CN209882695U - Bagging device and automatic bagging production system for edible fungus bags - Google Patents

Abstract

The utility model relates to a cover bagging apparatus and automatic cover bag production system of domestic fungus package, including setting up first, the second in wrapping bag props a mouthful device discharge gate the place ahead and props a bag arc board, horizontal migration mechanism drive is first, the second props a bag arc board and wrapping bag props reciprocating motion between the mouth of pipe of the upper and lower air suction plate and the discharging pipe of a mouthful device, and first, second prop a bag arc board and upper and lower air suction plate are close to when, first, the second prop a bag arc board present and keep away from the state and implement the accepting state to the wrapping bag, first, second prop a bag arc board when being located the discharging pipe both sides, first, second prop a bag arc board present and be close to the state and wear the wrapping bag at the mouth of pipe position of discharging pipe, when the wrapping bag after propping a mouthful utilizes the wrapping bag to prop a mouthful device and transport to a set bag device position, first, second prop the one end of bag arc board stretch into the plastic packaging bag after the mouth, when first, second, When the second bag supporting arc plates are positioned at two sides of the discharge pipe, the plastic packaging bag is sleeved at the pipe opening of the discharge pipe in a penetrating manner.

Description

Bagging device and automatic bagging production system for edible fungus bags

Technical Field

The utility model relates to an agricultural production technical field, concretely relates to cover bagging apparatus.

Background

The mode that adopts fungus package to cultivate when domestic fungus is produced on a large scale is gone on more, the fungus package is as the cultivation place of domestic fungus, the preparation requirement to the fungus package is higher, fungus package composition contains the saw-dust mostly, the bran, principal ingredients such as edible gypsum powder, above-mentioned material is through certain ratio, after the stirring, disinfect, after the humidification is handled, can carry out the filling processing, the mode that adopts the polyethylene plastic bag carries out the filling, the fungus package after the filling is tied up the back, the processing of punching, evenly punch the hole around the fungus package, when actually cultivating, inject the domestic fungus bacterial to the fungus package in, then cultivate, control suitable temperature, humidity, will produce the hypha in the fungus package in the short time, and grow out finished product fungus mushroom from the hole.

For avoiding growing miscellaneous fungus in the fungus package, general fungus package life cycle is about a month probably, consequently general fungus mushroom is cultivated and needs the more fungus package of in time deposit, demand to be cultivated, during the preparation of the fungus package among the prior art, the raw materials after will disinfecting through rabbling mechanism leads to in the filling machine, then carry out the filling through artificial mode, the fungus package after the filling is tied up through artifical mode, then carry out subsequent production, consequently, production efficiency among the prior art is not high-efficient, can't satisfy on a large scale fungus mushroom production demand.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a cover bagging apparatus, its fungus package's production efficiency is high and degree of automation is high.

The technical proposal adopted by the utility model is as follows.

The utility model provides a bagging apparatus, props a bag arc board including setting up first, the second in wrapping bag opening device discharge gate the place ahead, first, second prop a bag arc board and be close to or keep away from and set up on horizontal migration mechanism, horizontal migration mechanism drive is first, the second props bag arc board and wrapping bag opening device upper and lower suction plate and the mouth of pipe between reciprocating motion of discharging pipe, first, second prop a bag arc board and upper and lower suction plate when being close to, first, second prop a bag arc board present keep away from the state and implement the accepting state to the wrapping bag, first, second prop a bag arc board when being located the discharging pipe both sides, first, second prop a bag arc board present and be close to the state and wear the mouth of pipe position at the discharging pipe with the wrapping bag.

The utility model discloses still there is following characteristic:

the first bag supporting arc plate and the second bag supporting arc plate are arranged on the transverse moving mechanism, the transverse moving mechanism is perpendicular to the moving direction of the horizontal moving mechanism, and the transverse moving mechanism drives the first bag supporting arc plate and the second bag supporting arc plate to be away from the discharging pipe.

First prop a bag arc board a side end rotary type setting on first branch, first branch is parallel with the discharging pipe, a side end that the second propped a bag arc board is provided with second branch, first branch and second branch are parallel and the rod end is fixed respectively on first, second mounting panel, first, second mounting panel is connected with the sideslip mechanism, the sideslip mechanism is connected with horizontal migration mechanism.

The utility model discloses a bag arc support device, including first bag arc board, first pole, second pole, first pole arc board, the extension board has upwards been hung to one side end of first bag arc board, the rod end cover of first pole is equipped with the torsional spring, the both ends of torsional spring support with the rod end extension board of first pole respectively and lean on, the pole of first pole is gone up and is provided with limit baffle, limit baffle supports with one side.

The upper end of the support plate is semicircular, one end of the limiting baffle extends along the length direction of the first support plate, and one side of the limiting baffle abuts against or is separated from one side of the semicircular plate at the upper end of the support plate.

The first support plate and the second support plate are respectively connected with a telescopic mechanism, and the telescopic mechanism drives the first support plate and the second support plate to be close to or far away from each other.

Telescopic machanism is including setting up the drive plate on first, second mounting panel, the drive plate on first, the second mounting panel is whole to be "eight" font and arranges, the drive plate extends along discharging pipe length direction, the both ends of drive plate are the extension board section and are close to the nose end of discharging pipe for the small distance end, the outside of drive plate all is provided with the gyro wheel, the rim of gyro wheel supports with the outside face of drive plate and leans on, the vertical and rotary type setting of the wheel core of gyro wheel is on flexible balladeur train, flexible balladeur train is connected with telescopic cylinder's piston rod, telescopic cylinder is parallel with the discharging pipe, the both ends straight line of drive plate extends and extending direction is parallel with the discharging pipe.

Two guide slide bars are arranged between the first support plate and the second support plate, one guide slide bar is sleeved with an A spring, and two ends of the A spring are respectively abutted against the first support plate and the second support plate.

The upper ends of the first support plate and the second support plate are respectively provided with a first sliding block, the first sliding blocks are arranged in a first sliding rail in a sliding mode, sliding grooves of the first sliding rail are dovetail grooves, and the length direction of the first sliding rail is parallel to the guide sliding rod.

The sliding mechanism comprises a nut arranged on the first slide rail, a screw rod is arranged in the nut, the screw rod is parallel to the second slide rail, and one end of the screw rod is connected with an output shaft of a motor.

The horizontal moving mechanism comprises a horizontal sliding cylinder, the length direction of the horizontal sliding cylinder is perpendicular to the screw rod, and the piston is connected with the second sliding rail.

The utility model discloses the technological effect who gains does: when the wrapping bag after propping the mouth utilizes the wrapping bag to prop the mouth device and transports to cover bagging apparatus position, horizontal migration mechanism drive is first, the second props the bag arc board and props the upper and lower aerofoil of mouth device with the wrapping bag and be close to, first, the second props the one end of bag arc board stretch into the plastic packaging bag after opening the mouth, first, the second props the bag arc board and presents the state of keeping away from, thereby realize accepting the plastic packaging bag, foretell wrapping bag props the mouth device and can reset, accomplish the operation of accepting to next plastic packaging bag, first, when the second props the bag arc board and is located the discharging pipe both sides, first, the second props the bag arc board and presents the state of being close to and wears to overlap the wrapping bag at the orificial mouth position of discharging pipe, thereby wear to overlap the orificial position of discharging pipe with the plastic packaging bag.

Drawings

FIG. 1 is a top view of a material feeding device, a bagging device, a packaging bag opening device and a packaging bag feeding device in an automatic edible fungus bag bagging production system;

FIG. 2 is a logic block diagram of an automatic bagging production system for edible fungus bags;

FIG. 3 is a front view of a material feeding device, a bagging device, a packaging bag opening device and a packaging bag feeding device in the automatic edible fungus bag bagging production system;

fig. 4 and 5 are two view structure schematic diagrams of the material feeding device;

FIG. 6 is a sectional view of the discharge pipe of the material feed device;

FIG. 7 is a sectional end view of the discharge pipe of the material feed device;

FIGS. 8 and 9 are schematic views of two kinds of view structures of the material supplying device and the opening device for the packing bag;

FIG. 10 is a front view of the bag pulling mechanism and the sealing mechanism in the material supply device;

FIG. 11 is a front view of the bag opener and cutter;

FIG. 12 is a front view of the bagging apparatus;

FIG. 13 is a left side view of FIG. 12;

fig. 14 to 16 are schematic views of three viewing angle structures of the bagging device.

Detailed Description

In order to make the objects and advantages of the present invention more apparent, the present invention will be described in detail with reference to the following embodiments. It is to be understood that the following text is only intended to describe one or several particular embodiments of the invention, and does not strictly limit the scope of the claims specifically claimed. As used herein, the terms "parallel" and "perpendicular" are not limited to their strict geometric definitions, but include tolerances for machining or human error, legibility and inconsistency; the specific features of the edible fungus bag production system are explained in detail below:

the following automatic bagging production system for the edible fungus bags is combined to explain the bagging device of the utility model in detail:

an automatic bagging production system for edible fungus bags comprises a material feeding device 10, wherein the material feeding device 10 is used for extruding mixed fungus bag raw materials, the outlet of the material feeding device 10 is connected with the outlet of the bagging device 20, the bagging device 20 is used for sleeving the plastic bag at the position of the feed inlet of the material feeding device 10, a fungus bag receiving device 30 is arranged at the outlet of the material feeding device 10, the fungus bag receiving device 30 is used for receiving fungus bags led out by the material feeding device 10, and the fungus bag is guided to the inlet position of the tying device 40, the tying device 40 is used for tying the fungus bag, the tying device 40 is used for tying the fungus bags, a discharge hole of the tying device 40 is connected with a feed hole of the perforating device 50, and the perforating device 50 is used for perforating the fungus bags;

combine fig. 1 to 3 to show, the raw materials after misce bene and the sterilization utilizes material feedway 10 to derive, and adopt bagging apparatus 20 to suit the exit position at material feedway 10 with plastic packaging bag, thereby realize the filling operation to the raw materials, the back is filled to plastic packaging bag, utilize fungus package receiving device 30 to lead the material to be sent to tying device 40 and prick a mouthful operation, the fungus package after tying is punched the operation, can obtain off-the-shelf fungus package, this production system can show the production efficiency who improves fungus package, and production degree of automation is high.

In order to facilitate later-stage inoculation of strains into the fungus bag, an intubation device 60 is arranged beside the tying device 40, and the intubation device 60 is used for inserting a plastic tube to the center of the opening of the fungus bag;

utilize intubation device 60 to plant the plastic tubing in the fungus package, after the operation of mouthful is pricked to the fungus package, punch, after the operation of punching, fungus package production is accomplished, when the fungus mushroom is cultivated in reality, utilize the inoculation machine, squeeze into the fungus package with the fungus mushroom bacterial through the plastic tubing that expects in, thereby accomplish the inoculation to the bacterial, squeeze into appropriate amount water in the fungus package, then the manual work is pulled out the plastic tubing, cultivate in the big-arch shelter is cultivated to suitable humidity and temperature, can accomplish the fungus mushroom of earlier stage and cultivate the operation, wait for the fungus mushroom to grow out.

In order to ensure the effective fastening of the opening of the fungus bag and avoid the leakage of the raw materials from the opening of the packaging bag, a rubber band bundling device 70 is further arranged on the opening tying device 40, and the rubber band bundling device 70 is used for bundling a rubber band at the opening of the fungus bag after opening tying;

the rubber band binding device 70 binds the rubber band at the opening of the fungus bag, and the plastic tube is bound at the middle position of the fungus bag, so that the rubber band is wrapped around the plastic tube, thereby completing the binding operation of the fungus bag and avoiding the leakage of the raw materials of the fungus bag during the transfer.

In order to realize automatic feeding of the plastic packaging bags, a feeding hole of the bag sleeving device 20 is connected with a feeding hole of the packaging bag opening device 80, the packaging bag opening device 80 is used for opening the opening of the packaging bag, and the bag sleeving device 20 is used for sleeving the opened packaging bag at the outlet position of the material feeding device 10;

the opening of the plastic packaging bag is propped up by the packaging bag opening propping device 80, the propped plastic packaging bag is guided and conveyed into the sleeving device 20, and the sleeving device 20 sleeves the plastic packaging bag at the outlet position of the material feeding device 10, so that the completed plastic packaging bag is sleeved and operated, the automatic feeding of the plastic packaging bag is realized, and the automation of the whole fungus bag production is realized.

The packaging bag opening device 80 is connected with a discharge hole of the packaging bag feeding device 90, and the packaging bag feeding device 90 is used for providing a single packaging bag and guiding the opening of the packaging bag to the position of the packaging bag opening device 80;

in order to realize the automatic feeding of the plastic packaging bags, the packaging bag feeding device 90 can guide the single packaging bag to the position of the packaging bag opening device 80, so as to complete the feeding operation of the single plastic packaging bag.

With reference to fig. 8 and 9, in order to realize automatic feeding of plastic packaging bags, the packaging bag feeding device 90 includes a horizontally arranged roll material roller 91, a film roll material is arranged on the roll material roller 91, a roll material traction mechanism is arranged at the front end of the roll material roller 91, the packaging bag traction mechanism is used for drawing the packaging bag roll material to a position of a hot sealing mechanism, the hot sealing mechanism is used for hot sealing one end of a film material pipe, a cutting mechanism is further arranged between the packaging bag traction mechanism and the hot sealing mechanism, and the cutting mechanism is used for cutting off a hot sealed film strip;

the roll material of the raw material of the plastic packaging bag is formed by winding a plastic film tube material, the roll material is arranged at the position of a roll material roller 91, one end of the plastic film tube at one end of the roll material is pulled to the position of a hot sealing mechanism by a roll material traction mechanism, one end of the plastic film tube of the roll material is sealed by the hot sealing mechanism, so that a prototype of the plastic packaging bag is formed, then the plastic film bag is cut by a cutting mechanism between the packaging bag traction mechanism and the hot sealing mechanism, so that the complete plastic packaging bag with an opening can be obtained, the plastic packaging bag is propped up by a packaging bag propping device 80, the plastic film bag is sleeved at the outlet position of a material feeding device 10 by a bagging device 20, so that the feeding of the single plastic packaging bag can be completed, and the automatic bagging operation of the plastic packaging bag is realized.

Further, coil stock drive mechanism draws splint 921, 922 including setting up the upper and lower of coil stock roller 91 front end, draw splint 921 to set up on balladeur train 923, draw splint 922 to be connected with die clamping cylinder 9223's piston rod down, die clamping cylinder 9223 is vertical and drive down draw splint 922 to reciprocate, draw splint 922 and draw splint 921 to be close to or keep away from down, balladeur train 923 slides and sets up on drawing guide rail 924, draw guide rail 924 length direction level, be provided with on drawing guide rail 924 and draw cylinder 925, the length direction of drawing cylinder 925 with draw guide rail 924 parallel and the piston rod is connected with balladeur train 923, it drives balladeur train 923 to be located and draws on guide rail 924 and slide to draw cylinder 925; establish the coil stock cover on coil stock material roller 91, draw the one end of plastic film coil stock supreme, draw down between splint 921, 922, make the plastic film coil stock from last, draw splint 921 down, 922 and derive, start die clamping cylinder 9223, suitable lower draw frame plate 922 is close to with last draw frame plate 921, thereby realize pressing from both sides tight to plastic film one end, then start and draw cylinder 925, interlock balladeur train 923, draw plastic film to scalding mechanism position department, utilize to scald the mechanism and realize the operation of sealing to scalding of plastic film one end, with the rudiment that forms a plastic packaging bag, then carry out subsequent operation.

Further, a first nip roller 926 and a second nip roller 927 are arranged between the material rolling roller 91 and the traction guide 924, the first nip roller 926 is arranged in front of and below the second nip roller 927, the first nip roller 926 and the second nip roller 927 are rotatably arranged on a frame plate 928, one end of the frame plate 928 is hinged on a bracket, a third nip roller 929 is arranged in front of the second nip roller 927, and the upper roller body height of the third nip roller 929 is flush with the lower plate surface of the upper traction splint 921;

the plastic film pipe of the coil stock firstly passes through the position of the second material pressing roller 927, so that the plastic film pipe is lapped on the second material pressing roller 927, passes through the position of the first material pressing roller 926 and upwards extends to the third material pressing roller 929, so that the plastic film pipe is guided to the positions of upper and lower traction clamping plates 921 and 922 of the coil stock traction mechanism in a flattened posture, the coil stock traction mechanism is started, one end of the plastic film pipe is clamped and is pulled to the hot sealing mechanism, and hot sealing operation of the plastic film pipe is realized;

when the hot sealing mechanism clamps one end of the plastic film pipe, under the action of the traction mechanism, the roll is positioned on the roll material roller 91 to rotate, so that the plastic film pipe is released, the released length of the roll material roller 91 is longer under the self inertia effect, and the longer plastic film can be released between the roll material traction mechanism and the roll material roller 91, so that when the traction device is used for traction of the plastic film, the plastic film positioned between the upper and lower traction splints 921 and 922 of the traction device is uneven and easily crumpled, when the hot sealing mechanism is used for hot sealing the pipe orifice of the plastic film pipe, the pipe orifice of one end of the plastic film pipe is flat and incomplete in hot sealing, so that the first and second pressing rollers 926 and 927 are rotatably arranged on the frame plate, one end of the frame plate 928 is hinged on the bracket, under the natural hanging state of the frame plate 982, the plastic film is always in a flattened state, so that the plastic film between the upper traction clamping plate 921 and the lower traction clamping plate 922 is ensured to be in the flattened state, and the forming quality of the plastic packaging bag is ensured.

Further, pull splint 922 and slide down and set up on traveller 9221, traveller 9221 is vertical on balladeur train 923, be provided with reset spring 9222 on traveller 9221, reset spring 9222's upper and lower end supports with balladeur train 923 and pull the last face of splint 922 down respectively and lean on.

Specifically, the ironing and sealing mechanism comprises an upper ironing plate 931 and a lower ironing plate 932 arranged at the front end of the traction guide rail 924, an electric heating wire is arranged in the upper ironing plate 931, two ends of the lower ironing plate 932 are connected with a piston of a sliding cylinder 933, the length of the sliding cylinder 933 is parallel to the length direction of the traction guide rail 924, the sliding cylinder 933 drives the upper ironing plate 931 and the lower ironing plate 932 and upper and lower traction splints 921 and 922 of the coil traction mechanism to be close to or far away from each other, an ironing and sealing cylinder 934 is arranged on the lower ironing plate 932, a piston rod of the ironing and sealing cylinder 934 is vertical, the upper end of the piston rod of the ironing and sealing cylinder 934 is connected with the upper ironing and sealing plate 931, and the ironing and sealing cylinder 934 drives the upper ironing and lower ironing and sealing plates 931 and 932 to;

as shown in fig. 10, when the roll material pulling mechanism pulls one end of the plastic film tube to the position of the ironing mechanism, the sliding cylinder 933 slides the upper and lower ironing plates 931, 932 to the positions of the upper and lower pulling splints 921, 922 of the roll material pulling mechanism, and the ironing cylinder 934 is started to clamp one end of the plastic film tube, at this time, the clamping cylinder 9223 is started to loosen the upper and lower pulling splints 921, 922, and the pulling cylinder 925 is started to make the upper and lower pulling splints 921, 922 close to the third nip roller 929, to perform pulling on a new plastic film tube, and then the sliding cylinder 933 is started to pull one end of the plastic film tube to the position far from the upper and lower pulling splints 921, 922, and the upper and lower ironing plates 932, the power is supplied to realize ironing sealing of one end of the plastic film tube, and after ironing sealing, the cutting mechanism is started to finish the operation of the upper and lower ironing and sealing of the plastic film tube, The plastic film tube at the front end of the outlet of the lower pulling clamping plates 921, 922 is cut off to form a complete plastic packaging bag with an opening, the opening of the complete plastic packaging bag is propped up by the packaging bag propping device 80, and the plastic packaging bag is sleeved at the position of the discharge hole of the material feeding device 10 by the bag sleeving device 20.

In order to realize the linear guide of the upper ironing seal plate 931, a guide slide rod 935 is vertically arranged on the lower ironing seal plate 932, the guide slide rod 935 penetrates through the upper ironing seal plate 931 and is provided with a support spring, and the upper end and the lower end of the support spring are respectively abutted against the upper ironing seal plate 931 and the lower ironing seal plate 932;

referring to fig. 10, in order to ensure the hot sealing compactness of one end of the plastic film tube, the cross section of the upper plate surface of the lower hot sealing plate 932 is provided with a wave shape;

go up to scald shrouding 931 and set up into the wave, go up to scald shrouding 931 and scald the wave face of shrouding 932 down and constitute by the sand grip of a plurality of parallel interval arrangements, the sand grip is arranged along the length direction who scalds shrouding 931 and scald shrouding 932 down on, and go up to scald shrouding 931 and scald the wave of shrouding 932 down and coincide, go up to scald shrouding 931 and scald shrouding 932 down and be close to the back, in order to realize the seal of scalding of plastic film pipe one end, go up to scald shrouding 931 circular telegram, thereby realize the seal of scalding the plastic film pipe mouth of pipe, ensure the quality that plastic film pipe seals.

Referring to fig. 11, after the pipe orifice of the plastic film pipe is sealed by hot stamping, the cutting mechanism is started, the cutting mechanism includes a blade 94 disposed beside the outlet of the coil drawing mechanism, the blade 94 is disposed beside upper and lower drawing clamp plates 921, 922 disposed on the coil drawing mechanism, the blade 94 is connected to a piston rod of a cutting cylinder 941, and the piston rod of the cutting cylinder 941 is horizontal and perpendicular to the length direction of the drawing guide rail 924;

after the mouth of pipe of plastic film pipe scalds the back of sealing, cuts the cylinder 941 and starts, and upper and lower traction splint 921, 922 implement the clamp to the plastic film pipe, and the linkage film knife 94 moves along upper and lower traction splint 921, 922 length direction to cut the plastic film pipe, and form a complete plastic film wrapping bag, and then wrapping bag opening device 80 props up the wrapping bag opening after cutting off, realizes the transfer to the open-ended wrapping bag.

In order to avoid hanging of a plastic film pipe orifice overhanging at the position of the lower traction frame plate 922, a steel wire 9221 is overhung at one side of the lower traction frame plate 922, a plurality of steel wires 9221 are arranged at intervals along the length direction of the lower traction frame plate 922, an avoidance notch 9321 is arranged on the upper plate surface of the lower ironing seal plate 932, the positions and the number of the avoidance notches 9321 on the upper plate surface of the lower ironing seal plate 932 correspond to the positions of the steel wires 9221, a notch 9311 is arranged on the upper ironing seal plate 931, and the notch 9311 corresponds to the avoidance notch 9321;

as shown in fig. 10, the steel wire 9221 suspended from the lower traction frame plate 922 can support one end of the plastic film tube suspended from the lower traction frame plate 922, and the one end of the plastic film tube is pulled to the positions of the upper ironing seal plate 931 and the lower ironing seal plate 932 of the ironing seal mechanism by using the coil pulling device, and the steel wire 9221 is inserted into the avoiding notch 9321, so as to form avoiding to the steel wire 9221, and ensure that the tube end of the plastic film tube is guided to the positions of the upper ironing seal plate 931 and the lower ironing seal plate 932 in a flattened posture, so as to ensure the sealing effect on the tube end of the plastic film tube, the upper ironing seal plate 931 is provided with a notch 9311, the notch 9311 corresponds to the avoiding notch 9321 in position and can be used for accommodating the steel wire 9221, so that the upper ironing seal plate 931 and the steel wire 9221 can form extrusion, and further ensure effective sealing of the tube end of the plastic packaging bag.

Furthermore, the packaging bag opening device 80 comprises an upper air suction plate 81 and a lower air suction plate 82 which are arranged beside the discharge hole of the coil material traction mechanism, a plurality of air suction holes are formed in the upper air suction plate 81 and the lower air suction plate 82 at intervals along the length direction and the width direction, the air suction holes are connected with a pump through hoses, the upper air suction plate 81 and the lower air suction plate 82 are connected with a separation mechanism, the separation mechanism drives the upper air suction plate 81 and the lower air suction plate 82 to be close to or far away from each other, the separation mechanism is arranged on a sliding mechanism, and the sliding mechanism drives the upper air suction plate 81 and the lower air suction plate 82 and the discharge hole of the coil material traction mechanism and the feed hole of the bagging device 20 to;

after the sealing and ironing mechanism seals and irones the pipe orifice of the plastic film pipe, the sealing and ironing mechanism enables the plastic film pipe to be in a straightened state, the sliding mechanism is started, the upper and lower air suction plates 81 and 82 are close to the discharge port of the coil drawing mechanism, the upper and lower air suction plates 81 and 82 are in a far-away state, when the upper and lower air suction plates 81 and 82 are clamped at the upper and lower two sides of the plastic film, the upper and lower air suction plates 81 and 82 are close to each other under the action of the separating mechanism, the cutting mechanism is started to cut the plastic film pipe, so as to form a complete plastic film packaging bag, then the pump is started, so that the upper and lower air suction plates 81 and 82 realize air suction operation on the two sides of the plastic film, the separating mechanism is started, the upper and lower air suction plates 81 and 82 are separated, so as to realize opening operation on the plastic film packaging bag, the sliding mechanism drives the opened plastic film packaging bag to be transferred to the position of the bag sleeving device 20, so as to realize the bagging operation of the plastic film packaging bag.

As a preferred scheme of the present invention, the upper and lower wind suction plates 81, 82 are both provided with wind boxes, the wind suction holes of the upper and lower wind suction plates 81, 82 are both provided with an isolation screen plate 83, and a rubber ring 84 is arranged around the upper plate surface of the lower wind suction plate 82;

as shown in fig. 11, the isolation mesh plate 83 is disposed in the air suction holes of the upper and lower air suction plates 81 and 82, so that plastic films can be prevented from entering the air suction holes, the rubber ring 84 is disposed around the upper plate surface of the lower air suction plate 82, and when the upper air suction plate 81 is close to the lower air suction plate 82, the rubber ring 84 can seal the plastic films on the two sides of the upper and lower air suction plates 81 and 82, so as to ensure the adsorption operation on the two sides of the plastic films, thereby ensuring the opening operation on the plastic film packaging bag.

Further, the separating mechanism comprises a separating cylinder 85 arranged on the upper air suction plate 81, a piston rod of the separating cylinder 85 is vertically downward and is connected with one side of the lower air suction plate 82, the sliding mechanism comprises a moving cylinder 86, a piston rod of the moving cylinder 86 is horizontal and is vertical to the moving direction of a packaging bag traction mechanism of the coil material traction mechanism, and the upper air suction plate 81 is fixed on a piston of the moving cylinder 86;

in order to realize the feeding operation of the raw materials, the material feeding device 10 comprises a lifter, an outlet of the lifter is communicated with feed inlets of a plurality of material receiving tanks 11, a discharge pipe 111 is arranged at the bottom of the material receiving tanks 11, a spiral push rod is arranged in the discharge pipe 111, an outlet of the discharge pipe 111 is arranged in a conical tubular structure, and a pipe orifice of the discharge pipe 111 is a small-size end;

the feed inlet position of lifting machine sets up the discharge gate position at raw materials conveyer belt, thereby lead after with homogeneous mixing and sterilization to connect material jar 11 with the raw materials in, establish back on discharging pipe 111 when the plastic packaging bag cover, start spiral push rod, thereby make the raw materials lead to in the plastic packaging, in order to realize the feed to the raw materials, because plastic packaging bag itself is comparatively soft, extrusion through material self is difficult to be pressed comparatively closely knit with the raw materials, and the plastic packaging bag is crowded brokenly easily, set up foretell discharging pipe 111's export into the awl tubulose, utilize the tubulose lumen deformation gesture of awl, when making the material extrude from discharging pipe 111, rely on the extrusion of self, thereby realize the preliminary extrusion to the material, when making discharging pipe 111 extrude from the mouth of pipe, appear into comparatively closely knit material stick and extrude in the plastic packaging bag, in order to realize the filling operation to the raw materials.

The inner wall of the taper pipe of the discharge pipe 111 is provided with a material guiding wedge block 112, the length direction of the material guiding wedge block 112 is parallel to the length direction of the discharge pipe 111, and a plurality of material guiding wedge blocks 112 are distributed at equal intervals along the inner wall of the taper pipe of the discharge pipe 111;

as shown in fig. 6 and 7, the material guiding wedge 112 is located on the inner wall of the taper pipe and arranged in a spiral shape, so that when the raw material passes through the position of the material guiding wedge 112 under the pushing force of the spiral pushing rod, the material passes through the material guiding wedge arranged in the spiral shape to compress and compact the raw material, and is guided out from the nozzle of the discharging pipe 111 to perform the filling operation on the plastic packaging bag.

Further, as shown in fig. 12 to 16, the bagging device 20 includes first and second bag-opening arc plates 21 and 22 disposed in front of the outlet of the bag-opening device 80, the first and second bag supporting arc plates 21 and 22 are close to or far away from each other and arranged on the horizontal moving mechanism, the horizontal moving mechanism drives the first and second bag opening arc plates 21 and 22 to reciprocate with the upper and lower air suction plates 81 and 82 of the packaging bag opening device 80 and the pipe orifice of the discharging pipe 111, when the first and second bag supporting arc plates 21 and 22 are close to the upper and lower air suction plates 81 and 82, the first and second bag supporting arc plates 21 and 22 are in a state of being separated from each other and are in a state of being connected to the packaging bag, when the first and second bag supporting arc plates 21, 22 are located at both sides of the discharge pipe 111, the first and second bag supporting arc plates 21, 22 are in a close state and the packaging bag is sleeved at the pipe orifice of the discharge pipe 111;

when the packing bag after opening is transported to the bagging device 20 by utilizing the packing bag opening device 80, the horizontal moving mechanism drives the first and second bag opening arc plates 21 and 22 to be close to the upper and lower air suction plates 81 and 82 of the packing bag opening device 80, the first and second bag opening arc plates 21 and 22 stretch into one end of the plastic packing bag after opening, the first and second bag opening arc plates 21 and 22 are in a far-away state, so that the plastic packing bag can be accepted, the packing bag opening device 80 can be reset, the accepting operation of the next plastic packing bag is completed, when the first and second bag opening arc plates 21 and 22 are positioned on two sides of the discharge pipe 111, the first and second bag opening arc plates 21 and 22 are in a close state and penetrate and sleeve the packing bag at the pipe orifice of the discharge pipe 111, so that the plastic packing bag is penetrated and sleeve at the pipe orifice of the discharge pipe 111.

Further, in order to complete the separation of the first and second bag supporting arc plates 21, 22 from the discharge pipe 111, the first and second bag supporting arc plates 21, 22 are arranged on a traversing mechanism, the traversing mechanism is perpendicular to the moving direction of the horizontal moving mechanism, and the traversing mechanism drives the first and second bag supporting arc plates 21, 22 to be away from the discharge pipe 111;

after the plastic packaging bag is sleeved at the pipe orifice of the discharging pipe 111 in a penetrating manner, the transverse moving mechanism is started to drive the first and second bag opening arc plates 21 and 22 to be away from the discharging pipe 111, so that the first and second bag opening arc plates are separated from the discharging pipe 111, then the transverse moving mechanism is reset, and under the action of the horizontal moving mechanism, the first and second bag opening arc plates 21 and 22 are continuously driven to be close to the packaging bag opening device 80, so that the new plastic packaging bag is accepted.

One side end of the first bag supporting arc plate 21 is rotatably arranged on a first support rod 211, the first support rod 211 is parallel to the discharge pipe 111, one side end of the second bag supporting arc plate 22 is provided with a second support rod 221, the first support rod 211 and the second support rod 221 are parallel, rod ends of the first support rod 211 and the second support rod 221 are respectively fixed on a first support plate 23 and a second support plate 24, the first support plate 23 and the second support plate 24 are connected with a transverse moving mechanism, and the transverse moving mechanism is connected with a horizontal moving mechanism;

foretell first bag arc board 21 that props one side end rotary type sets up on first branch 211, work as first, the second props bag arc board 21, 22 wears the cover at discharging pipe 111 with open-ended plastic packaging bag cover, the sideslip mechanism starts, make first bag arc board 21 and discharging pipe 111 outer wall support to lean on, and make first bag arc board 21 rotate around first branch 211, thereby make first, the second props bag arc board 21, 22 and discharging pipe 111 separation, and make plastic packaging bag suit on the body of discharging pipe 111.

Furthermore, a support plate 212 is hung upwards from one side end of the first support bag arc plate 21, a torsion spring 213 is sleeved at the rod end of the first support bag 211, two ends of the torsion spring 213 are respectively abutted against the rod end support plate 212 of the first support bag 211, a limit baffle 214 is arranged on the rod body of the first support bag 211, and the limit baffle 214 is abutted against or separated from one side of the support plate 212;

foretell sideslip mechanism starts, make first one side of propping bag arc board 21 rotate around first branch 211, thereby make torsional spring 213 compress, thereby separate with discharging pipe 111, after first bag arc board 21 and discharging pipe 111 separation, under torsional spring 213's elasticity restoring force effect, make first bag arc board 21 reset, and limit baffle 214 supports with one side of extension board 212 and leans on, thereby it is spacing to the rotation of first bag arc board 21 to realize, make first bag arc board 21 and second prop bag arc board 22 and implement accepting new plastic packaging bag with fixed gesture.

In order to ensure that the first bag supporting arc plate 21 can rotate around the first supporting rod 211 when the first bag supporting arc plate 21 is in contact with the outer wall of the discharge pipe 111, the upper end of the supporting rod 212 is semicircular, one end of the limit baffle 214 extends along the length direction of the first supporting rod 211, and one side of the limit baffle is abutted against or separated from one side of the semicircular plate at the upper end of the supporting rod 212;

the upper end of the support plate 212 is semicircular, so that the first bag supporting arc plate 21 can rotate around the first support rod 211, the limit baffle plate 214 can form avoidance with the upper end of the support plate 212, after the first bag supporting arc plate 21 is separated from the discharge pipe 111, the first bag supporting arc plate 21 resets under the action of the resetting force of the torsion spring 213, and one side edge of the limit baffle plate 214 and one side edge of the support plate 212 abut against each other, so that the rotation of the first bag supporting arc plate 21 is limited.

In order to realize the connection of the plastic packaging bag at the position of the packaging bag opening device 80, the first support plate 23 and the second support plate 24 are respectively connected with a telescopic mechanism, and the telescopic mechanism drives the first support plate 23 and the second support plate 24 to approach or depart from each other;

horizontal migration mechanism drive is first, second mounting panel 23, 24 and wrapping bag prop mouthful device 80 when being close to, telescopic machanism makes to move first, second mounting panel 23, 24 are close to, thereby it is first to make to move, second mounting panel 23, 24 are close to the sack position of wearing the cover at the plastic packaging bag, telescopic machanism resets, make first, second mounting panel 23, 24 keep away from, in order to realize propping up the wrapping bag sack, and then make wrapping bag and wrapping bag prop mouthful device 80 separation, the operation of accepting to new wrapping bag is accomplished.

Specifically, the telescopic mechanism comprises drive plates 25 arranged on a first support plate 23 and a second support plate 24, the drive plates 25 on the first support plate 23 and the second support plate 24 are integrally arranged in an eight shape, the drive plates 25 extend along the length direction of the discharge pipe 111, two ends of each drive plate 25 are support plate sections, the pipe orifice end close to the discharge pipe 111 is a small-distance end, rollers 26 are arranged on the outer sides of the drive plates 25, the wheel rims of the rollers 26 abut against the outer side plate surface of the drive plates 25, the wheel cores of the rollers 26 are vertically and rotatably arranged on a telescopic carriage 261, the telescopic carriage 261 is connected with a piston rod of a telescopic cylinder 262, the telescopic cylinder 262 is parallel to the discharge pipe 111, and two ends of each drive plate 25 linearly extend and the extension direction is parallel to the discharge pipe 111;

the telescopic cylinder 262 is started to make the rim of the roller 26 abut against the outer side plate surface of the driving plate 25, so that the two driving plates 25 approach to each other, and further to realize the operation of approaching or keeping away from the first and second supporting plates 23, 24, when the first and second supporting plates 23, 24 approach to each other, the first and second supporting plates 23, 24 are sleeved in the opening of the plastic packaging bag of the packaging bag opening device 80 in a penetrating manner, when the first and second supporting plates 23, 24 are away from each other, the outer walls of the first and second supporting plates 23, 24 abut against the inner wall of the plastic packaging bag to realize the bearing of the plastic packaging bag, and the plastic packaging bag is separated from the packaging bag opening device 80, the two ends of the above-mentioned 25 extend linearly, so that the first and second supporting plates 23, 24 are stationary according to the fixed opening distance, and thereby realizing the reliable bearing and rotation of the plastic packaging bag, ensuring the receiving reliability of the plastic packaging bag.

Specifically, two guide slide bars 27 are arranged between the first support plate 23 and the second support plate 24, one guide slide bar 27 is sleeved with an a spring 271, two ends of the a spring 271 are respectively abutted against the first support plate 23 and the second support plate 24, and the arrangement of the a spring 271 can realize effective resetting of the first support plate 23 and the second support plate 24.

The upper ends of the first and second support plates 23, 24 are respectively provided with a first slider, the first slider is slidably arranged in a first slide rail 281, a sliding groove of the first slide rail 281 is a dovetail groove, and the length direction of the first slide rail 281 is parallel to the guide slide bar 27;

the first sliding block is slidably disposed in a dovetail sliding groove of the first sliding rail 281, so that the first and second supporting plates 23 and 24 are linearly guided, and the first and second supporting plates 23 and 24 are limited.

Specifically, a second slider is arranged on the first slide rail 281, the second slider is slidably arranged in the second slide rail 282, a sliding groove of the second slide rail 282 is a dovetail groove, the length direction of the second slide rail 282 is parallel to the first slide rail 281, the traversing mechanism comprises a nut 283 arranged on the first slide rail 281, a lead screw 284 is arranged in the nut 283, the lead screw 284 is parallel to the second slide rail 282, and one end of the lead screw 284 is connected with an output shaft of the motor 285.

More specifically, the horizontal moving mechanism comprises a horizontal sliding cylinder 29, the length direction of the horizontal sliding cylinder 29 is perpendicular to the screw rod 284, and the piston is connected with the second slide rail 282.

The automatic bagging production method of the edible fungus bag comprises the following steps:

step one, uniformly stirring the fungus bag raw materials, and sterilizing the uniformly stirred raw materials;

secondly, introducing the sterilized raw materials into a material feeding device 10, and leading out the raw materials from a discharge pipe 111;

thirdly, guiding out the packaging bags by using a packaging bag feeding device 90;

fourthly, the packaging bag is sealed into a complete packaging bag by a hot sealing mechanism;

fifthly, cutting off the single package bag formed by hot sealing by using a cutting-off mechanism;

sixthly, opening one end of each packaging bag by using a packaging bag opening device 80;

seventhly, the single opened packaging bag is sleeved on the discharge pipe 111 through the bag sleeving device 20;

eighthly, starting the material feeding device 10, and extruding the raw materials from the discharge pipe 111 to a packaging bag;

ninth, bundling and sealing the packaging bags filled with the raw materials;

and tenth, perforating the sealed raw materials.

The package bag opening device 80 is connected with the discharge port of the package bag feeding device 90, and the package bag feeding device 90 is used for providing a single package bag and guiding the opening of the package bag to the position of the package bag opening device 80.

Coil stock drive mechanism draws splint 921, 922 including setting up on coil stock roller 91 front end, down, on draw splint 921 and set up on balladeur train 923, draw splint 922 and die clamping cylinder 9223's piston rod down and be connected, die clamping cylinder 9223 is vertical and drive down draw splint 922 and reciprocate, draw splint 922 and last draw splint 921 down and be close to or keep away from, balladeur train 923 slides and sets up on drawing guide rail 924, draw guide rail 924 length direction level, be provided with on drawing guide rail 924 and draw cylinder 925, the length direction who draws cylinder 925 with draw parallel and the piston rod of guide rail 924 and be connected with balladeur train 923, it slides on drawing guide rail 924 to draw cylinder 925 drive balladeur train 923.

Coil stock drive mechanism draws splint 921, 922 including setting up on coil stock roller 91 front end, down, on draw splint 921 and set up on balladeur train 923, draw splint 922 and die clamping cylinder 9223's piston rod down and be connected, die clamping cylinder 9223 is vertical and drive down draw splint 922 and reciprocate, draw splint 922 and last draw splint 921 down and be close to or keep away from, balladeur train 923 slides and sets up on drawing guide rail 924, draw guide rail 924 length direction level, be provided with on drawing guide rail 924 and draw cylinder 925, the length direction who draws cylinder 925 with draw parallel and the piston rod of guide rail 924 and be connected with balladeur train 923, it slides on drawing guide rail 924 to draw cylinder 925 drive balladeur train 923.

Intercept the mechanism including setting up the film cutter 94 at coil stock drive mechanism export side, film cutter 94 pulls splint 921, 922 side in the upper and lower of setting at coil stock drive mechanism, film cutter 94 is connected with the piston rod that cuts the cylinder 941, cut the piston rod level of cylinder 941 and perpendicular with the length direction who pulls guide rail 924, cut cylinder 941 and fix on coil stock drive mechanism's carriage 923.

Scald and seal mechanism including setting up and scalding sealing plate 931, 932 under and at the guide rail 924 front end of pulling, it is provided with electric heating wire in the sealing plate 931 to go up to scald, the both ends of sealing plate 932 are connected with the piston of sliding cylinder 933 down, the length of sliding cylinder 933 is parallel with the length direction who pulls the guide rail 924, sliding cylinder 933 drives and scalds sealing plate 931, 932 and coil stock drive mechanism's upper and lower traction splint 921, 922 is close to or keeps away from down, it scalds sealing cylinder 934 to be provided with on the sealing plate 932 down, it is connected with last scalding sealing plate 931 to scald the vertical and upper end of sealing cylinder 934 piston rod, scald sealing cylinder 934 drives upper and lower scalding sealing plate 931, 932 and be close to or keep away from.

The packaging bag opening device 80 comprises an upper air suction plate 81 and a lower air suction plate 82 which are arranged on the side of a discharge hole of a coil material traction mechanism, a plurality of air suction holes are formed in the upper air suction plate 81 and the lower air suction plate 82, the air suction holes of the upper air suction plate 81 and the lower air suction plate 82 are arranged in a plurality of positions along the length direction and the width direction, the air suction holes are connected with a pump through hoses, the upper air suction plate 81 and the lower air suction plate 82 are all connected with a separating mechanism, the upper air suction plate 81 and the lower air suction plate 82 are driven by the separating mechanism to be close to or far away from the separating mechanism, the separating mechanism is arranged on a sliding mechanism, and the upper air suction plate 81 and the lower air suction plate 82 are driven by the sliding mechanism to reciprocate with the discharge hole of the coil.

The material feeding device 10 comprises an elevator, the outlet of the elevator is communicated with a plurality of feed inlets of material receiving tanks 11, the bottom of the material receiving pipes 11 is provided with a discharge pipe 111, spiral push rods are arranged in the discharge pipe 111, the outlet of the discharge pipe 111 is arranged to be of a conical tubular structure, and the pipe orifice of the discharge pipe 111 is a small-size end.

Bagging apparatus 20 props a bag arc board 21, 22 including setting up first, second in wrapping bag opening device 80 discharge gate the place ahead, first, second prop bag arc board 21, 22 and be close to or keep away from and set up on horizontal migration mechanism, horizontal migration mechanism drive is first, second prop bag arc board 21, 22 and wrapping bag opening device 80 upper and lower induced draft board 81, 82 and discharging pipe 111 between the mouth of pipe reciprocating motion, first, second prop bag arc board 21, 22 and upper and lower induced draft board 81, 82 when being close to, first, second prop bag arc board 21, 22 present the state of keeping away from and implement the accepting state to the wrapping bag, first, second prop bag arc board 21, 22 when being located discharging pipe 111 both sides, first, second prop bag arc board 21, 22 present the state of being close to and wear the wrapping bag at the mouth of pipe position of discharging pipe 111.

First, second prop bag arc board 21, 22 and set up on the sideslip mechanism, the sideslip mechanism is perpendicular with horizontal migration mechanism's direction of movement, the sideslip mechanism drive is first, second prop bag arc board 21, 22 and discharging pipe 111 keep away from.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention. The structures, devices, and methods of operation of the present invention, not specifically described and illustrated, are generally practiced by those of ordinary skill in the art without specific recitation or limitation.

Claims (10)

1. A bagging apparatus, characterized by: comprises a first bag opening arc plate (21) and a second bag opening arc plate (22) which are arranged in front of a discharge hole of a packaging bag opening device (80), the first and the second bag supporting arc plates (21, 22) are close to or far away from each other and are arranged on the horizontal moving mechanism, the horizontal moving mechanism drives the first and second bag opening arc plates (21, 22) and the upper and lower air suction plates (81, 82) of the packaging bag opening device (80) and the pipe orifice of the discharge pipe (111) to move in a reciprocating way, when the first and second bag supporting arc plates (21, 22) are close to the upper and lower air suction plates (81, 82), the first and second bag supporting arc plates (21, 22) are in a state of being separated and in a state of being connected with the packaging bag, when the first and second bag supporting arc plates (21, 22) are positioned at both sides of the discharging pipe (111), the first bag opening arc plate and the second bag opening arc plate (21 and 22) are in a close state and penetrate and sleeve the packaging bag at the position of the pipe opening of the discharging pipe (111).

2. The bagging apparatus of claim 1, wherein: first, second prop bag arc board (21, 22) setting on the sideslip mechanism, the sideslip mechanism is perpendicular with horizontal migration mechanism's direction of movement, the first, second of sideslip mechanism drive prop bag arc board (21, 22) and discharging pipe (111) keep away from.

3. The bagging apparatus of claim 2, wherein: first prop a side end rotary type setting of bag arc board (21) on first branch (211), first branch (211) are parallel with discharging pipe (111), the second props a side end of bag arc board (22) and is provided with second branch (221), first branch (211) and second branch (221) are parallel and the rod end is fixed respectively on first, second mounting panel (23, 24), first, second mounting panel (23, 24) are connected with sideslip mechanism, sideslip mechanism is connected with horizontal migration mechanism.

4. A bagging apparatus according to claim 3, wherein: one side end of first bag arc board (21) is upwards outstanding to have extension board (212), the rod end cover of first branch (211) is equipped with torsional spring (213), the both ends of torsional spring (213) support with rod end extension board (212) of first branch (211) respectively and lean on, be provided with limit baffle (214) on the pole body of first branch (211), limit baffle (214) support with one side of extension board (212) and lean on or separate.

5. The bagging apparatus of claim 4, wherein: the upper end of the support plate (212) is semicircular, one end of the limiting baffle (214) extends along the length direction of the first support rod (211), and one side of the limiting baffle is abutted against or separated from one side of the semicircular plate at the upper end of the support plate (212).

6. The bagging apparatus of claim 5, wherein: the first support plate and the second support plate (23 and 24) are respectively connected with a telescopic mechanism, and the telescopic mechanism drives the first support plate and the second support plate (23 and 24) to approach or depart from each other.

7. The bagging apparatus of claim 6, wherein: the telescopic mechanism comprises a driving plate (25) arranged on the first and second bracket plates (23, 24), the driving plates (25) on the first and second bracket plates (23, 24) are integrally arranged in a splayed shape, the driving plate (25) extends along the length direction of the discharge pipe (111), two ends of the driving plate (25) are support plate sections, the end of the pipe orifice close to the discharge pipe (111) is a small-distance end, the outer sides of the driving plates (25) are respectively provided with a roller (26), the wheel rims of the rollers (26) are abutted against the outer side plate surface of the driving plates (25), the wheel core of the roller (26) is vertically and rotationally arranged on the telescopic sliding frame (261), the telescopic carriage (261) is connected with a piston rod of a telescopic cylinder (262), the telescopic cylinder (262) is parallel to the discharge pipe (111), the two ends of the driving plate (25) extend linearly and the extending direction is parallel to the discharge pipe (111).

8. The bagging apparatus of claim 7, wherein: two guide slide bars (27) are arranged between the first support plate and the second support plate (23 and 24), one guide slide bar (27) is sleeved with an A spring (271), two ends of the A spring (271) are respectively abutted against the first support plate and the second support plate (23 and 24), the upper ends of the first support plate and the second support plate (23 and 24) are respectively provided with a first sliding block, the first sliding block is arranged in the first sliding rail (281) in a sliding mode, a sliding groove of the first sliding rail (281) is a dovetail groove, and the length direction of the first sliding rail (281) is parallel to the guide slide bars (27).

9. The bagging apparatus of claim 8, wherein: the sliding mechanism is characterized in that a second sliding block is arranged on the first sliding rail (281), the second sliding block is arranged in the second sliding rail (282) in a sliding mode, a sliding groove of the second sliding rail (282) is a dovetail groove, the length direction of the second sliding rail (282) is parallel to the first sliding rail (281), the transverse moving mechanism comprises a nut (283) arranged on the first sliding rail (281), a screw rod (284) is arranged in the nut (283), the screw rod (284) is parallel to the second sliding rail (282), one end of the screw rod (284) is connected with an output shaft of a motor (285), the horizontal moving mechanism comprises a horizontal sliding cylinder (29), the length direction of the horizontal sliding cylinder (29) is perpendicular to the screw rod (284), and a piston is connected with the second sliding rail (282).

10. The utility model provides an automatic bagging production system of domestic fungus package which characterized in that: the automatic bagging production system for the edible fungus bags comprises the bagging device of any one of claims 1 to 9.

Images