Coring and assembling equipment for bamboo-wood composite board and continuous assembling production line

Abstract

The utility model provides a kind of core arrangement and blank assembling equipment of bamboo-wood composite board and continuous blank production line, and the bamboo curtain and shaving of laminated arrangement are conveyed by core arrangement and blank assembling machine, wherein the bamboo curtain is continuously laid on the conveyer belt by continuous winding machine, and while conveying bamboo curtain by conveyer belt, the shaving is laid by multifunctional laying machine, and the bamboo curtain and shaving form laminated bamboo-wood unit, continuous winding machine includes multiple groups, and each group is arranged at intervals, can convey different layers of bamboo curtain, multifunctional laying machine is arranged at intervals between continuous winding machine, can fill the shaving between two adjacent bamboo curtains, and the bamboo curtain and shaving are realized by continuous winding machine and multifunctional laying machine Layering, and continuous processing of bamboo-wood composite board is realized by the conveying of conveyer belt.The utility model further provides a kind of bamboo-wood composite board continuous blank production line.

Description

Technical Field

[0001] This utility model relates to the field of bamboo-wood composite board technology, and more specifically, to a core-laying and blank-assembly equipment and a continuous blank-laying production line for bamboo-wood composite boards. Background Technology

[0002] Bamboo-wood composite for container flooring is a composite board made of bamboo mats, wood veneers or impregnated paper as the surface layer, and several layers of bamboo and wood units as the core layer, glued together. It is used as the floor of cargo containers.

[0003] Existing bamboo-wood composite container flooring is constructed by assembling bamboo unit materials and ordinary pine or eucalyptus veneers, using phenolic resin as an adhesive, and bonding them together under specific temperature and pressure to form a composite container floor of a certain thickness. During the processing of bamboo-wood composite container flooring, the bamboo units and veneers are laid manually, and there is a lack of mature equipment for board preparation, resulting in high labor intensity and inconsistent product quality. Utility Model Content

[0004] In view of this, the present invention provides a core-laying and blank-assembly equipment and a continuous blank-laying production line for bamboo-wood composite boards, so as to realize the continuous production of bamboo-wood composite boards.

[0005] To achieve the above objectives, this utility model provides the following technical solution:

[0006] A core-laying and assembly device for bamboo-wood composite panels includes a core-laying and assembly machine for arranging and conveying bamboo-wood units, wherein the core-laying and assembly machine has a conveyor belt for conveying the bamboo-wood units.

[0007] A continuous winding and unwinding machine that is mounted above the conveyor belt and continuously lays bamboo curtains on the conveyor belt;

[0008] A multi-functional paving machine that works in conjunction with the continuous unwinding machine to continue paving wood shavings on the conveyor belt used for paving bamboo curtains;

[0009] The continuous winding machine includes multiple sets arranged at intervals; the multi-functional paving machine includes multiple units arranged at intervals between the multiple sets of the continuous winding machine.

[0010] Preferably, in the above-mentioned bamboo-wood composite board core-laying and blanking equipment, the core-laying and blanking machine also has a dynamic weighing device arranged at the front end of the multi-functional laying machine to dynamically weigh the weight of the laid bamboo curtain and wood shavings.

[0011] Preferably, in the above-mentioned bamboo and wood composite board core assembly equipment, the continuous winding machine includes a winding frame straddling the conveyor belt and a rotating support roller group disposed on the top of the winding frame;

[0012] The bamboo curtain is a continuously wound bamboo curtain roller, which is continuously conveyed by the rotating support roller group.

[0013] Preferably, in the above-mentioned bamboo-wood composite board core-laying and blanking equipment, the bamboo curtain roller is a continuous roller woven from a single layer of bamboo curtain, multiple layers of bamboo curtain, continuous veneer, or continuous bamboo-based new material board.

[0014] Preferably, in the above-mentioned bamboo-wood composite board core-laying and blanking equipment, the multi-functional laying machine includes a hopper for holding wood shavings; and a wood shavings laying channel that connects to the hopper and continuously outputs and evenly spreads the wood shavings onto the conveyor belt behind the laying bamboo curtain.

[0015] Preferably, the above-mentioned bamboo-wood composite board core-laying and blanking equipment further includes a first control device electrically connected to the dynamic weighing equipment and the multi-functional paving machine. The first control device acquires the weighing data of the dynamic weighing equipment and adjusts the amount of wood shavings paving material of the multi-functional paving machine.

[0016] Preferably, in the above-mentioned bamboo-wood composite board core-laying and blank-assembly equipment, each group of continuous winding and unwinding machines includes one, two, or more units.

[0017] A continuous blanking production line for bamboo-wood composite boards includes blanking equipment for stacking and arranging bamboo mats and wood shavings, and lamination molding device for hot pressing the blanks after blanking. The blanking equipment is the core-arranging and blanking equipment for bamboo-wood composite boards as described in any of the above claims.

[0018] Preferably, in the above-mentioned continuous bamboo-wood composite board production line, a sawing device is also provided between the core-laying and blanking equipment and the lamination forming device. The sawing device saws the bamboo curtain and wood shavings laminated on the conveyor belt to obtain the board blank.

[0019] The lamination molding apparatus includes a flat-plate pre-pressing machine for laminating and pressing the slab along its thickness direction, and a hot press unit for performing long-cycle, multi-layer hot pressing on the pre-pressed slab.

[0020] Preferably, in the above-mentioned continuous bamboo-wood composite board production line, a variable speed conveyor is also provided between the sawing device and the flat plate pre-press to transport the board blanks in segments.

[0021] Preferably, in the above-mentioned continuous billet production line for bamboo and wood composite boards, the variable speed conveyor also has a static weighing device for statically weighing the billets conveyed in sections.

[0022] Preferably, in the above-mentioned continuous blanking production line for bamboo and wood composite boards, a telescopic conveyor is also provided between the flat-plate pre-press and the hot press unit. The telescopic conveyor has a telescopic platform that connects the output end of the flat-plate pre-press and the material input end of the hot press unit, and moves the pre-pressed blank to a predetermined position for conveying.

[0023] The bamboo-wood composite board core-laying and assembly equipment provided by this utility model includes a core-laying and assembly machine for arranging and conveying bamboo-wood units, the core-laying and assembly machine having a conveyor belt for conveying bamboo-wood units; a continuous winding and unwinding machine mounted above the conveyor belt for continuously laying bamboo curtains on the conveyor belt; and a multi-functional laying machine that works in conjunction with the continuous winding and unwinding machine to continue laying wood shavings on the conveyor belt where the bamboo curtains are laid; the continuous winding and unwinding machine includes multiple sets arranged at intervals; and the multi-functional laying machine includes multiple units arranged at intervals between the multiple sets of continuous winding and unwinding machines. The bamboo mat and wood shavings are conveyed and laminated by a core-laying and blanking machine. The bamboo mat is continuously laid on the conveyor belt by a continuous winding machine. At the same time, the multi-functional laying machine lays the wood shavings. The bamboo mat and wood shavings form a layered bamboo and wood unit. The continuous winding machine includes multiple sets, each set is arranged at intervals, and can convey different layers of bamboo mat. The multi-functional laying machine is arranged at intervals between the continuous winding machines and can fill adjacent layers of bamboo mat with wood shavings. The continuous winding machine and the multi-functional laying machine realize the layering and stacking of bamboo mat and wood shavings, and the continuous processing of bamboo and wood composite board is realized by the conveyor belt. Attached Figure Description

[0024] To more clearly illustrate the technical solutions in the embodiments of this utility model 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 this utility model. For those skilled in the art, other drawings can be obtained based on these drawings without creative effort.

[0025] Figure 1 A schematic diagram of the conveyor structure of the bamboo-wood composite board production line with shaving equipment provided in this application;

[0026] Figure 2 for Figure 1 Schematic diagram of a continuous winding and unwinding machine;

[0027] Figure 3 A schematic diagram of the lamination molding device for the bamboo-wood composite board production line with shaving equipment provided in this application. Detailed Implementation

[0028] This utility model discloses a core-laying and blank-assembly equipment and a continuous blank-laying production line for bamboo-wood composite boards, realizing the continuous production of bamboo-wood composite boards.

[0029] The technical solutions of the present utility model will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present utility model, and not all embodiments. Based on the embodiments of the present utility model, all other embodiments obtained by those skilled in the art without creative effort are within the protection scope of the present utility model.

[0030] like Figures 1-3 As shown, Figure 1 A schematic diagram of the conveyor structure of the bamboo-wood composite board production line with shaving equipment provided in this application; Figure 2 for Figure 1 Schematic diagram of a continuous winding and unwinding machine; Figure 3 A schematic diagram of the lamination molding device for the bamboo-wood composite board production line with shaving equipment provided in this application.

[0031] This application provides a core-laying and assembly equipment for bamboo-wood composite boards, including a core-laying and assembly machine 1 for arranging and conveying bamboo-wood units, the core-laying and assembly machine 1 having a conveyor belt 101 for conveying bamboo-wood units; a continuous winding and unwinding machine 2 mounted above the conveyor belt 101 for continuously laying bamboo mats on the conveyor belt 101; and a multi-functional laying machine 3 cooperating with the continuous winding and unwinding machine 2 for continuing to lay wood shavings on the conveyor belt 101 where the bamboo mats are laid; the continuous winding and unwinding machine 2 includes multiple sets arranged at intervals; and the multi-functional laying machine 3 includes multiple units arranged at intervals between the multiple sets of continuous winding and unwinding machines 2. The bamboo curtain and wood shavings are conveyed by the core-laying and blanking machine 1. The bamboo curtain is continuously laid on the conveyor belt 101 by the continuous winding machine 1. While the bamboo curtain is being conveyed by the conveyor belt 101, the wood shavings are laid by the multi-functional laying machine 3. The bamboo curtain and wood shavings form a layered bamboo and wood unit. The continuous winding machine 1 includes multiple sets, each set is arranged at intervals, and can convey different layers of bamboo curtain. The multi-functional laying machine 3 is arranged at intervals between the continuous winding machines 2, and can fill adjacent two layers of bamboo curtain with wood shavings. The continuous winding machine 2 and the multi-functional laying machine 3 realize the layering and stacking of bamboo curtain and wood shavings, and the continuous processing of bamboo and wood composite board is realized by the conveyor belt.

[0032] In this embodiment, wood shavings are sheet-like or strip-shaped wood chips formed by planing wood or wood products. During installation, the wood shavings can be evenly scattered and layered to increase stability.

[0033] In a preferred embodiment of this invention, each group of continuous winding machines includes one, two, or more units. The continuous winding machines can be configured with one, two, or more layers. Preferably, two continuous winding machines are used as a group. The continuous winding machines 2 in different groups can simultaneously lay out the bottom, middle, and top layers to form a stable support structure for the wood shavings in the middle layer. Of course, the bamboo curtain can also adopt a one-layer or multi-layer structure to further increase the amount of bamboo curtain used.

[0034] Based on the above-mentioned bamboo-wood composite board core-laying and billet-assembly equipment, this application also provides a bamboo-wood composite board production line with a shaving device, which uses the above-mentioned bamboo-wood composite board core-laying and billet-assembly equipment to achieve continuous conveying of bamboo and wood units.

[0035] Furthermore, the device includes a core-laying and blanking machine 1 for assembling and conveying bamboo and wood units, the core-laying and blanking machine 1 having a conveyor belt 101 for conveying bamboo and wood units; a continuous winding and unwinding machine 2 mounted above the conveyor belt 101 for continuously laying bamboo curtains on the conveyor belt; a multi-functional laying machine 3 that works in conjunction with the continuous winding and unwinding machine 2 to continue laying wood shavings on the conveyor belt 101 where bamboo curtains are laid; a sawing device 4 for sawing the bamboo curtains and wood shavings laminated on the conveyor belt 101 to obtain a blank; and a lamination molding device for laminating and heating the blank to bond the blanks together as one piece. Bamboo curtains and particleboard are conveyed by a core-laying and blanking machine 1. The bamboo curtains are continuously laid on a conveyor belt 101 by a continuous unwinding machine 2. While the bamboo curtains are being conveyed by the conveyor belt, particleboard is laid by a multi-functional laying machine 3. The bamboo curtains and particleboard form stacked bamboo and wood units. A sawing device 4 cuts the bamboo and wood units to form blanks of stacked bamboo curtains and particleboard. By laminating and heating the blanks, the bamboo curtains and particleboard are bonded together by thermosetting phenolic resin glue pre-coated in the bamboo and wood units to form a bamboo and wood composite board, thus realizing the continuous processing of bamboo and wood composite boards.

[0036] In this embodiment, the conveyor belt 101 needs to meet the requirements of conveying and bearing the weight of the bamboo curtain and wood shavings. The conveyor belt 101 can be a smooth conveyor belt, a mesh belt, a metal mesh conveyor belt, or a metal chain or metal plate conveyor belt, so as to meet the requirements of conveying the bamboo curtain and wood shavings.

[0037] In a specific embodiment of this case, the continuous winding machine 2 includes a winding frame 201 mounted across the conveyor belt and a rotating support roller group 201 disposed on the top of the winding frame 201; the bamboo curtain is a continuously wound bamboo curtain roll 203, which is continuously conveyed by the rotation of the rotating support roller group.

[0038] Furthermore, the bamboo curtain roll 23 is a continuous roll woven from a single layer of bamboo curtain, multiple layers of bamboo curtain, continuous veneer, or continuous bamboo-based new material board.

[0039] The bamboo curtain is formed into a bamboo curtain roll 23 structure by rolling it up. Bamboo is woven with yarn to form the curtain, and then rolled up to form the bamboo curtain roll 23. The bamboo curtain can be formed by weaving a single layer of bamboo to form a single-layer curtain, or by weaving multiple layers of bamboo to form a multi-layer curtain. The roll can also be made of continuous veneer such as composite board or bamboo-based new material board.

[0040] The bamboo curtain roll 23, which is arranged in a winding manner, can be continuously conveyed by rotation during the conveying process. The continuous winding and unwinding machine is set up with a winding and unwinding frame straddling the conveyor belt. The top of the winding and unwinding frame is set with an arc-shaped rotating roller support roller group composed of multiple rotating rollers, so as to achieve rotational support during the rotation of the bamboo curtain roll.

[0041] As the output diameter of the bamboo curtain roll gradually decreases, a stable output linear speed that is the same as that of the wood shavings production line 102 can be achieved by using a rotating roller support roller group structure, instead of an increased rotational speed as the roll diameter decreases. This allows the roll to be rotated and conveyed with bamboo curtain rolls of different diameters.

[0042] Furthermore, a rotating center roller is also provided on the unwinding frame 21 to provide rotational support for the bamboo curtain roll. The rotating center roller is a single roller structure. When the bamboo curtain roll 23 is placed above the rotating support roller group 22, the rotating center roller is inserted from one side of the unwinding frame into the middle of the bamboo curtain roll and its position is adjusted according to the change of the diameter of the bamboo curtain roll, thereby realizing stable support for the bamboo curtain roll by the rotating support roller group and the rotating center roller.

[0043] In one specific embodiment of this case, the multi-functional paving machine 3 includes a hopper for holding wood shavings; and a shavings paving channel connected to the hopper, which continuously outputs and evenly spreads the wood shavings onto the conveyor belt behind the paving bamboo mat. The wood shavings are wood planks processed by slicing wood. The wood shavings are spread onto the bamboo mat on the conveyor belt by the multi-functional paving machine, forming a layered structure in which the bamboo mat and wood shavings are arranged in layers.

[0044] The multi-functional paving machine 3 is used for paving wood shavings. It has a receiving bin for pre-loading the shavings into the machine, and the shavings are continuously conveyed through a shavings paving channel. It is adaptable to a certain span in the width direction of the conveyor belt, and the shavings paving channel has a shavings discharge outlet corresponding to the width direction of the conveyor belt. The shavings discharge channel can be configured as a transverse shavings conveyor belt and an inclined shavings outlet channel. Multiple sets of plate-like ratchet structures can be spaced apart on the shavings outlet channel to form a hook-and-pull conveying structure for controlling the longitudinal or transverse arrangement of the shavings.

[0045] In a specific embodiment of this case, the continuous winding machine 2 and the multi-functional laying machine 3 include multiple sets arranged along the conveying direction of the conveyor belt. Bamboo-wood composite panels can have multi-layered bamboo curtain and wood shavings arrangements depending on their specifications and thickness. To accommodate the multi-layered structure of bamboo-wood composite panels, multiple sets of the continuous winding machine and multi-functional laying machine are provided, allowing for the laying of different layers of bamboo curtain and wood shavings during the preparation of bamboo-wood composite panels of different specifications, thus meeting the requirements for preparing multi-layered bamboo-wood composite panels.

[0046] In a specific embodiment of this case, the core-laying and blanking machine 1 also has a dynamic weighing device 6 arranged at the front end of the wood shavings laying channel to dynamically weigh the weight of the laid bamboo curtains and wood shavings. For multi-layer bamboo-wood composite boards, multiple layers of bamboo curtains are arranged alternately between the wood shavings to form a layered structure. The thickness of the formed bamboo-wood composite board can be controlled by the layer thickness of the bamboo curtains and wood shavings during the laying stage. Since the bamboo curtains and wood shavings are conveyed continuously, the dynamic weighing device 6 is arranged below the conveyor belt of the core-laying and blanking machine 1 to weigh the laid bamboo curtains and wood shavings during the conveying process, thereby controlling the thickness of the wood shavings laid in the subsequent laying.

[0047] Understandably, for multiple sets of continuous winding machines 1 and multi-functional paving machines 2, the dynamic weighing device 6 is positioned at the front end of the wood shavings paving channel of the multi-functional paving machine 2 to adjust the weight of the paved wood shavings immediately after acquiring the weighing data from the dynamic weighing device. When there are multiple sets of continuous winding machines 1 and multi-functional paving machines 2, the dynamic weighing device is preferably positioned corresponding to the multi-functional paving machine at the rear end of the conveying direction. For example, if there are three sets of continuous winding machines 2 and multi-functional paving machines 3, the dynamic weighing device 6 is preferably positioned corresponding to the second and third sets of multi-functional paving machines in the conveying direction. For multiple sets of continuous winding machines 2 and multi-functional paving machines 3, continuous winding machines are arranged at both the front and rear ends of the conveying direction, ensuring that the bamboo mat covers the bottom and top surfaces, preventing the surface wood shavings from becoming loose and scattered.

[0048] In one specific embodiment of this case, a first control device electrically connected to the dynamic weighing equipment and the multi-functional paving machine is also included. The first control device acquires the weighing data of the dynamic weighing equipment and adjusts the amount of wood shavings paving material of the multi-functional paving machine.

[0049] In a specific embodiment of this case, the lamination molding apparatus includes a flat-plate pre-press 5 for laminating and pressing the board blank along its thickness direction, and a hot press unit 7 for long-cycle, multi-layer hot pressing of the pre-pressed board blank. Since particleboard has a loose structure and a relatively thick thickness after multi-layer laying, by physically laminating the sawn board blank through the flat-plate pre-press 5, a denser laminated structure is obtained in the thickness direction, reducing the board blank thickness. Then, through the multi-layer hot pressing device within the hot press unit 7, more board blanks can be hot-pressed at once within the hot press unit, improving work efficiency.

[0050] Furthermore, a variable-speed conveyor is installed between the sawing device and the flatbed pre-press 5 to transport the slab in segments. Laminating and pressing the slab requires a certain lamination time, affecting the continuous transport of the slab. By installing a variable-speed conveyor between the sawing device and the flatbed pre-press, the slab can be quickly fed into the flatbed pre-press for physical lamination after sawing, ensuring the continuity of slab transport. Preferably, the sawing device is a movable cross-cut saw that can move synchronously with the stacked bamboo mat and shavings. During the movement, the movable cross-cut saw performs transverse sawing along the width direction, and after cutting, it returns to the initial position to continue sawing the next segment of the slab.

[0051] Furthermore, the variable speed conveyor also has a static weighing device for statically weighing the slabs conveyed in segments. After sawing, the slabs are hot-pressed to obtain bamboo-wood composite boards. At this time, the difference between the weight of the slab and the weight of the hot-pressed bamboo-wood composite board can be measured. By setting up a static weighing device to weigh the slabs, the accurate weight of the slabs can be obtained.

[0052] Furthermore, it also includes a second control device electrically connected to the static weighing device. The second control device receives the static weighing data of the slab and feeds it back to the slab assembly process of the front-end core-laying machine and the hot pressing process of the hot press unit. By obtaining the static weighing data from the static weighing device through the second control device, when the static weighing data exceeds the threshold, it can feed back to the slab assembly process according to the static weighing structure to correct the stacked weight of the bamboo mat and particleboard, and feed it back to the hot press unit to adjust the hot pressing parameters to ensure that the weight of the bamboo-wood composite board after hot pressing is within a predetermined range. This achieves dynamic adjustment of the slab weight and makes the quality of the hot-pressed bamboo-wood composite board controllable.

[0053] In a specific embodiment of this case, a telescopic conveyor 8 is also provided between the flatbed pre-press 5 and the hot press unit 7. The telescopic conveyor 8 has a telescopic platform 81 that connects the output end of the flatbed pre-press 5 and the material input end of the hot press unit 7, and moves the pre-pressed slab to a predetermined position for conveying.

[0054] After physical lamination by the flatbed prepresser 5, the slab needs to be fed into the hot press bed 71 of the hot press unit 7. Since the hot press bed 71 is recycled within the hot press unit 7, a fixed conveyor belt cannot be installed between the flatbed prepresser 5 and the hot press unit 7. A telescopic conveyor 8 is installed after the flatbed prepresser 5. The telescopic conveyor 8 includes a body and a telescopic platform 81 arranged on the body. When the prepressed slab needs to be conveyed, the slab output from the flatbed prepresser 5 is received through the telescopic platform 81. The telescopic platform 81 extends to the material input end of the hot press unit 7, and the slab is fed into the hot press bed 71 through the telescopic platform, thereby realizing continuous conveying of the slab.

[0055] The above description of the disclosed embodiments enables those skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention is not to be limited to the embodiments shown herein, but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A core arranging and assembling device for bamboo-wood composite board, characterized in that, The invention includes a core-arranging and assembly machine for assembling and conveying bamboo and wood units, the core-arranging and assembly machine having a conveyor belt for conveying the bamboo and wood units; A continuous winding and unwinding machine that is mounted above the conveyor belt and continuously lays bamboo curtains on the conveyor belt; A multi-functional paving machine that works in conjunction with the continuous unwinding machine to continue paving wood shavings on the conveyor belt used for paving bamboo curtains; The continuous winding machine includes multiple sets arranged at intervals; the multi-functional paving machine includes multiple units arranged at intervals between the multiple sets of the continuous winding machine.

2. The equipment for arranging the cores and assembling the blanks of the bamboo-wood composite board according to claim 1, characterized in that, The core-laying and blanking machine also has a dynamic weighing device arranged at the front end of the multi-functional paving machine to dynamically weigh the weight of the paved bamboo curtain and wood shavings.

3. The equipment for arranging the cores and assembling the blanks of the bamboo-wood composite board according to claim 1, characterized in that, The continuous winding and unwinding machine includes a winding and unwinding frame straddling the conveyor belt and a rotating support roller assembly disposed on the top of the winding and unwinding frame; The bamboo curtain is a continuously wound bamboo curtain roller, which is continuously conveyed by the rotating support roller group.

4. The equipment for arranging the cores and assembling the blanks of the bamboo-wood composite board according to claim 3, characterized in that, The bamboo curtain roll is a continuous roll woven from a single layer of bamboo curtain, multiple layers of bamboo curtain, continuous veneer, or continuous bamboo-based new material board.

5. The equipment for arranging the cores and assembling the blanks of the bamboo-wood composite board according to claim 4, characterized in that, The multi-functional paving machine includes a hopper for holding wood shavings and a wood shavings paving channel that connects to the hopper and continuously outputs and evenly spreads the wood shavings onto the conveyor belt behind the paving bamboo curtain.

6. The equipment for arranging the cores and assembling the blanks of the bamboo-wood composite board according to claim 2, characterized in that, It also includes a first control device electrically connected to the dynamic weighing equipment and the multi-functional paving machine. The first control device acquires the weighing data of the dynamic weighing equipment and adjusts the amount of wood shavings paving material of the multi-functional paving machine.

7. The equipment for arranging the cores and assembling the blanks of the bamboo-wood composite board according to any one of claims 1-6, characterized in that, Each group of continuous winding machines includes one, two, or more units.

8. A continuous blanking production line for bamboo-wood composite boards, characterized in that, The invention includes a blanking device for laying out bamboo mats and wood shavings, and a lamination forming device for hot pressing the blanks after blanking. The blanking device is the core-laying and blanking device for bamboo-wood composite boards as described in any one of claims 1-7. 9.The continuous production line for producing the bamboo-wood composite board according to claim 8, characterized in that, A sawing device is also provided between the core-laying and blank-assembly equipment and the lamination forming device. The sawing device cuts the bamboo curtain and wood shavings laminated on the conveyor belt to obtain the blank. The lamination molding apparatus includes a flat-plate pre-pressing machine for laminating and pressing the slab along its thickness direction, and a hot press unit for performing long-cycle, multi-layer hot pressing on the pre-pressed slab.

10. The continuous bamboo-wood composite board blank discharging production line according to claim 9, characterized in that, A variable-speed conveyor is also provided between the sawing device and the flatbed pre-press to transport the slab in segments.

11. The continuous billet production line for bamboo-wood composite panels according to claim 10, characterized in that, The variable speed conveyor also has a static weighing device for statically weighing the slabs being conveyed in sections.

12. The continuous bamboo-wood composite board blank discharging production line according to claim 11, characterized in that, A telescopic conveyor is also provided between the flatbed prepress and the hot press unit. The telescopic conveyor has a telescopic platform that connects the output end of the flatbed prepress and the material input end of the hot press unit, and moves the prepressed slab to a predetermined position for conveying.

Images