CN206607416U - A kind of looped fabric processing unit (plant) - Google Patents
A kind of looped fabric processing unit (plant) Download PDFInfo
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- CN206607416U CN206607416U CN201720305755.1U CN201720305755U CN206607416U CN 206607416 U CN206607416 U CN 206607416U CN 201720305755 U CN201720305755 U CN 201720305755U CN 206607416 U CN206607416 U CN 206607416U
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- cropping
- fabric
- roller
- roll
- humidifier tube
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Abstract
The utility model is related to a kind of looped fabric processing unit (plant), belongs to the collating unit technical field of fabric.Plucking system, carding system, cropping including being sequentially arranged shake a system and shaping system, a system is shaken in described cropping to include board, holds cloth rewinder roll, cloth feeding roller, cropping mechanism, fabric guide roll, outlet roller and humidifier tube, cropping mechanism includes lower cropping mechanism and upper cropping mechanism, lower cropping mechanism includes lower cut roll and lower grinding roller, and upper cropping mechanism is located above lower grinding roller.Utility model is applied to knitted fabric machine-shaping, has the advantages that the process-cycle is short, uniform in shaping.
Description
Technical field
The utility model is related to a kind of looped fabric processing unit (plant), belongs to the collating unit technical field of fabric.
Background technology
Looped fabric generally includes plucking → carding → cropping → in being handled and shakes grain → shaping → shipment, therein to shake
Grain is to spray water after about 10-20min gets wet fabric to dry again in grain cylinder is shaken, and this mode not only needs to consume substantial amounts of energy consumption
Sprayed water and dried, and the process-cycle is long, the fabric steam that add water is shaken after grain processing, also to be carried out flat pattern, be knitted
Thing needs to complete multiple tracks processing on different parts or equipment, causes the processing cost of looped fabric to remain high.
Based on this, the application is made.
Utility model content
Shake drawbacks described above present in a processing and forming for existing looped fabric, the application provide a kind of process-cycle it is short,
The looped fabric processing unit (plant) of uniform in shaping.
To achieve the above object, the technical scheme that the application takes is as follows：
A kind of looped fabric processing unit (plant), including the plucking system that is sequentially arranged, carding system, cropping shake a system and sizing
System, a system is shaken in described cropping to include board, holds cloth rewinder roll, cloth feeding roller, cropping mechanism, fabric guide roll, outlet roller and humidifier tube,
Described hold cloth rewinder roll, cloth feeding roller, cropping mechanism, fabric guide roll and outlet roller is sequentially arranged on board, described cropping mechanism bag
Kuo Xia cropping mechanism and upper cropping mechanism, lower cropping mechanism include setting knife under some groups on lower cut roll and lower grinding roller, lower cut roll
Piece, each bottom knife is coiled on lower cut roll in the shape of a spiral, and lower grinding roller is located above lower cut roll, and lower grinding roller coordinates real with bottom knife
Now by the cropping process of fabric between the two；Upper cropping mechanism is located above lower grinding roller, including upper cut roll and upper grinding roller, upper mill
Roller is located above upper cut roll, and spirally coiling is provided with cutter on upper cut roll, and cutter is realized with the cooperation of upper grinding roller to be passed through
The cropping process of fabric between the two；Upper cropping mechanism rear sets humidifier tube, fabric guide roll and outlet roller, and fabric guide roll, which is located at, above to be cut
Hair mechanism rear, outlet roller is located between outlet roller and fabric guide roll after fabric guide roll rear, humidifier tube, and nozzle is set thereon, right
The fabric of process carries out humidification process, is delivered to through outlet roller at shaping system and completes to shape.
Further, as preferred：
Described shaping system includes shaping rack, slide rail, pulley and two curb girders, and slide rail is located on shaping rack, two sides
Beam is arranged in parallel, and a pulley is respectively set below its end, and two curb girders are caught in slide rail by pulley and realize it with determining
The connection of type frame.It is furthermore preferred that described side rail inner, which is set, is distributed several pilot pins on pin cloth, pin cloth, pilot pin insertion
The fabric of process, that is, complete the fixation of fabric；Pinch roller is provided with described curb girder, pinch roller is located on the inside of pin cloth, its bottom
Portion and pin cloth etc. are more or less than pin cloth height；Auxiliary beam is set between two described curb girders, for caused by square cloth gravity
Stretching action.
Described lower cropping mechanism is bulk pruning hair mechanism, and upper cropping mechanism is thin cropping mechanism, and cutter is close compared with bottom knife,
And/or cutter is sharp compared with bottom knife.Lower cropping mechanism carries out pre- cropping with upper cropping mechanism to the fabric distribution of process（It is i.e. thick
Cropping）With fine pruning hair, the uniformity of cropping is realized.
Described cutter opposed vertical direction is tilted, and bottom knife opposed vertical direction is tilted.The blade being obliquely installed can
To strengthen the cutting effect between grinding roller and cut roll, so as to ensure that the validity and fineness of cropping.
Groove is held on being set below described upper cut roll, for accepting the lint under shearing, and avoids these lints from falling at it
Lower bearing groove is set on the fabric of lower section, and/or below lower cut roll, for accepting the lint under shearing.
Described cropping shakes a system and also includes chip removal mechanism, and chip removal mechanism includes cover mouth, chip discharging tube and collects cover, covers
Mouthful be located above cropping mechanism, cover mouth and collect some chip discharging tubes are set between cover, collect the other end of cover then with air blower
Connection, for extracting through the fine plush on cropping mechanism and fabric.
Described humidifier tube is located above fabric guide roll, and the humidifier tube is referred to as lower humidifier tube, and lower humidifier tube through upper grinding roller to sending
Fabric to fabric guide roll is carried out after humidification process, and outlet roller is delivered to by fabric guide roll.Led it is furthermore preferred that described lower humidifier tube is located at
Directly over cloth rewinder roll, humidification process can be carried out with the full and uniform fabric to process, and completed during outlet roller is sent to
Balance.
Described humidifier tube is located above outlet roller, and the humidifier tube is referred to as humidifier tube, and upper humidifier tube through fabric guide roll to sending
Fabric to outlet roller sent out after humidification process.It is furthermore preferred that described upper humidifier tube is located at directly over outlet roller, can be with
The full and uniform fabric to process carries out humidification process.
Described humidifier tube includes upper humidifier tube and lower humidifier tube, and upper humidifier tube is located above fabric guide roll, lower humidifier tube position
Above outlet roller, lower humidifier tube by the fabric of fabric guide roll to humidifying, and upper humidifier tube through fabric guide roll to delivering to outlet roller
Fabric carry out humidification process after send out.It is furthermore preferred that described upper humidifier tube is located at directly over outlet roller, lower humidifier tube is located at
Directly over fabric guide roll, humidification process can be carried out with the full and uniform fabric to process.
After plucking system, the processing of carding system, fabric shakes a system into cropping, and the board of a system is shaken in cropping
Top, which sets to set gradually from bottom to top on frame and chip removal mechanism, board, holds cloth rewinder roll, cloth feeding roller, lower bearing groove, lower cut roll, lower mill
Roller, on hold groove, upper cut roll, upper grinding roller, the cover mouthful of chip removal mechanism is located above upper grinding roller, and fabric guide roll is located at upper grinding roller rear（Under
Humidifier tube is located above fabric guide roll）, outlet roller is positioned at the back upper place of fabric guide roll（Upper humidifier tube is located above outlet roller）, cloth feeding roller
Driven by motor, fabric, which enters, to be held between cloth rewinder roll and cloth feeding roller, is driven and is delivered between lower grinding roller and lower cut roll by cloth feeding roller, upper mill
Roller is rotated by motor, during mutually the squeezing of bottom knife and lower grinding roller, mill, due to the special setting of bottom knife,
Under its cooperation with lower grinding roller, the first time cropping of fabric face lint is completed, and is completed while cropping after combing, by upper
Grinding roller is driven and delivered between grinding roller and upper cut roll, and upper grinding roller is rotated by motor, in the mutual of cutter and upper grinding roller
During crowded, mill, due to the special setting of cutter, under its cooperation with upper grinding roller, the second of fabric face lint is completed
Secondary cropping, and completed while cropping after combing, fabric guide roll is delivered to backward through upper grinding roller, and lower humidifier tube is provided with this
When, lower humidifier tube is humidified by lower nozzle to the fabric of process, and water spray is uniform, and product quality is stable；The driving of outlet roller
Under, fabric delivers to outlet roller, is such as provided with humidifier tube at this, then the top nozzle of upper humidifier tube is added to the fabric of process
It is wet, spray water it is synchronous with walking cloth carry out, it is achieved thereby that cropping, shake grain with shaping process at one time, and chip removal mechanism also general
The fine fleece produced during cropping carries out suction removal, and fabric is delivered in shaping system, and the side positioning through pin cloth and pinch roller is sent
It is to complete sizing to baking oven, whole process, work flow is few, and the cycle is short.
Brief description of the drawings
Fig. 1 is the structured flowchart of the application；
Fig. 2 is the isometric front view that the first structure of system is shaken in cropping in the application；
Fig. 3 is the front elevation that the first structure of system is shaken in cropping in the application；
Fig. 4 is the rear isometric view that the first structure of system is shaken in cropping in the application；
Fig. 5 shakes the back view of second of structure of a system for cropping in the application；
Fig. 6 is A-A directional profile figures in Fig. 5；
Fig. 7 shakes the back view of second of structure of a system for cropping in the application；
Fig. 8 is B-B directional profile figures in Fig. 7；
Fig. 9 is the primary structure schematic diagram of shaping system in the application.
Wherein label：A. plucking system；B. carding system；C. a system is shaken in cropping；1. board；1a. frames；2. hold
Cloth rewinder roll；3. cloth feeding roller；4. cropping mechanism；Cropping mechanism under 4a.；41. lower cut roll；411. bottom knife；42. lower grinding roller；
43. lower bearing groove；The upper cropping mechanisms of 4b.；44. on cut roll；441. cutter；45. on grinding roller；46. on hold groove；5. row
Consider mechanism to be worth doing；51. cover mouth；52. chip discharging tube；53. collect cover；6. fabric guide roll；7. outlet roller；81. on humidifier tube；811.
Top nozzle；82. lower humidifier tube；821. times nozzles；D. shaping system；9. shaping rack；10. slide rail；11. pulley；12. side
Beam；13. pin cloth；131. pilot pin；14. pinch roller；15. auxiliary beam.
Embodiment
Embodiment 1
A kind of looped fabric processing unit (plant) of the present embodiment, with reference to Fig. 1, including set gradually plucking system A, carding system B,
A system C and shaping system D is shaken in cropping, with reference to Fig. 2, Fig. 3 and Fig. 4, and a system C is shaken in cropping to be included board 1, hold cloth rewinder roll 2, enter cloth
Roller 3, cropping mechanism 4, fabric guide roll 6, outlet roller 7 and humidifier tube, hold cloth rewinder roll 2, cloth feeding roller 3, cropping mechanism 4, fabric guide roll 6 and export
Roller 7 is sequentially arranged on board 1, and cropping mechanism 4 includes lower cropping mechanism 4a and upper cropping mechanism 4b, and lower cropping mechanism 4a includes
Some groups of bottom knife 411 are set on lower cut roll 41 and lower grinding roller 42, lower cut roll 41, and each bottom knife 411 is coiled in the shape of a spiral
On lower cut roll 41, lower grinding roller 42 is located at the lower top of cut roll 41, and lower grinding roller 42 coordinates with bottom knife 411 to be realized by knitting between the two
The cropping process of thing；Upper cropping mechanism 4b is located at the lower top of grinding roller 42, including upper cut roll 44 and upper grinding roller 45, and upper grinding roller 45 is located at
Spirally coiling is provided with cutter 441 on the upper top of cut roll 44, upper cut roll 44, and cutter 441 coordinates reality with upper grinding roller 45
Now by the cropping process of fabric between the two；Upper cropping mechanism 4b rears set humidifier tube, fabric guide roll 6 and outlet roller 7, selvage guide
Roller 6 is located at upper cropping mechanism 4b rears, outlet roller 7 after the rear of fabric guide roll 6, humidifier tube be located at outlet roller 7 and fabric guide roll 6 it
Between, nozzle is set thereon, humidification process is carried out to the fabric of process.
With reference to Fig. 9, shaping system D includes shaping rack 9, slide rail 10, pulley 11 and two curb girders 12, and slide rail 10 is located at sizing
On frame 9, two curb girders 12 be arranged in parallel, are respectively provided with a pulley 11 below its end, two pulleys 11 are installed on slide rail 10
In, by the moving left and right in slide rail 10 of pulley 11, realize the adjustment of the right position of curb girder 12；The inner side of curb girder 12 sets pin cloth
13, several pilot pins 131 are distributed on pin cloth 13, the fabric that cropping shakes after a system C processing delivers to shaping rack 9 through outlet roller 7
Place, the end through curb girder 12 is delivered on curb girder 12, and fabric is fixed on pin cloth 13 under the puncture of pilot pin 131,
And through the conveying roller between two curb girders 12（Do not shown in figure）Baking oven is delivered in operation with pin cloth 13, extended state is completed
Sizing, gets product.
Embodiment 2
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：Lower cropping mechanism 4a is thick shearing machine
Structure, upper cropping mechanism 4b is thin cropping mechanism, and cutter 441 is close compared with bottom knife 411, closeer blade distribution, passes through fabric
The cropping frequency passed through during cutter 441 is high compared with by frequency during bottom knife 411, so as to realize fine cropping.Lower cropping
Fabric distributions of the mechanism 4a and upper cropping mechanism 4b to process carries out pre- cropping（That is bulk pruning mao）With fine pruning hair, the equal of cropping is realized
Even property.
Embodiment 3
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：Lower cropping mechanism 4a is thick shearing machine
Structure, upper cropping mechanism 4b is thin cropping mechanism, and cutter 441 is sharp compared with bottom knife 411, and sharp blade is set, and passes through fabric
Cross the cropping frequency passed through during cutter 441 high compared with by frequency during bottom knife 411, lower cropping mechanism 4a and upper shearing machine
Fabric distributions of the structure 4b to process carries out pre- cropping（That is bulk pruning mao）With fine pruning hair, the uniformity of cropping is realized.
Embodiment 4
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：Lower cropping mechanism 4a is thick shearing machine
Structure, upper cropping mechanism 4b is thin cropping mechanism, and cutter 441 is close compared with bottom knife 411, and cutter 441 is compared with the point of bottom knife 411
Sharp, sharp blade and closeer blade distribution make the cropping frequency that fabric is passed through when passing through cutter 441 relatively pass through lower knife
Frequency during piece 411 is high, and fabric distributions of the lower cropping mechanism 4a and upper cropping mechanism 4b to process carries out pre- cropping（That is bulk pruning
Hair）With fine pruning hair, the uniformity of cropping is realized.
Embodiment 5
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：The opposed vertical direction of cutter 441
Tilt, the opposed vertical direction of bottom knife 411 is tilted.The blade being obliquely installed can strengthen the cutting effect between grinding roller and cut roll
Really, so as to ensure that the validity and fineness of cropping.
Embodiment 6
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：The upper lower section of cut roll 45, which is set, holds groove
46, for accepting the lint under shearing, and avoid these lints from falling on fabric thereunder.
Embodiment 7
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：Fabric completes at lower cut roll 41
Once shear, thus lint amount is more, therefore, lower bearing groove 43 is set below lower cut roll 41, for accepting the lint under shearing.
Embodiment 8
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：The upper lower section of cut roll 45, which is set, holds groove
46, for accepting the lint under shearing, and avoid these lints from falling on fabric thereunder, and under the setting of the lower section of lower cut roll 41
Groove 43 is held, for accepting the lint under shearing.
Embodiment 8
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：The upper top of grinding roller 45 sets chip discharging tube
5, chip discharging tube 5 is connected with air blower, for extracting through the fine plush on upper cropping mechanism 4b and lower cropping mechanism 4a and fabric.
Embodiment 9
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：With reference to Fig. 5 and Fig. 6, humidifier tube position
In the top of fabric guide roll 6, the humidifier tube is referred to as setting lower nozzle 811 on lower humidifier tube 81, lower humidifier tube 81, lower 81 pairs of warps of humidifier tube
The fabric that upper grinding roller 45 delivers to fabric guide roll 6 is carried out after humidification process, and outlet roller 7 is delivered to by fabric guide roll 6.Lower humidifier tube 81, which is located at, leads
During 6 surface of cloth rewinder roll preferably, not only humidification process can be carried out with the full and uniform fabric to process, can also realizes that fabric exists
Balance is completed during being sent to outlet roller.
Embodiment 10
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：With reference to Fig. 7 and Fig. 8, humidifier tube position
In the top of outlet roller 7, the humidifier tube is referred to as on humidifier tube 82, upper humidifier tube 82 setting top nozzle 821, upper 82 pairs of warps of humidifier tube
The fabric that fabric guide roll 6 delivers to outlet roller 7 sent out after humidification process；It is optimal when upper humidifier tube 82 is positioned at 7 surface of outlet roller,
Humidification process can be carried out with the full and uniform fabric to process.
Embodiment 11
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：Humidifier tube includes the upper He of humidifier tube 82
Lower humidifier tube 81, upper humidifier tube 82 is located at the top of outlet roller 7, and top nozzle 821 is set thereon, and lower humidifier tube 81 is located at fabric guide roll 6
Top, sets lower nozzle 811, after upper humidifier tube 82, lower humidifier tube 81 are humidified to fabric respectively, is sent through outlet roller 7 thereon
Go out.Wherein, upper humidifier tube 82 is located at directly over outlet roller 7, can carry out humidification process with the full and uniform fabric to process；Under
When humidifier tube 81 is positioned at 6 surface of fabric guide roll preferably, not only humidification process can be carried out with the full and uniform fabric to process, also
It can realize that fabric completes balance during outlet roller is sent to.
Embodiment 12
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：With reference to Fig. 2, Fig. 3 and Fig. 4, chip removal
Mechanism 5 includes cover mouth 51, chip discharging tube 52 and collects cover 53, and cover mouth 51 is located above upper cropping mechanism 5b, collects the one end of cover 53 and leads to
Cross several chip discharging tubes 52 to connect with cover mouth 51, the other end is connected with air blower, for shaking cropping in the hair produced at a system C
Suede carries out cleaning removal.
Embodiment 13
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：With reference to Fig. 9, set on two curb girders 12
Several pinch rollers 14 are equipped with, pinch roller 14 is arranged on curb girder 12 by fixed seat, the fabric of process is flattened, prevent from jumping
Cloth.
Embodiment 14
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：With reference to Fig. 9, set on two curb girders 12
Several auxiliary beams 15 are equipped with, auxiliary beam 15 can use flexible pipe line, although the both sides of fabric can be fixed by pin cloth 13,
When fabric width is larger, it can be naturally drooped under self gravitation effect, to avoid this sagging caused Density irregular,
Auxiliary beam 15 is set between two curb girders 12, certain supporting role is played to fabric, it is to avoid excessive tensile and deformation.
Embodiment 15
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：Lower cropping mechanism 4a is thick shearing machine
Structure, upper cropping mechanism 4b is thin cropping mechanism, and cutter 441 is close compared with bottom knife 411, and cutter 441 is compared with the point of bottom knife 411
Sharp, sharp blade and closeer blade distribution make the cropping frequency that fabric is passed through when passing through cutter 441 relatively pass through lower knife
Frequency during piece 411 is high, and fabric distributions of the lower cropping mechanism 4a and upper cropping mechanism 4b to process carries out pre- cropping（That is bulk pruning
Hair）With fine pruning hair, the uniformity of cropping is realized.
The upper lower section of cut roll 45, which is set, holds groove 46, for accepting the lint under shearing, and avoids these lints from falling under it
On the fabric of side, and the lower section of lower cut roll 41 sets lower bearing groove 43, for accepting the lint under shearing.
Humidifier tube includes upper humidifier tube 82 and lower humidifier tube 81, and upper humidifier tube 82 is located at the top of outlet roller 7, sets thereon
Nozzle 821, lower humidifier tube 81 is located at the top of fabric guide roll 6, lower nozzle 811 is set thereon, upper humidifier tube 82, lower humidifier tube 81 are distinguished
After being humidified to fabric, sent out through outlet roller 7.Wherein, upper humidifier tube 82 is located at directly over outlet roller 7, can be with full and uniform
Humidification process is carried out to the fabric of process；When lower humidifier tube 81 is positioned at 6 surface of fabric guide roll preferably, not only can be with full and uniform
Humidification process is carried out to the fabric of process, can also realize that fabric completes to balance during outlet roller is sent to.
Embodiment 16
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：Lower cropping mechanism 4a is thick shearing machine
Structure, upper cropping mechanism 4b is thin cropping mechanism, and cutter 441 is close compared with bottom knife 411, and cutter 441 is compared with the point of bottom knife 411
Sharp, sharp blade and closeer blade distribution make the cropping frequency that fabric is passed through when passing through cutter 441 relatively pass through lower knife
Frequency during piece 411 is high, and fabric distributions of the lower cropping mechanism 4a and upper cropping mechanism 4b to process carries out pre- cropping（That is bulk pruning
Hair）With fine pruning hair, the uniformity of cropping is realized.
The upper lower section of cut roll 45, which is set, holds groove 46, for accepting the lint under shearing, and avoids these lints from falling under it
On the fabric of side, and the lower section of lower cut roll 41 sets lower bearing groove 43, for accepting the lint under shearing.
Chip removal mechanism 5 includes cover mouth 51, chip discharging tube 52 and collects cover 53, and cover mouth 51 is located above upper cropping mechanism 5b, converges
53 one end of collection cover are connected by several chip discharging tubes 52 with cover mouth 51, and the other end is connected with air blower, for shaking grain system to cropping
The lint produced at system C carries out cleaning removal.
Humidifier tube includes upper humidifier tube 82 and lower humidifier tube 81, and upper humidifier tube 82 is located at the top of outlet roller 7, sets thereon
Nozzle 821, lower humidifier tube 81 is located at the top of fabric guide roll 6, lower nozzle 811 is set thereon, upper humidifier tube 82, lower humidifier tube 81 are distinguished
After being humidified to fabric, sent out through outlet roller 7.Wherein, upper humidifier tube 82 is located at directly over outlet roller 7, can be with full and uniform
Humidification process is carried out to the fabric of process；When lower humidifier tube 81 is positioned at 6 surface of fabric guide roll preferably, not only can be with full and uniform
Humidification process is carried out to the fabric of process, can also realize that fabric completes to balance during outlet roller is sent to.
Embodiment 13
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：Lower cropping mechanism 4a is thick shearing machine
Structure, upper cropping mechanism 4b is thin cropping mechanism, and cutter 441 is close compared with bottom knife 411, and cutter 441 is compared with the point of bottom knife 411
Sharp, sharp blade and closeer blade distribution make the cropping frequency that fabric is passed through when passing through cutter 441 relatively pass through lower knife
Frequency during piece 411 is high, and fabric distributions of the lower cropping mechanism 4a and upper cropping mechanism 4b to process carries out pre- cropping（That is bulk pruning
Hair）With fine pruning hair, the uniformity of cropping is realized.
The upper lower section of cut roll 45, which is set, holds groove 46, for accepting the lint under shearing, and avoids these lints from falling under it
On the fabric of side, and the lower section of lower cut roll 41 sets lower bearing groove 43, for accepting the lint under shearing.
Chip removal mechanism 5 includes cover mouth 51, chip discharging tube 52 and collects cover 53, and cover mouth 51 is located above upper cropping mechanism 5b, converges
53 one end of collection cover are connected by several chip discharging tubes 52 with cover mouth 51, and the other end is connected with air blower, for shaking grain system to cropping
The lint produced at system C carries out cleaning removal.
Humidifier tube includes upper humidifier tube 82 and lower humidifier tube 81, and upper humidifier tube 82 is located at the top of outlet roller 7, sets thereon
Nozzle 821, lower humidifier tube 81 is located at the top of fabric guide roll 6, lower nozzle 811 is set thereon, upper humidifier tube 82, lower humidifier tube 81 are distinguished
After being humidified to fabric, sent out through outlet roller 7.Wherein, upper humidifier tube 82 is located at directly over outlet roller 7, can be with full and uniform
Humidification process is carried out to the fabric of process；When lower humidifier tube 81 is positioned at 6 surface of fabric guide roll preferably, not only can be with full and uniform
Humidification process is carried out to the fabric of process, can also realize that fabric completes to balance during outlet roller is sent to.
With reference to Fig. 9, several pinch rollers 14 are provided with two curb girders 12, pinch roller 14 is arranged on curb girder 12 by fixed seat
On, the fabric of process is flattened, jumping cloth is prevented；Several auxiliary beams 15 are provided with two curb girders 12, auxiliary beam 15 can be adopted
With flexible pipe line, although the both sides of fabric can be fixed by pin cloth 13, when fabric width is larger, in self gravitation
It can be naturally drooped under effect, to avoid this sagging caused Density irregular, auxiliary beam 15 is set between two curb girders 12,
Certain supporting role is played to fabric, it is to avoid excessive tensile and deformation.
In the course of work, after pending fabric is handled through plucking system A, carding is completed in carding system B, is then sent to
Cropping, which is shaken, disposably to be completed cropping and shakes grain shaping in a system C, with reference to Fig. 6 and Fig. 8, the top of board 1 sets frame 11 and arranged
Consider pipe 5 to be worth doing, set gradually from bottom to top on board 1 hold cloth rewinder roll 2, cloth feeding roller 3, lower bearing groove 43, lower cut roll 41, lower grinding roller 42, on hold
Groove 46, upper cut roll 44, upper grinding roller 45, the opening of chip discharging tube 5 are located at the upper top of grinding roller 45, and fabric guide roll 6 is located at the upper rear of grinding roller 45（Under
Humidifier tube 81 is located at the top of fabric guide roll 6）, outlet roller 7 is positioned at the back upper place of fabric guide roll 6（Upper humidifier tube 82 is located on outlet roller 7
Side）, cloth feeding roller 3 driven by motor, and fabric, which enters, to be held between cloth rewinder roll 2 and cloth feeding roller 3, is driven by cloth feeding roller 3 and is delivered to lower grinding roller 42
Between lower cut roll 41, upper grinding roller 42 is rotated by motor, in mutually crowded, the honed journey of bottom knife 411 and lower grinding roller 42
In, due to the special setting that bottom knife 411 is tilted, spiraled, under its cooperation with lower grinding roller 42, complete fabric face lint
First time cropping, and completed while cropping after combing, driven and delivered between upper grinding roller 45 and upper cut roll 44 by upper grinding roller 45,
Upper grinding roller 45 is rotated by motor, during cutter 441 and the mutually crowded of upper grinding roller 45, mill, due to cutter 441
The special setting tilt, spiraled, under its cooperation with upper grinding roller 45, second of cropping of completion fabric face lint, and
Completed while cropping after combing, fabric guide roll 6 is delivered to backward through upper grinding roller 45, it is lower to add when being provided with lower humidifier tube 81 at this
Wet pipe 81 is humidified by the fabric of lower 811 pairs of processes of nozzle, and water spray is uniform, and product quality is stable；In the driving of outlet roller 7
Under, fabric delivers to outlet roller 7 by fabric guide roll 6, is such as provided with humidifier tube 82 at this, then 821 pairs of the top nozzle of upper humidifier tube 82
The fabric of process is humidified, spray water it is synchronous with walking cloth carry out, it is achieved thereby that cropping, shake grain with shaping time processing it is complete
Into work flow is few, and the cycle is short.The fabric being disposed is delivered at shaping system D, two through shaping system D curb girder 12, side
Deliver to and shaped in baking oven in the presence of the pinch roller 14 set on the two pin cloth 13 and curb girder 12 set on the inside of beam, you can
Complete the processing of looped fabric.
Claims (10)
1. a kind of looped fabric processing unit (plant), it is characterised in that：Plucking system, carding system, cropping including being sequentially arranged shake grain
System and shaping system, a system is shaken in described cropping to include board, holds cloth rewinder roll, cloth feeding roller, cropping mechanism, fabric guide roll, export
Roller and humidifier tube, described hold cloth rewinder roll, cloth feeding roller, cropping mechanism, fabric guide roll and outlet roller are sequentially arranged on board, described
Cropping mechanism includes lower cropping mechanism and upper cropping mechanism, and lower cropping mechanism includes setting on lower cut roll and lower grinding roller, lower cut roll
Some groups of bottom knife, each bottom knife is coiled on lower cut roll in the shape of a spiral, and lower grinding roller is located above lower cut roll, and lower grinding roller is with
Blades fit realizes the cropping process by fabric between the two；Upper cropping mechanism be located at lower grinding roller above, including upper cut roll and
Upper grinding roller, upper grinding roller is located above upper cut roll, and spirally coiling is provided with cutter on upper cut roll, and cutter is matched somebody with somebody with upper grinding roller
Close the cropping process realized by fabric between the two；Upper cropping mechanism rear sets humidifier tube, fabric guide roll and outlet roller, selvage guide
Roller is located at upper cropping mechanism rear, and outlet roller is located between outlet roller and fabric guide roll, set thereon after fabric guide roll rear, humidifier tube
Nozzle is put, humidification process is carried out to the fabric of process, is delivered to through outlet roller at shaping system and completes to shape.
2. a kind of looped fabric processing unit (plant) as claimed in claim 1, it is characterised in that：Described cutter is close compared with bottom knife,
And/or cutter is sharp compared with bottom knife.
3. a kind of looped fabric processing unit (plant) as claimed in claim 1, it is characterised in that：Held on being set below described upper cut roll
Lower bearing groove is set below groove, and/or lower cut roll.
4. a kind of looped fabric processing unit (plant) as claimed in claim 1, it is characterised in that：A system is shaken in described cropping also to be included
There is chip removal mechanism, chip removal mechanism includes cover mouth, chip discharging tube and collects cover, and cover mouth is located above cropping mechanism, and cover mouth is with collecting cover
Between some chip discharging tubes are set, the other end for collecting cover is then connected with air blower.
5. a kind of looped fabric processing unit (plant) as claimed in claim 1, it is characterised in that：Described shaping system includes sizing
Frame, slide rail, pulley and two curb girders, slide rail are located on shaping rack, and two curb girders are arranged in parallel, and are respectively set below its end
A pulley is put, two curb girders are caught in slide rail by pulley and realize its connection with shaping rack.
6. a kind of looped fabric processing unit (plant) as claimed in claim 5, it is characterised in that：Described side rail inner sets pin cloth,
Several pilot pins are distributed on pin cloth.
7. a kind of looped fabric processing unit (plant) as claimed in claim 5, it is characterised in that：Described side rail inner sets pin cloth,
It is distributed on pin cloth on several pilot pins, curb girder and is provided with pinch roller, pinch roller is located on the inside of pin cloth, and its bottom and pin cloth etc. are high or low
In pin cloth height.
8. a kind of looped fabric processing unit (plant) as described in claim any one of 1-7, it is characterised in that：Described humidifier tube is located at
Above fabric guide roll.
9. a kind of looped fabric processing unit (plant) as described in claim any one of 1-7, it is characterised in that：Described humidifier tube is located at
Above outlet roller.
10. a kind of looped fabric processing unit (plant) as described in claim any one of 1-7, it is characterised in that：On described fabric guide roll
Side, which is set, sets lower humidifier tube above upper humidifier tube, outlet roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720305755.1U CN206607416U (en) | 2017-03-27 | 2017-03-27 | A kind of looped fabric processing unit (plant) |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720305755.1U CN206607416U (en) | 2017-03-27 | 2017-03-27 | A kind of looped fabric processing unit (plant) |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206607416U true CN206607416U (en) | 2017-11-03 |
Family
ID=60173206
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720305755.1U Expired - Fee Related CN206607416U (en) | 2017-03-27 | 2017-03-27 | A kind of looped fabric processing unit (plant) |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206607416U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112458686A (en) * | 2020-11-26 | 2021-03-09 | 苏州互得利针纺织品有限公司 | Flannelette processing equipment |
-
2017
- 2017-03-27 CN CN201720305755.1U patent/CN206607416U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112458686A (en) * | 2020-11-26 | 2021-03-09 | 苏州互得利针纺织品有限公司 | Flannelette processing equipment |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171103 Termination date: 20200327 |