CN219788689U - Integral processing equipment for sawing, tabletting and basket loading of bundled bamboo wood - Google Patents

Abstract

The utility model discloses integral processing equipment for sawing, tabletting and basket loading of bundled bamboo materials, which belongs to the field of bamboo material processing equipment and comprises a feeding sawing mechanism, a bamboo section buffer mechanism, a bamboo section conveying mechanism, a tabletting mechanism, a discharging mechanism, a bamboo sheet conveying mechanism, a control system and the like. The utility model has the technical advantages that after bamboo material is fed, the equipment automatically completes integrated continuous processing from sawing, tabletting and basket loading under the control of the control system, the processing speed can be adjusted according to the needs, the sawing, tabletting and basket loading speeds are automatically matched, all links are operated in a coordinated manner, and the processing efficiency and the automation degree are greatly improved.

Description

Integral processing equipment for sawing, tabletting and basket loading of bundled bamboo wood

Technical Field

The utility model belongs to the technical field of bamboo processing equipment, and particularly relates to integrated processing equipment for sawing, tabletting and basket loading of bundled bamboo.

Background

The bamboo fiber is cellulose fiber extracted from naturally grown bamboo, is fifth natural fiber after cotton, hemp, wool and silk, has the advantages of good air permeability, instant water absorption, antibiosis, bacteriostasis and the like, and is a high-quality raw material for manufacturing clothing fabrics, summer sleeping mats, bed sheets, curtains and scarves. The production of the bamboo fiber is to go through a series of working procedures of cutting bamboo, tabletting (puncturing the skin), soaking, drawing fiber, drying and the like, wherein the cutting bamboo, tabletting are the necessary front working procedures, and the pressed bamboo chips are transferred to the next working station for continuous processing after being put into a basket. Most of the existing bamboo processing equipment is used for cutting at fixed length or breaking single bamboo, so that the labor intensity is high, the production efficiency is low, the integrated processing of cutting, tabletting (simultaneously puncturing the skin) and basket loading cannot be carried out, and the improvement of the production efficiency of the bamboo fibers is severely restricted.

Disclosure of Invention

Aiming at the problems, the technical problems to be solved by the utility model are as follows: aiming at the problems, the integrated processing equipment for sawing, tabletting and basket loading of the bundled bamboo materials is provided, the automatic continuous processing of sawing, tabletting and automatic processing of the bundled bamboo materials is realized, and the pressed bamboo chips are basket-loaded and conveyed to a subsequent station.

The bamboo chip conveying device comprises a feeding sawing mechanism, a bamboo section buffer mechanism, a bamboo section conveying mechanism, a tabletting mechanism, a discharging mechanism, a bamboo chip conveying mechanism and a control system; the feeding sawing mechanism comprises a feeding area chain transmission mechanism, a feeding area conveying hook, a feeding area rack, a bamboo support frame, a feeding left baffle, a feeding right baffle, a driving device A, a baffle mounting frame and a cutting saw blade; the feeding area conveying hooks are equidistantly fixed on a conveying chain of the feeding area chain transmission mechanism; the feeding right baffle and the feeding left baffle are oppositely arranged on the baffle mounting frame; the cutting saw blades are symmetrically arranged on the baffle mounting frame; the bamboo support frame is arranged on the frame of the feeding area;

the bamboo section buffer mechanism comprises a buffer zone chain transmission mechanism, a buffer zone conveying hook, a buffer zone supporting plate, a middle baffle, a buffer zone left baffle, a buffer zone right baffle, a driving device B and a buffer zone rack; the buffer zone chain transmission mechanism is fixed on the buffer zone frame; the connecting parts of the buffer area chain transmission mechanism and the feeding area chain transmission mechanism are equal in height; the buffer zone conveying hooks are equidistantly fixed on a conveying chain of the buffer zone chain transmission mechanism; the buffer zone supporting plate, the buffer zone left baffle plate and the buffer zone right baffle plate are fixed on the buffer zone frame; the driving device B comprises a belt transmission device and a motor B, and the motor B is connected with a second driving shaft of the buffer zone chain transmission mechanism through a second belt and a second belt pulley;

the bamboo section conveying mechanism comprises a belt conveyor, an inclined baffle, a door-shaped partition and a driving device C; the belt conveyor comprises a conveyor frame, a carrier roller, a stacking roller, a driven roller, a conveyor belt feeding plate and a conveyor belt; the carrier rollers, the driven rollers and the accumulation rollers are equidistantly distributed on the conveyor frame; the conveyor belt is wrapped on the roller; the conveyor belt is provided with a conveyor belt feeding plate; the inclined baffle is fixed on the conveyor frame; the driving device C comprises a belt transmission device and a motor C, and the accumulation roller is connected with the motor C through the belt transmission device;

the tabletting mechanism comprises a tabletting machine frame, a tabletting machine case, a tabletting roller and a driving device D; the tablet press frame is provided with a tablet press case, a tablet press roller is arranged in the tablet press case, the driving device D comprises a belt transmission device and a motor D, and the tablet press roller is connected with the motor D through the belt transmission device;

the discharging mechanism comprises a discharging area chain transmission mechanism, a discharging area transmission hook, a discharging supporting plate, a discharging left baffle, a discharging right baffle, a driving device E and a discharging area frame; the chain transmission mechanism, the discharging supporting plate, the discharging left baffle and the discharging right baffle of the discharging area are all fixed on the frame of the discharging area; the driving device E comprises a belt transmission device and a motor E, and the motor E is connected with a third driving shaft of the chain transmission mechanism of the unloading area through a third belt and a third belt pulley;

the bamboo chip conveying mechanism comprises a loading basket and a rail; the charging basket is mounted on the rail.

Further, the feeding area chain transmission mechanism, the buffer area chain transmission mechanism and the discharging area chain transmission mechanism have the same structure and function and comprise driven chain wheels, driving shafts, driven shafts and chains; two ends of the driving shaft are respectively fixed with a driving chain wheel; the driven shaft is respectively fixed with a driven sprocket at two ends, and the driving shaft drives the driven shaft through the driving sprocket, the chain and the driven sprocket.

Further, the bamboo support frame is parallel to the chain.

Further, the control system comprises a PLC controller and a motor driver, the PLC controller is electrically connected with the motor driver, the motor driver comprises a motor driver A, a motor driver B, a motor driver C, a motor driver D and a motor driver E, the motor driver A is connected with a motor A of a driving device A, the motor driver B is connected with a motor B of the driving device B, the motor driver C is connected with a motor C of a Q driving device C, the motor driver D is connected with a motor D of the driving device D, the motor driver E is connected with a motor E of the driving device E, and the motor driver starts and stops a corresponding motor according to instructions of the PLC controller.

Further, the driving device A, the driving device B, the driving device C, the driving device D and the driving device E have the same structure and function, and the driving device A comprises a motor A, a motor seat, a large belt wheel, a small belt wheel and a first belt; the small belt wheel is fixed on the motor A; the large belt pulley and the small belt pulley are connected through a first belt; the large belt wheel is fixed on a first driving shaft of the chain transmission mechanism of the feeding area; the motor A is fixed on the motor base.

Further, the baffle mounting frame is arranged in parallel with the feeding conveying mechanism; the upper planes of the feeding right baffle plate and the feeding left baffle plate are coplanar with the upper plane of the bamboo support frame.

Further, the buffer zone left baffle, the buffer zone right baffle and the middle baffle are installed in parallel; the middle baffle is positioned on the symmetrical center plane of the left baffle of the buffer area and the right baffle of the buffer area; the middle baffle plate and the center surface of the cutting saw blade are arranged in a coplanar manner.

Further, 3 door-shaped partitions are arranged on the inclined baffle plate, and the distance between the door-shaped partitions is 5-10cm longer than that of the bamboo sections after the feeding sawing.

Further, a conveyor belt feeding plate is arranged on a conveyor belt of the belt conveyor of the bamboo section conveying mechanism; the conveyor belt is provided with 6 baffles, the baffles are divided into two groups, each group is provided with 3 conveyor belt feeding plates, and the distance between every two adjacent conveyor belt feeding plates is the same as the distance between the portal partitions.

Further, the tabletting roller is provided with toothed protrusions similar to a spike rod; the tabletting rollers are arranged in pairs up and down, and the distance is gradually reduced.

In summary, due to the adoption of the technical scheme, the beneficial effects of the utility model are as follows:

the utility model can realize integrated processing of cutting, flaking and basket loading of bundled bamboo materials, reduces labor intensity, has high production efficiency, can adjust the flaking speed according to the requirements of subsequent processes of fiber drawing, drying and the like, can automatically adjust sawing, bamboo section conveying and basket loading speeds after the flaking speed is changed, can automatically match processing beats, and can ensure the efficient and orderly operation of the whole production line.

Additional features and advantages of the utility model will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the utility model. The objectives and other advantages of the utility model may be realized and attained by the structure particularly pointed out in the written description and drawings.

Drawings

In order to more clearly illustrate the embodiments of the present utility model or the technical solutions of the prior art, the following description will briefly explain the drawings used in the embodiments or the description of the prior art, and it is obvious that the drawings in the following description are some embodiments of the present utility model, and other drawings can be obtained according to these drawings without inventive effort for a person skilled in the art.

FIG. 1 is a schematic view of the overall structure of the present utility model;

FIG. 2 is a block diagram of a feed sawing mechanism;

FIG. 3 is a block diagram of a bamboo section buffer mechanism with the buffer zone supporting plates, the buffer zone left baffle and the buffer zone right baffle removed;

FIG. 4 is a block diagram of a bamboo segment conveying mechanism;

FIG. 5 is a block diagram of a tabletting mechanism;

FIG. 6 is a block diagram of a discharge mechanism;

fig. 7 is a structural view of a chain transmission mechanism.

In the figure

1-loading sawing mechanism, 101-loading zone transfer hook, 102-baffle mounting rack, 103-loading right baffle, 105-loading zone rack, 106-bamboo support rack, 107-large pulley, 108-first belt, 109-motor a, 110-first drive shaft, 111-cut-off saw blade, 112-loading left baffle, 113-motor mount, 114-small pulley, 2-bamboo strand buffer mechanism, 201-buffer zone left baffle, 202-intermediate baffle, 203-buffer zone rack, 204-buffer zone pallet, 205-motor B, 206-buffer zone transfer hook, 207-buffer zone right baffle, 208-second pulley, 209-second drive shaft, 210-second belt, 211-buffer zone feed sensor, 212-buffer zone discharge sensor, 3-bamboo strand transport mechanism, 301-conveyor rack, 302-conveyor belt, 303-driven roller, 304-inclined baffle, 305-motor C, 306-conveyor belt feed plate, 307-carrier roller, 309-shaped partition, 4-buffer zone motor 403-motor frame, 401-D, 401-403-D, 402-drive roller frame, 401-D, 502-roller frame, 401-table, 502-roller frame, 502-table, 502-roller table, 502-table, and other discharge roller frame, 502-table, and other discharge mechanism.

Detailed Description

For the purpose of making the objects, technical solutions and advantages of the embodiments of the present utility model more apparent, the technical solutions of the embodiments of the present utility model will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present utility model, and it is apparent that the described embodiments are some embodiments of the present utility model, but not all embodiments of the present utility model. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

It should be noted that the terms "first," "second," and the like herein are used for distinguishing between similar objects and not necessarily for describing a particular sequential or chronological order. It is to be understood that the data so used may be interchanged where appropriate in order to describe the embodiments of the utility model herein. In the present utility model, the terms "upper", "lower", "left", "right", "front", "rear", "top", "bottom", "inner", "outer", "middle", "vertical", "horizontal", "lateral", "longitudinal" and the like indicate an azimuth or a positional relationship based on that shown in the drawings.

Embodiments of the present utility model will be described in detail below with reference to the accompanying drawings.

Referring to fig. 1, the present utility model provides a technical solution: the integrated processing equipment comprises a feeding sawing mechanism 1, a bamboo section buffer mechanism 2, a bamboo section conveying mechanism 3, a tabletting mechanism 4, a discharging mechanism 5, a bamboo chip conveying mechanism 6 and a control system;

referring to fig. 2, the feeding sawing mechanism 1 includes a feeding area chain transmission mechanism, a feeding area transmission hook 101, a feeding area frame 105, a bamboo support 106, a feeding left baffle 112, a feeding right baffle 103, a driving device a, a baffle mounting frame 102 and a cutting saw blade 111; the feeding area conveying hooks 101 are equidistantly fixed on a conveying chain of the feeding area chain transmission mechanism; the feeding right baffle 103 and the feeding left baffle 112 are oppositely arranged on the baffle mounting frame 102; the cutting saw blades 111 are symmetrically arranged on the baffle mounting frame 102; the bamboo support frame 106 is arranged on the feeding area frame 105; the baffle mounting frame 102 is arranged in parallel with the feeding conveying mechanism; the upper planes of the feeding right baffle 103 and the feeding left baffle 112 are coplanar with the upper plane of the bamboo support 106. The bamboo support frame 106 is slightly higher than the chain transmission mechanism and is used for supporting bamboo height and a chain; the feeding area conveying hook 101 is used for hooking bamboo materials and synchronously moving with the chain; the bamboo is cut into two sections and sent into a bamboo section buffer mechanism when passing through the cutting saw blade 111; the feeding right baffle 103 and the feeding left baffle 112 are used for preventing the bamboo from falling off;

referring to fig. 1 and 3, the bamboo section buffer mechanism 2 includes a buffer chain transmission mechanism, a buffer transfer hook 206, a buffer pallet 204, a middle baffle 202, a buffer left baffle 201, a buffer right baffle 207, a driving device B, and a buffer frame 203; the buffer chain transmission mechanism is fixed on the buffer frame 203; the connecting parts of the buffer area chain transmission mechanism and the feeding area chain transmission mechanism are equal in height; the buffer zone conveying hooks 206 are equidistantly fixed on a conveying chain of the buffer zone chain transmission mechanism; the buffer zone supporting plate 204, the buffer zone left baffle 201 and the buffer zone right baffle 207 are fixed on the buffer zone frame 203; the driving device B comprises a belt transmission device and a motor B205, and the motor B205 is connected with a second driving shaft 209 of the buffer zone chain transmission mechanism through a second belt 210 and a second belt pulley 208; the buffer zone conveying hook 206 is used for hooking the bamboo material to synchronously move with the chain; the buffer zone supporting plate 204 is used for supporting bamboo materials; the middle baffle 202, the buffer zone left baffle 201 and the buffer zone right baffle 207 are used for separating the bamboo material and preventing the bamboo material from falling off;

the buffer zone left baffle 201, the buffer zone right baffle 207 and the middle baffle 202 are installed in parallel; the middle baffle 202 is positioned on the symmetrical center plane of the buffer left baffle 201 and the buffer right baffle 207; the intermediate baffle 202 is mounted coplanar with the center plane of the cutting blade 111.

Referring to fig. 4, the bamboo section conveying mechanism 3 includes a belt conveyor, an inclined baffle 304, a door-shaped partition 309, and a driving device C; the belt conveyor comprises a conveyor frame 301, a carrier roller 305, a stacking roller 307, a driven roller 303, a conveyor belt feeding plate 308 and a conveyor belt 302; the carrier roller 305, the driven roller 303 and the accumulation roller 307 are equidistantly distributed on the conveyor frame 301; the conveyor belt 302 is wrapped on rollers; the conveyor 302 is provided with a conveyor feeding plate 308; the inclined baffle 304 is fixed on the conveyor frame 301; the driving device C comprises a belt transmission device and a motor C306, and the accumulation roller 307 is connected with the motor C306 through the belt transmission device;

the inclined baffle 304 is provided with 3 door-shaped partitions 309, and the distance between the door-shaped partitions 309 is 5-10cm longer than that of the bamboo sections after sawing and cutting. The conveyor belt 302 of the belt conveyor of the bamboo section conveying mechanism 3 is provided with a conveyor belt feeding plate 308; the conveyor 302 has 6 baffles, and each group has 3 conveyor feed plates 308, and the distance between adjacent conveyor feed plates 308 is the same as the distance between the gate-shaped partitions 309.

The inclined baffle 304 is fixed on the conveyor frame 301 and used for limiting the bamboo material on the conveyor and enabling the bamboo material to be in the same direction as the conveyor; the baffle 308 is used for separating cut bamboo materials, avoiding cross entering the tablet press, pushing the bamboo segments to move forward, ensuring that a bundle of bamboo segments completely enter the tablet press and are orderly discharged, and avoiding that bamboo segments pressed by front and rear bamboo segments are overlapped on a discharging mechanism in a cross manner and cannot be discharged; the door-shaped partition 309 is used for blocking the ultrahigh bamboo section, and the lower bamboo section moves forward after entering the tablet press;

referring to fig. 5, the tablet press mechanism 4 includes a tablet press frame 404, a tablet press case 402, a tablet press roller 401, and a driving device D; the tablet press frame 404 is provided with a tablet press case 402, a tablet press roller 401 is arranged in the tablet press case 402, toothed protrusions similar to a Chinese wolf's teeth stick are arranged on the tablet press roller 401, the tablet press roller 401 is arranged in pairs up and down, and the interval is gradually reduced for pressing bamboo chips; the driving device D comprises a belt transmission device and a motor D403, and the tabletting roller 401 is connected with the motor D403 through the belt transmission device; the rotation speed of a motor D403 of the driving device D is regulated, and the tabletting speed can be changed, so that the processing efficiency of the whole equipment is regulated;

referring to fig. 6, the unloading mechanism 5 includes an unloading area chain transmission mechanism, an unloading area transmission hook 501, an unloading pallet 503, an unloading left baffle 504, an unloading right baffle 502, a driving device E and an unloading area frame 506; the discharging area chain transmission mechanism, the discharging supporting plate 503, the discharging left baffle 504 and the discharging right baffle 502 are all fixed on the discharging area frame 506; the driving device E comprises a belt transmission device and a motor E509, and the motor E509 is connected with a third driving shaft 505 of the unloading area chain transmission mechanism through a third belt 508 and a third belt pulley 507; the unloading zone conveying hook 501 is used for hooking bamboo materials and synchronously moving with a chain, and finally conveying the bamboo materials into the loading basket 601;

as shown in fig. 1, the bamboo chip conveying mechanism 6 comprises a loading basket 601 and a rail 602; the loading basket 601 is mounted on a rail 602.

As shown in fig. 7, the feeding area chain transmission mechanism, the buffer area chain transmission mechanism and the discharging area chain transmission mechanism have the same structure and function and comprise a driven sprocket 702, a driving sprocket 705, a driving shaft 704, a driven shaft 701 and a chain 703; two ends of the driving shaft 704 are respectively fixed with a driving sprocket 705; two ends of the driven shaft 701 are respectively fixed with a driven sprocket 702, and the driving shaft 704 drives the driven shaft 701 through a driving sprocket 705, a chain 703 and the driven sprocket 702.

The bamboo support 106 is parallel to the chain 703.

The control system comprises a PLC controller and a motor driver, wherein the PLC controller is electrically connected with the motor driver, the motor driver comprises a motor driver A, a motor driver B, a motor driver C, a motor driver D and a motor driver E, the motor driver A is connected with a motor A109 of a driving device A, the motor driver B is connected with a motor B205 of the driving device B, the motor driver C is connected with a motor C306 of a Q driving device C, the motor driver D is connected with a motor D403 of the driving device D, the motor driver E is connected with a motor E509 of the driving device E, and the motor driver starts and stops a corresponding motor according to instructions of the PLC controller.

The driving device A, the driving device B, the driving device C, the driving device D and the driving device E have the same structure and function, and the driving device A comprises a motor A109, a motor seat 113, a large belt pulley 107, a small belt pulley 114 and a first belt 108; the small belt pulley 114 is fixed on the motor A109; the large pulley 107 and the small pulley 114 are connected by a first belt 108; the large belt wheel 107 is fixed on a first driving shaft 110 of the chain transmission mechanism of the feeding area; the motor a109 is fixed to the motor mount 113.

Referring to fig. 4, the rotation speed of the motor D403 of the driving device D is adjusted to change the tabletting speed, and the speed matching tabletting speed of other procedures is changed, so that the processing efficiency of the whole equipment can be adjusted; the stacking roller 307 is used for automatically slipping when the bamboo sheet pressing speed is slower than the conveyor belt speed, so that bamboo section transmission and tabletting speed matching are realized.

The application principle and the working flow of the utility model are as follows: after the installation and debugging of the processing equipment are finished, conveying bunched bamboo materials to a bamboo material supporting frame 104 of a feeding sawing mechanism 1, driving the bamboo materials to move forward by a feeding area conveying hook 101, cutting the bamboo materials into a plurality of sections with fixed lengths by a cutting saw blade 111, and then conveying the bamboo sections to a bamboo section buffer mechanism 2 and hooking the bamboo sections by a buffer area conveying hook 206; when no bamboo exists in the bamboo section conveying mechanism 3, the bamboo of the bamboo section buffer mechanism 2 is conveyed to the bamboo section conveying mechanism 3; then the belt conveyor runs, the bamboo is sent into the tabletting mechanism 4 by the conveyor belt 302 for tabletting, and if the tabletting speed is slower than the conveying speed of the bamboo section, the accumulation roller 307 slips to match the speed between the bamboo section and the accumulation roller; the pressed bamboo chips are "spit out" by the tablet press, fed into the unloading mechanism 5, fed into the loading basket 601 by the movement of the unloading zone transfer hook 501, and then transported to the next processing step.

The foregoing description of the embodiments of the present utility model should not be taken as limiting the scope of the utility model, but rather should be construed to cover all changes, modifications, alternatives, and variations that may be made in accordance with the teachings of the present utility model or may be directly or indirectly applied to other related art.

Claims (10)

1. The utility model provides a bundle bamboo timber saw cuts preforming basket integrated processing equipment which characterized in that: comprises a feeding sawing mechanism (1), a bamboo section buffer mechanism (2), a bamboo section conveying mechanism (3), a tabletting mechanism (4), a discharging mechanism (5), a bamboo sheet conveying mechanism (6) and a control system; the feeding sawing mechanism (1) comprises a feeding area chain transmission mechanism, a feeding area conveying hook (101), a feeding area rack (105), a bamboo support frame (106), a feeding left baffle (112), a feeding right baffle (103), a driving device A, a baffle mounting frame (102) and a cutting saw blade (111); the feeding area conveying hooks (101) are equidistantly fixed on a conveying chain of the feeding area chain transmission mechanism; the feeding right baffle (103) and the feeding left baffle (112) are oppositely arranged on the baffle mounting frame (102); the cutting saw blades (111) are symmetrically arranged on the baffle mounting frame (102); the bamboo support frame (106) is arranged on the feeding area frame (105);

the bamboo section buffer mechanism (2) comprises a buffer zone chain transmission mechanism, a buffer zone conveying hook (206), a buffer zone supporting plate (204), a middle baffle plate (202), a buffer zone left baffle plate (201), a buffer zone right baffle plate (207), a driving device B and a buffer zone rack (203); the buffer zone chain transmission mechanism is fixed on the buffer zone frame (203); the connecting parts of the buffer area chain transmission mechanism and the feeding area chain transmission mechanism are equal in height; the buffer zone conveying hooks (206) are equidistantly fixed on a conveying chain of the buffer zone chain transmission mechanism; the buffer zone supporting plate (204), the buffer zone left baffle (201) and the buffer zone right baffle (207) are fixed on the buffer zone frame (203); the driving device B comprises a belt transmission device and a motor B (205), and the motor B (205) is connected with a second driving shaft (209) of the buffer zone chain transmission mechanism through a second belt (210) and a second belt pulley (208);

the bamboo section conveying mechanism (3) comprises a belt conveyor, an inclined baffle (304), a door-shaped partition (309) and a driving device C; the belt conveyor comprises a conveyor frame (301), a carrier roller (305), a stacking roller (307), a driven roller (303), a conveyor belt feeding plate (308) and a conveyor belt (302); the carrier rollers (305), the driven rollers (303) and the accumulation rollers (307) are equidistantly distributed on the conveyor frame (301); the conveyor belt (302) is wrapped on the roller; the conveyor belt (302) is provided with a conveyor belt feeding plate (308); the inclined baffle plate (304) is fixed on the conveyor frame (301); the driving device C comprises a belt transmission device and a motor C (306), and the accumulation roller (307) is connected with the motor C (306) through the belt transmission device;

the tabletting mechanism (4) comprises a tabletting machine frame (404), a tabletting machine case (402), a tabletting roller (401) and a driving device D; the tablet press frame (404) is provided with a tablet press machine case (402), a tablet press roller (401) is arranged in the tablet press machine case (402), the driving device D comprises a belt transmission device and a motor D (403), and the tablet press roller (401) is connected with the motor D (403) through the belt transmission device;

the discharging mechanism (5) comprises a discharging area chain transmission mechanism, a discharging area transmission hook (501), a discharging supporting plate (503), a discharging left baffle (504), a discharging right baffle (502), a driving device E and a discharging area rack (506); the discharging area chain transmission mechanism, the discharging supporting plate (503), the discharging left baffle (504) and the discharging right baffle (502) are all fixed on the discharging area frame (506); the driving device E comprises a belt transmission device and a motor E (509), and the motor E (509) is connected with a third driving shaft (505) of the unloading area chain transmission mechanism through a third belt (508) and a third belt pulley (507);

the bamboo chip conveying mechanism (6) comprises a loading basket (601) and a rail (602); the charging basket (601) is arranged on the track (602).

2. The integrated processing device for sawing, tabletting and basket loading of bundled bamboo wood as claimed in claim 1, wherein the integrated processing device is characterized in that: the feeding area chain transmission mechanism, the buffer area chain transmission mechanism and the discharging area chain transmission mechanism have the same structure and function and comprise a driven sprocket (702), a driving sprocket (705), a driving shaft (704), a driven shaft (701) and a chain (703); two ends of the driving shaft (704) are respectively fixed with a driving chain wheel (705); two ends of the driven shaft (701) are respectively fixed with a driven sprocket (702), and the driving shaft (704) drives the driven shaft (701) through the driving sprocket (705), the chain (703) and the driven sprocket (702).

3. The integrated processing device for sawing, tabletting and basket loading of bundled bamboo wood as claimed in claim 2, wherein the integrated processing device is characterized in that: the bamboo support frame (106) is parallel to the chain (703).

4. The integrated processing device for sawing, tabletting and basket loading of bundled bamboo wood as claimed in claim 1, wherein the integrated processing device is characterized in that: the control system comprises a PLC controller and a motor driver, wherein the PLC controller is electrically connected with the motor driver, the motor driver comprises a motor driver A, a motor driver B, a motor driver C, a motor driver D and a motor driver E, the motor driver A is connected with a motor A (109) of a driving device A, the motor driver B is connected with a motor B (205) of the driving device B, the motor driver C is connected with a motor C (306) of a Q driving device C, the motor driver D is connected with a motor D (403) of the driving device D, the motor driver E is connected with a motor E (509) of the driving device E, and the motor driver starts and stops a corresponding motor according to instructions of the PLC controller.

5. The integrated processing device for sawing, tabletting and basket loading of bundled bamboo wood as claimed in claim 1, wherein the integrated processing device is characterized in that: the driving device A, the driving device B, the driving device C, the driving device D and the driving device E have the same structure and function, and the driving device A comprises a motor A (109), a motor seat (113), a large belt wheel (107), a small belt wheel (114) and a first belt (108); the small belt wheel (114) is fixed on the motor A (109); the large belt wheel (107) and the small belt wheel (114) are connected through a first belt (108); the large belt wheel (107) is fixed on a first driving shaft (110) of the chain transmission mechanism of the feeding area; the motor A (109) is fixed on the motor base (113).

6. The integrated processing device for sawing, tabletting and basket loading of bundled bamboo wood as claimed in claim 1, wherein the integrated processing device is characterized in that: the baffle mounting frame (102) is arranged in parallel with the feeding conveying mechanism; the upper planes of the feeding right baffle (103) and the feeding left baffle (112) are coplanar with the upper plane of the bamboo support frame (106).

7. The integrated processing device for sawing, tabletting and basket loading of bundled bamboo wood as claimed in claim 1, wherein the integrated processing device is characterized in that: the buffer zone left baffle (201), the buffer zone right baffle (207) and the middle baffle (202) are arranged in parallel; the middle baffle plate (202) is positioned on the symmetrical center plane of the left baffle plate (201) and the right baffle plate (207) of the buffer zone; the middle baffle plate (202) is arranged coplanar with the central surface of the cutting saw blade (111).

8. The integrated processing device for sawing, tabletting and basket loading of bundled bamboo wood as claimed in claim 1, wherein the integrated processing device is characterized in that: and 3 door-shaped partitions (309) are arranged on the inclined baffle plate (304), and the distance between the door-shaped partitions (309) is 5-10cm longer than that of the bamboo sections after the feeding sawing.

9. The integrated processing device for sawing, tabletting and basket loading of bundled bamboo wood as claimed in claim 1, wherein the integrated processing device is characterized in that: a conveyor belt (302) of the belt conveyor of the bamboo section conveying mechanism (3) is provided with a conveyor belt feeding plate (308); the conveyor belt (302) is provided with 6 baffles, the baffles are divided into two groups, each group is provided with 3 conveyor belt feeding plates (308), and the distance between every two adjacent conveyor belt feeding plates (308) is the same as the distance between every two adjacent door-shaped partitions (309).

10. The integrated processing device for sawing, tabletting and basket loading of bundled bamboo wood as claimed in claim 1, wherein the integrated processing device is characterized in that: the tabletting roller (401) is provided with toothed protrusions similar to a spike rod; the tabletting rollers (401) are arranged in pairs up and down, and the interval is gradually reduced.