阅读说明：本技术 一种防褶皱的纺织烘干机 (Prevent weaving drying-machine of fold ) 是由 王梅琼 于 2020-12-28 设计创作，主要内容包括：本发明公开了一种防褶皱的纺织烘干机,其结构包括除湿装置、支架、纺织布、烘干器、风机、出风口、机体、导辊,本发明改进后进行使用时,通过气垫弹膜将热气进行均匀的扩散在纺织布上,撞击在气垫弹膜上的水分会滑落到隔滤层上进行过滤去除,过滤后的水分从导水孔滴落在纤维棉,吸纸与纤维棉相接触将水分进行吸收,再用树脂片将吸纸上的水分进行吸收,树脂片吸水膨胀后内部的水分会脱离树脂片滴落到卡块上,通过透明膜将水分通过出水孔流送到导水板上,导水板再将水分进行导送到滑板上,滑板将水通过纳米弧板导送到干燥腔内部进行吸附处理,防止烘干后的纺织布二次受潮,提高纺织布的烘干效果。(The invention discloses a wrinkle-proof textile dryer, which structurally comprises a dehumidifying device, a bracket, textile cloth, a dryer, a fan, an air outlet, a machine body and a guide roller, wherein when the wrinkle-proof textile dryer is used after improvement, hot air is uniformly diffused on the textile cloth through an air cushion elastic membrane, moisture impinging on the air cushion elastic membrane can slide onto a filter layer for filtering and removing, the filtered moisture can drip onto fiber cotton from a water guide hole, suction paper is contacted with the fiber cotton to absorb the moisture, the moisture on the suction paper is absorbed by a resin sheet, the moisture in the resin sheet after water absorption and expansion can separate from the resin sheet and drip onto a clamping block, the moisture is conveyed onto a water guide plate through a water outlet hole through a transparent membrane, the water guide plate guides the moisture onto a sliding plate, the sliding plate guides the water into a drying cavity through a nano arc plate for adsorption treatment, and the dried textile cloth is prevented from secondary moisture, improve weaving cloth's stoving effect.)

1. The utility model provides a prevent weaving drying-machine of fold, its structure includes dehydrating unit (1), support (2), weaving cloth (3), drying apparatus (4), fan (5), air outlet (6), organism (7), deflector roll (8), its characterized in that:

the support (2) is matched with the machine body (7) in a welding mode, the dehumidifying device (1) is installed inside the machine body (7), the machine body (7) is connected with the dryer (4) through an electric wire, the air outlet (6) is formed in the bottom of the fan (5), guide rollers (8) are arranged on two sides of the machine body (7), and the textile cloth (3) penetrates through the machine body (7) and is connected to the guide rollers (8);

dehydrating unit (1) is including dry chamber (11), nanometer arc board (12), base (13), cavity (14), moisture absorption subassembly (15), ejection piece (16), dry chamber (11) are fixed on base (13), base (13) are inlayed perpendicularly and are fixed in cavity (14) bottom, the one end that base (13) were kept away from in dry chamber (11) is connected with nanometer arc board (12), nanometer arc board (12) laminating is in moisture absorption subassembly (15) bottom, moisture absorption subassembly (15) top is connected with ejection piece (16), base (13) fixed connection is inside organism (7).

2. A wrinkle-preventing textile dryer as claimed in claim 1, characterized in that: moisture absorption subassembly (15) are including separation board (151), cellucotton (152), conduction spare (153), cutting ferrule (154), separation board (151) are installed on conduction spare (153), be equipped with cellucotton (152) and both laminating mutually on cutting ferrule (154), conduction spare (153) run through cutting ferrule (154) and cellucotton (152) link to each other, cellucotton (152) one end is laminated with nanometer arc board (12) mutually, and the other end is connected with ejection piece (16).

3. A wrinkle-preventing textile dryer as claimed in claim 2, characterized in that: conduction piece (153) are including slide (Q1), water deflector (Q2), adsorb piece (Q3), water conservancy diversion spare (Q4), slide (Q1) are installed in water deflector (Q2) bottom, be equipped with water conservancy diversion spare (Q4) on water deflector (Q2), the one end that water deflector (Q2) was kept away from in water conservancy diversion spare (Q4) is buckled mutually with adsorbing piece (Q3), adsorb piece (Q3) and install on cellucotton (152), slide (Q1) both sides are connected with baffler (151), water conservancy diversion spare (Q4) are connected with cutting ferrule (154).

4. A wrinkle-preventing textile dryer as claimed in claim 3, characterized in that: the adsorption block (Q3) comprises a resin sheet (Q31), a suction paper (Q32), a clamping rod (Q33) and an interface (Q34), wherein the suction paper (Q32) is connected with the resin sheet (Q31), the resin sheet (Q31) is connected with the suction paper (Q32) through a clamping rod (Q33), the clamping rod (Q33) penetrates through the resin sheet (Q31) and is inserted and embedded in the interface (Q34), the interface (Q34) is buckled with the flow guide (Q4), and the suction paper (Q32) is connected with the fiber cotton (152).

5. A wrinkle-preventing textile dryer as claimed in claim 3, characterized in that: the water conservancy diversion spare (Q4) is including apopore (Q41), transparent film (Q42), fixture block (Q43), oblique flow tube (Q44), apopore (Q41) are established in oblique flow tube (Q44) bottom, oblique flow tube (Q44) are connected with fixture block (Q43), oblique flow tube (Q44) inner wall both sides all are equipped with transparent film (Q42) and both laminate mutually, fixture block (Q43) and interface (Q34) lock joint mutually, oblique flow tube (Q44) one end is connected with water guide plate (Q2), fixture block (Q43) are connected with cutting ferrule (154).

6. A wrinkle-preventing textile dryer as claimed in claim 1, characterized in that: launch piece (16) including even board (161), elastic component (162), bracer (163), drainage piece (164), be equipped with drainage piece (164) on even board (161), the laminating of bracer (163) one end is on drainage piece (164), and the other end is inserted and is inlayed on even board (161), be equipped with elastic component (162) on drainage piece (164), even board (161) are connected with cellucotton (152).

Technical Field

The invention relates to the field of textile machinery, in particular to a crease-resistant textile dryer.

Background

Along with the continuous development of scientific and technological to and the continuous improvement of people's standard of living, people are increasingly big to the demand of fabrics, and the preparation of fabrics roughly divide into spinning and weaves twice process, and it is the essential one process in the textile process to dry to the fabrics, adsorbs the vapor that produces through moisture absorption component with drying, prevents that vapor from soaking weaving cloth once more, when drying weaving cloth, needs the modified place:

when drying to weaving cloth, weaving cloth need use the drying-machine to dry after weaving washing and printing and dyeing, in order to detach the moisture that contains in the cotton yarn, be convenient for going on of cotton yarn's next step process, in-process drying to weaving cloth, the vapor that the stoving produced can't in time be got rid of, weaving cloth secondary after making the stoving easily wets, it has wet to lead to weaving cloth to have futilely, influence weaving cloth's stoving effect, and because the stoving box is airtight stoving, make the heat diffusion velocity in the stoving box slow, reduce weaving cloth's drying efficiency.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a crease-resistant textile dryer.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a prevent weaving drying-machine of fold, its structure includes dehydrating unit, support, weaving cloth, drying apparatus, fan, air outlet, organism, deflector roll, the support adopts the welding mode to cooperate with the organism, dehydrating unit installs inside the organism, be equipped with drying apparatus on the organism and both pass through electric wire connection, be equipped with the air outlet on the organism, the air outlet is established in the fan bottom, the fan inlays admittedly on the organism, the organism both sides all are equipped with two deflector rolls that are connected with it, weaving cloth runs through the organism and connects at the deflector roll, two contact with weaving cloth between the deflector roll.

The invention further improves the content, the dehumidifying device comprises two drying cavities, a nanometer arc plate, a base, a cavity, a moisture absorption assembly and an ejection piece, the two drying cavities are fixed on two sides of the base, the base is vertically embedded at the bottom of the cavity, one end of each drying cavity, far away from the base, is connected with the nanometer arc plate, the nanometer arc plate is attached to the bottom of the moisture absorption assembly, the top of the moisture absorption assembly is connected with the ejection piece, and the base is fixedly connected inside a machine body.

As a further improvement of the invention, the moisture absorption assembly comprises four blocking plates, fiber cotton, a conducting piece and a clamping sleeve, wherein the four blocking plates are annularly arranged on the conducting piece at equal intervals, the conducting piece is connected with the clamping sleeve, the fiber cotton is arranged on the clamping sleeve and is attached to the clamping sleeve, the conducting piece penetrates through the clamping sleeve and is connected with the fiber cotton, one end of the fiber cotton is attached to the nano arc plate, and the other end of the fiber cotton is connected with the ejection piece.

As a further improvement of the invention, the conduction piece comprises a sliding plate, a water guide plate, an adsorption block and a flow guide piece, the sliding plate is arranged at the bottom of the water guide plate and is matched with the water guide plate, the flow guide piece is arranged on the water guide plate, one end of the flow guide piece, far away from the water guide plate, is buckled with the adsorption block, the adsorption block is arranged on the fiber cotton, two sides of the sliding plate are connected with blocking plates, and the flow guide piece is connected with the clamping sleeve.

As a further improvement of the invention, the adsorption block comprises a resin sheet, a piece of suction paper, a clamping rod and an interface, the suction paper is annularly arranged on the resin sheet at equal intervals, the resin sheet is connected with the suction paper through the clamping rod, the clamping rod penetrates through the resin sheet and is inserted into the interface, the interface is buckled with the flow guide piece, and the suction paper is connected with the fiber cotton.

As a further improvement of the invention, the flow guide member comprises water outlet holes, transparent films, fixture blocks and inclined flow tubes, the water outlet holes are formed in the bottoms of the inclined flow tubes, the number of the inclined flow tubes is two, one end of each of the two inclined flow tubes is connected with the fixture block, the two sides of the inner wall of each of the two inclined flow tubes are respectively provided with the transparent films and are attached to the transparent films, the fixture blocks are buckled with the interfaces, one end of each of the inclined flow tubes is connected with the water guide plate, and the fixture blocks are connected with the clamping sleeves.

As a further improvement of the invention, the ejection piece comprises a connecting plate, an elastic piece, a supporting block and a drainage piece, wherein the drainage piece is arranged on the connecting plate, the drainage piece is connected with the connecting plate through the supporting block, one end of the supporting block is attached to the drainage piece, the other end of the supporting block is inserted and embedded in the connecting plate, the elastic piece is arranged on the drainage piece, and the connecting plate is connected with the cellucotton.

As a further improvement of the invention, the elastic part comprises an air cushion elastic membrane and a heat insulation sheet, the heat insulation sheet is arranged on the air cushion elastic membrane and is attached to the air cushion elastic membrane, and the air cushion elastic membrane is connected with the drainage part.

As a further improvement of the invention, the drainage piece comprises a water guide hole and a separation and filtration layer, the bottom of the separation and filtration layer is provided with the water guide hole, the water guide hole is connected with the connecting plate through a supporting block, and the separation and filtration layer is attached to the air cushion elastic membrane.

Advantageous effects

The invention discloses a crease-resistant textile dryer, which has the following beneficial effects:

1. the invention is provided with the structure of the water-absorbing resin sheet, the paper, the clamping rod and the interface, wherein the fiber cotton absorbs moisture to stone, two sides of the paper are contacted with the fiber cotton, the paper absorbs the moisture absorbed by the fiber cotton by capillary action, and the resin sheet guides and absorbs the moisture on the paper into the paper, thereby effectively absorbing the water vapor generated by drying.

2. The invention is provided with the water outlet hole, the transparent film, the fixture block and the inclined flow tubes, wherein the water received by the fixture block is guided to the two inclined flow tubes, the water in the inclined flow tubes flows to the transparent film due to inertia, the transparent film has the function of isolating water molecules, the water is directly conveyed to the water guide plate through the water outlet hole, and the water is rapidly output and processed.

3. According to the invention, the air cushion elastic membrane and the heat insulation sheet are combined, moisture generated by drying can impact on the air cushion elastic membrane along with hot air, the hot air is rebounded to the interior of the machine body under the elastic action of the air cushion elastic membrane, so that the hot air is rapidly and uniformly diffused and distributed on the textile fabric in the interior of the machine body, and the drying efficiency of the textile fabric is improved

4. According to the invention, the water guide holes and the filtering layer are combined, so that water impacted on the elastic part can slide onto the filtering layer due to impact force, micro cotton wool contained in the water is filtered and removed through the filtering layer, the filtered water drops onto the water guide holes due to inertia, the water guide holes guide the water onto the moisture absorption component, the water generated by drying is quickly treated, and the dried textile fabric is prevented from secondary wetting.

In summary, the invention adopts a new anti-wrinkle textile dryer formed by combining a dehumidifier, a bracket, textile cloth, a dryer, a fan, an air outlet, a machine body and a guide roller, hot air is uniformly diffused on the textile cloth through an air cushion elastic membrane, moisture impinging on the air cushion elastic membrane can slide onto a filter layer for filtering and removing, the filtered moisture can drip onto fiber cotton from a water guide hole, suction paper is contacted with the fiber cotton to absorb the moisture, the resin sheet is used for absorbing the moisture on the suction paper, the moisture in the resin sheet after absorbing water and expanding can separate from the resin sheet and drip onto a clamping block, the moisture is conveyed onto a water guide plate through a water outlet hole through a transparent membrane, the water guide plate guides the moisture onto a sliding plate, the sliding plate guides the water into a drying cavity through a nano arc plate for adsorption treatment, and the dried textile cloth is prevented from secondary moisture absorption, improve weaving cloth's stoving effect.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

FIG. 1 is a schematic structural diagram of a crease-resistant textile dryer of the present invention;

fig. 2 is a schematic diagram of the internal structure of the dehumidifying apparatus according to the present invention.

Fig. 3 is a schematic top cross-sectional view of an absorbent assembly of the present invention.

Fig. 4 is a schematic cross-sectional structure of the conductive element of the present invention.

Fig. 5 is a schematic top view of the adsorption block of the present invention.

Fig. 6 is a schematic cross-sectional view of the flow guide of the present invention.

Fig. 7 is a schematic cross-sectional structure of the ejector of the present invention.

FIG. 8 is a schematic view showing a sectional structure of the connection between the elastic member and the drainage member according to the present invention.

In the figure: the drying device comprises a dehumidifying device 1, a support 2, a woven fabric 3, a dryer 4, a fan 5, an air outlet 6, a machine body 7, a guide roller 8, a drying cavity 11, a nanometer arc plate 12, a base 13, a cavity 14, a moisture absorption assembly 15, an ejection piece 16, a barrier plate 151, cellucotton 152, a conduction piece 153, a clamping sleeve 154, a sliding plate Q1, a water guide plate Q2, an adsorption block Q3, a flow guide piece Q4, a water absorption resin sheet Q31, a paper absorption Q32, a clamping rod Q33, a connector Q34, a water outlet hole Q41, a transparent film Q42, a clamping block Q43, an inclined flow pipe Q44, a connecting plate 161, an elastic piece 162, a supporting block 163, a flow guide piece 164, an air cushion elastic film R1, a heat insulation sheet R2, a water guide hole S1 and a filter.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Example one

Referring to fig. 1, the present invention provides a technical solution: the utility model provides a prevent weaving drying-machine of fold, its structure includes dehydrating unit 1, support 2, weaving cloth 3, drying apparatus 4, fan 5, air outlet 6, organism 7, deflector roll 8, support 2 adopts the welding mode to cooperate with organism 7, dehydrating unit 1 installs inside organism 7, be equipped with drying apparatus 4 on organism 7 and both pass through electric wire connection, be equipped with air outlet 6 on the organism 7, air outlet 6 is established in 5 bottoms of fan, fan 5 inlays admittedly on organism 7, organism 7 both sides all are equipped with two deflector rolls 8 that are connected with it, weaving cloth 3 runs through organism 7 and connects at deflector roll 8, two contact with weaving cloth 3 between the deflector roll 8.

Referring to fig. 2, the dehumidifying apparatus 1 includes two drying chambers 11, two nano arc plates 12, a base 13, a cavity 14, a moisture absorbing assembly 15, and an ejection member 16, the two drying chambers 11 are fixed on two sides of the base 13, the base 13 is vertically embedded in the bottom of the cavity 14, one end of the drying chamber 11 far from the base 13 is connected to the nano arc plates 12, the nano arc plates 12 are attached to the bottom of the moisture absorbing assembly 15, the top of the moisture absorbing assembly 15 is connected to the ejection member 16, and the base 13 is fixedly connected to the inside of the body 7.

Foretell nanometer arc board 12 is used for leading the inside water of moisture absorption subassembly 15 to send to dry chamber 11, and moisture absorption subassembly 15 is when absorbing water, and moisture absorption subassembly 15 is inside after gathering up certain moisture, can be because the action of gravity of water is on nanometer arc board 12 of drippage down, and inside nanometer arc board 12 adopted the not be stained with water effect of bionical lotus leaf directly can lead moisture to send to dry chamber 11, carries out adsorption treatment through the inside drier of dry chamber 11 to moisture.

Referring to fig. 3, the moisture absorption assembly 15 includes four blocking plates 151, fiber cotton 152, a conductive member 153, and a ferrule 154, the blocking plates 151 are provided with four blocks, the four blocking plates 151 are annularly installed on the conductive member 153 at equal intervals, the conductive member 153 is connected with the ferrule 154, the ferrule 154 is provided with the fiber cotton 152, the two blocks are attached to each other, the conductive member 153 penetrates through the ferrule 154 to be connected with the fiber cotton 152, one end of the fiber cotton 152 is attached to the nano arc plate 12, and the other end is connected with the ejection member 16.

The cutting sleeve 154 is used for supporting the cellucotton 152, the cellucotton 152 is installed on the cutting sleeve 154, the moisture generated when the dryer 4 dries the textile fabric 3 can be adhered to the cellucotton 152, the moisture generated by drying can be quickly absorbed through the cellucotton 152, and the moisture can not fall on the textile fabric 3.

Referring to fig. 4, the conducting element 153 includes a sliding plate Q1, a water guide plate Q2, an absorbing block Q3, and a flow guide element Q4, the sliding plate Q1 is installed at the bottom of the water guide plate Q2 and is matched with the water guide plate Q2, the flow guide element Q4 is installed on the water guide plate Q2, one end of the flow guide element Q4, which is far away from the water guide plate Q2, is fastened to the absorbing block Q3, the absorbing block Q3 is installed on the cellucotton 152, two sides of the sliding plate Q1 are connected to the blocking plates 151, and the flow guide element Q4 is connected to the ferrule.

The blocking plate 151 is used for matching with the sliding plate Q1, when water flows out of the sliding plate Q1, the two blocking plates 151 are used for blocking the sliding opening of the sliding plate Q1, the water outflow speed is reduced, and the water is guided to the nano arc plate 12 at a uniform speed and in a uniform quantity.

Referring to fig. 5, the suction block Q3 includes a resin sheet Q31, a suction sheet Q32, a clamping bar Q33 and a connector Q34, the suction sheets Q32 are arranged on the resin sheet Q31 in an equidistant and annular manner, the resin sheet Q31 is connected with the suction sheet Q32 through a clamping bar Q33, the clamping bar Q33 penetrates through the resin sheet Q31 and is inserted into the connector Q34, the connector Q34 is fastened with the flow guide Q4, and the suction sheet Q32 is connected with the fiber cotton 152.

The resin sheet Q31 is used in cooperation with the suction paper Q32, the suction paper Q32 absorbs moisture in the fiber cotton 152 by capillary effect, and the resin sheet Q31 guides the moisture on the suction paper Q32 to the inside, so that the suction paper Q32 can be recycled, and the moisture in the fiber cotton 152 is separated and absorbed.

Referring to fig. 6, the flow guide element Q4 includes a water outlet hole Q41, a transparent film Q42, a fixture block Q43, and an inclined flow tube Q44, the water outlet hole Q41 is disposed at the bottom of the inclined flow tube Q44, the inclined flow tube Q44 has two inclined flow tubes Q44, one end of each of the two inclined flow tubes Q44 is connected to the fixture block Q43, the transparent film Q42 is disposed on both sides of the inner wall of each of the two inclined flow tubes Q44 and is attached to the corresponding one of the two inclined flow tubes Q44, the fixture block Q43 is fastened to the interface Q34, one end of the inclined flow tube Q44 is connected to the water guide plate Q36.

The transparent film Q42 is used for matching with the oblique flow tube Q44, the clamping block Q43 is buckled with the interface Q34, when the resin sheet Q31 absorbs water and expands to a certain degree, the water can be separated from the resin sheet Q31 and drip on the oblique flow tube Q44, the transparent film Q42 can guide the moisture to the bottom of the oblique flow tube Q44 quickly, the moisture is conveyed to the water guide plate Q2 through the water outlet hole Q41, and the moisture absorption effect is improved.

Example two

Referring to fig. 1, the present invention provides a technical solution: the utility model provides a prevent weaving drying-machine of fold, its structure includes dehydrating unit 1, support 2, weaving cloth 3, drying apparatus 4, fan 5, air outlet 6, organism 7, deflector roll 8, support 2 adopts the welding mode to cooperate with organism 7, dehydrating unit 1 installs inside organism 7, be equipped with drying apparatus 4 on organism 7 and both pass through electric wire connection, be equipped with air outlet 6 on the organism 7, air outlet 6 is established in 5 bottoms of fan, fan 5 inlays admittedly on organism 7, organism 7 both sides all are equipped with two deflector rolls 8 that are connected with it, weaving cloth 3 runs through organism 7 and connects at deflector roll 8, two contact with weaving cloth 3 between the deflector roll 8.

Referring to fig. 2, the dehumidifying apparatus 1 includes two drying chambers 11, two nano arc plates 12, a base 13, a cavity 14, a moisture absorbing assembly 15, and an ejection member 16, the two drying chambers 11 are fixed on two sides of the base 13, the base 13 is vertically embedded in the bottom of the cavity 14, one end of the drying chamber 11 far from the base 13 is connected to the nano arc plates 12, the nano arc plates 12 are attached to the bottom of the moisture absorbing assembly 15, the top of the moisture absorbing assembly 15 is connected to the ejection member 16, and the base 13 is fixedly connected to the inside of the body 7.

Foretell nanometer arc board 12 is used for leading the inside water of moisture absorption subassembly 15 to send to dry chamber 11, moisture absorption subassembly 15 is when absorbing water, moisture absorption subassembly 15 is inside after gathering up certain moisture, can be because the action of gravity of water is on nanometer arc board 12, nanometer arc board 12 adopts the not water-staining effect of bionical lotus leaf for the moisture that drips on nanometer arc board 12 can directly flow inside dry chamber 11, carry out adsorption treatment to moisture through the inside drier of dry chamber 11.

Referring to fig. 7, the ejection member 16 includes a connecting plate 161, an elastic member 162, a support block 163, and a drainage member 164, the connecting plate 161 is provided with the drainage member 164, the drainage member 164 is connected with the connecting plate 161 through the support block 163, one end of the support block 163 is attached to the drainage member 164, the other end is inserted and embedded in the connecting plate 161, the drainage member 164 is provided with the elastic member 162, and the connecting plate 161 is connected with the fiber cotton 152.

The supporting block 163 is used for supporting the drainage piece 164, water can drip on the drainage piece 164, the gravity of the water received by the drainage piece 164 can fluctuate in a small range, the supporting block 163 is triangular, the triangular stability is adopted for stably supporting the drainage piece 164, and deformation of the drainage piece 164 due to stress is prevented.

Referring to fig. 8, the elastic member 162 includes an air spring film R1 and a heat insulation sheet R2, the air spring film R1 is provided with a heat insulation sheet R2, and the two are attached to each other, and the air spring film R1 is connected to the drainage member 164.

Foretell heat shield R2 is used for protecting air cushion bullet membrane R1, the desicator 4 is drying textile fabric 3 and can produce higher heat, it is outside with certain steam separation through heat shield R2, prevent that air cushion bullet membrane R1 from being heated too high and appearing damaging, steam striking is on air cushion bullet membrane R1, air cushion bullet membrane R1 rebounds through the elastic action with steam, make steam at the inside quick diffusion of organism 7, the drying efficiency of textile fabric 3 is improved.

Referring to fig. 8, the drainage member 164 includes a water guide hole S1 and a filtering layer S2, the bottom of the filtering layer S2 is provided with a water guide hole S1, the water guide hole S1 is connected to the connecting plate 161 through a supporting block 163, and the filtering layer S2 is attached to the air cushion elastic membrane R1.

The water guide holes S1 are used for being matched with the filtering layer S2, moisture generated by drying can impact the air cushion elastic membrane R1 along with hot air, the moisture impacting on the air cushion elastic membrane R1 can slide to the filtering layer S2 due to inertia, cotton wool contained in the moisture is filtered by the filtering layer S2, the moisture after filtering drops on the moisture absorption component 15 from the water guide holes S1, the moisture absorption component 15 is improved to absorb the moisture quickly, and the textile cloth can not be wetted by the moisture for the second time.

The working principle of the above technical solution is explained as follows:

when the dryer is used, a worker conveys the textile cloth 3 into the machine body 7 through the guide rollers 8, the guide rollers 8 on the two sides of the machine body 7 are used for drawing the textile cloth 3, the textile cloth 3 is prevented from being wrinkled in the drying process, the power supply of the dryer 4 is turned on through the operation panel, the textile cloth 3 is dried through the dryer 4, the fan 5 is driven to be matched with the dryer 4 to quickly convey hot air to the textile cloth 3, moisture generated by drying is absorbed and removed through the dehumidifier 1 in the drying process, the dried textile cloth 3 is prevented from being secondarily damped, and the drying effect of the textile cloth is improved.

When drying textile fabric, the dryer 4 dries textile fabric 3, moisture on the textile fabric 3 can evaporate on the machine body 7, move inside the machine body 7 along with hot air, moisture generated by drying can impact on the elastic piece 162 along with the hot air, heat of the hot air is blocked outside through the heat insulation sheet R2, the heating temperature of the air cushion elastic film R1 is effectively reduced, the hot air impacts on the air cushion elastic film R1, the air cushion elastic film R1 has good elasticity due to the fact that a large amount of air is sealed in, the hot air can rebound through the elastic action, the hot air can be rapidly diffused inside the machine body 7 due to the reflection elastic force, the heat inside the machine body 7 is uniformly distributed on the textile fabric 3, the moisture impacting on the air cushion elastic film R1 can fall on the separation filter layer S2 due to inertia to the fact that the moisture slides to two sides, the separation filter layer S2 adopts a HEPA high-efficiency filter screen, tiny cotton batting contained in the moisture can be filtered and removed, the moisture after the filtration process drops on the moisture absorption component 15 from the water guide hole S1, and the drying efficiency of the textile cloth is improved.

Moisture drops on the moisture absorption component 15, numerous small gaps are formed among fibers in the fiber cotton 152, numerous capillary tubes can be formed, the dropped moisture can be quickly absorbed inside the fiber cotton 152, the suction paper Q32 is in contact with the fiber cotton 152, the fibers in the suction paper Q32 are staggered and meshed, the suction paper Q32 absorbs the moisture absorbed by the fiber cotton 152 by using a capillary effect, the resin sheet Q31 has good water absorption performance and can guide the moisture on the suction paper Q32 to the inside, so that the suction paper Q32 can absorb the moisture for multiple times, the moisture in the fiber cotton 152 is separated and absorbed, the resin sheet Q31 absorbs the moisture to a certain degree and expands, the moisture inside the resin sheet Q3583 can be squeezed with each other after expansion, the moisture can be separated from the resin sheet Q31 under pressure, the moisture can drop onto the Q43 from the interface Q34, the Q43 can be divided into two inclined flow tubes Q44, the inclined flow tube Q44 is at an inclined angle of 45 degrees, and the moisture inside of the resin sheet Q44 can quickly flow onto the transparent film Q42 under inertia, transparent film Q42 surface has the hydrophobicity, effectively isolated hydrone, can lead to oblique flow pipe Q44 bottom fast with moisture, flow to water deflector Q2 through apopore Q41 on, water deflector Q2 leads to slide Q1 with moisture according to the effect that water flowed toward the low place, separate the fender to slide Q1's landing hole through two bafflers 151, reduce the speed of rivers, prevent that water from directly dropping on nanometer arc board 12 through slide Q1, lead to nanometer arc board 12 with the even volume of water at the uniform velocity, nanometer arc board 12 has the effect of not being stained with water, can directly flow inside dry chamber 11 with moisture, carry out adsorption treatment to moisture through the inside drier of dry chamber 11, the moisture quick adsorption treatment that will dry the production, prevent that the weaving cloth secondary after the stoving from weing, improve the stoving effect of weaving cloth.

In summary, by arranging the dehumidifying device, moisture generated by drying can impact on the elastic element along with hot air, the hot air is rebounded through the elastic action of the air cushion elastic membrane, heat inside the machine body is uniformly distributed on the textile fabric, moisture impacting on the air cushion elastic membrane can fall onto the filter layer due to inertia towards two sides, the filter layer can filter and remove tiny cotton wool contained in the moisture, the filtered moisture drips on the fiber cotton from the water guide holes, the suction paper is contacted with the fiber cotton to absorb the moisture, the resin sheet absorbs the moisture on the suction paper, the resin sheet absorbs the water to a certain degree and expands, the moisture inside the resin sheet after expansion can drop onto the clamping block from the connector, the clamping block divides the moisture into two diagonal flow tubes, and the moisture is rapidly guided to the bottoms of the diagonal flow tubes through the transparent membrane, on delivering to the water deflector through outlet port flow, the water deflector leads moisture to the slide according to the effect that water flowed toward low, and the slide leads water to dry intracavity portion through nanometer arc board, adsorbs the processing through the drier of dry intracavity portion to moisture, and the moisture that produces will dry adsorbs the processing fast, prevents that the weaving cloth secondary after the stoving from weing, improves weaving cloth's stoving effect.

While there have been shown and described what are at present considered the fundamental principles and essential features of the invention and its advantages, it will be apparent to those skilled in the art that the invention is not limited to the details of the foregoing exemplary embodiments, but is capable of other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.