A paper pallet dust bag production line and production method thereof

Abstract

A paper pallet dust bag production line and a production method thereof, belonging to the technical field of paper pallet dust bag processing devices. It includes a discharge rack, an over-hole structure, a punching structure, a glue dispensing structure, a pallet automatic feeding structure, an edge over-hole structure, a transverse over-hole structure, a rolling cutting structure, a belt material collection structure, a pallet buffer structure and a traction wheel structure; the discharge rack and the belt material collection structure are respectively arranged at the two ends of the over-hole structure and the rolling cutting structure; the punching structure, the glue dispensing structure, the pallet automatic feeding structure, the edge over-hole structure and the transverse over-hole structure are arranged in sequence between the over-hole structure and the rolling cutting structure; the pallet buffer structure is located on one side of the pallet automatic feeding structure; the traction wheel structure is arranged on the front side of the over-hole structure, the edge over-hole structure and the rolling cutting structure. The present invention improves production efficiency, and the automated production line can realize high-speed and continuous production, greatly improving the production efficiency of dust bag paper; reducing production costs, reducing labor costs, and improving the utilization rate of raw materials.

Description

Technical Field

[0001] The invention belongs to the technical field of paper pallet dust bag processing devices, and in particular relates to a paper pallet dust bag production line and a production method thereof. Background Art

[0002] At present, in China, with the increase in demand for household products, the demand for dust bags continues to increase. In the production process of dust bag paper, many processes are involved, such as super-hole, glue dispensing, palletizing, edge cutting, etc. In the traditional processing process, the degree of automation is low, and different processes are carried out on different equipment. In general, multiple equipment for the same process are concentrated in one working space. After the current process is completed, the staff needs to place the product in the material box and transfer the product to another working space, and use other equipment to carry out the next process. The processing process has poor continuity, long transfer and waiting time, low efficiency, and high labor intensity of the staff.

[0003] Therefore, a paper pallet dust bag production line and a production method thereof are urgently needed to solve the above technical problems. Summary of the invention

[0004] The object of the present invention is to provide a paper pallet dust bag production line and a production method thereof to solve the above technical problems.

[0005] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: a paper pallet dust bag production line, comprising a discharge rack, an over-hole structure, a punching structure, a glue dispensing structure, an automatic pallet feeding structure, an edge over-hole structure, a horizontal over-hole structure, a rolling cutting structure, a belt material collection structure, a pallet buffer structure and a traction wheel structure; the discharge rack and the belt material collection structure are respectively arranged at the two ends of the over-hole structure and the rolling cutting structure; the punching structure, the glue dispensing structure, the automatic pallet feeding structure, the edge over-hole structure and the horizontal over-hole structure are arranged in sequence between the over-hole structure and the rolling cutting structure; the pallet buffer structure is located on one side of the automatic pallet feeding structure; the traction wheel structure is arranged on the front side of the over-hole structure, the edge over-hole structure and the rolling cutting structure.

[0006] The unloading rack includes a bracket assembly, a tension brake, an adjustable torque structure, an adjustable hand wheel, an air expansion shaft 1, a support shaft 1, an air expansion shaft 2, a support shaft 2 and a supporting assembly; the bracket assembly is provided with an air expansion shaft 1, a support shaft 1, an air expansion shaft 2 and a support shaft 2, the air expansion shaft 1 is located at the upper end of the air expansion shaft 2, and the ends of the air expansion shaft 1 and the air expansion shaft 2 are provided with a tension brake; the support shaft 1 is located at the upper end of the support shaft 2, and the support shaft 1 and the support shaft 2 are provided with an adjustable torque structure and an adjustable hand wheel; a plurality of supporting assemblies are provided in gaps on the bracket assembly.

[0007] The super-hole structure includes a super-hole transducer, a super-hole mold, a super-hole fixture, a super-hole adjustment structure, a driving component, a super-hole motor, a rotating shaft, two super-hole support frames and a transducer fixing frame; a rotating shaft is rotatably arranged between the two super-hole support frames, both ends of the rotating shaft are connected to the super-hole adjustment structure, and a super-hole fixture is arranged on the rotating shaft; the super-hole motor is connected to one end of the rotating shaft via the driving component; a super-hole mold is arranged at the lower end of the super-hole fixture, a super-hole transducer is arranged at the lower end of the super-hole mold, the super-hole transducer is arranged on the transducer fixing frame, a super-hole cooling fan is arranged at the rear end of the transducer fixing frame, and the super-hole cooling fan is located at the rear end of the super-hole transducer; there is a gap between the super-hole mold and the super-hole fixture.

[0008] The punching structure includes an upper cutter, a lower cutting plate, a waste recycling channel, a spring stripping mechanism, a punching motor lead screw structure, a punching cylinder and a punching frame; a punching cylinder is arranged at the upper end of the punching frame, and a lower cutting plate is arranged at the lower end of the punching frame; a waste recycling channel is arranged in the middle of the lower cutting plate, and a punching motor lead screw structure is arranged at the lower end of the lower cutting plate; the lower end of the punching cylinder is connected to the upper cutter, and a blowing hole is arranged at the center of the upper cutter; the spring stripping mechanism is connected to the upper cutter, and both ends of the spring stripping mechanism are arranged through the upper end of the punching frame.

[0009] The dispensing structure, the dispensing lateral movement module, the first motor screw structure, the second motor screw structure, the dispensing frame, the dispensing fixing plate and the leveling roller; the upper end of the dispensing fixing plate is provided with the first motor screw structure and the dispensing frame, and the lower end of the dispensing fixing plate is provided with the second motor screw structure; the dispensing frame is provided with the dispensing lateral movement module, and the dispensing head assembly is slidably provided on the dispensing lateral movement module; the leveling roller is located at the lower end of the dispensing frame.

[0010] The automatic pallet feeding structure includes a pallet conveying belt, a pallet positioning cylinder, a grabbing and clamping structure, a feeding transverse movement module, a follower motor screw structure, a feeding fixed plate and a clamping plate; the pallet conveying belt is arranged on one side of the feeding fixed plate, and a pallet positioning cylinder is arranged on the outer side of the pallet conveying belt; the feeding transverse movement module is arranged at the upper end of the feeding fixed plate, and a grabbing and clamping structure is slidably arranged at the front end of the feeding transverse movement module; the follower motor screw structure is located at the lower end of the feeding fixed plate, and the follower motor screw structure is connected to the rear end of the feeding fixed plate; the clamping plate is arranged at the upper end of the feeding fixed plate; The card board cache structure includes a cache turntable assembly, a lifting assembly, a feeding robot assembly and a cache rack. The cache turntable assembly and the lifting assembly are arranged in the cache rack, and the feeding robot assembly is arranged at the upper end of the cache rack; the cache turntable assembly includes a cache motor, a turntable driver, a turntable and a card board feeding rack; the motor and the turntable driver are arranged at the lower end of the cache rack, and the motor and the turntable driver are connected; the middle rotation of the turntable is arranged on the turntable driver, and the upper end of the turntable is provided with a card board feeding rack; the lifting assembly is arranged at the front side of the cache turntable assembly, and the front end of the lifting assembly is provided with a lifting plate; the feeding robot assembly is located at the rear end of the cache turntable assembly, and the front end of the feeding robot assembly is slidably provided with a super plastic card or paper pallet robot.

[0011] The edge super structure includes two groups of edge super upper head assemblies, two groups of edge super molds, two groups of edge super transducers, an edge super motor lead screw structure, two groups of adjustable seal assemblies, two groups of edge super cylinders, two groups of edge super cooling fans, an edge super plastic card rack and an edge super linear guide rail; the upper end of the edge super plastic card rack is adjustably provided with an edge super upper head assembly and an edge super cylinder, and the lower end of the edge super plastic card rack is provided with an edge super transducer; the upper end of the edge super upper head assembly is connected to the edge super cylinder; the upper end of the edge super transducer is connected to the edge super mold, the adjustable seal assembly is connected to the lower end of the edge super mold, and the adjustable seal assembly is slidably arranged along the edge super linear guide rail; the edge super motor lead screw structure is connected to the rear end of the edge super plastic card rack; the edge super cooling fan is arranged on the rear side of the edge super transducer; The transverse super structure includes a transverse super upper head assembly, a transverse super mold, a transverse super transducer, a transverse super motor screw structure, a transverse super transducer fixing part, a transverse super cylinder, a transverse super cooling fan and a transverse super frame; a transverse super cylinder is arranged at the upper end of the transverse super frame, and a transverse super transducer is arranged at the lower end of the transverse super frame via a transverse super transducer fixing part; the upper end of the transverse super transducer is connected to the transverse super mold, and a super cooling fan is arranged at the rear end of the transverse super transducer; the lower end of the transverse super cylinder is connected to the transverse super upper head assembly, and the transverse super upper head assembly and the transverse super mold correspond to each other up and down; the transverse super motor screw structure is connected to an inner wall of one side of the transverse super frame.

[0012] The rolling cutting structure includes a rolling cutter, a rolling cutter support roller, a rolling cutter motor, a rolling cutter drive assembly, a rolling cutter adjustment structure and two rolling cutter support frames; the rolling cutter and the rolling cutter support roller are rotatably arranged between the two rolling cutter support frames, the rolling cutter is located at the upper end of the rolling cutter support roller, and there is a gap between the rolling cutter and the rolling cutter support roller; the rolling cutter motor is connected to the rolling cutter and the rolling cutter support roller via the rolling cutter drive assembly; the rolling cutter adjustment structure is connected to both ends of the rolling cutter.

[0013] The belt receiving structure includes a conveyor belt, a pressure wheel and a receiving frame; the upper end of the receiving frame is rotatably provided with a conveyor belt; the two ends of the pressure wheel are fixed on both sides of the receiving frame, the pressure wheel is located at the upper end of the conveyor belt, and there is a gap between the pressure wheel and the conveyor belt; The traction wheel structure includes a lower roller, an upper rubber wheel, a traction motor, a traction drive assembly, a traction adjustment structure and two traction support frames; an upper rubber wheel and a lower roller are rotatably arranged between the two traction support frames, the upper rubber wheel is located at the upper end of the lower roller, and there is a gap between the upper rubber wheel and the lower roller; the traction motor is connected to the lower roller and the upper rubber wheel via the traction drive assembly; the traction adjustment structure is connected to both ends of the upper rubber wheel.

[0014] A production method for a paper pallet dust bag production line comprises the following steps: S1. The unwinding rack respectively combines the upper and lower layers of multi-roll materials together and conveys them through the air expansion shaft 1, the support shaft 1, the air expansion shaft 2, and the support shaft 2; S2. The upper coil is pulled to the super-hole structure by the traction wheel structure, and the opening of the dust bag paper is sealed between the super-hole fixture and the super-hole mold of the super-hole structure; S3. The upper coil material is punched through the upper cutter and lower cutting plate of the punching structure to make a hole in the dust bag paper; S4. The glue dispensing machine frame of the glue dispensing structure dispenses glue around the opening of the dust bag paper; the glued dust bag paper is pulled to the automatic feeding structure of the card board by the traction wheel structure; S5. Place the pallet on the turntable of the pallet cache structure, raise the pallet through the jacking assembly, and feed the pallet to the pallet conveyor belt of the automatic feeding structure of the pallet by the feeding robot assembly; S6. The grabbing and pressing structure of the automatic feeding structure of the pallet grabs the pallet to the pressing plate and glues it on the dust bag paper; S7. The lower coil is transported from the unwinding rack to the traction wheel structure at the front end of the side super structure, and the upper coil and the lower coil are compounded to the side super structure at the traction wheel structure, and the left and right sides of the dust bag paper are sealed between the side super upper head assembly and the side super mold; S8. Through the cross-chao structure, the cross-chao upper head assembly and the cross-chao mold are sealed on both sides of the dust bag paper; S9. The sealed dust bag paper is pulled to the rolling and cutting structure by the traction wheel structure. The rolling cutter and the rolling cutting support roller on the rolling and cutting structure cut the dust bag paper into the required shape. Finally, the belt receiving structure separates the waste material and the dust bag product.

[0015] Compared with the prior art, the present invention has the following beneficial effects: The present invention realizes automated production and improves production efficiency. The automated production line can realize high-speed and continuous production, greatly improving the production efficiency of dust bag paper; reducing production costs, reducing manual labor intensity, reducing labor costs, optimizing production processes, and improving raw material utilization; improving production safety, automated operation reduces manual intervention, and reduces safety risks in the production process. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 A schematic diagram of a paper pallet dust bag production line and a production method thereof; Figure 2 This is a schematic diagram of the material rack; Figure 3 is a schematic diagram of the superpore structure; Figure 4 is a schematic diagram of the punching structure; Figure 5 It is a schematic diagram of the dispensing structure; Figure 6 It is a schematic diagram of the automatic loading structure of the pallet; Figure 7 is a schematic diagram of the edge superstructure; Figure 8 is a schematic diagram of the transverse superstructure; Fig. 9 is a schematic diagram of the rolling cutting structure; Fig.10 It is a schematic diagram of the belt receiving structure; Fig.11 It is a schematic diagram of the card board cache structure; Fig.12 is a schematic diagram of a cache turntable assembly; Fig.13 is a schematic diagram of the traction wheel structure; Fig.14 It is a schematic diagram of the super plastic card structure; In the figure: 1. unloading rack; 101. bracket assembly; 102. tension brake; 103. adjustable torque structure; 104. adjustable hand wheel; 105. gas expansion shaft one; 106. support shaft one; 107. gas expansion shaft two; 108. support shaft two; 109. supporting assembly; 1091. cylinder connecting block; 1092. supporting rod; 2. super hole structure; 201. super hole transducer; 202. super hole mold; 203. super hole fixture; 204. super hole adjustment structure; 2041. super hole hand wheel; 2042. super hole screw; 2043. super hole sliding block; 2044. super hole sliding module; 205. driving assembly; 2051. rotating wheel one; 2052. rotating wheel two; 2053. synchronous belt; 206. super hole hole motor; 207, rotating shaft; 208, super hole support frame; 209, transducer fixing frame; 2010, super hole cooling fan; 3, punching structure; 301, upper cutter; 302, lower cutting plate; 303, waste recycling channel; 304, spring stripping mechanism; 3041, stripping fixing plate; 3042, punching cylinder; 3043, stripping block; 3044, cylinder connecting block; 305, punching motor screw structure; 3051, punching follower motor; 3052, screw bearing seat; 3053, punching screw; 3054, punching fixing plate; 3055, punching slide plate; 3056, punching guide rail; 3057, punching slide block; 306, punching cylinder; 307, punching rack; 309, blowing hole; 4, dispensing Structure; 401, glue dispensing head assembly; 402, glue dispensing transverse movement module; 403, first motor screw structure; 4031, first motor; 4032, first screw; 4033, first screw bearing seat; 4034, first fixed plate; 4035, first slide plate; 4036, first guide rail; 4037, first slide block; 404, second motor screw structure; 4041, second motor; 4042, second screw; 4043, second screw bearing seat; 4044, second slide plate; 4045, second guide rail; 4046, second slide block; 405, glue dispensing frame; 406, glue dispensing fixed plate; 407, leveling roller; 5, pallet automatic feeding structure; 501, pallet conveyor belt; 502, pallet positioning cylinder ;503, grabbing and clamping structure;504, feeding transverse movement module;505, follow-up motor screw structure;5051, feeding motor;5052, feeding screw;5053, feeding bearing seat;5054, feeding slide plate;5055, feeding guide rail;5056, feeding slider;506, feeding fixed plate;507, clamping plate;6, edge super structure;601, edge super upper head assembly;6011, edge super upper head;6012, edge super upper head fixing plate;6013, edge super upper head guide rod;602, edge super mold;603, edge super transducer;604, edge super motor screw structure;6041, edge super motor;6042, edge super screw;6043, edge super bearing seat;6044, super slider fixing plate;6045, Bianchao linear guide rail 2; 6046, Bianchao slider; 6047, Bianchao slide plate; 605, seal adjustable component; 606, Bianchao cylinder; 607, Bianchao cooling fan; 608, Bianchao plastic card rack; 609, Bianchao linear guide rail 1; 7, Hengchao structure; 701, Hengchao upper head assembly; 7011, Hengchao upper head; 7012, Hengchao upper head fixing plate; 7013, Hengchao upper head guide rod; 702, Hengchao mold; 703, Hengchao transducer; 704, Hengchao motor screw structure; 7041, Hengchao motor; 7042, Hengchao screw; 7043, Hengchao bearing seat; 7044, Hengchao slider fixing plate, 7045, Hengchao linear guide rail; 7046, Hengchao slider; 7047, Hengchao skateboard; 705, Hengchao transducer fixing; 706, Hengchao cylinder; 707, Hengchao cooling fan; 708, Hengchao frame; 8, rolling structure; 801, hob; 802, rolling support roller; 803, rolling motor; 804, rolling drive assembly; 8041, rolling driving wheel; 8042, rolling driven wheel; 8043, rolling gear one; 8044, rolling gear two; 8045, rolling chain; 805, rolling adjustment structure; 8051, rolling hand wheel; 8052, rolling screw; 8053, rolling sliding block; 8054, baffle; 806, rolling support frame; 9, belt receiving structure; 901, conveyor belt; 902, pressure wheel; 903, receiving frame; 10, cardboard buffer structure; 1 001, cache turntable assembly; 10011, cache motor; 10012, turntable drive; 10013, turntable; 10014, pallet loading rack; 10015, loading port; 10016, loading plate; 10017, limit column; 10018, opening structure; 1002, jacking assembly; 10021, jacking plate; 1003, loading manipulator assembly; 10031, super plastic card or paper pallet manipulator; 1004, cache rack; 11, traction wheel structure; 1101, lower roller; 1102, rubber wheel; 1103, traction motor; 1104, traction drive assembly; 11041, traction driving wheel; 11042, traction driven wheel; 11043, traction gear 1; 11044, traction Lead gear 2; 11045, traction belt; 1105, traction adjustment structure; 11051, traction hand wheel; 11052, traction screw; 11053, traction sliding block; 11054, traction baffle; 1106, traction support frame; 12, super plastic card structure; 1201, super plastic card or paper card board manipulator; 1202, super plastic card cylinder; 1203, super plastic card ultrasonic fixture; 1204, super plastic card motor screw structure; 12041, super plastic card motor; 12042, super plastic card screw; 12043, super plastic card bearing seat; 12044, super plastic card slide; 12045, super plastic card linear guide; 12046, super plastic card slider; 1205, upper pressure block assembly; 12051, upper pressure block fixing plate;12052, upper pressing block; 12053, upper pressing block guide rod; 1206, super plastic card rack; 1207, super plastic card transverse movement module; 1208, lower pressing block assembly. ; DETAILED DESCRIPTION

[0017] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0018] See also Figure 1-14 The present invention provides a technical solution: a paper pallet dust bag production line, comprising a discharge rack 1, a super hole structure 2, a punching structure 3, a glue dispensing structure 4, a pallet automatic feeding structure 5, an edge super structure 6, a transverse super structure 7, a rolling cutting structure 8, a belt material collection structure 9, a pallet buffer structure 10 and a traction wheel structure 11; the discharge rack 1 and the belt material collection structure 9 are respectively arranged at the two ends of the super hole structure 2 and the rolling cutting structure 8; the punching structure 3, the glue dispensing structure 4, the pallet automatic feeding structure 5, the edge super structure 6, and the transverse super structure 7 are arranged in sequence between the super hole structure 2 and the rolling cutting structure 8; the pallet buffer structure 10 is located on one side of the pallet automatic feeding structure 5; the traction wheel structure 11 is arranged on the front side of the super hole structure 2, the edge super structure 6, and the rolling cutting structure 8.

[0019] The various structures of the paper pallet dust bag production line of the present invention are installed on a production frame during production and use, and in order to facilitate production and increase work efficiency, the installation of the various structures is a linear structure.

[0020] The unloading rack 1 includes a bracket assembly 101, a tension brake 102, an adjustable torque structure 103, an adjustable hand wheel 104, an air expansion shaft 105, a support shaft 106, an air expansion shaft 107, a support shaft 108 and a supporting assembly 109; the bracket assembly 101 is provided with an air expansion shaft 105, a support shaft 106, an air expansion shaft 107, and a support shaft 108, the air expansion shaft 105 is located at the upper end of the air expansion shaft 107, and the ends of the air expansion shaft 105 and the air expansion shaft 107 are provided with a tension brake 102; the support shaft 106 is located at the upper end of the support shaft 108, and the support shaft 106 and the support shaft 108 are provided with an adjustable torque structure 103 and an adjustable hand wheel 104; a plurality of supporting assemblies 109 are provided in gaps on the bracket assembly 101.

[0021] The supporting assembly 109 is located between the air expansion shaft 105 and the air expansion shaft 107 and between the support shaft 106 and the support shaft 2 108. The supporting assembly 109 is used to support the released coil.

[0022] The supporting assembly 109 includes two cylinder connection blocks 1091 and at least three supporting rods 1092 . The cylinder connection blocks 1091 are fixedly arranged on the bracket assembly 101 . The supporting rods 1092 are arranged through the two cylinder connection blocks 1091 , and the supporting rods 1092 are arranged in parallel.

[0023] During operation, the air-inflating shaft 105 and the support shaft 106 serve as the mounting structure for the upper coil; the air-inflating shaft 2 107 and the support shaft 2 108 serve as the mounting structure for the lower coil. The coil on the air-inflating shaft 105 and the support shaft 1 106 of the upper layer is pulled forward between the two upper supporting rods 1092, and the coil on the air-inflating shaft 3 107 and the support shaft 2 108 of the lower layer is pulled forward between the two lower supporting rods 1092.

[0024] The tension brake 102, the adjustable torque structure 103 composed of a bearing roller and a brake belt, and the adjustable hand wheel 104 composed of a screw and a hand wheel can adjust the tension and torque of the air expansion shaft 105, the support shaft 106, the air expansion shaft 2 107, and the support shaft 2 108 to ensure the stability and flatness of the coils when placing different coils. The unloading rack 101 can unload multiple coils evenly.

[0025] The super-hole structure 2 includes a super-hole transducer 201, a super-hole mold 202, a super-hole fixture 203, a super-hole adjustment structure 204, a driving component 205, a super-hole motor 206, a rotating shaft 207, two super-hole support frames 208 and a transducer fixing frame 209; a rotating shaft 207 is rotatably arranged between the two super-hole support frames 208, the two ends of the rotating shaft 207 are connected to the super-hole adjustment structure 204, and a super-hole fixture 203 is arranged on the rotating shaft 207; the super-hole motor 2 06 is connected via a driving component 205 and one end of a rotating shaft 207; a super-hole mold 202 is provided at the lower end of the super-hole fixture 203, a super-hole transducer 201 is provided at the lower end of the super-hole mold 202, the super-hole transducer 201 is provided on a transducer fixing frame 209, a super-hole cooling fan 2010 is provided at the rear end of the transducer fixing frame 209, and the super-hole cooling fan 2010 is located at the rear end of the super-hole transducer 201; there is a gap between the super-hole mold 202 and the super-hole fixture 203.

[0026] During installation, the super-hole structure 2 is installed on the production frame of the production line via the super-hole support frames 208 on both sides, one end of the super-hole motor 206 is installed at the lower end of the production frame of the production line, and the transducer 1 is installed at the lower end of the production frame of the production line via the transducer fixing frame 209, so that the transducer 1 is located at the lower end of the production frame.

[0027] The driving assembly 205 includes a rotating wheel 1 2051 , a rotating wheel 2052 and a synchronous belt 2053 ; the rotating wheel 1 2051 is connected to the motor 206 ; the rotating wheel 2052 is fixed to one end of the rotating shaft 207 , and the rotating wheel 1 2051 and the rotating wheel 2 2052 are connected via the synchronous belt 2053 .

[0028] The super-hole adjustment structure 204 is arranged at the upper end of the super-hole support frame 208, and the super-hole adjustment structure 204 includes an super-hole handwheel 2041, an super-hole screw 2042, an super-hole sliding block 2043 and an super-hole sliding module 2044; the super-hole sliding block 2043 is slidably arranged at the upper end of the super-hole support frame 208 through the super-hole sliding module 2044, and the super-hole sliding block 2043 is connected to the end of the rotating shaft 207; the lower end of the super-hole screw 2042 is fixed to the upper end of the super-hole sliding block 2043, and the upper end of the super-hole screw 2042 is fixed to the super-hole handwheel 2041.

[0029] The super-hole structure 2 is used for sealing the openings of multi-layer dust bag paper. The super-hole hand wheel 2041 is rotated to drive the super-hole screw 2042 to rotate, so that the super-hole sliding block 2043 and the super-hole sliding block 2043 are adjusted up and down between the super-hole sliding module 2044, and then the height of the rotating shaft 207 between the two super-hole sliding blocks 2043 can be adjusted, so that the height of the super-hole fixture 203 on the rotating shaft 207 is adjusted. During operation, the super-hole motor 206 is started, so that the rotating wheel 1 2051 connected to the super-hole motor 206 rotates, and the rotating wheel 2 2052 is driven to rotate through the synchronous belt 2053, so that the rotating shaft 207 rotates. The material passes between the super-hole fixture 203 and the super-hole mold 202, and the super-hole transducer 201 generates ultrasonic waves, and the super-hole mold 202 and the super-hole fixture 203 are engaged to seal the material.

[0030] The punching structure 3 includes an upper cutter 301, a lower cutting plate 302, a waste recovery channel 303, a spring stripping mechanism 304, a punching motor lead screw structure 305, a punching cylinder 306 and a punching frame 307; the upper end of the punching frame 307 is provided with a punching cylinder 306, and the lower end of the punching frame 307 is provided with a lower cutting plate 302; the middle of the lower cutting plate 302 is provided with a waste recovery channel 303, and the lower end of the lower cutting plate 302 is provided with a punching motor lead screw structure 305; the lower end of the punching cylinder 306 is connected to the upper cutter 301, and a blowing hole 309 is provided at the center of the upper cutter 301; the spring stripping mechanism 304 is connected to the upper cutter 301, and both ends of the spring stripping mechanism 304 are arranged through the upper end of the punching frame 307.

[0031] The upper cutter 301 and the waste recycling channel 303 are arranged correspondingly up and down, and the blowing hole 309 can blow the waste into the waste recycling channel 303. When in use, a recycling trash can can be arranged under the waste recycling channel 303, and the waste enters the trash can through the waste recycling channel 303.

[0032] The spring stripping mechanism 304 includes a stripping fixed plate 3041, a punching cylinder 3042, two stripping blocks 3043 and two cylinder connecting blocks 3044; the punching cylinder 3042 is arranged through the upper end of the punching frame 307, and the lower side of the punching cylinder 3042 is fixedly connected with a stripping fixed plate 3041, and the punching cylinder 3042 is arranged on both sides of the cylinder 306; the stripping fixed plate 3041 is provided with a stripping block 3043 and a cylinder connecting block 3044, and the stripping block 3043 is located on the outside of the cylinder connecting block 3044; the cylinder connecting block 3044 is arranged on the outside of the upper cutting knife 301.

[0033] Furthermore, when the upper cutter 301 is retracted, the stripping block 3043 can push the material back to prevent the material from being carried along.

[0034] The punching motor screw structure 305 includes a punching follower motor 3051, two screw bearing seats 3052, a punching screw 3053, a punching fixed plate 3054, a punching slide plate 3055, a punching guide rail 3056 and a punching slider 3057; the upper surface of the punching fixed plate 3054 is fixed to the lower surface of the lower cutting plate 302, and the punching slide plate 3055 is fixed to the lower surface of the punching fixed plate 3054; the punching follower motor 3051 is connected to the punching screw 3053, and the punching slide plate 3055 is arranged on the punching screw 3053, and the two ends of the punching screw 3053 are rotatably arranged between the two screw bearing seats 3052; the punching slider 3057 is arranged on both sides of the lower surface of the lower cutting plate 302, and the punching slider 3057 slides along the punching guide rail 3056.

[0035] When the punching motor screw structure 305 is in use, the punching structure moves synchronously with the material.

[0036] The punching structure 3 is used to make holes in materials, and is particularly suitable for making holes in dust bag paper. During installation, the punching linear module 308 and the screw bearing seat 3052 are installed on the production frame of the paper pallet dust bag production line.

[0037] During operation, the punching follower motor 3051 is driven to rotate the punching screw rod 3053, so that the punching slide plate 3055 moves forward and backward along the punching screw rod 3053, thereby causing each structure of the punching structure 3 to move forward and backward.

[0038] The glue dispensing structure 4 includes a glue dispensing head assembly 401, a glue dispensing transverse movement module 402, a first motor screw structure 403, a second motor screw structure 404, a glue dispensing frame 405, a glue dispensing fixing plate 406 and a leveling roller 407; the upper end of the glue dispensing fixing plate 406 is provided with the first motor screw structure 403 and the glue dispensing frame 405, and the lower end of the glue fixing plate 406 is provided with the second motor screw structure 404; the glue dispensing frame 405 is provided with a glue dispensing transverse movement module 402, and the glue dispensing head assembly 401 is slidably provided on the glue dispensing transverse movement module 402; the leveling roller 407 is located at the lower end of the glue dispensing frame 405.

[0039] The first motor screw structure 403 includes a first motor 4031, a first screw 4032, two first screw bearing seats 4033, a first slide plate 4035, a first fixed plate 4034, a first guide rail 4036 and a first slider 4037; one side of the first fixed plate 4034 is fixed to one side of the dispensing fixed plate 406, and two first screw bearing seats 4033 are arranged at both ends of the first fixed plate 4034; the first screw 4032 is rotatably arranged in the two first screw bearing seats 4033, and the end of the first screw 4032 is connected to the first motor 4031; the first motor 4031 is arranged on the first fixed plate 4034; the first slide plate 4035 is slidably arranged on the first screw 4032, and the first slide plate 4035 and the dispensing frame 405 are fixed; the first guide rail 4036 is arranged on both sides of the upper end of the dispensing fixed plate 406, and the first slider 4037 is arranged at the lower end of the dispensing frame 405.

[0040] The first slider 4037 slides along the first guide rail 4036, so that the dispensing machine frame 405, the dispensing machine head assembly 401, and the dispensing transverse movement module 402 can be slidably adjusted.

[0041] During operation, the first motor 4031 is driven to rotate the first screw rod 4032, so that the first slide plate 4035 moves forward and backward along the first screw rod 4032, thereby causing the dispensing structure 4 to move forward and backward, so that the dispensing structure 4 performs dispensing.

[0042] The second motor screw structure 404 includes a second motor 4041, a second screw 4042, two second screw bearing seats 4043, a second slide plate 4044, a second guide rail 4045 and a second slider 4046; the second slide plate 4044 is fixed on the lower surface of the dispensing fixing plate 406, and the second slide plate 4044 is slidably set on the second screw 4042; the second motor 4041 and the second screw 4042 are connected, and two second screw bearing seats 4043 are set at both ends of the second screw 4042; the second slider 4046 is set on both sides of the lower surface of the dispensing fixing plate 406, and the second slider 4046 is slidably set along the second guide rail 4045.

[0043] During operation, the second motor 4041 is driven to rotate the second screw rod 4042, so that the second slide plate 4044 moves forward and backward along the second screw rod 4042, thereby enabling the dispensing structure 4 to move forward and backward synchronously with the material.

[0044] The glue dispensing structure 4 is used for dispensing glue around the opening of the dust bag paper. During installation, the second guide rail 4045 and the two second screw bearing seats 4043 are installed on the production rack of the paper pallet dust bag production line.

[0045] The automatic pallet feeding structure 5 includes a pallet conveyor belt 501, a pallet positioning cylinder 502, a grabbing and clamping structure 503, a feeding transverse movement module 504, a follower motor screw structure 505, a feeding fixed plate 506 and a clamping plate 507; the pallet conveyor belt 501 is arranged on one side of the feeding fixed plate 506, and a pallet positioning cylinder 502 is arranged on the outer side of the pallet conveyor belt 501; the feeding transverse movement module 504 is arranged at the upper end of the feeding fixed plate 506, and the front end of the feeding transverse movement module 504 is slidingly arranged with a grabbing and clamping structure 503; the follower motor screw structure 505 is located at the lower end of the feeding fixed plate 506, and the follower motor screw structure 505 is connected to the rear end of the feeding fixed plate 506; the clamping plate 507 is arranged at the upper end of the feeding fixed plate 506.

[0046] The cardboard conveying belt 501 conveys the cardboard to a specified position, and the cardboard conveying belt 501 is connected to a motor. When in use, the motor drives the cardboard conveying belt 501 to rotate, and the cardboard positioning cylinder 502 precisely positions the cardboard.

[0047] The following motor screw structure 505 includes a feeding motor 5051, a feeding screw 5052, two feeding bearing seats 5053, a feeding slide 5054, a feeding guide rail 5055 and a feeding slider 5056; the feeding slide 5054 is fixed to the rear side of the feeding fixed plate 506, and the feeding slide 5054 is slidably set on the feeding screw 5052; the feeding motor 5051 is connected to the feeding screw 5052, and two feeding bearing seats 5053 are set at both ends of the feeding screw 5052; the feeding slider 5056 is set on both sides of the lower surface of the feeding fixed plate 506, and the feeding slider 5056 slides along the feeding guide rail 5055.

[0048] During operation, the feeding motor 5051 is driven to rotate the feeding screw 5052, so that the feeding slide plate 5054 moves forward and backward along the feeding screw 5052 and the feeding linear module 508, thereby enabling the automatic feeding structure 5 of the pallet to move forward and backward synchronously with the material.

[0049] The grabbing and pressing structure 503 grabs the card plate and moves it to the dust bag hole position through the loading and transverse movement module 504 and presses the dust bag.

[0050] The clamping plate 507 is a downward U-shaped structure, and two sides of the clamping plate 507 are located at the front and rear sides of the loading fixing plate 506.

[0051] During installation, the feeding guide rail 5055 and the two feeding slide plates 5054 are installed on the production frame of the paper pallet dust bag production line.

[0052] The edge super structure 6 includes two sets of edge super upper head components 601, two sets of edge super molds 602, two sets of edge super transducers 603, edge super motor screw rod structures 604, two sets of seal adjustable components 605, two sets of edge super cylinders 606, two sets of edge super cooling fans 607, edge super plastic card racks 608 and edge super linear guide rails 609; the upper end of the edge super plastic card rack 608 is adjustable and is provided with an edge super upper head component 601 and an edge super cylinder 606, and the lower end of the edge super plastic card rack 608 is provided with A super edge transducer 603 is provided; the upper end of the super edge upper head assembly 601 is connected to the super edge cylinder 606; the upper end of the super edge transducer 603 is connected to the super edge mold 602, the seal adjustable assembly 605 is connected to the lower end of the super edge mold 602, and the seal adjustable assembly 605 is slidably arranged along the super edge linear guide rail 609; the super edge motor screw structure 604 is connected to the rear end of the super edge plastic card rack 608; the super edge cooling fan 607 is arranged on the rear side of the super edge transducer 603.

[0053] The upper end of the edge super transducer 603 passes through the seal adjustable component 605 and is connected to the edge super mold 602. When the seal adjustable component 605 moves left and right, the edge super transducer 603 and the edge super mold 602 are moved left and right for adjustment. At the same time, by adjusting the edge super upper head assembly 601 and the edge super cylinder 606, the distance between the two sets of adjustable edge super upper head assembly 601 and the edge super mold 602 can be adjusted, and both sides of dust bag paper of different sizes can be sealed.

[0054] The edge super upper head assembly 601 includes an edge super upper head 6011, an edge super upper head fixing plate 6012 and an edge super upper head guide rod 6013; the upper end of the edge super upper head fixing plate 6012 is connected to the edge super cylinder 606, and the lower end of the edge super upper head fixing plate 6012 is provided with the edge super upper head 6011, and the edge super upper head 6011 and the edge super mold 602 are correspondingly arranged up and down; the edge super upper head guide rod 6013 is arranged on the front and rear sides of the edge super upper head fixing plate 6012, and the edge super upper head guide rod 6013 passes through the upper end of the edge super plastic card frame 608 and is arranged on the front and rear sides of the edge super cylinder 606.

[0055] The edge super cylinder 606 drives the edge super upper head guide rods 6013 on both sides of the edge super upper head fixing plate 6012 to move up and down, so that the edge super upper head 6011 moves up and down, so that the edge super upper head 6011 and the edge super mold 602 are sealed.

[0056] The side super motor lead screw structure 604 includes a side super motor 6041, a side super lead screw 6042, two side super bearing seats 6043, a side super linear guide rail 6045, a side super slider 6046 and a side super slide plate 6047; the side super slider 6046 is arranged on the inner side of the side super plastic card frame 608 through the side super slider fixing plate 6044, and the side super slider 6046 is slidably arranged on the side super linear guide rail 6045; a side super lead screw 6042 is rotatably arranged between the two side super bearing seats 6043, and one end of the side super lead screw 6042 is connected to the side super motor 6041; the side super slide plate 6047 is slidably arranged on the side super lead screw 6042, and the lower end of the side super slide plate 6047 is fixed to the lower end of the side super plastic card frame 608.

[0057] During operation, the side super motor 6041 is driven to rotate the side super lead screw 6042, so that the side super slide plate 6047 moves forward and backward along the side super lead screw 6042, thereby enabling the side super structure 6 to move forward and backward.

[0058] The seal adjustable component 605 is provided with a hand wheel, and the seal adjustable component 605 is adjusted to move left and right along the side super linear guide rail 609, so that the distance between the two side super molds 602 can be adjusted.

[0059] The transverse super structure 7 includes a transverse super upper head assembly 701, a transverse super mold 702, a transverse super transducer 703, a transverse super motor screw structure 704, a transverse super transducer fixing part 705, a transverse super cylinder 706, a transverse super cooling fan 707 and a transverse super frame 708; the upper end of the transverse super frame 708 is provided with a transverse super cylinder 706, and the lower end of the transverse super frame 708 is provided with a transverse super transducer 703 via the transverse super transducer fixing part 705; the upper end of the transverse super transducer 703 is connected to the transverse super mold 702, and the rear end of the transverse super transducer 703 is provided with a super cooling fan 707; the lower end of the transverse super cylinder 706 is connected to the transverse super upper head assembly 701, and the transverse super upper head assembly 701 and the transverse super mold 702 correspond to each other up and down; the transverse super motor screw structure 704 is connected to the inner wall of one side of the transverse super frame 708.

[0060] The transverse super upper head assembly 701 includes a transverse super upper head 7011, a transverse super upper head fixing plate 7012 and a transverse super upper head guide rod 7013; the upper end of the transverse super upper head fixing plate 7012 is connected to the transverse super cylinder 706, and the lower end of the transverse super upper head fixing plate 7012 is provided with the transverse super head 7011, and the transverse super upper head 7011 and the transverse super mold 702 are correspondingly arranged up and down; the transverse super upper head guide rod 7013 is arranged on the left and right sides of the transverse super upper head fixing plate 7012, and the transverse super upper head guide rod 7013 passes through the upper end of the transverse super frame 708 and is arranged on the left and right sides of the transverse super cylinder 706.

[0061] The transverse super cylinder 706 drives the transverse super upper head guide rods 7013 on both sides of the transverse super head fixing plate 7012 to move up and down, so that the transverse super upper head 7011 moves up and down, so that the transverse super upper head 7011 and the transverse super mold 702 are sealed.

[0062] The transverse super motor screw structure 704 includes a transverse super motor 7041, a transverse super screw 7042, two transverse super bearing seats 7043, a transverse super linear guide 7045, a transverse super slider 7046 and a transverse super slide plate 7047; the transverse super slider 7046 is arranged on the inner side of the transverse super frame 708 via a transverse super slider fixing plate 7044, and the transverse super slider 7046 is slidably arranged on the transverse super linear guide 7045; a transverse super screw 7042 is rotatably arranged between the two transverse super bearing seats 7043, and one end of the transverse super screw 7042 is connected to the transverse super motor 7041; the transverse super slide plate 7047 is slidably arranged on the transverse super screw 7042, and one side of the transverse super slide plate 7047 is fixed to one side of the transverse super frame 708.

[0063] During operation, the transverse motor 7041 is driven to rotate the transverse screw rod 7042, so that the side transverse slide plate 7047 moves forward and backward along the transverse screw rod 7042, thereby enabling the transverse structure 7 to move forward and backward.

[0064] The rolling structure 8 includes a rolling cutter 801, a rolling cut support roller 802, a rolling cut motor 803, a rolling cut drive assembly 804, a rolling cut adjustment structure 805 and two rolling cut support frames 806; the rolling cutter 801 and the rolling cut support roller 802 are rotatably arranged between the two rolling cut support frames 806, the rolling cutter 801 is located at the upper end of the rolling cut support roller 802, and there is a gap between the rolling cutter 801 and the rolling cut support roller 802; the rolling cut motor 803 is connected to the rolling cutter 801 and the rolling cut support roller 802 via the rolling cut drive assembly 804; the rolling cut adjustment structure 805 is connected to both ends of the rolling cutter 801.

[0065] The rolling drive assembly 804 includes a rolling driving wheel 8041, a rolling driven wheel 8042, a rolling gear 1 8043, a rolling gear 2 8044 and a rolling chain 8045; the rolling driving wheel 8041 is connected to the rolling motor 803; the rolling driven wheel 8042 and the rolling gear 1 8043 are arranged at one end of the rolling support roller 802, the rolling driven wheel 8042 is located on the outside of the rolling gear 1 8043, and the rolling driving wheel 8041 and the rolling driven wheel 8042 are connected via a rolling chain 8045; the rolling gear 2 8044 is arranged at one end of the hob 801, and the rolling gear 1 8043 and the rolling gear 2 8044 are meshed on the same side.

[0066] The rolling adjustment structure 805 is arranged at the upper end of the rolling support frame 806, and the rolling adjustment structure 805 includes a rolling handwheel 8051, a rolling screw 8052, a rolling sliding block 8053 and a baffle 8054; the rolling sliding block 8053 is slidably arranged at the upper end of the rolling support frame 806 through the baffle 8054, and the rolling sliding block 8053 is connected to the end of the rolling cutter 801; the lower end of the rolling screw 8052 is fixed to the upper end of the rolling sliding block 8053, and the upper end of the rolling screw 8052 is fixed to the rolling handwheel 8051.

[0067] During installation, the rolling cutting structure 8 is installed on the production frame of the production line via two rolling cutting support frames 806 on both sides, and one end of the rolling cutting motor 803 is installed at the lower end of the production frame of the production line.

[0068] The rolling cutting structure 8 is used to cut the dust bag paper into the required size. Through the setting of the rolling cutting drive assembly 804, the upper and lower rollers 801 and the rolling cutting support rollers 802 can rotate synchronously to ensure the quality of the dust bag paper cutting.

[0069] The belt material receiving structure 9 includes a conveyor belt 901, a pressure wheel 902 and a material receiving frame 903; the conveyor belt 901 is rotatably arranged on the upper end of the material receiving frame 903; the two ends of the pressure wheel 902 are fixed on both sides of the material receiving frame 903, the pressure wheel 902 is located at the upper end of the conveyor belt 901, and there is a gap between the pressure wheel 902 and the conveyor belt 901.

[0070] The belt material receiving structure 9 is used for receiving finished products and separating waste materials. The pressure wheel 902 presses the dust bag paper finished products, and the waste materials are recovered by the material receiving machine.

[0071] The cardboard cache structure 10 includes a cache turntable assembly 1001, a lifting assembly 1002, a feeding robot assembly 1003 and a cache rack 1004. The cache turntable assembly 1001 and the lifting assembly 1002 are arranged in the cache rack 1004, and the feeding robot assembly 1003 is arranged at the upper end of the cache rack 1004; the cache turntable assembly 1001 includes a cache motor 10011, a turntable driver 10012, a turntable 10013 and a cardboard loading rack 10014; the motor 10011 and the turntable driver 10012 are arranged on the cache rack 10 04, the motor 10011 is connected to the turntable driver 10012; the middle rotation of the turntable 10013 is arranged on the turntable driver 10012, and the upper end of the turntable 10013 is provided with a card board loading rack 10014; the lifting component 1002 is arranged on the front side of the cache turntable component 1001, and the front end of the lifting component 1002 is provided with a lifting plate 10021; the feeding robot component 1003 is located at the rear end of the cache turntable component 1001, and the front end of the feeding robot component 1003 is slidingly provided with a super plastic card or paper pallet robot 10031.

[0072] The outer circle of the turntable 10013 is surrounded by four loading ports 10015 , which are vertically arranged on the circumference of the turntable 10013 so that the end of the turntable 10013 has an opening structure 10018 ; the pallet loading rack 10014 is arranged on the outside of the loading port 10015 .

[0073] The pallet loading rack 10014 includes two limiting columns 10017 and two loading plates 10016; the limiting columns 10017 are arranged on both sides of the opening structure 10018 of the loading port 10015; the loading plates 10016 are arranged on both sides of the loading port 10015, the loading plates 10016 are L-shaped structures, and the two loading plates 10016 are arranged facing each other.

[0074] During operation, the clamping plate loads materials upwards between the two limiting columns 10017 and the two loading plates 10016 .

[0075] The traction wheel structure 11 includes a lower roller 1101, an upper rubber wheel 1102, a traction motor 1103, a traction drive assembly 1104, a traction adjustment structure 1105 and two traction support frames 1106; an upper rubber wheel 1102 and a lower roller 1101 are rotatably arranged between the two traction support frames 1106, the upper rubber wheel 1102 is located at the upper end of the lower roller 1101, and there is a gap between the upper rubber wheel 1102 and the lower roller 1101; the traction motor 1103 is connected to the lower roller 1101 and the upper rubber wheel 1102 via the traction drive assembly 1104; the traction adjustment structure 1105 is connected to both ends of the upper rubber wheel 1102.

[0076] The traction drive assembly 1104 includes a traction driving wheel 11041, a traction driven wheel 11042, a traction gear 11043, a traction gear 2 11044 and a traction belt 11045; the traction driving wheel 11041 is connected to the traction motor 1103; the traction driven wheel 11042 and the traction gear 1 11043 are arranged at one end of the lower roller 1101, the traction driven wheel 11042 is located on the outside of the traction gear 1 1043, and the traction driving wheel 11041 is connected to the traction driving wheel 11041 via a traction belt 11045; the traction gear 2 11044 is arranged at one end of the upper rubber wheel 1102, and the traction gear 1 11043 and the traction gear 2 11044 are meshed on the same side.

[0077] The traction adjustment structure 1105 is arranged at the upper end of the traction support frame 1106, and the traction adjustment structure 1105 includes a traction handwheel 11051, a traction screw rod 11052, a traction sliding block 11053 and a traction baffle 11054; the traction baffle 11054 is arranged on both sides of the upper end of the traction support frame 1106, the traction sliding block 11053 slides between the traction baffle 11054 and the traction support frame 1106, and the traction sliding block 11053 is connected to the end of the upper rubber wheel 1102; the lower end of the traction screw rod 11052 is fixed to the upper end of the traction sliding block 11053, and the upper end of the traction screw rod 11052 is fixed to the traction handwheel 11051.

[0078] During installation, the traction wheel structure 11 is installed on the production frame of the production line via two traction support frames 1106 on both sides, and one end of the traction motor 1103 is installed at the lower end of the production frame of the production line.

[0079] The traction wheel structure 11 is used for conveying dust bag paper. The traction motor 1103 drives the lower roller 1101 and the upper glue wheel 1102 through the traction belt 11045 to continuously convey the dust bag paper. The upper glue wheel 1102 can be adjusted up and down through the traction hand wheel 11051.

[0080] A paper pallet dust bag production line also includes a super plastic card structure 12 including a super plastic card or paper pallet manipulator 1201, a super plastic card cylinder 1202, a super plastic card ultrasonic fixture 1203, a super plastic card motor screw structure 1204, an upper pressure block assembly 1205, a super plastic card rack 1206, a super plastic card transverse movement module 1207 and a lower pressure block assembly 1208; the upper end of the super plastic card rack 1206 is provided with a super plastic card cylinder 1202 and an upper pressure block assembly 1205, A superplastic card ultrasonic jig 1203 and a lower pressure block assembly 1208 are arranged at the lower end of the superplastic card rack 1206; the superplastic card transverse movement module 1207 is arranged at the rear end of the superplastic card rack 1206, and a superplastic card or paper pallet manipulator 1201 is slidably arranged on the superplastic card transverse movement module 1207; the superplastic card motor screw structure 1204 is arranged at the bottom end of the superplastic card rack 1206.

[0081] The upper pressure block assembly 1205 includes an upper pressure block fixing plate 12051, an upper pressure block 12052 and an upper pressure block guide rod 12053; both sides of the upper pressure block fixing plate 12051 are arranged at the lower end of the super plastic card frame 1206 via the upper pressure block guide rod 12053, and an upper pressure block 12052 is arranged in the middle of the upper pressure block fixing plate 12051, and the upper pressure block 12052 is connected to the super plastic card cylinder 1202.

[0082] The superplastic card motor screw structure 1204 includes a superplastic card motor 12041, a superplastic card screw 12042, two superplastic card bearing seats 12043, a superplastic card slide 12044, a superplastic card linear guide 12045 and a superplastic card slider 12046; a superplastic card screw 12042 is rotatably arranged between the two superplastic card bearing seats 12043, one end of the superplastic card screw 12042 and the superplastic card motor 12041; the superplastic card slide 12044 is fixedly arranged at the lower end of the superplastic card frame 1206, and the superplastic card slide 12044 is slidably arranged on the superplastic card screw 12042; the superplastic card slider 12046 is arranged on both sides of the lower surface of the superplastic card frame 1206, and the superplastic card slider 12046 is slidably arranged on the superplastic card slide 12044.

[0083] The glue dispensing structure 4 and the super plastic card structure 12 are used for two products, namely, the dust bag paper cardboard and the dust bag plastic cardboard in the production line. The super plastic card structure 12 seals the cardboard and the dust bag paper through an ultrasonic system, and the glue dispensing structure 4 adheres the cardboard to the glue on the dust bag paper. The super plastic card structure 12 and the glue dispensing structure 4 use different processing methods to achieve the effect of processing and bonding. During the use of the production line, the super plastic card structure 12 or the glue dispensing structure 4 is installed in the production line according to needs.

[0084] A production method for a paper pallet dust bag production line comprises the following steps: S1. The unwinding rack 1 respectively combines the upper and lower layers of multi-roll materials together through an air expansion shaft 105, a support shaft 106, an air expansion shaft 107, and a support shaft 108 for transportation; S2. The upper coil is pulled to the super-porous structure 2 by the traction wheel structure 11, and the super-porous structure 2 is sealed between the super-porous fixture 203 and the super-porous mold 202 of the dust bag paper opening; S3. The upper coil is punched through the upper cutter 301 of the punching structure 3 and the lower cutting plate 302 to make a hole in the dust bag paper; S4. The dispensing frame 405 of the dispensing structure 4 dispenses glue around the opening of the dust bag paper; the dust bag paper after dispensing is pulled to the automatic feeding structure 5 of the card board by the traction wheel structure 11; S5. Place the pallet on the turntable 10013 of the pallet cache structure 10, raise the pallet through the jacking assembly 1002, and feed the pallet to the pallet conveyor belt 501 of the automatic feeding structure 5 of the pallet feeding robot assembly 1003; S6. The gripping and pressing structure 503 of the automatic feeding structure 5 of the card board grabs the card board to the pressing plate 507 and glues it on the dust bag paper; S7. The lower coil is transported from the unwinding rack 1 to the traction wheel structure 11 at the front end of the edge super structure 6, and the upper coil and the lower coil are compounded to the edge super structure 6 at the traction wheel structure 11, and the dust bag paper is sealed on both sides between the edge super upper sealing head 6011 and the edge super mold 602; S8 through the cross structure 7, so that the cross head 7011 and cross mold 702 between the dust bag paper front and back seal; S9. The sealed dust bag paper is pulled to the rolling cutting structure 8 by the traction wheel structure 11. The rolling cutter 801 and the rolling cutting support roller 802 on the rolling cutting structure 8 cut the dust bag paper into a desired shape. Finally, the belt receiving structure 9 separates the waste and the dust bag product.

[0085] When the production line of the present invention is in use, the coil is pulled forward by the traction wheel structure 11, providing the coil with forward power. The traction motor 1103 drives the lower roller 1101 and the upper glue wheel 1102 to continuously convey the dust bag paper through the traction drive assembly 1104, and the upper glue wheel 1102 can be adjusted up and down through the traction adjustment structure 1105.

[0086] In step S1, the upper coil is pulled forward between the two upper supporting rods 1092 of the supporting assembly 109, and the lower coil is pulled forward between the two lower supporting rods 1092 of the supporting assembly 109, and the upper and lower coils are unloaded simultaneously.

[0087] The lower coil bypasses the super hole structure 2, the punching structure 3, the glue dispensing structure 4, and the automatic card feeding structure 5, and directly reaches the traction wheel structure 11 through the lower end of the production frame of the production line to be compounded with the upper coil.

[0088] The punching cylinder 306 drives the upper cutter 301 to move downward to the lower cutting plate 302 for punching, and the spring stripping mechanism 304 moves downward at the same time. When the upper cutter 301 is retracted, the stripping block 3043 can push the material back to prevent the material from being carried; at the same time, the blowing hole 309 can blow the waste into the waste recovery channel 303 for waste recovery. The punching motor screw structure 305 and the punching linear module 308 are used in conjunction, so that the punching structure moves synchronously with the material.

[0089] The glue dispensing transverse movement module 402 is adjusted to the front end of the leveling roller 407 through the first motor screw structure 403 and the first vertical movement module 406. The glue dispensing transverse movement module 402 drives the glue dispensing head assembly 401 to move transversely to a suitable position, and the glue dispensing head assembly 401 dispenses glue around the opening of the dust bag paper. The second motor screw structure 404 drives the glue dispensing structure 4 to move synchronously with the dust bag paper.

[0090] Place the pallet on the pallet loading rack 10014, the lifting plate 10021 lifts the pallet along the two limiting columns 10017 and the two loading plates 10016, the superplastic card or paper pallet robot 10031 grabs the pallet, and the loading robot assembly 1003 drives the superplastic card or paper pallet robot 10031 to move to the pallet conveyor belt 501 of the pallet automatic loading structure 5.

[0091] The pallet conveying belt 501 conveys the pallet to the specified position, the pallet positioning cylinder 502 precisely positions the pallet, the grabbing and pressing structure 503 grabs the pallet to the dust bag hole position and presses it with the dust bag, and the following motor screw structure 505 drives the pallet automatic feeding structure 5 to move synchronously with the dust bag paper.

[0092] The edge super cylinder 606 extends to drive the upper head assembly 601, the edge super mold 602, and the edge super transducer 603 to form an ultrasonic system to seal the dust bag paper front and back, and the edge super motor screw structure 604 drives the edge super structure 6 to move synchronously with the dust bag paper.

[0093] The transverse super cylinder 706 extends to drive the transverse super upper head assembly 701, the transverse super mold 702, and the transverse super transducer 703 to form an ultrasonic system to seal the dust bag paper front and back, and the transverse super motor screw structure 704 drives the transverse super structure 7 to move synchronously with the dust bag paper.

[0094] The rolling motor 803 drives the rolling cutter 801 and the rolling cutter support roller 802 to cut the dust bag paper through the rolling cutter driving assembly 804 , and the rolling cutter 801 can be adjusted up and down through the rolling cutter adjusting structure 805 .

[0095] The pressing wheel 902 presses the finished dust bag paper material, and the waste material is recovered by an external pulley in cooperation with a material receiving machine.

[0096] The super plastic card or paper card board manipulator 1201 grabs the plastic card board and places it to the opening position of the dust bag paper. The super plastic card cylinder 1202 extends out to drive the upper pressure block assembly 1205 and the super plastic card ultrasonic fixture 1203 to press the plastic card board and the dust bag paper together for ultrasonic welding. The super plastic card motor screw structure 1204 drives the super plastic card structure 12 to move synchronously with the dust bag paper.

[0097] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A paper pallet dust bag production line, characterized in that: The invention comprises a material unloading rack (1), an over-hole structure (2), a punching structure (3), a glue dispensing structure (4), a pallet automatic feeding structure (5), an edge over-hole structure (6), a transverse over-hole structure (7), a rolling cutting structure (8), a belt material receiving structure (9), a pallet buffer structure (10) and a traction wheel structure (11); the material unloading rack (1) and the belt material receiving structure (9) are respectively arranged at two ends of the over-hole structure (2) and the rolling cutting structure (8); the punching structure (3), the glue dispensing structure (4), the pallet automatic feeding structure (5), the edge over-hole structure (6) and the transverse over-hole structure (7) are arranged in sequence between the over-hole structure (2) and the rolling cutting structure (8); the pallet buffer structure (10) is located on one side of the pallet automatic feeding structure (5); and the traction wheel structure (11) is arranged on the front side of the over-hole structure (2), the edge over-hole structure (6) and the rolling cutting structure (8).

2. A paper pallet dust bag production line according to claim 1, characterized in that: The unloading rack (1) comprises a support assembly (101), a tension brake (102), an adjustable torque structure (103), an adjustable hand wheel (104), a gas expansion shaft 1 (105), a support shaft 1 (106), a gas expansion shaft 2 (107), a support shaft 2 (108) and a supporting assembly (109); the support assembly (101) is provided with a gas expansion shaft 1 (105), a support shaft 1 (106), a gas expansion shaft 2 (107), a support shaft 2 (108), and a supporting assembly (109). The first expansion shaft (105) is located at the upper end of the second expansion shaft (107), and the ends of the first expansion shaft (105) and the second expansion shaft (107) are provided with tension brakes (102); the first support shaft (106) is located at the upper end of the second support shaft (108), and the first support shaft (106) and the second support shaft (108) are provided with adjustable torque structures (103) and adjustable hand wheels (104); and a plurality of supporting components (109) are provided in the gaps on the bracket component (101).

3. A paper pallet dust bag production line according to claim 1, characterized in that: The super-hole structure (2) comprises a super-hole transducer (201), a super-hole mold (202), a super-hole fixture (203), a super-hole adjustment structure (204), a driving assembly (205), a super-hole motor (206), a rotating shaft (207), two super-hole support frames (208) and a transducer fixing frame (209); a rotating shaft (207) is rotatably arranged between the two super-hole support frames (208), two ends of the rotating shaft (207) are connected to the super-hole adjustment structure (204), and a super-hole fixture (203) is arranged on the rotating shaft (207); the super-hole motor (206) is connected to one end of the rotating shaft (207) through the driving component (205); a super-hole mold (202) is arranged at the lower end of the super-hole jig (203); a super-hole transducer (201) is arranged at the lower end of the super-hole mold (202); the super-hole transducer (201) is arranged on a transducer fixing frame (209); a super-hole cooling fan (2010) is arranged at the rear end of the transducer fixing frame (209); and the super-hole cooling fan (2010) is located at the rear end of the super-hole transducer (201); and a gap exists between the super-hole mold (202) and the super-hole jig (203).

4. A paper pallet dust bag production line according to claim 1, characterized in that: The punching structure (3) comprises an upper cutting knife (301), a lower cutting plate (302), a waste material recovery channel (303), a spring stripping mechanism (304), a punching motor screw rod structure (305), a punching cylinder (306) and a punching frame (307); the punching cylinder (306) is arranged at the upper end of the punching frame (307), and the lower cutting plate (302) is arranged at the lower end of the punching frame (307); the lower cutting plate (302) is provided in the middle A waste recycling channel (303) is provided on the upper portion, and a punching motor screw rod structure (305) is provided at the lower end of the lower cutting plate (302); the lower end of the punching cylinder (306) is connected to the upper cutter (301), and a blowing hole (309) is provided at the center of the upper cutter (301); the spring stripping mechanism (304) is connected to the upper cutter (301), and both ends of the spring stripping mechanism (304) are provided through the upper end of the punching frame (307).

5. A paper pallet dust bag production line according to claim 1, characterized in that: The glue dispensing structure (4) comprises a glue dispensing head assembly (401), a glue dispensing transverse movement module (402), a first motor screw structure (403), a second motor screw structure (404), a glue dispensing frame (405), a glue dispensing fixing plate (406) and a leveling roller (407); the first motor screw structure (403) and the glue dispensing frame (405) are arranged at the upper end of the glue dispensing fixing plate (406), and the second motor screw structure (404) is arranged at the lower end of the glue fixing plate (406); the glue dispensing frame (405) is provided with a glue dispensing transverse movement module (402), and the glue dispensing head assembly (401) is slidably arranged on the glue dispensing transverse movement module (402); the leveling roller (407) is located at the lower end of the glue dispensing frame (405).

6. A paper pallet dust bag production line according to claim 1, characterized in that: The pallet automatic feeding structure (5) comprises a pallet conveying belt (501), a pallet positioning cylinder (502), a grabbing and clamping structure (503), a feeding transverse movement module (504), a follower motor screw structure (505), a feeding fixed plate (506) and a clamping plate (507); the pallet conveying belt (501) is arranged on one side of the feeding fixed plate (506), and a pallet positioning cylinder (502) is arranged on the outer side of the pallet conveying belt (501). 02); the feeding transverse movement module (504) is arranged at the upper end of the feeding fixed plate (506), and the front end of the feeding transverse movement module (504) is slidably provided with a grabbing and clamping structure (503); the following motor lead screw structure (505) is located at the lower end of the feeding fixed plate (506), and the following motor lead screw structure (505) is connected to the rear end of the feeding fixed plate (506); the clamping plate (507) is arranged at the upper end of the feeding fixed plate (506); The cardboard caching structure (10) comprises a cache turntable assembly (1001), a lifting assembly (1002), a loading robot assembly (1003) and a cache rack (1004); the cache turntable assembly (1001) and the lifting assembly (1002) are arranged in the cache rack (1004), and the loading robot assembly (1003) is arranged at the upper end of the cache rack (1004); the cache turntable assembly (1001) comprises a cache motor (10011), a turntable drive component (10012), a turntable (10013) and a cardboard loading rack (10014); the motor (10011) and the turntable drive component (10012) are arranged in the cache rack. The lower end of the buffer disk assembly (1004) is connected to the motor (10011) and the turntable driving member (10012); the middle rotation of the turntable (10013) is arranged on the turntable driving member (10012), and the upper end of the turntable (10013) is provided with a card board loading rack (10014); the lifting component (1002) is arranged on the front side of the buffer disk assembly (1001), and the front end of the lifting component (1002) is provided with a lifting plate (10021); the feeding robot assembly (1003) is located at the rear end of the buffer disk assembly (1001), and the front end of the feeding robot assembly (1003) is slidably provided with a super plastic card or paper card board robot (10031).

7. A paper pallet dust bag production line according to claim 1, characterized in that: The edge super structure (6) comprises two sets of edge super upper head assemblies (601), two sets of edge super molds (602), two sets of edge super transducers (603), edge super motor lead screw structures (604), two sets of seal adjustable assemblies (605), two sets of edge super cylinders (606), two sets of edge super cooling fans (607), an edge super plastic card rack (608) and an edge super linear guide rail (609); the upper end of the edge super plastic card rack (608) is adjustably provided with an edge super upper head assembly (601) and an edge super cylinder (606), and the lower end of the edge super plastic card rack (608) is adjustable. A super edge transducer (603) is provided; the upper end of the super edge upper head assembly (601) is connected to the super edge cylinder (606); the upper end of the super edge transducer (603) is connected to the super edge mold (602), the seal adjustable assembly (605) is connected to the lower end of the super edge mold (602), and the seal adjustable assembly (605) is slidably arranged along a super edge linear guide rail (609); the super edge motor lead screw structure (604) is connected to the rear end of the super edge plastic card rack (608); the super edge cooling fan (607) is arranged on the rear side of the super edge transducer (603); The transverse super structure (7) comprises a transverse super upper head assembly (701), a transverse super mold (702), a transverse super transducer (703), a transverse super motor screw structure (704), a transverse super transducer fixing part (705), a transverse super cylinder (706), a transverse super cooling fan (707) and a transverse super frame (708); the upper end of the transverse super frame (708) is provided with a transverse super cylinder (706), and the lower end of the transverse super frame (708) is provided with a transverse super transducer fixing part (705). A transverse super transducer (703) is arranged; the upper end of the transverse super transducer (703) is connected to a transverse super mold (702), and a super cooling fan (707) is arranged at the rear end of the transverse super transducer (703); the lower end of the transverse super cylinder (706) is connected to a transverse super upper head assembly (701), and the transverse super upper head assembly (701) and the transverse super mold (702) correspond to each other up and down; the transverse super motor lead screw structure (704) is connected to an inner wall of one side of the transverse super frame (708).

8. A paper pallet dust bag production line according to claim 1, characterized in that: The rolling structure (8) comprises a rolling cutter (801), a rolling cut support roller (802), a rolling cut motor (803), a rolling cut drive assembly (804), a rolling cut adjustment structure (805) and two rolling cut support frames (806); the rolling cutter (801) and the rolling cut support roller (802) are rotatably arranged between the two rolling cut support frames (806); the rolling cutter (801) is located at the upper end of the rolling cut support roller (802), and a gap exists between the rolling cutter (801) and the rolling cut support roller (802); the rolling cut motor (803) is connected to the rolling cutter (801) and the rolling cut support roller (802) via the rolling cut drive assembly (804); and the rolling cut adjustment structure (805) is connected to both ends of the rolling cutter (801).

9. A paper pallet dust bag production line according to claim 1, characterized in that: The belt material receiving structure (9) comprises a conveyor belt (901), a pressure wheel (902) and a material receiving frame (903); the upper end of the material receiving frame (903) is rotatably provided with a conveyor belt (901); the two ends of the pressure wheel (902) are fixed to the two sides of the material receiving frame (903), the pressure wheel (902) is located at the upper end of the conveyor belt (901), and there is a gap between the pressure wheel (902) and the conveyor belt (901); The traction wheel structure (11) comprises a lower roller (1101), an upper rubber wheel (1102), a traction motor (1103), a traction drive assembly (1104), a traction adjustment structure (1105) and two traction support frames (1106); an upper rubber wheel (1102) and a lower roller (1101) are rotatably arranged between the two traction support frames (1106); the upper rubber wheel (1102) is located at the upper end of the lower roller (1101), and a gap exists between the upper rubber wheel (1102) and the lower roller (1101); the traction motor (1103) is connected to the lower roller (1101) and the upper rubber wheel (1102) via the traction drive assembly (1104); and the traction adjustment structure (1105) and the upper rubber wheel (1102) are connected at both ends.

10. A production method for a paper pallet dust bag production line according to any one of claims 1 to 9, characterized in that The steps include: S1. The unwinding rack (1) respectively combines the upper and lower layers of the multi-roll material together and transports them through the air expansion shaft (105), the support shaft (106), the air expansion shaft (107), and the support shaft (108); S2. The upper coil is pulled to the super-porous structure (2) by the traction wheel structure (11), and the opening of the dust bag paper is sealed between the super-porous fixture (203) and the super-porous mold (202) of the super-porous structure (2); S3. The upper coil is punched through the upper cutter (301) and the lower cutting plate (302) of the punching structure (3) to make a hole in the dust bag paper; S4. The glue dispensing frame (405) of the glue dispensing structure (4) dispenses glue around the opening of the dust bag paper; the glued dust bag paper is pulled to the automatic feeding structure (5) of the cardboard by the traction wheel structure (11); S5. Place the pallet on the turntable (10013) of the pallet buffer structure (10), raise the pallet through the lifting assembly (1002), and load the pallet onto the pallet conveyor belt (501) of the pallet automatic loading structure (5) through the loading robot assembly (1003); S6. The grabbing and pressing structure (503) of the automatic feeding structure (5) of the pallet grabs the pallet to the pressing plate (507) and glues it to the dust bag paper; S7. The lower layer of coiled material is transported from the unwinding rack (1) to the traction wheel structure (11) at the front end of the side super structure (6), and the upper layer of coiled material and the lower layer of coiled material are combined with the side super structure (6) at the traction wheel structure (11), and the left and right sides of the dust bag paper are sealed between the side super upper head assembly (601) and the side super mold (602); S8. Through the cross-transcend structure (7), the cross-transcend upper head assembly (701) and the cross-transcend mold (702) are sealed between the front and rear sides of the dust bag paper; S9. The sealed dust bag paper is pulled to the rolling and cutting structure (8) by the traction wheel structure (11), and the rolling cutter (801) and the rolling and cutting support roller (802) on the rolling and cutting structure (8) cut the dust bag paper into a desired shape. Finally, the belt receiving structure (9) separates the waste material and the dust bag product.

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