CN206165235U - Edible mushroom bag's production facility - Google Patents
Edible mushroom bag's production facility Download PDFInfo
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- CN206165235U CN206165235U CN201621185665.5U CN201621185665U CN206165235U CN 206165235 U CN206165235 U CN 206165235U CN 201621185665 U CN201621185665 U CN 201621185665U CN 206165235 U CN206165235 U CN 206165235U
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- frame
- hopper
- bacterium
- sealing
- bacterium bag
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Abstract
The utility model discloses an edible mushroom bag's production facility, the utility model discloses accomplished edible mushroom bag cultivateed material feeding, bagging -off, compaction, acanthopore, vaccinated and seal from going out operation on same equipment, except that the installation of wrapping bag needed manual work, other processes all were the operation of automizing, the utility model discloses can adjust the size that the packing fungus was wrapped according to the different demands of domestic fungus kind, adjust the compacted density of packing fungus package, adjust the size that the inoculum concentration was wrapped to the fungus, make fungus package packing realize the standardization and operate, greatly improve operating efficiency and operation effect, the self -service terminal is wide in application range.
Description
Technical field
This utility model is related to edible fungi equipment technical field, relates in particular to a kind of edible fungi culture by after sterilizing
The bacterium bag Integral producing apparatus that material is packed, is inoculated with, being compacted, being sealed.
Background technology
In recent years, the edible fungi culture scale of China constantly expands, but at present during Edible Fungi, the pack of bacterium material
Work is more still to be completed using artificial manual operations.Not only the amount of labour is big for artificial manual operations, and working place can not
Carry out under completely enclosed environment, easily make compost that miscellaneous bacteria cross infection occurs, and then affect the quality of edible fungi and go out
Bacterium amount.There are problems that in the edible compost sealed in unit having been reported, some packaging efficiencies are higher, effect preferable, but
Equipment is complicated, and price is higher, and market utility ratio is not high；Some prices are relatively low, and mushroom grower can be afforded, but encapsulate bacterium bag effect
Undesirable, efficiency is not also high, and encapsulates bacterium bag specification list one, it is impossible to adapts to different strain close to the difference of bacterium bag size, bacterium bag
The different demand of degree.Therefore, it is necessary to develop a kind of relatively simple for structure, than less expensive, encapsulation bacterium bag specification can for cost of manufacture
Adjust, packaging effect is preferable, the production equipment of the higher edible fungi bacterium bag of packaging efficiency.
The content of the invention
For the deficiencies in the prior art, this utility model provides a kind of production equipment of edible fungi bacterium bag, the bacterium of the equipment
How much adjustable bag packaging compost is, and bacterium bag encapsulation specification is adjustable, and bacterium bag compacted density is adjustable, and bacterium bag packaging effect is good, work effect
Rate is high.
This utility model is achieved through the following technical solutions.
A kind of production equipment of edible fungi bacterium bag of the present utility model, including frame, frame gripper shoe, feeding system, material
Case volume adjustment system, hopper sliding system, bacterium material bagging, compacting, acanthopore and inoculation system, bacterium bag releases system, bacterium bag envelope
Port system and electronic control system.
Described feeding system includes hopper and expects pipe, and hopper is fixed on the top of frame top, and expects pipe is connected with hopper
And it is fixed on the lower section of frame top.
Described hopper volume adjustment system is by hopper, horizontal closure plate, vertical closure plate, adjusting knob, hopper draw back plate and work
Dynamic groove is constituted, and described hopper is located at the periphery of expects pipe.Hopper is without top, bottomless, the following high 30-50 of the top of hopper compared with expects pipe
Mm, the left side connection hopper draw back plate outside hopper, left side is arranged by horizontal closure plate, vertical closure plate and stifled platform adjusting knob structure in hopper
Into the stifled platform of expects pipe, the stifled platform of expects pipe is inverted L shape, and the above is horizontal closure plate, and the left end of horizontal closure plate extends feed box, horizontal closure plate
Middle part be provided with push/pull slot, the right-hand member of horizontal closure plate connects vertical closure plate, and adjusting knob is located at the top of hopper draw back plate, adjusting knob
Horizontal closure plate is linked together with case draw back plate, horizontal closure plate can as track, centered on adjusting knob, left and right be moved with push/pull slot
Dynamic, the lower end of vertical closure plate is located in loose slot.
Described hopper sliding system by hopper, hopper draw back plate, loose slot, hopper push-and-pull hydraulic pump, stretch out sensor
Constitute with contract sensor, hopper draw back plate is connected to the left side outside hopper, the left side connection hopper push-and-pull liquid of hopper draw back plate
Press pump, hopper push-and-pull hydraulic pump is fixed on the inner side on the left of frame, stretches out the front upper end that sensor is arranged on hopper, works as hopper
When arriving at low order end, place on the right of hopper is close in frame gripper shoe and is provided with hopper contract sensor, stretch out sensor and contraction
The hydraulic stem of sensor control hopper push-and-pull hydraulic pump stretches, and hopper can be supported in frame in the presence of hopper push-and-pull hydraulic pump
Track on plate along loose slot horizontally slips.
Described bacterium material bagging, compacting, acanthopore and inoculation system include hydraulic pump, bacterium material pressing plate, acanthopore and inoculation bar, under
Material mouth, supporting pole rack, pocket strut, control handle, connecting rod, bacterium material supporting table, bacterium bag set frame, set frame raise-lower hydraulic pump, set frame connection
Bar, set frame active rail, sensor, seeding tank, bacterium pressure tank pump.Described feed opening is located at contract sensor in frame gripper shoe
Left side, be provided with hydraulic pump in the frame directly over feed opening, be provided with adjusting nut in the hydraulic rod top of hydraulic pump, be used for
The haul distance of hydraulic stem is adjusted, in the bottom of hydraulic stem bacterium material pressing plate is provided with, the periphery specification of bacterium material pressing plate is less than feed opening
30-40mm, is arranged with two root thorn holes and inoculation bar below bacterium material pressing plate, and acanthopore and inoculation bar are hollow pipe, and bottom sets
There is strain to export, top is provided with flexible pipe and connects with seeding tank.Bacterium material supporting table and bacterium bag set are provided with vertically below in feed opening
Frame, bacterium material supporting table is fixed on the base of frame, and the periphery specification of bacterium material supporting table is equal with feed opening, bacterium bag set frame activity
The periphery of bacterium material supporting table is arranged on, bacterium material supporting table restriction bacterium bag set frame is only up and down, and the side of bacterium bag set frame is provided with
Set frame active rail, frame is covered together with covering frame active rail and being movably fixed to by covering frame connecting rod by bacterium bag, and bacterium bag covers frame side
Frame base is provided with set frame raise-lower hydraulic pump, and set frame raise-lower hydraulic pump is provided with control handle, and by control handle set frame liter is acted on
Drop hydraulic pump control the lifting that bacterium bag covers frame.Supporting pole rack is provided with below feed opening periphery, frame gripper shoe, supporting pole rack is
" recessed " shape framework, at the corner corresponding with feed opening of the front lower place of supporting pole rack framework 1 pocket strut, supporting pole rack are respectively equipped with
Through connecting rod is hinged with control handle, and supporting pole rack and control handle are synchronously moved forward and backward.When hopper is run to high order end, in frame
It is close to be provided with sensor at hopper the right in gripper shoe.Described seeding tank and bacterium pressure tank pump is arranged on the lower left of frame,
The exit of seeding tank is provided with electronic time-delay switch, bacterium pressure tank pump connection seeding tank.
Described bacterium bag is released system and is made up of bacterium bag push pedal, bacterium bag push pedal hydraulic pump, in bacterium material supporting table upper left
Bacterium bag push pedal is provided with, bacterium bag push pedal is connected with the bacterium bag push pedal hydraulic pump being fixed under frame gripper shoe.
Described bacterium bag closure system includes sealing platform, sealing hydraulic pump and heat-sealing device, described sealing platform
It is made up of motor and drivewheel, driven pulley, transmission belt, guardrail, transmission belt is with bacterium material supporting table in same level.Envelope
Oral fluid press pump is arranged in the frame 1 above sealing platform.Described heat-sealing device by seal frame axle, heat-sealing frame, connecting rod, heat
Shrouding, compression spring, sealing sensor are constituted, under sealing the frame gripper shoe that frame axle is arranged on above sealing platform central, institute
The heat-sealing frame stated is two symmetrical arc frames, is hinged on before and after the upper end for sealing frame on heat-sealing frame axle, and lower end is plane, heat-sealing
Plate is electrical heating metallic plate, is screwed in the lower end of heat-sealing frame, and connecting rod is two symmetrical metallic rods, connecting rod it is upper
End is hinged the lower end of sealing hydraulic pump hydraulic stem, and the lower end of connecting rod is cut with scissors respectively with the middle part on the outside of the arc of two heat-sealing framves
Connect, compression spring is arranged on the top on the inside of two heat-sealing framves.Sealing sensor is arranged on the front side of frame, highly opens in heat-sealing frame
Lower section when opening.
Described electronic control system is arranged on inside the left side of frame.
The length of described feed opening is equal to the length of hopper maximum blanking, and the width of feed opening is equal to the width of hopper.
Described bacterium material pressing plate is flat board or arc.
Described bacterium material supporting table is shaped as flat board or arc.
The width 10-20 mm long compared with the length of feed opening or so of left and right, the length before and after framework in described supporting pole rack framework
Spend for the length before and after twice above feed opening.
Described bacterium pressure tank pump is that air filtration purifies aseptic compression pump.
During operation：
（1）According to the needs of strain, the size of bacterium material packaging bag, hopper volume are adjusted by adjusting the size of hopper volume
The method of the adjustment of size is：Stifled platform adjusting knob is unscrewed, horizontal closure plate to Zola, hopper volume becomes big, otherwise hopper holds
Product diminishes, and again tightens stifled platform adjusting knob after adjusting properly；
（2）According to the shape that bacterium bag is required, the arc or writing board shape of bacterium material pressing plate and bacterium material supporting table are changed；
（3）According to different strain, the different demand of different compost bacterium bag compacted densities, hydraulic pump top hydraulic pressure is adjusted
The adjusting nut of bar, when turning clockwise, hydraulic stem is lifted up, and the compacted density of bacterium bag will diminish, during rotate counterclockwise, liquid
Depression bar is extended downwardly, and the compacted density of bacterium bag will become big；
（4）According to step（1）With（3）Demand, adjust electronic control system interlock circuit time control switch；
（5）Activate switch, will complete the culture medium of edible fungus input hopper for sterilizing；
（6）Pull control handle, supporting pole rack is moved to before, the opening edge support of bacterium material packaging bag at four of supporting pole rack
On pocket strut, then by control handle pushed home, the opening for making bacterium material packaging bag is directed at feed opening, and the return of control handle makes set
Frame raise-lower hydraulic pump work, bacterium bag set frame moves for bacterium material packaging bag to be inserted in bacterium bag set inframe, protection bacterium material packaging vertically upward
Bag；
（7）The culture medium of edible fungus of sterilizing falls into hopper through expects pipe compost, stretches out when the full hopper of culture stream is touched
During sensor, push away in the control nowel push-and-pull hydraulic pressure pump startup for stretching out sensor and stretch, by hopper draw back plate to the right material pushing box and
The stifled platform of the expects pipe of linkage, the compost that the stifled platform of expects pipe blocks expects pipe 5 falls into again hopper；
（8）When hopper slides into feed opening to the right along loose slot, culture medium of edible fungus starts to fall into bacterium material packaging bag,
Hopper continues to slide to the right, and contract sensor is touched on the right of hopper, and now compost has entirely fallen in bacterium material packaging
Bag, case push-and-pull hydraulic pump starts contraction under contract sensor control, original position, case is returned to Zola's hopper by hopper draw back plate
Push-and-pull hydraulic pump quits work；
（9）The sensor that the return of hopper is touched on the right side of hopper, hydraulic pump starts to push operation under the control of sensor,
Simultaneously in acanthopore and inoculation bar insertion compost, acanthopore operation is completed, when the hydraulic stem of hydraulic pump reaches maximum, in sensing
Under the control of device electronic time-delay switch open switch, make seeding tank liquid spawn Jing flexible pipes and acanthopore and inoculation bar, in bacterium tank
Complete to be inoculated with operation under the pressure of compression pump；Then electronic time-delay switch is closed, the hydraulic stem return of hydraulic pump, bacterium material packaging bag
Depart from from pocket strut under the action of gravity of compost, fall in bacterium material supporting table, bacterium bag set frame whereabouts return；
（10）Bacterium bag push pedal hydraulic pump starts under the control of sensor and the delay switch of electronic control system, and bacterium bag is pushed away
Plate hydraulic pump stretches out, and the push pedal of Jing bacterium bags pushes to bacterium material packaging bag to seal platform；
（11）In the presence of motor and drivewheel, bacterium material packaging bag is moved to into the central authorities of sealing platform, now touched
And sealing sensor, under sealing sensor control, motor and drivewheel stop motion, sealing hydraulic pump starts and stretches out liquid
Depression bar pushes connecting rod, and in the presence of connecting rod and heat-sealing frame axle, the lower end for making heat-sealing frame closes up heat-sealing frame, in heat-sealing frame
Then bacterium material packaging bag enclosing is sealed hydraulic pump return by the heat sealing plate of lower end, and heat-sealing frame is in sealing hydraulic pump and compression spring
In the presence of be open, motor and drivewheel start, and the bacterium bag that will complete to seal is removed from outlet, completes an edible fungi
The production operation of bag.
This utility model compared with prior art, has the advantages that：（1）Edible fungi is completed on the same device
Bacterium bag from compost charging of going out, pack, compacting, acanthopore, inoculation and sealing operation, except the installation of packaging bag needs manual work
Outward, all automated jobs of other operations, drastically increase working performance and operation effectiveness, make bacterium bag packaging realize rule
Generalized is operated；（2）This utility model according to the different demands of edible fungi species, can adjust the size of packaging bacterium bag；（2）This practicality
It is new to pack the compacted density of bacterium bag according to the different demands of edible fungi species, scalable；（4）This utility model can be according to food
With the different demands of strain class, the size of bacterium bag inoculum concentration is adjusted；（5）This utility model working performance is high, applied widely.
Description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is hopper volume adjustment system structure diagram of the present utility model.
Fig. 3 is this utility model heat-sealing device structural representation.
In figure：1st, frame, 2, frame gripper shoe, 3, electronic control system, 4, hopper, 5, expects pipe, 6, hopper, 7, level blocks up
Plate, 8, vertical closure plate, 9, adjusting knob, 10, hopper draw back plate, 11, loose slot, 12, push/pull slot, 13, hopper push-and-pull hydraulic pump,
14th, sensor is stretched out, 15, contract sensor, 16, hydraulic pump, 17, bacterium material pressing plate, 18, acanthopore and inoculation bar, 19, feed opening,
20th, supporting pole rack, 21, pocket strut, 22, control handle, 23, connecting rod, 24, bacterium material supporting table, 25, bacterium bag set frame, 26, set frame lifting
Hydraulic pump, 27, set frame connecting rod, 28, set frame active rail, 29, sensor, 30, seeding tank, 31, bacterium pressure tank pump, 32, adjust
Nut, 33, flexible pipe, 34, electronic control switch, 35, bacterium bag push pedal, 36, bacterium bag push pedal hydraulic pump, 37, sealing hydraulic pump, 38,
Motor and drivewheel, 39, driven pulley, 40, transmission belt, 41, guardrail, 42, heat-sealing frame axle, 43, heat-sealing frame, 44, connecting rod,
45th, heat sealing plate, 46, compression spring, 47, sealing sensor.
Specific embodiment
This utility model is further described below in conjunction with the accompanying drawings.
As Figure 1-3, a kind of production equipment of edible fungi bacterium bag of the present utility model, including frame 1, frame gripper shoe
2, feeding system, hopper volume adjustment system, hopper sliding system, bacterium material bagging, compacting, acanthopore and inoculation system, bacterium bag is pushed away
Go out system, bacterium bag closure system and electronic control system 3.Described feeding system includes hopper 4 and expects pipe 5, and hopper 4 is fixed on
The top at the top of frame 1, expects pipe 5 connects and is fixed on the lower section at the top of frame 1 with hopper 4.Described hopper volume adjustment system
By hopper 6, horizontal closure plate 7, vertical closure plate 8, adjusting knob 9, hopper draw back plate 10 and loose slot 11 are constituted system.Described hopper 6
It is located at the periphery of expects pipe 5.Hopper 6 without top, bottomless, the top of hopper 6 compared with expects pipe 5 following high 30-50 mm, the left side outside hopper 6
Side connects left side in hopper draw back plate 10, hopper 6 and arranges the material being made up of horizontal closure plate 7, vertical closure plate 8 and stifled platform adjusting knob 9
Pipe plug platform, the stifled platform of expects pipe is inverted L shape, and the above is horizontal closure plate 7, and the left end of horizontal closure plate 7 extends feed box 6, horizontal closure plate 7
Middle part is provided with push/pull slot 12, and the right-hand member of horizontal closure plate 7 connects vertical closure plate 8, and adjusting knob 9 is located at the top of hopper draw back plate 10,
Adjusting knob 9 links together horizontal closure plate 7 with case draw back plate 10.Horizontal closure plate 7 can be with push/pull slot 12 as track, with adjusting knob
Move left and right centered on 9.The lower end of vertical closure plate 8 is located in loose slot 11.Described hopper sliding system is by hopper 6, hopper
Draw back plate 10, loose slot 11, hopper push-and-pull hydraulic pump 13, stretch out sensor 14 and contract sensor 15 is constituted.Hopper draw back plate
10 are connected to the left side outside hopper 6, the left side connection hopper push-and-pull hydraulic pump 13 of hopper draw back plate 10, hopper push-and-pull hydraulic pump 13
The inner side in the left side of frame 1 is fixed on, the front upper end that sensor 14 is arranged on hopper 6 is stretched out, when hopper 6 arrives at low order end,
It is close to be provided with hopper contract sensor 15 at the right of hopper 6 in frame gripper shoe 2, stretches out sensor 14 and contract sensor 15
The hydraulic stem of control hopper push-and-pull hydraulic pump 13 stretches, and hopper 6 can be supported in frame in the presence of hopper push-and-pull hydraulic pump 13
Track on plate 2 along loose slot 11 horizontally slips.Described bacterium material bagging, compacting, acanthopore and inoculation system include hydraulic pump
16th, bacterium material pressing plate 17, acanthopore and inoculation bar 18, feed opening 19, supporting pole rack 20, pocket strut 21, control handle 22, connecting rod 23, bacterium
Material supporting table 24, bacterium bag set frame 25, set frame raise-lower hydraulic pump 26, set frame connecting rod 27, set frame active rail 28, sensor 29, bacterium
Plant tank 30, bacterium pressure tank pump 31.Described feed opening 19 is located at the left side of contract sensor 15 in frame gripper shoe 2, feed opening
19 length is equal to the length of the maximum blanking of hopper 6, and the width of feed opening 19 is equal to the width of hopper 6.Just go up in feed opening 19
The frame 1 of side is provided with hydraulic pump 16.Described hydraulic pump 16 is vertically disposed hydraulic pump, and tune is provided with the top of hydraulic stem
Section nut 32, for adjusting the haul distance of hydraulic stem.Bacterium material pressing plate 17 is provided with the bottom of hydraulic stem, bacterium material pressing plate 17 is flat
Plate or arc, the periphery specification of bacterium material pressing plate 17 is less than the 30-40mm of feed opening 19, symmetrically sets in the lower section of bacterium material pressing plate 17
There are 2 root thorn holes and inoculation bar 18.Described acanthopore and inoculation bar 18 is hollow pipe, and bottom is provided with strain outlet, and top is provided with soft
Pipe 33 is connected with seeding tank 30.Bacterium material supporting table 24 and bacterium bag set frame 25 are provided with vertically below in feed opening 19.Described bacterium
Material supporting table 24 is fixed on the base of frame 1, and the periphery specification of bacterium material supporting table 24 is equal with feed opening 19, bacterium material supporting table
24 are shaped as flat board or arc.Described bacterium bag set frame 25 is movably arranged on the periphery of bacterium material supporting table 24, bacterium material supporting table
24 restriction bacterium bag set frames 25 are only up and down, and the side of bacterium bag set frame 25 is provided with set frame active rail 28, by covering frame connecting rod
27 bacterium bag set frame 25 is movably fixed to set frame active rail 28 together with.The base of frame 1 of bacterium bag set frame 25 side is provided with set
Frame raise-lower hydraulic pump 26, set frame raise-lower hydraulic pump 26 is provided with control handle 22, and by control handle 22 set frame raise-lower hydraulic pump is acted on
26 control the lifting that bacterium bag covers frame 25.Supporting pole rack 20, supporting pole rack are provided with the lower section of the periphery of feed opening 19, frame gripper shoe 2
20 is " recessed " shape framework, the width 10-20 mm long compared with the length of feed opening 19 or so of left and right, the length before and after framework in framework
For the length before and after twice above feed opening 19.Distinguish with the corresponding corner of feed opening 19 in the front lower place of the framework of supporting pole rack 20
It is provided with 1 pocket strut 21.The through connecting rod 23 of supporting pole rack 20 is hinged with control handle 22, before supporting pole rack 20 and control handle 22 are synchronously carried out
After move.When hopper 6 is run to high order end, it is close to be provided with sensor 29 at the right of hopper 6 in frame gripper shoe 2.It is described
Seeding tank 30 and bacterium pressure tank pump 31 be arranged on the lower left of frame 1, it is aseptic that bacterium pressure tank pump 31 is that air filtration is purified
Compression pump, connects seeding tank 30, makes seeding tank 30 stably keep normal pressure state.The exit of seeding tank 30 is provided with electronic delay
Switch 34, controls it and starts and closing by sensor 29.Described bacterium bag releases system by bacterium bag push pedal 35, bacterium bag push pedal hydraulic pressure
Pump 36 is constituted, and in the upper left of bacterium material supporting table 24 bacterium bag push pedal 35 is provided with, bacterium bag push pedal 35 be fixed under frame gripper shoe 2
Bacterium bag push pedal hydraulic pump 36 connect.Described bacterium bag closure system includes sealing platform, sealing hydraulic pump 37 and hot-seal dress
Put, described sealing platform is made up of motor and drivewheel 38, driven pulley 39, transmission belt 40, guardrail 41, transmission belt 40 with
Bacterium material supporting table 24 is in same level.Sealing hydraulic pump 37 is arranged in the frame 1 above sealing platform.Described hot-seal
Device is constituted by frame axle 42, heat-sealing frame 43, connecting rod 44, heat sealing plate 45, compression spring 46, sealing sensor 47 is sealed, and is sealed
Frame axle 42 is arranged under the frame gripper shoe 2 above sealing platform central, and described heat-sealing frame 43 is two symmetrical arc frames,
It is hinged on before and after the upper end of heat-sealing frame 43 on heat-sealing frame axle 42, lower end is plane, described heat sealing plate 45 is electrical heating metallic plate,
The lower end of heat-sealing frame 43 is screwed in, described connecting rod 44 is two symmetrical metallic rods, and the upper end of connecting rod 44 is cut with scissors
The lower end of the sealing hydraulic stem of hydraulic pump 37 is connect, the lower end of connecting rod 44 is cut with scissors respectively with the middle part on the outside of the arc of two heat-sealing framves 43
Connect, described compression spring 46 is arranged on the top of the inner side of two heat-sealing frame 43.Described sealing sensor 47 is arranged on frame 1
Front side, the lower section highly when the first transaction of a day's business of frame 43 is sealed.Described electronic control system 3 is arranged on inside the left side of frame 1.
Claims (6)
1. a kind of production equipment of edible fungi bacterium bag, it is characterised in that the production equipment of bacterium bag includes frame, frame gripper shoe,
Feeding system, hopper volume adjustment system, hopper sliding system, bacterium material bagging, compacting, acanthopore and inoculation system, bacterium bag is released
System, bacterium bag closure system and electronic control system；
Described feeding system includes hopper and expects pipe, and hopper is fixed on the top of frame top, and expects pipe is connected with hopper and consolidated
It is scheduled on the lower section of frame top；
Described hopper volume adjustment system is by hopper, horizontal closure plate, vertical closure plate, adjusting knob, hopper draw back plate and loose slot
Constitute, hopper is located at the periphery of expects pipe, hopper without top, bottomless, the top of hopper compared with expects pipe following high 30-50 mm, outside hopper
Left side connection hopper draw back plate, left side arranges the expects pipe being made up of horizontal closure plate, vertical closure plate and stifled platform adjusting knob in hopper
Stifled platform, the stifled platform of expects pipe is inverted L shape, and the above is horizontal closure plate, and the left end of horizontal closure plate extends feed box, sets in the middle part of horizontal closure plate
The right-hand member for having push/pull slot, horizontal closure plate connects vertical closure plate, and adjusting knob is located at the top of hopper draw back plate, and adjusting knob blocks up level
Plate links together with case draw back plate, and horizontal closure plate can be moved left and right with push/pull slot as track, centered on adjusting knob, vertical stifled
The lower end of plate is located in loose slot；
Described hopper sliding system by hopper, hopper draw back plate, loose slot, hopper push-and-pull hydraulic pump, stretch out sensor and receipts
Contracting sensor is constituted, and hopper draw back plate is connected to the left side outside hopper, and the left side of hopper draw back plate connects hopper push-and-pull hydraulic pump,
Hopper push-and-pull hydraulic pump is fixed on the inner side on the left of frame, stretches out the front upper end that sensor is arranged on hopper, when hopper is arrived at
During low order end, place on the right of hopper is close in frame gripper shoe and is provided with hopper contract sensor, stretched out sensor and shrink sensing
The hydraulic stem of device control hopper push-and-pull hydraulic pump stretches, and hopper can be in frame gripper shoe in the presence of hopper push-and-pull hydraulic pump
Track along loose slot horizontally slips；
Described bacterium material bagging, compacting, acanthopore and inoculation system include hydraulic pump, bacterium material pressing plate, acanthopore and inoculation bar, blanking
Mouth, supporting pole rack, pocket strut, control handle, connecting rod, bacterium material supporting table, bacterium bag set frame, set frame raise-lower hydraulic pump, set frame connecting rod,
Set frame active rail, sensor, seeding tank, bacterium pressure tank pump；Described feed opening is located at contract sensor in frame gripper shoe
Left side, in the frame directly over feed opening hydraulic pump is provided with, and in the hydraulic rod top of hydraulic pump adjusting nut is provided with, for adjusting
The haul distance of section hydraulic stem, in the bottom of hydraulic stem bacterium material pressing plate is provided with, and the periphery specification of bacterium material pressing plate is less than feed opening 30-
40mm, is arranged with two root thorn holes and inoculation bar below bacterium material pressing plate, and acanthopore and inoculation bar are hollow pipe, and bottom is provided with bacterium
Outlet is planted, top is provided with flexible pipe and connects with seeding tank, in feed opening bacterium material supporting table and bacterium bag set frame, bacterium are provided with vertically below
Material supporting table is fixed on the base of frame, and the periphery specification of bacterium material supporting table is equal with feed opening, and bacterium bag set frame activity is arranged
In the periphery of bacterium material supporting table, bacterium material supporting table restriction bacterium bag set frame is only up and down, and the side of bacterium bag set frame is provided with set frame
Active rail, frame is covered together with covering frame active rail and being movably fixed to by covering frame connecting rod by bacterium bag, and bacterium bag covers the frame of frame side
Base is provided with set frame raise-lower hydraulic pump, and set frame raise-lower hydraulic pump is provided with control handle, acts on set frame by control handle and rises descending liquid
Press pump controls the lifting that bacterium bag covers frame, and supporting pole rack is provided with below feed opening periphery, frame gripper shoe, and supporting pole rack is " recessed "
Shape framework, is respectively equipped with 1 pocket strut at the corner corresponding with feed opening of the front lower place of supporting pole rack framework, and supporting pole rack Jing connects
Bar is hinged with control handle, and supporting pole rack and control handle are synchronously moved forward and backward, and when hopper is run to high order end, are supported in frame
It is close to be provided with sensor at hopper the right on plate, seeding tank and bacterium pressure tank pump are arranged on the lower left of frame, seeding tank goes out
Electronic time-delay switch, bacterium pressure tank pump connection seeding tank are provided with mouthful；
Described bacterium bag is released system and is made up of bacterium bag push pedal, bacterium bag push pedal hydraulic pump, is provided with bacterium material supporting table upper left
Bacterium bag push pedal, bacterium bag push pedal is connected with the bacterium bag push pedal hydraulic pump being fixed under frame gripper shoe；
Described bacterium bag closure system includes sealing platform, sealing hydraulic pump and heat-sealing device, and described sealing platform is by driving
Galvanic electricity machine and drivewheel, driven pulley, transmission belt, guardrail are constituted, transmission belt with bacterium material supporting table in same level, sealing solution
Press pump arrange sealing platform above frame 1 on, heat-sealing device by seal frame axle, heat-sealing frame, connecting rod, heat sealing plate, compression
Spring, sealing sensor are constituted, and under sealing the frame gripper shoe that frame axle is arranged on above sealing platform central, heat-sealing frame is two
Symmetrical arc frame, is hinged on heat-sealing frame axle before and after the upper end for sealing frame, and lower end is plane, and heat sealing plate is electrical heating metal
Plate, is screwed in the lower end of heat-sealing frame, and connecting rod is two symmetrical metallic rods, and the upper end of connecting rod is hinged sealing hydraulic pressure
The lower end of pump liquid depression bar, the lower end of connecting rod is hinged respectively with the middle part on the outside of the arc of two heat-sealing framves, and compression spring is arranged
Top on the inside of two heat-sealing framves, seals sensor and is arranged on the front side of frame, is highly sealing lower section when frame is opened a business；
Described electronic control system is arranged on inside the left side of frame.
2. the production equipment of edible fungi bacterium bag according to claim 1, it is characterised in that length of described feed opening etc.
In the length of hopper maximum blanking, the width of feed opening is equal to the width of hopper.
3. the production equipment of edible fungi bacterium bag according to claim 1, it is characterised in that described bacterium material pressing plate is flat board
Or arc.
4. the production equipment of edible fungi bacterium bag according to claim 1, it is characterised in that the shape of described bacterium material supporting table
Shape is flat board or arc.
5. the production equipment of edible fungi bacterium bag according to claim 1, it is characterised in that left in described supporting pole rack framework
Right width 10-20 mm long compared with the length of feed opening or so, the length before and after framework is the length before and after twice above feed opening
Degree.
6. the production equipment of edible fungi bacterium bag according to claim 1, it is characterised in that described bacterium pressure tank pump is sky
The aseptic compression pump of gas filtration, purification.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621185665.5U CN206165235U (en) | 2016-10-28 | 2016-10-28 | Edible mushroom bag's production facility |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621185665.5U CN206165235U (en) | 2016-10-28 | 2016-10-28 | Edible mushroom bag's production facility |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206165235U true CN206165235U (en) | 2017-05-17 |
Family
ID=58682411
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621185665.5U Active CN206165235U (en) | 2016-10-28 | 2016-10-28 | Edible mushroom bag's production facility |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106508427A (en) * | 2016-10-28 | 2017-03-22 | 山西省农业科学院食用菌研究所 | Production device and method for edible fungus bags |
| CN108432554A (en) * | 2018-03-23 | 2018-08-24 | 大连富森智能科技有限公司 | Liquid spawn is intelligently inoculated with clip |
-
2016
- 2016-10-28 CN CN201621185665.5U patent/CN206165235U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106508427A (en) * | 2016-10-28 | 2017-03-22 | 山西省农业科学院食用菌研究所 | Production device and method for edible fungus bags |
| CN108432554A (en) * | 2018-03-23 | 2018-08-24 | 大连富森智能科技有限公司 | Liquid spawn is intelligently inoculated with clip |
| CN108432554B (en) * | 2018-03-23 | 2023-06-02 | 大连富森智能科技有限公司 | Intelligent inoculation clamp for liquid strain |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190820 Address after: 472000 Qiandian Village, Yinzhuang Town, Lingbao City, Sanmenxia City, Henan Province Patentee after: Henan Changsheng Mushroom Research and Development Co., Ltd. Address before: 030031 Shanxi province city of Taiyuan City Street No. 79 Co-patentee before: Henan Lingbao Changsheng edible fungus Co., Ltd. Patentee before: Shanxi Provincial Academy of Agricultural Sciences |
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| TR01 | Transfer of patent right |