CN208430274U - Air-jet loom lower part dust collect plant and air-jet loom - Google Patents
Air-jet loom lower part dust collect plant and air-jet loom Download PDFInfo
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- CN208430274U CN208430274U CN201820800011.1U CN201820800011U CN208430274U CN 208430274 U CN208430274 U CN 208430274U CN 201820800011 U CN201820800011 U CN 201820800011U CN 208430274 U CN208430274 U CN 208430274U
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Abstract
The utility model belongs to air-jet loom dust collecting technique field.A kind of air-jet loom lower part dust collect plant and air-jet loom, comprising: dust collection shell is arranged in air-jet loom lower part；Dust suction pipe；It, which is connected to, is arranged in the dust collection shell；Disposal box；With negative-pressure ward unit, power is provided by the negative-pressure ward unit, so that the cotton dust and gas body in the dust collection shell enters the disposal box, and dedusting by the dust suction pipe；Wherein, it is connected with control valve on the negative-pressure ward unit, is stopped by the pumping that the control valve controls the negative-pressure ward unit or/and the height of the aspiration pneumatic of the negative-pressure ward unit.The utility model passes through the characteristic using air-jet loom itself, realize the arrangement of whole system, it includes the self structure spatial character and the new application of its corollary equipment of air-jet loom, to ensure the arragement construction of original air-jet loom, whole orientation dust, the dedusting of entire air-jet loom are realized.
Description
Technical field
The utility model belongs to air-jet loom dust collecting technique field, and in particular to a kind of air-jet loom lower part dust collect plant and
Air-jet loom.
Background technique
During air-jet loom produces weaving cord fabric, since the fibrous raw material of weft yarn is natural fiber cotton, pole
It is also easy to produce cotton dirt and hair dirt, these raw material cause in these materials during carrying and into air-jet loom unwinding behavior
Tiny particles content easily drift out；Small short fibers loosely will be adhered to when air-flow weft traction on yarn during weaving
It blows off, forms tiny dust and drift in middle air；Since workshop machinery equipment and personnel are than comparatively dense, lead to air stream
Lead to unsmooth, causes the decline of workshop air quality；The special material of raw material itself, the small light weight of density, if workshop air
Flowing velocity is too fast, can also dispel these fine particles, to generate dust.
The harm of textile fabric dust is very big: 1. burning and explosion hazard.These raw material inherently belong to flammable material
Material, if these dust are in lasting generation and suspension permanent in air, mixing with air the ratio for reaching certain will draw
Play explosion.2. to worker's body harm.Textile fabric, which is divided into, can also cause occupational disease, endanger the health of worker, be easiest to
The occupational disease of generation is exactly " byssinosis ".3. the damage to workshop instrument.Dust is long-term, largely drifts in workshop, holds very much
The performance for easily influencing workshop appliance plays, and accelerates the abrasion and aging of instrument and equipment, increases the cost of maintenance and more exchange device.
4. easily causing safety accident.Firstly, dust once burn or explosion directly caused by be exactly workshop safety accident.Secondly, this
A little dust long-term suspensions in workshop, reduce the visibility in workshop, lead to worker's operation error, cause safety accident.Third,
These dust can hinder and the normal operation of machinery equipment, and machine run is abnormal also to cause safety accident.5. causing product
Quality accident.Become cotton-wool group after dust accumulation is a certain amount of, if swept not in time, these cotton-wool groups are fallen into yardage roll, meeting
Lead to cord fabric drop etc. after product impregnation, causes economic loss.
Summary of the invention
The purpose of this utility model be it is in view of the above problems and insufficient, a kind of dust dress in air-jet loom lower part is provided
It sets and air-jet loom, it is reasonable in design, so that entire air-jet loom forms the fine motion field of force with air flowing, it is real
The directed flow of existing cotton dirt collects dust.
In order to achieve the above objectives, it is adopted the technical scheme that:
A kind of air-jet loom lower part dust collect plant, comprising: dust collection shell is arranged in air-jet loom lower part；Dust suction pipe；
It, which is connected to, is arranged in the dust collection shell；Disposal box；With negative-pressure ward unit, provided by the negative-pressure ward unit dynamic
Power, so that the cotton dust and gas body in the dust collection shell enters the disposal box, and dedusting by the dust suction pipe；Wherein, institute
State and be connected with control valve on negative-pressure ward unit, stopped by the pumping that the control valve controls the negative-pressure ward unit or/
With the height of the aspiration pneumatic of the negative-pressure ward unit, thus realize accordingly take out in the dust collection shell stop work make or/and
Realize that the poly- material of tiny structure and high negative pressure take out material work in the dust collection shell.
The dust collection shell includes: outer side block；And top plate, the outer side block is connected with top plate seal, and is close to ground
Sealed chamber is formed, is uniformly laid on the top plate multiple in bucket-shaped top dust-collecting cavity, the top dust-collecting cavity and the top plate
On be provided with corresponding negative sucker.
Each outside, which is blocked, is provided with multiple side dust-collecting cavities, and the side dust-collecting cavity is bonded setting, and side dust with ground
Corresponding negative sucker is provided between chamber and the outer side block.
The dust suction pipe is connect by collecting material mouth with the dust collection shell, and the collection material mouth is tapered, and in the collection
It is provided with multiple tracks deflector on the inside of material mouth, the collection material mouth inner cavity is divided into multiple diffluence pass by deflector described in multiple tracks；It is described
At least one of poly- dirt blowpipe is provided in dust collection shell, the poly- dirt blowpipe is oppositely arranged with the collection material mouth, in the poly- dirt
Multiple gas holes are offered on blowpipe side by side；And at least part is located at the opening of the gas hole on the poly- dirt blowpipe towards institute
State collection material mouth.
The dust collection shell is three face coil structures, and the fourth face of the dust collection shell is correspondingly arranged on poly- dirt blowpipe, institute
It states dust collection shell and the poly- dirt blowpipe is correspondingly arranged at the lower part of air-jet loom, offered side by side on the poly- dirt blowpipe more
A gas hole.
The dust suction pipe is oppositely arranged with the poly- dirt blowpipe, is located at least in the air blowing of the poly- dirt blowpipe two sides
The opening in hole is towards the dust suction pipe.
The negative-pressure ward unit is negative pressure pump.
The negative-pressure ward unit includes that the compression for the self-priming component and air-jet loom being arranged on the dust suction pipe is empty
Gas gas circuit；Wherein, the self-priming component includes: outer housing；Inner housing；And air inlet on outer housing, gas outlet are set
And air entry, it is provided with the jet hole towards the gas outlet on the inner housing, is formed between the outer housing and inner housing
High pressure chest, inner housing middle part is negative pressure cavity, and the gas outlet and air entry are connected to the disposal box and dust collection shell respectively,
The air inlet is connected to the compressed air gas circuit by air inlet pipe.
Inner housing corresponding with jet hole end is provided with tapered draining ring.
A kind of air-jet loom, including such as above-mentioned air-jet loom lower part dust collect plant.
By adopting the above technical scheme, acquired beneficial effect is:
1. the utility model realizes the arrangement of whole system comprising jet by the characteristic using air-jet loom itself
The self structure spatial character of loom and the new application of its corollary equipment, such as total gas circuit of matched air-jet loom, pass through jet
Total gas circuit of loom provides power and avoids that new equipment is arranged outside air-jet loom, to ensure in conjunction with the optimization of self structure
The arragement construction of original air-jet loom realizes whole orientation dust, the dedusting of entire air-jet loom.
2. the utility model not only solves lower space and is easy dust accumulation by the utilization to air-jet loom lower space,
And the problem of can not clearing up, and realize entire air-jet loom itself from collecting dust-removing function, pass through dust collection shell
Setting, realizes the arrangement of area of space, is targetedly designed according to the cotton dirt output position of air-jet loom, pass through negative-pressure ward
The design of unit can be realized the work of multi-mode, so that entire air-jet loom forms a miniflow around itself
Dynamic air flow field, and cotton dirt is assembled and is collected to dust collection shell with the effect of field of flow；Its entire lower part dust collect plant
Setting, will not adversely affect the work of air-jet loom, and entire collection process is the persistent collection in the fine motion field of force, is stablized
Efficiently.
3. the utility model can it is energy saving, save spare part, ensure that worker health, improve workshop condition, dedusting
Work well, security risk caused by cotton dirt generated when fundamentally solving air-jet loom production, reduce cleaning board and
Frequency and the down time for repairing board, yield and quality is improved, while extending spare part service life, improve equipment
Certain economic benefit can be obtained with the quality of product, cotton dirt in addition collected itself.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of lower part collection assembly of dust.
Fig. 2 is one of the structural schematic diagram of dust collection shell.
Fig. 3 is the structural schematic diagram for pushing up dust-collecting cavity.
Fig. 4 is the structural schematic diagram of side dust-collecting cavity.
Fig. 5 is the present invention looks up structural representation of side dust-collecting cavity.
Fig. 6 is the structural schematic diagram inside the dust collection shell in Fig. 2.
Fig. 7 is the second structural representation of dust collection shell.
Fig. 8 is the structural schematic diagram of poly- dirt blowpipe.
Fig. 9 is the structural schematic diagram of self-priming component.
Serial number in figure: 200 it is lower part collection assembly of dust, 210 is dust collection shell, 211 is outer side block, 212 is top plate, 213 is
Top dust-collecting cavity, 214 be negative sucker, 215 be side dust-collecting cavity, 216 be deflector, 217 be poly- dirt blowpipe, 218 be gas hole, 219
For integrate material mouth, 220 as dust suction pipe, 230 as negative pressure pump unit, 231 as outer housing, 232 as inner housing, 233 as jet hole,
234 it is draining ring, 240 be control valve, 250 be disposal box, 260 is total gas circuit.
Specific embodiment
It elaborates below in conjunction with attached drawing to specific embodiment of the present utility model.
Referring to Fig. 1-Fig. 9, a kind of air-jet loom lower part dust collect plant, so that entire air-jet loom realizes the micro- of air flowing
Aerodynamic field, so that the cotton dirt orientation spilt into air carries out persistent collection with air-flow, without arbitrarily floating or dissipating in air
It falls on mill floor.It specifically includes dust collection shell 210, dust suction pipe 220, disposal box 250 and negative-pressure ward unit
230；Its dust collection shell 210 is arranged in air-jet loom lower part；The connection of its dust suction pipe 220 is arranged in dust collection shell 210；Pass through
Negative-pressure ward unit 230 provides power, so that the cotton dust and gas body in dust collection shell 210 enters disposal box by dust suction pipe 220
250, and dedusting；Wherein, it is connected with control valve 240 on negative-pressure ward unit, negative-pressure ward list is controlled by control valve 240
Pumpings of member is stopped or/and the height of the aspiration pneumatic of negative-pressure ward unit, thus realized in dust collection shell accordingly take out stop work work or/
It takes out with the poly- material of tiny structure and high negative pressure in realization dust collection shell and expects work.
Design for lower part collection assembly of dust has multiple different embodiment, wherein one implements such as Fig. 2-6 institute
Show, dust collection shell 210 includes outer side block 211 and top plate 212, and outer side block 211 and top plate 212 are tightly connected, and are close to ground
Sealed chamber is formed, is uniformly laid on top plate 212 multiple in bucket-shaped top dust-collecting cavity 213, top dust-collecting cavity 213 and top plate 212
On be provided with corresponding negative sucker 214, meanwhile, be provided with multiple side dust-collecting cavities 215 in each outer side block 211, side dust-collecting cavity 215 with
Ground fitting setting, and corresponding negative sucker 214 is provided between side dust-collecting cavity 215 and outer side block 211；Dust suction pipe 220 is logical
It crosses collection material mouth 219 to connect with dust collection shell 210, collection material mouth 219 is tapered, and is provided with multiple tracks water conservancy diversion on the inside of collection material mouth 219
Plate 216, multiple tracks deflector 216 are divided into multiple diffluence pass for 219 inner cavity of material mouth is collected；At least one is provided in dust collection shell 210
The poly- dirt blowpipe 217 in road, poly- dirt blowpipe 217 are oppositely arranged with collection material mouth 219, offer multiple blow side by side on poly- dirt blowpipe 217
Stomata 218；And at least part is located at the opening of the gas hole on poly- dirt blowpipe towards collection material mouth, for poly- dirt blowpipe 217
Quantity can be one, be correspondingly arranged at the opposite direction of collection material mouth, or multiple tracks, semi-surrounding structure setting is in collection material mouth
Opposite direction, to realize that the poly- material of negative pressure and positive pressure blow material, raising cotton dirt collection efficiency.
Another embodiment of its dust collection shell is as shown in FIG. 7 and 8, and dust collection shell 210 is three face coil structures, dust shell
The fourth face of body 210 is correspondingly arranged on poly- dirt blowpipe 217, and dust collection shell 210 and poly- dirt blowpipe 217 are correspondingly arranged at jet and knit
The lower part of machine offers multiple gas holes 218 on poly- dirt blowpipe 217 side by side, and dust suction pipe 220 is opposite with poly- dirt blowpipe 217 to be set
Set, at least adjacent to poly- 217 two sides of dirt blowpipe gas hole 218 opening towards dust suction pipe 220, can also be according to practical situation
Adaptive change is carried out to the structure of dust collection shell, so as to contain bigger range, cooperates poly- dirt blowpipe to realize higher
The dust of effect.
It can be negative pressure pump for the power of lower part collection assembly of dust, realize negative-pressure ward by separately setting negative pressure pump；But
Using another power form in the present embodiment, using air-jet loom total gas circuit 260 as a source of power, and negative pressure is taken out
The structure for inhaling unit is designed, and specific structure is that negative pressure pump unit 230 includes the self-priming being arranged on dust suction pipe 220
Component, self-priming component include outer housing 231, inner housing 232, the air inlet being arranged on outer housing, gas outlet and air entry, interior
It is provided with the jet hole 233 towards gas outlet on shell 232, forms high pressure chest, inner casing between outer housing 231 and inner housing 232
It is negative pressure cavity in the middle part of body 232,232 end of inner housing corresponding with jet hole 233 is additionally provided with tapered draining ring 234, from
The gas outlet and air entry inhaled on component are connected to disposal box 250 and dust collection shell 210 respectively, the air inlet of self-priming component and spray
Total gas circuit 520 of gas loom is connected to by air inlet pipe, to realize the adjusting and on-off of tolerance in conjunction with control valve, realizes tiny structure
With the switching of high negative pressure mode, the continuous action effect in the fine motion field of force of entire air flowing has been ensured.
Disclosed herein as well is a kind of air-jet looms, including such as above-mentioned air-jet loom lower part dust collect plant.
Basic principles, main features, and advantages of the present invention has been shown and described above.Current row
The technical staff of industry is described in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments
Only the principles of the present invention, the utility model also has respectively on the premise of not departing from the spirit and scope of the utility model
Kind changes and improvements, these changes and improvements are both fallen in the range of claimed invention.The requires of the utility model
Protection scope defined by appended claims and its equivalent.
Claims (10)
1. a kind of air-jet loom lower part dust collect plant characterized by comprising
Dust collection shell is arranged in air-jet loom lower part；
Dust suction pipe；It, which is connected to, is arranged in the dust collection shell；
Disposal box；
With negative-pressure ward unit, power is provided by the negative-pressure ward unit, so that the cotton dust and gas body in the dust collection shell
Enter the disposal box, and dedusting by the dust suction pipe；
Wherein, it is connected with control valve on the negative-pressure ward unit, the negative-pressure ward list is controlled by the control valve
The pumping of member is stopped or/and the height of the aspiration pneumatic of the negative-pressure ward unit, takes out to realized in the dust collection shell accordingly
It stops work and makees or/and realize that the poly- material of tiny structure and high negative pressure take out material work in the dust collection shell.
2. air-jet loom lower part according to claim 1 dust collect plant, which is characterized in that the dust collection shell includes:
Outer side block；
And top plate, the outer side block are connected with top plate seal, and are close to form sealed chamber, uniformly distributed cloth on the top plate with ground
Equipped with it is multiple be in bucket-shaped top dust-collecting cavity, be provided with corresponding negative sucker on the top dust-collecting cavity and the top plate.
3. air-jet loom lower part according to claim 2 dust collect plant, which is characterized in that each outside, which is blocked, to be provided with
Multiple side dust-collecting cavities, the side dust-collecting cavity are bonded setting with ground, and are provided between side dust-collecting cavity and the outer side block corresponding
Negative sucker.
4. air-jet loom lower part according to claim 2 or 3 dust collect plant, which is characterized in that the dust suction pipe passes through
Collection material mouth is connect with the dust collection shell, and the collection material mouth is tapered, and is provided with multiple tracks deflector on the inside of the collection material mouth,
The collection material mouth inner cavity is divided into multiple diffluence pass by deflector described in multiple tracks；
At least one of poly- dirt blowpipe, the poly- dirt blowpipe is provided in the dust collection shell to be oppositely arranged with the collection material mouth,
Multiple gas holes are offered side by side on the poly- dirt blowpipe；And at least part is located at opening for the gas hole on the poly- dirt blowpipe
Mouthful towards the collection material mouth.
5. air-jet loom lower part according to claim 1 dust collect plant, which is characterized in that the dust collection shell is three face rings
Around structure, the fourth face of the dust collection shell is correspondingly arranged on poly- dirt blowpipe, and the dust collection shell and the poly- dirt blowpipe are right
The lower part of air-jet loom should be set, offer multiple gas holes side by side on the poly- dirt blowpipe.
6. air-jet loom lower part according to claim 5 dust collect plant, which is characterized in that the dust suction pipe gathers with described
Dirt blowpipe is oppositely arranged, and is located at least in the opening of the gas hole of the poly- dirt blowpipe two sides towards the dust suction pipe.
7. air-jet loom lower part according to claim 1 dust collect plant, which is characterized in that the negative-pressure ward unit is negative
Press pump.
8. air-jet loom lower part according to claim 1 dust collect plant, which is characterized in that the negative-pressure ward unit includes
The compressed air gas circuit of self-priming component on the dust suction pipe and air-jet loom is set；
Wherein, the self-priming component includes:
Outer housing；
Inner housing；
And air inlet, gas outlet and air entry on outer housing are set, it is provided on the inner housing towards the outlet
Mouthful jet hole, form high pressure chest between the outer housing and inner housing, be negative pressure cavity in the middle part of inner housing, and the gas outlet and
Air entry is connected to the disposal box and dust collection shell respectively, and the air inlet and the compressed air gas circuit are connected by air inlet pipe
It is logical.
9. air-jet loom lower part according to claim 8 dust collect plant, which is characterized in that in corresponding with the jet hole
Shell end is provided with tapered draining ring.
10. a kind of air-jet loom, which is characterized in that including the air-jet loom lower part dust dress as described in claim 1-9 is any
It sets.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820800011.1U CN208430274U (en) | 2018-05-28 | 2018-05-28 | Air-jet loom lower part dust collect plant and air-jet loom |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820800011.1U CN208430274U (en) | 2018-05-28 | 2018-05-28 | Air-jet loom lower part dust collect plant and air-jet loom |
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| CN208430274U true CN208430274U (en) | 2019-01-25 |
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| CN201820800011.1U Active CN208430274U (en) | 2018-05-28 | 2018-05-28 | Air-jet loom lower part dust collect plant and air-jet loom |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110219087A (en) * | 2019-07-22 | 2019-09-10 | 际华三五四二纺织有限公司 | A kind of air-jet loom lower part dust collect plant |
-
2018
- 2018-05-28 CN CN201820800011.1U patent/CN208430274U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110219087A (en) * | 2019-07-22 | 2019-09-10 | 际华三五四二纺织有限公司 | A kind of air-jet loom lower part dust collect plant |
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