CN111959850B - Compressible material packaging system and compressible material bundling method - Google Patents
Compressible material packaging system and compressible material bundling method Download PDFInfo
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- CN111959850B CN111959850B CN202010727185.1A CN202010727185A CN111959850B CN 111959850 B CN111959850 B CN 111959850B CN 202010727185 A CN202010727185 A CN 202010727185A CN 111959850 B CN111959850 B CN 111959850B
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- strapping
- baler
- strap
- materials
- strap chute
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B13/00—Bundling articles
- B65B13/18—Details of, or auxiliary devices used in, bundling machines or bundling tools
- B65B13/20—Means for compressing or compacting bundles prior to bundling
Abstract
The invention provides a packaging system for compressible materials and a bundling method for the compressible materials. A packaging system, comprising: the baler is used for compressing the materials; the strapping machine comprises a rack, a strapping head, a first belt groove and a second belt groove, wherein the strapping head, the first belt groove and the second belt groove are arranged on the rack; the conveying assembly comprises a moving seat, a carrying frame and an auxiliary belt groove, the carrying frame forms an accommodating space used for accommodating materials processed by the baler, the carrying frame is rotatably arranged on the moving seat, the auxiliary belt groove is arranged on the carrying frame and used for being matched with the first belt groove and the second belt groove to convey the strapping belt, and the moving seat can move between the baler and the strapping machine in a reciprocating mode. The compressed materials are packed and bound through the packing system, so that the packing cost is reduced and the packing efficiency is improved.
Description
Technical Field
The invention relates to the technical field of packaging machines, in particular to a packaging system for compressible materials and a bundling method for the compressible materials.
Background
At present, materials with compressibility such as cotton, chemical fiber and the like generally need to be packed when being transported, and cotton is taken as an example. When cotton is packed by using a strapping tape conventionally, after the cotton is compressed by a baler, the baler moves to a cotton compression position to pack the cotton, and certain time is required for binding, so that the baler is in a pause state in a binding process, and the packing efficiency is low. To improve the packing efficiency, chinese patent No. 201380038538.5 discloses a strapping method and a strapping machine, in which cotton in a compressed state is conveyed to a bagging machine through a load carrier, and then the cotton is pressed into a packing belt to complete packing. However, the strength requirements of the package are high for packaging cotton in a compressed state, which results in a significant increase in packaging costs. Therefore, how to design a technology with low packaging cost and high packaging efficiency is a technical problem to be solved by the invention.
Disclosure of Invention
The invention provides a packaging system for compressible materials and a bundling method for the compressible materials.
The present invention provides a packaging system for compressible materials, comprising:
a baler for compressing compressible material to form material to be bundled;
a strapping machine for strapping the material to be strapped with a strapping tape;
a conveyor assembly comprising a moving seat and a carriage forming a receiving space for receiving the material to be strapped, the moving seat being reciprocally movable between the baler and the strapping machine;
wherein the carrier is used for taking the materials to be bundled out of the baler and moving the materials to the baler for bundling and baling.
Further, the carrier is provided with a threading space for conveying the strapping tape so that the strapping tape is arranged around the materials to be bundled.
Further, the strapping machine includes a frame, a strapping head, a first strap chute, a second strap chute, and an auxiliary strap chute, the strapping head, the first strap chute, and the second strap chute all being disposed on the frame, the auxiliary strap chute being adapted to be disposed in the strap threading space and to cooperate with the first strap chute and the second strap chute to form a strapping space.
Further, the first strap slot is positioned above the second strap slot, the strapping head is positioned between the first strap slot and the second strap slot, and the auxiliary strap slot is arranged on the carrying frame.
Further, the auxiliary strap chute is located between an outer end of the first strap chute and an outer end of the second strap chute after the carriage moves the material in the receiving space to the strapping machine.
Further, the carrying frame is rotatably arranged on the moving seat, a plurality of plate assemblies are arranged on the carrying frame and sequentially arranged at intervals along the rotating axis direction of the carrying frame, each plate assembly comprises two oppositely arranged plate bodies, and the accommodating space is formed between the oppositely arranged plate bodies; the carrying frame is also provided with a pushing bracket which can slide in the accommodating space, and the auxiliary belt groove is arranged on the pushing bracket.
Further, the pushing support is provided with an installation groove, and the installation groove forms the threading space.
Further, the threading space is positioned between two adjacent plate assemblies.
Further, the conveying assembly further comprises:
a slide rail positioned between the baler and the strapping machine, the movable base being slidably disposed on the slide rail;
the pushing mechanism comprises two first telescopic modules, the two first telescopic modules are distributed on the corresponding sides of the sliding rail, and a baffle is arranged on a moving part of each first telescopic module; the first telescopic module is used for driving the baffle to abut against the pushing support so that the bundled materials can be separated from the accommodating space.
The invention also provides a method for bundling compressible materials, which comprises the following steps:
and 3, moving the material to be bundled to a bundling machine, and packaging outside the protective layer through the bundling machine.
Further, the step 1 specifically includes: after the baler compresses a certain amount of compressible material to a set compression amount, the baler releases the extrusion on the compressible material, and the compressed compressible material expands to form the material to be bundled.
Further, the step 1 specifically comprises: the protective layer is placed in advance in the compression space of the baler, and a certain amount of compressible material is placed into the compression space of the baler for compression.
According to the packaging system for the compressible materials and the bundling method for the compressible materials, after a certain amount of materials are compressed by the baler, the materials are taken out of the baler by the conveying assembly and are transported to the bundler, and the bundler packs the materials by using the bundling belt, so that the baling operation does not affect the normal operation of the baler, and the packaging efficiency is improved; meanwhile, the materials are packaged in a strapping mode, so that a packaging bag with high structural strength and high cost is not required, and the packaging cost is reduced.
Drawings
FIG. 1 is a schematic view of a compressible material packaging system according to the present invention;
FIG. 2 is a second schematic view of the compressible material packaging system of the present invention;
FIG. 3 is an enlarged view of a portion of area A of FIG. 2;
FIG. 4 is an assembly view of the movable seat and the carriage in the compressible material packaging system of the present invention;
FIG. 5 is an assembly view of an auxiliary strap chute and carrier of the compressible material packaging system of the present invention;
fig. 6 is a schematic view of the construction of the strapping machine of the compressible material packaging system of the present invention.
Detailed Description
The present invention will be described in detail with reference to the accompanying drawings.
In a first embodiment, as shown in fig. 1-6, the present invention provides a packaging system for compressible material, comprising:
a baler 1, the baler 1 being for compressing compressible material to form material to be bundled. Specifically, the baler 1 functions to compress a compressible material, and the baler 1 is formed with a compression space to accommodate the material and to compress the material in the compression space to a predetermined compression amount by means of compression. Regarding the specific structural form and the working process of the baler 1, reference may be made to baling equipment in the conventional art, which is not limited and described herein.
And the binding machine 2 is used for packing the materials to be bound by using a binding belt. Specifically, the strapping machine 2 can pack the material to be strapped after being compressed by the press baler 1 by using a strapping band, and the strapping band is wound around the outside of the material to be strapped to complete the strapping and packaging process. The strapping machine 2 generally includes a frame 21, and a strapping head 22 disposed on the frame 21. Specifically, with respect to the strapping machine 2, the strapping machine 2 head performs a strapping and packing process using a strapping tape, in which the strapping tape is output via the strapping machine 2 head and returns to the strapping machine 2 head after one cycle around a material to be strapped, and then the strapping operation is completed through a series of operations such as tensioning, shearing, and welding. With regard to the specific structural form and the working process of the binding machine 2, reference may be made to binding equipment in the conventional art, which is not limited or described herein.
A conveying assembly 3, the conveying assembly 3 comprising a moving seat 31, a carriage 32, the carriage 32 forming a receiving space for receiving the material to be strapped, the moving seat 31 being reciprocally movable between the baler 1 and the baler 2; the carriage 32 is used to remove the material to be strapped from the baler and move it to the strapping machine 2 for strapping.
In the practical use process, the compressible material is taken as cotton for illustration. A fixed amount of cotton is put into a compression space formed by the baler 1, and then the cotton is compressed by the baler 1. The baler 1 compresses a certain quantity of cotton to form a material to be bundled, the material to be bundled can be taken out of the baler 1 by the carriage 32 and moved to the strapping machine 2 by the moving seat 31, the conveying assembly 3 takes out the material to be bundled in the baler 1 by the carriage 32, and the material to be bundled is confined in the accommodating space formed in the carriage 32 to ensure that the material to be bundled is not damaged in shape during transportation. Finally, the material to be bound in the carriage 32 is bound and packed by the binding machine 2 to complete the packing process operation. The operation process, the baling operation of the baler 1 and the binding operation of the baler 2 are mutually independent, so that the baling operation in a single-piece flow production line is realized, and the baling speed and efficiency are further improved; meanwhile, the strapping tape with lower price is adopted for strapping and packaging operation, and an expensive packaging bag is not needed, so that the packaging cost is reduced, and the economical efficiency is better.
The material to be strapped, which is formed by compression in the baler 1, can be carried out by the carriage 32 with a large compression, in which case it is necessary to arrange a strapping of high structural strength. Preferably, in order to reduce the requirement for the structural strength of the strapping tape and further reduce the packaging cost, after the cotton is compressed to the maximum compression position by the baler 1, the baler 1 gradually releases the pressure on the cotton, and the cotton compressed to the maximum compression amount is expanded by the restoring force of the cotton after the baler 1 releases the compression action, so as to generate the volume increase. After the compressed cotton is expanded, the volume of the compressed cotton is greatly reduced compared with that before the compressed cotton is not compressed, and at the moment, the material to be bundled formed by the compressed cotton is called a cotton bundle.
In the whole packing process, the cotton bale packing operation is separated from the baler 1, so that after the cotton bale is conveyed out of the baler 1, the baler 1 can perform a cotton compression operation in one process, and the packing efficiency is improved. Meanwhile, for the cotton bundle, the outside of the cotton bundle is bound through a plurality of packing belts, the whole structure is more stable, the transportation requirement is met, the packing bag with extremely high structural strength requirement does not need to be adopted for belt-free packing, and the packing cost is more favorably reduced.
In the preferred embodiment, to meet the requirement that strapping is done directly at the carriage 32, the carriage 32 is provided with a strap threading space for the strap to be transported so that the strap can be placed around the material to be strapped. Specifically, the strap output from the strapping head 22 is typically guided by an external strap chute, and by providing a threading space in the carriage 32, the strap chute can be positioned in the threading space to meet the strap feeding requirements during the strapping process. Where strapping is generally of a segmented design, such as where the strapping head 22 is disposed on the front side of the carriage 32, the strap slots would need to be provided on the upper, lower, and rear sides of the carriage 32, respectively. For example, the strap slot is divided into a first strap slot 23, a second strap slot 24, and an auxiliary strap slot 33, and the first strap slot 23, the second strap slot 24, and the auxiliary strap slot 33 form a binding space when binding. And an auxiliary strap slot 33 is intended to be arranged in said threading space so that the strapping can be passed through the threading space and be arranged on the back of the material to be strapped. And for the first strap chute 23 and the second strap chute 24, and directly fixedly mounted on the frame 21. The auxiliary strap slot 33 is slidably mounted on the frame 21 up and down so that the auxiliary strap slot 33 is slidably inserted into the strap passing space when the carriage 32 moves the material to be strapped to the strapping machine 2. Preferably, in order to simplify the structure, the auxiliary strap slot is provided on the carriage, and correspondingly, the first strap slot 23 is positioned above the second strap slot 24, and the strapping head 22 is positioned between the first strap slot 23 and the second strap slot 24. The carriage 32 is rotatably provided on the moving base 31, and when the carriage 32 takes out the material to be bundled from the baler 1, the carriage 32 is turned over and moves to the strapping machine 2 following the moving base 31 such that the auxiliary strap chute 33 is connected between the first strap chute 23 and the second strap chute 24 to form a bundling space, and the first strap chute 23, the auxiliary strap chute 33 and the second strap chute 24 are used to convey the strap in cooperation with the head of the strapping machine 2.
Specifically, the conveying assembly 3 can receive the material compressed by the baler 1 through the carrying frame 32, and the moving seat 31 can drive the carrying frame 32 to move between the baler 1 and the strapping machine 2, so as to maintain the compressed material in the carrying frame 32 and transport the compressed material to the strapping machine 2 for packaging. More importantly, the auxiliary strap slot 33 disposed on the carriage 32 can assist the first strap slot 23 and the second strap slot 24 to convey the strap, so as to meet the requirement of packaging with the strap.
After the carriage 32 has moved the cotton bale into the strapping space of the strapping machine 2, the auxiliary strap slot 33 is now located between the outer end of the first strap slot 23 and the outer end of the second strap slot 24. Thus, a complete strap path is formed through the first strap chute 23, the auxiliary strap chute 33, and the second strap chute 24 to accommodate strap delivery outside the head of the strapping machine 2. The strapping tape is fed out from the head of the strapping machine 2, and the strapping tape is returned to the head of the strapping machine 2 after being wound around the cotton bale in the strapping space by one turn via the first strap chute 23, the auxiliary strap chute 33 and the second strap chute 24, and then the cotton bale can be strapped and baled by the head of the strapping machine 2.
In actual use, a plurality of strapping machines 2 can be arranged according to the number of strapping tapes to be bundled, and correspondingly, each strapping machine 2 is provided with a corresponding first strap slot 23, auxiliary strap slot 33 and second strap slot 24. The specific number of heads of the strapping machine 2 is not limited herein. In addition, as for the rotation mode of the carrier 32, the carrier can be installed on the moving seat 31 through a rotating shaft, and the corresponding driving module is configured on the moving seat 31 to drive the rotating shaft to rotate, so that the carrier 32 rotates.
After the cotton bundles are bundled and packaged by the bundling machine 2, the cotton bundles are integrally more compact and reliable by a plurality of bundling belts, and further the transportation requirement is met.
In a preferred embodiment, after the cotton is compressed and expanded to form the cotton bale, a protective layer can be manually wrapped outside the cotton bale, wherein the protective layer can be made of a conventional material used for existing cotton packages, such as cloth. The strength of the protective layer is not required to be too high, and the cotton bale can be wrapped outside the protective layer, so that the protective layer can be made of cheap materials. On the other hand, when the binding machine 2 binds and packs the cotton bale, the binding tape is bound to the outside of the protective layer, and therefore, the binding and packing function is mainly performed by the binding tape, and only the protective layer is used for protecting the cotton bale from dirt and the like.
Further, as for carrier 32, in order to meet the transportation requirement of cotton bale, the accommodating space formed thereon can be realized by adopting a structure that, specifically, carrier 32 is provided with a plurality of plate assemblies 321, which are sequentially arranged at intervals along the rotation axis direction of carrier 32, plate assemblies 321 include two oppositely arranged plate bodies 3211, and the accommodating space is formed between oppositely arranged plate bodies 3211. Specifically, a plurality of plates 3211 are arranged at opposite edge positions of carrier 32 to form a fork-like structure, and a plurality of oppositely arranged plates 3211 can form an accommodating space for accommodating a cotton bale, and at the same time, a space can be reserved between the plates 3211 arranged at intervals for inserting first strap trough 23 and second strap trough 24 to interface with auxiliary strap trough 33, so that first strap trough 23 and second strap trough 24 can be more closely matched with auxiliary strap trough 33 to meet the requirement of reliable conveying of strapping tapes. Likewise, to meet strap feeding requirements, an auxiliary strap slot 33 is located between two adjacent plate assemblies 321.
Since the bundled cotton bale needs to be separated from the carriage 32 after the bundling is completed, a pushing bracket 322 which can slide in the accommodating space is further arranged on the carriage 32, and the pushing bracket 322 can be supported by external force to push the bundled cotton bale to be separated from the accommodating space of the carriage 32. For this reason, in order to allow the auxiliary strap chute 33 to normally convey the strap, the auxiliary strap chute 33 is provided on the push bracket 322. The auxiliary strap slot 33 is arranged on the pushing support 322, so that the pushing support 322 can not shield the auxiliary strap slot 33 on the premise of moving the pushing support 322, and then the strapping strap penetrating through the auxiliary strap slot 33 can be separated from the auxiliary strap slot 33 and bound on the cotton bale on one side of the pushing support 322 in the strapping tensioning process.
In order to prevent the cotton bale from pressing the auxiliary strap slot 33 when the cotton bale is pushed, the pushing support 322 is provided with a mounting groove 3221, the mounting groove 3221 forms a strap threading space, the auxiliary strap slot 33 is disposed in the mounting groove 3221, specifically, the auxiliary strap slot 33 is disposed in the mounting groove 3221, and when the cotton bale is pushed by the pushing support 322, the cotton bale does not contact with the auxiliary strap slot 33, so that the auxiliary strap slot 33 is protected by the mounting groove 3221.
Further, the conveying assembly 3 further comprises: a slide rail 34, the slide rail 34 is positioned between the press machine 1 and the binding machine 2, and the movable base 31 is slidably provided on the slide rail 34. Specifically, the slide rail 34 is disposed between the baler 1 and the strapping machine 2 to guide the movable base 31 to reciprocate between the baler 1 and the strapping machine 2, and a motor and a gear may be provided on the bottom of the movable base 31, and a rack for engaging with the gear may be additionally provided on the slide rail 34, and the motor drives the gear to rotate to drive the movable base 31 to move. The specific driving manner for the movement of the movable seat 31 is not limited and will not be described in detail herein.
In order to provide a supporting force for the pushing support 322, the conveying assembly 3 further includes a pushing mechanism 35, the pushing mechanism 35 includes two first telescopic modules 351, the two first telescopic modules 351 are distributed on corresponding sides of the sliding rail 34, and a moving portion of the first telescopic module 351 is provided with a baffle 352; the first telescopic module 351 is used to drive the baffle 352 against the push bracket 322 to disengage the bundled material from the receiving space. Specifically, after the cotton bale in the carrying frame 32 is bundled and packaged, the first telescopic module 351 drives the baffle 352 to move towards the pushing bracket 322, and the baffle 352 abuts against the pushing bracket 322; the movable seat 31 is then moved toward the baler 1, pushing the brackets 322 against the stop 352 to push the cotton bale out of the carriage 32.
It should be noted that the compression force of the baler 1 is released after the cotton in the baler 1 is compressed, so that the compressed cotton expands to form a bale of cotton. The cotton bale is substantially in a natural state and is transferred to the strapping machine 2 by the carriage 32. After the cotton bale is bundled and packed by the bundling machine 2, the cotton bale is subjected to the binding force of the bundling belt to generate a certain amount of volume reduction. At this point, the cotton bale can be more easily disengaged from carrier 32 by supporting pushed brackets 322 via pushing mechanism 35. Compared with the scheme disclosed in 201380038538.5, obviously, the loading frame moves cotton to the bagging position under the maximum compression state, and the cotton is in very close contact with the loading frame in the process of separating the cotton from the loading frame, so that the cotton is easily hung down by the loading frame, and more cotton is wasted.
Still further, the strapping machine 2 further includes: and an auxiliary conveyor line 25, wherein the auxiliary conveyor line 25 comprises a mounting frame 251 and a plurality of rollers 252, the plurality of rollers 252 are arranged side by side and rotatably arranged on the mounting frame 251, and the second belt groove 24 is positioned below the rollers 252. In particular, with the strapping machine 2, after the cotton bale is completed at the strapping space, the cotton bale needs to be transported out of the strapping space. For this purpose, the baled cotton is carried by an auxiliary conveyor line 25 arranged below the head of the baler 2 and detached from the carriage 32. To meet the strap feeding requirements, the second strap chute 24 is located below the rollers 252 for the second strap chute 24 arranged at the bottom, and at the same time, a space is formed between two adjacent rollers 252 for the insertion of the plate 3211 located below on the carriage 32, so that the cotton bale exiting from the carriage 32 can smoothly land on the rollers 252 to improve the smoothness and smoothness of the baling process. In addition, for the two adjacent rollers 252 having the second strap chute 24 disposed at the bottom, the distance between the two rollers 252 needs to be larger to allow the strap pulled out from the second strap chute 24 to pass between the two rollers 252.
For cotton bales on auxiliary conveyor line 25, rollers 252 can be configured as powered rollers to achieve automatic conveyance. Or, the main conveying line 4 and the bag pushing mechanism 5 may be correspondingly arranged at two end portions of the auxiliary conveying line 25, specifically, the main conveying line 4 is used for conveying the bundled materials; and the push plate mechanism includes a second telescopic module 51 and a push plate 52, and the push plate 52 is disposed on a moving portion of the second telescopic module 51. In use, after the cotton bale is completely separated from the outgoing carrier 32 and placed on the auxiliary conveying line 25, the second telescopic module 51 is used for driving the push plate 52 to push the bundled materials on the auxiliary conveying line 25 to the main conveying line 4.
In a second embodiment, the present invention further provides a method for binding compressible materials, comprising:
And 2, coating a protective layer on the outside of the material to be bundled. Specifically, after the press machine gradually reduces the pressure on the cotton to form the compressed cotton into the cotton bale, the cotton bale can be manually wrapped with a protective layer. Taking the protective layer as a common packaging cloth as an example, workers wrap the packaging cloth outside the cotton bale to protect the cotton bale. For the packaging cloth material, the cotton bale is already expanded to release pressure, so the packaging cloth material does not bear the pressure generated by the cotton bale, the material of the packaging cloth material has no requirement, and in the actual use process, the material with lower cost can be adopted as the protective layer, so that the requirement of reducing the packaging cost is met. Preferably, in order to facilitate an operator to wrap the protective layer around the entire cotton bale, in step 1, the protective layer needs to be placed in the compression space of the baler in advance, and then a certain amount of compressible material is placed in the compression space of the baler to be compressed; then, when step 2 is performed, the protective layer is pulled upwards from the bottom of the material to be bundled and wraps the material to be bundled.
And 3, moving the material to be bundled to a bundling machine, and packaging the material outside the protective layer by the bundling machine. Specifically, during the binding process by the binding machine, the binding machine binds the binding belt on the outer part of the protective layer, and then the protective layer is tightly applied on the cotton bundle. During transportation, the strapping tapes can ensure that the cotton bundles have higher strength to avoid loosening and damage, and the protective layer can perform external dustproof and antifouling protection on the cotton bundles.
According to the packaging system for the compressible materials, after a certain amount of materials are compressed by the baler, the materials are taken out of the baler by the conveying assembly and are transported to the strapping machine, and the strapping machine is used for packaging the materials, so that the normal operation of the baler is not influenced by the packaging operation due to the fact that the strapping machine is not required to be used for packaging, and the packaging efficiency is improved; meanwhile, the materials are packaged in a strapping mode, so that a packaging bag with high structural strength and high cost is not required, and the packaging cost is reduced.
Claims (10)
1. A packaging system for compressible materials, comprising:
a baler for compressing compressible material to form material to be bundled;
a strapping machine for strapping the material to be strapped with a strapping tape;
a conveyor assembly comprising a moving seat and a carriage forming a receiving space for receiving the material to be strapped, the moving seat being reciprocally movable between the baler and the strapping machine;
wherein the carrier is used for taking the materials to be bundled out of the baler and moving the materials to the baler for bundling and baling;
the carrying frame is provided with a tape threading space for conveying the strapping tape so as to arrange the strapping tape around the materials to be bundled;
the carrying frame is rotatably arranged on the moving seat, a plurality of plate assemblies are arranged on the carrying frame at intervals in sequence along the rotating axis direction of the carrying frame, each plate assembly comprises two oppositely arranged plate bodies, and the accommodating space is formed between the oppositely arranged plate bodies; the carrying frame is also provided with a pushing bracket which can slide in the accommodating space, and an auxiliary belt groove is arranged on the pushing bracket.
2. The packaging system of claim 1, wherein the strapping machine includes a frame, a strapping head, a first strap chute, a second strap chute, and the auxiliary strap chute, the strapping head, the first strap chute, and the second strap chute each being disposed on the frame, the auxiliary strap chute being disposed on the carriage, the auxiliary strap chute being adapted to be disposed in the strap threading space and to cooperate with the first strap chute and the second strap chute to form a strapping space.
3. The packaging system of claim 2, wherein the first strap chute is positioned above the second strap chute, and the strapping head is positioned between the first strap chute and the second strap chute.
4. The compressible material packaging system of claim 3, wherein the auxiliary strap chute is positioned between an outer end of the first strap chute and an outer end of the second strap chute after the carriage moves the material in the receiving space to the strapping machine.
5. The packaging system of claim 1, wherein the push bracket has a mounting slot formed therein, the mounting slot defining the threading space.
6. The packaging system for compressible materials of claim 1, wherein the strap space is located between two adjacent panel assemblies.
7. The compressible material packaging system of claim 1, wherein the conveyor assembly further comprises:
a slide rail positioned between the baler and the strapping machine, the movable base being slidably disposed on the slide rail;
the pushing mechanism comprises two first telescopic modules, the two first telescopic modules are distributed on the corresponding sides of the sliding rail, and a baffle is arranged on a moving part of each first telescopic module; the first telescopic module is used for driving the baffle to abut against the pushing support so that the bundled materials can be separated from the accommodating space.
8. A method of bundling compressible material, characterized in that bundling is performed using a packaging system for compressible material according to any of claims 1-7;
the bundling method comprises the following steps:
step 1, compressing a certain amount of compressible materials by a baler to form materials to be bundled;
step 2, wrapping a protective layer outside the materials to be bundled;
and 3, moving the material to be bundled to a bundling machine, and packaging outside the protective layer through the bundling machine.
9. The method for binding compressible material of claim 8, wherein the step 1 comprises: after the baler compresses a certain amount of compressible material to a set compression amount, the baler releases the extrusion on the compressible material, and the compressed compressible material expands to form the material to be bundled.
10. The method for binding compressible material according to claim 8, wherein the step 1 comprises: the protective layer is placed in advance in the compression space of the baler, and a certain amount of compressible material is placed into the compression space of the baler for compression.
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| CN202010727185.1A CN111959850B (en) | 2020-07-27 | 2020-07-27 | Compressible material packaging system and compressible material bundling method |
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| CN202010727185.1A CN111959850B (en) | 2020-07-27 | 2020-07-27 | Compressible material packaging system and compressible material bundling method |
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| CN111959850B true CN111959850B (en) | 2022-04-05 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US7124679B2 (en) * | 2004-08-25 | 2006-10-24 | L&P Property Management Company | Lower guide track for down packing press apparatus and method |
| US7421944B1 (en) * | 2008-03-27 | 2008-09-09 | Illinois Tool Works Inc. | Strap joint rotator with pivoting linkage and pinch wheel |
| US9656775B2 (en) * | 2012-05-16 | 2017-05-23 | Signode Industrial Group Llc | Strap-less baling method and baler |
| CN203268360U (en) * | 2013-04-08 | 2013-11-06 | 常州远东塑料机械有限公司 | Full-automatic cotton press |
| AU2015217508B2 (en) * | 2014-02-17 | 2018-05-10 | Signode Industrial Group Llc | Method for containing a bale of compressible material without straps |
| DE102017116164A1 (en) * | 2017-07-18 | 2019-01-24 | Autefa Solutions Germany Gmbh | Packaging device and packaging process |
| CN107719737A (en) * | 2017-10-23 | 2018-02-23 | 南通御丰塑钢包装有限公司 | Self-threading tape rapid welding baling press threading slot device |
| CN209290768U (en) * | 2019-01-03 | 2019-08-23 | 青岛向荣自控工程技术有限公司 | A kind of guiding mechanism for bundle and package machine |
| CN211055453U (en) * | 2019-12-10 | 2020-07-21 | 青岛欣欣向荣智能设备有限公司 | Side-type binding machine with transition belt groove |
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