A fixed-size saw hot-pressing and plate arranging all-in-one machine

Abstract

The application provides a fixed-length sawing and hot-pressing plate arranging all-in-one machine, which comprises a plate arranging device (1), a hot-pressing device (2) and a sawing bed device (3). The plate arranging device (1) is arranged at the head of the hot-pressing device (2) and is used for arranging and conveying wood to be processed to the hot-pressing device (2). The hot-pressing device (2) is used for hot-pressing processing of the wood to be processed. The sawing bed device (3) is arranged at the tail of the hot-pressing device (2) and is used for cutting the wood to be processed. The sawing bed device (3) comprises an edge sawing mechanism (305) and a fixed-length sawing mechanism (306), and can automatically perform edge sawing and fixed-length sawing processing on the wood, so that the processing efficiency is high, and time and labor are saved.

Description

Technical Field

[0001] This invention relates to the field of wood processing technology, specifically to a fixed-length saw and hot-press panel assembly integrated machine. Background Technology

[0002] The lumber stacking, hot pressing, and sawing integrated machine is an advanced woodworking equipment that integrates multiple functions and can be applied to furniture manufacturing, building materials, and art decoration.

[0003] Patent CN201410856251.X discloses a woodworking board hot-pressing integrated machine, comprising a splicing conveyor platform, an automatic feeder, a multi-layer hot press, an automatic board retrieval machine, a board stacking machine, and a programming control system connected in sequence. The automatic feeder includes a feeder frame, a lifting platform, a lifting cylinder I connected to the lifting platform, and a storage platform with two or more layers on the lifting platform. The storage platform is equipped with a transmission device and a conveying slide connected to the transmission device. This invention enables automatic conveying, automatic sawing, automatic loading into the multi-layer hot press, automatic board retrieval, and automatic stacking during woodworking board production and processing, without affecting subsequent splicing operations. It boasts a high degree of automation and production efficiency, and produces high-quality processed boards. However, this device only has a side saw mechanism and cannot perform fixed-saw cutting. Therefore, after processing by this device, the boards still need to be transferred to other production lines for fixed-saw cutting. Summary of the Invention

[0004] The purpose of this invention is to overcome the shortcomings of the prior art and provide a fixed-length saw hot-pressing and panel-laying integrated machine, which is achieved through the following technical solution:

[0005] A fixed-length sawing and hot-pressing integrated plate-laying machine includes a plate-laying device, a hot-pressing device, and a sawing device;

[0006] The board arrangement device is located at the head of the hot press device and is used to arrange the wood to be processed and convey it to the hot press device; the hot press device is used to perform hot pressing processing on the wood to be processed; the sawing device is located at the tail of the hot press device and is used to cut the wood to be processed.

[0007] The sawing device includes a sawing frame, a sawing conveyor mechanism, a sawing slide rail, a sawing gantry, a side sawing mechanism, a fixed-length sawing mechanism, and a pressure plate assembly. The sawing conveyor mechanism is mounted on the sawing frame and is used to convey the wood to be processed. The sawing slide rail is mounted on the top of the sawing frame. The sawing gantry is mounted on the top of the sawing frame and is slidably installed on the sawing slide rail, allowing it to slide along the slide rail. The side sawing mechanism, the fixed-length sawing mechanism, and the pressure plate assembly are all mounted on the sawing gantry.

[0008] Optionally or preferably, the saw conveying mechanism includes an inner frame, conveyor rollers, pallets, and a saw conveyor motor; the inner frame is installed inside the saw frame; each inner frame is equipped with multiple conveyor rollers; each pallet is set on the saw frame, and each pallet is located between two conveyor rollers; the saw conveyor motor is mounted and fixed on the saw frame; the saw conveyor motor drives the conveyor rollers to rotate via chains and sprockets.

[0009] Optionally or preferably, it further includes a plate ejection mechanism; the plate ejection mechanism is located at the tail end of the saw conveyor mechanism; the plate ejection mechanism includes an ejection roller and an ejection pressure roller; the ejection roller is installed at the lower part of the saw frame; the ejection pressure roller is suspended above the ejection roller by a pressure roller frame; the pressure roller frame is connected to the saw frame by a pressure roller frame cylinder provided at the top; the pressure roller frame cylinder can drive the pressure roller frame to move closer to or away from the ejection roller.

[0010] Optionally or preferably, the side saw mechanism includes a side saw crossbar, a side saw longitudinal bar, a side saw horizontal rail, a side saw longitudinal rail, a side saw, a side saw motor, and a side saw cylinder; the side saw horizontal rail is installed and fixed on the gantry of the sawing machine; the side saw crossbar is installed on the side saw horizontal rail and can move horizontally along the side saw horizontal rail;

[0011] The longitudinal rail of the side saw is vertically installed on the horizontal frame of the side saw; the longitudinal frame of the side saw is installed on the longitudinal rail of the side saw and can move vertically along the longitudinal rail of the side saw; the two ends of the side saw cylinder are respectively connected to the horizontal frame of the side saw and the longitudinal frame of the side saw, and the side saw cylinder is used to drive the longitudinal frame of the side saw to move vertically.

[0012] The edge saw is located at the bottom of the edge saw frame; the edge saw motor is mounted and fixed on the upper part of the edge saw frame; the edge saw motor is used to drive the edge saw to rotate and achieve cutting.

[0013] Optionally or preferably, the fixed-length saw mechanism includes a fixed-length saw crossbeam, a fixed-length saw longitudinal frame, a fixed-length saw horizontal rail, a fixed-length saw longitudinal rail, a fixed-length saw, a fixed-length saw motor, a fixed-length saw cylinder, a fixed-length saw crossbeam motor, and a fixed-length saw crossbeam sprocket.

[0014] The fixed-length saw cross rail is installed and fixed on the gantry of the sawing machine; the fixed-length saw cross frame is installed on the fixed-length saw cross rail and can move horizontally along the fixed-length saw cross rail; the fixed-length saw cross rail is provided with a fixed-length saw cross frame sprocket; the fixed-length saw cross frame motor is connected to the fixed-length saw cross frame sprocket through a chain, thereby driving the fixed-length saw cross frame to move controllably in the horizontal direction.

[0015] The longitudinal rail of the fixed-length saw is vertically installed on the horizontal frame of the fixed-length saw; the longitudinal frame of the fixed-length saw is installed on the longitudinal rail of the fixed-length saw and can move vertically along the longitudinal rail of the fixed-length saw; the two ends of the fixed-length saw cylinder are respectively connected to the horizontal frame of the fixed-length saw and the longitudinal frame of the fixed-length saw, and the fixed-length saw cylinder is used to drive the longitudinal frame of the fixed-length saw to move vertically.

[0016] The fixed-length saw is located at the bottom of the fixed-length saw frame; the fixed-length saw motor is mounted and fixed on the upper part of the fixed-length saw frame; the fixed-length saw motor is used to drive the fixed-length saw to rotate and achieve cutting.

[0017] Optionally or preferably, the tray arrangement device includes a tray arrangement frame, a tray arrangement conveying mechanism, and a steering mechanism; the tray arrangement conveying mechanism is mounted on the tray arrangement frame; the tray arrangement conveying mechanism includes a belt and a roller; the belt is sleeved on the roller and is driven by a tray arrangement conveying motor;

[0018] The steering mechanism includes a spiral umbrella steering mechanism, a plate chain, and a chain support plate; the plate chain is mounted on the chain support plate and is driven to rotate by the spiral umbrella steering mechanism; the spiral umbrella steering mechanism is driven to rotate by a plate conveyor motor.

[0019] Optionally or preferably, the hot pressing device includes a hot pressing frame, a lower hot pressing plate, and an upper hot pressing plate; the lower hot pressing plate is installed on the top of the bottom support of the hot pressing frame; the upper hot pressing plate is installed on the bottom of the middle support of the hot pressing frame; the middle support is suspended between the upper support and the bottom support of the hot pressing frame by at least one hydraulic cylinder; at least one side pressure oil top is provided on both sides of the lower hot pressing plate and the upper hot pressing plate.

[0020] Based on the above technical solution, the following technical effects can be achieved:

[0021] The present invention provides a fixed-length saw and hot-press board laying integrated machine, which can realize the braking board laying, hot pressing, side saw cutting and fixed saw cutting of wood, with high processing efficiency and saving time and labor. Attached Figure Description

[0022] To more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on the structures shown in these drawings without creative effort.

[0023] Figure 1 This is a schematic diagram of the structure of the present invention;

[0024] Figure 2 This is a top view of the sawing device in this invention;

[0025] Figure 3 This is a partially enlarged schematic diagram of the saw conveyor mechanism in this invention;

[0026] Figure 4 This is a schematic diagram of the side saw mechanism and the fixed-length saw mechanism in this invention;

[0027] Figure 5 This is a schematic diagram of the side saw mechanism and the fixed-length saw mechanism from another perspective in this invention;

[0028] Figure 6 This is a schematic diagram of the arrangement device in this invention;

[0029] Figure 7 This is a schematic diagram of the hot pressing device in this invention;

[0030] Figure 8 This is a schematic diagram of the pressure plate assembly in this invention.

[0031] The accompanying diagram illustrates:

[0032] 1-Plate stacking device, 2-Hot pressing device, 3-Sawing device

[0033] 101-Plate stacking frame, 102-Plate stacking conveyor mechanism, 103-Diverter, 104-Central transfer shaft

[0034] 10201 - Belt conveyor, 10202 - Roller, 10203 - Conveyor motor for sheet metal stacking

[0035] 10301 - Spiral umbrella steering mechanism, 10302 - Plate chain, 10303 - Chain support plate

[0036] 201-Hot press frame, 202-Lower hot press plate, 203-Upper hot press plate, 204-Hydraulic cylinder, 205-Side pressure hydraulic top,

[0037] 301-Sawing machine frame, 302-Sawing machine conveyor mechanism, 303-Sawing machine slide rail, 304-Sawing machine gantry, 305-Side saw mechanism, 306-Stop length saw mechanism, 307-Pressure plate assembly, 308-Plate ejection mechanism

[0038] 30201 - Inner frame, 30202 - Conveyor roller, 30203 - Pallet, 30204 - Sawing machine conveyor motor

[0039] 30501 - Side saw crossbar, 30502 - Side saw longitudinal bar, 30503 - Side saw cross rail, 30504 - Side saw longitudinal rail, 30505 - Side saw, 30506 - Side saw motor, 30507 - Side saw cylinder

[0040] 30601 - Fixed-length saw crossbar, 30602 - Fixed-length saw longitudinal bar, 30603 - Fixed-length saw cross rail, 30604 - Fixed-length saw longitudinal rail, 30605 - Fixed-length saw, 30606 - Fixed-length saw motor, 30607 - Fixed-length saw cylinder, 30608 - Fixed-length saw crossbar motor, 30609 - Fixed-length saw crossbar sprocket

[0041] 30801 - Discharge roller, 30802 - Discharge pressure roller, 30803 - Pressure roller frame, 30804 - Pressure roller frame cylinder. Detailed Implementation

[0042] To make the objectives, technical solutions, and advantages of the embodiments of the present invention clearer, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. In the absence of conflict, the following embodiments and features in the embodiments can be combined with each other.

[0043] In a preferred embodiment:

[0044] This embodiment provides a fixed-length sawing and hot-pressing integrated machine for panel stacking, such as... Figure 1 As shown, it includes a plate-laying device 1, a hot-pressing device 2, and a sawing device 3;

[0045] The board arrangement device 1 is located at the head of the hot pressing device 2 and is used to arrange the wood to be processed and convey it to the hot pressing device 2; the hot pressing device 2 is used to perform hot pressing processing on the wood to be processed; the sawing device 3 is located at the tail of the hot pressing device 2 and is used to cut the wood to be processed.

[0046] like Figure 2 As shown, the sawing device 3 includes a sawing frame 301, a sawing conveyor mechanism 302, a sawing slide rail 303, a sawing gantry 304, a side sawing mechanism 305, a fixed-length sawing mechanism 306, and a pressure plate assembly 307. Specifically, the sawing frame 301 is welded from multiple square steel bars; the sawing conveyor mechanism 302 is mounted on the sawing frame 301 and is used to convey the wood to be processed; the sawing slide rail 303 is mounted on the top of the sawing frame 301; the sawing gantry 304 is mounted on the top of the sawing frame 301 and is slidably installed on the sawing slide rail 303, allowing it to slide along the sawing slide rail 303; the side sawing mechanism 305, the fixed-length sawing mechanism 306, and the pressure plate assembly 307 are all mounted on the sawing gantry 304.

[0047] Furthermore, in this embodiment, as Figure 3As shown, the saw conveyor mechanism 302 includes an inner frame 30201, conveyor rollers 30202, pallets 30203, and a saw conveyor motor 30204. The inner frame 30201 is installed inside the saw frame 301. Each inner frame 30201 is equipped with multiple conveyor rollers 30202. Each pallet 30203 is disposed on the saw frame 301 and is positioned between two conveyor rollers 30202. The saw conveyor motor 30204 is mounted and fixed on the saw frame 301. The saw conveyor motor 30204 drives the conveyor rollers 30202 to rotate via chains and sprockets. Furthermore, the installation height of each conveyor roller 30202 is higher than the installation height of each pallet 30203.

[0048] Furthermore, in this embodiment, as Figure 8 As shown, it also includes a plate ejection mechanism 308; the plate ejection mechanism 308 is disposed at the tail end of the saw conveyor mechanism 302; the plate ejection mechanism 308 includes an ejection roller 30801 and an ejection pressure roller 30802; the ejection roller 30801 is installed at the lower part of the saw frame 301; the ejection pressure roller 30802 is suspended above the ejection roller 30801 by a pressure roller frame 30803; the pressure roller frame 30803 is connected to the saw frame 301 by a pressure roller frame cylinder 30804 provided at the top; the pressure roller frame cylinder 30804 can drive the pressure roller frame 30803 to move closer to or away from the ejection roller 30801; specifically, in this embodiment, there are two ejection pressure rollers 30802 and two pressure roller frame cylinders 30804, thereby ensuring stable and reliable pressing.

[0049] Furthermore, in this embodiment, as Figure 4 and Figure 5 As shown, the side saw mechanism 305 includes a side saw crossbar 30501, a side saw longitudinal bar 30502, a side saw horizontal rail 30503, a side saw longitudinal rail 30504, a side saw 30505, a side saw motor 30506, and a side saw cylinder 30507; the side saw horizontal rail 30503 is mounted and fixed on the saw gantry 304; the side saw crossbar 30501 is mounted on the side saw horizontal rail 30503 and can move horizontally along the side saw horizontal rail 30503;

[0050] The longitudinal rail 30504 of the side saw is vertically mounted on the horizontal frame 30501 of the side saw; the longitudinal frame 30502 of the side saw is mounted on the longitudinal rail 30504 of the side saw and can move vertically along the longitudinal rail 30504 of the side saw; the two ends of the side saw cylinder 30507 are respectively connected to the horizontal frame 30501 and the longitudinal frame 30502 of the side saw, and the side saw cylinder 30507 is used to drive the longitudinal frame 30502 of the side saw to move vertically.

[0051] The edge saw 30505 is located at the bottom of the edge saw frame 30502; the edge saw motor 30506 is mounted and fixed on the upper part of the edge saw frame 30502; the edge saw motor 30506 is used to drive the edge saw 30505 to rotate, thereby achieving cutting.

[0052] Furthermore, in this embodiment, as Figure 4 and Figure 5 As shown, the fixed-length saw mechanism 306 includes a fixed-length saw crossbeam 30601, a fixed-length saw longitudinal frame 30602, a fixed-length saw cross rail 30603, a fixed-length saw longitudinal rail 30604, a fixed-length saw 30605, a fixed-length saw motor 30606, a fixed-length saw cylinder 30607, a fixed-length saw crossbeam motor 30608, and a fixed-length saw crossbeam sprocket 30609.

[0053] The fixed-length saw cross rail 30603 is installed and fixed on the saw gantry 304; the fixed-length saw cross frame 30601 is installed on the fixed-length saw cross rail 30603 and can move horizontally along the fixed-length saw cross rail 30603; the fixed-length saw cross rail 30603 is provided with a fixed-length saw cross frame sprocket 30609; the fixed-length saw cross frame motor 30608 is connected to the fixed-length saw cross frame sprocket 30609 through a chain, thereby driving the fixed-length saw cross frame 30601 to move controllably in the horizontal direction;

[0054] The longitudinal rail 30604 of the fixed-length saw is vertically mounted on the horizontal frame 30601 of the fixed-length saw; the longitudinal frame 30602 of the fixed-length saw is mounted on the longitudinal rail 30604 of the fixed-length saw and can move vertically along the longitudinal rail 30604 of the fixed-length saw; the two ends of the fixed-length saw cylinder 30607 are respectively connected to the horizontal frame 30601 and the longitudinal frame 30602 of the fixed-length saw, and the cylinder 30607 is used to drive the longitudinal frame 30602 of the fixed-length saw to move vertically.

[0055] The fixed-length saw 30605 is installed at the bottom of the fixed-length saw frame 30602; the fixed-length saw motor 30606 is installed and fixed on the upper part of the fixed-length saw frame 30602; the fixed-length saw motor 30606 is used to drive the fixed-length saw 30605 to rotate, thereby realizing cutting.

[0056] Furthermore, in this embodiment, as Figure 6 As shown, the plate arrangement device 1 includes a plate arrangement frame 101, a plate arrangement conveying mechanism 102, and a steering mechanism 103; the plate arrangement conveying mechanism 102 is mounted on the plate arrangement frame 101; the plate arrangement conveying mechanism 102 includes a belt 10201 and a roller 10202; the belt 10201 is sleeved on the roller 10202 and is driven by the plate arrangement conveying motor 10203;

[0057] The steering mechanism 103 includes a spiral umbrella steering mechanism 10301, a board-laying chain 10302, and a chain support plate 10303. The board-laying chain 10302 is mounted on the chain support plate 10303 and is driven to rotate by the spiral umbrella steering mechanism 10301. The spiral umbrella steering mechanism 10301 is driven to rotate by a board-laying conveyor motor 10203. Specifically, in this embodiment, a central shaft 104 is provided at the lower part of the board-laying frame 101. The central shaft 104 is connected to the board-laying conveyor motor via a chain. The spiral umbrella steering mechanism 10301 is connected to the sprocket and chain on the central shaft 104, thereby enabling the spiral umbrella steering mechanism 10301 to rotate. Furthermore, there are two spiral umbrella steering mechanisms 10301, two plate-laying chains 10302, and two chain support plates 10303, which are symmetrically arranged at both ends of the plate-laying conveying mechanism 102. The two spiral umbrella steering mechanisms 10301 are kept in synchronous rotation through a connecting shaft and a universal joint.

[0058] Furthermore, in this embodiment, as Figure 7 As shown, the hot pressing device 2 includes a hot pressing frame 201, a lower hot pressing plate 202, and an upper hot pressing plate 203; the lower hot pressing plate 202 is installed on the top of the bottom support of the hot pressing frame 201; the upper hot pressing plate 203 is installed on the bottom of the middle support of the hot pressing frame 201; the middle support is suspended between the upper support and the bottom support of the hot pressing frame 201 by at least one oil cylinder 204; and 12 side pressure oil tops are provided on both sides of the lower hot pressing plate 202 and the upper hot pressing plate 203.

[0059] The working principle of the fixed-length saw hot pressing and panel stacking integrated machine provided in this embodiment is as follows:

[0060] The wood to be processed is placed on the belt 10201 of the arranging device 1. The belt 10201 conveys the wood to be processed to be arranged neatly by the steering device 103 and sent into the hot pressing device 2. The wood entering the hot pressing device 2 is placed on the lower hot pressing plate 202. When the wood is in place, the upper hot pressing plate 203 is pressed down by the hydraulic cylinder 204, thereby performing hot pressing processing on the wood. After hot pressing, the wood enters the sawing device 3, where the side sawing mechanism 305 of the sawing device 3 performs side sawing and the fixed length sawing mechanism 306 of the sawing device 3 performs fixed length sawing. After cutting, the wood is discharged under the clamping of the board discharge mechanism 308, completing the processing.

[0061] The above description is merely a preferred embodiment of the present invention. It should be understood that the present invention is not limited to the forms disclosed herein and should not be construed as excluding other embodiments. It can be used in various other combinations, modifications, and environments, and can be altered within the scope of the concept described herein through the above teachings or related technologies or knowledge. Modifications and variations made by those skilled in the art that do not depart from the spirit and scope of the present invention should be within the protection scope of the appended claims.

Claims

1. A fixed-length sawing and hot-pressing integrated plate-laying machine, characterized in that: Includes a panel arrangement device (1), a hot pressing device (2), and a sawing device (3); The board arrangement device (1) is located at the head of the hot pressing device (2) and is used to arrange the wood to be processed and convey it to the hot pressing device (2); the hot pressing device (2) is used to perform hot pressing processing on the wood to be processed; the sawing device (3) is located at the tail of the hot pressing device (2) and is used to cut the wood to be processed. The sawing device (3) includes a sawing frame (301), a sawing conveyor mechanism (302), a sawing slide rail (303), a sawing gantry (304), a side sawing mechanism (305), a fixed-length sawing mechanism (306), and a pressure plate assembly (307). The sawing conveyor mechanism (302) is mounted on the sawing frame (301) and is used to convey the wood to be processed. The sawing slide rail (303) is mounted on the top of the sawing frame (301). The sawing gantry (304) is mounted on the top of the sawing frame (301) and is slidably mounted on the sawing slide rail (303), and can slide along the sawing slide rail (303). The side sawing mechanism (305), the fixed-length sawing mechanism (306), and the pressure plate assembly (307) are all mounted on the sawing gantry (304). The side saw mechanism (305) includes a side saw crossbar (30501), a side saw longitudinal bar (30502), a side saw horizontal rail (30503), a side saw longitudinal rail (30504), a side saw (30505), a side saw motor (30506), and a side saw cylinder (30507); the side saw horizontal rail (30503) is mounted and fixed on the saw gantry (304); the side saw crossbar (30501) is mounted on the side saw horizontal rail (30503) and can move horizontally along the side saw horizontal rail (30503); The longitudinal rail (30504) of the side saw is vertically mounted on the horizontal frame (30501); the longitudinal frame (30502) of the side saw is mounted on the longitudinal rail (30504) and can move vertically along the longitudinal rail (30504); the two ends of the side saw cylinder (30507) are respectively connected to the horizontal frame (30501) and the longitudinal frame (30502) of the side saw, and the side saw cylinder (30507) is used to drive the longitudinal frame (30502) of the side saw to move vertically; The edge saw (30505) is located at the bottom of the edge saw frame (30502); the edge saw motor (30506) is mounted and fixed on the upper part of the edge saw frame (30502); the edge saw motor (30506) is used to drive the edge saw (30505) to rotate, thereby achieving cutting. The fixed-length saw mechanism (306) includes a fixed-length saw crossbeam (30601), a fixed-length saw longitudinal frame (30602), a fixed-length saw horizontal rail (30603), a fixed-length saw longitudinal rail (30604), a fixed-length saw (30605), a fixed-length saw motor (30606), a fixed-length saw cylinder (30607), a fixed-length saw crossbeam motor (30608), and a fixed-length saw crossbeam sprocket (30609). The fixed-length saw cross rail (30603) is installed and fixed on the saw gantry (304); the fixed-length saw cross frame (30601) is installed on the fixed-length saw cross rail (30603) and can move horizontally along the fixed-length saw cross rail (30603); the fixed-length saw cross rail (30603) is provided with a fixed-length saw cross frame sprocket (30609); the fixed-length saw cross frame motor (30608) is connected to the fixed-length saw cross frame sprocket (30609) through a chain, thereby driving the fixed-length saw cross frame (30601) to move controllably in the horizontal direction; The longitudinal rail (30604) of the fixed-length saw is vertically mounted on the horizontal frame (30601) of the fixed-length saw; the longitudinal frame (30602) of the fixed-length saw is mounted on the longitudinal rail (30604) of the fixed-length saw and can move vertically along the longitudinal rail (30604); the two ends of the fixed-length saw cylinder (30607) are respectively connected to the horizontal frame (30601) and the longitudinal frame (30602) of the fixed-length saw, and the cylinder (30607) of the fixed-length saw is used to drive the longitudinal frame (30602) of the fixed-length saw to move vertically; The fixed-length saw (30605) is located at the bottom of the fixed-length saw frame (30602); the fixed-length saw motor (30606) is installed and fixed on the upper part of the fixed-length saw frame (30602); the fixed-length saw motor (30606) is used to drive the fixed-length saw (30605) to rotate and realize cutting.

2. The fixed-length sawing and hot-pressing integrated plate-laying machine according to claim 1, characterized in that: The saw conveyor mechanism (302) includes an inner frame (30201), conveyor rollers (30202), pallets (30203), and a saw conveyor motor (30204). The inner frame (30201) is installed inside the saw frame (301). Each inner frame (30201) is equipped with multiple conveyor rollers (30202). Each pallet (30203) is set on the saw frame (301) and is located between two conveyor rollers (30202). The saw conveyor motor (30204) is fixedly mounted on the saw frame (301). The saw conveyor motor (30204) drives the conveyor rollers (30202) to rotate via chains and sprockets.

3. The fixed-length sawing and hot-pressing integrated plate-laying machine according to claim 1, characterized in that: It also includes a plate ejection mechanism (308); the plate ejection mechanism (308) is located at the tail end of the saw conveyor mechanism (302); the plate ejection mechanism (308) includes an ejection roller (30801) and an ejection pressure roller (30802); the ejection roller (30801) is installed at the lower part of the saw frame (301); the ejection pressure roller (30802) is suspended above the ejection roller (30801) by a pressure roller frame (30803); the pressure roller frame (30803) is connected to the saw frame (301) by a pressure roller frame cylinder (30804) provided at the top; the pressure roller frame cylinder (30804) can drive the pressure roller frame (30803) to move closer to or away from the ejection roller (30801).

4. The fixed-length sawing and hot-pressing integrated plate-laying machine according to claim 1, characterized in that: The tray arrangement device (1) includes a tray arrangement frame (101), a tray arrangement conveying mechanism (102), and a steering mechanism (103); the tray arrangement conveying mechanism (102) is installed on the tray arrangement frame (101); the tray arrangement conveying mechanism (102) includes a belt (10201) and a roller (10202); the belt (10201) is sleeved on the roller (10202) and is driven by the tray arrangement conveying motor (10203); The steering device (103) includes a spiral umbrella steering mechanism (10301), a board chain (10302), and a chain support plate (10303); the board chain (10302) is mounted on the chain support plate (10303) and is driven to rotate by the spiral umbrella steering mechanism (10301); the spiral umbrella steering mechanism (10301) is driven to rotate by the board conveyor motor (10203).

5. The fixed-length sawing and hot-pressing integrated plate-laying machine according to claim 1, characterized in that: The hot pressing device (2) includes a hot pressing frame (201), a lower hot pressing plate (202), and an upper hot pressing plate (203); the lower hot pressing plate (202) is installed on the top of the bottom support of the hot pressing frame (201); the upper hot pressing plate (203) is installed on the bottom of the middle support of the hot pressing frame (201); the middle support is suspended between the upper support and the bottom support of the hot pressing frame (201) by at least one oil cylinder (204); at least one side pressure oil top is provided on both sides of the lower hot pressing plate (202) and the upper hot pressing plate (203).

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