CN103526302A - Yarn-shaking water flow comprehensive pupa discharging circulating method and device of automatic filature machine - Google Patents
Yarn-shaking water flow comprehensive pupa discharging circulating method and device of automatic filature machine Download PDFInfo
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- CN103526302A CN103526302A CN201310512544.1A CN201310512544A CN103526302A CN 103526302 A CN103526302 A CN 103526302A CN 201310512544 A CN201310512544 A CN 201310512544A CN 103526302 A CN103526302 A CN 103526302A
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Abstract
The invention provides a yarn-shaking water flow comprehensive pupa discharging circulating method and device of an automatic filature machine. Water pressing carried out on gathering positions of tetelettes and pupa bodies in a yarn-shaking pot is utilized, the tetelettes and the pupa bodies in the yarn-shaking pot are pressed in a pipeline at the bottom of the yarn-shaking pot to be flushed away, and flow to a collection pond by means of gravity, the water which is used for flushing the tetelettes and the pupa bodies and flows to the collection pond is utilized for flushing thin shelled cocoons, the tetelettes and the pupa bodies in the collection pond to a separation mechanism by means of the gravity, after the thin shelled cocoons, the tetelettes and the pupa bodies are filtered out in the separation mechanism, the water enters a water tank at the bottom by means of the gravity, the water is returned to the yarn-shaking pot through a pump, and when the thin shelled cocoons and the tetelettes which are not dropped in a cocoon beating pot and arranged on a cocoon adding circulation conveying belt are conveyed to the back face of the circulation conveying belt, the thin shelled cocoons and the tetelettes drop in the collection pond by means of the gravity. The device is combined with the yarn-shaking pot to conduct pupa discharging, the circulation water flow is adopted to conduct comprehensive collection on different-source wastes, such as the thin shelled cocoons, the tetelettes and the pupa bodies, the yarn-shaking pot assists in conducting the pupa discharging, the thin shelled cocoons and the tetelettes which do not enter the cocoon beating pot are collected, and the water in the yarn-shaking pot circulates and is even.
Description
Technical field
The present invention relates to a kind of automatic silk reeling machine shaking current and comprehensively arrange pupa round-robin method and device.
Background technology
In silk reeling process, beating and shaking is two important groped end cocoon set-up procedures, and the water temperature in groping end basin is higher than the water temperature in battage bath.In silk reeling process, the impact of waste material thin shelled cocoon, pelettes and pupal cell is comprehensive, both can affect the quality of filature, also can pollute the whole environment of plant.
In silk reeling process; the remaining pelettes with thin skin after the silk of cooked cocoon is reeled during by filature; conventionally can be by discharging as byproduct after seperator separation; but; in actual production process; because pelettes can not be completely separated; be brought into after groping end basin and battage bath; the silk on pelettes surface can further Yin Suoxu and shaking and being wound; make these pelettes or all without the pupal cell of silk, from the perforate panel of elevator bucket, bleed in elevator bucket seat; if these pelettes or pupal cell are removed not in time, bubble can leach pupal acid in warm water.
For the soup in battage bath, if there is no enough even measures, if while there is above-mentioned leaching pupal acid situation, in its soup, can occur to fail to dilute in time because of pupal acid to disperse local concentration too high, pupal acid has astriction to silk gum, thereby silkworm cocoon internal layer is fallen, thread increases, separates easypro decline, class is hung and increased, and on the quality of filature, all can bring impact.
In addition, through tape transport to groping end basin without having part thin shelled cocoon in thread cocoon, pelettes sticks on conveyer belt, and take back and leak outside machine with conveyer belt, thin shelled cocoon, the pelettes of leakage outside machine is deposited in ground, of long duration easily cause rotten and further pollute flowing into the filature water generates of reuse, thereby increase difficulty and the cost of sewage disposal, protein is smelly causes severe contamination to workshop condition because being rich in for thin shelled cocoon, pelettes after going bad.
Summary of the invention
First technical problem to be solved by this invention is to provide automatic silk reeling machine shaking current and comprehensively arranges pupa round-robin method, the measure that can economize on water by environmental protection and energy saving is achieved many things at one stroke and is solved soup in battage bath and discharge evenly, in time pelettes in battage bath and pupal cell, the thin shelled cocoon of collection separate sources, pelettes, pupal cell, reduces the impact of filature refuse on the quality of filature comprehensively.For this reason, the present invention is by the following technical solutions:
A kind of automatic silk reeling machine shaking current are comprehensively arranged pupa round-robin method, it is characterized in that its utilizes exerts pressure to the water of pelettes in battage bath and pupal cell habitat, the bottom pipe that pelettes in battage bath and pupal cell is pressed into battage bath washes away, rely on again gravity current to thin shelled cocoon, pelettes, the collecting pond of pupal cell, by the thin shelled cocoon in collecting pond, the water that rushes pelettes and pupal cell that pelettes and pupal cell recycling flow to collecting pond relies on gravity to rush to separating mechanism, thin shelled cocoon, pelettes and pupal cell are after separating mechanism is filtered off, the water that rushes pelettes and pupal cell relies on gravity to enter bottom water tank, by pump, be recycled to battage bath again,
Groping end basin add thin shelled cocoon and the pelettes of not falling into groping end basin on cocoon circle transmission band, when being taken to the circle transmission band back side, also rely on gravity, fall into the collecting pond of described thin shelled cocoon, pelettes, pupal cell.
Another technical problem to be solved by this invention is to provide a kind of automatic silk reeling machine shaking current of realizing said method and comprehensively arranges pupa circulating device.For this reason, the present invention is by the following technical solutions:
Shaking current are comprehensively arranged a pupa circulating device, it is characterized in that:
It comprises that pelettes and pupal cell are gone out pipe, one-level is arranged pupa pipe, secondary row pupa pipe, promoted reflux, on circulation route, be also provided with overflow pupa pond, the collecting pond of thin shelled cocoon pelettes pupal cell, separating mechanism, bottom water tank, battage bath is arranging pelettes and pupal cell outlet with groping end basin in abutting connection with bottom, position, and the elevator bucket inside above pelettes and pupal cell outlet arranges setting-out valve;
The described lower rear that adds cocoon circle transmission band arranges thin shelled cocoon and pupal cell guide plate;
Described pelettes and pupal cell are gone out pelettes and pupal cell outlet described in the import termination of pipe, and the port of export is in and overflows in pupa pond, and described pelettes and pupal cell go out the port of export of pipe and the water level of battage bath remains basically stable;
The outlet at bottom in the excessive pupa of the import termination pond of described one-level row pupa pipe, the port of export of described one-level row pupa pipe is linked described collecting pond, described in the position correspondence of described collecting pond, add cocoon circle transmission band and be in thin shelled cocoon and the below of pupal cell guide plate outlet, and described collecting pond height is set lower than described excessive pupa pond;
The entrance point of described secondary row pupa pipe connects the outlet at bottom of described collecting pond, and the port of export of described secondary row pupa pipe connects separating mechanism, described separating mechanism height is set lower than described collecting pond;
Described bottom water tank is in the below of separating mechanism, receives the water that separating mechanism is arranged, and described lifting reflux is connected between bottom water tank and battage bath, by pump, sends water back to battage bath.
Further: described battage bath is arranging liftable elevator bucket in abutting connection with position with groping end basin, and the bucket mask of elevator bucket has the sieve aperture of can leak down pelettes and pupal cell, and the bucket face tilt of elevator bucket is high in this side of battage bath, low in this side of groping end basin; In the inside of elevator bucket, described valve is set, described valve is hinged in described elevator bucket, and the corresponding liftable elevator bucket of described battage bath arranges elevator bucket seat, and described pelettes and pupal cell outlet are arranged on described elevator bucket seat bottom.
Owing to adopting technical scheme of the present invention, the present invention arranges pupa in conjunction with battage bath, adopt circulating water flow, to the different thin shelled cocoon of originating, pelettes, the refuses such as pupal cell carry out comprehensive collection, both helped battage bath row pupa, collect the thin shelled cocoon and the pelettes that do not enter groping end basin, can make again the water in battage bath obtain cycle balance, adopt comprehensive means to reduce the pupal acid in battage bath, improve filature environmental quality, improve the product of filature, quality, and water of the present invention operate to closed loop, in environmental protection and energy saving water saving, realized the water in row's pupa and even battage bath.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment provided by the present invention.
Fig. 2 is the left TV structure schematic diagram of Fig. 1.
Position and numbering in figure: groping end basin 1, without thread cocoon 2, rope battage bath dividing plate 3, pelettes and pupal cell 4, promote dipper 5, elevator bucket 6, elevator bucket valve 7, battage bath 8, elevator bucket seat 9, pelettes and pupal cell are gone out pipe 10, add cocoon circle transmission band 11, catch tray 12, bottom water tank 13, one-level row pupa pipe 14, excessive pupa pond 15, pupa mouth 16 overflows, cocoon guiding hopper 17 falls, collecting pond 18, secondary row pupa pipe 19, thin shelled cocoon and pupal cell guide plate 20, thin shelled cocoon and pupal cell guide plate outlet 21, elevator bucket bucket face 60, pelettes and pupal cell outlet 90, thin shelled cocoon and pupal cell 22.
The specific embodiment
Below by embodiment, and by reference to the accompanying drawings, technical scheme of the present invention is described in further detail.
A kind of shaking current that the present embodiment provides are comprehensively arranged pupa circulating device, as shown in Figure 1, between groping end basin 1 and battage bath 8, by rope battage bath dividing plate 3, separated, can prevent that the high-temperature water of groping end basin 1 and the warm water in battage bath 8 from flowing mutually, affects Suo Lixu efficiency.The height of rope battage bath dividing plate 3 is higher than the liquid level of Suo Lixu, and after shaking, remaining being moved up and down by promoting dipper 5 by elevator bucket 6 without thread cocoon 2, pelettes and pupal cell 4, moves into groping end basin 1 from battage bath 8.
Elevator bucket 6 is in the position of battage bath and groping end basin adjacency, elevator bucket 6 moves up and down in elevator bucket seat 9, elevator bucket seat 9 is as the pressure tank coordinating with valve 7, the entrance point that bottom arranges pelettes and pupal cell outlet 90 and goes out pipe 10 with pelettes and pupal cell communicates, the port of export that pelettes and pupal cell are gone out pipe 10 is the pupa mouth 16 that overflows, it is arranged in the pupa pond 15 of overflowing, and the water level of the height fundamental sum battage bath 8 of the pupa mouth 16 that overflows maintains an equal level.
The top of described elevator bucket 6 is the bucket face 60 with perforate, and it is the panel with sieve aperture, and described perforate can be rectangle or circle, and the water of being convenient to be positioned at after elevator bucket is mentioned bucket face bleeds, and also makes pelettes and pupal cell 4 bleed in elevator bucket seat 9 simultaneously.
The bucket face 60 of described elevator bucket 6 is an inclined-plane, inclined-plane near battage bath one side higher than near groping end basin one side.When elevator bucket 6 promotes by lifting arm 5, make elevator bucket 6 bucket faces 60, be convenient to slip into smoothly in groping end basin 1 without thread cocoon 2 during higher than rope battage bath dividing plate 3 near the sideline of groping end basin one side.
The valve 7 that be provided with hinged installation in described elevator bucket 6, can swing, when elevator bucket 6 is mentioned with lifting dipper 5, elevator bucket valve 7, counterclockwise to lower swing, is opening, can make the battage bath soup, pelettes and the pupal cell 4 that from elevator bucket 6 bucket faces 60, bleed toward the 9 below sedimentations of elevator bucket seat; When elevator bucket 6 moves down with lifting dipper 5, under bottom water flow reaction, in 7 clockwise directions of elevator bucket valve, swing and withstand with elevator bucket 6 inwalls and form the interior top of relative closure, play and stop the water in elevator bucket seat 16 when elevator bucket 6 moves down to be back in battage bath.Meanwhile enter into that the pelettes of elevator bucket 6 belows and pupal cell 4 are pressed into pelettes and pupal cell is gone out pipe 10, and in overflowing pupa pond 15 along with current are expelled to from the pupa mouth 16 that overflows.
15 bottoms, pupa pond of overflowing are provided with the one-level row pupa pipe 14 being connected with collecting pond 18, collecting pond height is set lower than excessive pupa pond 15; The base plate in described excessive pupa pond 15 is toward one-level row pupa pipe 14 lopsidedness, and pelettes and the pupal cell 4 being convenient to overflow in pupa pond 15 enter one-level row pupa pipe 14 with current.
Arranging highly lower than collecting pond 18 of catch tray 12.The pelettes that enters collecting pond 18 from one-level row pupa pipe 14 current and pupal cell 4 arranges pupa pipe 19 by secondary and are entered catch tray 12, water tank 13 bottom catch tray 12 belows are provided with take back and fall into the thin shelled cocoon, pelettes of collecting pond 18 from conveyer belt below together with.Catch tray 12 is as separating mechanism, and the base plate of catch tray 12 has some apertures, can make the shaking soup inflow water tank 13 that flow into catch tray 12 concentrate.
Between described bottom water tank 13 and battage bath 8, lifting reflux is set, promotes reflux and send soup back to battage bath by pump.Promote reflux at the port of export of battage bath 8 away from pelettes and pupal cell outlet 90.
A kind of shaking current that the present embodiment provides are comprehensively arranged pupa round-robin method and are:
In battage bath, rush the soup of pelettes and pupal cell 4, by the pelettes and the pupal cell 4 that bleed from elevator bucket 6 to elevator bucket seat 16, through pelettes and pupal cell, go out pipe 10, from pelettes and pupal cell, going out the excessive pupa mouth 16 of one end of pipe 10 goes out, flow to and overflow in pupa pond 15, one-level row pupa pipe 14 by 15 bottoms, pupa pond of overflowing relies on gravity current to collecting pond 18 again, by conveyer belt 11, carry entering into groping end basin 1 without thread cocoon 2 through the cocoon guiding hopper 17 that falls and carrying out beating of coming, because of thin shelled cocoon, pelettes has compared with strong adhesiveness and does not enter into groping end basin, with adding cocoon circle transmission band 11 to adding behind the cocoon circle transmission band back side, because departing from, gravity adds cocoon circle transmission band 11, drop on thin shelled cocoon and pupal cell guide plate 20, guiding falls into collecting pond 18.Thin shelled cocoon in collecting pond 18, pelettes, pupal cell are arranged pupa pipe 19 by the conveying of shaking soup by secondary and are collected catch tray 12, and shaking soup flows into bottom water tank 13 from pelettes catch tray base plate aperture, by promoting reflux, by pump, are sent back to battage bath.
The foregoing is only specific embodiments of the invention, but architectural feature of the present invention is not limited to this, any those skilled in the art is in the field of the invention, and the variation of doing or modification are all encompassed among protection scope of the present invention.
Claims (3)
1. automatic silk reeling machine shaking current are comprehensively arranged pupa round-robin method, it is characterized in that its utilizes exerts pressure to the water of pelettes in battage bath and pupal cell habitat, the bottom pipe that pelettes in battage bath and pupal cell is pressed into battage bath washes away, rely on again gravity current to thin shelled cocoon, pelettes, the collecting pond of pupal cell, by the thin shelled cocoon in collecting pond, the water that rushes pelettes and pupal cell that pelettes and pupal cell recycling flow to collecting pond relies on gravity to rush to separating mechanism, thin shelled cocoon, pelettes and pupal cell are after separating mechanism is filtered off, the water that rushes pelettes and pupal cell relies on gravity to enter bottom water tank, by pump, be recycled to battage bath again,
Groping end basin add thin shelled cocoon and the pelettes of not falling into groping end basin on cocoon circle transmission band, when being taken to the circle transmission band back side, also rely on gravity, fall into the collecting pond of described thin shelled cocoon, pelettes, pupal cell.
2. realize a kind of automatic silk reeling machine shaking current of method described in claim 1 and comprehensively arrange pupa circulating device, it is characterized in that:
It comprises that pelettes and pupal cell are gone out pipe, one-level is arranged pupa pipe, secondary row pupa pipe, promoted reflux, on circulation route, be also provided with overflow pupa pond, the collecting pond of thin shelled cocoon pelettes pupal cell, separating mechanism, bottom water tank, battage bath is arranging pelettes and pupal cell outlet with groping end basin in abutting connection with bottom, position, and the elevator bucket inside above pelettes and pupal cell outlet arranges setting-out valve;
The described lower rear that adds cocoon circle transmission band arranges thin shelled cocoon and pupal cell guide plate;
Described pelettes and pupal cell are gone out pelettes and pupal cell outlet described in the import termination of pipe, and the port of export is in and overflows in pupa pond, and described pelettes and pupal cell go out the port of export of pipe and the water level of battage bath remains basically stable;
The outlet at bottom in the excessive pupa of the import termination pond of described one-level row pupa pipe, the port of export of described one-level row pupa pipe is linked described collecting pond, described in the position correspondence of described collecting pond, add cocoon circle transmission band and be in thin shelled cocoon and the below of pupal cell guide plate outlet, and described collecting pond height is set lower than described excessive pupa pond;
The entrance point of described secondary row pupa pipe connects the outlet at bottom of described collecting pond, and the port of export of described secondary row pupa pipe connects separating mechanism, described separating mechanism height is set lower than described collecting pond;
Described bottom water tank is in the below of separating mechanism, receives the water that separating mechanism is arranged, and described lifting reflux is connected between bottom water tank and battage bath, by pump, sends water back to battage bath.
3. a kind of automatic silk reeling machine shaking current as claimed in claim 2 are comprehensively arranged pupa circulating device, it is characterized in that described battage bath is arranging liftable elevator bucket in abutting connection with position with groping end basin, and the bucket mask of elevator bucket has the sieve aperture of can leak down pelettes and pupal cell, the bucket face tilt of elevator bucket, high in this side of battage bath, low in this side of groping end basin;
In the inside of elevator bucket, described valve is set, described valve is hinged in described elevator bucket, and the corresponding liftable elevator bucket of described battage bath arranges elevator bucket seat, and described pelettes and pupal cell outlet are arranged on described elevator bucket seat bottom.
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| CN201310512544.1A CN103526302B (en) | 2013-10-25 | 2013-10-25 | A kind of automatic silk reeling machine shaking current comprehensively arrange pupa round-robin method and device |
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| CN201310512544.1A CN103526302B (en) | 2013-10-25 | 2013-10-25 | A kind of automatic silk reeling machine shaking current comprehensively arrange pupa round-robin method and device |
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| CN103526302B CN103526302B (en) | 2016-01-20 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104005093A (en) * | 2014-05-05 | 2014-08-27 | 安徽绩溪县花神丝绸有限公司 | Reeling silk brushing and picking water tank device and temperature control method |
| CN104963001A (en) * | 2015-07-03 | 2015-10-07 | 卢灿远 | Automatic silk reeling machine groped end basin water circulating system |
| CN104005093B (en) * | 2014-05-05 | 2016-11-30 | 安徽绩溪县花神丝绸有限公司 | A kind of filature Suo Lixu water tank device and temperature-controlled process |
| CN108193288A (en) * | 2018-03-07 | 2018-06-22 | 浙江理工大学 | A kind of reciprocal beating mechanism |
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| CN202968770U (en) * | 2012-11-05 | 2013-06-05 | 杭州天峰纺织机械有限公司 | Temperature-controlled water flow dropped cocoon collection device |
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| GB518002A (en) * | 1938-08-23 | 1940-02-14 | Universal Winding Co | Improvements in or relating to filaturing or silk-reeling apparatus |
| JPS4926962A (en) * | 1972-07-07 | 1974-03-09 | ||
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104005093A (en) * | 2014-05-05 | 2014-08-27 | 安徽绩溪县花神丝绸有限公司 | Reeling silk brushing and picking water tank device and temperature control method |
| CN104005093B (en) * | 2014-05-05 | 2016-11-30 | 安徽绩溪县花神丝绸有限公司 | A kind of filature Suo Lixu water tank device and temperature-controlled process |
| CN104963001A (en) * | 2015-07-03 | 2015-10-07 | 卢灿远 | Automatic silk reeling machine groped end basin water circulating system |
| CN104963001B (en) * | 2015-07-03 | 2017-03-15 | 卢灿远 | A kind of automatic silk reeling machine groping end basin water circulation method |
| CN108193288A (en) * | 2018-03-07 | 2018-06-22 | 浙江理工大学 | A kind of reciprocal beating mechanism |
| CN108193288B (en) * | 2018-03-07 | 2023-08-29 | 浙江理工大学 | Reciprocating end groping mechanism |
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| CN103526302B (en) | 2016-01-20 |
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Application publication date: 20140122 Assignee: Guangxi Jingxi Xinsheng Silk Technology Co.,Ltd. Assignor: ZHEJIANG SCI-TECH University Contract record no.: X2022330000016 Denomination of invention: An automatic silk reeling mechanism, thread and water flow comprehensive pupal discharge circulation method and device Granted publication date: 20160120 License type: Common License Record date: 20220113 |