CN204530181U - The air current spray nozzle system of a kind of slide fastener, rope band, cloth fabric drying, setting machine - Google Patents
The air current spray nozzle system of a kind of slide fastener, rope band, cloth fabric drying, setting machine Download PDFInfo
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- CN204530181U CN204530181U CN201520081136.XU CN201520081136U CN204530181U CN 204530181 U CN204530181 U CN 204530181U CN 201520081136 U CN201520081136 U CN 201520081136U CN 204530181 U CN204530181 U CN 204530181U
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- slide fastener
- rope band
- spray nozzle
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Abstract
The utility model discloses the air current spray nozzle system of a kind of slide fastener, rope band, cloth fabric drying, setting machine.This system comprises the parts such as air blast, screen pack, plenum chamber, heat exchanging pipe, nozzle inner housing, nozzle housing body, fabric ducts, flange, heat generating component; The utility model structure is simple, easily manufactured, can the high velocity air that exports of uniform distribution air blast, may be used for cooling or the heating of fabric.When for cooling, fabric needs cooling fast to reach best fixed effect after hyperthermia drying or sizing, prevent fabric distortion, hyperthermia drying, the fabric of heating and Fast Cooling air-flow is made to carry out heat exchange fast, realize quick cooling and shaping, improve the efficiency of cooling, and fully reclaim the waste heat of high temperature fabric; When for heating, using high temperature gas flow to carry out heat exchange and fabric is heated, putting forward the efficiency of heat energy utilization, saving the valuable energy.
Description
Technical field
The utility model relates to dope dyeing machinery technical field, is specifically related to the air current spray nozzle system of fabric (hereinafter referred to as the fabric) drying and setting machines such as a kind of slide fastener, rope band, cloth.
Background technology
At present, all size fabric needs to carry out drying or heat treatment before or after dyeing, but the shrinkage factor at different temperatures of the fabric containing chemical fibre is different, therefore, need to take following measures: the fabric by heat uniformity when heating 1) need be ensured, prevent fabric due to suffered temperature inconsistent, cause the problem of the inconsistent distortion of shrinkage factor; 2) after fabric hyperthermia drying or sizing, fabric cooling needs uniformity, prevent fabric due to institute's reduction of speed degree inconsistent, cause the problem of the inconsistent distortion of shrinkage factor, the cooling of another fabric need reach technological requirement, to reach best fixed effect.
In actual production, if the fabric containing chemical fibre does not obtain conservative control in oven dry or type-approval process temperature, make fabric by heat uneven consistent, lower the temperature unanimously uneven, reduction of speed degree control accuracy that is inconsistent and temperature can not be guaranteed, easily cause the quality problems such as the contraction of fabric is uneven, color distortion, have a strong impact on the quality that fabric is produced.
After fabric drying, setting machine, the high-temperature residual heat of fabric cooling needs to carry out recycling, thus needs to import Fast Cooling air-flow for cooling down high-temperature fabric and reclaims the waste heat of fabric.
Thus need to design a kind of suitable air current spray nozzle system, for the high velocity air guided in air blast and the even heat exchange of fabric, homogeneous heating fabric or cool fabric fast.
Utility model content
In order to solve the problem, the utility model proposes the air current spray nozzle system of a kind of fabric drying, setting machine, can uniform distribution air blast export high velocity air, may be used for cooling or the heating of fabric.When for cooling, fabric needs cooling fast to reach best fixed effect after hyperthermia drying or sizing, prevent fabric distortion, hyperthermia drying, the fabric of heating and Fast Cooling air-flow is made to carry out heat exchange fast, realize quick cooling and shaping, improve the efficiency of cooling, and fully reclaim the waste heat of high temperature fabric; When for heating, using high temperature gas flow to carry out heat exchange and fabric is heated, putting forward the efficiency of heat energy utilization, saving the valuable energy.
The purpose of this utility model realizes one of at least by following technical solution.
An air current spray nozzle system for slide fastener, rope band, cloth fabric drying, setting machine, it comprises air blast, plenum chamber, heat exchanging pipe, nozzle inner housing, nozzle housing body, fabric ducts, flange and heat generating component;
Air outlet and the plenum chamber air intake vent of air blast pass through Flange joint; Heat exchanging pipe is connected with nozzle housing body serial communication, and is communicated with plenum chamber; Fabric ducts and nozzle inner casing are coaxially connected and installed, forming station shape air gap between nozzle inner housing and nozzle housing body; Air-flow in plenum chamber enters heat exchanging pipe by platform shape air gap; Treat that the high temperature slide fastener of heat exchange, rope band, fabric enter from one end of heat exchanging pipe, from the Fast Cooling of platform shape air gap or heated air stream and treat that the slide fastener of heat exchange, rope band, fabric carry out heat exchange in heat exchanging pipe; Slide fastener, rope band, fabric leave air current spray nozzle from fabric ducts.
Further, when for cooling slide fastener, rope band, cloth fabric, also comprise screen pack, screen pack is arranged on the air inlet of air blast, for the impurity in filtered air.
Further, when for heating slide fastener, rope band, cloth fabric, also heat generating component is comprised, before heat generating component is arranged on the air inlet of air blast.
Further, described air current spray nozzle system also comprises screen pack, and screen pack is arranged on the air inlet of air blast, for the impurity in filtered air.
Further, described heat exchanging pipe, nozzle inner housing, nozzle housing body and fabric ducts form a spray nozzle device, and spray nozzle device is one or more, and the heat exchanging pipe of multiple spray nozzle device is all communicated with plenum chamber.
Further, the cross section of nozzle inner housing, nozzle housing body, fabric ducts is circular or square, and the sidewall of the platform shape air gap between corresponding nozzle inner housing and nozzle housing body is truncated cone-shaped or square platform shape.
Relative to prior art, the utility model has the following advantages and technique effect:
The utility model structure is simple, design ingenious, easily manufactured, applicability is strong, can the high velocity air that exports of uniform distribution air blast, guides the high velocity air in air blast and the even heat exchange of fabric, homogeneous heating fabric or cool fabric fast, improve the efficiency of heat exchange, and fully reclaim the waste heat of high temperature fabric, save the valuable energy; Fabric both can enter from heat exchanging pipe, also can enter from fabric ducts, installed, used flexibly.
Accompanying drawing explanation
Fig. 1 is the structural representation of air current spray nozzle system of fabric drying in example, setting machine.
Fig. 2 is the sectional view (cutting plane is positioned at fabric ducts axis) of nozzle system.
Fig. 3 is the sectional view (cutting plane is the plane of symmetry of plenum chamber) of plenum chamber.
Fig. 4 is the application schematic diagram of air current spray nozzle system A in fabric drying, setting machine in example.
1-air blast; 2-screen pack; 3-plenum chamber; 4-heat exchanging pipe; 5-nozzle inner housing; 6-nozzle housing body; 7-fabric ducts; 8-flange; 9-heat generating component.
Detailed description of the invention
Below in conjunction with specific embodiment, the utility model is described in further detail, but enforcement of the present utility model and protection are not limited thereto.
As shown in FIG. 1 to 3, the air current spray nozzle system of the fabrics (hereinafter referred to as fabric) such as a kind of slide fastener, rope band, cloth, an air current spray nozzle system for slide fastener, rope band, cloth fabric drying, setting machine, it comprises air blast 1, plenum chamber 3, heat exchanging pipe 4, nozzle inner housing 5, nozzle housing body 6, fabric ducts 7, flange 8 and heat generating component 9;
The air outlet of air blast 1 is connected by flange 8 with plenum chamber 3 air intake vent; Heat exchanging pipe 4 is connected with nozzle housing body 6 serial communication, and is communicated with plenum chamber 3; Fabric ducts 7 and nozzle inner casing 5 are coaxially connected and installed, forming station shape air gap between nozzle inner housing 5 and nozzle housing body 6; Air-flow in plenum chamber 3 enters heat exchanging pipe 4 by platform shape air gap; Treat that the high temperature slide fastener of heat exchange, rope band, fabric enter from one end of heat exchanging pipe 4, from the Fast Cooling of platform shape air gap or heated air stream and treat that the slide fastener of heat exchange, rope band, fabric carry out heat exchange in heat exchanging pipe; Slide fastener, rope band, fabric leave air current spray nozzle from fabric ducts 7.
When for cooling slide fastener, rope band, cloth fabric, also comprise screen pack 2, screen pack 2 is arranged on the air inlet of air blast 1, for the impurity in filtered air.When for heating slide fastener, rope band, cloth fabric, also comprise heat generating component 9, before heat generating component 9 is arranged on the air inlet of air blast 1.
As an example 1, when for cooling: screen pack 2 is arranged on the air inlet of air blast 1 for the impurity in filtered air; Flange 8 is connected to air outlet and the plenum chamber 3 of air blast 1; Heat exchanging pipe 4 is connected with nozzle housing body 6 serial communication, and with plenum chamber 3 UNICOM; Fabric ducts 7 and nozzle inner casing 5 are coaxially connected and installed, forming station shape air gap between nozzle inner housing 5 and nozzle housing body 6; Air-flow in plenum chamber 3 enters heat exchanging pipe 4 by platform shape air gap; Enter from one end of heat exchanging pipe 4 etc. high temperature slide fastener to be cooled, rope band, fabric, in heat exchanging pipe with from the slide fastener of the Fast Cooling air-flow of platform shape air gap and high temperature, rope band, fabric, carry out heat exchange; Slide fastener, rope band, fabric leave air current spray nozzle from fabric ducts 7.
As an example 2, when for heating: before heat generating component 9 is generally arranged on the air inlet of air blast 1; Screen pack 2(is as cancelled for screen pack when inner loop heats) be arranged on the air inlet of air blast 1 for the impurity in filtered air; Flange 8 is connected to air outlet and the plenum chamber 3 of air blast 1; Heat exchanging pipe 4 is connected with nozzle housing body 6 serial communication, and with plenum chamber 3 UNICOM; Fabric ducts 7 is coaxially connected with nozzle inner housing 5, forming station shape air gap between nozzle inner housing 5 and nozzle housing body 6; Air-flow in plenum chamber 3 enters heat exchanging pipe 4 by platform shape air gap; Enter etc. fabric to be heated one end from heat exchanging pipe 4, in heat exchanging pipe with from the high velocity gas of platform shape air gap and fabric, carry out heat exchange; Fabric leaves air current spray nozzle from fabric ducts 7.
The nozzle system be made up of heat exchanging pipe 4, nozzle inner housing 5, nozzle housing body 6 and fabric ducts 7 can be one, also can be multiple.
Nozzle inner housing 5, nozzle housing body 6, fabric ducts 7 can be cylindrical, also can be square.
As shown in Figure 4, for air current spray nozzle system A is at fabric drying, one application schematic diagram in setting machine (is only a kind of example, air current spray nozzle system A needs at other fabric drying using air current spray nozzle, can apply equally in setting machine structure), fabric drying in figure, setting machine comprises air current spray nozzle system A, front deflection plate 403, cooler bin 404, front air-breathing runner 405, heating cabinet 406, heating cabinet exhaust outlet 407, rear flow channel 408, collector plate 409, waste-heat box 410, rear deflection plate 411, tail gas exhaust outlet 412, tail gas gas collection purifying box 413 and air exhauster 414, wherein waste-heat box 410, fabric pressed by heating cabinet 406 cooler bin 404, ribbon, the feedstock direction of slide fastener is arranged successively, nozzle system A is positioned at discharging opening and the cold air inlet place of cooler bin 404, front deflection plate 403 is arranged in cooler bin 404, front air-breathing runner 405, heating cabinet exhaust outlet 407, collector plate 409, rear flow channel 408 is arranged in above heating cabinet in turn, front air-breathing runner 405 is communicated with cooler bin, discharging opening and the air flow inlet of rear flow channel 408 and waste-heat box 410 are communicated with, the tail gas exhaust outlet 412 of waste-heat box 410 is communicated with the entrance of tail gas gas collection purifying box 413, the outlet of tail gas gas collection purifying box 413 is communicated with air exhauster 414, rear deflection plate 411 is arranged in waste-heat box 410.Fabric under normal temperature state, ribbon, first slide fastener enters preheating cabinet 410 under the drive of the transmission system of processor, navigate within the rear deflection plate 411 in preheating cabinet, sufficient heat exchange is carried out with the hot-air in preheating cabinet, fabric after preheating, ribbon, slide fastener enters heating cabinet and does further heating under the drive of processor transmission system, complete the fabric after heating, ribbon, slide fastener enters cooler bin 404 under the drive of power transmission shaft, and navigate within front deflection plate 403, nozzle system is blown into high speed cold air-flow, with the fabric of high temperature, ribbon, slide fastener carries out sufficient heat exchange, make fabric, ribbon, slide fastener cools rapidly, and shift out from nozzle, the direction of air-flow and fabric, ribbon, the method of advance of slide fastener is just contrary, air blast 1 blasts normal temperature air at a high speed, air-flow in plenum chamber 3 enters cooler bin 404 by platform shape air gap and heat exchanging pipe 4, at the fabric with high temperature, ribbon, after slide fastener heat exchange, cold airflow is converted to the wet gas current of high temperature, and enter front air-breathing runner 405, wet gas current in heating cabinet 406 to rise and from air-breathing runner 405 before heating cabinet exhaust outlet 407 enters in high temperature action downforce, above-mentioned two strands of hot wet gas currents are through collector plate 409, moisture is wherein cooled and is converted to water and discharges system, high temperature gas flow moves on and enters in rear flow channel 408, and be blown in preheating cabinet 410 further, high temperature gas flow navigates between rear deflection plate 411, with the fabric of normal temperature, ribbon, slide fastener carries out sufficient heat exchange, last wet gas current is drained into tail gas gas collection purifying box 413 from exhaust port 412, and the air-flow under the high-speed driving of air exhauster 414 after purification discharges air.Whole system is under air blast 1 with air exhauster 414 acting in conjunction, and whole gas channel has unidirectional stream pressure, makes air-flow can smooth outflow.
As a typical case study on implementation, the air current spray nozzle system of fabric drying, setting machine, with 6 groups of nozzles, heat exchanging pipe is square, long 60mm, wide 30mm, high 80mm; The long 70mm of fabric ducts, wide 40mm, high 100mm; The size of nozzle housing body coordinates with heat exchanging pipe and fabric ducts, and makes the thickness of platform shape air gap be 8mm; With the air current spray nozzle system of above-mentioned parameter designing citing processing, the jet-impingement requirement of oven dry, setting machine effectively can be met.
The announcement of book and instruction according to the above description, the utility model those skilled in the art can also change above-mentioned embodiment and revise.Therefore, the utility model is not limited to detailed description of the invention disclosed and described above, also should fall in the protection domain of claim of the present utility model modifications and changes more of the present utility model.
Claims (6)
1. an air current spray nozzle system for slide fastener, rope band, cloth fabric drying, setting machine, is characterized in that comprising air blast (1), plenum chamber (3), heat exchanging pipe (4), nozzle inner housing (5), nozzle housing body (6), fabric ducts (7), flange (8) and heat generating component (9);
The air outlet of air blast (1) is connected by flange (8) with plenum chamber (3) air intake vent; Heat exchanging pipe (4) is connected with nozzle housing body (6) serial communication, and is communicated with plenum chamber (3); Fabric ducts (7) and nozzle inner casing (5) are coaxially connected and installed, forming station shape air gap between nozzle inner housing (5) and nozzle housing body (6); Air-flow in plenum chamber (3) enters heat exchanging pipe (4) by platform shape air gap; Treat that the high temperature slide fastener of heat exchange, rope band, fabric enter from one end of heat exchanging pipe (4), from the Fast Cooling of platform shape air gap or heated air stream and treat that the slide fastener of heat exchange, rope band, fabric carry out heat exchange in heat exchanging pipe; Slide fastener, rope band, fabric leave air current spray nozzle from fabric ducts (7).
2. the air current spray nozzle system of a kind of slide fastener according to claim 1, rope band, cloth fabric drying, setting machine, when it is characterized in that for cooling slide fastener, rope band, cloth fabric, also comprise screen pack (2), screen pack (2) is arranged on the air inlet of air blast (1), for the impurity in filtered air.
3. the air current spray nozzle system of a kind of slide fastener according to claim 1, rope band, cloth fabric drying, setting machine, when it is characterized in that for heating slide fastener, rope band, cloth fabric, also comprise heat generating component (9), before heat generating component (9) is arranged on the air inlet of air blast (1).
4. the air current spray nozzle system of a kind of slide fastener according to claim 3, rope band, cloth fabric drying, setting machine, characterized by further comprising screen pack (2), and screen pack (2) is arranged on the air inlet of air blast (1), for the impurity in filtered air.
5. the air current spray nozzle system of a kind of slide fastener according to claim 1, rope band, cloth fabric drying, setting machine, it is characterized in that described heat exchanging pipe (4), nozzle inner housing (5), nozzle housing body (6) and fabric ducts (7) composition spray nozzle device, spray nozzle device is one or more, and the heat exchanging pipe (4) of multiple spray nozzle device is all communicated with plenum chamber (3).
6. the air current spray nozzle system of a kind of slide fastener according to claim 1, rope band, cloth fabric drying, setting machine, it is characterized in that the cross section of nozzle inner housing (5), nozzle housing body (6), fabric ducts (7) is for circular or square, the sidewall of the platform shape air gap between corresponding nozzle inner housing (5) and nozzle housing body (6) is truncated cone-shaped or square platform shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520081136.XU CN204530181U (en) | 2015-02-04 | 2015-02-04 | The air current spray nozzle system of a kind of slide fastener, rope band, cloth fabric drying, setting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520081136.XU CN204530181U (en) | 2015-02-04 | 2015-02-04 | The air current spray nozzle system of a kind of slide fastener, rope band, cloth fabric drying, setting machine |
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| Publication Number | Publication Date |
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| CN204530181U true CN204530181U (en) | 2015-08-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520081136.XU Active CN204530181U (en) | 2015-02-04 | 2015-02-04 | The air current spray nozzle system of a kind of slide fastener, rope band, cloth fabric drying, setting machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104593974A (en) * | 2015-02-04 | 2015-05-06 | 广州番禺高勋染整设备制造有限公司 | Air flow nozzle system of zipper, rope belt, cloth fabric drying and setting machine |
| CN105696238A (en) * | 2016-04-08 | 2016-06-22 | 杨可克 | Pressing shaping device for nylon zipper |
-
2015
- 2015-02-04 CN CN201520081136.XU patent/CN204530181U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104593974A (en) * | 2015-02-04 | 2015-05-06 | 广州番禺高勋染整设备制造有限公司 | Air flow nozzle system of zipper, rope belt, cloth fabric drying and setting machine |
| CN105696238A (en) * | 2016-04-08 | 2016-06-22 | 杨可克 | Pressing shaping device for nylon zipper |
| CN105696238B (en) * | 2016-04-08 | 2017-07-07 | 杨可克 | A kind of whole boiling hot calibrator of nylon zipper |
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