CN107668795B - Cotton beating machine - Google Patents

Cotton beating machine Download PDF

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Publication number
CN107668795B
CN107668795B CN201711067634.9A CN201711067634A CN107668795B CN 107668795 B CN107668795 B CN 107668795B CN 201711067634 A CN201711067634 A CN 201711067634A CN 107668795 B CN107668795 B CN 107668795B
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CN
China
Prior art keywords
beating
frame
cotton
roller
curtain
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CN201711067634.9A
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Chinese (zh)
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CN107668795A (en
Inventor
周宏亮
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Suzhou Jiulu Intelligent Equipment Manufacturing Co ltd
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Suzhou Jiulu Intelligent Equipment Manufacturing Co ltd
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Priority to CN201711067634.9A priority Critical patent/CN107668795B/en
Publication of CN107668795A publication Critical patent/CN107668795A/en
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    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D3/00—Overgarments
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41H—APPLIANCES OR METHODS FOR MAKING CLOTHES, e.g. FOR DRESS-MAKING OR FOR TAILORING, NOT OTHERWISE PROVIDED FOR
    • A41H43/00—Other methods, machines or appliances
    • A41H43/02—Handling garment parts or blanks, e.g. feeding, piling, separating or reversing
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B68—SADDLERY; UPHOLSTERY
    • B68G—METHODS, EQUIPMENT, OR MACHINES FOR USE IN UPHOLSTERING; UPHOLSTERY NOT OTHERWISE PROVIDED FOR
    • B68G3/00—Treating materials to adapt them specially as upholstery filling
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W30/00—Technologies for solid waste management
    • Y02W30/50—Reuse, recycling or recovery technologies
    • Y02W30/66—Disintegrating fibre-containing textile articles to obtain fibres for re-use

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Mechanical Engineering (AREA)
  • Power-Operated Mechanisms For Wings (AREA)
  • Preliminary Treatment Of Fibers (AREA)

Abstract

A cotton beating machine belongs to the technical field of clothing processing machinery. Comprises a frame; the bobbin input mechanism to be uniformly beaten is arranged on the frame; the front and rear uniformly beating mechanisms are arranged on the frame at positions corresponding to the upper parts of the to-be-uniformly-beaten bobbin input mechanisms, and the front uniformly beating mechanism is positioned on the right side of the rear uniformly beating mechanism; the characteristics are as follows: the device also comprises a uniform beating tube output mechanism which is arranged on the frame at a position corresponding to the lower part of the uniform beating tube input mechanism, the input port of the uniform beating tube output mechanism corresponds to the uniform beating tube outlet of the uniform beating tube input mechanism, and the output port of the uniform beating tube output mechanism corresponds to the uniform beating tube feeding port of the uniform beating tube input mechanism. The requirement that even bobbins to be evenly beaten are fed into the even bobbin input mechanism and are taken out at the output port of the even bobbin output mechanism can be met by only providing one machine operator, and compared with the prior art, precious labor resources can be saved.

Description

Cotton beating machine
Technical Field
The invention belongs to the technical field of clothing processing machinery, and particularly relates to a cotton beating machine.
Background
The cotton beating machine is also called a beating and homogenizing machine and is used for beating evenly the thermal insulation materials such as cotton, down, cotton-wool mixture and the like filled in the inner container of clothes or bedding, such as a quilt cover and a cushion.
Previously, the thermal insulation material filled into the liner of the products not limited to those mentioned above was generally homogenized manually, one of the drawbacks of this "working mode" being labor intensive and inefficient for the workers; secondly, because the beating is performed manually, the desired beating effect cannot be ensured, and the desired beating effect is related to the experience, work responsibility, emotion, physical ability and the like of workers.
Chinese patent grant publication No. CN205682498U recommends an automatic fleece and cotton beating machine, and the positive significance of the patent proposal is that: the automatic beating of the machine is utilized to replace manual beating, and the technical effect recorded in the 0008 th section of the specification can be basically redeemed, but because the patent scheme adopts only one transmission belt, two persons are required to cooperatively operate in actual use, one of the two persons feeds a product to be beaten uniformly at one end of a feed port of the fleece beating machine, and the other of the two persons takes away the beaten uniform product at one end of a discharge port of the fleece beating machine, so that the defect that precious labor resources are not saved to a certain extent still exists. In addition, the CN205682498U has other defects: firstly, because the stroke of the cotton beating frame (the patent refers to a beating rod) cannot be adjusted, namely, the stroke of beating thick products and thin products is the same, when beating the thin products, stroke redundancy exists, and particularly the problems of large noise, unnecessary friction loss increase, easy damage of a sliding rail, large mechanical vibration and the like are generated; secondly, because the machine is always in an operating state after being started, in the actual working process, sometimes a machine operator needs to rush to other stations in person to convey the product to be beaten to the beating station, and in the period, the product is not arranged on the transmission belt but is in a state of repeatedly moving, so that the electric energy consumption is not beneficial to saving; thirdly, since down flocks, cotton flocks, fiber dust and the like possibly adhered to the upper and lower surfaces of the uniformly-beaten bobbins cannot be removed, the surface cleaning effect of the product is affected to a certain extent.
The applicant has made an active and advantageous design with respect to the above prior art, and finally has formed the technical solutions described below, and experiments have been carried out at the applicant's test sites with security measures taken, which have proved to be practical.
Disclosure of Invention
The invention aims to provide the cotton racket which can feed the products to be uniformly beaten and take away the products after uniform beating by only one operator, thereby saving precious labor resources.
The invention is accomplished by a cotton swatter comprising a frame; the uniform-beating-up bobbin input mechanism is used for inputting the bobbins which are filled with fibers and are to be uniformly beaten, and is arranged on the frame; the front uniformly beating mechanism and the rear uniformly beating mechanism are arranged on the frame at positions corresponding to the upper part of the to-be-uniformly-beaten bobbin input mechanism, and the front uniformly beating mechanism is positioned on the right side of the rear uniformly beating mechanism; the device is characterized by further comprising a uniform beating bobbin output mechanism for outputting uniformly beating bobbins sequentially through the front uniform beating mechanism and the rear uniform beating mechanism, wherein the uniform beating bobbin output mechanism is arranged on the frame at a position corresponding to the lower part of the uniform beating bobbin input mechanism, an input port of the uniform beating bobbin output mechanism corresponds to a uniform beating bobbin outlet of the uniform beating bobbin input mechanism, and an output port of the uniform beating bobbin output mechanism corresponds to a uniform beating bobbin feeding port of the uniform beating bobbin input mechanism.
In a specific embodiment of the invention, a frame front cross beam is fixed at the upper part of the front side of the frame, a frame front wall board is fixed at the upper part of the frame front cross beam, a frame rear cross beam is fixed at the upper part of the rear side of the frame, a frame rear wall board is fixed at the upper part of the frame rear cross beam, the top between the frame front wall board and the rear wall board is sealed by a wall board top board, a frame left expansion arm extends horizontally at the front side and the rear side of the left side of the frame respectively, a frame right expansion arm extends horizontally at the front side and the rear side of the right side of the frame respectively, a cotton beating frame supporting board is fixed between the frame left expansion arm and the frame right expansion arm at intervals between the frame front cross beam and the frame rear cross beam, a cotton beating frame supporting board is arranged between the frame front wall board and the rear wall board at the position corresponding to the upper part of the to-be-beaten bobbin input mechanism, and the cotton beating frame supporting board corresponds to the lower part of the front beating frame and the rear beating mechanism respectively.
In another specific embodiment of the invention, the to-be-patted uniform bobbin input mechanism comprises a to-be-patted uniform bobbin conveying curtain driving roller, a to-be-patted uniform bobbin conveying curtain driven roller, a to-be-patted uniform bobbin conveying curtain and a to-be-patted uniform bobbin conveying curtain driving roller driving device, wherein the front end of the to-be-patted uniform bobbin conveying curtain driving roller is rotatably supported at the right end of the front cross beam of the frame through a conveying curtain driving roller front supporting seat, the rear end of the to-be-patted uniform bobbin conveying curtain driving roller is rotatably supported at the right end of the rear cross beam of the frame through a conveying curtain driving roller rear supporting seat, the front end of the to-be-patted uniform bobbin conveying curtain driven roller is rotatably supported at the left end of the front cross beam of the frame through a conveying curtain driven roller rear supporting seat, the right end of the conveying curtain of the to-be-photographed uniform bobbin is sleeved on the conveying curtain driving roller of the to-be-photographed uniform bobbin, the left end of the conveying curtain of the to-be-photographed uniform bobbin is sleeved on the conveying curtain driven roller of the to-be-photographed uniform bobbin, the conveying curtain driving roller driving device of the to-be-photographed uniform bobbin comprises a conveying curtain driving roller driving motor, a conveying curtain driving roller driving belt and a conveying curtain driving roller driven transmission wheel, the conveying curtain driving roller driving motor is fixed on a conveying curtain driving roller driving motor seat, the conveying curtain driving motor seat is fixed with the rear side of the right end of the frame, a conveying curtain driving roller driving wheel is fixed on a conveying curtain driving roller driving motor shaft of the conveying curtain driving roller driving motor, the lower end of the conveying curtain driving roller driving belt is sleeved on the conveying curtain roller driving wheel, the upper end of the conveying curtain driving roller driving belt is sleeved on the conveying curtain driving roller driven transmission wheel, the conveying curtain driving roller driven transmission wheel is fixed at the rear end of the conveying curtain driving roller of the to-be-photographed uniform bobbin, the inner side of the conveying curtain of the uniformly-beaten cylinder is contacted with the cotton beating frame supporting plate; a front press roller shaft seat is fixed at the position corresponding to the lower part of one side of the front frame wall plate, which faces the rear frame wall plate, in the length direction of the rear frame wall plate, a rear press roller shaft seat is fixed at the position corresponding to the lower part of the rear frame wall plate, which faces the front frame wall plate, cotton pressing rollers are rotatably arranged between the front press roller shaft seat and the rear press roller shaft seat in a spaced state, the cotton pressing rollers correspond to the upper part of the bobbin conveying curtain to be uniformly beaten, the left end of the bobbin conveying curtain to be uniformly beaten is formed into the bobbin feeding port to be uniformly beaten, the right end of the bobbin conveying curtain to be uniformly beaten is formed into the bobbin leading-out port, the front uniformly beaten mechanism and the rear uniformly beaten mechanism are arranged between the front frame wall plate and the rear frame wall plate at positions corresponding to the positions between every two adjacent cotton pressing rollers, the left end of the cotton beating frame corresponds to the left end of the bobbin conveying curtain to be uniformly beaten by the left end of the bobbin conveying curtain to be uniformly beaten, and the right end of the bobbin conveying mechanism to be uniformly beaten by the right end of the bobbin conveying curtain to be uniformly beaten by the same.
In a further specific embodiment of the invention, a cotton pressing power roller and a pair of cotton pressing rollers at the feeding inlet of the cylinder to be uniformly beaten are sequentially arranged from left to right between the front and the rear cross beams of the frame and towards the cylinder conveying curtain to be uniformly beaten, the cotton pressing power roller corresponds to the upper part of the cylinder conveying curtain to be uniformly beaten, the front end of the cotton pressing power roller is rotatably supported on the front compression roller shaft seat through a cotton pressing power roller front bearing seat, the rear end of the cotton pressing power roller is rotatably supported on the rear compression roller shaft seat through a cotton pressing power roller rear bearing seat, the rear end of the cotton pressing power roller is in transmission connection with a cotton pressing power roller driving device, the cotton pressing power roller driving device comprises a cotton pressing power roller driving motor, a cotton pressing power roller driving belt and a cotton pressing power roller driven transmission wheel, the cotton pressing power roller driving motor is fixed on a cotton pressing power roller driving motor seat, the cotton pressing supporting force roller driving motor seat is fixed at the rear side of the frame, a cotton pressing power roller driving transmission wheel is fixed on a cotton pressing power roller driving motor shaft of the cotton pressing power roller driving motor, the lower end of a cotton pressing power roller driving belt is sleeved on the cotton pressing power roller driving transmission wheel, the upper end of the cotton pressing power roller driving belt is sleeved on a cotton pressing power roller driven transmission wheel, the cotton pressing power roller driven transmission wheel is fixed at the rear end of the cotton pressing power roller, a pair of feeding inlet cotton pressing rollers also correspond to the upper part of the conveying curtain of the bobbins to be uniformly beaten, the front ends of the feeding inlet cotton pressing rollers are rotatably supported on a feeding inlet cotton pressing roller front supporting seat, the rear ends of the feeding inlet cotton pressing roller front supporting seat and the right end of the frame front cross beam are fixed towards one side of the frame rear cross beam, the rear supporting seat of the feeding port cotton pressing roller is fixed with the right end of the rear cross beam of the frame towards one side of the front cross beam of the frame, and the front supporting seat and the rear supporting seat of the feeding port cotton pressing roller correspond to each other in the front-back direction.
In still another specific embodiment of the invention, a to-be-shot uniform bobbin signal collector is arranged on one side of the feeding port cotton pressing roller rear supporting seat facing the feeding port cotton pressing roller front supporting seat or one side of the feeding port cotton pressing roller front supporting seat facing the feeding port cotton pressing roller rear supporting seat, the to-be-shot uniform bobbin signal collector is electrically controlled and connected with an electric controller arranged at the right end of the front side of the frame, and the to-be-shot uniform bobbin signal collector is a photoelectric sensor.
In still another specific embodiment of the present invention, a front guide bar slider fixing seat is fixed in a long side direction of a side of the frame front wall plate facing the frame rear wall plate, a rear guide bar slider fixing seat is fixed in a long side direction of a side of the frame rear wall plate facing the frame front wall plate and at a position corresponding to the front guide bar slider fixing seat, a shaft seat front fixing cross beam, a shaft seat rear fixing cross beam and a beat uniform power transmission fixing cross beam are fixed at a top of the frame and at a position corresponding to a position between the frame front wall plate and the frame rear wall plate in parallel with the long side direction of the frame front wall plate and the frame rear wall plate, the beat uniform power transmission fixing cross beam is positioned between the shaft seat front fixing cross beam and the shaft seat rear fixing cross beam, and a front beat uniform driving motor seat is fixed at a front side of a right end of the beat uniform power transmission fixing cross beam, the front side of the left end of the fixed cross beam of the evenly beating power transmission device is fixedly provided with a rear evenly beating driving motor seat, the front evenly beating mechanism comprises a group of front sliding guide rods, a group of rear sliding guide rods, a group of front connecting rods, a group of rear connecting rods, a group of front cranks, a group of rear cranks, a group of crank driving shafts, a group of cotton beating frames and a front evenly beating power transmission device, the group of front sliding guide rods are respectively in sliding fit with a front sliding guide rod slide block, the front sliding guide rod slide block is fixed with one side of the front guide rod slide block fixing seat facing the rear guide rod slide block fixing seat, the number of the group of rear sliding guide rods is equal to that of the group of front sliding guide rods, and the rear sliding guide rod slide block is respectively in sliding fit with a rear sliding guide rod slide block at the position corresponding to the group of front sliding guide rods, the rear sliding guide rod slide block is fixed with one side of the rear guide rod slide block fixing seat facing the front guide rod slide block fixing seat, the number of the front connecting rods and the front cranks is equal to that of the front sliding guide rods, one end of the front connecting rods facing the front sliding guide rods is hinged with the front sliding guide rods through a lower pin shaft of the front connecting rods, one end of the front connecting rods facing the front cranks is hinged with one end of the front cranks through an upper pin shaft of the front connecting rods, the other end of the front cranks is fixed with the front ends of the crank driving shafts, the number of the rear connecting rods and the rear cranks is equal to that of the rear sliding guide rods, one end of the rear connecting rods facing the rear sliding guide rods is hinged with the rear sliding guide rods through lower pin shafts of the rear connecting rods, one end of the rear connecting rods facing the rear cranks is hinged with one end of the rear cranks through upper pin shafts of the rear connecting rods, the other end of the rear cranks is fixed with the rear ends of the crank driving shafts, the front ends of the crank driving shafts are respectively rotatably supported on a crank driving shaft front supporting shaft seat, the rear ends of the crank driving shafts are respectively rotatably supported on a crank driving shaft rear supporting shaft seat, a crank driving shaft driving wheel is respectively fixed at the front ends of the crank driving shafts, the crank driving shaft front supporting shaft seat is fixed with the bottom of the shaft seat front fixing cross beam, the crank driving shaft rear supporting shaft seat is fixed with the bottom of the shaft seat rear fixing cross beam, the number of the cotton beating frames is equal to that of the crank driving shafts and corresponds to the cotton beating frame supporting plates under the state of conveying curtains through bobbins to be evenly beaten, the front ends of the cotton beating frames are respectively fixed with the lower ends of the front sliding guide rods, the rear ends of the cotton beating frames are respectively fixed with the lower ends of the rear sliding guide rods, and the front evenly beating power transmission device comprises a front evenly beating driving motor, the front evenly-beating driving motor is fixed with the rear side of the lower end of the front evenly-beating driving motor seat, a front evenly-beating driving motor shaft of the front evenly-beating driving motor stretches to the front side of the front evenly-beating driving motor seat, the front evenly-beating driving motor is fixed on the front evenly-beating driving motor shaft at a position corresponding to the front side of the front evenly-beating driving motor seat, and the front evenly-beating driving belt is in transmission connection with the crank driving shaft transmission wheel and the front evenly-beating driving motor and is also in transmission connection with a group of front evenly-beating driving belt tensioning wheels rotationally arranged on the front side of the front evenly-beating driving motor seat; the structure of the rear evenly beating mechanism is the same as that of the front evenly beating mechanism, and the front evenly beating mechanism and the rear evenly beating mechanism alternately move up and down.
In a further specific embodiment of the present invention, front crank adjustment holes are formed in each of the front cranks, a rear crank adjustment hole is formed in each of the rear cranks and at a position corresponding to the front crank adjustment holes, and when one end of the front connecting rod facing the front cranks is hinged to the front cranks at a position corresponding to the front crank adjustment holes by the front connecting rod upper pin and one end of the rear connecting rod facing the rear cranks is hinged to the rear cranks at a position corresponding to the rear crank adjustment holes by the rear connecting rod upper pin, the vertical displacement stroke of the front sliding guide rod and the rear sliding guide rod is increased; the utility model provides a frame front wall board orientation frame back wallboard one side and be fixed with a cotton baffle front fixing base in the position that corresponds to the length direction's of front guide arm slider fixing base lower part, and the frame back wallboard is fixed with a cotton baffle back fixing base towards one side of frame front wall board and the position that corresponds to the length direction's of back guide arm slider fixing base lower part, is fixed with a cotton baffle before the cotton baffle fixing base with the cotton baffle back fixing base between, a set of cotton beating frame be located the cotton baffle with wait to beat between even bobbin conveying curtain, wherein: the cotton baffle plate is characterized in that a front sliding guide rod abdication hole is formed in the cotton baffle plate front fixing seat and at a position corresponding to the group of front sliding guide rods, and a rear sliding guide rod abdication hole is formed in the cotton baffle plate rear fixing seat and at a position corresponding to the group of rear sliding guide rods.
In a further specific embodiment of the present invention, the uniform bobbin output mechanism includes an output curtain driving roller, an output curtain driven roller, an output curtain and an output curtain driving roller driving device, the front end and the rear end of the output curtain driving roller are respectively rotatably supported on the right extension arm of the frame through an output curtain driving roller supporting seat, the front end and the rear end of the output curtain driven roller are respectively rotatably supported on the left extension arm of the frame through an output curtain driven roller supporting seat, the output curtain driving roller corresponds to the right lower side of the bobbin conveying roller to be uniformly beaten, the output curtain driven roller corresponds to the left lower side of the bobbin conveying roller to be uniformly beaten, the right end of the output curtain is sleeved on the output curtain driving roller, the left end of the output curtain is sleeved on the output curtain driven roller, the output curtain driving roller driving device includes an output curtain driving roller driving motor, an output curtain driving roller driving belt and an output curtain driven roller driving wheel, the output curtain driving roller driving motor is fixed on the output roller driving motor shaft of the output roller driving motor, the output curtain driving roller driving belt is fixed on the output roller driving belt is sleeved on the output driving roller driving belt, and the driven roller driving roller is driven by the driven belt, and the driven roller driving belt is fixed on the output roller driving belt. The space between the conveying curtain of the uniformly-beaten bobbin and the output curtain is formed into a uniformly-beaten bobbin running channel.
In a still more specific embodiment of the invention, a homogenizing cylinder surface cleaning mechanism for cleaning the upper and lower surfaces of the homogenizing cylinder is arranged at the left side of the frame and at a position corresponding to the driven roller of the conveying curtain of the cylinder to be homogenized.
In still another specific embodiment of the present invention, the uniform-beating-cylinder surface cleaning mechanism includes a curtain cover, an outer air ejector, an inner air ejector and a dust suction pipe, the curtain cover is fixed with the left side of the frame at a position corresponding to the length direction of the uniform-beating-cylinder conveying curtain driven roller, the uniform-beating-cylinder conveying curtain driven roller is located in a curtain cover cavity of the curtain cover by the curtain cover, the outer air ejector is fixed with the curtain cover end wall of the curtain cover at a position corresponding to the left side of the length direction of the uniform-beating-cylinder conveying curtain driven roller, an outer air ejector air inlet interface is formed at the front end of the outer air ejector, the outer air ejector air inlet interface extends out of the curtain cover end wall and is connected with an air source device by a pipeline, an outer air ejector bracket is arranged on the pipe body of the outer air ejector in a dense state, the inner pipe is fixed between a pair of inner air ejector brackets at a position corresponding to the right lower side of the length direction of the uniform-beating-cylinder conveying curtain, the inner air ejector is formed with an inner pipe interface at the front end of the inner air ejector, the inner air ejector is connected with the air suction pipe through the air suction pipe bracket in a dense state with the air suction pipe, and the inner air suction pipe is fixed with the air suction pipe through the air suction pipe bracket in a dense state.
The technical scheme provided by the invention has the technical effects that: because the uniform-beating-tube output mechanism for outputting the uniformly-beating-tube is additionally arranged on the frame and at the position corresponding to the lower part of the uniform-beating-tube input mechanism, the direction of the output port of the uniform-beating-tube output mechanism is the same as that of the feeding port of the uniform-beating-tube input mechanism, so that the requirement of feeding the uniform-beating-tube to be uniformly-beating-tube to the uniform-beating-tube input mechanism and simultaneously taking the uniform-beating-tube at the output port of the uniform-beating-tube output mechanism can be met by only one operator, and precious labor resources can be saved compared with the prior art.
Drawings
Fig. 1 is a perspective view of the present invention.
Fig. 2 is a cross-sectional view of the front-facing homogenizing mechanism, the rear-facing homogenizing mechanism, and the homogenizing bobbin surface cleaning mechanism shown in fig. 1.
Fig. 3 is a detailed structural view of a set of front cranks shown in fig. 1 and 2.
Detailed Description
In order to make the technical spirit and advantages of the present invention more clearly understood, the applicant will now make a detailed description by way of example, but the description of the examples is not intended to limit the scope of the invention, and any equivalent transformation made merely in form, not essentially, according to the inventive concept should be regarded as the scope of the technical solution of the present invention.
In the following description, any reference to the directional or azimuthal sense of up, down, left, right, front and rear is not to be construed as a specific limitation on the solution provided by the present invention, since the position state of the drawing being described is defined.
Referring to fig. 1, there is shown a frame 1, a frame traveling wheel 17c is rotatably provided at the bottom of the frame 1 at positions corresponding to four corners, and the frame traveling wheel 17c makes the present invention embody good portability; a to-be-homogenized bobbin input mechanism 2 for inputting a bobbin filled with fibers and to be homogenized is shown, the to-be-homogenized bobbin input mechanism 2 being arranged on a frame 1; a front-end beating and homogenizing mechanism 3 and a rear-end beating and homogenizing mechanism 4 for beating the filling fibers in the bobbins to be uniformly input by the bobbin input mechanism 2 to be uniformly beaten are shown, the front-end beating and homogenizing mechanism 3 and the rear-end beating and homogenizing mechanism 4 are arranged on the frame 1 at positions corresponding to the upper parts of the bobbin input mechanism 2 to be uniformly beaten, and the front-end beating and homogenizing mechanism 3 is positioned on the right side of the rear-end beating and homogenizing mechanism 4.
The technical key points of the technical scheme provided by the invention are as follows: the structure system of the cotton beating machine further comprises a beating and homogenizing bobbin output mechanism 5 for outputting bobbins which are sequentially and uniformly beaten by the front beating and homogenizing mechanism 3 and the rear beating and homogenizing mechanism 4, the beating and homogenizing bobbin output mechanism 5 is arranged on the frame 1 at a position corresponding to the lower part of the bobbin input mechanism 2 to be beaten and homogenizing bobbin output mechanism 5, an input port (an input port of the bobbins after being beaten and homogenized) corresponds to a beating and homogenizing bobbin outlet 232 of the bobbin input mechanism 2 to be beaten and an output port of the beating and homogenizing bobbin output mechanism 5 corresponds to a bobbin feeding port 231 to be beaten and homogenized of the bobbin input mechanism 2 to be beaten and homogenized.
A frame front cross member 11 is fixed to the front upper portion of the frame 1, a frame front wall plate 111 (also referred to as a "frame front seal plate") is fixed to the upper portion of the frame front cross member 11, a frame rear cross member 12 is fixed to the rear upper portion of the frame 1, a frame rear wall plate 121 (also referred to as a "frame rear seal plate") is fixed to the upper portion of the frame rear cross member 12, the top between the frame front and rear wall plates 111, 121 is closed by a wall plate top plate 1112, a frame left extension arm 13a (also referred to as a "frame left extension arm") extends horizontally in front of and behind the left side of the frame 1, a frame right extension arm 13b (also referred to as a "frame right extension arm") extends horizontally in front of and behind the right side of the frame 1, the same applies to the following), the above-mentioned beating bobbin output mechanism 5 is disposed between the frame left expansion arm 13a and the frame right expansion arm 13b, the cotton beating frame supporting plate 13c is fixed between the frame front and rear cross members 11, 12, the above-mentioned front beating mechanism 3 and rear beating mechanism 4 are disposed between the frame front and rear wall plates 111, 121 at positions corresponding to the upper sides of the above-mentioned bobbin input mechanism 2 to be beaten, the above-mentioned cotton beating frame supporting plate 13c corresponds to the lower sides of the above-mentioned front beating mechanism 3 and rear beating mechanism 4, that is, the front beating mechanism 3 and rear beating mechanism 4 are disposed between the frame front and rear wall plates 111, 121 at positions corresponding to the upper sides of the cotton beating frame supporting plate 13 c.
With continued reference to fig. 1 and in conjunction with fig. 2, the preferred but not absolute limited construction of the bobbin input mechanism 2 to be homogenized is as follows: comprises a to-be-beaten uniform bobbin conveying curtain driving roller 21, a to-be-beaten uniform bobbin conveying curtain driven roller 22, a to-be-beaten uniform bobbin conveying curtain 23 and a to-be-beaten uniform bobbin conveying curtain driving roller driving device 24, wherein the front end of the to-be-beaten uniform bobbin conveying curtain driving roller 21 is rotatably supported at the right end of the front frame cross beam 11 through a conveying curtain driving roller front supporting seat 211, the rear end of the to-be-beaten uniform bobbin conveying curtain driving roller 21 is rotatably supported at the right end of the rear frame cross beam 12 through a conveying curtain driving roller rear supporting seat 212, the front end of the to-be-beaten uniform bobbin conveying curtain driven roller 22 is rotatably supported at the left end of the front frame cross beam 11 through a conveying curtain driven roller front supporting seat 221, the rear end of the to-be-beaten uniform bobbin conveying curtain 22 is rotatably supported at the left end of the rear frame cross beam 12 through a conveying curtain driven roller rear supporting seat, the right end of the to-be-beaten uniform bobbin conveying curtain 23 is sleeved on the to-be-beaten uniform bobbin conveying curtain driving roller 21, the left end of the to-be-uniformly-beaten bobbin conveying curtain 23 is sleeved on the to-be-beaten bobbin conveying curtain driven roller 22, the to-be-beaten bobbin conveying curtain driving roller driving device 24 comprises a conveying curtain driving roller driving motor 241, a conveying curtain driving roller driving belt 242 and a conveying curtain driving roller driven driving wheel 243, the conveying curtain driving roller driving motor 241 is fixed on a conveying curtain driving roller driving motor seat 2411, the conveying curtain driving roller driving motor seat 2411 is fixed with the rear side of the right end of the frame 1, a conveying curtain driving roller driving wheel (not shown in the figure) is fixed on the conveying curtain driving roller driving motor shaft of the conveying curtain driving roller driving motor 241, the lower end of the conveying curtain driving roller driving belt 242 is sleeved on the conveying curtain driving roller driving wheel, the upper end is sleeved on the conveying curtain driving roller driven driving wheel 243, the driven driving wheel 243 of the conveying curtain driving roller is fixed at the rear end of the conveying curtain driving roller 21 of the bobbin to be uniformly beaten, and the inner side of the conveying curtain 23 of the bobbin to be uniformly beaten is contacted with the cotton beating frame supporting plate 13 c.
As can be seen from the schematic of fig. 1: the front supporting seat 211 of the conveying curtain driving roller, the rear supporting seat 212 of the conveying curtain driving roller, the front supporting seat 221 of the conveying curtain driven roller and the rear supporting seat 222 of the conveying curtain driven roller are adjustable so as to enable the conveying curtain 23 of the uniformly-to-be-shot bobbin to obtain the tensioning effect required by the process, and the adjustment of the front supporting seat 211 of the conveying curtain driving roller, the rear supporting seat 212 of the conveying curtain driving roller, the front supporting seat 221 of the conveying curtain driven roller and the rear supporting seat 222 of the conveying curtain driven roller belongs to the known technology, so that the applicant does not need to describe the following technology in detail.
As a preferred option, i.e., from the safety point of view, a conveyor belt guard 2421 may be provided at a position corresponding to the conveyor belt 242, and the upper end of the conveyor belt guard 2421 may be connected to the conveyor belt rear support block 212 and the lower end may be connected to the conveyor belt drive motor 241.
As shown in fig. 1, a front roll shaft seat 112 is fixed to the longitudinal direction of the frame front cross member 11 and to a position corresponding to the lower portion of the side of the frame front wall plate 111 facing the frame rear wall plate 121, a rear roll shaft seat 122 is fixed to the longitudinal direction of the frame rear cross member 12 and to a position corresponding to the lower portion of the frame rear wall plate 121 facing the frame front wall plate 111, a platen roller 14 is rotatably provided between the front roll shaft seat 112 and the rear roll shaft seat 122 in a spaced state, the platen roller 14 corresponds to the upper side of the bobbin conveying curtain 23 to be uniformly beaten, the left end of the bobbin conveying curtain 23 is constituted as the bobbin feeding port 231 to be uniformly beaten, and the right end is constituted as the bobbin discharging port 232.
Further, as shown in fig. 1, the front and rear beating means 3 and 4 are disposed between the front and rear wall plates 111 and 121 of the frame at positions corresponding to between each two adjacent cotton pressing rollers 14 (this position may also be referred to as "neutral"), the cotton beating frame support plate 13c also corresponds to between each two adjacent cotton pressing rollers 14, the left end of the beating and homogenizing bobbin output means 5 protrudes from the left end of the bobbin conveying curtain 23 to be beaten, and the right end of the beating and homogenizing bobbin output means 5 protrudes from the right end of the bobbin conveying curtain 23 to be beaten.
With continued reference to fig. 1, a cotton pressing power roller 15 and a pair of feeding-in cotton pressing rollers 16 are sequentially disposed between the front and rear cross members 11, 12 of the frame and toward one end of the bobbin feeding port 231 of the bobbin conveying curtain 23, the cotton pressing power roller 15 is rotatably supported on the front roller shaft seat 112 through a cotton pressing power roller front bearing seat 151, the rear end of the cotton pressing power roller 15 is rotatably supported on the rear roller shaft seat 122 through a cotton pressing power roller rear bearing seat 152, and the rear end of the cotton pressing power roller 15 is in driving connection with a cotton pressing power roller driving device 153.
Please refer to fig. 2 in combination with fig. 1, the aforementioned cotton pressing power roller driving device 153 includes a cotton pressing power roller driving motor 1531, a cotton pressing power roller driving belt 1532 and a cotton pressing power roller driven driving wheel 1533, the cotton pressing power roller driving motor 1531 is fixed on a cotton pressing power roller driving motor seat 15311, the cotton pressing branch power roller driving motor seat 15311 is fixed on the rear side of the aforementioned frame 1, a cotton pressing power roller driving wheel (not shown) is fixed on a cotton pressing power roller driving motor shaft of the cotton pressing power roller driving motor 1531, the lower end of the cotton pressing power roller driving belt 1532 is sleeved on the aforementioned cotton pressing power roller driving wheel, the upper end is sleeved on the cotton pressing power roller driven driving wheel 1533, the driven driving wheel 1533 of the cotton pressing power roller is fixed at the rear end of the cotton pressing power roller 15, the pair of feeding cotton pressing rollers 16 are correspondingly above the bobbin conveying curtain 23 to be uniformly beaten, the front ends of the pair of feeding cotton pressing rollers 16 are rotatably supported on the front supporting seat 161 of the feeding cotton pressing rollers, the rear ends of the pair of feeding cotton pressing rollers are rotatably supported on the rear supporting seat 162 of the feeding cotton pressing rollers, the front supporting seat 161 of the feeding cotton pressing rollers and the right end of the front beam 11 of the frame are fixed towards one side of the rear beam 12 of the frame, the rear supporting seat 162 of the feeding cotton pressing rollers and the right end of the rear beam 12 of the frame are fixed towards one side of the front beam 11 of the frame, and the front supporting seats 161 and 162 of the feeding cotton pressing rollers are correspondingly arranged in front and back.
As a preferable embodiment, a cotton pressing power roller driving belt shield 15321 may be provided at a position corresponding to the cotton pressing power roller driving belt 1532.
In this embodiment, a to-be-shot bobbin signal collector 163 is disposed on a side of the feeding-in platen rear support 162 facing the feeding-in platen front support 161, the to-be-shot bobbin signal collector 163 is electrically controlled and connected with an electrical controller 17d disposed on a right end of a front side of the frame 1, and the to-be-shot bobbin signal collector 163 is a photoelectric sensor. The applicant needs to say that: the aforementioned bobbin signal collector 163 should be considered as equivalent if it is disposed on the side of the feed inlet calender front support 161 facing the feed inlet calender rear support 162.
When the to-be-patted bobbin is introduced into the to-be-patted bobbin feeding port 231, a signal is acquired by the to-be-patted bobbin signal acquisition device 163 and fed back to the electric control box 17d, and the electric control box 17d gives a working instruction to the conveying curtain driving roller driving motor 241 and the conveying curtain driving roller driving motor 541 of the conveying curtain driving roller driving device 23 of the to-be-patted bobbin conveying mechanism 2 and the conveying curtain 53 of the conveying curtain driving roller driving device 54 of the to-be-patted bobbin conveying mechanism 5, which will be described in detail below, are electrically connected with the electric control box 17d, so that the conveying curtain driving roller driving motor 241 and the conveying curtain driving roller driving motor 541 of the to-be-patted bobbin conveying mechanism 23 and the conveying curtain 53, which will be described below, are moved. On the contrary, when the to-be-patted even bobbin feeding port 231 is not (not) fed with the to-be-patted even bobbin, the electric control box 17d does not send out the instruction because the to-be-patted even bobbin signal collector 163 cannot collect the signal, and the conveying curtain driving roller driving motor 241 and the output curtain driving roller driving motor 541 are in the stop working state, thereby playing the roles of preventing idle running and saving electric energy consumption.
As shown in fig. 1, a front guide bar slider fixing seat 1111 is fixed in a long side direction of the front frame wall plate 111 toward the side of the rear frame wall plate 121, a rear guide bar slider fixing seat 1211 is fixed in a long side direction of the rear frame wall plate 121 toward the side of the front frame wall plate 111 and at a position corresponding to the front guide bar slider fixing seat 1111, a front shaft seat fixing beam 17a, a rear shaft seat fixing beam 17b and a rear racket power transmission fixing beam 18 are fixed at the top of the front frame 1 and at a position corresponding to between the front frame wall plate 111 and the rear frame wall plate 121 in a state parallel to the long side direction of the front frame wall plate 111 and the rear frame wall plate 121, the racket power transmission fixing beam 18 is positioned between the front shaft seat fixing beam 17a and the rear shaft seat fixing beam 17b, a front racket power driving motor seat 181 is fixed in front of the right end of the racket power transmission fixing beam 18, and a rear racket power driving motor seat 182 is fixed in front of the left end of the racket power transmission fixing beam 18.
Continuing to see fig. 1 in combination with fig. 2 and 3, the front-end homogenizing mechanism 3 includes a set of front slide guides 31, a set of rear slide guides 32, a set of front links 33, a set of rear links 34, a set of front cranks 35, a set of rear cranks 36, a set of crank drive shafts 37, a set of cotton-beating frames 38, and a front-end homogenizing power transmission 39, the set of front slide guides 31 are each slidably engaged with a set of front slide guide sliders 311, the front slide guide sliders 311 are fixed to one side of the front guide slider holders 1211, the number of the set of rear slide guides 32 is equal to the number of the set of front slide guides 31 and is slidably engaged with a set of rear slide guide sliders 321 at positions corresponding to the set of front slide guides 31, the number of the set of front slide guides 321 and the rear guide slider holders 1211 are equal to the number of the set of front slide guides 31, the set of front slide guides 33 are each hinged to one end of the set of front guide rods 31 through a set of crank pins 35 and the set of front guide pins 35 and the set of rear guide rods 32 are hinged to one end of the set of crank pins 35, the set of front guide rods 32 are hinged to one end of the set of the crank pins 35 and the set of rear guide pins 35 are hinged to one end of the set of front guide rods 32 and the rear guide pins 35 are fixed to one end of the set of front guide rods 35, the other end of the crank 36 is then fixed to the rear end of the set of crank drive shafts 37 by a fixing screw equivalent to the above-mentioned fixing screw 352, and the front ends of the set of crank drive shafts 37 are each rotatably supported on a crank drive shaft front support shaft seat 371, while the rear ends of the set of crank drive shafts 37 are each rotatably supported on a crank drive shaft rear support shaft seat 372, and a crank drive shaft drive wheel 373 is also fixed to the front ends of the set of crank drive shafts 37, the above-mentioned crank drive shaft front support shaft seat 371 is fixed to the bottom of the above-mentioned shaft seat front fixing cross member 17a, while the above-mentioned crank drive shaft rear support shaft seat 372 is fixed to the bottom of the above-mentioned shaft seat rear fixing cross member 17b, the number of cotton beating frames 38 is equal to the number of the set of crank drive shafts 37 and corresponds to the above-mentioned cotton beating frame support plates 13c with the above-mentioned waiting bobbins conveying curtain 23 interposed therebetween, the front ends of the cotton beating frames 38 are respectively fixed to the lower ends of the front sliding guide rods 31, while the rear ends are respectively fixed to the lower ends of the rear sliding guide rods 32, the front beating power transmission device 39 comprises a front beating driving motor 391, a front beating driving wheel 392 and a front beating transmission belt 393, the front beating driving motor 391 is electrically connected with the electric control box 17d, the front beating driving motor 391 is fixed to the rear side of the lower end of the front beating driving motor seat 181 (shown in fig. 1), and the front beating driving motor shaft 3911 of the front beating driving motor 391 extends to the front side of the front beating driving motor seat 181, the front beating driving wheel 392 is fixed on the front beating driving motor shaft 3911 at a position corresponding to the front side of the front beating driving motor seat 181, the front evenly-beating transmission belt 393 is in transmission connection with the crank driving shaft transmission wheel 373 and the front evenly-beating driving wheel 392, and is also in transmission connection with a group of front evenly-beating transmission belt tensioning wheels 1811 rotationally arranged on the front side of the front evenly-beating driving motor seat 181; the structure of the aforementioned post-beat-up mechanism 4 is the same as that of the aforementioned pre-beat-up mechanism 3, and the pre-beat-up mechanism 3 and the post-beat-up mechanism 4 alternately move up and down with each other. Fig. 1 shows a case where the front end and the rear end of a group of cotton-swatter frames 38 are respectively fixed to the lower ends of a group of front slide guides 31 and a group of rear slide guides 32 by a cotton-swatter frame fixing base 381.
In the present embodiment, although the number of the front slide guide bar 31 and the rear slide guide bar 32 is shown as three, the number of the front and rear links 33, 34, the front and rear cranks 35, 36, the crank drive shaft 37 and the cotton swatter frame 38 is also shown as three, respectively, it is obvious that the number is not limited, and for example, can be reduced to two or increased to four or more as needed. Furthermore, it can be seen from the schematic representation in fig. 1 and 2 that: the number of the unit combinations of the rear-facing homogenizing mechanism 4 is one less than that of the front-facing homogenizing mechanism 3, but the number of the unit combinations is not limited by the number shown. In addition, the transmission connection relationship between the front-end beat-up belt 393 and the crank drive shaft 373 (three in total), the front-end beat-up driving wheel 392 (three in total), and the front-end beat-up belt tension roller 1811 (three in total) is clearly illustrated in fig. 2, and thus will not be described again.
Referring to fig. 3 in combination with fig. 1 and 2, since the structure of the rear cranks 36 is identical to that of the front cranks 35, only one of the front cranks 35 is shown in fig. 3, and specifically, the front crank adjustment holes 351 are formed in each of the front cranks 35. In the same way, a rear crank adjustment hole is formed in each of the aforementioned rear cranks 36 and at positions corresponding to the front crank adjustment holes 351, and when one end of the aforementioned front link 33 facing the aforementioned front crank 35 is hinged to the aforementioned front crank 35 by the aforementioned front link upper pin 332 at a position corresponding to the front crank adjustment hole 351 and at the same time one end of the aforementioned rear link 34 facing the aforementioned rear crank 36 is hinged to the aforementioned rear crank 36 by the aforementioned rear link upper pin at a position corresponding to the rear crank adjustment hole, the up-down displacement stroke of the aforementioned front slide guide 31 and rear slide guide 32 increases, and vice versa. It can be seen that the hinge points of the front links 33 and the front cranks 35 are adjustable according to the thickness of the uniformly-photographed bobbins, and the position of the hinge points of the rear links 34 and the rear cranks 36 are the same as the position of the hinge points.
A cotton baffle front fixing base 1113 is fixed at a position corresponding to a lower portion of the front guide bar slider fixing base 1111 on a side of the frame front wall plate 111 facing the frame rear wall plate 121, a cotton baffle rear fixing base 1212 is fixed at a position corresponding to a lower portion of the rear guide bar slider fixing base 1211 on a side of the frame rear wall plate 121 facing the frame front wall plate 111, a cotton baffle 113 is fixed between the cotton baffle front fixing base 1113 and the cotton baffle rear fixing base 1212, and the cotton beating frame 38 is located between the cotton baffle 113 and the bobbin conveying curtain 23 to be beaten, wherein: a front sliding guide bar abdication hole 11131 is provided on the front fixing base 1113 of the cotton shield and at a position corresponding to the front sliding guide bar 31 of the above-mentioned group, and a rear sliding guide bar abdication hole 12121 is provided on the rear fixing base 1212 of the cotton shield and at a position corresponding to the rear sliding guide bar 32 of the above-mentioned group.
With continued reference to fig. 1 and 2, the aforementioned bobbin homogenizing machine 5 comprises an output curtain driving roller 51, an output curtain driven roller 52, an output curtain 53 and an output curtain driving roller driving device 54, the front and rear ends of the output curtain driving roller 51 are rotatably supported on the aforementioned frame right-hand expanding arm 13b through output curtain driving roller supporting seats 511, the front and rear ends of the output curtain driven roller 52 are rotatably supported on the aforementioned frame left-hand expanding arm 13a through output curtain driven roller supporting seats 521, and the output curtain driving roller 51 corresponds to the right-side lower part of the aforementioned bobbin conveying roller 21 to be homogenized, while the output curtain driven roller 52 corresponds to the left-side lower part of the aforementioned bobbin conveying roller 22 to be homogenized, the right end of the output curtain 53 is sleeved on the output curtain driving roller 51, the left end of the output curtain 53 is sleeved on the output curtain driven roller 52, the output curtain driving roller driving device 54 comprises an output curtain driving roller driving motor 541, an output curtain driving roller driving belt 542 and an output curtain driving roller driven transmission wheel 543, the output curtain driving roller driving motor 541 is electrically connected with the electric control box 7d and is fixed on the conveying curtain driving roller driving motor seat 2411, an output curtain driving roller driving wheel (not shown in the figure) is fixed on the output curtain driving roller driving motor shaft of the output curtain driving roller driving motor 541, the lower end of the output curtain driving roller driving belt 542 is sleeved on the output curtain driving roller driving wheel, the upper end is sleeved on the output curtain driving roller driven transmission wheel 543, and the output curtain driving roller driven transmission wheel 543 is fixed on the rear end of the output curtain driving roller 51, wherein: the space between the bobbin conveying curtain 23 and the output curtain 53 is formed as a bobbin discharge path 25.
As can be seen from the schematic of fig. 2 and in connection with applicant's description above, the conveyor curtain drive roller drive motor 241 and the outfeed curtain drive roller drive motor 541 described above share a conveyor curtain drive roller drive motor housing 2411. Furthermore, an outfeed curtain drive roller drive belt guard 5421 may be preferably provided at a position corresponding to the outfeed curtain drive roller drive belt 542. The output curtain drive roller support 511 and output curtain driven roller support 521 shown in fig. 1 and 2 and mentioned above are adjustable and are of common general knowledge and will not be described again.
With continued reference to fig. 1 and 2, a homogenizing cylinder surface cleaning mechanism 6 for cleaning the upper and lower surfaces of the homogenizing cylinder is provided on the left side of the frame 1 and at a position corresponding to the aforementioned conveying curtain driven roller 22 of the cylinder to be homogenized.
The above-mentioned uniform bobbin surface cleaning mechanism 6 comprises a curtain cover 61, an outer air jet pipe 62, an inner air jet pipe 63 and a dust suction pipe 64, the curtain cover 61 is fixed to the left side of the above-mentioned frame 1 at a position corresponding to the longitudinal direction of the above-mentioned bobbin conveying curtain driven roller 22 to be uniform, the uniform bobbin conveying curtain driven roller 22 is located in a curtain cover cavity 611 of the curtain cover 61 by the curtain cover 61, the outer air jet pipe 62 is fixed to a curtain cover end wall 612 (front and rear end walls) of the curtain cover 61 at a position corresponding to the left side of the longitudinal direction of the bobbin conveying curtain driven roller 22 to be uniform, an outer air jet pipe air inlet interface 621 is formed at the front end of the outer air jet pipe 62, the outer air jet pipe air inlet interface 621 extends to the outside of the curtain cover end wall 612 and is connected by a pipe to an air source device such as an air compressor, the outer air jet pipe 62 has a dense outer air jet pipe air jet hole 622, the inner air jet pipe 63 is fixed between a pair of inner air jet pipe brackets 631 at a position corresponding to the right lower part of the length direction of the roller 22 of the bobbin conveying curtain to be uniformly photographed, and an inner air jet pipe air inlet 632 is formed at the front end of the inner air jet pipe 63, the inner air jet pipe air inlet 632 is connected with an air source device such as the air compressor mentioned above by a pipeline, the inner air jet pipe air jet hole 633 is formed in the dense inner air jet pipe 63, the pair of inner air jet pipe brackets 631 are fixed with the left side of the frame 1 mentioned above, the dust suction pipe 64 is fixed with the left side of the curtain cover 61 and communicated with the curtain cover cavity 611 mentioned above, and the dust suction pipe 64 is connected with a negative pressure air generating device such as a negative pressure fan or a vacuum pump by a dust suction pipeline.
The applicant briefly describes the working principle of the above-mentioned homogenizing cylinder surface cleaning mechanism 6, and when the cylinder to be homogenized is conveyed by the front homogenizing mechanism 3 and the rear homogenizing mechanism 4, and the cylinder after homogenizing (flattening the filling fiber in the cylinder) is guided from the homogenizing cylinder outlet 232 to the input port at the left end of the output curtain 53 of the structural system of the homogenizing cylinder output mechanism 5, the fiber dust adhered to one side surface of the cylinder is blown away by the outer air nozzle 622 on the outer air nozzle 62, and the fiber dust adhered to the other side surface of the cylinder is blown away by the inner air nozzle 633 on the inner air nozzle 63, and the fiber dust blown away from the cylinder surface is dispersed in the curtain cover cavity 611, sucked out by the dust suction pipe 64 and guided into the dust collecting bag.
The applicant describes the working principle of the bobbin input mechanism 2 to be uniformly beaten: under the instruction of the electric control box 17d, the conveying curtain driving roller driving motor 241 of the structural system of the to-be-uniformly-beaten bobbin conveying roller driving device 24 works, the conveying curtain driving roller driving motor shaft drives the conveying curtain driving roller fixed on the conveying curtain driving roller driving motor shaft to drive the driving wheel, the conveying curtain driving roller driving belt 242 is driven by the conveying curtain driving roller driving wheel, the conveying curtain driving roller driven driving wheel 243 is driven by the conveying curtain driving roller driven driving wheel 243 to drive the to-be-beaten bobbin conveying roller 21 to move, so that the to-be-beaten bobbin conveying roller driving roller 21 drives the to-be-beaten bobbin conveying curtain 23 to form a moving plane which moves around the to-be-beaten bobbin conveying roller 21 and the to-be-beaten bobbin conveying roller 22, and each to-be-beaten bobbin is led in from the to-be-beaten bobbin feeding port 231 until being led out from the beaten bobbin leading-out port 232.
The applicant describes the working process of the front evenly beating mechanism 3 as follows, the front evenly beating driving motor 391 of the structure system of the front evenly beating power transmission device 39 of the front evenly beating mechanism 3 enters a working state after receiving a working instruction from the electric control box 17d, the front evenly beating driving motor shaft 3911 of the front evenly beating driving motor 391 drives the front evenly beating driving wheel 392 fixed on the front evenly beating driving wheel 392, the front evenly beating driving wheel 392 drives the front evenly beating driving belt 393, the front evenly beating driving belt 393 drives the crank driving wheels 373 fixed on the crank driving shafts 37, the crank driving shafts 373 drive the crank driving shafts 37, and the crank driving shafts 37 drive the front cranks 35 and the rear cranks 36. The front crank 35 drives the front connecting rod 33, the front connecting rod 33 drives the front sliding guide rod 31 to move up and down alternately, the front sliding guide rod 31 drives the front cotton beating frame fixing seat 381, the cotton beating frame fixing seat 381 drives the front end of the cotton beating frame 38, the rear crank 36 drives the rear connecting rod 34, the rear connecting rod 34 drives the rear sliding guide rod 32 to move up and down alternately, the rear cotton beating frame fixing seat 381 is driven by the rear sliding guide rod 32, and the cotton beating frame fixing seat 381 carries the rear end of the cotton beating frame 38, so that the cotton beating frame 38 evenly beats the filled fibers such as down in the uniformly-to-be-beaten bobbins input by the uniformly-to-be-beaten bobbin conveying curtain 23. The shape of the group of cotton beating frames 38 is a Chinese character 'kou', or a Chinese character 'ri' or a Chinese character 'mu'.
As described above, since the structure of the rear-facing homogenizing mechanism 4 is the same as that of the front-facing homogenizing mechanism 3, the operation principle is the same, and the difference is only that: when the cotton beating frames 38 belonging to the front evenly beating mechanism 3 go down and are in a state of beating the bobbins, the cotton beating frames belonging to the rear evenly beating mechanism 4 go up, and vice versa.
The applicant explains the working principle of the above-mentioned uniform-beating-tube output mechanism 5, after the output-curtain drive-roller drive motor 541 of the structural system of the output-curtain drive-roller drive device 54 receives the working instruction of the electric control box 17d, it is put into working state, the output-curtain drive-roller drive motor shaft of the output-curtain drive-roller drive motor 541 drives the output-curtain drive-roller drive driving wheel (not shown in the figure) fixed on it, the output-curtain drive-roller drive driving wheel drives the output-curtain drive-roller driven driving wheel 543 through the output-curtain drive-roller driving belt 542 sleeved on it, the output-curtain drive-roller driven driving wheel 543 drives the output-curtain drive roller 51, so that the output curtain 53 forms a circulating moving plane around the output-curtain drive roller 51 and the output-curtain driven roller 52, and the uniformly-beating-tube introduced tube is transferred from the left end to the right end of the output curtain 53. In the foregoing process, since the output opening of the output curtain 53 corresponds to the to-be-patted bobbin feeding opening 231, and since the input opening of the output curtain 53 corresponds to the to-be-patted bobbin discharging opening 232, only one worker is required to operate at the position of the to-be-patted bobbin feeding opening 231, so that the need of introducing the bobbin to be patted into the to-be-patted bobbin conveying curtain 23 and the need of taking the bobbin after being patted out from the right end of the output curtain 53, i.e. the foregoing output opening, can be satisfied.
In the foregoing operation, specifically, in the operation of the bobbin to be beaten inputting mechanism 2, the aforementioned cotton pressing power roller driving device 153 is also in an operation state, the cotton pressing power roller driving motor 1531 electrically controlled and connected with the electrical control box 17d is put into an operation state after receiving an instruction from the electrical control box 17d, the cotton pressing power roller driving motor shaft of the cotton pressing power driving motor 1531 drives the cotton pressing power roller driving transmission wheel fixed thereon, the cotton pressing power roller driving transmission wheel drives the cotton pressing power roller driving belt 1532 connected therewith, the cotton pressing power roller driving belt 1532 drives the cotton pressing power roller driven transmission wheel 1533, the cotton pressing power roller driven transmission wheel 1533 drives the cotton pressing power roller 15, and the cotton pressing power roller 15 cooperates with the bobbin to be beaten conveying curtain 23 to convey the bobbins to be beaten from the bobbin to be beaten feeding inlet 231 to the bobbin to be beaten leading outlet 232. Preferably, the cotton pressing roller 14 is in transmission connection with the cotton pressing power roller driven transmission wheel 1533 through a corresponding transition transmission belt.
In summary, the technical scheme provided by the invention overcomes the defects in the prior art, successfully completes the task of the invention, and faithfully honors the technical effects carried by the applicant in the technical effect column above.

Claims (10)

1. A cotton beating machine, which comprises a frame (1); a to-be-uniformly-beaten bobbin input mechanism (2) for inputting the bobbins which are filled with fibers and to be uniformly beaten, wherein the to-be-beaten bobbin input mechanism (2) is arranged on the frame (1); the front uniformly beating mechanism (3) and the rear uniformly beating mechanism (4) are used for uniformly beating the filling fibers in the to-be-uniformly beating bobbins input by the to-be-uniformly beating bobbin input mechanism (2), the front uniformly beating mechanism (3) and the rear uniformly beating mechanism (4) are arranged on the frame (1) at positions corresponding to the upper parts of the to-be-uniformly beating bobbins input mechanism (2), and the front uniformly beating mechanism (3) is positioned on the right side of the rear uniformly beating mechanism (4); the device is characterized by further comprising a uniform beating bobbin output mechanism (5) for outputting uniformly beating bobbins sequentially through the front uniform beating mechanism (3) and the rear uniform beating mechanism (4), wherein the uniform beating bobbin output mechanism (5) is arranged on the frame (1) at a position corresponding to the lower part of the uniform beating bobbin input mechanism (2), an input port of the uniform beating bobbin output mechanism (5) corresponds to a uniform beating bobbin outlet (232) of the uniform beating bobbin input mechanism (2), and an output port of the uniform beating bobbin output mechanism (5) corresponds to a uniform beating bobbin feeding port (231) of the uniform beating bobbin input mechanism (2).
2. Cotton beating machine as claimed in claim 1, characterized in that a frame front cross beam (11) is fixed at the front upper part of the frame (1), a frame front wall plate (111) is fixed at the upper part of the frame front cross beam (11), a frame rear cross beam (12) is fixed at the rear upper part of the frame (1), a frame rear wall plate (121) is fixed at the upper part of the frame rear cross beam (12), the tops between the frame front and rear wall plates (111, 121) are closed by wall plate top plates (1112), a frame left expansion arm (13 a) is horizontally extended at the left front and rear of the frame (1), a frame right expansion arm (13 b) is horizontally extended at the right front and rear of the frame (1), a cotton beating frame (13 c) is fixed between the frame left expansion arm (13 a) and the frame right expansion arm (13 b) at intervals, a cotton beating frame (3 c) is arranged between the frame front and rear cross beam (11, 12), a cotton beating mechanism (3) is arranged at the front and rear frame (3) and a cotton beating frame (2) corresponding to the frame (3) and the frame (4) respectively.
3. The cotton beating machine according to claim 2, characterized in that the cotton beating machine comprises a to-be-beaten uniform bobbin conveying curtain driving roller (21), a to-be-beaten uniform bobbin conveying curtain driven roller (22), a to-be-beaten uniform bobbin conveying curtain (23) and a to-be-beaten uniform bobbin conveying curtain driving roller driving device (24), the front end of the to-be-beaten uniform bobbin conveying curtain driving roller (21) is rotatably supported at the right end of the frame front cross beam (11) through a conveying curtain driving roller front supporting seat (211), the rear end of the to-be-beaten uniform bobbin conveying curtain driving roller (21) is rotatably supported at the right end of the frame rear cross beam (12) through a conveying curtain driving roller rear supporting seat (212), the front end of a to-be-photographed uniform bobbin conveying curtain driven roller (22) is rotatably supported at the left end of a frame front cross beam (11) through a conveying curtain driven roller front supporting seat (221), the rear end of the to-be-photographed uniform bobbin conveying curtain driven roller (22) is rotatably supported at the left end of a frame rear cross beam (12) through a conveying curtain driven roller rear supporting seat, the right end of a to-be-photographed uniform bobbin conveying curtain (23) is sleeved on a to-be-photographed uniform bobbin conveying curtain driving roller (21), the left end of the to-be-photographed uniform bobbin conveying curtain (23) is sleeved on the to-be-photographed uniform bobbin conveying curtain driven roller (22), the to-be-photographed uniform bobbin conveying curtain driving roller driving device (24) comprises a conveying curtain driving roller driving motor (241), a conveying curtain driving roller driving belt (242) and a conveying curtain driving roller driven driving wheel (243), the conveying curtain driving roller driving motor (241) is fixed on a conveying curtain driving roller driving motor seat (2411), the conveying curtain driving roller driving motor seat (2411) is fixed with the rear side of the right end of the frame (1), a conveying curtain driving roller driving wheel is fixed on a conveying curtain driving roller driving motor shaft of the conveying curtain driving roller driving motor (241), the lower end of a conveying curtain driving roller driving belt (242) is sleeved on the conveying curtain driving roller driving wheel, the upper end of the conveying curtain driving belt is sleeved on a conveying curtain driving roller driven driving wheel (243), the conveying curtain driving roller driven driving wheel (243) is fixed at the rear end of the conveying curtain driving roller (21) of the cylinder to be uniformly photographed, and the inner side of the conveying curtain (23) of the cylinder to be uniformly photographed is contacted with the cotton photographing frame supporting plate (13 c); a front press roller shaft seat (112) is fixed at a position corresponding to the lower part of one side of a frame front wall plate (111) facing a frame rear wall plate (121), a rear press roller shaft seat (122) is fixed at a position corresponding to the lower part of the frame rear wall plate (121) facing the frame front wall plate (111) in the length direction of the frame rear wall plate (12), a cotton pressing roller (14) is rotatably arranged between the front press roller shaft seat (112) and the rear press roller shaft seat (122) in a spaced state, the cotton pressing roller (14) corresponds to the upper part of a to-be-beaten bobbin conveying curtain (23), the left end of the to-be-beaten bobbin conveying curtain (23) is formed into a to-be-beaten bobbin feeding port (231), the right end of the to-be-beaten bobbin feeding port (232), a front beating mechanism (3) and a rear beating mechanism (4) are arranged at positions corresponding to the positions between the two adjacent cotton pressing rollers (14) between the frame front wall plate, the rear wall plate (111), the right end of the same beaten bobbin conveying curtain (13) corresponds to the left end of the beaten bobbin conveying curtain (23) and the left end of the beaten bobbin conveying curtain (23) is equal to the left end of the beaten bobbin conveying curtain (13) and the beaten bobbin conveying curtain (5 c) is equal to the left end of the beaten bobbin conveying curtain (23).
4. A cotton swatter as claimed in claim 3, characterized in that a cotton-pressing power roller (15) and a pair of feeding-in cotton-pressing rollers (16) are sequentially arranged between the front and rear cross beams (11, 12) of the frame and towards one end of a feeding-in feeding port (231) of a bobbin conveying curtain (23) to be patted, from left to right, the cotton-pressing power roller (15) corresponds to the upper part of the bobbin conveying curtain (23), the front end of the cotton-pressing power roller (15) is rotatably supported on the front press roller shaft seat (112) through a cotton-pressing power roller front bearing seat (151), the rear end of the cotton-pressing power roller (15) is rotatably supported on the rear press roller shaft seat (122) through a cotton-pressing power roller rear bearing seat (152), and the rear end of the cotton-pressing power roller (15) is in transmission connection with a cotton-pressing power roller driving device (153), the cotton-pressing power roller driving device (153) comprises a cotton-pressing power roller driving motor (1), a cotton-pressing power roller driving belt (1532) and a cotton-pressing power roller driving motor (1533) are rotatably supported on the front press roller shaft seat (112), the cotton-pressing power roller driving motor (1531) is fixed on the cotton-pressing power roller driving motor shaft (11), the cotton-pressing power roller driving motor (1531 is fixed on the cotton-driving motor shaft (1531), the lower end of the cotton pressing power roller driving belt (1532) is sleeved on the cotton pressing power roller driving wheel, the upper end of the cotton pressing power roller driving belt is sleeved on the cotton pressing power roller driven driving wheel (1533), the cotton pressing power roller driven driving wheel (1533) is fixed at the rear end of the cotton pressing power roller (15), a pair of feeding inlet cotton pressing rollers (16) are also corresponding to the upper part of the bobbin conveying curtain (23) to be uniformly beaten, the front ends of the feeding inlet cotton pressing rollers (16) are rotatably supported on the feeding inlet cotton pressing roller front supporting seat (161), the rear ends of the feeding inlet cotton pressing rollers are rotatably supported on the feeding inlet cotton pressing roller rear supporting seat (162), the feeding inlet cotton pressing roller front supporting seat (161) and the right end of the frame front cross beam (11) are fixed towards one side of the frame rear cross beam (12), the feeding inlet cotton pressing roller rear supporting seat (162) and the right end of the frame rear cross beam (12) are fixed towards one side of the frame front cross beam (11), and the feeding inlet cotton pressing rollers front and rear supporting seats (161, 162) correspond to each other.
5. The cotton picker as defined in claim 4, characterized in that a to-be-beaten bobbin signal collector (163) is arranged on one side of the feeding port cotton pressing roller rear supporting seat (162) facing the feeding port cotton pressing roller front supporting seat (161) or on one side of the feeding port cotton pressing roller front supporting seat (161) facing the feeding port cotton pressing roller rear supporting seat (162), the to-be-beaten bobbin signal collector (163) is electrically controlled and connected with an electrical controller (17 d) arranged at the right end of the front side of the frame (1), and the to-be-beaten bobbin signal collector (163) is a photoelectric sensor.
6. A cotton picker as defined in claim 3, characterized in that a front guide bar slider fixing seat (1111) is fixed to the longitudinal direction of the side of the frame front wall plate (111) facing the frame rear wall plate (121), a rear guide bar slider fixing seat (1211) is fixed to the longitudinal direction of the side of the frame rear wall plate (121) facing the frame front wall plate (111) and at a position corresponding to the front guide bar slider fixing seat (1111), a front fixing beam (17 a), a rear fixing beam (17 b) and a beat power transmission fixing beam (18) are fixed to the top of the frame (1) and at a position corresponding to the position between the frame front wall plate (111) and the frame rear wall plate (121) in a state parallel to the longitudinal direction of the frame front wall plate (111) and the frame rear wall plate (121), the beat power transmission fixing beam (18) is located between the front fixing beam (17 a) and the rear fixing beam (17 b), a front end is fixed to the right end front end of the beat power transmission fixing beam (18), a front beat guide bar (181) is fixed to the front end of the frame (33), a front beat set of the front beat motor (32) is fixed to the front beat power transmission unit (33), and a front beat transmission unit (32) is fixed to the front end of the front beat transmission unit (33), and the front beat transmission unit (32) is fixed to the front beat transmission unit (32) A set of rear links (34), a set of front cranks (35), a set of rear cranks (36), a set of crank drive shafts (37), a set of cotton beating frames (38) and a front beating power transmission device (39), a set of front slide guide rods (31) are respectively in sliding fit with a front slide guide rod slide block (311), the front slide guide rod slide block (311) and the front guide rod slide block fixing seat (1111) are fixed towards one side of the rear guide rod slide block fixing seat (1211), the number of the set of rear slide guide rods (32) is equal to the number of the set of front slide guide rods (31) and are respectively in sliding fit with a rear slide guide rod slide block (321) at positions corresponding to the set of front slide guide rods (31), the number of the set of front links (33) and the set of front cranks (35) are respectively equal to the number of the front slide guide rods (31), the set of front links (33) and one end of the set of front links (31) are hinged with one end of the front links (33) through pin shafts (35) by the lower guide rods (31), the other end of the front crank (35) is fixed with the front end of a group of crank shafts (37), the number of the group of rear connecting rods (34) and the number of the group of rear cranks (36) are equal to the number of the group of rear sliding guide rods (32), one end of the group of rear connecting rods (34) facing the group of rear sliding guide rods (32) is hinged with the group of rear sliding guide rods (32) through rear connecting rod lower pin shafts (341), one end of the group of rear connecting rods (34) facing the rear crank (36) is hinged with one end of the rear crank (36) through rear connecting rod upper pin shafts, the other end of the rear crank (36) is fixed with the rear end of the group of crank shafts (37), the front end of the group of crank shafts (37) is rotatably supported on a crank shaft front supporting shaft seat (371), the rear end of the group of crank shafts (37) is rotatably supported on a crank shaft rear supporting shaft seat (372), a crank shaft seat (373) of a driving wheel is also fixed at the front end of the group of the crank shafts (37), the crank shafts (371) are rotatably supported on the front shaft seat (372) of the crank shafts (37) and the bottom of the crank shafts (37) are fixed with the bottom of the crank shafts (17 a) fixed with the bottom of the fixed cross beam (17 a), the number of the cotton beating frames (38) is equal to that of the crank driving shafts (37) and corresponds to the cotton beating frame supporting plate (13 c) in a state of separating the to-be-evenly-beaten cone conveying curtain (23), the front ends of the cotton beating frames (38) are respectively fixed with the lower ends of the front sliding guide rods (31), the rear ends of the cotton beating frames are respectively fixed with the lower ends of the rear sliding guide rods (32), the front evenly-beaten power transmission device (39) comprises a front evenly-beaten driving motor (391), a front evenly-beaten driving wheel (392) and a front evenly-beaten driving belt (393), the front evenly-beaten driving motor (391) is fixed with the rear side of the lower end of the front evenly-beaten driving motor seat (181), the front evenly-beating driving motor shaft (3911) of the front evenly-beating driving motor (391) extends to the front side of the front evenly-beating driving motor seat (181), the front evenly-beating driving wheel (392) is fixed on the front evenly-beating driving motor shaft (3911) at a position corresponding to the front side of the front evenly-beating driving motor seat (181), and the front evenly-beating driving belt (393) is in transmission connection with the crank driving shaft driving wheel (373) and the front evenly-beating driving wheel (392) and is also in transmission connection with a group of front evenly-beating driving belt tensioning wheels (1811) rotationally arranged on the front side of the front evenly-beating driving motor seat (181); the structure of the rear evenly beating mechanism (4) is the same as that of the front evenly beating mechanism (3), and the front evenly beating mechanism (3) and the rear evenly beating mechanism (4) move up and down alternately.
7. The cotton swatter as claimed in claim 6, wherein each of the front cranks (35) is provided with a front crank adjustment hole (351), each of the rear cranks (36) is provided with a rear crank adjustment hole at a position corresponding to the front crank adjustment hole (351), and when one end of the front connecting rod (33) facing the front cranks (35) is hinged to the front cranks (35) at a position corresponding to the front crank adjustment hole (351) by the front connecting rod upper pin (332) and the upper and lower displacement stroke of the rear sliding guide rod (32) is increased when one end of the rear connecting rod (34) facing the rear cranks (36) is hinged to the rear cranks (36) at a position corresponding to the rear crank adjustment hole by the rear connecting rod upper pin; a cotton baffle front fixing seat (1113) is fixed at a position of the lower part of the front guide rod sliding block fixing seat (1111) in the length direction on one side of the front frame wall plate (111) facing the rear frame wall plate (121), a cotton baffle rear fixing seat (1212) is fixed at a position of the lower part of the front frame wall plate (121) in the length direction on one side of the rear frame wall plate (121) facing the rear guide rod sliding block fixing seat (1211), a cotton baffle (113) is fixed between the cotton baffle front fixing seat (1113) and the cotton baffle rear fixing seat (1212), and a group of cotton beating frames (38) are positioned between the cotton baffle (113) and the even bobbin conveying curtain (23) to be beaten, wherein: front sliding guide bar abdication holes (11131) are formed in the front fixing seat (1113) of the cotton baffle plate and at positions corresponding to the group of front sliding guide bars (31), and rear sliding guide bar abdication holes (12121) are formed in the rear fixing seat (1212) of the cotton baffle plate and at positions corresponding to the group of rear sliding guide bars (32).
8. A cotton beating machine as defined in claim 3, wherein said beating and homogenizing bobbin output mechanism (5) comprises an output curtain driving roller (51), an output curtain driven roller (52), an output curtain (53) and an output curtain driving roller driving device (54), the front and rear ends of the output curtain driving roller (51) are respectively rotatably supported on said frame right expansion arm (13 b) through an output curtain driving roller supporting seat (511), the front and rear ends of the output curtain driven roller (52) are respectively rotatably supported on said frame left expansion arm (13 a) through an output curtain driven roller supporting seat (521), the output curtain driving roller (51) corresponds to the lower right side of the to-be-photographed uniform bobbin conveying curtain driving roller (21), the output curtain driven roller (52) corresponds to the lower left side of the to-be-photographed uniform bobbin conveying curtain driven roller (22), the right end of the output curtain (53) is sleeved on the output curtain driving roller (51), the left end of the output curtain (53) is sleeved on the output curtain driven roller (52), the output curtain driving roller driving device (54) comprises an output curtain driving roller driving motor (541), an output curtain driving roller driving belt (542) and an output curtain driving roller driven transmission wheel (543), the output curtain driving roller driving motor (541) is fixed on the conveying curtain driving roller driving motor seat (2411), an output curtain driving roller driving wheel is fixed on an output curtain driving roller driving motor shaft of an output curtain driving roller driving motor (541), the lower end of an output curtain driving roller driving belt (542) is sleeved on the output curtain driving roller driving wheel, the upper end of the output curtain driving belt is sleeved on an output curtain driving roller driven driving wheel (543), and the output curtain driving roller driven driving wheel (543) is fixed at the rear end of an output curtain driving roller (51), wherein: the space between the conveying curtain (23) of the bobbins to be uniformly beaten and the output curtain (53) is formed as a uniform bobbin beating outlet channel (25).
9. A cotton picker as defined in claim 3, characterized in that a beating bobbin surface cleaning mechanism (6) for cleaning the upper and lower surfaces of the beating bobbins is provided at the left side of the frame (1) and at a position corresponding to the conveying curtain driven roller (22) of the bobbins to be beaten.
10. The cotton picker as claimed in claim 9, wherein the cleaning mechanism (6) for the surface of the uniformly-beating-cylinder comprises a curtain cover (61), an outer air ejector tube (62), an inner air ejector tube (63) and a dust suction tube (64), wherein the curtain cover (61) is fixed with the left side of the frame (1) at a position corresponding to the length direction of the driven roller (22) of the uniformly-beating-cylinder conveying curtain, the curtain cover (61) enables the driven roller (22) of the uniformly-beating-cylinder conveying curtain to be positioned in a curtain cover cavity (611) of the curtain cover (61), the outer air ejector tube (62) is fixed on a curtain cover end wall (612) of the curtain cover (61) at a position corresponding to the left side of the length direction of the driven roller (22) of the uniformly-beating-cylinder conveying curtain, an outer air ejector tube inlet interface (621) is formed at the front end of the outer air ejector tube (62), the outer air ejector tube inlet interface (622) extends out of the curtain cover end wall (612) and is connected with an air source device, an outer tube (622) is opened on a tube body of the outer tube (62) in a state, an inner tube (63) is fixed with the inner air ejector tube inlet interface (632) at the position corresponding to the length direction of the air ejector tube (631) in the air ejector tube (63), an inner air jet pipe jet hole (633) is formed in the pipe body of the inner air jet pipe (63) in a dense state, the pair of inner air jet pipe supports (631) are fixed with the left side of the frame (1), the dust suction pipe (64) is fixed with the left side of the curtain cover (61) and communicated with the curtain cover cavity (611), and the dust suction pipe (64) is connected with the negative pressure air generating device through a dust suction pipeline.
CN201711067634.9A 2017-11-03 2017-11-03 Cotton beating machine Active CN107668795B (en)

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CN108542031A (en) * 2018-05-23 2018-09-18 湖州林品服饰有限公司 A kind of down-filling device of high-quality hand knitting down jackets
WO2022242159A1 (en) * 2021-05-20 2022-11-24 浙江衣拿智能科技股份有限公司 Beating device suitable for dynamic material beating
CN113445295B (en) * 2021-08-05 2022-05-20 浙江衣拿智能科技股份有限公司 Patting machine with velvet removing device

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CN2637519Y (en) * 2003-08-16 2004-09-01 王伟成 Lapping machine
CN103169186A (en) * 2013-04-08 2013-06-26 刘琴 Suspending system interlayer transmission device
CN103935951B (en) * 2014-04-22 2016-04-13 常熟市百联自动机械有限公司 Clap loose machine
CN104188233B (en) * 2014-09-03 2016-08-31 常熟市百联自动机械有限公司 Clap and dissipate machine
CN205682498U (en) * 2016-05-30 2016-11-16 苏运松 Cotton machine clapped by a kind of floss of automatically clapping
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