CN207210730U - A kind of fabric integration drying and shaping device - Google Patents

Abstract

The utility model discloses the utility model to provide a kind of fabric integration drying and shaping device, device includes open-width mechanism, rolling body and shaping mechanism, when carrying out heat-shaping to weaving face fabric, the hot gas of ejection is collected, make hot gas and the normal temperature air that subsequently sucks obtain after heat exchange stablizing relatively low hot gas, precooling treatment is carried out to the weaving face fabric after sizing using the hot gas, avoid weaving face fabric from being directly entered in normal temperature air after sizing to be cooled down, solves the technical problem that contraction is quenched after weaving face fabric is shaped, realize waste hot gas recycling simultaneously, save the energy.

Description

A kind of fabric integration drying and shaping device

Technical field

The drying and shaping technical field of weaving face fabric is the utility model is related to, specially a kind of fabric integration drying and shaping Device.

Background technology

, it is necessary to carry out drying and shaping to weaving face fabric after weaving face fabric completes printing and dyeing, weaving face fabric is set to be dried through high temperature After dry sizing, washing shrinkage is stable, increases the fastness of dyestuff on fabric, avoids fabric from washing rear decoloring；And fabric drying and shaping It is that it is heated using gas or vapor of the temperature at 160 DEG C or so, fabric envelope degree is pulled to certain size, order temperature Degree is down under the glass transition temperature of fiber, so as to obtain stable dimensions.

But existing weaving face fabric has higher temperature after drying and shaping, is directly entered in normal temperature air and carries out Natural cooling can cause a certain degree of bounce-back of weaving face fabric to shrink, and influence the quality of weaving face fabric.

In Patent No. CN205529504U Chinese patent, a kind of weaving modular system is disclosed, although it can have Effect absorbs the impurity, flue dust and the oil gas that contain in tail gas, is advantageous to environmental protection, economizes on resources, but it is to weaving face fabric After completing sizing, weaving face fabric is directly entered in normal temperature air and cooled down, and causes weaving face fabric to shrink.

Utility model content

For problem above, the utility model provides a kind of fabric integration drying and shaping device, to weaving face fabric When carrying out heat-shaping, the hot gas of ejection is collected, hot gas is obtained after carrying out heat exchange with the normal temperature air subsequently sucked Relatively low hot gas must be stablized, precooling treatment is carried out to the weaving face fabric after sizing using the hot gas, avoids weaving face fabric from shaping After be directly entered in normal temperature air and cooled down, solve the technical problem that contraction is quenched after weaving face fabric sizing, realize simultaneously Waste hot gas recycling, save the energy.

To achieve the above object, the utility model provides following technical scheme：

A kind of fabric integration drying and shaping device, including：

Open-width mechanism, the open-width mechanism include some expanders being mounted equidistant along the first mounting bracket length direction, with And the open-width motor being connected by belt transmissioning mode with any expander, the open-width motor drive described in open Width roller synchronous axial system；

Rolling body, the rolling body are located at the rear of the open-width mechanism, and it includes moving back and forth in the second installation The slide assemblies of top of the trellis, and roll component by what the slide assemblies drove；

Shaping mechanism, the shaping mechanism are located at the dead astern of the rolling body, and it includes being installed on the 3rd mounting bracket The jet component on top, and it is installed on the heat energy recycling component of the 3rd mounting bracket bottom.

As an improvement, the jet component includes：

Air-breathing storehouse, the air-breathing storehouse fixed setting and the top of the 3rd mounting bracket, it is in turn divided into the first gas storehouse, cylinder Storehouse and the second gas storehouse are installed；

Heater box, the heater box are symmetricly set in the both sides in the jet storehouse, itself and first gas storehouse and second Gas storehouse is connected by the first tracheae, and is provided with the first Non-return air valve on first tracheae；

Double end cylinder, the double end cylinder are installed in the cylinder installation storehouse, and the catch bar at its both ends is separately installed with Piston, and be slideably positioned in respectively in first gas storehouse and the second gas storehouse；

Jet case, the jet case are arranged at the underface in the air-breathing storehouse, and it is connected with the 3rd mounting bracket, and its both ends Connected respectively with first gas storehouse with the second gas storehouse by the second tracheae, the second unidirectional gas is provided with second tracheae Valve, the lower surface of the jet case do not have some taper jet thrusts.

As an improvement, the heat energy recycles component to include：

Heat exchange box, the heat exchange box are arranged at the underface of the jet case, and its upper surface is evenly distributed with some return-airs Hole, and its lower surface is evenly distributed with some apopores, the inside of the heat exchange box is longitudinally above back-shaped to be provided with exhaust passage, and this is changed Intert in the inner transverse of hot tank with the exhaust passage and be provided with air inlet duct, and the front lower ends of the heat exchange box are provided with air-out Mouthful；

Discharge pipe, the discharge pipe are arranged at the front portion of the heat exchange box, and it is connected with air outlet described in one end, the other end Vacantly it is arranged at the rear end of the heat exchange box；

Air inlet fan, the air inlet fan are fixedly installed on the top of the jet case, its one end and the side of the heat exchange box Face is connected by the 3rd tracheae, and its other end is connected with the heater box by the 4th tracheae；

Collect waterwheel, the parking stall of catchmenting is set in the lower section of the heat exchange box, the apopore described in its face below heat exchange box Put.

As an improvement, the shaping mechanism also include being arranged at the jet component and heat energy recycle it is close between component Sealing assembly, the seal assembly include：

Seal box, the seal box are arranged between the jet case and the heat exchange box, and its upper and lower side is set for opening, And the bottom of its rear and front end rolls and is provided with fabric guide roll.

As an improvement, the both sides of the expander are symmetrically arranged with spiral open-width cylinder, and the side of expander passes through chain The kind of drive for taking turns chain is connected with each other.

As an improvement, the slide assemblies include：

Rack, the rack are symmetricly set in the top both sides of second mounting bracket；

Gear, the gear are respectively positioned on the rack, and it is engaged with the rack；

Gear shaft, the gear that the gear shaft connected symmetrical dendrimer is set；

Motor mounting rack, the both sides of the motor mounting rack are provided with some rollers, and it is arranged at by roller-coaster On two mounting brackets, and rotate be provided with the gear shaft below；

Sliding motor, the sliding motor are symmetricly set in the both ends of the motor installation frame, covered on its motor shaft Provided with driving gear；

Driven gear, the driven gear are respectively positioned on the lower end of the driving gear, and it is socketed with the gear shaft, and its With the driving gear engaged transmission；

As an improvement, travel switch, the travel switch is symmetricly set in the both ends of second mounting bracket；

Electric cabinet, the electric cabinet are fixedly installed on second mounting bracket, its respectively with the sliding motor and Travel switch electrically connects.

As an improvement, the component that rolls is fixedly connected with the motor mounting rack, this, which rolls component, includes：

Linking arm, the linking arm are symmetricly set in the both sides of the motor mounting rack；

First milling roller, the both ends of first milling roller are rotatablely connected with the end of the linking arm；

Second milling roller, second milling roller are located at the lower end of first milling roller, its both ends with the connection The end rotation connection of arm.

The beneficial effects of the utility model are：

(1) the utility model is by using caused hot gas in shaping mechanism is collected, by hot gas and the normal temperature air of suction Reach a temperature being but less than higher than normal temperature when shaping work after carrying out heat exchange, hot gas is directed to shaping mechanism afterwards Rear side, precooling processing is carried out to the weaving face fabric exported in self-fixing mechanism, make weaving face fabric before normal temperature air is entered Reach a lower temperature, avoid being quenched weaving face fabric contraction, while used heat is fully recycled, environmental protection, save the energy；

(2) the utility model is when setting shaping mechanism, using double end cylinder both ends catch bar band piston respectively the One gas storehouse and absorption and the push hot gas of being reciprocatingly slided in the second gas storehouse, when the first gas storehouse draws hot gas, the second gas storehouse will be drawn Hot gas be pushed to jet case, by jet case to weaving face fabric carry out jet heating, afterwards the second gas storehouse draw hot gas when, first The hot gas of absorption is pushed in jet case by gas storehouse, and jet heating is carried out to weaving face fabric by jet case, and in jet case jet Mouth goes out there is provided conical nozzle, using the thrust of double end cylinder and the gather effect of conical nozzle, gas is fully penetrated weaving Fabric, the moisture of weaving face fabric is taken away, carrying out heating to it shapes；

(3) the utility model is setting heat energy to recycle component, fully takes into account hot gas and carries out hot friendship with normal temperature cold air After changing, moisture and its own moisture carried that hot gas is taken away from weaving face fabric can condense into water droplet to the cold, therefore exchange heat The bottom of case is provided with collection waterwheel, and the water droplet of condensation can enter the in-car that catchments along the side wall landing of heat exchange box and be collected, keep away Exempt from accumulation of condensed water in heat exchange box；

(4) the utility model is driven using the reciprocating motion of slide assemblies when setting rolling body and rolls component back and forth Weaving face fabric is rolled, effectively removes fold and tiny weaving soft flocks on face, ensures that weaving face fabric is held level with both hands before sizing It is whole and bright and clean；

In summary, the utility model has the advantages that fixed effect is good, and heat utilization efficiency is high, energy-conserving and environment-protective, especially suitable In the drying and shaping technical field of weaving face fabric.

Brief description of the drawings

Fig. 1 is the utility model side structure schematic view；

Fig. 2 is the utility model shaping mechanism dimensional structure diagram；

Fig. 3 is jet component dimensional structure diagram in the utility model shaping mechanism；

Fig. 4 is this hair jet components structure schematic cross-sectional view；

Fig. 5 is jet case dimensional structure diagram in the utility model jet component；

Fig. 6 is that heat energy recycles component dimensional structure diagram in the utility model shaping mechanism；

Fig. 7 is that the utility model heat energy recycles heat exchange box horizontal cross-sectional structural representation in component；

Fig. 8 is that the utility model heat energy recycles heat exchange box longitudinal direction cross section structure diagram in component；

Fig. 9 is expander forward sight structural representation in the utility model open-width mechanism；

Figure 10 is the utility model rolling body dimensional structure diagram；

Figure 11 is mplifying structure schematic diagram at A in Figure 10 and B；

Figure 12 is to roll component dimensional structure diagram in the utility model rolling body.

Embodiment

Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out Clearly and completely describing, it is clear that described embodiment is only the utility model part of the embodiment, rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of creative work is made The every other embodiment obtained, belong to the scope of the utility model protection.

In description of the present utility model, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outer ", The orientation or position relationship of the instructions such as " clockwise ", " counterclockwise " be based on orientation shown in the drawings or position relationship, be only for Be easy to describe the utility model and simplify to describe, rather than instruction or imply signified equipment or element must have it is specific Orientation, with specific azimuth configuration and operation, therefore it is not intended that to limitation of the present utility model.

In addition, term " first ", " second " are only used for describing purpose, and it is not intended that instruction or hint relative importance Or the implicit quantity for indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can be expressed or Implicitly include one or more this feature.In description of the present utility model, " multiple " are meant that two or two More than, unless otherwise specifically defined.

Embodiment 1：

As shown in figure 1, a kind of fabric integration drying and shaping device, including：

Open-width mechanism 1, the open-width mechanism 1 include some expanders being mounted equidistant along the length direction of the first mounting bracket 11 12, and the open-width motor 13 being connected by belt transmissioning mode with any expander 12, the open-width motor 13 drive the synchronous axial system of expander 12；

Rolling body 2, the rolling body 2 are located at the rear of the open-width mechanism 1, and it includes moving back and forth in the second peace The slide assemblies 22 at 21 tops are shelved, and component 23 is rolled by what the slide assemblies 22 drove；

Shaping mechanism 3, the shaping mechanism 3 are located at the dead astern of the rolling body 2, and it includes being installed on the 3rd installation The jet component 32 on the top of frame 31, and it is installed on the heat energy recycling component 33 of the bottom of the 3rd mounting bracket 31.

It should be noted that fabric 4 is drawn by draw-gear, it is transported to first after the horizontal open-width of the carry out of open-width mechanism 1 Rolling body 2, on rolling body 2 roll component 23 moved back and forth along the second mechanism 21 fabric 4 roll it is smooth, and just Step removes moisture unnecessary on fabric 4；Continue to be drawn by draw-gear afterwards, fabric 4 is delivered at shaping mechanism 3, jet Component 32 returns to fabric 4 and carries out jet heating, and fabric is carried out thoroughly to dry and shape, and caused hot gas during this Component 33 is recycled to carry out recycling by heat energy；The fabric 4 completed of shaping is drawn by draw-gear to be exported, in output procedure Middle heat energy recycles component 33 that the hot gas reclaimed from shaping mechanism 3 is used for the pre- cooling of fabric 4, fabric 4 is progressively cooled.

Further illustrate, when the jet component 32 expects 3 progress jet drying and shaping over there, it sprays gas Temperature at 160 DEG C or so, hot gas by heat energy recycle component 33 reclaim after by reaching 70 after carrying out heat exchange with suction air DEG C or so, for being precooled after being shaped to fabric 4.

As shown in Fig. 2, Fig. 3, Fig. 4 and Fig. 5, as a preferred embodiment, the jet component 32 includes：

Air-breathing storehouse 321, the fixed setting of air-breathing storehouse 321 and the top of the 3rd mounting bracket 31, it is in turn divided into first Gas storehouse 3211, the cylinder installation gas storehouse 3213 of storehouse 3212 and second；

Heater box 322, the heater box 322 are symmetricly set in the both sides in the jet storehouse 321, itself and first gas storehouse 3211 and second gas storehouse 3213 connected by the first tracheae 323, and the first unidirectional gas is provided with first tracheae 323 Valve 324；

Double end cylinder 325, the double end cylinder 325 are installed in the cylinder installation storehouse 3212, the catch bar at its both ends Piston is separately installed with, and is slideably positioned in respectively in the gas storehouse 3213 of the first gas storehouse 3211 and second；

Jet case 326, the jet case 326 are arranged at the underface in the air-breathing storehouse 321, and it is fixed with the second frame 31 Connection, and its both ends is connected with first gas storehouse 3211 with the second gas storehouse 3213 by the second tracheae 327 respectively, this second The second Non-return air valve 328 is provided with tracheae 327, the lower surface of the jet case 326 there are not some taper jet thrusts 329。

It should be noted that the both ends catch bar band piston of double end cylinder 325 is respectively in the first gas storehouse 3211 and the second gas Reciprocatingly slide absorption and push hot gas in storehouse 3213, and when the first gas storehouse 3211 draws hot gas, the second gas storehouse 3213 is by absorption Hot gas is pushed to jet case 326, carries out jet heating to weaving face fabric 4 by jet case 326, afterwards the extract heat of the second gas storehouse 3213 During gas, the hot gas of absorption is pushed in jet case 326 by the first gas storehouse 3211, and jet is carried out to weaving face fabric 4 by jet case 326 Heating, and go out in the puff prot of jet case 326 that there is provided the gas that conical nozzle 329, taper air nozzle 329 spray to jet case 326 Body, which has, gathers bundles of effect, and the push of double end cylinder 325 improves the jet velocity of hot gas, and taper air nozzle 329 improves heat The penetrability of gas.

Further illustrating, the first check valve 324 ensures that hot gas can only be entered in air-breathing storehouse 321 from heater box 322, Can not countercurrently, and the second check valve 328 ensures that hot gas can only enter in jet case 326 from air-breathing storehouse 321, can not adverse current.

As shown in Fig. 6, Fig. 7 and Fig. 8, as a preferred embodiment, the heat energy recycles component 33 to wrap Include：

Heat exchange box 331, the heat exchange box 331 are arranged at the underface of the jet case 326, and its upper surface is evenly distributed with Some return-air holes, and its lower surface is evenly distributed with some apopores, the inside of the heat exchange box 331 is longitudinally above back-shaped to be provided with out Air channel 3311, and intert in the inner transverse of the heat exchange box 331 with the exhaust passage 3311 and be provided with air inlet duct 3312, and should The front lower ends of heat exchange box 331 are provided with air outlet 3313；

Discharge pipe 332, the discharge pipe 332 are arranged at the front portion of the heat exchange box 331, itself and air outlet described in one end 3313 connections, the other end are vacantly arranged at the rear end of the heat exchange box 331；

Air inlet fan 333, the air inlet fan 333 are fixedly installed on the top of the jet case 326, its one end and the heat exchange The one side of case 332 is connected by the 3rd tracheae 334, and its other end is connected with the heater box 322 by the 4th tracheae 335 It is logical；

Collect waterwheel 336, the collection waterwheel 336 is located at the lower section of the heat exchange box 331, under heat exchange box 331 described in its face The apopore of side is set.

It should be noted that the hot gas that jet component 32 sprays is entered in heat exchange box 331 after sizing work is completed, Conveyed along exhaust passage 3311, in course of conveying, hot gas carries out heat exchange with the normal temperature air that air inlet duct 3312 enters, and hands over The rear end that hot gas after the completion of changing is directed to shaping mechanism 3 by discharge pipe 332 precools to the fabric 4 after sizing, and by The air that air inlet duct 3312 enters enters in heater box 322 operating temperature for continuing to be heated to 160 DEG C.

Further illustrate, air inlet fan 333 is used for after drawing the interior heat exchange entered by air inlet duct 3312 of heat exchange box 331 Air, and these air are imported into heater box 322.

More further illustrate, in hot gas and normal temperature air carry out heat exchanging process, the moisture meeting that contains in hot gas Condense into the bottom that water droplet accumulates in heat exchange box 331 to the cold, when work the long period after, these condensed waters can block exhaust passage 3311, therefore some apopores are distributed with the lower surface of heat exchange box 331, allow condensed water to enter collection waterwheel 326 by apopore It is interior.

As shown in Fig. 2 wherein, the shaping mechanism 3 also includes being arranged at the jet component 32 and heat energy recycling group Seal assembly 34 between part 33, the seal assembly 34 include：

Seal box 341, the seal box 341 are arranged between the jet case 326 and the heat exchange box 332, above and below it Hold and set for opening, and the bottom of its rear and front end rolls and is provided with fabric guide roll 342.

It should be noted that the hot air temperature fortune that jet component 32 sprays is higher than normal temperature, it is carried out using seal box 341 Sealing, ensure that heat is not dispersed into air, working environment is had an impact, while avoid the loss of heat as far as possible.

As shown in figure 9, as a preferred embodiment, the both sides of the expander 12 are symmetrically arranged with spiral open-width Cylinder 121, and the side of expander 12 is connected with each other by the kind of drive of sprocket wheel chain.

It should be noted that the hand of spiral of symmetrically arranged spiral open-width cylinder 121 is on the contrary, when expander 12 rotates, Spiral open-width cylinder 121 pushes down fabric 4 while conveying backward, can be torn to both sides, deploy fabric 4.

As shown in Figure 10, as a preferred embodiment, the slide assemblies 22 include：

Rack 220, the rack 220 are symmetricly set in the top both sides of second mounting bracket 21；

Gear 221, the gear 221 are respectively positioned on the rack 220, and it is engaged with the rack 220；

Gear shaft 222, the gear 221 that the connected symmetrical dendrimer of gear shaft 222 is set；

Motor mounting rack 223, the both sides of the motor mounting rack 223 are provided with some rollers, and it is set by roller-coaster It is placed on the second mounting bracket 21, and rotates be provided with the gear shaft 222 below；

Sliding motor 224, the sliding motor 224 are symmetricly set in the both ends of the motor mounting rack 223, its motor shaft On be arranged with driving gear 225；

Driven gear 226, the driven gear 226 are respectively positioned on the lower end of the driving gear 225, itself and the gear shaft 222 sockets, and itself and the engaged transmission of driving gear 225；

As described in Figure 10 and Figure 11, further, the control assembly 24 includes：

Travel switch 241, the travel switch 241 are symmetricly set in the both ends of second mounting bracket 21；

Electric cabinet 242, the electric cabinet 242 are fixedly installed on second mounting bracket 21, its respectively with the slip Motor 224 and travel switch 241 electrically connect.

It should be noted that sliding motor 224 drives driving gear 226 to rotate, driving gear 225 passes through driven gear 226 band movable gear shafts 222 rotate, and then are rotated with moving gear 221, and because gear 221 engages with rack 220, its rotation can edge Rack 220 moves, and its entirety of drive motor mounting bracket 223 during movement moves, electric in moving process Roller on machine mounting bracket 223 is touched on the second mounting bracket 21 after the travel switch 227 of one end, and sliding motor 224 inverts, band Dynamic motor mounting rack 223 moves backward, until the roller on motor mounting rack 223 touches the row of the other end of the second mounting bracket 21 After Cheng Kaiguan 227, sliding motor 224 inverts again.

Further illustrate, sliding motor 224 is respectively connected with travel switch 227 with electric cabinet 228, travel switch 227 is touched, and the inflow of electric current on sliding motor 224 can be exchanged after the signal that the reception travel switch 227 of electric cabinet 228 is sent Direction, and then realize the rotating of sliding motor 224.

As shown in figure 12, as a preferred embodiment, the component 23 that rolls is consolidated with the motor mounting rack 224 Fixed connection, this, which rolls component 23, includes：

Linking arm 231, the linking arm 231 are symmetricly set in the both sides of the motor mounting rack 224；

First milling roller 232, the both ends of first milling roller 232 are rotatablely connected with the end of the linking arm 231；

Second milling roller 233, second milling roller 233 are located at the lower end of first milling roller 232, its both ends with The end rotation connection of the linking arm 231.

It should be noted that crack of the fabric 4 between the first milling roller 232 and the second milling roller 233 passes through, work as slip Motor 224 is operated, and rolling the entirety of component 23 can be moved back and forth with motor mounting rack 223 along rack 220, and then roll fabric 4, remove the fold on fabric 4.

What deserves to be explained is the processing step in the present embodiment is as follows：

Step 1, open-width process, open-width work of the fabric 4 by draw-gear horizontally tracting to the lower section of expander 12 after printing and dyeing At position, rotated by the expander 12 and open-width processing is completed to it；

Step 2, roller compaction processes, the fabric 4 for completing open-width processing continues to be drawn by draw-gear, horizontal by open-width station Draw to crevice place between the first milling roller 232 and the second milling roller 233 and roll station, group rolled by horizontal reciprocating movement Part 23 is completed to roll processing；

Step 3, shaping process, the fabric 4 for completing to roll processing are still drawn by draw-gear, led by rolling station level The sizing station at the middle part of shaping mechanism 3 is led to, jet component 32 carries out jet heat treatment to it；

Step 4, precooling process, the fabric 4 for completing heat treatment are drawn to the rear side of shaping mechanism 3 by draw-gear Precooling station, carry out slow precooling treatment；

Step 5, process is exported, the fabric 4 for completing precooling treatment is drawn by draw-gear, from precooling station horizontal output Carry out clot processing.

It should be noted that more traditional drying and shaping technique, adds precooling technique after setting process, utilize Less than sizing work temperature, higher than normal temperature hot gas as precooling medium, the fabric 4 after sizing is carried out progressively Cooling, the quenching of fabric 4 is avoided to shrink.

Wherein, precool the hot gas of processing both from being shaped in the step 3 to fabric 4 in the step 4 Recycling after hot waste gas recovery caused by mechanism 3.

It should be noted that it is used to be used as fabric 4 in precooling process after caused hot waste gas recycling in shaping process Precooling medium, improve the utilization rate of heat energy.

The course of work is as follows：

Fabric 4 is drawn by draw-gear, is transported to rolling body 2 after the horizontal open-width of the carry out of open-width mechanism 1 first, is rolled The component 23 that rolls in mechanism 2 moves back and forth along the second mechanism 21 and fabric 4 roll smooth, and tentatively removes on fabric 4 Unnecessary moisture；Continue to be drawn by draw-gear afterwards, fabric 4 is delivered at shaping mechanism 3, jet component 32 returns to fabric 4 carry out jet heating, and fabric is carried out thoroughly to dry and shape, and caused hot gas recycles group by heat energy during this Part 33 carries out recycling；The fabric 4 completed of shaping is drawn by draw-gear to be exported, the heat energy recycling group in output procedure The hot gas reclaimed from shaping mechanism 3 is used for the pre- cooling of fabric 4 by part 33, fabric 4 is progressively cooled, last draw-gear is led Draw fabric 4 and carry out clot.

Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model Protection domain within.

Claims (8)

1. A kind of 1. fabric integration drying and shaping device, it is characterised in that including：

   Open-width mechanism (1), the open-width mechanism (1) include some open-widths being mounted equidistant along the first mounting bracket (11) length direction Roller (12), and the open-width motor (13) being connected by belt transmissioning mode with any expander (12), the open-width Motor (13) drives expander (12) synchronous axial system；

   Rolling body (2), the rolling body (2) are located at the rear of the open-width mechanism (1), and it includes moving back and forth in second Slide assemblies (22) at the top of mounting bracket (21), and component (23) is rolled by what the slide assemblies (22) drove, this is rolled Mechanism (2) also includes being used to control slide assemblies (22) reciprocating control assembly (24)；

   Shaping mechanism (3), the shaping mechanism (3) are located at the dead astern of the rolling body (2), and it includes being installed on the 3rd peace The jet component (32) on (31) top is shelved, and is installed on the heat energy recycling component (33) of the 3rd mounting bracket (31) bottom.
2. A kind of 2. fabric integration drying and shaping device according to claim 1, it is characterised in that the jet component (32) include：

   Air-breathing storehouse (321), the air-breathing storehouse (321) fixed setting and the top of the 3rd mounting bracket (31), it is in turn divided into the One gas storehouse (3211), cylinder installation storehouse (3212) and the second gas storehouse (3213)；

   Heater box (322), the heater box (322) are symmetricly set in the both sides of the air-breathing storehouse (321), itself and first gas Storehouse (3211) and the second gas storehouse (3213) are connected by the first tracheae (323), and are provided with first tracheae (323) First Non-return air valve (324)；

   Double end cylinder (325), the double end cylinder (325) are installed in cylinder installation storehouse (3212), the promotion at its both ends Bar is separately installed with piston, and it is interior with the second gas storehouse (3213) to be slideably positioned in first gas storehouse (3211) respectively；

   Jet case (326), the jet case (326) are arranged at the underface of the air-breathing storehouse (321), itself and the 3rd mounting bracket (31) it is fixedly connected, and its both ends passes through the second tracheae with first gas storehouse (3211) and the second gas storehouse (3213) respectively (327) connect, be provided with the second Non-return air valve (328) on second tracheae (327), the lower surface of the jet case (326) is equal There are not some taper jet thrusts (329).
3. 3. a kind of fabric integration drying and shaping device according to claim 2, it is characterised in that the heat energy recycles Component (33) includes：

   Heat exchange box (331), the heat exchange box (331) are arranged at the underface of the jet case (326), and its upper surface is uniformly divided Some return-air holes are furnished with, and its lower surface is evenly distributed with some apopores, the inside of the heat exchange box (331) is longitudinally above back-shaped to be set Exhaust passage (3311) is equipped with, and interts in the inner transverse of the heat exchange box (331) with the exhaust passage (3311) and is provided with air intake Road (3312), and the front lower ends of the heat exchange box (331) are provided with air outlet (3313)；

   Discharge pipe (332), the discharge pipe (332) are arranged at the front portion of the heat exchange box (331), itself and air outlet described in one end (3313) connect, the other end is vacantly arranged at the rear end of the heat exchange box (331)；

   Air inlet fan (333), the air inlet fan (333) are fixedly installed on the top of the jet case (326), and its one end is changed with described The one side of hot tank (331) is connected by the 3rd tracheae (334), and its other end passes through the 4th with the heater box (322) Tracheae (335) connects；

   Collect waterwheel (336), the collection waterwheel (336) is located at the lower section of the heat exchange box (331), heat exchange box described in its face (331) apopore below is set.
4. A kind of 4. fabric integration drying and shaping device according to claim 3, it is characterised in that the shaping mechanism (3) seal assembly (34) being arranged between the jet component (32) and heat energy recycling component (33), the sealing are also included Component (34) includes：

   Seal box (341), the seal box (341) are arranged between the jet case (326) and the heat exchange box (331), its Upper and lower side is set for opening, and the bottom of its rear and front end rolls and is provided with fabric guide roll (342).
5. A kind of 5. fabric integration drying and shaping device according to claim 1, it is characterised in that the expander (12) Both sides be symmetrically arranged with spiral open-width cylinder (121), and the side of expander (12) passes through the kind of drive phase of sprocket wheel chain Connect.
6. A kind of 6. fabric integration drying and shaping device according to claim 1, it is characterised in that the slide assemblies (22) include：

   Rack (220), the rack (220) are symmetricly set in the top both sides of second mounting bracket (21)；

   Gear (221), the gear (221) are respectively positioned on the rack (220), and it is engaged with the rack (220)；

   Gear shaft (222), the gear (221) that gear shaft (222) connected symmetrical dendrimer is set；

   Motor mounting rack (223), the both sides of the motor mounting rack (223) are provided with some rollers, and it is set by roller-coaster It is placed on the second mounting bracket (21), and rotates be provided with the gear shaft (222) below；

   Sliding motor (224), the sliding motor (224) are symmetricly set in the both ends of the motor mounting rack (223), its motor Driving gear (225) is arranged with axle；

   Driven gear (226), the driven gear (226) are respectively positioned on the lower end of the driving gear (225), itself and the gear Axle (222) is socketed, and itself and the driving gear (225) engaged transmission.
7. A kind of 7. fabric integration drying and shaping device according to claim 6, it is characterised in that the control assembly (24) include：

   Travel switch (241), the travel switch (241) are symmetricly set in the both ends of second mounting bracket (21)；

   Electric cabinet (242), the electric cabinet (242) are fixedly installed on second mounting bracket (21), its respectively with the cunning Dynamic motor (224) and travel switch (241) electrical connection.
8. 8. a kind of fabric integration drying and shaping device according to claim 6, described to roll component (23) and the electricity Machine mounting bracket (223) is fixedly connected, it is characterised in that this, which rolls component (23), includes：

   Linking arm (231), the linking arm (231) are symmetricly set in the both sides of the motor mounting rack (223)；

   First milling roller (232), the both ends of first milling roller (232) rotate with the end of the linking arm (231) to be connected Connect；

   Second milling roller (233), second milling roller (233) are located at the lower end of first milling roller (232), and its both ends is equal It is rotatablely connected with the end of the linking arm (231).