranged on both sides of the sheet between the sheet gluing roller (21) and the sheet pressing roller (22), the guide baffle (6) comprising a transverse plate (61) and a vertical plate (62), the transverse plate (61) and the vertical plate (62) being spliced ​​into a T-shaped arrangement, the transverse plate (61) extending along the sheet gluing roller (21) toward one side of the sheet pressing roller (22).

10. The motor core ultra-thin punching sheet production equipment according to claim 1, characterized in that: Two sheet separation rollers (4) and a plurality of sheet receiving sections (5) are arranged at the discharge port of the punching machine (3); the two sheet separation rollers (4) are used to separate the stacked and punched sheets, and the sheet receiving sections (5) are used to roll up the punched sheets.

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