CN103461003A - Fully-automatic bag-planted solid mushroom strain inoculating machine - Google Patents

Fully-automatic bag-planted solid mushroom strain inoculating machine Download PDF

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CN103461003A
CN103461003A CN2013104398348A CN201310439834A CN103461003A CN 103461003 A CN103461003 A CN 103461003A CN 2013104398348 A CN2013104398348 A CN 2013104398348A CN 201310439834 A CN201310439834 A CN 201310439834A CN 103461003 A CN103461003 A CN 103461003A
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bag
unit
cylinder
inoculation
bacterium bag
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CN2013104398348A
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CN103461003B (en
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朴行万
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朴行万
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Abstract

The invention relates to the field of bag-planted edible mushroom side wall punching and inoculating equipment, in particular to a fully-automatic bag-planted solid mushroom strain inoculating machine. The fully-automatic bag-planted solid mushroom strain inoculating machine is characterized by comprising a mushroom bag conveying unit, an inoculating unit, a mushroom bag enveloping unit, a strain rationing unit and a control unit, wherein the mushroom bag conveying unit is sequentially combined with the inoculating unit and the mushroom bag enveloping unit, and then the mushroom bag conveying unit, the inoculating unit and the mushroom bag enveloping unit are arranged in a frame to form a mushroom strain inoculating main machine, wherein the inoculating unit and the strain rationing unit are connected through an air-conveyed strain hose, and the strain rationing unit is independently arranged. Compared with the prior art, the fully-automatic bag-planted solid mushroom strain inoculating machine has the beneficial effects that the whole inoculating process can be automatically finished, the machine can be adapted to a plurality of strain media (such as fine wood scrap, wood sheets or formed strains), the automation degree is high, labor is saved, the operation is simple, the manufacturing efficiency and the quality requirement of mushroom strain sticks can be guaranteed, the inoculation quantity is up to 1,500 to 2,000 bags per hour, and the rate of finished products can be up to over 98 percent.

Description

Full-automatic bag-cultivation of shiitake fungus solid spawn inoculation device
Technical field
The present invention relates to the bag-cultivated edible fungi sidewall and beat inoculating facility field, cave, relate in particular to a kind of full-automatic bag-cultivation of shiitake fungus solid spawn inoculation device.
Background technology
At present, the bag-cultivation of shiitake fungus inoculation is substantially all manual operations, its general flow process is, first carry out the surface sterilization of bacterium bag, then manual punching, then fill in bacterial classification in hole, finally outside the bacterium bag, put again outer bag, its weak point is that efficiency is low, labour intensity is large, and very skilled specialty inoculation personnel per hour can only inoculate 100 bags of less thaies.Because mushroom bacterium bag is made as seasonal production, generally all concentrate on 1~3 month, manpower shortage often becomes serious problems.
Developing of current mushroom automatic vaccination machine, the main helical feed vaccination ways that adopts, carry out by hand the surface sterilization of bacterium bag, send by hand bag, manual cover outer bag, the bacterial classification crush box is without the sterilizing measure simultaneously, its weak point is that inoculum concentration can not be controlled, the waste bacterial classification, also be difficult to guarantee sterile working, is difficult to guarantee inoculation quality.
Summary of the invention
The purpose of this invention is to provide a kind of full-automatic bag-cultivation of shiitake fungus solid spawn inoculation device, inoculation whole process can complete automatically, can adapt to multiclass bacterial classification (as thin wood chip, wood chip or moulding bacterial classification), guarantees inoculation quality, improves inoculation efficiency.
For achieving the above object, the present invention adopts following technical scheme to realize:
Full-automatic bag-cultivation of shiitake fungus solid spawn inoculation device, comprise bacterium bag supply unit, inoculation unit, bacterium bag coating unit, the rationed unit of bacterial classification and control module, bacterium bag supply unit combines successively in order to be arranged in a framework with inoculation unit, bacterium bag coating unit and forms bacterial classification inoculation main frame, wherein inoculate unit and be connected by pneumatic transmission bacterial classification flexible pipe with the rationed unit of bacterial classification, the rationed unit of bacterial classification separate configurations.
Described bacterium bag supply unit comprises the two slideways of level, side slope road and carries cylinder, be divided into material loading section, inoculation section and bacterium bag coating section, the side slope road vertically is positioned at the material loading section of the two slideways of level, carry the two slideways of cylinder and level to be arranged in parallel, carry cylinder bottom to be provided with lifting linking member, carry the pistons end of cylinder to be provided with push pedal, the push pedal bottom is connected with lower bacterium bag push rod, be provided with pin between the two slideways of the level of material loading section, the exit side of the two slideways of level is provided with one section mobile slideway.
The two slideways of level top between described material loading section and inoculation section is provided with bacterium bag baffle plate, and bacterium bag baffle plate is provided with disinfecting brush.
Described inoculation unit comprises jumper bar frame, bag clamping device, jumper bar pressure beam and depression bar cylinder, wherein entrainment device comprises bag pressing plate, optical axis, arm-tie and presses the bag cylinder, one end of optical axis connects bag pressing plate, the other end of optical axis is connected with arm-tie, be provided with linear bearing between optical axis and framework, arm-tie is provided with presses the bag cylinder, presses the tailpiece of the piston rod of bag cylinder to be connected with framework, and lifting linking member is connected with arm-tie;
Described jumper bar frame comprises support body, jumper bar, bacterial classification depression bar, send kind of bevel arm piece and jumper bar frame slideway, support body upper plunger and bacterial classification depression bar in tandem, the support body bottom is provided with jumper bar frame slideway, jumper bar frame slideway is located on the upper surface of bag pressing plate, the bottom of bacterial classification depression bar is inserted and is sent kind of a bevel arm piece, send kind of bevel arm piece position below support body, positioning cylinder is located on support body, and the piston rod end of positioning cylinder is connected with bag pressing plate by support plate; The depression bar cylinder is located at the bag pressing plate both sides, and jumper bar presses girder span overshoot bridge to be connected with the piston rod end of both sides depression bar cylinder.
Described bacterium bag coating unit comprises mobile slideway support, action lever, heat knife device and bacterium bag bracket, and mobile slideway support front end is connected with mobile slideway downwards by stretching mechanism, and the mobile slideway back-end support is connected with the crossbeam on framework; Action lever is positioned at the top of mobile slideway support, and front end and the stretching mechanism of action lever are hinged, and the rear end of action lever is hinged by respective link and bag pressing plate, and action lever stage casing and mobile slideway support are hinged; The below of mobile slideway is provided with film locating clip and heat knife device successively, and the below of heat knife device is provided with the bacterium bag bracket, and the bacterium bag bracket is connected with holder bag cylinder.
The rationed unit of described bacterial classification comprises broken kind of case, air accumulator and quantitative discharging device, broken kind of case bottom is provided with quantitative discharging device, be respectively equipped with crusher chamber and storage cavity from top to bottom in broken kind of case, the crusher chamber bottom is screen cloth, be provided with the spoke roller in crusher chamber, be provided with in storage cavity and pull out the material bar, an end of spoke roll shaft is connected with rotary cylinder, and the other end expects that with pulling out the bar axle is connected by a pair of gear pair;
Quantitative discharging device comprises chute, quantitative frame, communicating pipe, blows the material sleeve pipe and blow the material inner tube, the chute bottom is provided with communicating pipe and blows the material sleeve pipe and is connected, blow material sleeve pipe and the angle of communicating pipe and be less than 45 degree, blow the material inner tube head be located at blow the material sleeve pipe in, blow the material inner tube and be connected by winning in succession with the tailpiece of the piston rod that opens and closes cylinder, the afterbody that blows the material inner tube is connected with air accumulator;
The top of chute is provided with cover plate, cover plate is provided with evenly equidistant opening, many one than the quantity of communicating pipe of open amount, cover plate not opening part is corresponding with communicating pipe, be provided with mobilizable quantitative frame in chute, the twice that quantitatively the sub-box quantity in frame is communicating pipe quantity, in two adjacent sub-boxes, one is positioned at the not below of opening part of cover plate, another is positioned at the below of cover plate opening part, quantitatively an end of frame is connected with the tailpiece of the piston rod of dosing cylinder, and the discharging opening that blows the material sleeve pipe is connected with the charging aperture that send kind of bevel arm piece by flexible pipe.
Compared with prior art, the invention has the beneficial effects as follows: 1) all processes of inoculation can complete automatically, can adapt to multiclass bacterial classification (as thin wood chip, wood chip or moulding bacterial classification), automaticity is high, save the labour, simple to operate, can improve the operating efficiency of mushroom inoculation, every little inoculum concentration reaches 1500~2000 bags, and yield rate can reach more than 98%;
2) scheme of the split design of the rationed unit of bacterial classification and pneumatic transmission bacterial classification makes to dismantle broken kind of case flow process simplification, makes broken kind of case high-temperature sterilization operation become possibility, guarantees the reliability of inoculation quality.
The accompanying drawing explanation
Fig. 1 is embodiment of the present invention structural representation;
Fig. 2 is bacterium bag supply unit example structure schematic diagram of the present invention;
Fig. 3 is that A in Fig. 2 is to view;
Fig. 4 is that the present invention inoculates unit example structure schematic diagram;
Fig. 5 is the end view (concealing the depression bar cylinder) of Fig. 4;
Fig. 6 is bacterium bag coating of the present invention unit example structure schematic diagram;
Fig. 7 is the end view of Fig. 6;
Fig. 8 is the rationed unit of bacterial classification of the present invention example structure schematic diagram;
Fig. 9 is the vertical view (being rotated counterclockwise 90 °) of Fig. 8;
Figure 10 is quantitative frame partial structurtes schematic diagram in Fig. 8.
In figure: 1-bacterium bag supply unit, 2-inoculates unit, 3-bacterium bag coating unit, the rationed unit of 4-bacterial classification, the 5-control module, the 6-framework, 7-air cleaning unit one, 8-air cleaning unit two, the two slideways of 9-level, 10-side slope road, 11-carries cylinder, the 12-mobile slideway, the 13-disinfecting brush, 14-bacterium bag baffle plate, the 15-pin, 16-bacterium bag, the 17-push pedal, bacterium bag push rod under 18-, the 19-lifting linking member, 20-jumper bar frame, the 21-bag clamping device, 22-depression bar cylinder, the 23-support plate, the 24-support body, the 25-jumper bar, 26-bacterial classification depression bar, 27-send the bacterium bevel arm piece, 28-jumper bar frame slideway, the 29-positioning cylinder, the 30-bag pressing plate, the 31-optical axis, 32-presses the bag cylinder, the 33-arm-tie, the 34-jumper bar is pressed beam, 35-mobile slideway support, the 36-heat knife device, 37-bacterium bag bracket, the 38-linear bearing, the 39-action lever, 40-double-layer folding plastic film rolls, 41-film locating clip, 42-carriage cylinder, broken kind of case of 43-, the 44-air accumulator, the 45-quantitative discharging device, 46-spoke roller, 47-rod for stiring materials, the 48-chute, the quantitative frame of 49-, 50-communicating pipe, 51-blows the material sleeve pipe, 52-blows the material inner tube, the 53-cover plate, 54-opens and closes cylinder, the 55-dosing cylinder, the 56-rotary cylinder, the 57-stretching mechanism, 58-pneumatic transmission bacterial classification flexible pipe
Concrete enforcement
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described further:
See Fig. 1, it is the full-automatic bag-cultivation of shiitake fungus solid spawn of the present invention inoculation device example structure schematic diagram, comprise bacterium bag supply unit 1, inoculation unit 2, bacterium bag coating unit 3, the rationed unit 4 of bacterial classification and control module 5, bacterium bag supply unit 1 combines successively in order to be arranged in a framework 6 with inoculation unit 2, bacterium bag coating unit 3 and forms bacterial classification inoculation main frame, wherein inoculate unit 2 and be connected by pneumatic transmission bacterial classification flexible pipe 58 with the rationed unit 4 of bacterial classification, the rationed unit of bacterial classification 4 separate configurations.The driving force of whole equipment is provided by air compressor machine.Be respectively equipped with air cleaning unit 1 and air cleaning unit 28 above inoculation unit 2 and the rationed unit 4 of bacterial classification, air cleaning unit is switched on to the blowing down filtrated air, makes to inoculate the rationed station of station and bacterial classification in germ-free condition.Control module 5 is controlled the action of inoculation device follow procedure.
See Fig. 2, Fig. 3, bacterium bag supply unit comprises the two slideways 9 of level, side slope road 10 and conveying cylinder 11, be divided into the material loading section, inoculation section and bacterium bag coating section, side slope road 10 vertically is positioned at the material loading section of the two slideways 9 of level, bacterium bag 16 is rolled on the two slideways 9 of level along side slope road 10 by gravity, be provided with pin 15 between the two slideways 9 of two levels of material loading section, in order to spacing, carry the two slideways 9 of cylinder 11 and level to be arranged in parallel, carry cylinder 11 bottoms to be provided with lifting linking member 19, carry the pistons end of cylinder 11 to be provided with push pedal 17, push pedal 17 bottoms are connected with lower bacterium bag push rod 18, the exit side of the two slideways 9 of level is provided with one section mobile slideway 12, mobile slideway 12 is positioned at the elongated end of the two slideways 9 of level, expansible and closing up under the cooperation of corresponding mechanism.
The two slideways of level 9 tops between material loading section and inoculation section are provided with bacterium bag baffle plate 14, and bacterium bag baffle plate 14 is provided with disinfecting brush 13.While carrying cylinder 11 piston rods to retract, push pedal 17 promotes along the two slideways 9 of level the bacterium bag of material loading section to the inoculation section, and other high-order bacterium bags do not move under the stopping of bacterium bag baffle plate 14, after the bacterium bag on the two slideways 9 of level is removed, high-order bacterium bag falls in place.When the bacterium bag passes through the below of bacterium bag baffle plate 14,13 pairs of bacterium bag upper surface inoculation positions of disinfecting brush carry out disinfection.
See Fig. 4, Fig. 5, the inoculation unit comprises jumper bar frame 20, bag clamping device 21 and depression bar cylinder 22, wherein entrainment device 21 comprises bag pressing plate 30, optical axis 31, arm-tie 33 and presses bag cylinder 32, one end of optical axis 31 connects bag pressing plate 30, the other end of optical axis 31 is connected with arm-tie 33, between optical axis 31 and framework 6, is provided with linear bearing 38, and arm-tie 33 is provided with presses bag cylinder 32, press the tailpiece of the piston rod of bag cylinder 32 to be connected with framework 6, lifting linking member 19 is connected with arm-tie 33; Depression bar cylinder 22 is located at the both sides of bag pressing plate 30, and jumper bar pressure beam 34 strides across jumper bar frame 20 and is connected with the piston rod end of both sides depression bar cylinder 22;
The jumper bar frame comprises support body 24, jumper bar 25, bacterial classification depression bar 26, send kind of bevel arm piece 27 and jumper bar frame slideway 28, support body 24 upper plungeres 25 and bacterial classification depression bar 26 in tandems, support body 24 bottoms are provided with jumper bar frame slideway 28, jumper bar frame slideway 28 is located on the upper surface of bag pressing plate, the bottom of bacterial classification depression bar 26 is inserted and is sent in kind of bevel arm piece 27, send 27 of kind of bevel arm pieces below support body 24, positioning cylinder 29 is located on support body 24, the piston rod end of positioning cylinder 29 is connected with bag pressing plate 30 by support plate 23, positioning cylinder 29 can promote support body 24 and slide on jumper bar frame slideway 28, realize punching and press the location of planting.
After carrying cylinder 11 that the bacterium bag is pushed into to the inoculation station, press the drop-down bag pressing plate 30 of bag cylinder 32 to clamp the bacterium bag, the drop-down jumper bar of depression bar cylinder 22 is pressed beam 34, the punching of bacterium bag is thrust in jumper bar 25 lower ends, depression bar cylinder 22 and jumper bar 25 reset, positioning cylinder 29 promotes jumper bar frame 20, the discharging opening that send kind of bevel arm piece 27 is aimed to punching place of bacterium bag, after bacterial classification is blown into and send kind of bevel arm piece 27, depression bar cylinder 22 again moves and presses down bacterial classification depression bar 26 bacterial classification is pressed in the bacterium bag, inoculate completely, depression bar cylinder 22, press bag cylinder 32 and positioning cylinder 29 to reset.
When pressing bag cylinder 32 to descend, carry cylinder 11 to descend thereupon, the below of push pedal in the two slideways 9 of level, carry cylinder 11 to reset, next cycle, while carrying cylinder 11 to promote next bacterium bag to arrive the inoculation station, previous vaccinated bacterium bag flat two slideways 9 downstream is pushed out and delivers on mobile slideway.
See Fig. 6, Fig. 7, bacterium bag coating unit comprises mobile slideway support 35, action lever 39, heat knife device 36 and bacterium bag bracket 37, mobile slideway support 35 front ends are connected with mobile slideway 12 downwards by stretching mechanism 57, and mobile slideway support 35 rear ends are connected with the crossbeam on framework; Action lever 39 is positioned at the top of mobile slideway support 35, and the front end of action lever 39 and stretching mechanism 57 are hinged, and the rear end of action lever 39 is hinged by respective link and bag pressing plate 30, and action lever 39 stage casings and mobile slideway support 35 are hinged; Double-layer folding plastic film rolls 40 hangs on the crossbeam of framework top, and the below of mobile slideway 12 is provided with film locating clip 41 and heat knife device 36 successively, and the below of heat knife device is provided with bacterium bag bracket 37, and the bacterium bag bracket is connected with holder bag cylinder 42.Heat knife device 36 comprises one section horizontal cutter and one section vertical cutter, and vertical cutter spacing is partially T-shaped in horizontal cutter time end, the laterally complete sealing of the plastic film that wraps up the bacterium bag can not be cut and vertically only seal, and does not stay film side pin waste material.
During coating, drop-down film entrains into mobile slideway 12, mobile slideway support 35, action lever 39 in the double-layer folding film, and the film bottom is by heat knife device 36 involutions, and clamp with film locating clip 41 film sealing mouth top.After bacterium bag 16 is pushed into mobile slideway 12, holder bag cylinder 42 promotes bacterium bag bracket 37 and rises, film locating clip 41 opens, with bag pressing plate 30, descend, action lever 39 front ends rise, mobile slideway 12 opens with stretching mechanism 57, the bacterium bag falls, with film, drop on bacterium bag bracket 37, holder bag cylinder 42 drives bacterium bag bracket 37 and drops to the sealing station, heat knife device 36 closures, film locating clip 41 closures, film outside the bacterium bag is laterally by sealing with vertically by involution, the bacterium bag is wrapped in film, heat knife device 36 resets, when bag pressing plate 30 resets, action lever 39 and mobile slideway 12 reset, when next cycle carries cylinder to send the bacterium bag, the bacterium bag that completes coating will be by outside lower bacterium bag push rod 18 kickoff mechanisms.
See Fig. 8, Fig. 9, Figure 10, the rationed unit of bacterial classification comprises broken kind of case 43, air accumulator 44 and quantitative discharging device 45, broken kind of case 43 bottoms are provided with quantitative discharging device 45, be respectively equipped with crusher chamber and storage cavity from top to bottom in broken kind of case 43, the crusher chamber bottom is screen cloth, be provided with spoke roller 46 in crusher chamber, be provided with in storage cavity and pull out material bar 47, pulling out material bar 47 is used for bacterial classification is dialled in quantitative frame 49, one end of spoke roll shaft is connected with rotary cylinder 56, and the other end expects that with pulling out the bar axle is connected by a pair of gear pair; Quantitative discharging device 45 comprises chute 48, quantitative frame 49, communicating pipe 50, blows material sleeve pipe 51 and blows material inner tube 52, chute 48 bottoms are provided with communicating pipe 50 and blow material sleeve pipe 51 and are connected, blow material sleeve pipe 51 and be less than 45 degree with the angle of communicating pipe 50, blow the material inner tube 52 head be located at blow the material sleeve pipe 51 in, blowing material inner tube 52 is connected by winning in succession with the tailpiece of the piston rod that opens and closes cylinder 54, the afterbody that blows material inner tube 52 is connected with air accumulator 44, and the head that blows material sleeve pipe 51 connects pneumatic transmission bacterial classification flexible pipe;
The top of chute 48 is provided with cover plate 53, cover plate is provided with evenly equidistant opening, many one than the quantity of communicating pipe 50 of open amount, cover plate 53 not opening part is corresponding with communicating pipe 50, be provided with mobilizable quantitative frame 49 in chute 48, the twice that quantitatively the sub-box quantity in frame is communicating pipes 50 quantity, in two adjacent sub-boxes, one is positioned at the not below of opening part of cover plate 53, another is positioned at the below of cover plate opening part, quantitatively an end of frame 49 is connected with the tailpiece of the piston rod of dosing cylinder 55, the discharging opening that blows material sleeve pipe 51 is connected with the charging aperture that send kind of bevel arm piece by flexible pipe.
The quantitative frame 49 of dosing cylinder 55 push-and-pull makes each sub-box alternately in the opening part of cover plate 53 and the below of opening part not, charging and blowing action hocket, rotary cylinder 56 drives spoke roller 46 and rotates, pull out material bar 47 and carry out broken kind and material toggling with its rotation, dosing cylinder 55 promotes quantitative frame 49, when being admitted to, bacterial classification blows material sleeve pipe 51 when interior, open and close cylinder and push away the end opening that blows 52 sealing communicating pipes 50 of material inner tube for 54 times, air accumulator 44 discharges the aseptic body of calming the anger, the bacterial classification that gas will blow in material sleeve pipe 51 is blown into sending in kind of bevel arm piece 27 of inoculation unit, when air accumulator 44 stops exitting, opening and closing cylinder 54 resets.

Claims (6)

1. full-automatic bag-cultivation of shiitake fungus solid spawn inoculation device, it is characterized in that, comprise bacterium bag supply unit, inoculation unit, bacterium bag coating unit, the rationed unit of bacterial classification and control module, bacterium bag supply unit combines successively in order to be arranged in a framework with inoculation unit, bacterium bag coating unit and forms bacterial classification inoculation main frame, wherein inoculate unit and be connected by pneumatic transmission bacterial classification flexible pipe with the rationed unit of bacterial classification, the rationed unit of bacterial classification separate configurations.
2. full-automatic bag-cultivation of shiitake fungus solid spawn inoculation device according to claim 1, it is characterized in that, described bacterium bag supply unit comprises the two slideways of level, side slope road and conveying cylinder, be divided into the material loading section, inoculation section and bacterium bag coating section, the side slope road vertically is positioned at the material loading section of the two slideways of level, carry the two slideways of cylinder and level to be arranged in parallel, carry cylinder bottom to be provided with lifting linking member, carry the pistons end of cylinder to be provided with push pedal, the push pedal bottom is connected with lower bacterium bag push rod, be provided with pin between the two slideways of the level of material loading section, the exit side of the two slideways of level is provided with one section mobile slideway.
3. full-automatic bag-cultivation of shiitake fungus solid spawn inoculation device according to claim 2, is characterized in that, the two slideways of the level top between described material loading section and inoculation section is provided with bacterium bag baffle plate, and bacterium bag baffle plate is provided with disinfecting brush.
4. full-automatic bag-cultivation of shiitake fungus solid spawn inoculation device according to claim 1, it is characterized in that, described inoculation unit comprises jumper bar frame, bag clamping device, jumper bar pressure beam and depression bar cylinder, wherein entrainment device comprises bag pressing plate, optical axis, arm-tie and presses the bag cylinder, and an end of optical axis connects bag pressing plate, and the other end of optical axis is connected with arm-tie, be provided with linear bearing between optical axis and framework, arm-tie is provided with presses the bag cylinder, presses the tailpiece of the piston rod of bag cylinder to be connected with framework, and lifting linking member is connected with arm-tie;
Described jumper bar frame comprises support body, jumper bar, bacterial classification depression bar, send kind of bevel arm piece and jumper bar frame slideway, support body upper plunger and bacterial classification depression bar in tandem, the support body bottom is provided with jumper bar frame slideway, jumper bar frame slideway is located on the upper surface of bag pressing plate, the bottom of bacterial classification depression bar is inserted and is sent kind of a bevel arm piece, send kind of bevel arm piece position below support body, positioning cylinder is located on support body, and the piston rod end of positioning cylinder is connected with bag pressing plate by support plate; The depression bar cylinder is located at the bag pressing plate both sides, and jumper bar presses girder span overshoot bridge to be connected with the piston rod end of both sides depression bar cylinder.
5. full-automatic bag-cultivation of shiitake fungus solid spawn inoculation device according to claim 1, it is characterized in that, described bacterium bag coating unit comprises mobile slideway support, action lever, heat knife device and bacterium bag bracket, mobile slideway support front end is connected with mobile slideway downwards by stretching mechanism, and the mobile slideway back-end support is connected with the crossbeam on framework; Action lever is positioned at the top of mobile slideway support, and front end and the stretching mechanism of action lever are hinged, and the rear end of action lever is hinged by respective link and bag pressing plate, and action lever stage casing and mobile slideway support are hinged; The below of mobile slideway is provided with film locating clip and heat knife device successively, and the below of heat knife device is provided with the bacterium bag bracket, and the bacterium bag bracket is connected with holder bag cylinder.
6. full-automatic bag-cultivation of shiitake fungus solid spawn inoculation device according to claim 1, it is characterized in that, the rationed unit of described bacterial classification comprises broken kind of case, air accumulator and quantitative discharging device, broken kind of case bottom is provided with quantitative discharging device, in broken kind of case, is respectively equipped with crusher chamber and storage cavity from top to bottom, and the crusher chamber bottom is screen cloth, be provided with the spoke roller in crusher chamber, be provided with in storage cavity and pull out the material bar, an end of spoke roll shaft is connected with rotary cylinder, and the other end expects that with pulling out the bar axle is connected by a pair of gear pair;
Quantitative discharging device comprises chute, quantitative frame, communicating pipe, blows the material sleeve pipe and blow the material inner tube, the chute bottom is provided with communicating pipe and blows the material sleeve pipe and is connected, blow material sleeve pipe and the angle of communicating pipe and be less than 45 degree, blow the material inner tube head be located at blow the material sleeve pipe in, blow the material inner tube and be connected by winning in succession with the tailpiece of the piston rod that opens and closes cylinder, the afterbody that blows the material inner tube is connected with air accumulator;
The top of chute is provided with cover plate, cover plate is provided with evenly equidistant opening, many one than the quantity of communicating pipe of open amount, cover plate not opening part is corresponding with communicating pipe, be provided with mobilizable quantitative frame in chute, the twice that quantitatively the sub-box quantity in frame is communicating pipe quantity, in two adjacent sub-boxes, one is positioned at the not below of opening part of cover plate, another is positioned at the below of cover plate opening part, quantitatively an end of frame is connected with the tailpiece of the piston rod of dosing cylinder, and the discharging opening that blows the material sleeve pipe is connected with the charging aperture that send kind of bevel arm piece by flexible pipe.
CN201310439834.8A 2013-09-23 2013-09-23 Fully-automatic bag-planted solid mushroom strain inoculating machine Expired - Fee Related CN103461003B (en)

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CN104145717A (en) * 2014-08-28 2014-11-19 丽水市林业科学研究院 Device for inoculating mushroom and black fungus sticks and inoculation method
CN104255298A (en) * 2014-09-28 2015-01-07 尹宝玉 Efficient automatic sterilization vaccinator
CN104381012A (en) * 2014-10-15 2015-03-04 浙江省庆元县农福食用菌研究所 Full-automatic tremella mushroom-stick inoculation machine
CN104429595A (en) * 2014-11-12 2015-03-25 庆元县春晓自动化科技有限公司 Full-automatic capsule strain machine
CN104982223A (en) * 2015-06-18 2015-10-21 江苏食品药品职业技术学院 Multi-functional edible mushroom inoculator
CN105613040A (en) * 2016-01-05 2016-06-01 荆门市五三新欣食用菌研发种植基地 Automatic bacteria stick inoculating machine
CN106134767A (en) * 2016-06-27 2016-11-23 浙江德盛鑫科技有限公司 A kind of edible fungi inoculation equipment
CN106416758A (en) * 2016-12-16 2017-02-22 内黄县昌兴生物机械设备有限公司 Multi-station full-automatic inoculation machine
CN107182553A (en) * 2017-06-27 2017-09-22 吉林大学 A kind of flat mushroom edible fungi inoculation sack-filling device and inoculation method

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CN104255298B (en) * 2014-09-28 2017-08-15 广东中南人力资源有限公司 Efficiently automatic disinfection inoculation machine
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CN104982223A (en) * 2015-06-18 2015-10-21 江苏食品药品职业技术学院 Multi-functional edible mushroom inoculator
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CN105613040A (en) * 2016-01-05 2016-06-01 荆门市五三新欣食用菌研发种植基地 Automatic bacteria stick inoculating machine
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