Processing and forming equipment for multi-layer composite material and operation method of processing and forming equipment

Abstract

The invention relates to the technical field of machining and forming of composite materials, in particular to machining and forming equipment for a multi-layer composite material and an operation method of the machining and forming equipment. The machining and forming equipment for the multi-layer composite material comprises a preheating assembly used for preheating the multi-layer composite material to be machined. The preheating assembly is used for preheating the multi-layer composite material, the pressing assembly is used for pressing the multi-layer composite material preheated by the preheating assembly, the cutting assembly is used for cutting the multi-layer composite material pressed by the pressing assembly, and the pressing assembly is installed on one side of the preheating assembly. According to the processing and forming equipment for the multi-layer composite material, the multi-layer composite material is preheated firstly through mutual cooperation of all the structures, and then the multi-layer composite material is subjected to corresponding cutting action after being pressed, so that the performance of the multi-layer composite material is not damaged by cutting; and therefore, the multi-layer compounding effect after cutting is ensured.

Description

Technical Field

[0001] The invention relates to the technical field of composite material processing and forming, in particular to processing and forming equipment for multi-layer composite materials and an operating method thereof. Background Art

[0002] Composite materials are materials with new properties that are formed macroscopically by physical or chemical methods using two or more materials with different properties. Various materials complement each other in performance, producing a synergistic effect, making the comprehensive performance of the composite material better than the original component materials and meeting various different requirements; In the prior art, after the multilayer composite material is formed, the multilayer composite material needs to be cut into fixed sizes so that the specifications of the multilayer composite material can meet the application of different environments. However, in the prior art, when processing the multilayer composite material, a single cutting device is usually used to directly cut the formed multilayer composite material. This cutting method is likely to destroy the performance of the multilayer composite material, thereby affecting the performance of the multilayer composite material in later applications.

[0003] Therefore, there is an urgent need to redesign a new processing and molding equipment for multilayer composite materials to solve the above problems. Summary of the invention

[0004] The present invention provides a processing and molding device for multi-layer composite materials to solve the technical problems raised in the above background technology.

[0005] The present invention provides a processing and forming device for multi-layer composite materials, which comprises a preheating component for preheating the multi-layer composite materials to be processed, a pressing component for pressing the multi-layer composite materials after being preheated by the preheating component, and a cutting component for cutting the multi-layer composite materials after being pressed by the pressing component, wherein the pressing component is installed on one side of the preheating component, and the cutting component is installed on the side of the pressing component away from the preheating component; the cutting component comprises a cutting feeding part, a cutting main box, two cutting feed baffles, a cutting first connecting roller, a cutting second connecting roller, a cutting punching part, a cutting main shaft, a cutting secondary shaft, at least one cutting pressing part, a cutting pillar, a plurality of cutting pressing cylinders, a cutting pressing strip, a cutting part and a cutting material connecting part; the cutting feeding part is installed on the pressing part On one side of the component, the cutting main box is installed on the side of the cutting loading part away from the pressing component, the two cutting feed baffles are installed on one side of the cutting main box, and the cutting first connecting roller and the cutting second connecting roller are installed between the two cutting feed baffles, the cutting punching part is installed in the cutting main box, the cutting main shaft and the cutting secondary shaft are rotatably connected in the cutting main box, and the cutting main shaft and the cutting secondary shaft abut against each other, the cutting clamping part is installed in the cutting main box, and the lower end of the cutting clamping part abuts against the cutting secondary shaft, the cutting pillar is fixedly connected in the cutting main box, a plurality of cutting clamping cylinders are installed on one side of the cutting pillar, and the cutting clamping strip is connected to the output end of the cutting clamping cylinder, the cutting part is installed on the other side of the cutting pillar, and the cutting material receiving part is installed at the bottom of the cutting main box; a first curved groove is provided on the cutting main shaft, and a second groove is provided on the cutting secondary shaft.

[0006] Optionally, the preheating component includes a preheating bracket, a steam generator, a steam preheating reaction unit, a steam transmission pipeline, a first airflow baffle, a second airflow baffle, a plurality of preheating racks, a steam shielding cover, a first airflow circulation unit, a second airflow circulation unit and an airflow circulation member; the steam generator is installed in the preheating bracket, the steam preheating reaction unit is installed on the preheating bracket, the first airflow baffle is installed on one side of the steam preheating reaction unit, the second airflow baffle is installed on the other side of the steam preheating reaction unit, the air inlet end of the steam transmission pipeline is connected to the output end of the steam generator, and the steam transmission pipeline The first output end is connected to one side of the steam preheating reaction part, the second output end of the steam transmission pipeline is connected to the other side of the steam preheating reaction part, a plurality of preheating racks are installed between the first airflow baffle plate and the second airflow baffle plate, the steam shielding cover is rotatably connected to the upper side of the steam preheating reaction part, the first airflow circulation part is installed on one side of the steam shielding cover, the second airflow circulation part is installed on the other side of the steam shielding, and the first airflow baffle plate corresponds to the center of the first airflow circulation part, the second airflow baffle plate corresponds to the center of the second airflow circulation part, and the airflow circulation part is installed on one side of the preheating bracket.

[0007] Optionally, the air flow circulation component includes an air flow circulation fan, an air inlet duct and an air outlet duct, the air flow circulation fan is installed on one side of the preheating bracket, one end of the air inlet duct extends into the first air flow circulation part, the other end of the air inlet duct is connected to one side of the air flow circulation fan, one end of the air outlet duct extends into the second air flow circulation part, and the other end of the air outlet duct is connected to the other side of the air flow circulation fan.

[0008] Optionally, the pressing assembly includes a pressing main box, a pressing feed piece, a pre-pressing piece, a first pressing piece, a second pressing piece and a pressing discharge piece. The pressing main box is installed on one side of the preheating assembly, the pressing feed piece is installed on one side of the pressing main box, the pressing discharge piece is installed on the other side of the pressing main box, the pre-pressing piece is installed on one side of the pressing main box close to the pressing feed piece, and the first pressing piece and the second pressing piece are both installed in the pressing main box; the pre-pressing piece includes a pre-pressing bracket, a pre-pressing cylinder and a pre-pressing plate. The pre-pressing bracket is installed on one side of the pressing main box, the pre-pressing cylinder is installed on the pre-pressing bracket, and the pre-pressing plate is connected to the output end of the pre-pressing cylinder.

[0009] Optionally, the pressing feed member includes a pressing feed frame, a pressing feed active roller, a pressing feed connecting roller, a pressing feed driving motor, two pressing feed sliders and a pressing feed tensioning adjustment roller. The pressing feed frame is installed on one side of the pressing main box body, the pressing feed active roller is rotatably connected to the pressing feed frame, the pressing feed connecting roller is rotatably connected to the lower side of the pressing feed active roller, and the pressing feed connecting roller is abutted against the pressing feed active roller. The pressing feed driving motor is installed on one side of the pressing feed frame, and the output end of the pressing feed driving motor is connected to the pressing feed active roller. The two pressing feed sliders are both slidably connected to the inner wall of the pressing feed frame, and the pressing feed tensioning adjustment roller is rotatably connected between the two pressing feed sliders. The structures of the pressing discharge member and the pressing feed member are the same.

[0010] Optionally, the first pressing component includes a first pressing base plate, a first pressing slide rail, a first pressing insulation plate, a plurality of heating wires, a first pressing bracket, a first pressing sliding plate, a first pressing driving cylinder, a plurality of first pressing limit rods, a first pressing plate, a plurality of first pressing springs, a first auxiliary pressing plate and a plurality of first auxiliary pressing springs. The first pressing base plate is installed in the pressing main box body, the first pressing slide rail is installed on the first pressing base plate, the first pressing insulation plate is slidably connected to the first pressing slide rail, a plurality of heating wires are arranged in the first pressing insulation plate, the first pressing bracket is installed on the first pressing base plate, the first pressing sliding plate is slidably connected to the first pressing bracket, and the first pressing driving cylinder is installed. The cylinder is installed on the first pressing bracket, and the output end of the first pressing driving cylinder is connected to the first pressing sliding plate, a plurality of first pressing limit rods are slidably arranged on the first pressing sliding plate, the first pressing plate is installed at the lower end of the first pressing limit rod, the first pressing spring is sleeved on the first pressing limit rod, the first auxiliary pressing plate is installed on the lower side of the first pressing plate, one end of the first auxiliary pressing spring is connected to the first pressing plate, and the other end of the first auxiliary pressing spring is connected to the first auxiliary pressing plate; a pressing accommodating groove for accommodating the first auxiliary pressing plate is provided on the first pressing plate; the surface area of ​​the first pressing plate is larger than the surface area of ​​the first auxiliary pressing plate; the second pressing piece has the same structure as the first pressing piece.

[0011] Optionally, the cutting feeding part includes two feeding adjustment plates, a feeding rotating roller, a feeding support, a feeding adjustment block and a feeding adjustment cylinder. The two feeding adjustment plates are slidably connected to the inner wall of the cutting main box body, the feeding rotating roller is installed between the two feeding adjustment plates, the feeding support is installed on one side of the feeding adjustment plate, the feeding adjustment block is slidably connected in the feeding support, and one side of the feeding adjustment block is connected to the feeding adjustment plate, the feeding adjustment cylinder is installed on the upper side of the feeding support, and the output end of the feeding adjustment cylinder is connected to the feeding adjustment block.

[0012] Optionally, the cutting punching member includes a punching table, a punching support base, a punching top seat, a punching cylinder, a punching connecting seat, a punching linkage part, a punching connecting plate, multiple punching connecting rods, multiple punching knife heads, a punching pressing plate, multiple punching connecting rods and multiple punching springs. The punching table is installed in the cutting main box, the punching support base is installed on the upper side of the punching table, the punching top seat is installed on the upper side of the punching support base, the punching cylinder is installed on the punching top seat, the punching connecting seat is installed on the lower side of the punching cylinder, the punching linkage part is installed on the side of the punching connecting seat away from the punching cylinder, and the output end of the punching cylinder is connected to the punching linkage part through the punching connecting seat, one end of multiple punching connecting rods is connected to the punching linkage part, the other end of multiple punching connecting rods passes through the punching connecting seat, the punching connecting plate is installed on the lower side of the punching linkage part, and multiple punches The hole cutter head is installed on the lower side of the punching connecting plate, the punching pressing plate is installed on the lower side of the punching connecting plate, one end of multiple punching connecting rods is connected to the punching pressing plate, the other end of multiple punching connecting rods passes through the punching connecting plate, the punching spring is sleeved on the punching connecting rod, and the punching spring is just located between the punching pressing plate and the punching connecting plate; the cutting clamping part includes a cutting clamping table, a cutting clamping cylinder, a cutting clamping adjustment table, a first cutting clamping roller and a second cutting clamping roller, the cutting clamping table is installed in the cutting main box body, the cutting clamping cylinder is installed on the cutting clamping table, the cutting clamping adjustment table is connected to the output end of the cutting clamping cylinder, the first cutting clamping roller is rotatably connected to one side of the cutting clamping adjustment table, the second cutting clamping roller is rotatably connected to the other side of the cutting clamping adjustment table, and the cutting clamping adjustment table faces the cutting secondary shaft.

[0013] Optionally, the cutting part includes a cutting motor, a cutting driven wheel, a cutting belt, a cutting adjusting block, a cutting fixed block, a cutting adjusting motor, a cutting rotating block, a cutting auxiliary motor and a cutting disc. The cutting motor is installed on one side of the cutting main box body, the cutting driven wheel is rotatably connected to one end of the cutting pillar, the cutting belt is rotatably connected between the cutting motor and the cutting driven wheel, the cutting adjusting block is installed on the cutting belt, the cutting fixed block is installed on the lower side of the cutting adjusting block, the cutting adjusting motor is installed in the cutting fixed block, the cutting rotating block is rotatably connected to the lower side of the cutting fixed block, and the output end of the cutting adjusting motor is connected to the cutting rotating block, the cutting auxiliary motor is installed in the cutting rotating block, and the output end of the cutting auxiliary motor is connected to the cutting disc; the cutting material connecting part includes a cutting material connecting shaft, a cutting material connecting frame and at least one cutting material connecting cylinder, the cutting material connecting shaft is rotatably connected in the cutting main box body, the cutting material connecting frame is installed on the cutting material connecting shaft, the cutting material connecting cylinder is installed on the inner wall of the cutting main box body, and the output end of the cutting material connecting cylinder is connected to the cutting material connecting frame.

[0014] Optionally, the present invention also discloses an operating method for a processing and molding equipment for multilayer composite materials, comprising the following steps: S1, preheating the multilayer composite material, placing the multilayer composite material to be processed into a preheating component, and the preheating component preheats the multilayer composite material; S2, pressing the multilayer composite material, placing the multilayer composite material that has been preheated by the preheating component into a pressing component, and the pressing component presses the multilayer composite material; S3, cutting the multilayer composite material, placing the multilayer composite material that has been processed by the pressing component into a cutting component, and the cutting component cuts the multilayer composite material.

[0015] The beneficial effects of the present invention are as follows: The processing and forming equipment for multi-layer composite materials comprises a preheating component for preheating the multi-layer composite materials to be processed, a pressing component for pressing the multi-layer composite materials after being preheated by the preheating component, and a cutting component for cutting the multi-layer composite materials after being pressed by the pressing component. The pressing component is installed on one side of the preheating component, and the cutting component is installed on the side of the pressing component away from the preheating component; the cutting component comprises a cutting feeding part, a cutting main box, two cutting feed baffles, a cutting first connecting roller, a cutting second connecting roller, a cutting punching part, a cutting main shaft, a cutting secondary shaft, at least one cutting pressing part, a cutting pillar, a plurality of cutting pressing cylinders, a cutting pressing strip, a cutting part and a cutting material connecting part; the cutting feeding part is installed on one side of the pressing component. The processing and forming equipment for multi-layer composite materials of the present invention realizes the preheating of the multi-layer composite materials first, and then pressing and then performing the corresponding cutting action on the multi-layer composite materials through the mutual cooperation of various structures, so that the cutting will not damage the performance of the multi-layer composite materials, thereby ensuring the effect of multi-layer composite after cutting. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings required for use in the description of the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0017] Figure 1 It is a schematic diagram of the process of the processing and forming equipment for multi-layer composite materials provided by the present invention; Figure 2 It is a structural schematic diagram of a preheating component of a processing and molding device for a multi-layer composite material provided by the present invention from a first perspective; Figure 3 It is a structural schematic diagram of a preheating component of a processing and forming device for a multilayer composite material provided by the present invention from a second viewing angle; Figure 4 It is a structural schematic diagram from a third perspective of a preheating component of a processing and molding device for a multilayer composite material provided by the present invention; Figure 5 It is a structural schematic diagram of a lamination assembly of a processing and forming device for a multi-layer composite material provided by the present invention from a first perspective; Figure 6 yes Figure 5 A partial enlarged view of the middle A area; Figure 7 It is a structural schematic diagram of a lamination assembly of a processing and forming device for a multi-layer composite material provided by the present invention from a second viewing angle; Figure 8 It is a structural schematic diagram of a first pressing part of a processing and forming device for a multi-layer composite material provided by the present invention from a first perspective; Fig. 9 It is a structural schematic diagram of a first pressing part of a processing and forming device for a multi-layer composite material provided by the present invention from a second viewing angle; Fig.10 yes Fig. 9 A partial enlarged view of the middle B area; Fig.11 It is a structural schematic diagram of a cutting assembly of a processing and forming device for a multi-layer composite material provided by the present invention from a first perspective; Fig.12 It is a structural schematic diagram of a cutting assembly of a processing and forming device for a multi-layer composite material provided by the present invention from a second viewing angle; Fig.13 yes Fig.12 A partial enlarged view of the middle C area; Fig.14 It is a structural schematic diagram from a third perspective of a cutting assembly of a processing and forming device for a multi-layer composite material provided by the present invention; Fig.15 It is a structural schematic diagram of a cutting and punching component of a processing and forming device for a multi-layer composite material provided by the present invention from a first perspective; Fig.16 It is a structural schematic diagram of a cutting and punching member of a processing and forming device for a multi-layer composite material provided by the present invention from a second viewing angle; Fig.17 It is a schematic structural diagram of a cutting and fastening member of a processing and forming device for a multi-layer composite material provided by the present invention; Fig.18 is a schematic structural diagram from a fourth perspective of a cutting assembly of a multilayer composite material processing and forming device provided by the present invention; Fig.19 yes Fig.18 A partial enlarged view of the D area in the middle; Fig. 20is a structural schematic diagram of a cutting assembly of a multilayer composite material processing and forming device provided by the present invention from a fifth viewing angle; Fig.21 yes Fig. 20 A partial enlarged view of the E area. DETAILED DESCRIPTION

[0018] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. It will be understood that the specific embodiments described herein are only used to explain the present invention, rather than to limit the present invention. It should also be noted that, for ease of description, only parts related to the present invention, rather than all structures, are shown in the drawings. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0019] Reference to "embodiments" herein means that a particular feature, structure, or characteristic described in conjunction with the embodiments may be included in at least one embodiment of the present invention. The appearance of the phrase in various places in the specification does not necessarily refer to the same embodiment, nor is it an independent or alternative embodiment that is mutually exclusive with other embodiments. It is explicitly and implicitly understood by those skilled in the art that the embodiments described herein may be combined with other embodiments.

[0020] See also Figures 1 to 21 The processing and forming equipment for multi-layer composite materials of the present invention comprises a preheating assembly 1000 for preheating the multi-layer composite materials to be processed, a pressing assembly 2000 for pressing the multi-layer composite materials preheated by the preheating assembly 1000, and a cutting assembly 3000 for cutting the multi-layer composite materials pressed by the pressing assembly 2000. The pressing assembly 2000 is installed on one side of the preheating assembly 1000, and the cutting assembly 3000 is installed on the side of the pressing assembly 2000 away from the preheating assembly 1000. The formed multi-layer composite material is in sheet form, and when the multi-layer composite material needs to be transferred, the multi-layer composite material can be in the form of a roll; Specifically, when the processing equipment for multi-layer composite materials of the present invention is required to process the coiled material, first, a single piece of multi-layer composite material is placed in the preheating assembly 1000, and the preheating assembly 1000 performs a preheating action on the multi-layer composite material, thereby improving the activity inside the multi-layer composite material, and then, the multi-layer composite material is added to the pressing assembly 2000, and the pressing assembly 2000 performs a pressing action on the multi-layer composite material, so that the materials inside the pressed multi-layer composite material are more closely attached together, and then, it is heated to the cutting assembly 3000, and the cutting assembly 3000 performs a cutting action on the multi-layer composite material, thereby cutting the multi-layer composite material into a size that meets the production requirements; Furthermore, the transfer of the multilayer composite material in different components of the present invention may rely on external handling equipment, such as a robot or an adsorption suction cup; The cutting assembly 3000 includes a cutting loading piece 3100, a cutting main box 3200, two cutting feed baffles 3210, a first cutting engagement roller 3220, a second cutting engagement roller 3230, a cutting punching piece 3300, a cutting main shaft 3400, a cutting secondary shaft 3500, at least one cutting pressing piece 3600, a cutting support 3700, a plurality of cutting pressing cylinders 3710, a cutting pressing strip 3720, a cutting piece 3800 and a cutting material receiving piece 3900; the cutting loading piece 3100 is installed on one side of the pressing assembly 2000, the cutting main box 3200 is installed on the side of the cutting loading piece 3100 away from the pressing assembly 2000, the two cutting feed baffles 3210 are both installed on one side of the cutting main box 3200, and the first cutting engagement roller 3220 and the second cutting engagement roller 3230 are both installed between the two cutting feed baffles 3210, and the cutting punching piece 3300 is installed in the cutting main box 3200, the cutting main shaft 3400 and the cutting sub-shaft 3500 are both rotatably connected in the cutting main box 3200, and the cutting main shaft 3400 and the cutting sub-shaft 3500 are in contact with each other, the cutting abutting piece 3600 is installed in the cutting main box 3200, and the lower end of the cutting abutting piece 3600 is in contact with the cutting sub-shaft 3500, the cutting pillar 3700 is fixedly connected in the cutting main box 3200, a plurality of cutting pressing cylinders 3710 are all installed on one side of the cutting pillar 3700, and the cutting pressing strip 3720 is connected to the output end of the cutting pressing cylinder 3710, the cutting piece 3800 is installed on the other side of the cutting pillar 3700, and the cutting material receiving piece 3900 is installed at the bottom of the cutting main box 3200; a curved first groove 3410 is provided on the cutting main shaft 3400, and a second groove 3510 is provided on the cutting sub-shaft 3500; When the multi-layer composite material enters the cutting assembly 3000 and the cutting assembly 3000 performs a cutting action on the multi-layer composite material, first, the cutting loading member 3100 performs a loading action on the multi-layer composite material, and then one end of the multi-layer composite material coil passes through the first cutting connecting roller 3220 and the second cutting connecting roller 3230 in sequence. The first cutting connecting roller 3220 and the second cutting connecting roller 3230 are used to ensure the stability of the multi-layer composite material coil in the cutting assembly 3000. Then, one end of the multi-layer composite material coil passes through the cutting punching member 3300, and the cutting punching member 3300 punches the multi-layer composite material according to the length of the multi-layer composite material that needs to be cut. Then, the cutting main shaft 3400 is connected to the external motor, so that the cutting main shaft 3400 and the cutting sub-shaft 3500 cooperate with each other to clamp and transmit the multi-layer composite material. The cutting clamping member 3600 is used to squeeze the cutting sub-shaft 3500, thereby increasing the pressure on the multi-layer composite material passing through the cutting main shaft 3400 and the cutting sub-shaft 3500, thereby ensuring that the multi-layer composite material can be smoothly cut on the cutting main shaft 3400. The cutting member 3800 cuts the multi-layer composite material passing through the cutting member 3800, and when the cutting member 3800 cuts the multi-layer composite material, the cutting and pressing cylinder 3710 enters the working state, so that the cutting and pressing cylinder 3710 drives the cutting and pressing strip 3720 to approach one side of the multi-layer composite material, thereby ensuring the ductility of the part to be cut of the multi-layer composite material, and further ensuring the accuracy and stability of the cutting of the multi-layer composite material. At the same time, the user can adjust the cutting frequency of the cutting member 3800 to control the cutting length of the multi-layer composite material; Furthermore, the cutting and splicing member 3900 can splice the cut fixed-length multi-layer composite material; Furthermore, the first groove 3410 and the second groove 3510 can increase the friction between the cutting main shaft 3400 and the cutting sub-shaft 3500 and the multi-layer composite material, thereby ensuring the stability of the cutting main shaft 3400 and the cutting sub-shaft 3500 in transmitting the multi-layer composite material.

[0021] In this embodiment, the preheating component 1000 includes a preheating bracket 1100, a steam generator 1110, a steam preheating reaction unit 1120, a steam transmission pipeline 1130, a first airflow baffle 1200, a second airflow baffle 1300, a plurality of preheating racks 1400, a steam shielding cover 1500, a first airflow circulation unit 1600, a second airflow circulation unit 1700 and an airflow circulation member; the steam generator 1110 is installed in the preheating bracket 1100, the steam preheating reaction unit 1120 is installed on the preheating bracket 1100, the first airflow baffle 1200 is installed on one side of the steam preheating reaction unit 1120, the second airflow baffle 1300 is installed on the other side of the steam preheating reaction unit 1120, and the air inlet end of the steam transmission pipeline 1130 is connected to the output end of the steam generator 1110 The first output end of the steam transmission pipeline 1130 is connected to one side of the steam preheating reaction unit 1120, and the second output end of the steam transmission pipeline 1130 is connected to the other side of the steam preheating reaction unit 1120. A plurality of preheating racks 1400 are installed between the first airflow baffle plate 1200 and the second airflow baffle plate 1300. The steam shielding cover 1500 is rotatably connected to the upper side of the steam preheating reaction unit 1120. The first airflow circulation unit 1600 is installed on one side of the steam shielding cover 1500, and the second airflow circulation unit 1700 is installed on the other side of the steam shielding. The first airflow baffle plate 1200 corresponds to the center of the first airflow circulation unit 1600, and the second airflow baffle plate 1300 corresponds to the center of the second airflow circulation unit 1700. The airflow circulation component is installed on one side of the preheating bracket 1100.

[0022] The preheating bracket 1100 plays a role of fixing and supporting each structure in the preheating assembly 1000; When the user needs to preheat the rolled multilayer composite material to be cut, first, the user places the multilayer composite material in the preheating rack 1400, then the steam shielding cover 1500 is turned over to cover the local steam preheating reaction part 1120, then the steam generator 1110 enters the working state, so that the steam generator 1110 sends high-temperature water vapor to both sides of the steam preheating reaction part 1120 through the steam transmission pipe 1130, then the airflow circulation part enters the working state, so that the airflow circulation part drives the steam entering the steam preheating reaction part 1120 to circulate in the first airflow baffle plate 1200 and the second airflow baffle plate 1300, so that the steam preheats the multilayer composite material on the preheating rack 1400 to improve the activity of the multilayer composite material, thereby ensuring the accuracy of the subsequent cutting of the multilayer composite material; Furthermore, since the first airflow baffle plate 1200 corresponds exactly to the center of the first airflow circulation part 1600, only a portion of the steam entering the steam preheating reaction part 1120 from the first output end of the steam transmission pipeline 1130 enters the first airflow circulation part 1600; The second airflow baffle plate 1300 corresponds exactly to the center of the second airflow circulation part 1700, so only a portion of the steam entering the steam preheating reaction part 1120 from the second output end of the steam transmission pipeline 1130 enters the second airflow circulation part 1700; Then, the air circulation member drives the steam entering the first air circulation part 1600 and the second air circulation part 1700 to reciprocate, thereby preventing the steam temperature from being too high to damage the multi-layer composite material; It is worth noting that the steam generator 1110 is a steam generating device in conventional technology and only needs to heat water.

[0023] In this embodiment, the air circulation component includes an air circulation fan 1810, an air intake duct 1820 and an air outlet duct 1830. The air circulation fan 1810 is installed on one side of the preheating bracket 1100. One end of the air intake duct 1820 extends into the first air circulation part 1600, and the other end of the air intake duct 1820 is connected to one side of the air circulation fan 1810. One end of the air outlet duct 1830 extends into the second air circulation part 1700, and the other end of the air outlet duct 1830 is connected to the other side of the air circulation fan 1810.

[0024] When the air circulation part needs to drive the air flow to circulate on the preheating rack 1400, the air circulation fan 1810 enters the working state, so that the air circulation fan 1810 drives the steam from the first air circulation part 1600 into the air inlet duct 1820, and then passes through the air circulation fan 1810 and is discharged from the air outlet duct 1830 to the second air circulation part 1700, thereby realizing the circulation movement of the steam; It is worth noting that the multilayer composite material processed by the present invention has high temperature resistance.

[0025] In this embodiment, the pressing assembly 2000 includes a pressing main box 2100, a pressing feed piece 2200, a pre-pressing piece, a first pressing piece 2400, a second pressing piece 2500 and a pressing discharge piece 2600. The pressing main box 2100 is installed on one side of the preheating assembly 1000, the pressing feed piece 2200 is installed on one side of the pressing main box 2100, the pressing discharge piece 2600 is installed on the other side of the pressing main box 2100, and the pre-pressing piece is installed on the pressing main box 2100. 00 is close to the side of the pressing feed part 2200, the first pressing part 2400 and the second pressing part 2500 are both installed in the pressing main box 2100; the pre-pressing part includes a pre-pressing bracket 2310, a pre-pressing cylinder 2320 and a pre-pressing plate 2330, the pre-pressing bracket 2310 is installed on one side of the pressing main box 2100, the pre-pressing cylinder 2320 is installed on the pre-pressing bracket 2310, and the pre-pressing plate 2330 is connected to the output end of the pre-pressing cylinder 2320.

[0026] The multi-layer composite material after the preheating treatment of the preheating component 1000 has increased internal activity, so it needs to enter the pressing component 2000 for pressing to improve the compactness of the internal material of the multi-layer composite material; Specifically, the multilayer composite material enters into the pressing main box 2100 through the pressing feed, then passes through the first pressing piece 2400 and the second pressing piece 2500 in sequence, and then is sent to the cutting assembly 3000 through the pressing discharge piece 2600; More specifically, when the first pressing member 2400 performs pressing action on the multi-layer composite material, the pre-pressing cylinder 2320 enters the working state, so that the output end of the pre-pressing cylinder 2320 drives the pre-pressing plate 2330 to press against the multi-layer composite material, so as to ensure the stability of the first pressing member 2400 pressing the multi-layer composite material; Furthermore, the pressing feed piece 2200 and the pressing discharge piece 2600 cooperate with each other to realize the transfer of the multi-layer composite material between the first pressing piece 2400 and the second pressing piece 2500. The first pressing piece 2400 and the second pressing piece 2500 press the multi-layer composite material in turn, thereby ensuring the overall stability of the multi-layer composite material.

[0027] In this embodiment, the lamination feed member 2200 includes a lamination feed frame 2210, a lamination feed active roller 2220, a lamination feed connecting roller 2230, a lamination feed driving motor 2240, two lamination feed sliders 2250 and a lamination feed tensioning adjustment roller 2260. The lamination feed frame 2210 is installed on one side of the lamination main box 2100, the lamination feed active roller 2220 is rotatably connected to the lamination feed frame 2210, and the lamination feed connecting roller 2230 is rotatably connected to the lower side of the lamination feed active roller 2220, and The pressing feed connecting roller 2230 is in contact with the pressing feed active roller 2220, the pressing feed driving motor 2240 is installed on one side of the pressing feed frame 2210, and the output end of the pressing feed driving motor 2240 is connected to the pressing feed active roller 2220, the two pressing feed sliders 2250 are both slidably connected to the inner wall of the pressing feed frame 2210, and the pressing feed tensioning adjustment roller 2260 is rotatably connected between the two pressing feed sliders 2250; the pressing discharge piece 2600 has the same structure as the pressing feed piece 2200.

[0028] When the lamination feed member 2200 needs to feed the multi-layer composite material, first, the lamination feed drive motor 2240 enters the working state, so that the output end of the lamination feed drive motor 2240 drives the lamination feed active roller 2220 to rotate, and then one end of the layered multi-layer composite material passes through the gap between the lamination feed active roller 2220 and the lamination feed connecting roller 2230, and then moves toward the lamination main box 2100 under the rotation of the lamination feed active roller 2220; At the same time, the multi-layer composite material passing through the lamination feed active roller 2220 and the lamination feed connecting roller 2230 will pass through the lamination feed tensioning adjustment roller 2260, and the lamination feed tensioning adjustment roller 2260 moves the lamination feed slider 2250, so as to achieve the height adjustment on the lamination feed frame 2210, and then can achieve the adjustment effect of the tensioning length of the multi-layer composite material, so as to ensure the tension degree of the multi-layer composite material during lamination, and then ensure the lamination effect of the first lamination assembly 2000 or the second lamination assembly 2000 on the multi-layer composite material; Furthermore, the structure and working principle of the pressing discharge piece 2600 and the pressing feed piece 2200 are completely the same, and the pressing discharge piece 2600 discharges the multi-layer composite material after the pressing process.

[0029] In this embodiment, the first pressing member 2400 includes a first pressing base plate 2410, a first pressing slide rail 2420, a first pressing insulation plate 2430, a plurality of heating wires, a first pressing bracket 2440, a first pressing sliding plate 2441, a first pressing driving cylinder 2442, a plurality of first pressing limit rods 2443, a first pressing plate 2450, a plurality of first pressing springs 2460, a first auxiliary pressing plate 2470 and a plurality of first auxiliary pressing springs 2480. The first pressing bottom plate 2410 is installed in the pressing main box body 2100, the first pressing slide rail 2420 is installed on the first pressing bottom plate 2410, the first pressing heat preservation plate 2430 is slidably connected to the first pressing slide rail 2420, a plurality of heating wires are arranged in the first pressing heat preservation plate 2430, the first pressing bracket 2440 is installed on the first pressing bottom plate 2410, the first pressing slide plate 2441 is slidably connected to the first pressing bracket 2440, and the first pressing drive The pneumatic cylinder 2442 is mounted on the first pressing bracket 2440, and the output end of the first pressing driving cylinder 2442 is connected to the first pressing sliding plate 2441, a plurality of first pressing limiting rods 2443 are slidably arranged on the first pressing sliding plate 2441, a first pressing plate 2450 is mounted on the lower end of the first pressing limiting rod 2443, a first pressing spring 2460 is sleeved on the first pressing limiting rod 2443, and a first auxiliary pressing plate 2470 is mounted on the first pressing plate 2 On the lower side of 450, one end of the first auxiliary pressing spring 2480 is connected to the first pressing plate 2450, and the other end of the first auxiliary pressing spring 2480 is connected to the first auxiliary pressing plate 2470; a pressing accommodating groove 2451 for accommodating the first auxiliary pressing plate 2470 is provided on the first pressing plate 2450; the surface area of ​​the first pressing plate 2450 is larger than the surface area of ​​the first auxiliary pressing plate 2470; the second pressing piece 2500 has the same structure as the first pressing piece 2400.

[0030] Among them, when the first pressing piece 2400 needs to press the multi-layer composite material, first, the multi-layer composite material enters the first pressing and insulating plate 2430, and the position of the first pressing and insulating plate 2430 is adjustable, so that the first pressing and insulating plate 2430 can correspond to the position of the first pressing plate 2450 at any time. At the same time, the heating wire is a conventional heating wire in the prior art, and the heating wire ensures the temperature of the first pressing and insulating plate 2430, thereby ensuring that the first pressing plate 2450 or the first auxiliary pressing plate 2470 When the multi-layer composite material is pressed, the multi-layer composite material maintains a certain temperature, so as to improve the activity of the multi-layer composite material, thereby ensuring the effect of pressing the multi-layer composite material; Further, when the multi-layer composite material enters the first pressed heat-insulating plate 2430, the first pressed driving cylinder 2442 enters the working state, so that the output end of the first pressed driving cylinder 2442 drives the first pressed sliding plate 2441 to slide on the first pressed bracket 2440, so that the first pressed sliding plate 2441 drives the first pressed plate 2450 and the first auxiliary pressed plate 2470 to press against the multi-layer composite material; Furthermore, when the first auxiliary pressing plate 2470 is pressed against the multi-layer composite material, the first auxiliary pressing spring 2480 is compressed until the first auxiliary pressing plate 2470 is received in the pressing accommodating groove 2451, and then the outer side of the first pressing plate 2450 continues to press the multi-layer composite material. At this time, the first pressing limit rod 2443 slides, so that the first pressing spring 2460 on the first pressing limit rod 2443 is compressed, thereby ensuring that the pressing of the multi-layer composite material by the first pressing plate 2450 is in flexible contact, so as to avoid too much pressure on the multi-layer composite material, thereby causing the multi-layer composite material to be crushed; Furthermore, a limit block may be provided at one end of the first pressing limit rod 2443 to prevent the first pressing limit rod 2443 from moving beyond a reasonable working range; This is equivalent to the first pressing member 2400 performing double pressing on the multi-layer composite material to ensure the pressing effect on the multi-layer composite material; Furthermore, the working principle of the second pressing piece 2500 is completely the same as the structure and working principle of the first pressing piece 2400 .

[0031] In this embodiment, the cutting feeding part 3100 includes two feeding adjustment plates 3110, a feeding rotating roller 3120, a feeding support part 3130, a feeding adjustment block 3140 and a feeding adjustment cylinder 3150. The two feeding adjustment plates 3110 are slidably connected to the inner wall of the cutting main box 3200, the feeding rotating roller 3120 is installed between the two feeding adjustment plates 3110, the feeding support part 3130 is installed on one side of the feeding adjustment plate 3110, the feeding adjustment block 3140 is slidably connected in the feeding support part 3130, and one side of the feeding adjustment block 3140 is connected to the feeding adjustment plate 3110, the feeding adjustment cylinder 3150 is installed on the upper side of the feeding support part 3130, and the output end of the feeding adjustment cylinder 3150 is connected to the feeding adjustment block 3140.

[0032] The two feeding adjustment plates 3110 support the feeding rotating roller 3120. The multi-layer composite material to be cut is placed on the feeding rotating roller 3120 in a coiled state. Then, one end of the multi-layer composite material passes through the first cutting connecting roller 3220 and the second cutting connecting roller 3230 and enters the cutting punching member 3300. Specifically, the height of the feeding adjustment plate 3110 on the cutting main box 3200 is adjustable to facilitate real-time control of the tension of the multi-layer composite material; More specifically, when the position of the feeding adjustment plate 3110 needs to be adjusted, the feeding adjustment cylinder 3150 enters the working state, so that the feeding adjustment cylinder 3150 drives the feeding adjustment block 3140 to slide in the vertical direction, and then the feeding adjustment block 3140 drives the feeding adjustment plate 3110 to move in the vertical direction. At the same time, the rotation of the feeding rotating roller 3120 can be driven by an external motor.

[0033] In this embodiment, the cutting punching member 3300 includes a punching table 3310, a punching support base 3311, a punching top seat 3312, a punching cylinder 3313, a punching connecting seat 3314, a punching linkage part 3320, a punching connecting plate 3330, a plurality of punching connecting rods 3340, a plurality of punching tool heads 3350, a punching pressing plate 3360, a plurality of punching connecting rods 3370 and a plurality of punching springs 3380. The punching table 3310 is installed in the cutting main box 3200, the punching support base 3311 is installed on the upper side of the punching table 3310, the punching top seat 3312 is installed on the upper side of the punching support base 3311, the punching cylinder 3313 is installed on the punching top seat 3312, the punching connecting seat 3314 is installed on the lower side of the punching cylinder 3313, and the punching linkage part 3320 is installed on the punching connecting seat 3314 away from the punching cylinder 3313. One side of the cylinder 3313, and the output end of the punching cylinder 3313 passes through the punching connection seat 3314 and is connected to the punching linkage part 3320, one end of a plurality of punching connecting rods 3340 is connected to the punching linkage part 3320, and the other end of a plurality of punching connecting rods 3340 passes through the punching connection seat 3314, a punching connection plate 3330 is installed on the lower side of the punching linkage part 3320, a plurality of punching cutter heads 3350 are installed on the lower side of the punching connection plate 3330, a punching pressing plate 3360 is installed on the lower side of the punching connection plate 3330, one end of a plurality of punching connecting rods 3370 is connected to the punching pressing plate 3360, and the other end of a plurality of punching connecting rods 3370 passes through the punching connection plate 3330, a punching spring 3380 is sleeved on the punching connection rod 3370, and the punching spring 3380 is just located between the punching pressing plate 3360 and the punching connection plate 3330; When the multi-layer composite material enters the punching support base 3311, the punching cylinder 3313 enters the working state, and the output end of the punching cylinder 3313 drives the punching linkage part 3320 to move downward, so that the punching linkage part 3320 drives the punching connection plate 3330 to move downward, and then the punching connection plate 3330 drives the multiple punching tool heads 3350 to extend toward the punching support base 3311, so that the multiple punching tool heads 3350 punch the multi-layer composite material on the punching support base 3311; Furthermore, when the punching connection plate 3330 moves downward, the punching pressing plate 3360 is driven by the punching connection rod 3370 to press the multi-layer composite material, so as to facilitate the punching action of the multi-layer composite material; Furthermore, the plurality of punching springs 3380 can ensure that the punching pressing plate 3360 returns to the initial position, and of course can also to a certain extent reduce the pressing force of the punching pressing plate 3360 on the multi-layer composite material, so as to achieve a protective effect on the multi-layer composite material to a certain extent; The cutting clamping member 3600 includes a cutting clamping platform 3610, a cutting clamping cylinder 3620, a cutting clamping adjustment platform 3630, a first cutting clamping roller 3640 and a second cutting clamping roller 3650. The cutting clamping platform 3610 is installed in the cutting main box 3200, the cutting clamping cylinder 3620 is installed on the cutting clamping platform 3610, the cutting clamping adjustment platform 3630 is connected to the output end of the cutting clamping cylinder 3620, the first cutting clamping roller 3640 is rotatably connected to one side of the cutting clamping adjustment platform 3630, the second cutting clamping roller 3650 is rotatably connected to the other side of the cutting clamping adjustment platform 3630, and the cutting clamping adjustment platform 3630 faces the cutting secondary shaft 3500.

[0034] The cutting pressing platform 3610 plays a role of fixing and supporting each structure in the cutting pressing member 3600. When the cutting pressing member 3600 needs to press against the cutting secondary shaft 3500, first, the cutting pressing cylinder 3620 enters the working state, so that the output end of the cutting pressing cylinder 3620 drives the cutting pressing adjustment platform 3630 to move in the direction close to the cutting secondary shaft 3500, and then the cutting pressing adjustment platform 3630 drives the first cutting pressing roller 3640 and the second cutting pressing roller 3650 to move simultaneously, so that the first cutting pressing roller 3640 and the second cutting pressing roller 3650 press against the cutting secondary shaft 3500 at the same time, thereby ensuring the tightness between the cutting main shaft 3400 and the cutting secondary shaft 3500, thereby ensuring the stability of the transportation of the multi-layer composite material; Furthermore, the angle between the first cutting abutting roller 3640 and the second cutting abutting roller 3650 may be 120°, so as to ensure the abutting effect of the first cutting abutting roller 3640 and the second cutting abutting roller on the cutting secondary shaft 3500 .

[0035] In this embodiment, the cutting member 3800 includes a cutting motor 3810, a cutting driven wheel 3820, a cutting belt 3830, a cutting adjustment block 3840, a cutting fixed block 3850, a cutting adjustment motor 3860, a cutting rotating block 3870, a cutting auxiliary motor 3880 and a cutting blade 3890. The cutting motor 3810 is installed on one side of the cutting main box 3200, the cutting driven wheel 3820 is rotatably connected to one end of the cutting support 3700, and the cutting belt 3830 is rotatably connected between the cutting motor 3810 and the cutting driven wheel 3840. 820, the cutting adjustment block 3840 is installed on the cutting belt 3830, the cutting fixed block 3850 is installed on the lower side of the cutting adjustment block 3840, the cutting adjustment motor 3860 is installed in the cutting fixed block 3850, the cutting rotating block 3870 is rotatably connected to the lower side of the cutting fixed block 3850, and the output end of the cutting adjustment motor 3860 is connected to the cutting rotating block 3870, the cutting auxiliary motor 3880 is installed in the cutting rotating block 3870, and the output end of the cutting auxiliary motor 3880 is connected to the cutting disc 3890; When the cutting member 3800 is required to cut the multi-layer composite material, first, the cutting motor 3810 enters the working state, so that the cutting motor 3810 drives the cutting belt 3830 to rotate between the output end of the cutting motor 3810 and the cutting driven wheel 3820, and then the cutting belt 3830 drives the cutting adjustment block 3840 to move together, so that the cutting adjustment block 3840 drives the cutting fixed block 3850 to move together, so that the cutting adjustment block 3840 drives the cutting rotating block 3870, the cutting auxiliary motor 3880 and the cutting disc 3890 to move together, and then the cutting auxiliary motor 3880 also enters the working state, so that the cutting auxiliary motor 3880 enters the working state, and then the cutting auxiliary motor 3880 drives the cutting disc 3890 to rotate, so that the cutting disc 3890 cuts the multi-layer composite material; Further, the cutting blade 3890 moves from one side of the multi-layer composite material to the other side to achieve a comprehensive cutting action on the multi-layer composite material; Furthermore, when the cutting adjustment motor 3860 enters the working state, the cutting adjustment motor 3860 drives the cutting rotating block 3870 to rotate a certain angle, so that the cutting rotating block 3870 drives the cutting disc 3890 to rotate a certain angle, so that the cutting disc 3890 can keep the bevel released when contacting the multi-layer composite material, so as to achieve the cutting action of the multi-layer composite material with different cutting requirements; It is worth noting that the initial position of the cutting blade 3890 does not interfere with the multi-layer composite material. When the multi-layer composite material needs to be cut, the cutting blade 3890 moves from one side of the multi-layer composite material to the other side driven by the cutting belt 3830.

[0036] The cutting material receiving component 3900 includes a cutting material receiving shaft 3910, a cutting material receiving frame 3920 and at least one cutting material receiving cylinder 3930. The cutting material receiving shaft 3910 is rotatably connected in the cutting main box 3200, the cutting material receiving frame 3920 is installed on the cutting material receiving shaft 3910, the cutting material receiving cylinder 3930 is installed on the inner wall of the cutting main box 3200, and the output end of the cutting material receiving cylinder 3930 is connected to the cutting material receiving frame 3920.

[0037] When the cutting member 3800 has finished cutting the multi-layer composite material, the cutting material receiving cylinder 3930 drives the cutting material receiving frame 3920 to move in the cutting main box 3200, so that a gap for accommodating the cut multi-layer composite material is formed between the lower side of the cutting material feeding frame and the cutting material receiving frame 3920; Furthermore, the reciprocating motion of the cutting and receiving rack 3920 can play a certain role in collecting the cut multi-layer composite materials, thereby avoiding disorder in the arrangement of the cut multi-layer composite materials.

[0038] In this embodiment, the present invention also discloses an operating method for a processing and molding device for multilayer composite materials, comprising the following steps: S1, preheating the multilayer composite material, placing the multilayer composite material to be processed into a preheating component 1000, and the preheating component 1000 performs a preheating action on the multilayer composite material; S2, pressing the multilayer composite material, placing the multilayer composite material that has been preheated by the preheating component 1000 into a pressing component 2000, and the pressing component 2000 performs a pressing action on the multilayer composite material; S3, cutting the multilayer composite material, placing the multilayer composite material that has been processed by the pressing component 2000 into a cutting component 3000, and the cutting component 3000 performs a cutting action on the multilayer composite material.

[0039] The processing and forming equipment for multi-layer composite materials comprises a preheating component 1000 for preheating the multi-layer composite materials to be processed, a pressing component 2000 for pressing the multi-layer composite materials preheated by the preheating component 1000, and a cutting component 3000 for cutting the multi-layer composite materials after the pressing component 2000 has been pressed. The pressing component 2000 is installed on one side of the preheating component 1000, and the cutting component 3000 is installed on the side of the pressing component 2000 away from the preheating component 1000; the cutting component 3000 comprises a cutting feeding part 3100, a cutting main box 3200, two cutting feed baffles 3210, and a cutting first connecting roller 3211. 220, cutting the second connecting roller 3230, cutting the punching member 3300, cutting the main shaft 3400, cutting the secondary shaft 3500, at least one cutting pressing member 3600, cutting pillars 3700, multiple cutting pressing cylinders 3710, cutting pressing strips 3720, cutting members 3800 and cutting material receiving members 3900; the cutting loading member 3100 is installed on one side of the pressing assembly 2000. The processing and forming equipment for multi-layer composite materials of the present invention realizes the preheating of the multi-layer composite materials through the mutual cooperation of various structures, and then the corresponding cutting action is performed on the multi-layer composite materials after pressing, so that the cutting will not destroy the performance of the multi-layer composite materials, thereby ensuring the effect of the multi-layer composite after cutting.

[0040] The above description is only an implementation mode of the present invention, and does not limit the patent scope of the present invention. Any equivalent structure or equivalent process transformation made by using the contents of the present invention specification and drawings, or directly or indirectly applied in other related technical fields, are also included in the patent protection scope of the present invention.

Claims

1. A processing and molding device for multi-layer composite materials, characterized in that: include A preheating component for preheating the multi-layer composite material to be processed; A pressing assembly for pressing the multi-layer composite material after being preheated by the preheating assembly, wherein the pressing assembly is installed on one side of the preheating assembly; A cutting assembly for cutting the multi-layer composite material after being pressed by the pressing assembly, wherein the cutting assembly is installed on a side of the pressing assembly away from the preheating assembly; The cutting assembly includes a cutting loading piece, a cutting main box, two cutting feed baffles, a cutting first engaging roller, a cutting second engaging roller, a cutting punching piece, a cutting main shaft, a cutting secondary shaft, at least one cutting pressing piece, a cutting support, a plurality of cutting pressing cylinders, a cutting pressing strip, a cutting piece and a cutting material receiving piece; The cutting feeding piece is installed on one side of the pressing assembly, the cutting main box is installed on the side of the cutting feeding piece away from the pressing assembly, two cutting feed baffles are installed on one side of the cutting main box, and the first cutting connecting roller and the second cutting connecting roller are installed between the two cutting feed baffles, the cutting punching piece is installed in the cutting main box, the cutting main shaft and the cutting secondary shaft are both rotatably connected in the cutting main box, and the cutting main shaft and the cutting secondary shaft abut against each other, the cutting clamping piece is installed in the cutting main box, and the lower end of the cutting clamping piece abuts against the cutting secondary shaft, the cutting pillar is fixedly connected in the cutting main box, a plurality of cutting pressing cylinders are installed on one side of the cutting pillar, and the cutting pressing strip is connected to the output end of the cutting pressing cylinder, the cutting piece is installed on the other side of the cutting pillar, and the cutting material receiving piece is installed at the bottom of the cutting main box; The cutting main shaft is provided with a first curved groove, and the cutting secondary shaft is provided with a second groove.

2. The processing and forming equipment for multi-layer composite materials according to claim 1, characterized in that: The preheating assembly includes a preheating bracket, a steam generator, a steam preheating reaction unit, a steam transmission pipeline, a first airflow baffle, a second airflow baffle, a plurality of preheating racks, a steam shielding cover, a first airflow circulation unit, a second airflow circulation unit and an airflow circulation member; The steam generator is installed in the preheating bracket, the steam preheating reaction part is installed on the preheating bracket, the first airflow baffle is installed on one side of the steam preheating reaction part, and the second airflow baffle is installed on the other side of the steam preheating reaction part. The air inlet end of the steam transmission pipeline is connected to the output end of the steam generator, the first output end of the steam transmission pipeline is connected to one side of the steam preheating reaction part, and the second output end of the steam transmission pipeline is connected to the other side of the steam preheating reaction part. A plurality of preheating racks are installed between the first airflow baffle and the second airflow baffle, the steam shielding cover is rotatably connected to the upper side of the steam preheating reaction part, the first airflow circulation part is installed on one side of the steam shielding cover, and the second airflow circulation part is installed on the other side of the steam shield, and the first airflow baffle corresponds to the center of the first airflow circulation part, and the second airflow baffle corresponds to the center of the second airflow circulation part, and the airflow circulation part is installed on one side of the preheating bracket.

3. The processing and forming equipment for multi-layer composite materials according to claim 2, characterized in that: The air circulation component includes an air circulation fan, an air inlet duct and an air outlet duct. The air circulation fan is installed on one side of the preheating bracket. One end of the air inlet duct extends into the first air circulation part, and the other end of the air inlet duct is connected to one side of the air circulation fan. One end of the air outlet duct extends into the second air circulation part, and the other end of the air outlet duct is connected to the other side of the air circulation fan.

4. The processing and forming equipment for multi-layer composite materials according to claim 1, characterized in that: The pressing assembly comprises a pressing main box, a pressing feed piece, a pre-pressing piece, a first pressing piece, a second pressing piece and a pressing discharge piece, wherein the pressing main box is installed on one side of the preheating assembly, the pressing feed piece is installed on one side of the pressing main box, the pressing discharge piece is installed on the other side of the pressing main box, the pre-pressing piece is installed on one side of the pressing main box close to the pressing feed piece, and the first pressing piece and the second pressing piece are both installed in the pressing main box; The pre-pressing member comprises a pre-pressing bracket, a pre-pressing cylinder and a pre-pressing plate. The pre-pressing bracket is installed on one side of the pressing main box body. The pre-pressing cylinder is installed on the pre-pressing bracket. The pre-pressing plate is connected to the output end of the pre-pressing cylinder.

5. The processing and forming equipment for multi-layer composite materials according to claim 4, characterized in that: The lamination feed member comprises a lamination feed frame, a lamination feed active roller, a lamination feed connecting roller, a lamination feed driving motor, two lamination feed sliders and a lamination feed tensioning adjustment roller. The lamination feed frame is installed on one side of the lamination main box body. The lamination feed active roller is rotatably connected to the lamination feed frame. The lamination feed connecting roller is rotatably connected to the lower side of the lamination feed active roller, and the lamination feed connecting roller is in contact with the lamination feed active roller. The lamination feed driving motor is installed on one side of the lamination feed frame, and the output end of the lamination feed driving motor is connected to the lamination feed active roller. Both the lamination feed sliders are slidably connected to the inner wall of the lamination feed frame, and the lamination feed tensioning adjustment roller is rotatably connected between the two lamination feed sliders. The structure of the pressing material discharging part is the same as that of the pressing material feeding part.

6. The processing and forming equipment for multi-layer composite materials according to claim 4, characterized in that: The first pressing part includes a first pressing bottom plate, a first pressing slide rail, a first pressing insulation plate, a plurality of heating wires, a first pressing bracket, a first pressing sliding plate, a first pressing driving cylinder, a plurality of first pressing limit rods, a first pressing plate, a plurality of first pressing springs, a first auxiliary pressing plate and a plurality of first auxiliary pressing springs, the first pressing bottom plate is installed in the pressing main box, the first pressing slide rail is installed on the first pressing bottom plate, the first pressing insulation plate is slidably connected to the first pressing slide rail, the plurality of heating wires are arranged in the first pressing insulation plate, the first pressing bracket is installed on the first pressing bottom plate, the The first pressing sliding plate is slidably connected to the first pressing bracket, the first pressing driving cylinder is installed on the first pressing bracket, and the output end of the first pressing driving cylinder is connected to the first pressing sliding plate, a plurality of the first pressing limiting rods are slidably arranged on the first pressing sliding plate, the first pressing plate is installed at the lower end of the first pressing limiting rod, the first pressing spring is sleeved on the first pressing limiting rod, the first auxiliary pressing plate is installed at the lower side of the first pressing plate, one end of the first auxiliary pressing spring is connected to the first pressing plate, and the other end of the first auxiliary pressing spring is connected to the first auxiliary pressing plate; The first pressing plate is provided with a pressing accommodating groove for accommodating the first auxiliary pressing plate; The surface area of ​​the first pressing plate is greater than the surface area of ​​the first auxiliary pressing plate; The second pressing member has the same structure as the first pressing member.

7. The processing and forming equipment for multi-layer composite materials according to claim 1, characterized in that: The cutting feeding part includes two feeding adjustment plates, a feeding rotating roller, a feeding support, a feeding adjustment block and a feeding adjustment cylinder. The two feeding adjustment plates are slidably connected to the inner wall of the cutting main box body, the feeding rotating roller is installed between the two feeding adjustment plates, the feeding support is installed on one side of the feeding adjustment plate, the feeding adjustment block is slidably connected in the feeding support, and one side of the feeding adjustment block is connected to the feeding adjustment plate, the feeding adjustment cylinder is installed on the upper side of the feeding support, and the output end of the feeding adjustment cylinder is connected to the feeding adjustment block.

8. The processing and forming equipment for multi-layer composite materials according to claim 1, characterized in that: The cutting punching part includes a punching table, a punching support base, a punching top seat, a punching cylinder, a punching connection seat, a punching linkage part, a punching connection plate, a plurality of punching connecting rods, a plurality of punching cutter heads, a punching pressing plate, a plurality of punching connection rods and a plurality of punching springs. The punching table is installed in the cutting main box body, the punching support base is installed on the upper side of the punching table, the punching top seat is installed on the upper side of the punching support base, the punching cylinder is installed on the punching top seat, the punching connection seat is installed on the lower side of the punching cylinder, the punching linkage part is installed on the side of the punching connection seat away from the punching cylinder, and the output of the punching cylinder The end passes through the punching connection seat and is connected with the punching linkage part, one end of the plurality of punching connecting rods is linked to the punching linkage part, the other end of the plurality of punching connecting rods passes through the punching connection seat, the punching connection plate is installed on the lower side of the punching linkage part, the plurality of punching cutter heads are installed on the lower side of the punching connection plate, the punching pressing plate is installed on the lower side of the punching connection plate, one end of the plurality of punching connecting rods is connected to the punching pressing plate, the other end of the plurality of punching connecting rods passes through the punching connection plate, the punching spring is sleeved on the punching connecting rod, and the punching spring is just located between the punching pressing plate and the punching connection plate; The cutting clamping member includes a cutting clamping platform, a cutting clamping cylinder, a cutting clamping adjustment platform, a first cutting clamping roller and a second cutting clamping roller. The cutting clamping platform is installed in the cutting main box body, the cutting clamping cylinder is installed on the cutting clamping platform, the cutting clamping adjustment platform is connected to the output end of the cutting clamping cylinder, the first cutting clamping roller is rotatably connected to one side of the cutting clamping adjustment platform, the second cutting clamping roller is rotatably connected to the other side of the cutting clamping adjustment platform, and the cutting clamping adjustment platform faces the cutting secondary shaft.

9. The processing and forming equipment for multi-layer composite materials according to claim 1, characterized in that: The cutting member comprises a cutting motor, a cutting driven wheel, a cutting belt, a cutting adjustment block, a cutting fixed block, a cutting adjustment motor, a cutting rotating block, a cutting auxiliary motor and a cutting disc, wherein the cutting motor is mounted on one side of the cutting main box body, the cutting driven wheel is rotatably connected to one end of the cutting support, the cutting belt is rotatably connected between the cutting motor and the cutting driven wheel, the cutting adjustment block is mounted on the cutting belt, the cutting fixed block is mounted on the lower side of the cutting adjustment block, the cutting adjustment motor is mounted in the cutting fixed block, the cutting rotating block is rotatably connected to the lower side of the cutting fixed block, and the output end of the cutting adjustment motor is connected to the cutting rotating block, the cutting auxiliary motor is mounted in the cutting rotating block, and the output end of the cutting auxiliary motor is connected to the cutting disc; The cutting material receiving part includes a cutting material receiving shaft, a cutting material receiving frame and at least one cutting material receiving cylinder. The cutting material receiving shaft is rotatably connected to the cutting main box body, the cutting material receiving frame is installed on the cutting material receiving shaft, the cutting material receiving cylinder is installed on the inner wall of the cutting main box body, and the output end of the cutting material receiving cylinder is connected to the cutting material receiving frame.

10. An operating method for a processing and forming device for multi-layer composite materials according to any one of claims 1 to 9, characterized in that: The following steps are involved: S1, preheating the multilayer composite material, placing the multilayer composite material to be processed into a preheating component, and the preheating component preheats the multilayer composite material; S2, laminating the multi-layer composite material, placing the multi-layer composite material preheated by the preheating component into the laminating component, and the laminating component performs a laminating action on the multi-layer composite material; S3, cutting the multi-layer composite material, placing the multi-layer composite material processed by the pressing assembly into the cutting assembly, and the cutting assembly performs a cutting action on the multi-layer composite material.

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