Edible mushroom bagging and opening folding all-in-one machine

Abstract

The utility model discloses an edible mushroom bagging and opening folding all-in-one machine. The machine comprises a hopper assembly, a double-auger feeding assembly, a holding barrel assembly, a cam connecting rod mechanism assembly, a bag grabbing and opening folding assembly, a label discharging assembly, a bag moving platform assembly, a slide carriage assembly, a bag receiving and pouring assembly and a frame assembly. The double-auger feeding assembly is connected between the hopper assembly and the holding cylinder assembly; the slide carriage assembly and the bag receiving and pouring assembly are positioned between the holding cylinder assembly and the bag moving platform assembly; the bag receiving and material pouring assembly is located on the lateral upper portion of the slide carriage assembly. The cam connecting rod mechanism assembly is located above the bag moving platform assembly. The bag grabbing and opening folding assembly and the label feeding assembly are both located between the cam connecting rod mechanism assembly and the bag moving platform assembly. The stick feeding assembly comprises a stick inserting mechanism and a pressing mechanism; the rod inserting mechanism and the pressing mechanism are arranged in a spaced mode, and the distance between the rod inserting mechanism and the pressing mechanism is adjustable. The device has the advantages that the maintenance cost of the auger clutch and the holding cylinder brake is reduced, the universality of the device is improved, and the bagging and opening folding effects are improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to a kind of edible fungi bagging nest mouth integrated machine. BACKGROUND

[0002] Traditional production mode of lentinula edodes, agaric and spawn cultivation is artificial bagging, nest mouth, stick, whole process is time-consuming and laborious, and work intensity is huge, and work efficiency is extremely low, and mushroom bag is easily damaged, cause bacterial pollution, and bagging and nest mouth quality are inconsistent and poor, greatly influence mushroom yield and mushroom quality.

[0003] Old bagging machine and nest mouth machine are independent structure, and stick is manually inserted after bagging and nest mouth, and function is single, and since the degree of automation in production process is low, each link continuity and precision are poor, cause bagging and nest mouth quality to be low, and the depth and angle of artificial stick are inconsistent, influence the quality of mushroom bag and mushroom yield.

[0004] The existing bagging nest mouth machine on market has the following shortcomings: (1) auger clutch and brake of holding tube are easily damaged, and entire auger clutch and brake of holding tube need to be replaced during maintenance, with high maintenance difficulty and cost; (2) equipment versatility is poor, and one bagging nest mouth machine can only be suitable for one type of mushroom bag; (3) bagging effect is poor, and compactness, flatness and length error are difficult to meet technical requirements; (4) nest mouth effect is poor.

[0005] Therefore, it is necessary to develop an edible fungi bagging nest mouth integrated machine which reduces maintenance cost of auger clutch and brake of holding tube, improves equipment versatility and bagging and nest mouth effect. SUMMARY

[0006] The utility model aims at providing an edible fungi bagging nest mouth integrated machine which reduces maintenance cost of auger clutch and brake of holding tube, improves equipment versatility and bagging and nest mouth effect.

[0007] In order to achieve the above-mentioned purpose, the technical scheme of the utility model is as follows: an edible fungi bagging nest mouth integrated machine, characterized by comprising hopper assembly, double auger feeding assembly, holding tube assembly, cam connecting rod mechanism assembly, bag grabbing and nest mouth assembly, signing assembly, bag moving platform assembly, sliding plate assembly, bag receiving and material pouring assembly and frame assembly;

[0008] Hopper assembly, double auger feeding assembly, holding tube assembly, cam connecting rod mechanism assembly, bag grabbing and nest mouth assembly, signing assembly, bag moving platform assembly, sliding plate assembly and bag receiving and material pouring assembly are all installed on frame assembly.

[0009] Double auger feeding assembly is connected between hopper assembly and holding tube assembly.

[0010] The slide plate assembly and the bag receiving and pouring assembly are located between the sleeve holding assembly and the bag moving platform assembly; the bag receiving and pouring assembly is located above the side of the slide plate assembly;

[0011] The cam link mechanism assembly is located above the bag moving platform assembly;

[0012] The bag grabbing and nest opening assembly and the signing assembly are both located between the cam link mechanism assembly and the bag moving platform assembly; the bag grabbing and nest opening assembly is connected with the cam link mechanism assembly;

[0013] The signing assembly comprises a stick inserting mechanism and a pressing mechanism; the stick inserting mechanism and the pressing mechanism are arranged at intervals, and the distance between the stick inserting mechanism and the pressing mechanism is adjustable.

[0014] In the above technical solution, the stick inserting mechanism and the pressing mechanism are both installed on the mounting plate, and the mounting plate is adjusted in position by the adjusting bolt.

[0015] In the above technical solution, the stick inserting mechanism comprises a signing frame, a signing movable link, a signing shaft, a linkage rod and a signing mechanism mounting plate;

[0016] The signing frame is obliquely installed on the mounting plate in the middle of the signing mechanism mounting plate;

[0017] The signing shaft is installed on the signing mechanism mounting plate and located at the lowest end of the signing frame;

[0018] The signing movable link is installed on the linkage rod, and the signing shaft is installed on the linkage rod; the signing movable link is driven downward by the link mechanism, the linkage rod is driven, and the signing shaft and the pressing shaft are simultaneously driven downward, thereby completing the signing and pressing, improving the tightness and flatness of the bag, improving the completeness of the nest opening, and improving the nest opening effect.

[0019] In the above technical solution, the pressing mechanism comprises a pressing shaft, an adjusting bolt, a linear bearing, a pressing disc and a knurled nut;

[0020] The linear bearing is located on the lower end surface of the mounting plate;

[0021] The adjusting bolt is located on the mounting plate; the pressing shaft vertically penetrates the mounting plate and the linear bearing and is installed on the mounting plate by the adjusting bolt;

[0022] The pressing disc is located at the lower end of the pressing shaft; the knurled nut is located at the lower end of the pressing disc; the linear bearing plays a guiding role; the pressing shaft drives the whole pressing mechanism to move downward along the linear bearing to realize the pressing action.

[0023] In the above technical solution, the upper ends of the signing shaft and the pressing shaft are both installed on the linkage rod;

[0024] The lower signing shaft and the middle part of the pressing shaft are installed on the mounting plate, the front and back positions are adjusted by adjusting bolts, the lower signing mechanism and the pressing mechanism are designed to be adjustable in position, and after the replacement of the holding cylinder, the auger and the bag connecting half tile, the position of the inserting rod and the pressing mechanism only needs to be adjusted to adapt to different types of fungus rods, and the applicability of the utility model is improved.

[0025] In the technical scheme, the first through hole structure is arranged on the linkage rod, the second through hole structure is arranged on the mounting plate, the second through hole structure is located directly below the first through hole structure, the pressing shaft penetrates the first through hole structure and the second through hole structure from top to bottom, the connection part of the pressing shaft and the first through hole structure is connected through the detachable connecting piece, the connection part of the pressing shaft and the second through hole structure is connected through the detachable connecting piece, when the distance between the lower signing shaft and the pressing shaft needs to be adjusted, the detachable connecting pieces at the first through hole structure and the second through hole structure are loosened, the pressing shaft is moved left and right in the first through hole structure and the second through hole structure to the corresponding position, and then the detachable connecting pieces are fastened.

[0026] In the technical scheme, the adjusting bolt is fixed on the fastener, the fastener mounting holes are arranged on the movable mounting plate and the fixed plate, the plurality of fastener mounting holes are arranged on the same straight line at intervals, the fastener is mounted on the fastener mounting hole, the adjusting bolt is used for adjusting the left and right positions of the whole inserting rod pressing mechanism, the adjusting bolt is fixed on the fastener, the movable mounting plate is mounted on the fixed plate through the fastener, the fastener mounting holes are arranged on the movable mounting plate and the fixed plate, the plurality of fastener mounting holes are arranged on the same straight line at intervals, and the fastener is mounted on the fastener mounting hole; the adjusting bolt is rotated to drive the fastener fixed on the movable mounting plate to move left and right, thereby driving the movable mounting plate to move left and right relative to the fixed plate, so that the left and right positions of the whole inserting rod pressing mechanism are adjusted.

[0027] In the technical scheme, the pressing mechanism further comprises a guide plate, a deflection hinge, a lower signing brush and a silica gel sheet.

[0028] The deflection hinge is installed on the lower end surface of the middle part of the lower signing mechanism mounting plate.

[0029] The guide plate is obliquely located on the side of the lower signing shaft and above the signing rack.

[0030] The two lower signing brushes are oppositely installed on the lower part of the lower signing mechanism mounting plate and below the signing rack, and the silica gel sheet is installed on the lower signing brush.

[0031] The lower signing shaft vertically penetrates the oppositely arranged lower signing brushes; the lower signing brush is used for preventing the signing rod from swinging left and right, and the deflection hinge is used for supporting the signing rod; when the lower signing shaft moves downward, it is ensured that the signing rod can be accurately inserted into the signing rod, and then the signing rod pushes away the deflection hinge and is inserted into the fungus rod, the signing angle is not deviated, the signing does not break the bag, the completeness of the nest opening is improved, and the nest opening effect is improved.

[0032] In the above technical scheme, the sign hook claw is installed on the sign holder, the sign hook claw swings once in each sign inserting process, the sign descends along the sign holder under the action of gravity, the sign hook claw swings once, the sign falls into one, the sign is prevented from being accumulated at the bottom, thus only one sign is waiting to be inserted into the stick every time, the extra waiting sign is prevented from interfering with the sign being inserted, the sign descending is more stable, the sign descending angle is not deviated, and the sign descending does not break the bag.

[0033] Compared with the prior art, the present application has the following advantages:

[0034] (1) The auger clutch and the barrel brake structure is stable, and daily maintenance is simple; the auger clutch and the barrel brake are optimized in design, a reverse resistance is provided when the barrel is packed, the compactness of the stick is improved, only the brake pad needs to be replaced, and the maintenance cost is reduced;

[0035] (2) Wide applicability; the sign descending mechanism and the pressing mechanism are designed to be adjustable in position, after the barrel, the auger and the bag receiving half tile are replaced, the positions of the stick inserting mechanism and the pressing mechanism only need to be adjusted to adapt to different types of sticks;

[0036] (3) The inner and outer augers are designed, the compactness and flatness of packing are better;

[0037] (4) The inner and outer shafts are designed, the bag receiving tile rotates to pour material, the compactness and flatness of packing are better, the length of the stick is controlled by the machine, and the length is more stable;

[0038] (5) The bag grabbing nest opening structure is optimized, the nest opening effect is improved, the spring clamping jaw is adopted, the bag is grabbed more tightly, the nest opening shaft is driven by the cam mechanism, the nest opening can accurately reciprocate, the bag is folded more evenly, the sign descending mechanism is designed as a swing type sign placing mechanism, the sign descending is more stable, the sign descending mechanism is optimized, assembly and debugging are simplified, stability is improved, the sign descending angle is not deviated, the sign descending does not break the bag, the completeness of the nest opening is improved, and the nest opening effect is improved;

[0039] (6) The sign descending is more stable, the sign descending angle is not deviated, and the sign descending does not break the bag. BRIEF DESCRIPTION OF DRAWINGS

[0040] Figure 1 It is a main device structure diagram of the bag packing nest opening all-in-one machine.

[0041] Figure 2 It is a main structure diagram of the bag packing nest opening all-in-one machine.

[0042] Figure 3 It is a rear structure diagram of the bag packing nest opening all-in-one machine.

[0043] Figure 4 It is a top structure diagram of the bag packing nest opening all-in-one machine.

[0044] Figure 5 The utility model discloses a discharging system structure diagram.

[0045] Figure 6 The utility model discloses an inner and outer shaft double-stranded spiral auger screw feeding mechanism structure diagram.

[0046] Figure 7 The utility model discloses a plug -in stick and pressing mechanism structure Figure 1 .

[0047] Figure 8 The utility model discloses a plug -in stick and pressing mechanism structure Figure 2 .

[0048] Figure 9 The utility model discloses a grab bag nest mouth mechanism structure diagram.

[0049] Figure 10 The utility model discloses a hold cylinder brake mechanism structure diagram.

[0050] Figure 11 The utility model discloses a swing type put stick mechanism structure diagram.

[0051] Figure 12 The utility model discloses a cam connecting rod transmission mechanism structure diagram.

[0052] 01, hopper assembly, 02, double auger feeding assembly, 03, cylinder holding assembly, 04, cam connecting rod mechanism assembly, 05, bag grabbing nest opening assembly, 06, lower signing assembly, 07, bag moving platform assembly, 08, sliding plate assembly, 09, bag receiving and pouring assembly, 1, hopper, 2, stirring shaft connecting rod, 3, stirring gear disc, 4, screw reducer, 5, double auger main shaft, 6, clutch, 7, cylinder holding motor, 8, main motor, 9, plug limiting, 10, electric control box, 11, bag receiving and pouring tile, 12, sliding plate, 13, lifting adjusting machine, 14, bag moving bottom plate, 15, lower signing mechanism, 16, pressing mechanism. 17, spring bag grabbing clamping jaw, 18, clamping jaw opening and closing connecting rod, 19, nest opening mechanism connecting rod, 20, cam, 21, stepping motor, 22, nest opening hole shaft, 23, main screen, 24, cylinder holding opener, 25, cylinder holding, 26, cylinder holding movement optical axis, 27, discharging cylinder, 28, silo, 29, speed reducer, 30, nest opening mechanism transmission chain, 31, pouring transmission gear, 32, pouring short connecting rod, 33, pouring long connecting rod, 34, pouring lever, 35, pouring tile opening and closing limiting plate, 36, electric control box lock catch, 37, clutch plug mechanism, 38, cylinder holding brake clutch, 39, cylinder holding brake gear, 40, stirring silo diamond bearing, 41, bag loading start position proximity switch, 42, cylinder holding transmission chain, 43, bag loading completion position proximity switch, 44, cylinder holding transmission idler, 45, clamping jaw nest opening motor, 46, nest opening hole sliding rod, 47, main shaft bearing, 48, shaking shaft, 49 cylinder holding closing limiter, 50, nest opening clamping jaw bearing, 51, signing frame, 52, nest opening chain tensioning wheel, 53, nest opening transmission belt, 54, shaking shaft bearing, 55, stirring tooth, 56, stirring shaft, 57, shaft head, 58, shaft head auger, 59, intermediate shaft, 60, spiral auger, 61, circular seat spherical ball bearing, 62, installation main board, 63, discharging cylinder side silo vertical plate, 64, gear disc side silo vertical plate, 65, large belt disc, 66, inner shaft transmission disc, 67, M12 non-slip nut, 68, plug bearing, 69, stirring small gear, 70, stirring chain, 71, connecting rod transmission shaft, 72, M8 non-slip nut, 73, stirring transmission connecting rod, 74, auger head bearing, 75, brake pad, 76, small belt disc, 77, lower signing movable connecting rod, 78, lower signing shaft, 79, linkage link, first through hole structure 791, detachable connecting piece connection 792, 80, pressing shaft, 81, adjusting bolt, fastener 811, second through hole structure 812, installation plate 813, movable installation plate 814, fixed plate 815, fastener installation hole 816, 82, linear bearing, 83, pressing disc, 84, knurled nut, 85, guide plate, 86, deflection loose leaf, 87, lower signing brush, 88, silica gel sheet, 89, lower signing mechanism installation plate, 90, signing blocking hook, 91, clamping jaw belt pulley, 92, nest opening bearing installation block, 93, nest opening outer shaft, 94, clamping jaw installation block, 95, clamping jaw force arm, 96, clamping jaw connecting block, 97, clamping jaw spring,98, polyurethane clamp jaw head mounting piece, 99, polyurethane clamp jaw head, 100, clamp jaw cantilever, 101, adjusting nut, 102, clamp jaw opening and closing cantilever, 103, clamp jaw opening and closing linear bearing, 104, sleeve clutch speed reducer pulley, 105, sleeve clutch installation bottom plate, 106, sleeve clutch brake pad, 107, thrust ball bearing, 108, compression spring, 109, adjusting nut, 110, lower signing mechanism large spring, 111, clamp jaw socket mechanism connecting rod, 112, signing mechanism deflection connecting rod, 113, push bag plate, 114, push bag plate connecting rod, 115, push bag installation main plate, 116, push bag linear bearing. DETAILED DESCRIPTION

[0053] The embodiments of the present application are described in detail below with reference to the drawings, but they do not constitute limitations on the present application, but are only examples. At the same time, through the description, the advantages of the present application are more clear and easy to understand.

[0054] The lower signing shaft and the compression shaft in the present application are installed on the mounting plate, the front and rear positions are adjusted by adjusting the bolt, the lower signing mechanism and the compression mechanism are designed to be adjustable in position, and after replacing the sleeve, the auger and the bag receiving half tile, the position of the insertion rod and the compression mechanism can be adjusted to adapt to different models of the mushroom stick, thereby improving the applicability of the present application.

[0055] The method for adjusting the front and rear positions of the lower signing shaft and the compression shaft in the present application is as follows:

[0056] A first through hole structure 791 is arranged on the linkage rod 79, a second through hole structure 812 is arranged on the mounting plate 813, and the second through hole structure 812 is located directly below the first through hole structure 791; the compression shaft 80 passes through the first through hole structure 791 and the second through hole structure 812 from top to bottom in sequence; the connection between the compression shaft 80 and the first through hole structure 791 is connected by a detachable connecting piece 792 (for example, two compression shaft sleeves are spaced apart on the compression shaft 80, and the two compression shaft sleeves are respectively located at the upper and lower ends of the first through hole structure, and then an adjusting bolt is used to connect the two compression shaft sleeves); the connection between the compression shaft 80 and the second through hole structure is connected by a detachable connecting piece 792; when the spacing between the lower signing shaft 78 and the compression shaft 80 needs to be adjusted, the detachable connecting pieces 792 at the first through hole structure 791 and the second through hole structure 812 are loosened, the compression shaft 80 is moved left and right in the first through hole structure 791 and the second through hole structure 812 to the corresponding position, and then the detachable connecting pieces 792 are tightened; the position of the insertion rod and the compression mechanism can be adjusted to adapt to different models of the mushroom stick, thereby improving the applicability of the present application;

[0057] The adjusting bolt 81 is used for adjusting the left-right position of the whole plug-in pressing mechanism; the adjusting bolt 81 is fixed on the fastener 811, the movable mounting plate 814 is mounted on the fixed plate 815 through the fastener 811; the movable mounting plate 814 and the fixed plate 815 are both provided with fastener mounting holes 816; a plurality of fastener mounting holes 816 are arranged on the same straight line at intervals; the fastener 811 is mounted on the fastener mounting hole 816; the adjusting bolt 81 is rotated to drive the fastener 811 fixed on the movable mounting plate 814 to move left and right, thereby driving the movable mounting plate 814 to move left and right relative to the fixed plate 815, so as to adjust the left-right position of the whole plug-in pressing mechanism, improve the stability, the down-plugging angle is not deviated, the down-plugging does not break the bag, the completeness of the nest opening is improved, and the nest opening effect is improved.

[0058] The overall working principle of the utility model is as follows:

[0059] After the power is turned on, the emergency stop button is rotated to the pop-up state, the start button is pressed, the main motor starts to rotate, and at the same time, the large belt disc and the small belt disc are driven to rotate through the belt, the small belt disc drives the inner shaft to rotate, and the inner shaft drives the auger head to start high-speed rotation. After the fungus bag is sleeved on the discharging cylinder, the travel switch is actuated, the cylinder holding motor drives the cylinder holding speed reducer through the belt, the speed reducer drives the cylinder holding movement through the cylinder holding transmission chain, and the cylinder holding movement is moved to the bagging start position. At the same time, the cylinder holding closing limit stopper makes the cylinder holding unable to be opened, and after the bagging start position proximity switch senses a signal, the cylinder holding motor stops rotating. At the same time, the main shaft clutch is closed by actuating the main shaft, the large belt disc drives the main auger shaft to rotate in a forward direction through the closed clutch, the main shaft pinion drives the stirring gear disc to rotate, the stirring shaft starts to stir, the gear disc drives the shaking shaft to swing through the stirring connecting rod, the shaking shaft starts to shake, at this time, the fungus material starts to rotate out of the discharging cylinder under the action of shaking, stirring and auger forward rotation, the fungus material pushes the cylinder holding to retreat, and when the fungus material retreats to the bagging completion position, the bagging completion position proximity switch senses a signal, the cylinder holding motor starts to reverse, drives the cylinder holding to retreat, and at the same time, the main shaft clutch is opened, the main shaft auger stops rotating, but the auger head rotates at high speed throughout the process to extrude and compact the fungus rod opening. During the cylinder holding retreat process, the cylinder holding is opened due to the action of the cylinder holding opener, and the fungus rod freely falls on the bag receiving tile.

[0060] At this time, the cylinder holding is in the bag receiving position, the proximity switch senses information, the nest opening mechanism motor starts to rotate, drives the material pouring transmission gear through the nest opening mechanism transmission chain, and then drives the bag receiving tile to rotate and the bag receiving main plate to move through the material pouring short connecting rod, the material pouring long connecting rod and the material pouring lever. At the same time, the top bead bearing on the bag receiving tile moves in the material pouring tile opening and closing limit plate, and at the same time, the clamping action and the material pouring action of the material pouring tile are completed, and after the material pouring transmission gear rotates for half a circle, the material pouring tile completes the bag receiving action.

[0061] When the stick falls on the main plate, the main plate moves in the next cycle, driving the push bag link and the push bag plate to move, completing the push bag action.

[0062] When the motor of the nest opening mechanism is started, the cam also drives the connecting rod mechanism to move, and the connecting rod mechanism simultaneously drives the nest opening shaft, the lower signing shaft and the pressing shaft to complete the actions of insertion, signing and pressing. When the motor of the nest opening mechanism is started, the PLC controls the jaw nest opening motor to start, and the jaw completes the bag clamping action under the driving of the cam connecting rod, and the cam connecting rod mechanism drives the nest opening shaft to move downward to complete the nest opening action; at the same time, the lower signing shaft moves downward to insert into the stick, and the pressing shaft moves downward to compact the cylindrical sign on the stick. The three main actions are started and stopped at the same time, which are continuous mechanical actions.

[0063] After the compacting action is completed, a qualified stick with nest opening and sign insertion is made, and the bag is sleeved again to complete the above steps, which is one cycle. During the operation of the whole device, the above actions are cycled.

[0064] The other parts not described belong to the prior art.

Claims

1. A machine for bagging and sealing edible fungi, characterized in that: The hopper assembly (01), the double-twisted auger feeding assembly (02), the tube-holding assembly (03), the cam link mechanism assembly (04), the bag-grasping nest-opening assembly (05), the lower signing assembly (06), the bag-moving platform assembly (07), the sliding plate assembly (08), the bag-receiving and material pouring assembly (09) and the frame assembly (010) are all installed on the frame assembly (010); The hopper assembly (01), the double-twisted auger feeding assembly (02), the tube-holding assembly (03), the cam link mechanism assembly (04), the bag-grasping nest-opening assembly (05), the lower signing assembly (06), the bag-moving platform assembly (07), the sliding plate assembly (08), the bag-receiving and material pouring assembly (09) are all installed on the frame assembly (010); The double-twisted auger feeding assembly (02) is connected between the hopper assembly (01) and the tube-holding assembly (03); The sliding plate assembly (08) and the bag-receiving and material pouring assembly (09) are located between the tube-holding assembly (03) and the bag-moving platform assembly (07); the bag-receiving and material pouring assembly (09) is located above the side of the sliding plate assembly (08); The cam link mechanism assembly (04) is located above the bag-moving platform assembly (07); The bag-grasping nest-opening assembly (05) and the lower signing assembly (06) are both located between the cam link mechanism assembly (04) and the bag-moving platform assembly (07); the bag-grasping nest-opening assembly (05) is connected with the cam link mechanism assembly (04); The lower signing assembly (06) comprises a stick-inserting mechanism and a pressing mechanism; the stick-inserting mechanism and the pressing mechanism are arranged at intervals, and the distance between the stick-inserting mechanism and the pressing mechanism is adjustable.

2. The edible mushroom bagging and pocketing all-in-one machine according to claim 1, characterized in that: Both the stick-inserting mechanism and the pressing mechanism are installed on the mounting plate (813), and the mounting plate (813) is adjusted in position by the adjusting bolt (81).

3. The edible mushroom bagging and pocketing all-in-one machine according to claim 1 or 2, characterized in that: The stick-inserting mechanism comprises a signature holder (51), a lower signing movable link (77), a lower signing shaft (78), a linkage rod (79) and a lower signing mechanism mounting plate (89); The signature holder (51) is obliquely installed on the mounting plate in the middle of the lower signing mechanism mounting plate (89); The lower signing shaft (78) is installed on the lower signing mechanism mounting plate (89) and located at the lowest end of the signature holder (51); The lower signing movable link (77) is installed on the linkage rod (79), and the lower signing shaft (78) is installed on the linkage rod (79).

4. The edible mushroom bagging and pocketing all-in-one machine according to claim 3, characterized in that: The pressing mechanism comprises a pressing shaft (80), an adjusting bolt (81), a linear bearing (82), a pressing disc (83) and a knurled nut (84); The linear bearing (82) is located on the lower end surface of the mounting plate; The adjusting bolt (81) is located on the mounting plate; the pressing shaft (80) penetrates through the mounting plate and the linear bearing (82) vertically and is installed on the mounting plate by the adjusting bolt (81); The pressing disc (83) is located at the lower end of the pressing shaft (80); and the knurled nut (84) is located at the lower end of the pressing disc (83).

5. The edible mushroom bagging and pocketing all-in-one machine according to claim 4, characterized in that: Both the lower signing shaft (78) and the upper end of the pressing shaft (80) are installed on the linkage rod (79); Both the lower signing shaft (78) and the pressing shaft (80) are installed on the mounting plate in the middle, and the front and rear positions are adjusted by the adjusting bolt (81).

6. The edible mushroom bagging and pocketing all-in-one machine according to claim 5, characterized in that: The linkage rod (79) is provided with a first through hole structure (791), the mounting plate (813) is provided with a second through hole structure (812), the second through hole structure (812) is located directly below the first through hole structure (791); the compression shaft (80) penetrates the first through hole structure (791) and the second through hole structure (812) from top to bottom; the compression shaft (80) is connected with the first through hole structure (791) through a detachable connecting piece (792); the compression shaft (80) is connected with the second through hole structure through a detachable connecting piece (792).

7. The edible mushroom bagging and pocketing all-in-one machine according to claim 6, characterized in that: The adjusting bolt (81) is fixed on the fastener (811); the movable mounting plate (814) and the fixed plate (815) are provided with fastener mounting holes (816); a plurality of fastener mounting holes (816) are arranged on the same straight line at intervals; the fastener (811) is mounted on the fastener mounting hole (816).

8. The edible mushroom bagging and pocketing all-in-one machine according to claim 7, characterized in that: The compression mechanism further comprises a guide plate (85), a deflection hinge (86), a lower signature brush (87), and a silica gel sheet (88); The deflection hinge (86) is mounted on the lower end surface of the middle part of the signature mechanism mounting plate (89); The guide plate (85) is inclined to the side of the signature shaft (78) and above the signature rack (51); Two lower signature brushes (87) are oppositely mounted on the lower part of the signature mechanism mounting plate (89) and below the signature rack (51); the silica gel sheet (88) is mounted on the lower signature brush (87); The signature shaft (78) vertically penetrates the oppositely arranged lower signature brush (87) downward.

9. The edible mushroom bagging and pocketing all-in-one machine according to claim 8, characterized in that: The signature blocking hook (90) is mounted on the signature rack (51).

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