CN205308082U - Have uniform air plate structure for weaving machine - Google Patents
Have uniform air plate structure for weaving machine Download PDFInfo
- Publication number
- CN205308082U CN205308082U CN201620074581.8U CN201620074581U CN205308082U CN 205308082 U CN205308082 U CN 205308082U CN 201620074581 U CN201620074581 U CN 201620074581U CN 205308082 U CN205308082 U CN 205308082U
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- dust
- air
- pipe
- sweep
- ash bucket
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Abstract
The utility model discloses a have uniform air plate structure for weaving machine, including first dust absorption pipe, second dust absorption pipe and dust collector, the intraductal shock attenuation frame that is equipped with of first dust absorption is fixed with the air bubble on the shock attenuation frame, is connected with air compressor on the air bubble, the air bubble includes cushion chamber, equal wind chamber and a plurality of needle -like air nozzle, the dust collector includes support and box, is equipped with a plurality of filter bags, air -purifying chamber and jetting device in the box, and the one end of air -purifying chamber is equipped with the net gas export, and the net gas exit is equipped with the device that induced drafts, and the lower extreme of box is equipped with the ash bucket, and the air inlet and the second dust absorption union coupling of ash bucket lateral part are equipped with uniform air plate and atomizing nozzle on the inside wall of ash bucket, and the lower extreme of ash bucket is equipped with leads a dirt section of thick bamboo, is connected with out the dirt pipe on leading a dirt section of thick bamboo, goes out that dirt is intraductal to be provided with a plurality of sprinkler beads side by side, uniform air plate includes perforated plate and lower perforated plate. The utility model has the characteristics of the dust collection efficiency is higher more thorough with the dust removal.
Description
Technical field
This utility model relates to technical field of textile machine, particularly the mechanism of gathering dust with homogenating plate structure of a kind of textile machines.
Background technology
Weaving loom is exactly the full name of the instrument being made into cloth after the raw materials such as line, silk, fiber crops are processed into silk thread again. Weaving loom is in the process of work, due in carrying out the raw-material processing procedures such as line, silk, fiber crops, there will be substantial amounts of dust, if dust collection is improper, the as easy as rolling off a log phenomenon occurring that dust waves, and also the surface of dust is with certain negative charge, it is readily adsorbed on lathe or on the body of workman, even into the nasal cavity of human body, causing uncomfortable, serious meeting damages the health of people. The existing dust arrester installation used on weaving loom is only simply be connected with dust delivering tube by induced-draught fan, dust collection efficiency is very low, dust on lathe is adsorbed on for some and does not play any dustproof function especially, such time length, dust on lathe will be more long-pending more thick, both it is unfavorable for the cleaning of lathe, and also can affect the quality of product. Therefore, current textile machines dust arrester installation, have that efficiency of dust collection is relatively low and the halfway problem of dedusting.
Utility model content
The purpose of this utility model is in that, it is provided that the mechanism of gathering dust with homogenating plate structure of a kind of textile machines, and it has, and efficiency of dust collection is higher and dedusting feature more thoroughly.
The technical solution of the utility model: the mechanism of gathering dust with homogenating plate structure of a kind of textile machines, including the first sweep-up pipe, the first sweep-up pipe is connected to the second sweep-up pipe, the second sweep-up pipe is connected to dust-precipitator, the bottom of described first sweep-up pipe is horn mouth shape, and the top of the first sweep-up pipe is " L " shape, and the horn mouth place in the first sweep-up pipe is provided with dynamic mount, and dynamic mount is fixed with air bubble, and air bubble is connected to air compressor by the road, described air bubble includes cushion chamber, and the bottom of cushion chamber is provided with equal wind chamber, and the bottom in equal wind chamber is provided with multiple needle-like air nozzle, and each turning in equal wind chamber is fillet, described dust-precipitator includes support, support is fixed with casing, multiple filter bag it is provided with in casing, the upper end of casing is provided with air-purifying chamber, air-purifying chamber is provided with blowing device, one end of air-purifying chamber is provided with pure qi (oxygen) outlet, pure qi (oxygen) exit is provided with air intake device, the lower end of casing is provided with ash bucket, the sidepiece of ash bucket is provided with air inlet, air inlet and the second sweep-up pipe connect, the medial wall of ash bucket is provided with homogenating plate and atomizer, homogenating plate covers whole air inlet, atomizer is positioned at the opposite of air inlet, the lower end of ash bucket is provided with dust-exhausting port, dust-exhausting port place is connected to dust guiding tube, dust guiding tube is connected to dust outlet tube, multiple fountain head it is set side by side with in dust outlet tube, described homogenating plate includes perforated panel, upper perforated panel is connected to lower perforated panel, there is between upper perforated panel and lower perforated panel the angle becoming 150 degree relative to air inlet, upper perforated panel is connected with the inwall of ash bucket air inlet upper end by gripper shoe, the angle of upper perforated panel and ash bucket inwall is 15 degree, and lower perforated panel is connected with the inwall of ash bucket air inlet lower end by gripper shoe.
Aforesaid textile machines gather dust in mechanism with homogenating plate structure, described blowing device includes injection tube, and the end of injection tube is provided with pulse valve, and pulse valve is connected to gas bag; Described injection tube is positioned at the inside of air-purifying chamber, and the position of injection tube is corresponding with the position of filter bag in casing.
Aforesaid textile machines gather dust in mechanism with homogenating plate structure, the top of described dust outlet tube is provided with opening, between first sweep-up pipe and the second sweep-up pipe, between the second sweep-up pipe and the air inlet of ash bucket, between dust-exhausting port and the dust guiding tube of ash bucket, between dust guiding tube and the opening of dust outlet tube, and between pure qi (oxygen) outlet and the air intake device of air-purifying chamber, be buckle and be connected with the clearance fit of annular slot.
Aforesaid textile machines gather dust in mechanism with homogenating plate structure, the pure qi (oxygen) exit of described air-purifying chamber is provided with draw-in groove, is inserted with screen cloth in draw-in groove.
Aforesaid textile machines gather dust in mechanism with homogenating plate structure, described air intake device is negative-pressure air fan.
Aforesaid textile machines gather dust in mechanism with homogenating plate structure, the percent opening of described upper perforated panel and/or lower perforated panel is 55%～60%, and opening diameter is 65mm～70mm.
Aforesaid textile machines gather dust in mechanism with homogenating plate structure, described filter bag has 4～10.
Aforesaid textile machines gather dust in mechanism with homogenating plate structure, described cushion chamber is cylindrical structure, and equal wind chamber is "T"-shaped shape.
Aforesaid textile machines gather dust in mechanism with homogenating plate structure, the side of described upper perforated panel is shorter than the side of lower perforated panel.
Compared with prior art, this utility model is collected by arranging the dust-precipitator dust to producing in weaving loom, wherein the air inlet place of dust-precipitator ash bucket is provided with homogenating plate and atomizer, homogenating plate is the mode of two-part swash plate perforate, what can make that air intake distributes is more uniform, it is also possible that the load of the filter bag cleaning dust of dust-precipitator is more uniform, homogenating plate coordinates the design of percent opening and opening diameter, enable to part dust be blocked, directly fall in dust outlet tube along lower perforated panel, it is to avoid reentrainment of dust; The sidewall of two perforated panels and ash bucket is triangularly arranged so that dust cannot be piled up; Atomizer further such that dust directly falls in dust outlet tube through dust guiding tube when wetted, can alleviate the clear dirt load of filter bag, have the advantages that dust collection efficiency is higher. This utility model arranges air bubble at the horn mouth place of the first sweep-up pipe, makes the obstinate dust of attachment in weaving loom, again floats and is absorbed by dust-precipitator, have dedusting feature thoroughly under the directly impact of high-speed compressed air.
In addition, between first sweep-up pipe of the present utility model and the second sweep-up pipe, between the second sweep-up pipe and the air inlet of ash bucket, between dust-exhausting port and the dust guiding tube of ash bucket, between dust guiding tube and the opening of dust outlet tube, and between pure qi (oxygen) outlet and the air intake device of air-purifying chamber, it is buckle to be connected with the clearance fit of annular slot, has the advantages that conveniently remove and install. This utility model is provided with the blowing device with injection tube and pulse valve at filter pocket mouths place, has the advantages that can unload filter bag surface dust very well. This utility model is provided with screen cloth in the pure qi (oxygen) exit being connected with negative pressure extension set, has the effect of further Chalk-dust filtering. Therefore, this utility model has that efficiency of dust collection is higher and dedusting feature more thoroughly.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of homogenating plate.
Being labeled as in accompanying drawing: 1-weaving loom, 2-screen cloth, 3-the first sweep-up pipe, 4-the second sweep-up pipe, 5-dust-precipitator, 6-dynamic mount, 7-air bubble, 8-pipeline, 9-air compressor, 10-cushion chamber, the equal wind chamber of 11-, 12-support, 13-casing, 14-filter bag, 15-air-purifying chamber, 16-blowing device, 17-pure qi (oxygen) exports, 18-air intake device, 19-ash bucket, 20-air inlet, 21-homogenating plate, 22-atomizer, 23-dust-exhausting port, 24-dust guiding tube, the upper perforated panel of 25-, perforated panel under 26-, 27-gripper shoe, 28-injection tube, 29-pulse valve, 30-gas bag, 31-dust outlet tube, 32-fountain head, 33-opening, 34-needle-like air nozzle.
Detailed description of the invention
Below in conjunction with drawings and Examples, this utility model is further described, but is not intended as the foundation to this utility model restriction.
Embodiment. a kind of mechanism of gathering dust with homogenating plate structure of textile machines, constitute as depicted in figs. 1 and 2, including the first sweep-up pipe 3, first sweep-up pipe 3 is positioned at the top of weaving loom, and the tapered inlet of the first sweep-up pipe 3 wraps up the top of whole weaving loom 1, first sweep-up pipe 3 is connected to the second sweep-up pipe 4, the second sweep-up pipe 4 is connected to dust-precipitator 5, the bottom of described first sweep-up pipe 3 is horn mouth shape, and the top of the first sweep-up pipe 3 is " L " shape, and the horn mouth place in the first sweep-up pipe 3 is provided with dynamic mount 5, and dynamic mount 5 is fixed with air bubble 7, and air bubble 78 is connected to air compressor 9 by the road, described air bubble 7 includes cushion chamber 10, and the bottom of cushion chamber 10 is provided with equal wind chamber 11, and the bottom in equal wind chamber 11 is provided with multiple needle-like air nozzle 34, and each turning in equal wind chamber 11 is fillet, described dust-precipitator 5 includes support 12, support 12 is fixed with casing 13, multiple filter bag 14 it is provided with in casing 13, the upper end of casing 13 is provided with air-purifying chamber 15, air-purifying chamber 15 is provided with blowing device 16, one end of air-purifying chamber 15 is provided with pure qi (oxygen) outlet 17, pure qi (oxygen) exports 17 places and is provided with air intake device 18, the lower end of casing 13 is provided with ash bucket 19, the sidepiece of ash bucket 19 is provided with air inlet 20, air inlet 20 is connected with the second sweep-up pipe 4, the medial wall of ash bucket 19 is provided with homogenating plate 21 and atomizer 22, homogenating plate 21 covers whole air inlet 20, atomizer 22 is positioned at the opposite of air inlet 20, the lower end of ash bucket 19 is provided with dust-exhausting port 23, dust-exhausting port 23 place is connected to dust guiding tube 24, dust guiding tube 24 is connected to dust outlet tube 31, multiple fountain head 32 it is set side by side with in dust outlet tube 31, described homogenating plate 21 includes perforated panel 25, upper perforated panel 25 is connected to lower perforated panel 26, there is between upper perforated panel 25 and lower perforated panel 26 angle relative to air inlet 20 one-tenth 150 degree, upper perforated panel 25 is connected with the inwall of ash bucket 19 air inlet 20 upper end by gripper shoe 27, the angle of upper perforated panel 25 and ash bucket 19 inwall is 15 degree, and lower perforated panel 26 is connected with the inwall of ash bucket 19 air inlet 20 lower end by gripper shoe 27.
Described blowing device 16 includes injection tube 28, and the end of injection tube 28 is provided with pulse valve 29, and pulse valve 29 is connected to gas bag 30; Described injection tube 28 is positioned at the inside of air-purifying chamber 15, and the position of injection tube 28 is corresponding with the position of filter bag 14 in casing 13. The top of described dust outlet tube 31 is provided with opening 33, between first sweep-up pipe 3 and the second sweep-up pipe 4, between the second sweep-up pipe 4 and the air inlet 20 of ash bucket 19, between dust-exhausting port 23 and the dust guiding tube 24 of ash bucket 19, between dust guiding tube 24 and the opening 33 of dust outlet tube 31, and between pure qi (oxygen) outlet 17 and the air intake device 18 of air-purifying chamber 15, be buckle and be connected with the clearance fit of annular slot.The pure qi (oxygen) of described air-purifying chamber 15 exports 17 places and is provided with draw-in groove, is inserted with screen cloth 2 in draw-in groove. Described air intake device 18 is negative-pressure air fan. The percent opening of described upper perforated panel 25 and/or lower perforated panel 26 is 55%～60%, and opening diameter is 65mm～70mm. Described filter bag 14 has 4～10. Described cushion chamber 10 is cylindrical structure, and equal wind chamber 11 is "T"-shaped shape. The side of described upper perforated panel 25 is shorter than the side of lower perforated panel 26.
Operation principle of the present utility model is:
When weaving loom 1 works, dust can be produced, position according to weaving loom 1 places mechanism of gathering dust, start mechanism of gathering dust, the dust that weaving loom 1 produces is entered dust-precipitator 5 by air inlet 20 after sequentially passing through the first sweep-up pipe 3 and the second sweep-up pipe 4 under the effect of negative-pressure air fan, air inlet 20 place is provided with homogenating plate 21, under the stop of homogenating plate 21, part dust directly falls in dust outlet tube 31 through dust guiding tube 24, all the other dusty gases pass through the through hole of homogenating plate 21 even into equipped with in the casing 13 of filter bag 14, in the process entering casing 13, some dusty gas is under the effect of atomizer 22, wetted fall in dust outlet tube 31, dust in other dusty gases is attached to the outer surface of filter bag 14, purified gas enters the air-purifying chamber 15 on casing 13 top by filter bag 14, exported 17 by the pure qi (oxygen) of air-purifying chamber 15 again and enter air with negative-pressure air fan, pure qi (oxygen) exports the screen cloth 2 of 17 places setting and can gas be filtered again, adsorbing powder dust is on the screen 2, screen cloth 2 is carried out by timing. filter bag 14 is when deashing, dust-removing control device sends signal, then pulse valve 29 is opened, the compression air with certain pressure is blown into filter bag 14 by injection tube 28, make the dust being gathered in filter bag 14 outer surface peel off from filter bag 14, enter in dust outlet tube 31 after ash flue bucket 19 and dust guiding tube 24, now, due to the inclined design of homogenating plate 21, dust will not be assembled on homogenating plate 21, wherein fall into the dust in dust outlet tube 31 under the effect of fountain head 32, discharged by the outlet of dust outlet tube 31 with current. after opening dust-precipitator 5 a period of time, open air compressor 9, air compressor 9 can compress air and be entered air bubble 7 by pipeline 8, air bubble 7 is by the cushion chamber 10 of cylindrical shape, equal wind chamber 11 and multiple needle-like air nozzle 34 of "T"-shaped shape form, high-speed compressed air can directly impact weaving loom 1, the dust being now attached on weaving loom 1 is directly impacted, the expansion shock wave of this unexpected release, overcome the static friction of dust, so that it becomes floating dust, processed by dust-precipitator 5 seizure more afterwards.
This utility model is collected by arranging the dust-precipitator 5 dust to producing in weaving loom 1, wherein air inlet 20 place of dust-precipitator 5 ash bucket 19 is provided with homogenating plate 21 and atomizer 22, homogenating plate 21 is the mode of two-part swash plate perforate, what can make that air intake distributes is more uniform, it is also possible that the load that dust cleared up by the filter bag 14 of dust-precipitator 5 is more uniform, homogenating plate 21 coordinates the design of percent opening and opening diameter, enable to part dust be blocked, directly fall in dust removing tube 31 along lower perforated panel 26, it is to avoid reentrainment of dust; The sidewall of two perforated panels and ash bucket 19 is triangularly arranged so that dust cannot be piled up; Atomizer 22 further such that dust directly falls in dust outlet tube 31 through dust guiding tube 24 when wetted, can alleviate the clear dirt load of filter bag 14, have the advantages that dust collection efficiency is higher.This utility model arranges air bubble 7 at the horn mouth place of the first sweep-up pipe 3, makes the obstinate dust of attachment in weaving loom 1, again floats and is absorbed by dust-precipitator 5, have dedusting feature thoroughly under the directly impact of high-speed compressed air. In addition, between first sweep-up pipe 3 of the present utility model and the second sweep-up pipe 4, between the second sweep-up pipe 4 and the air inlet 20 of ash bucket 19, between dust-exhausting port 23 and the dust guiding tube 24 of ash bucket 19, between dust guiding tube 24 and the opening 33 of dust outlet tube 31, and between pure qi (oxygen) outlet 17 and the air intake device 18 of air-purifying chamber 15, it is buckle to be connected with the clearance fit of annular slot, has the advantages that conveniently remove and install. This utility model is provided with the blowing device 16 with injection tube 28 and pulse valve 29 at 14 mouthfuls of places of filter bag, has the advantages that can unload filter bag 14 surface dust very well. This utility model exports 17 places at the pure qi (oxygen) being connected with negative pressure extension set and is provided with screen cloth 2, has the effect of further Chalk-dust filtering. Therefore, this utility model has that efficiency of dust collection is higher and dedusting feature more thoroughly.
Claims (9)
1. the mechanism of gathering dust with homogenating plate structure of a textile machines, it is characterized in that: include the first sweep-up pipe (3), first sweep-up pipe (3) is connected to the second sweep-up pipe (4), the second sweep-up pipe (4) is connected to dust-precipitator (5), the bottom of described first sweep-up pipe (3) is horn mouth shape, the top of the first sweep-up pipe (3) is " L " shape, horn mouth place in first sweep-up pipe (3) is provided with dynamic mount (5), dynamic mount (5) is fixed with air bubble (7), air bubble 7) by the road (8) be connected to air compressor (9), described air bubble (7) includes cushion chamber (10), the bottom of cushion chamber (10) is provided with equal wind chamber (11), the bottom of equal wind chamber (11) is provided with multiple needle-like air nozzle (34), and each turning of equal wind chamber (11) is fillet, described dust-precipitator (5) includes support (12), support (12) is fixed with casing (13), multiple filter bag (14) it is provided with in casing (13), the upper end of casing (13) is provided with air-purifying chamber (15), air-purifying chamber (15) is provided with blowing device (16), one end of air-purifying chamber (15) is provided with pure qi (oxygen) outlet (17), pure qi (oxygen) outlet (17) place is provided with air intake device (18), the lower end of casing (13) is provided with ash bucket (19), the sidepiece of ash bucket (19) is provided with air inlet (20), air inlet (20) is connected with the second sweep-up pipe (4), the medial wall of ash bucket (19) is provided with homogenating plate (21) and atomizer (22), homogenating plate (21) covers whole air inlet (20), atomizer (22) is positioned at the opposite of air inlet (20), the lower end of ash bucket (19) is provided with dust-exhausting port (23), dust-exhausting port (23) place is connected to dust guiding tube (24), dust guiding tube (24) is connected to dust outlet tube (31), multiple fountain head (32) it is set side by side with in dust outlet tube (31), described homogenating plate (21) includes perforated panel (25), upper perforated panel (25) is connected to lower perforated panel (26), there is between upper perforated panel (25) and lower perforated panel (26) angle becoming 150 degree relative to air inlet (20), upper perforated panel (25) is connected by the inwall of gripper shoe (27) with ash bucket (19) air inlet (20) upper end, the angle of upper perforated panel (25) and ash bucket (19) inwall is 15 degree, lower perforated panel (26) is connected by the inwall of gripper shoe (27) with ash bucket (19) air inlet (20) lower end.
2. the mechanism of gathering dust with homogenating plate structure of textile machines according to claim 1, it is characterized in that: described blowing device (16) includes injection tube (28), the end of injection tube (28) is provided with pulse valve (29), and pulse valve (29) is connected to gas bag (30);Described injection tube (28) is positioned at the inside of air-purifying chamber (15), and the position of injection tube (28) is corresponding with the position of casing (13) interior filter bag (14).
3. the mechanism of gathering dust with homogenating plate structure of textile machines according to claim 1, it is characterized in that: the top of described dust outlet tube (31) is provided with opening (33), between first sweep-up pipe (3) and the second sweep-up pipe (4), between the air inlet (20) of the second sweep-up pipe (4) and ash bucket (19), between dust-exhausting port (23) and the dust guiding tube (24) of ash bucket (19), between the opening (33) of dust guiding tube (24) and dust outlet tube (31), and between pure qi (oxygen) outlet (17) and the air intake device (18) of air-purifying chamber (15), it is buckle to be connected with the clearance fit of annular slot.
4. the mechanism of gathering dust with homogenating plate structure of textile machines according to claim 1, it is characterised in that: pure qi (oxygen) outlet (17) place of described air-purifying chamber (15) is provided with draw-in groove, is inserted with screen cloth (2) in draw-in groove.
5. the mechanism of gathering dust with homogenating plate structure of textile machines according to claim 1, it is characterised in that: described air intake device (18) is negative-pressure air fan.
6. the mechanism of gathering dust with homogenating plate structure of textile machines according to claim 1, it is characterized in that: the percent opening of described upper perforated panel (25) and/or lower perforated panel (26) is 55%～60%, opening diameter is 65mm～70mm.
7. the mechanism of gathering dust with homogenating plate structure of textile machines according to claim 1, it is characterised in that: described filter bag (14) has 4～10.
8. the mechanism of gathering dust with homogenating plate structure of textile machines according to claim 1, it is characterised in that: described cushion chamber (10) is cylindrical structure, and equal wind chamber (11) is "T"-shaped shape.
9. the mechanism's machine that gathers dust with homogenating plate structure of textile machines according to any one of claim 1 to 8, it is characterised in that: the side of described upper perforated panel (25) is shorter than the side of lower perforated panel (26).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620074581.8U CN205308082U (en) | 2016-01-26 | 2016-01-26 | Have uniform air plate structure for weaving machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620074581.8U CN205308082U (en) | 2016-01-26 | 2016-01-26 | Have uniform air plate structure for weaving machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205308082U true CN205308082U (en) | 2016-06-15 |
Family
ID=56206801
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620074581.8U Expired - Fee Related CN205308082U (en) | 2016-01-26 | 2016-01-26 | Have uniform air plate structure for weaving machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205308082U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105498428A (en) * | 2016-01-26 | 2016-04-20 | 湖州南浔石淙盛艳丝绸有限公司 | Dust collecting mechanism which is used for spinning machine and provided with air uniforming plate |
-
2016
- 2016-01-26 CN CN201620074581.8U patent/CN205308082U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105498428A (en) * | 2016-01-26 | 2016-04-20 | 湖州南浔石淙盛艳丝绸有限公司 | Dust collecting mechanism which is used for spinning machine and provided with air uniforming plate |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160615 Termination date: 20170126 |
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| CF01 | Termination of patent right due to non-payment of annual fee |