CN103878849A - Automatic feeding device of bamboo splints - Google Patents

Abstract

The invention discloses an automatic feeding device for bamboo chips, which mainly includes: a bamboo chip splitting and collecting device, a single guide groove for bamboo chips, a bamboo chip guide groove device for changing bamboo chips from multiple transmission to single transmission, and a bamboo chip transmission stop device, bamboo joint removal device, bamboo slice transmission device, bamboo slice anti-mistake transmission device, transmission device driving wheel shaft universal connection device, bamboo slice multi-row transmission control variable one-way transmission control part and equipment stand. It is used in bamboo processing. After the round bamboo is divided, the bamboo pieces are guided to the automatic transportation of bamboo processing machinery. It mainly solves the problems of small output and low efficiency in the current bamboo processing, material preparation stage, and single-machine production, reducing labor and improving material preparation. efficiency and reduce production costs.

Description

A kind of automatic feeding equipment of bamboo chips

technical field

The invention relates to automatic feeding equipment for bamboo slices, in particular to an automatic feeding equipment for decomposing in the production of recombined bamboo, which belongs to the field of bamboo processing machinery manufacturing.

Background technique

my country's research on bamboo wood-based panels began in the 1970s. At present, the industrialized products that have been successfully developed include bamboo plywood, bamboo woven plywood, bamboo flooring, bamboo particle board, bamboo rotary-cut veneer for decoration, and plastic-coated bamboo cement formwork, etc. . In the past 5 years, new varieties of bamboo-based panels such as bamboo medium-density fiberboard, bamboo-wood composite panel, and recombined bamboo have been continuously developed.

Recombined bamboo is a new type of man-made board, which is a new type of man-made board made of bamboo bundles, which are formed according to the grain and glued by hot pressing (or cold pressing). It can be widely used in indoor and outdoor flooring, furniture, etc. , decoration and decoration materials, structural materials for engineering construction, wind power blades, container floor materials, etc., can also be used for high weather resistance outdoor materials.

In the current production process of recombined bamboo, the feeding process needs to be manually operated, and it is in the production state of stand-alone equipment. The output is small, the efficiency is low, the labor is more, and the production has not been automated. This is the main reason for the low production capacity of recombined bamboo, and related research is in its infancy. stage. The main purpose of the present invention is to realize the automation of the material preparation stage, that is, after the round bamboo is dissected, the bamboo pieces are guided to the automatic transportation of the bamboo processing machinery, thereby reducing labor force, improving the material preparation efficiency, and reducing production costs.

Contents of the invention

(1) Technical problems to be solved

The technical problem to be solved by the present invention is to provide a kind of automatic feeding equipment for bamboo chips, which belongs to a kind of wood-based panel processing equipment, which can meet the performance requirements of bamboo board square material manufacturing and processing, and its main function is to realize bamboo splitting machine and The automation of the connection of bamboo chip processing equipment, or the automatic feeding of similar processing lines, can improve efficiency, greatly reduce the number of labor in the processing process and reduce production costs.

(2) Technical solution

In order to achieve the above purpose, the present invention provides an automatic feeding equipment for bamboo chips, which belongs to a kind of wood-based panel processing equipment, which can meet the performance requirements of bamboo board square material manufacturing and processing. The main components of the equipment of the present invention are as follows.

The bamboo chip splitting collection device adds a bell-shaped guide groove at the end of the bamboo chip split device, and the bell-shaped guide groove is adapted to smoothly enter the guide groove for the split bamboo chips.

The bamboo slices have a single guide groove, and the bamboo slice guide groove is used for the divided bamboo slices to move along a straight line in the guide groove. Small, the height of the guide groove should be within 1 time of the width of the bamboo slices to be transported and more than 1cm greater than the thickness of the bamboo slices, and it can also be appropriately smaller than the width of the bamboo slices to prevent the bamboo slices from turning over in the guide groove.

Bamboo chip direction change guide groove, the bamboo chip guide groove is used for the split bamboo chip to move in the guide groove according to the set track direction, so that the just split bamboo chip is in a circular distribution and becomes a horizontal distribution state. The structural type of the guide groove is the same as that of the above-mentioned guide groove, and the described bamboo slice guide groove has horizontal direction change and space change direction.

The bamboo slice transmission stop device is used for preventing the bamboo slice transmission when the transmission signal is not obtained. The installation position of the bamboo slice transmission and stop device is located at the front end of the bamboo slice multi-channel transmission to the single-channel transmission bamboo slice transmission device; there are two schemes for the bamboo slice transmission and stop device; the scheme 1 of the bamboo slice transmission and stop device is characterized in that: The upper side of the bamboo slice guide groove is installed with one or more bamboo slice stop shrapnel in groups and additional stop blocks; the bamboo slice transmission stop device scheme 2 is characterized in that: the bamboo slice stop shrapnel is installed on the bamboo slice guide groove One or more, and add compression springs on the bamboo stop shrapnel to increase the resistance.

The slub removal device is used for removing slubs on the bamboo slices. The slub removal device is installed on the bamboo slice guide groove, behind the bamboo slice splitting device; the blade of the slub removal device is a flat knife or a bamboo-shaped arc knife; the blade installation angle of the slub removal device is the same as The dynamic conveying direction of the bamboo slices is at a vertical angle, or close to the vertical angle; the installation height of the blades of the slubbing device is adapted to the thickness of the bamboo slices, and the height is adjustable. The number of blades of the slubbing device is one, or multiple blades; when the multiple blades are installed, they are installed in a way that the front is high and the rear is low.

The bamboo chip transmission device is used for transmitting the bamboo chips.

Described bamboo chip transmission device comprises:

Drive wheel, described drive wheel is used to transmit the power source of bamboo chip, and the wheel outer edge of described drive wheel has the form of rough structure, and the form of described rough structure can be different forms such as angular shape, knife-edge shape, makes play Increase the effect of friction with bamboo slices.

Driven wheel, the driven wheel has no power source, when the control system controls the driven wheel to move down, the driven wheel and the above-mentioned driving wheel clamp the bamboo slices, and the bamboo slices are transported forward under the action of friction, and the The form of the rough structure of the outer edge of the driving wheel is the same as that of the above-mentioned driving wheel.

The driven wheel shaft can slide up and down, the driven wheel shaft can slide up and down in the up and down sliding groove, and the driven wheel can be installed on the driven wheel shaft that can slide up and down.

Compression spring, described compression spring is used for controlling the driven axle that can slide up and down to slide down.

A spring fixing shaft, the spring fixing shaft is used to fix the compression spring, so that the compression spring moves along the direction of the spring fixing shaft. ,

The driving wheel shaft is used for fixing the above-mentioned driving wheel.

Cylinder block, cylinder rod, described cylinder block, cylinder rod are the power device that controls above-mentioned driven wheel to slide up and down, described cylinder block is fixed on the equipment platform, when described cylinder rod moves back and forth, can control above-mentioned driven wheel to slide up and down

Rotating cam, the connection between the rotating cam and the above-mentioned cylinder rod is a movable connection, when the above-mentioned cylinder rod moves back and forth, the highest point and the lowest point of the rotating cam will appear on the rotating cam, and the above-mentioned driven wheel will be pushed when the high point of the rotating cam appears Move upwards, this moment is not driven for controlling bamboo chip;

The up and down sliding block is fixed on the bottom of the driven wheel shaft which can slide up and down, and is the transition part for the above-mentioned rotating cam to control the sliding of the driven wheel up and down, and the above-mentioned rotating cam slides on the up and down sliding block.

Rotating camshaft, described rotating camshaft is fixed on the equipment platform, and rotating cam is installed on described rotating camshaft.

The driving wheel shaft of the transmission device is universally connected, and when a plurality of the above-mentioned bamboo slice transmission devices are arranged in the same vertical plane, or when multiple horizontal arrangements are arranged side by side, the drive wheel shaft of the transmission device is universally connected to connect the driving wheel shafts of the multiple bamboo slice transmission devices; The driving wheel shafts are connected by universal couplings; after the driving wheel shafts are connected by universal couplings, they can be arranged at a certain angle or in a straight line according to the arrangement of the bamboo transmission device.

Bamboo sheet multi-channel transmission variable single-channel transmission bamboo chip guide groove device, the bamboo chip multi-channel transmission variable single-channel transmission bamboo chip guide groove device is used to sequentially change multi-channel bamboo chip transmission into single-channel dynamic transmission according to the transmission signal . Its main features are: combine 2-3 single guide grooves of bamboo slices into one guide groove at the same time; when there are more single guide grooves of bamboo slices, combine 2-3 single guide grooves of bamboo slices into one guide groove at the same time Bar guide groove, until the single guide groove of bamboo slice is all merged into 1 bamboo slice guide groove.

The bamboo chip anti-mistake transmission device is used to ensure that the bamboo chips are not mis-transmitted when the bamboo chip does not receive the transmission signal during the above-mentioned transmission device. The bamboo chip anti-error transmission device is installed on the lower side of the aforementioned bamboo chip guide groove, and is located at the front end of the driving wheel of the bamboo chip transmission device; the main component of the bamboo chip anti-error transmission device is the anti-error transmission shrapnel, which requires a The height of the installation of the anti-mis-transmission shrapnel is to ensure that the bamboo chip is not in contact with the driving wheel of the bamboo chip transmission device and is transmitted when the bamboo chip transmission device does not receive the bamboo chip transmission signal.

The multi-row transmission control of bamboo slices is changed into one-way transmission control, and the bamboo slice transmission control system is used to drive the bamboo slices according to the designed route and sequence through electrical control. The front end of the merge guide groove is equipped with a bamboo chip stopper, a bamboo chip detection device and a bamboo chip transmission device. The multi-row transport becomes single-lane transport.

The equipment stand is used to support the various parts of the equipment. The equipment stand is used to fix the bamboo slice splitting device described in claim 1, the bamboo slice single guide groove, the bamboo slice multi-path transmission to single-path bamboo slice transmission guide groove device, the bamboo slice transmission stop device, the bamboo knot removal device, Bamboo slice transmission device, bamboo slice anti-mistake transmission device, transmission device driving wheel shaft universal connection and other components.

(3) Beneficial effects

The automatic feeding equipment for bamboo slices provided by the invention can be used in the production of recombined bamboo and bamboo wood cutting, etc. The application of the invention has the advantages of low labor intensity, simple operation, low cost and high efficiency.

Further, the present invention is designed with the design that the bamboo slices that can be divided into 5-10 pieces can be split and transmitted, which can adapt to the automatic transmission of bamboo slices of different diameters or adapt to the automatic transmission of bamboo slices of different widths. Inventions are more practical.

Description of drawings

Fig. 1 is the single guide groove schematic diagram of the bamboo chip of implementing equipment of the present invention. 1 is a bamboo chip guide groove, and 2 is a bamboo chip. the

Fig. 2 is the scheme 1 of the bamboo drive and stop device of the equipment for implementing the present invention. 1 is the guide groove of the bamboo slice, 2 is the bamboo slice, and 3 is the bamboo slice stop shrapnel.

Fig. 3 is scheme 2 of the bamboo chip transmission stop device of the equipment for implementing the present invention. 1 is a bamboo chip guide groove, 2 is a bamboo chip, 3 is a bamboo chip guide shrapnel, and 4 is a bamboo chip stop block.

Fig. 4 is a structural schematic diagram of the shrapnel-type stopping device for bamboo transmission of the equipment for implementing the present invention. 1 is a bamboo chip guide groove, 2 is a bamboo chip, 3 is a shrapnel fastening bolt, and 4 is a bamboo chip stop shrapnel.

Fig. 5 is a schematic diagram of the structure of the bamboo drive spring pressing plate stopper of the device for implementing the present invention. 1 is a bamboo chip guide groove, 2 is a bamboo chip, 3 is a spring clip fastening bolt, 4 is a bamboo chip stop shrapnel, and 5 is a clip compression spring.

Fig. 6 is the slub removal device of the implementation equipment of the present invention. 1 is a bamboo chip guide groove, 2 is a bamboo chip, 3 is a bamboo chip guide shrapnel, and 4 is a bamboo chip knurling blade.

Fig. 7 is a schematic diagram of the transmission device for bamboo chips in the non-transmitted state of the device for implementing the present invention. 1 is a spring fixed shaft, 2 is a compression spring, 3 is a driven wheel, 4 is a driven wheel shaft that can slide up and down, 5 is a sliding block that can slide up and down, 6 is a rotating cam, 7 is a rotating camshaft, 8 is a bamboo piece, and 9 is a cylinder Rod, 10 cylinder blocks, 11 driving axles, 12 driving wheels.

Fig. 8 is a schematic diagram of a bamboo chip transmission device in which the bamboo chips of the device for implementing the present invention are in a driven state. 1 is a spring fixed shaft, 2 is a compression spring, 3 is a driven wheel, 4 is a driven wheel shaft that can slide up and down, 5 is a sliding block that can slide up and down, 6 is a rotating cam, 7 is a rotating camshaft, 8 is a bamboo piece, and 9 is a cylinder Rod, 10 cylinder blocks, 11 driving axles, 12 driving wheels.

Fig. 9 is a schematic diagram of the bamboo chip anti-error transmission device of the equipment for implementing the present invention (the bamboo chip is in a non-transmitted state). 1 is a guide groove, 2 is a bamboo chip, 3 is an anti-misdrive shrapnel, 4 is a driven wheel, and 5 is a driving wheel.

Fig. 10 is a schematic diagram of the bamboo chip anti-error transmission device of the implementation equipment of the present invention (the bamboo chip is in the state of being driven). 1 is a guide groove, 2 is a bamboo chip, 3 is an anti-misdrive shrapnel, 4 is a driven wheel, and 5 is a driving wheel.

Fig. 11 is a schematic cross-sectional view of the bamboo slices in the state of starting to dissect in the implementation equipment of the present invention. 1 is a bamboo splitting knife, and 2 is the original bamboo section.

Fig. 12 is a schematic cross-sectional view of bamboo slices in an incompletely dissected state of the device for implementing the present invention. 1 is a guide groove, and 2 is a bamboo chip.

Fig. 13 is a schematic diagram of the cross-sectional layout of the bamboo slice transmission device at the end of the bamboo slice splitting of the equipment for implementing the present invention. 1 is a guide groove, 2 is a bamboo chip, and 3 is a bamboo chip transmission device.

Fig. 14 is a schematic diagram of the cross-sectional layout of the guide grooves in the implementation equipment of the present invention, in which the guide grooves change from circular distribution to horizontal distribution in the early stage. 1 is a guide groove, and 2 is a bamboo chip.

Fig. 15 is a schematic diagram of the cross-sectional layout of the guide grooves in the implementation equipment of the present invention, in the mid-term state of the guide grooves changing from circular distribution to horizontal distribution. 1 is a guide groove, and 2 is a bamboo chip.

Fig. 16 is a schematic diagram of the cross-sectional layout of the bamboo drive device of the implementation equipment of the present invention, in which the guide grooves change from circular distribution to horizontal distribution in the final stage. 1 is a guide groove, 2 is a bamboo chip, and 3 is a bamboo chip transmission device.

Fig. 17 is a schematic diagram of the cross-sectional layout of the guide grooves in the implementation equipment of the present invention, in which the guide grooves change from circular distribution to horizontal distribution. 1 is a guide groove, and 2 is a bamboo chip.

Fig. 18 is a schematic cross-sectional view of the transmission device of the multi-row to single-row transmission of the bamboo chip implementation equipment of the present invention. This figure shows the end state of guide grooves changing from annular distribution to horizontal distribution. 1 is a guide groove, 2 is a bamboo chip, and 3 is a bamboo chip transmission device.

Fig. 19 is a schematic diagram (horizontal state) of the universal connection mode of the driving wheel shaft of the transmission device of the implementation equipment of the present invention. 1 is the transmission shaft, 2 shafts and the connecting pin of the universal coupling, 3 is the universal coupling, and 4 is the transmission wheel.

Fig. 20 is a schematic diagram (angular state) of the universal connection mode of the driving wheel shaft of the transmission device of the implementation equipment of the present invention. 1 is the transmission shaft, 2 is the connecting pin of the shaft and the universal coupling, 3 is the universal coupling; 4 is the transmission wheel.

Fig. 21 is a top view of the layout of bamboo slices changing direction guide grooves in the implementation equipment of the present invention. 1 is the original bamboo section, 2 is the splitting knife, 3 is the bamboo joint removal device, 4 is the bamboo slice guide groove, 5 is the bamboo slice transmission device, 6 is the bamboo slice transmission stop device, 7 is the bamboo slice detection device, 8 It is a guide groove for parallel bamboo slices.

FIG. 22 is an enlarged view of the first half of FIG. 21 . 1 is the original bamboo section, 2 is the splitting knife, 3 is the device for removing bamboo joints, 4 is the bamboo chip guide groove, and 5 is the bamboo chip transmission device.

FIG. 23 is an enlarged view of the second half of FIG. 21 . 4 is a bamboo slice guide groove, 6 is a bamboo slice transmission stop device, 7 is a bamboo slice detection device, and 8 is a bamboo slice guide groove for merging rails.

Fig. 24 is a schematic diagram of the planar alignment of the bamboo guide grooves of the equipment for implementing the present invention (Scheme 1). 1 is a bamboo slice, 2 is a bamboo slice guide groove, 3 is a bamboo slice transmission device, and 4 is a bamboo slice merge rail guide groove.

Fig. 25 is a schematic diagram of planar alignment of bamboo slice guide grooves in the implementation equipment of the present invention (Scheme 2). 1 is the bamboo slice guide groove, 2 is the bamboo slice, 3 is the bamboo slice transmission device, and 4 is the bamboo slice merge rail guide groove.

Fig. 26 is a schematic diagram of the parallel drive of the implementation equipment of the present invention. 1 is a bamboo slice, 2 is a bamboo slice detector; 3 is a bamboo slice transmission device, 4 is a bamboo slice stopping device, and 5 is a bamboo slice merging guide groove.

Detailed ways

The specific implementation manners of the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. The following examples are used to illustrate the present invention, but are not intended to limit the scope of the present invention.

The automatic feeding equipment of the present invention is mainly composed of a bamboo chip splitting and collecting device, a single guide groove, a bamboo chip multi-channel transmission into a single-way transmission bamboo chip guide groove device, a bamboo chip transmission stop device, a bamboo knot removal device, and a bamboo chip transmission It consists of a device, a bamboo chip anti-mistake transmission device, a universal connection of the driving wheel shaft of the transmission device, a bamboo chip transmission control system and an equipment stand.

As shown in Fig. 11, when the original bamboo section 2 passes through the splitting knife 1 on the splitting machine, the bamboo section is divided into bamboo slices, and the splitting knife can be designed into 5-10 splitting knives according to different bamboo sections and different requirements, namely The original bamboo section can be divided into 5-10 bamboo slices, and this picture shows a 6-piece splitting knife.

Above-mentioned split bamboo slice enters the single guide groove of bamboo slice as shown in Figure 1.

The above-mentioned bamboo slices entering the single guide groove of the bamboo slices can go through the bamboo joint removal device, and the bamboo joints on the bamboo slices can be removed, as shown in Figure 6 and Figure 21.

The above-mentioned knotted bamboo slices continue to drive the bamboo slices forward through the transmission device, as shown in Figure 7, Figure 8, Figure 13, and Figure 21. At this time, the bamboo slices are distributed in a ring in space, as shown in FIG. 12 .

The above-mentioned bamboo slices pass through the transmission device, the bamboo slices leave the bamboo splitting machine, and the spatial circular distribution of the bamboo slices is gradually changed into a horizontal distribution through the space change of the guide groove, as shown in Figure 21, Figure 14, Figure 15, and Figure 16. According to the length of the guide groove, it is necessary to install a bamboo slice transmission device on the guide groove, and the distance between the two transmission devices is less than the length of the bamboo slice, as shown in Figure 21 and Figure 6.

The above-mentioned bamboo chips are distributed in a horizontal state through spatial direction change, and then driven by a transmission device. As shown in Figure 21, Figure 17, and Figure 18.

The above-mentioned horizontally arranged bamboo slices are merged through the bamboo slice merging guide grooves, so that the multi-row transportation of the bamboo slices becomes single-way transportation, as shown in Figure 21, Figure 24, Figure 25, and Figure 26. The front ends of the rail-merging guide grooves are all equipped with a bamboo chip stopper, a bamboo chip detection device and a bamboo chip transmission device, and the bamboo chip stopper device and the bamboo chip transmission device transmit the bamboo chips of multi-channel transmission in sequence according to the detection signal, so that The multi-row transportation of bamboo chips becomes one-way transportation, for example.

In Fig. 26, k1-k12y are bamboo detectors, c1-c6 are bamboo transmission devices, and z1-z6 are bamboo stoppers. When k12 does not detect bamboo and k1 detects that there is bamboo, z1 The stop device releases the stop, and the c1 transmission device is in the working state of driving bamboo pieces; when k1-k2 does not detect any bamboo pieces and k3 detects bamboo pieces, the z2 stop device releases the stop, and the c2 transmission device is in the transmission state. Bamboo chip working state; when k1-k4 does not detect any bamboo chip and k5 detects that there is bamboo chip, the z3 stop device releases the stop, and the c3 transmission device is in the working state of driving the bamboo chip; when k1-k6 does not detect When there are bamboo pieces and k7 detects that there are bamboo pieces, the stop device of z4 releases the stop, and the c4 transmission device is in the working state of driving bamboo pieces; when k1-k8 does not detect that there are bamboo pieces and k9 detects that there are bamboo pieces , the z5 stop device releases the stop, and the c5 transmission device is in the working state of driving bamboo chips; when k1-k10 does not detect bamboo chips and k11 detects bamboo chips, the z6 stop device releases the stop, and the c6 transmission device It is in the working state of driving bamboo slices; in this way, the multi-row transportation of bamboo slices can be changed into single-way transportation. In addition, according to the length of the guide groove, a bamboo slice transmission device needs to be installed on the guide groove. The distance between the two transmission devices Less than the length of the bamboo slices, as shown in Figure 21, Figure 24, Figure 25, and Figure 26.

The above-mentioned single-way transported bamboo chips can enter the bamboo chip processing equipment, such as reorganized bamboo decomposers, bamboo processing machines, etc.

There are two schemes for the above-mentioned bamboo transmission and stop device. Scheme 1 is to install multiple stop shrapnels on the guide groove, and rely on friction to prevent the transportation of bamboo slices, as shown in Figure 2. The structural form is as shown in Figure 5 and Figure 4. Scheme 2 is to install bamboo guide shrapnel and bamboo stop block on the guide groove. The structure of the bamboo guide shrapnel is the same as that of the above-mentioned plan 1. The stop shrapnel, the bamboo stop block moves up and down according to the detection signal, and the bamboo stop block When moving down, the bamboo chips can be transported, and when the bamboo chip stop block moves up, the bamboo chips are prevented from being transported, that is, the bamboo chips are stopped, as shown in Figure 3.

Claims (12)

1. the automatic feed equipment of a bamboo chip, it is characterized in that, present device mainly comprises: bamboo chip subdivision gathering-device, the single gathering sill of bamboo chip, bamboo chip multiplexing become single channel transmission bamboo chip guide groove device, bamboo chip transmission stop device, go ring device, bamboo chip transmission device, the anti-error transmission device of bamboo chip, transmission device drive sprocket axle universal connector, bamboo chip to arrange transmission control change single-direction transmission control section and equipment stand etc. more.

2. bamboo chip subdivision gathering-device according to claim 1, is characterized in that: bamboo chip splitting device is fixed on the front end of present device; End at bamboo chip splitting device increases broadening formation gathering sill, and broadening formation gathering sill can enter gathering sill smoothly to adapt to subdivision bamboo chip; The subdivision cutter of bamboo chip splitting device of installing is corresponding with corresponding bamboo chip gathering sill, make the bamboo chip of subdivision corresponding enter bamboo chip gathering sill.

3. bamboo chip subdivision gathering-device according to claim 2, is characterized in that: bamboo wood subdivision cutter can be designed to the subdivision cutter of 4-12 sheet or the subdivision cutter of multi-disc more as required; In broadening formation gathering sill, gathering sill number is consistent with subdivision cutter quantity, and is arranged to annular; The present invention taking 6 subdivision cuttves as example illustrates summary of the invention of the present invention.

4. the single gathering sill of bamboo chip according to claim 1, is characterized in that: the single gathering sill of bamboo chip is sealed by surrounding or hemi-closure space forms, make bamboo chip smoothly in gathering sill to front transmission; The single gathering sill sectional dimension of bamboo chip is slightly larger than bamboo chip sectional dimension; Preferably, the width of described gathering sill is advisable with 2 times of transmitted bamboo chip width, also can be suitably large or little, the height of described gathering sill with 1 times of transmitted bamboo chip width with interior be advisable and be greater than bamboo chip thickness 1cm be advisable above, also can suitably be less than transmitted bamboo chip width, to prevent that bamboo chip from overturning in described gathering sill; The single gathering sill of bamboo chip can also carry out space break-in according to break-in designing requirement; Described semiclosed place can install guiding shell fragment, stop device, bamboo chip sniffer etc. additional.

5. bamboo chip multiplexing becomes single channel transmission bamboo chip guide groove device according to claim 1, it is characterized in that: by single 2-3 bar bamboo chip gathering sill simultaneously and be 1 gathering sill; While having more the single gathering sills of bamboo chip, repeatedly by single 2-3 bar bamboo chip gathering sill simultaneously and be 1 gathering sill, until by single bamboo chip gathering sill all and be 1 bamboo chip gathering sill.

6. bamboo chip transmission stop device according to claim 1, is characterized in that: bamboo chip transmission stop device installation site is positioned at bamboo chip multiplexing and becomes the front end of single channel transmission bamboo chip guide groove device; Bamboo chip transmission stop device has 2 kinds of schemes; Bamboo chip transmission stop device scheme 1 is characterized in that: the upside of bamboo chip gathering sill install bamboo chip stop shell fragment one or more in groups; Bamboo chip transmission stop device scheme 2 is characterized in that: 1, bamboo chip stop shell fragment is installed on bamboo chip gathering sill, and is installed additional Compress Spring on bamboo chip stop shell fragment.

7. remove according to claim 1 ring device, it is characterized in that: go ring device to be arranged on bamboo chip gathering sill, after bamboo chip splitting device; The blade that removes ring device can be flat blade, can be also the curved knife that is Bamboo-shaped; Remove the blade setting angle of ring device and the transporting direction degree in a vertical angle of bamboo chip, or approach vertical angle; Go the blade setting height(from bottom) of ring device and the thickness of bamboo chip to adapt, and highly adjustable.

8. the knife number of removing ring device is 1, or multi-disc blade; Described multi-disc blade when mounted, install by mode low after front height.

9. bamboo chip transmission device according to claim 1, is characterized in that: comprise as follows:

Driving wheel, described driving wheel is for transmitting the power resources of bamboo chip, and there is the form of coarse structure the wheel outer of described driving wheel, and the form of described coarse structure can be angular, and edge-shapeds etc. are multi-form, make to play the effect increasing with bamboo chip frictional force;

Driven pulley; described driven pulley does not have power resources, and in the time that control system control driven pulley moves down, described driven pulley and above-mentioned driving wheel clamp bamboo chip; under the effect of frictional force, bamboo chip is transported forward, described driven pulley outer is identical with the form of the outer coarse structure of above-mentioned driving wheel;

Can slide up and down follower shaft, the described follower shaft that slides up and down can slide up and down sliding up and down in groove, can slide up and down driven pulley is installed on follower shaft;

Compress Spring, described Compress Spring can slide up and down follower shaft down sliding for controlling;

Spring fixed axis, described spring fixed axis, for fixing Compress Spring, makes above-mentioned Compress Spring move along described spring fixed axis direction;

Drive sprocket axle, described drive sprocket axle is for fixing above-mentioned driving wheel;

Cylinder block, cylinder rod, described cylinder block, cylinder rod are to control the power set that above-mentioned driven pulley slides up and down, described cylinder block is fixed on equipment stand, can control above-mentioned driven pulley and slide up and down when described cylinder rod seesaws;

Rotating cam, described rotating cam connects for being actively coupled with above-mentioned cylinder rod, described in the time that above-mentioned cylinder rod seesaws, rotating cam there will be the highs and lows of rotating cam, while there is the height point of rotating cam, promote above-mentioned driven pulley and move up, now for control bamboo chip is not transmitted; While there is the minimum point of rotating cam, be now transmitted for controlling bamboo chip;

Can slide up and down piece, the described piece that slides up and down is fixed on the below that can slide up and down follower shaft, is the transition member that above-mentioned rotating cam control driven pulley slides up and down, and above-mentioned rotating cam slides described sliding up and down on piece;

Rotating cam axle, described rotating cam axle is fixed on equipment stand, on described rotating cam axle, rotating cam is installed;

According to claim 1, the anti-error transmission device of bamboo chip, is characterized in that: the anti-error transmission device of bamboo chip is arranged on aforementioned bamboo chip gathering sill downside, is positioned at the front end of bamboo chip transmission device driving wheel described in claim 8; The anti-error transmission device critical piece of bamboo chip is anti-error transmission shell fragment, and described anti-error transmission shell fragment requires to have good elasticity; Preferred: the height that described anti-error transmission shell fragment is installed, bamboo chip does not contact and is transmitted with the driving wheel of bamboo chip transmission device when ensureing that bamboo chip transmission device does not receive bamboo chip signal transmission.

10. the universal connection of transmission device drive sprocket axle according to claim 1, it is characterized in that: described in claim 8, bamboo chip transmission device is multiple is arranged in same vertical plane, or level is multiple while being arranged in juxtaposition, the universal connection of transmission device drive sprocket axle connects the drive sprocket axle of multiple bamboo chip transmission devices; Between described drive sprocket axle, adopt Hooks coupling universal coupling to connect; After connecting by Hooks coupling universal coupling between described drive sprocket axle, can have a certain degree according to the position of bamboo chip transmission arrangements, also can be in alignment.

11. according to claim 1 bamboo chip arrange transmission control more and become single-direction transmission control, it is characterized in that: lower multiple stop devices only have a stop device in non-stop duty in working order, and other stop devices are in arrested state; Multiple transmission devices that bamboo chip is arranged transmission change single-direction transmission place more descend multiple transmission devices to only have a transmission device in transmission duty in working order, and other transmission devices are in non-drive duty; And described transmission device and stop device corresponding section are on same gathering sill; Described transmission device and the circulation of corresponding stop device and sequential start transmission device in drive state and control stop device in non-arrested state to follow transmission bamboo chip; The startup of described transmission device and corresponding stop device and two kinds of states of closing are controlled by the signal of bamboo chip detector.

12. according to claim 1 equipment stand, it is characterized in that: equipment stand becomes single channel transmission bamboo chip guide groove device, bamboo chip transmission stop device, removes the parts such as ring device, bamboo chip transmission device, the anti-error transmission device of bamboo chip, the universal connection of transmission device drive sprocket axle for bamboo chip splitting device, the single gathering sill of bamboo chip, bamboo chip multiplexing described in fixing claim 1.

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