CN207891579U - A kind of shrink modular system - Google Patents

A kind of shrink modular system Download PDF

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Publication number
CN207891579U
CN207891579U CN201820253910.4U CN201820253910U CN207891579U CN 207891579 U CN207891579 U CN 207891579U CN 201820253910 U CN201820253910 U CN 201820253910U CN 207891579 U CN207891579 U CN 207891579U
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China
Prior art keywords
cloth
shrink
drying
steam
modular
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CN201820253910.4U
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Chinese (zh)
Inventor
何伟杰
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Zhongshan Ao Da Machinery Co Ltd
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Zhongshan Ao Da Machinery Co Ltd
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Abstract

The utility model discloses a kind of shrink modular systems, including:Rack has shrink position, drying position and cooling position in rack;Conveying device, for conveying cloth so that cloth is from front to back successively by the shrink position, drying position and cooling position;Shrink device is arranged on shrink position, and the shrink device can connect with vapour source and steam is expelled on cloth;Drying unit, on drying position, the drying unit can connect with vapour source and come out the heat of steam to dry cloth for setting;Air-supply arrangement, setting is on cooling position, for being blown to cloth so that cloth cools down.The utility model can effectively ensure that shrink effect, improve sizing efficiency of shrinking, drying temperature more easy to control, effectively cloth can be avoided to damage, also more energy conservation and environmental protection, can quickly cool down cloth, shrink, drying and the cooling operations of completion cloth that can be automatic continuous, production efficiency can be effectively improved, ensures product quality.

Description

A kind of shrink modular system
Technical field
The utility model is related to a kind of shrink modular systems.
Background technology
Cloth, which often carries out shrinking in production, shapes to prevent its manufactured cloth products from shrink phenomenon occur, existing The mode of squeezing machine generally use hot-water soak shrinks to cloth, and shrink effect is poor, carries out treated the cloth of shrinking It is more moist, therefore also need to be further provided with equipment to dry cloth, therefore cloth needs to carry out material retractable repeatedly And carrying, less efficient, the labor intensity of worker is larger, in addition, existing drying equipment generally use electrothermal tube etc. comes to cloth Material is heated and is dried, and temperature is not easy to control, be susceptible to temperature it is excessively high and the case where cause cloth to damage, energy consumption also compared with Greatly.
Utility model content
To solve the above-mentioned problems, the purpose of this utility model is to provide one kind capable of improving production efficiency, ensures production The shrink modular system of quality.
The utility model be solve its technical problem and the technical solution adopted is that:
A kind of shrink modular system, including:
Rack has shrink position, drying position and cooling position in rack;
Conveying device, for conveying cloth so that cloth is from front to back successively by the shrink position, drying position and cold But position;
Shrink device is arranged on shrink position, and the shrink device can connect with vapour source and be expelled to steam On cloth;
Drying unit, on drying position, the drying unit can connect with vapour source and by the heat of steam for setting It comes out to dry cloth;
Air-supply arrangement, setting is on cooling position, for being blown to cloth so that cloth cools down.
Preferably, the shrink device includes the vapour hood of the top for the cloth for being located in shrink position and is located in The steam discrete item of the lower section of the cloth of shrink position is provided with steam jet, the steam jet energy on the vapour hood Enough that steam is connect and be discharged into the inner cavity of vapour hood with vapour source, the steam discrete item can connect with vapour source and will Steam is expelled on cloth upwards.
Preferably, the drying unit include be located in drying position cloth top drying cover and positioned at processing The lower drying part of the lower section of the cloth of position is dried, there is upper drying part, the upper drying part and lower baking in the drying cover Dry part can connect with vapour source and can absorb the heat of steam and come out the heat of absorption to dry cloth.
Preferably, the upper drying part and lower drying part are heat-dissipating pipe.
Preferably, the upper drying part and lower drying part are into snakelike heat-dissipating pipe.
Preferably, the air-supply arrangement includes the gentle flow point loose mail of wind turbine, and the wind turbine is connected with air-flow discrete item With to air-flow discrete item delivery air, the air-flow discrete item is used to disperse and be expelled to cloth by air-flow.
Preferably, the first driver and two feeding rollers are provided in the rack, two feeding rollers are located at conveying device Rear simultaneously clamping cloth, first driver can be used to drive at least one in two feeding rollers to rotate so that two together Feeding roller can be fed forward cloth.
Preferably, the second driver and two material receiving rollers are provided in the rack, two material receiving rollers are located at conveying device Front simultaneously clamping cloth, second driver can be used to drive at least one in two material receiving rollers to rotate so that two together Material receiving roller can be fed forward cloth.
Preferably, the conveying device includes a conveyer belt mechanism, and the conveyer belt mechanism is by second driver Driving is to convey cloth.
Preferably, it is provided in the rack for collecting shrink position and drying the drainpipe of the steam condensate (SC) on position The discharge outlet that road and water for collecting discharge pipe line are discharged outside to.
The utility model has the beneficial effects that:In the utility model, cloth, shrink device can be conveyed using conveying device It can utilize steam to carry out shrink operation to cloth, can effectively ensure that shrink effect, improve sizing efficiency of shrinking, and nothing Need complicated water proof sealing device, can effectively simplify device structure, drying unit can using steam heat to cloth into Row drying, simple in structure, drying temperature more easy to control, and drying temperature is not above vapor (steam) temperature, can effectively avoid cloth Material temperature is spent high and is damaged, and also more energy conservation and environmental protection, air-supply arrangement can quickly cool down cloth, and thus, it is possible to connect automatically Shrink, drying and the cooling operations of continuous completion cloth, can effectively improve production efficiency, ensure product quality.
Description of the drawings
Utility model will be further described in detail below with reference to the attached drawings and specific embodiments.
Fig. 1 is the structural schematic diagram of the utility model.
Specific implementation mode
Referring to Fig.1, a kind of shrink modular system, including:Rack 10 has shrink position, drying position and cooling in rack 10 Position, conveying device 20, for conveying cloth so that cloth passes through shrink position, drying position and cooling position successively from front to back;It shrinks Device is arranged on shrink position, and shrink device can connect with vapour source and steam is expelled on cloth;Drying unit, if It sets on drying position, drying unit can connect with vapour source and come out the heat of steam to dry cloth;Air-supply dress It sets, setting is on cooling position, for being blown to cloth so that cloth cools down.It, can using conveying device 20 in the utility model Cloth is conveyed, shrink device can utilize steam to carry out shrink operation to cloth, can effectively ensure that shrink effect, improve contracting Water sizing efficiency, and without complicated water proof sealing device, can effectively simplify device structure, drying unit, which can utilize, to be steamed The heat of vapour dries cloth, simple in structure, drying temperature more easy to control, and drying temperature is not above steam temperature Degree, can effectively avoid cloth temperature excessively high and damage, and also more energy conservation and environmental protection, air-supply arrangement can quickly carry out cloth cold But, thus, it is possible to shrink, drying and the cooling operations of automatic continuous completion cloth, production efficiency can be effectively improved, is ensured Product quality.
In the utility model, shrink device include the top for the cloth for being located in shrink position vapour hood 31 and positioned at place Steam discrete item 32 in the lower section of the cloth of shrink position is provided with steam jet 33 on vapour hood 31, and steam jet 33 can It connect and is discharged into the inner cavity of vapour hood 31 steam with vapour source, steam discrete item 32 can connect with vapour source and by steam It is expelled on cloth upwards, vapour hood 31 can slow down the diffusion of steam so that steam is capable of being contacted with cloth for longer time It is absorbed with by cloth, steam discrete item 32 can disperse steam, ensure that cloth uniform throughout shrinks, the steam on vapour hood 31 Nozzle 33 and steam discrete item 32 can ensure cloth top surface and bottom respectively from upper and from lower steam is expelled on cloth Face comes into full contact with steam and is shunk, and ensures product quality.Steam jet 33 is arranged in vapour hood 31 in the present embodiment On inner wall, and vapour hood 31 is extended out from up to down into inverted funnel shape, can effectively collect steam, is slowed down steam leakage, is steamed It can be uniformly arranged steam (vapor) outlet on vapour discrete item 32, steam can uniformly be spread in this way, ensure that cloth shrinks uniform.
Drying unit includes the drying cover 41 of the top for the cloth for being located in drying position and the cloth positioned at processing drying position The lower drying part 42 of the lower section of material, has upper drying part 43 in drying cover 41, and upper drying part 43 and lower drying part 42 can be with Vapour source connects and can absorb the heat of steam and come out the heat of absorption to dry cloth.Utilize the heat of steam It is dried, such drying temperature can be controlled in vapor (steam) temperature hereinafter, avoid cloth temperature excessively high and damage, and It is more energy saving, it can effectively slow down distributing for heat using drying cover 41, to ensure that drying temperature is able to maintain that higher Range improves drying efficiency.
In the present embodiment, upper drying part 43 and lower drying part 42 are heat-dissipating pipe, when steam flows through heat-dissipating pipe, heat energy Enough to be absorbed by heat-dissipating pipe, heat-dissipating pipe then comes out the heat of absorption to form a high-temperature area to dry cloth, ties Structure is simple, easy to process and use.In the present embodiment, upper drying part 43 and lower drying part 42 are into snakelike heat-dissipating pipe, energy Enough increase the flow distance of steam so that heat-dissipating pipe can fully absorb steam heat, and can increasing heat radiation area, Heat is adequately come out by heat-dissipating pipe, improves the utilization rate to steam heat, is dried so as to effectively improve Dry efficiency, and being capable of energy conservation and environmental protection.Certainly, in practical application, heat sink can also be used in upper drying part 43 and lower drying part 42 Deng other heat exchange structures, it is not limited to this.
Air-supply arrangement includes 51 gentle flow point loose mail of wind turbine, and wind turbine 51 is connected with air-flow discrete item with defeated to air-flow discrete item It supplies gas stream, air-flow discrete item is used to disperseing and being expelled to cloth air-flow, can ensure the uniform of cloth cooling in this way, prevent Cloth occurs deforming and damages because temperature everywhere is uneven, ensures product quality.Exhaust outlet can be uniformly arranged on air-flow discrete item To achieve the effect that evenly dispersed air-flow.
The first driver 62 and two feeding rollers 61 are provided in rack 10, two feeding rollers 61 are located at the rear of conveying device 20 And clamping cloth, the first driver 62 it can be used to drive at least one in two feeding rollers 61 to rotate so that two feeding rollers together 61 can be fed forward cloth, and cloth is typically rolled into cloth storage, and cloth can be extracted and sent from cloth by two feeding rollers 61 It is easy to use to conveying device 20.The common driving structure such as motor can be used in first driver 62, in addition, the first driver 62 can drive two feeding rollers 61 to rotate backward to convey cloth simultaneously, also can only drive a feeding roller 61 rotate and by cloth Frictional force come drive another feeding roller 61 rotate.
The second driver 72 and two material receiving rollers 71 are provided in rack 10, two material receiving rollers 71 are located at the front of conveying device 20 And clamping cloth, the second driver 72 it can be used to drive at least one in two material receiving rollers 71 to rotate so that two material receiving rollers together 71 can be fed forward cloth, and can accept conveying device 20 using two material receiving roller 71 continues to convey cloth subsequently to carry out The winding of cloth, it is easy to use.The common driving structure such as motor can be used in second driver 72, in addition, the second driver 72 can Drive two material receiving rollers 71 to rotate backward to convey cloth simultaneously, also can only drive a material receiving roller 71 rotate and the friction that passes through cloth Power come drive another material receiving roller 71 rotate.
In the present embodiment, conveying device 20 includes a conveyer belt mechanism, which is driven by the second driver 72 It is simple in structure to convey cloth, it convenient for assembly and uses, conveying device 20 is driven additionally, due to by the second driver 72, The synchronization action that can ensure conveying device 20 and two material receiving rollers 71, avoid that cloth is subject to pull power excessive and be broken or become Shape can effectively ensure that product quality.The conveyer belt of conveying device 20 reticulates in the present embodiment, facilitate steam by and cloth Absorption of the band to heat, certainly, in practical application, other common structures such as roller-way can also be used in conveying device 20, do not limit to In this.
It is provided with the discharge pipe line 81 for collecting the steam condensate (SC) on shrink position and drying position in rack 10 and is used for The discharge outlet 82 that the water that discharge pipe line 81 is collected is discharged outside to, can concentrate discharge steam condensate (SC), prevent steam from condensing Water is scattering into ground or accumulates in rack 10 and cause failure.In practical applications, can using the structure of itself of rack 10 come Condensed water is collected, in addition pallet etc. can be also set to collect condensed water, discharge pipe line 81 is then connect with pallet to converge condensed water It flows and is discharged from discharge outlet 82.
Using arrow direction in the direction of travel of cloth that is, Fig. 1 as front in the utility model, only for ease of description, Shrink position, drying position and cooling position can not be also arranged along straight line in practical application, should not be construed as a limitation of the present invention.
The foregoing is merely the preferred embodiments of the utility model, as long as realizing the utility model with essentially identical means The technical solution of purpose belongs within the scope of protection of the utility model.

Claims (10)

1. a kind of shrink modular system, which is characterized in that including:
Rack (10) has shrink position, drying position and cooling position in rack (10);
Conveying device (20), for conveying cloth so that cloth is from front to back successively by the shrink position, drying position and cold But position;
Shrink device is arranged on shrink position, and the shrink device can connect with vapour source and steam is expelled to cloth On;
Drying unit, on drying position, the drying unit can connect with vapour source and distribute the heat of steam for setting Out to dry cloth;
Air-supply arrangement, setting is on cooling position, for being blown to cloth so that cloth cools down.
2. a kind of shrink modular system according to claim 1, which is characterized in that the shrink device includes being located at place In the top of the cloth of shrink position vapour hood (31) and be located in shrink position cloth lower section steam discrete item (32), It is provided with steam jet (33) on the vapour hood (31), the steam jet (33) can connect with vapour source and to steaming Steam is discharged in the inner cavity of vapour cover (31), the steam discrete item (32) can connect with vapour source and steam is discharged upwards To cloth.
3. a kind of shrink modular system according to claim 1, which is characterized in that the drying unit includes being located at place The lower drying part (42) of the lower section of drying cover (41) in the top of the cloth of drying position and the cloth positioned at processing drying position, institute There is upper drying part, the upper drying part and lower drying part (42) can connect simultaneously with vapour source in the drying cover (41) stated The heat of steam can be absorbed and come out the heat of absorption to dry cloth.
4. a kind of shrink modular system according to claim 3, which is characterized in that the upper drying part and lower drying part (42) it is heat-dissipating pipe.
5. a kind of shrink modular system according to claim 4, which is characterized in that the upper drying part and lower drying part (42) it is into snakelike heat-dissipating pipe.
6. a kind of shrink modular system according to claim 1, which is characterized in that the air-supply arrangement includes wind turbine (51) gentle flow point loose mail, the wind turbine (51) is connected with air-flow discrete item with to air-flow discrete item delivery air, described Air-flow discrete item is used to disperse and be expelled to cloth by air-flow.
7. a kind of shrink modular system according to claim 1, which is characterized in that be provided in the rack (10) One driver (62) and two feeding rollers (61), two feeding rollers (61) are located at the rear of conveying device (20) and can clamp cloth together Material, first driver (62) are used to drive at least one in two feeding rollers (61) to rotate so that two feeding rollers (61) energy Enough it is fed forward cloth.
8. a kind of shrink modular system according to claim 1, which is characterized in that be provided in the rack (10) Two drivers (72) and two material receiving rollers (71), two material receiving rollers (71) are located at the front of conveying device (20) and can clamp cloth together Material, second driver (72) are used to drive at least one in two material receiving rollers (71) to rotate so that two material receiving rollers (71) energy Enough it is fed forward cloth.
9. a kind of shrink modular system according to claim 8, which is characterized in that the conveying device (20) includes one Conveyer belt mechanism, the conveyer belt mechanism are driven by second driver (72) to convey cloth.
10. a kind of shrink modular system according to claim 1, which is characterized in that be provided in the rack (10) For collecting shrink position and drying the discharge pipe line (81) of the steam condensate (SC) on position and for collecting discharge pipe line (81) The discharge outlet (82) that water is discharged outside to.
CN201820253910.4U 2018-02-12 2018-02-12 A kind of shrink modular system Active CN207891579U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201820253910.4U CN207891579U (en) 2018-02-12 2018-02-12 A kind of shrink modular system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201820253910.4U CN207891579U (en) 2018-02-12 2018-02-12 A kind of shrink modular system

Publications (1)

Publication Number Publication Date
CN207891579U true CN207891579U (en) 2018-09-21

Family

ID=63541135

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201820253910.4U Active CN207891579U (en) 2018-02-12 2018-02-12 A kind of shrink modular system

Country Status (1)

Country Link
CN (1) CN207891579U (en)

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