CN2761657Y

CN2761657Y - Spray nozzle up and down exhaust regulating structure of dyeing machine

Info

Publication number: CN2761657Y
Application number: CN 200420022769
Authority: CN
Inventors: 刘信均
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-05-14
Filing date: 2004-05-14
Publication date: 2006-03-01
Anticipated expiration: 2014-05-14

Abstract

The utility model relates to a spray nozzle up and down exhaust port regulating structure of a dyeing machine. An upper side and a lower side of a cloth guiding port are respectively provided with an air outlet and a dyeing liquor outlet which are adjacent to each other, and the front sides of two air outlets are provided with gate plates which can be driven to slide up and down. The two gate plates are lifted to change and cover the positions of the air outlets, and the size of the cross sections of the air outlets can be changed to adjust the quantity of air output in order to adapt to the air quantity pulled, driven and expanded by the thickness of different cloth and weight difference. Simultaneously, dyeing liquor flowing from the dyeing liquor outlet is fully atomized and thus uniform and sufficient spray dyeing effect is formed.

Description

Dyeing machine nozzle air nozzle is up and down adjusted structure

Technical field

The utility model relates to dyeing machine nozzle air nozzle adjustment structure up and down, be meant a kind of size that can adjust the air port especially in response to the thickness difference of different clothes, drive the cloth operation by optimal air output, reach the dyeing machine nozzle structure of the most smooth and easy and economic operation procedure of dying cloth.

Background technology

Press, utilize air-flow mixing dye liquor and drive the textile dyeing machinery product that cloth circulation contaminates varied, as No. 92210231 " aerosol dyeing machine nozzle structure " novel patent case of application of proposing in TaiWan, China 92 years 06 month 03 day before this case inventor (visa at present, in waiting to announce), it mainly comprises: the outlet of top dye liquor, the top air outlet, bottom dye liquor outlet, lower air outlet, two cylinder bars, utilize and be somebody's turn to do, lower air outlet import air blast powerful air quantity and can be with by last, quick and the uniform atomizing of the dye liquor that bottom dye liquor outlet is flowed out, and traction waits to dye cloth and expects to circulate in dyeing machine, forms the flow process of evenly and fast dying cloth;

Yet in practical application, because various different clothes have the difference of thickness, weight, therefore, its required tractive force is also different in the process of dying cloth; For more thick and heavy waiting dye cloth the material for, if the deficiency in draught that this upper and lower part air outlet imports in the process of dying cloth, then this material of waiting to dye cloth is difficult for full extension and neat folded row, easily cause the bad of dying cloth, and dye cloth for the material for thin light waiting, if the air quantity that this upper and lower part air outlet imports in the process of dying cloth is excessive, then this material of waiting to dye cloth easily produces excessive floating and tangles, not only easily form malfunction, also have a strong impact on the quality of dying cloth.

Summary of the invention

Because common dyeing machine nozzle structure has the above-mentioned space of improving, the inventor is the road of active research improvement, has the utility model to produce finally.

The purpose of this utility model provides a kind of dyeing machine nozzle air nozzle adjustment structure up and down, to overcome the problem that common dyeing machine nozzle inadaptability in structure is drawn the cloth of different thickness, weight, by being put in order, the air output adjustable size adapts to the required traction drive of thickness, weight differential of different clothes and the air quantity that launches, fully atomizing forms spray-painting effect evenly and fully by the dye liquor of dye liquor outlet outflow simultaneously.

Particularly, the utility model provides a kind of dyeing machine nozzle air nozzle adjustment structure up and down, its mainly be aerosol spray nozzle device in a dye vat the cloth introducing port on, down two sides be arranged with adjacent on, on following air outlet reaches, following dye liquor outlet, the air nozzle regulator that many group transmission devices form is located at aerosol spray nozzle device top side, it is characterized in that: on described, following air outlet front side is arranged with on one, lower flashboard, on described, lower flashboard can be subjected to respectively on one, the bottom CD-ROM drive motor drives and the slippage lifting via described transmission device, utilize described on, the structure that adjusts the air quantity size is reached in the lifting of lower flashboard and can change air outlet section size.

Adopt structure of the present utility model,, thereby can adapt to the required traction drive of thickness, weight differential of different clothes and the air quantity that launches, cloth can neatly be transmitted because air nozzle can adjust the air quantity size by regulator; The dye liquor that is flowed out by the dye liquor outlet can fully be atomized simultaneously, forms spray-painting effect evenly and fully.

As for detailed construction of the present utility model, application principle, effect and effect, then the explanation of doing with reference to following adjoint can be understood completely:

Description of drawings

Fig. 1 is dyeing machine unitary construction of the present utility model and dyeing course schematic diagram;

Fig. 2 is position perspective view such as the air nozzle regulator of the utility model first embodiment and aerosol spray nozzle device;

Fig. 2 A is position decomposing schematic representations such as the air nozzle regulator of the utility model first embodiment and aerosol spray nozzle device;

Fig. 2 B is the structural representation of upper and lower flashboard of the utility model first embodiment and aerosol spray nozzle device binding site;

Fig. 3 is the transmission device decomposition chart of the utility model first embodiment;

Fig. 3 A is the action schematic diagram that the upper and lower flashboard of the utility model first embodiment opens air outlet;

Fig. 3 B is the action schematic diagram that the upper and lower flashboard of the utility model first embodiment shrinks air outlet;

Fig. 4 is the air nozzle regulator structural representation of the utility model second embodiment;

Fig. 5 A is the action schematic diagram that the upper and lower flashboard of the utility model second embodiment opens air outlet;

Fig. 5 B is the action schematic diagram that the upper and lower flashboard of the utility model second embodiment shrinks air outlet.

The specific embodiment

Fig. 1 is dyeing machine unitary construction of the present utility model and dyeing course schematic diagram, shown in this figure, this aerosol spray nozzle device 2 is tops, stage casing of being located in the dye vat 3, and this aerosol spray nozzle device 2 can be connected with dye vat 3 air blast 4 outward via a discharge pipe 41, the bottom side separates and forms a long-pending cloth groove 31 in the dye vat 3, between the inlet of this long-pending cloth groove 31 and aerosol spray nozzle device 2, be provided with a cloth-guiding wheel 33, and dye vat 3 table sides are provided with one corresponding to these cloth-guiding wheel 33 sides and go into cloth flap 32, this material 6 of waiting to dye cloth can be stretched in the dye vat 3 by going into Bu Kou, pass aerosol spray nozzle device 2 through cloth-guiding wheel 33, and get back to upwards behind cloth flap 32 sides in addition by long-pending cloth groove 31 that sewing is connected, make this material 6 of waiting to dye cloth form a cloth from beginning to end, import the eddy flow dynamic pressure air-flow that these air blasts 4 are produced and mix dye liquor by this aerosol spray nozzle device 2, and can expect that 6 draw drive forward and launch long-pending folding in long-pending cloth groove 31 with waiting to dye cloth, utilize this aerosol spray nozzle device 2 to drive and wait to dye cloth material 6 with jet-stream wind, cooperate the rotation delivery of this cloth-guiding wheel 33, the material 6 of waiting to dye cloth is got back in the aerosol spray nozzle device 2 smoothly, flow in dye vat 3, to form a dye cycle, air nozzle regulator 1 of the present utility model then is to be arranged at dye vat 3 top sides, uses the air output of control aerosol spray nozzle device 2.

Fig. 2 is position perspective view such as the air nozzle regulator of the utility model first embodiment and aerosol spray nozzle device, by it with reference to Fig. 2 A, each structural representations of region of interest such as the air nozzle regulator of Fig. 2 B and aerosol spray nozzle device, obviously can find out, aerosol spray nozzle device 2 of the present utility model is to be provided with long and narrow cloth introducing port 21 in a side, be provided with vertically extending restriction post 211 in these cloth introducing port 21 2 sides, on these cloth introducing port 21 inboards, the below is also established the last bellows shrouding 22 of vertical bending in an end and the curved extension in stage casing respectively, following bellows shrouding 23, and on being somebody's turn to do, following bellows shrouding 22, on 23, the below is provided with on one in addition, following dye liquor case shrouding 24,25, between dye liquor case shrouding 24 on this and last bellows shrouding 22, be provided with a dye liquor conduit 51 that is communicated with stain bucket 5, these dye liquor conduit 51 top peripheries are provided with the liquid outlet groove crack 52 of a longitudinal extension, and these dye liquor conduit 51 sides are provided with the staggered dye liquor separator for container 241 of going up, to form a circuitous flow channels, make vertically bending of dye liquor case shrouding 24 ends formation one on this again, make and last bellows shrouding 22 ends between form dye liquor outlet 242 on, should go up between dye liquor case shrouding 24 and cloth introducing port 21 tops and then form air outlet 243 on, again between this time dye liquor case shrouding 25 and the following bellows shrouding 23, be provided with a dye liquor conduit 53 that is communicated with stain bucket 5, these dye liquor conduit 53 top peripheries are provided with the liquid outlet groove crack 54 of a longitudinal extension, and these dye liquor conduit 53 sides are provided with the flow channels that staggered 251 formation one of dye liquor separator for container are down made a circulation, make this time dye liquor case shrouding 25 ends form a vertically bending again, make and following bellows shrouding 23 ends between form dye liquor outlet 252, then form air outlet 253 between this time dye liquor case shrouding 25 and cloth introducing port 21 bottoms; Air nozzle regulator 1 is with many

groups transmission device

12,15 are located at aforementioned aerosol spray nozzle device 2 top sides, should many group transmission devices 12 be with a chain 1211 be connected and synchronously interlock one be located at the upper flashboard 13 in air outlet 243 outsides, in these cloth introducing port 21 top sides and to be provided with two upper side reference columns, 212 blocks other in this upper flashboard 13 outsides two, transmission device 15 then be connected with a chain 1511 and synchronously interlock one be located at down the lower flashboard 16 in air outlet 253 outsides, in these cloth introducing port 21 bottom sides and be provided with two lower side reference columns, 213 blocks by these lower flashboard 16 outsides two.According to the cloth of different-thickness, Different Weight, by adjusting described air outlet 243, the size of the section of the air outlet of air outlet 253 down of going up, with optimal air quantity traction and launch different clothes; Simultaneously the size of the air quantity of described air outlet can make the discharge that atomizes fully of the described dye liquors of going up dye liquor outlet 242 and play dye liquor outlet 252 discharges, the cloth that so not only can satisfy traction and launch different-thickness, Different Weight can make cloth reach Color evenly and fully simultaneously.

Fig. 3 is the transmission device decomposition chart of the utility model first embodiment, shown in this figure, transmission device 12 (15) is by a gear 121 (151), one screw cap sleeve 122 (152), one is connected screw rod 123 (153), one upper fixing element 124 (154) and once fixture 125 (155) form, wherein this time fixture 125 (155) is to be welded in aforementioned dye vat 3 top sides, its central authorities are provided with a medium pore 1251 (1551), and this upper fixing element 124 (154) is provided with protuberance 1242 (1542) in side central authorities, each medium pore 1251 (1551) that can be inserted in this time fixture 125 (155) is interior fixing, and also press from both sides between upper fixing element 124 (154) bottom surfaces and following fixture 125 (155) end faces and establish an asbestos packing packing ring 1252 (1552) in case stopping leak leaks, be provided with a fish eyelet 1241 (1541) in these upper fixing element 124 (154) central authorities, be connected screw rod 123 (153) one ends and be provided with external screw thread 1231 (1531), and be provided with at least one annular groove 1232 (1532) in being connected screw rod 123 (153) stage casings, can be for the suitable O shape ring 1233 (1533) of fit, and screw cap sleeve 122 (152) is that swivel nut is on the external screw thread 1231 (1531) of aforementioned linking screw rod 123 (153), its outer rim stage casing is provided with a ring flange 1223 (1523), can overlap unification bearing 1221 (1521) respectively in these ring flange 1223 (1523) two sides, 1222 (1522), make this linking screw rod 123 (153) run through the fish eyelet 1241 (1541) of upper fixing element 124 (154), utilize this O shape ring 1233 (1533) to be packed in fish eyelet 1241 (1541) inwalls and can to prevent leakage, and screw cap sleeve 122 (152) last two bearings 1221 (1521), 1222 (1522) then can stretch into fish eyelet 1241 (1541) upper ends, in addition the pressing plate 1243 (1543) of mat one central tool perforation is covered on the in addition packing of these fish eyelet 1241 (1541) upper ends, being connected screw rod 123 (153) bottoms then can stretch in the dye vat 3 via following fixture 125 (155), and combine with upper flashboard 13 (lower flashboard 16), and gear 121 (151) is the top that is incorporated into aforementioned screw cap sleeve 122 (152), and can mesh with aforementioned chain 1211 (1511).

Fig. 3 A, Fig. 3 B be the upper and lower flashboard of the utility model first embodiment open and shrink air outlet respectively move schematic diagram, when top CD-ROM drive motor 11 (bottom CD-ROM drive motor 14) driven wheel 121 (151) interlock screw cap sleeves 122 (152) rotate, linking screw rod 123 (153) in it can rotate relatively and form lifting action, uses the aperture area that drives (lower flashboard 16) slippage of this upper flashboard 13 and control air outlet 243 on this, following air outlet 253; If this upper and

lower flashboard

13,16 is inwardly closed to dwindle the opening of upper and lower air outlet 243,253, the air quantity that flow through this moment reduces, be suitable for thin light the waiting material 6 of dying cloth, avoid producing the excessive situation of floating, tangle, and if upper and

lower flashboard

13,16 outwards stretches to expand the opening of upper and lower air outlet 243,253, the air quantity that flows through this moment increases, be suitable for more thick and heavy waiting dye cloth the material 6, avoid being difficult for the situation of full extension, can reach the control of air output size by above-mentioned structure, with demand in response to different occasions.

And cross upper and lower air outlet 243,253 o'clock in air communication, upper and lower dye liquor outlet 242,252 meetings thereby the generation siphonage of its side, dye liquor is evenly drifted about downwards by the liquid

outlet groove crack

52,54 of

dye liquor conduit

51,53, and by the overflow effect in by upper and lower dye liquor separator for container 241,251 formed tortuous passageway, and then by upper and lower dye liquor outlet 242,252 outflows and along with after the air-flow uniform atomizing, spray-painting is in waiting the material 6 of dying cloth.

Fig. 4 is the air nozzle regulator structural representation of the utility model second embodiment, by it with reference to Fig. 5 A, on the 5B, lower flashboard opens, shrink the action schematic diagram of air outlet, as can be known in second embodiment of the present utility model, on this, lower flashboard 130,160 the two distolateral tooth rows 1301 that are arranged with, 1601, and outside dye vat 3, be provided with, bottom turbine gear motor 110,140, on being somebody's turn to do, bottom turbine gear motor 110,140 have unidirectional output rotation, and (motor can drive output shaft and rotate, but the characteristics rotation of the then difficult drive output shaft of outside external force), make top turbine gear motor 110 stretch into these dye vat 3 interior tooth rows 1301 with aforementioned upper flashboard 130 with a trace 120 linkings one tooth row wheel 1202 and mesh, bottom turbine gear motor 140 then is to stretch into these dye vat 3 interior tooth rows 1601 with aforementioned lower flashboard 160 with a trace 150 linkings one tooth row wheel 1502 to mesh; Utilizing this upper and lower part turbine gear motor 110,140 to drive this trace 120,150 rotates, but interlock

tooth row wheel

1202,1502 orders about this upper and lower flashboard 130,160 lifting slippages respectively, this also can reach the effect with the identical control air outlet of aforementioned first embodiment size, drive the cloth operation thereby reach, reach the most even and sufficient Color with optimal air output.

From the above mentioned as can be known, dyeing machine nozzle of the present utility model air nozzle adjustment structure up and down has the effect that can adjust the air port size in response to the thickness difference of different clothes really, has really had usability, novelty and progressive on the industry.

Claims

A dyeing machine nozzle up and down air nozzle adjust structure, its mainly be aerosol spray nozzle device in a dye vat the cloth introducing port on, down two sides be arranged with adjacent on, on following air outlet reaches, following dye liquor outlet, the air nozzle regulator that many group transmission devices form is located at aerosol spray nozzle device top side, it is characterized in that: on described, following air outlet front side is arranged with on one, lower flashboard, on described, lower flashboard can be subjected to respectively on one, the bottom CD-ROM drive motor drives and the slippage lifting via described transmission device, utilize described on, the structure that adjusts the air quantity size is reached in the lifting of lower flashboard and can change air outlet section size.
2. dyeing machine nozzle as claimed in claim 1 air nozzle is up and down adjusted structure, it is characterized in that: described transmission device is by a screw cap sleeve, one is connected screw rod, one upper fixing element and once fixture form, wherein said fixture down is to be welded in aforementioned dye vat top side, its central authorities are provided with a medium pore, and this upper fixing element is provided with protuberance in side central authorities, the medium pore that can be inserted in this time fixture is interior also in conjunction with fixing, and these upper fixing element central authorities are provided with a fish eyelet, an end that is connected screw rod is provided with external screw thread, can supply this screw cap sleeve swivel nut combination, and be provided with a ring flange in its outer rim stage casing of screw cap sleeve, and can overlap the unification bearing respectively in ring flange two sides, make the fish eyelet of this linking screw rod through upper fixing element, and stretch into fish eyelet upper end with two bearings on the screw cap sleeve, mat one pressing plate is covered on this fish eyelet with this two bearing of packing, linking screw rod bottom is stretched in the dye vat via following fixture, and with last, the lower flashboard combination, by on this, the bottom CD-ROM drive motor drives this screw cap sleeve respectively and rotates, linking screw rod in it can be rotated relatively and form lifting action, use drive should on, the lower flashboard slippage.
3. dyeing machine nozzle as claimed in claim 2 air nozzle is up and down adjusted structure, it is characterized in that: wherein the screw cap sleeve top utilizes this gear to form a synchronous interlock via the gear on other screw cap sleeve top of a chain engages in addition in conjunction with a gear.
4. dyeing machine nozzle as claimed in claim 2 air nozzle is up and down adjusted structure, it is characterized in that: wherein this linking screw rod stage casing is provided with at least one annular groove, can be for fit O shape ring, by this O shape ring with the fish eyelet inwall packing of a upper fixing element, form the block of leak-stopping.
5. dyeing machine nozzle as claimed in claim 1 or 2 air nozzle is up and down adjusted structure, it is characterized in that: wherein these upper and lower flashboard two other front sides are provided with two upper and lower part side reference columns, and are other in this upper flashboard front side two with block.
6. dyeing machine nozzle as claimed in claim 3 air nozzle is up and down adjusted structure, it is characterized in that: wherein these upper and lower flashboard two other front sides are provided with two upper and lower part side reference columns, and are other in this upper flashboard front side two with block.
7. dyeing machine nozzle as claimed in claim 1 air nozzle is up and down adjusted structure, it is characterized in that: two of this upper and lower flashboard distolateral tooth rows that are arranged with wherein, and the upper and lower part CD-ROM drive motor is to be connected the tooth row that tooth row wheel is engaged in this upper and lower flashboard with a trace, utilize this upper and lower part CD-ROM drive motor to drive the tooth row wheel and rotate, to order about this upper and lower flashboard lifting slippage respectively via this trace.
8. dyeing machine nozzle as claimed in claim 7 air nozzle is up and down adjusted structure, and it is characterized in that: wherein this upper and lower part CD-ROM drive motor is the turbine gear motor.
9. adjust structure as air nozzle about claim 7 or the 8 described dyeing machine nozzles, it is characterized in that: wherein these upper and lower flashboard two other front sides are provided with two upper and lower part side reference columns, and are other in this upper flashboard front side two with block.