WO2018121259A1 - Device for quick drying and control method - Google Patents

Abstract

A device for quick drying comprises: a base (100); an air bag (200) provided at the base (100), garment being sleeved onto the air bag (200); and a drying device for blowing drying air into the air bag (200). The air bag (200) has a position-limiting structure (202) preventing slipping of the garment after inflation of the air bag. The structure prevents the garment from slipping relative to the inflated air bag (200), such that a drying speed is not affected by folds in the garment, thereby preventing the garment from creases resulting from folds caused by slipping. Also provided is a control method of the device for quick drying, comprising: measuring, by a moisture measurement device (900), a degree of moisture of garment; transmitting moisture information to a control device (702); and determining, by the control device (702), and according to the moisture information, a degree of drying of the garment, and controlling operation of a drying device.

Description

Quick drying device and control method Technical field

The invention belongs to the field of clothes dryers, in particular to a rapid drying device and a control method.

Background technique

Nowadays, the rhythm of people's social life is very fast. Sometimes it is necessary to quickly dry the clothes, to achieve instant washing, and to avoid wrinkles and affect the appearance of the clothes. With the improvement of material and cultural living standards, people's aesthetic requirements for clothing are coming. The higher, everyone wants to wear a comfortable, fit, fully embodies the clothing of their own instrument, it is very important to remove the wrinkles on the clothes, you can iron the clothes to achieve the clothes, reduce wrinkles.

At present, there is a airbag type clothes dryer in the clothes dryer. When in use, the clothes to be dried are put on the air bag, the hot air is blown into the air bag, the air bag is propped up, and the air bag supports the clothes to dry the clothes. However, due to the different lengths of clothing and uneven weight, especially the size of men's clothing and women's clothing, in order to improve the versatility of the dryer, it is necessary to equip the dryer with multiple models of different airbags, users When it is used, it can be replaced as needed. This inevitably increases the cost of the dryer and increases the price, and the replacement is easy to damage the airbag and is inconvenient to use.

Patent CN201120484691 provides an air bag comprising a air bag and an air inlet, the capsule body is composed of a gas permeable material, the air inlet is disposed on the capsule body, and the transfer tube is provided with an adapter tube, and the capsule body is provided with at least one adjustable a balloon-sized Velcro tape in which the Velcro tape only reduces the longitudinal length of the airbag, while the lateral shoulder circumference is reduced by a self-locking nylon drawstring, and it can be seen from the drawing that the structure The main function of the middle and middle Velcro and the drawstring is to adjust the size of the airbag for different sizes of clothing. This conclusion can be drawn from the comparison between Figure 1 and Figure 3, and the length of the adjustment in the figure is through the Velcro, lateral adjustment It is only through the pull cord of the shoulder, and the position is adjusted to make the airbag suitable for different sizes of clothes on the shoulder, but in the actual use of the airbag, the lower part of the airbag is usually the same structure of the upper and lower circumference, when the clothing sleeve When air-drying is performed on the airbag, the airbag is propped up, and since the expansion coefficient of the portion of the airbag that is not in contact with the edge of the laundry is large, a thrust is generated to push the laundry. Central gather, increasing the thickness of the central laundry, easy to dry the clothes, drying speed impact.

The present invention has been made in view of the above.

Summary of the invention

The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art, and provide a rapid drying device and a control method. The structure of the present invention is designed to prevent the laundry from slipping relative to the airbag after the airbag is bulged, and the clothing accumulation is not easily affected. Speed, and more importantly, avoid wrinkles in the clothing due to slippage.

In order to solve the above technical problems, the basic idea of adopting the technical solution of the present invention is:

A quick drying device includes a base, an air bag disposed on the base for arranging clothes, and a drying device for blasting the drying air into the air bag, the air bag having a limiting structure, the limiting structure Prevent the clothing from slipping after the air bag is inflated.

Since the airbag is a soft body, after the airbag is bulged, some parts of the laundry are unbalanced by the expansion force of the airbag, which may cause the laundry to slip. The slipping action tends to accumulate the clothes, which makes the part difficult to dry. Even if the part is dried for a long time, the part is wrinkled; in the drying process, it can be flattened artificially, but due to the part The clothing is still unbalanced, and there will be slippage. It is quite troublesome to flatten many times. By setting the limit structure, the limit structure limits the unbalanced part of the force, so that the part is stressed and prevented from slipping.

The partial circumference of the airbag is larger than the adjacent portion, and the portion with a larger circumference forms a limiting structure.

By making the local circumference of the airbag larger than the adjacent portion thereof, the portion with a larger local circumference has a larger expansion force applied to the laundry, and the portion with a smaller adjacent circumference exerts less expansion force on the laundry, so that the local circumference is small. The larger part forms a limit structure, and the limit structure applies a large expansion force to the clothes to prevent the slip of the clothes.

The airbag partially protrudes outward to form a limiting structure;

Or a protruding structure is formed on the airbag to form a limit structure;

Or the airbag partially contracts inwardly, so that the circumference of the airbag adjacent to the contraction portion is larger than the circumference of the contraction portion to form a limit structure.

The limiting structure may be that the airbag body protrudes outward, so that the circumference of the portion is increased to form a limiting structure, or the outer portion of the airbag may be provided with a protruding structure, so that the circumference of the portion is increased to form a limiting structure; The airbag may be partially inwardly contracted such that the circumference of the adjacent portion is larger than the circumference of the contracted portion, the expansion force of the contracted portion on the laundry is reduced, and the force applied to the garment by the airbag at the contracted portion is reduced. The expansion force of the clothing in the portion where the adjacent portion is larger is balanced by the force of the clothing having a larger circumference, and the slip is prevented.

The airbag is a top-shaped airbag, and an upper circumference of the lower portion of the upper chest of the airbag is larger than a lower circumference and/or a circumference of the sleeve portion and a cuff circumference.

The airbag is a pants-shaped airbag, the airbag has a crotch circumference greater than a waist circumference and/or the circumference of the leg is greater than a circumference of the crotch;

The part with a large circumference forms a limit structure.

When the airbag is a top-shaped airbag, the portion where the laundry is less likely to be balanced is mainly concentrated on the edge of the upper garment. Since the airbag is made of a certain elastic material, the portion of the airbag that is in contact with the edge of the garment is contracted by the garment, so that the airbag is not attached to the garment. The portion other than the edge of the contact generates an expansion force toward the laundry in the direction of the laundry, and the expansion force easily pushes the laundry to the middle portion. The clothes are piled up, and the upper circumference of the lower part of the airbag is larger than the lower circumference of the airbag, and the upper circumference is larger to form a limit structure, and the expansion force of the clothing is large, so that it is difficult to slide the clothes upward; the circumference of the sleeve portion is difficult The circumference of the cuff and the cuff portion makes the expansion force of the sleeve portion larger to form a limit structure, which makes it more difficult to slide the cuff toward the sleeve; when the airbag is a pants-shaped airbag, the circumference of the crotch of the airbag is larger than the waist circumference. The expansion force of the airbag of the crotch portion is formed to form a limiting portion, so that the waist portion of the trousers is not easy to slide toward the crotch portion; the circumference of the trouser leg is larger than the circumference of the trouser leg, and the expansion force of the trouser leg is larger to form a limiting portion. So that the trousers are not easily slipped to the trousers.

The airbag is a top-shaped airbag, and the airbag is located below the chest, the circumference is gradually increased from the bottom to the top and/or the circumference of the sleeve is gradually increased from the cuff to the sleeve;

The airbag is a pants-shaped airbag, and the airbag is gradually increased from the waist to the ankle, and the circumference of the self-sleeve is gradually increased toward the leg.

By setting it to a step-by-step structure, the force of the clothes is gradually increased, and multiple limit positions are formed, and the anti-slip effect is better; and the gradual change process does not cause damage to the clothes.

The airbag is provided with a zooming member, and the zooming member can contract the airbag inwardly, so that the circumference of the adjacent portion is larger than the circumference of the contracted portion to form a limiting structure;

Preferably, the zooming member is obliquely disposed on the airbag.

By providing a zooming member on the airbag, the purpose of partially contracting the airbag is achieved, and the expansion force of the airbag of the contracted portion on the laundry is reduced, and the adjacent uncontracted portion exerts an expanding force on the laundry compared to the contracted portion. The applied expansion force is large, and the adjacent uncontracted portions form a stopper to balance the clothes.

The inclined set of the shrinking member can be modified to realize the anti-slip movement of the ordinary airbag, and the size of the airbag can be changed by the shrinking member to adapt to different types of clothes, and the adaptability is stronger.

The zooming member is a drawstring structure, a zipper structure or a Velcro;

The drawstring structure comprises a drawstring and a fixing piece, the fixing piece is fixedly connected with the airbag and forms an inclined passage therebetween, and the drawstring passes through from one end of the passage to the other end, and is narrowed by connecting the two ends The circumference of the airbag, the circumference of the airbag and the adjacent portion of the drawstring structure is larger than the circumference of the drawstring to form a limit structure;

Alternatively, the zooming member is a zipper disposed on the airbag in a longitudinal direction, the zipper includes two chain straps and a fastener, the two straps are spaced apart and connected by a fastener, and the spacing between the two straps is gradually increased. , the circumference of the airbag is gradually reduced, and the narrowing section of the spacing forms a limiting structure;

Alternatively, the zooming member is a Velcro, the Velcro includes two patches, and the two patches are disposed on the airbag at intervals, and the spacing between the two patches is gradually increased, so that the circumference of the airbag is gradually reduced. The constricted section having a smaller pitch forms a limit junction Structure.

The gradual change in the circumference of the airbag is achieved by gradually changing the spacing between the two chain belts or the two patches.

Also included is a humidity detecting device and a control device for detecting the humidity of the laundry, both of the humidity detecting device and the drying device are connected to the control device, and the control device controls the operation of the drying device according to the humidity of the laundry detected by the humidity detecting device.

By setting the humidity detecting device, the clothes on the airbag are subjected to humidity detection, and the control device controls the drying device according to the humidity information of the laundry detected by the humidity detecting device to realize automation.

The humidity detecting device is a humidity sensor, and the humidity sensor is disposed on an outer wall of the air bag, and the detecting end is in contact with the laundry;

Preferably, the humidity sensor is disposed on the airbag and corresponds to a thicker portion of the laundry.

The humidity sensor is disposed on the outer wall of the airbag to detect the clothes, and the accuracy is higher; since the thicker part of the clothes is not easy to dry, the humidity sensor is detected by correspondingly detecting the detecting end of the humidity sensor with the thicker part of the clothes. The humidity of the thicker parts of the clothes, and the humidity of the position is used as a sign to judge the degree of dryness of the clothes, and the design is reasonable and the control is accurate.

A control method of the above quick drying device, the humidity detecting device detects the humidity of the laundry, and transmits the humidity information to the control device, and the control device determines the dryness of the laundry according to the humidity information, and controls the operation of the drying device.

After adopting the above technical solution, the present invention has the following beneficial effects compared with the prior art: by setting the limit structure, the limit structure limits the unbalanced portion, so that the part is stressed and prevented from slipping. By making the local circumference of the airbag larger than the adjacent portion thereof, the portion with a larger local circumference has a greater expansion force on the laundry, so that the expansion force of the portion adjacent to the smaller circumference is smaller, so that the partial circumference is The larger part forms a limit structure, applies a large expansion force to the clothes, prevents the slip of the clothes, and achieves the purpose of partially contracting the airbag by providing a zooming member on the airbag, and reduces the airbag of the contracted portion to the clothes. The expansion force, the adjacent uncontracted portion exerts a large expansion force on the laundry, and the adjacent uncontracted portion forms a limit portion to balance the laundry.

The specific embodiments of the present invention are described in further detail below with reference to the accompanying drawings.

DRAWINGS

The drawings are intended to provide a further understanding of the invention, and are intended to be illustrative of the invention. It is apparent that the drawings in the following description are only some embodiments, and other drawings may be obtained from those skilled in the art without departing from the drawings. In the drawing:

1 is a schematic structural view of a quick drying device for arranging clothes according to the present invention;

Figure 2 is a schematic structural view of a pants-shaped air bag of the present invention;

3 is a schematic structural view of a quick drying device having a drawstring structure according to the present invention;

4 is a schematic structural view of a quick drying device having a zipper structure according to the present invention;

Fig. 5 is a schematic view showing the structure of a quick drying device having an air outlet on the airbag of the present invention.

In the figure: 100, base 200, air bag 201, air outlet portion 202, limit structure 400, air blowing device 401, air outlet 500, air duct 501, temperature sensor 601, zooming member 602, drawstring 603, fixing piece 604, A lock 605, a link 606, a slider 700, a heating device 701, a steam generating device 702, a control device 900, and a humidity detecting device.

It is to be understood that the drawings and the written description are not intended to limit the scope of the present invention in any way.

detailed description

The embodiments of the present invention will be clearly and completely described in the following with reference to the accompanying drawings in the embodiments of the present invention. It is not intended to limit the scope of the invention.

Embodiment 1

As shown in FIG. 1-3, a quick drying device includes a base 100, an air bag 200 disposed on the base 100 for arranging clothes, and a drying device for blowing a drying air into the air bag 200. The airbag 200 has a limiting structure 202 that prevents the airbag 200 from slipping after the air is blown.

Since the airbag 200 is a soft body, after the airbag 200 is bulged, the airbag swells to exert a force on the clothes, so that some parts of the clothes are unbalanced by the airbag 200, and the clothes are slipped. The slipping action tends to cause the laundry to accumulate, which makes the part less prone to drying. Even if the part is dried for a long time, the part will be wrinkled; in the drying process, it can be artificially flattened, but because of the clothing The part of the force is still unbalanced and there is slippage.

By setting the limiting structure 202, the limiting structure 202 limits the unbalanced portion to balance the force and prevent the laundry from slipping.

Further, the partial circumference of the airbag 200 is greater than its adjacent portion, and the portion with a larger circumference forms the limiting structure 202.

By making the local circumference of the airbag 200 larger than the adjacent portion thereof, the portion with a larger local circumference has a larger expansion force applied to the laundry, and the portion with a smaller adjacent circumference exerts less expansion force on the laundry, and the local circumference is small. The larger portion forms a stop structure 202, and the limit structure 202 applies a large force to the laundry to prevent the slip of the laundry.

Further, the airbag 200 partially protrudes outward to form a limiting structure 202. After the garment is sleeved on the airbag 200, the limiting structure 202 contacts the laundry to increase the supporting force of the airbag 200 on the laundry.

The body of the airbag 200 protrudes outwardly to increase the circumference of the portion to form a limiting structure 202. The limiting structure 202 abuts the clothes to support the clothes, and the force applied to the clothes is large due to the protruding portion of the portion. The portion of the airbag 200 is in closer contact with the clothes. Since the expansion force of the airbag 200 adjacent to the restriction portion is small, it is difficult to unevenly apply the portion of the stopper structure 202, thereby preventing the laundry from slipping.

The airbag 200 is provided with a protruding structure to form a limiting structure 202. If a protruding protrusion is provided on the laundry, or the thickness of the airbag 200 is increased, the limiting structure 202 can be formed.

Alternatively, the airbag 200 may be partially inwardly contracted such that the circumference of the adjacent portion is larger than the circumference of the contraction portion to form the stopper structure 202, and the force applied to the garment by the airbag 200 of the contracted portion is reduced, and the adjacent portion thereof is reduced. The part with a large circumference has a relatively large expansion force on the clothes, so that the clothes of the larger part are balanced by force, and the slip of the clothes is prevented.

The above structure is most suitably provided at the end of the garment, such as the waist, cuffs, trousers and waistband of the garment.

Embodiment 2

As shown in FIG. 1-3, this embodiment is further limited to the first embodiment. The airbag 200 is a top-shaped airbag 200. The upper portion of the airbag 200 is lower than the chest. The upper circumference of the airbag 200 is larger than the lower circumference.

Further, the airbag 200 is located below the chest, and the circumference is gradually increased from the bottom to the top, that is, the airbag 200 is inverted.

As shown in FIG. 1, the shaded portion in the figure is a garment that is sleeved on the airbag. When the garment is placed on the airbag 200, the circumference of the airbag 200 below the lower edge of the garment is smaller than the circumference of the upper airbag 200 adjacent thereto. When the airbag 200 is swelled, the lower portion of the garment is attached to the airbag 200. The elastic force generated on the airbag 200 at a position below the lower edge of the garment is small, and the upward component is small, and the friction of the garment can completely offset the force. To balance the clothes.

Further, the upper circumference of the airbag 200 is larger than the lower circumference, so that the surface of the airbag 200 is inclined, forming a taper with the vertical surface, so that a downward component is generated, which is sufficient to restrict the upward sliding of the laundry, and, due to the airbag 200 chest The upper circumference of the lower portion is larger than the lower circumference. Even if the laundry is slid upward, the elastic force of the laundry receiving the airbag 200 is increased, and the frictional force of the upward sliding is increased, so that the structure of the airbag 200 is prevented from slipping.

By setting it to a step-by-step structure, the force of the clothes is gradually increased, and multiple limit positions are formed, and the anti-slip effect is better; and the gradual change process does not cause damage to the clothes.

The same principle, the circumference of the sleeves is large and the cuffs are surrounded.

Further, the circumference of the sleeve is gradually increased from the cuff to the shoulder of the airbag 200, so that the cuff of the top is not easy to the sleeve side. Sliding.

As shown in FIG. 2, the airbag 200 is a pants-shaped airbag 200. The airbag 200 has a crotch circumference greater than the waist circumference, and the wide-sized crotch portion is a limiting structure 202, which can effectively prevent the waist of the pants during the drying process. Slip to the ankle.

Further, the circumference of the airbag 200 from the waist to the ankle portion is gradually increased.

Wherein, the circumference of the leg is greater than the circumference of the leg, and the circumference from the leg to the leg is gradually increased, and during the drying process, the leg can be effectively prevented from slipping in the direction of the leg.

Embodiment 3

As shown in FIG. 3, on the basis of the first embodiment and the second embodiment, the airbag 200 of the embodiment further includes a zooming member 601, and the zooming member 601 can contract the airbag 200 inwardly so that the circumference of the adjacent portion is greater than The circumference of the portion forms a stop structure 202.

By providing the zooming member 601 on the airbag 200, the purpose of partially contracting the airbag 200 is achieved, and the expansion force of the airbag 200 of the contracted portion on the laundry is reduced, and the expansion force of the adjacent uncontracted portion is applied to the laundry. The contraction portion has a large expansion force applied to the laundry, and the adjacent uncontracted portion forms a stopper to balance the laundry.

Further, the shrinking member tilting effect is better.

The method can be applied to the airbag 200 in which the limiting structure 202 has been set, and can also be modified for the ordinary upper and lower airbags 200 to achieve the purpose of anti-slip movement, and the shrinking member changes the size of the airbag 200 to adapt to different conditions. The type of clothing is more adaptable.

As shown in FIG. 3, the zooming member 601 is a drawstring structure, and the pull cord structure includes a pull cord 602 and a fixing piece 603. The fixing piece 603 is disposed around the airbag 200 and fixedly connected with the airbag 200, and a passage is formed between the airbag 200 and the fixing piece 603. One end of the pull cord 602 is inserted through the opening of one end of the passage and is opened from the other end. By connecting the two ends of the pull cord 602 to reduce the circumference of the airbag, the circumference of the airbag 200 adjacent to the drawstring structure is greater than The circumference of the portion of the drawstring 602 forms a stop structure 202.

The two ends of the drawstring 602 can be tied together, and the degree of reduction can be adjusted by adjusting the position of the tie. The two ends of the pull cord 602 can also be connected by a fixing member, and the fixing member is a lock 604; the two ends of the pull rope 602 can also be In order to separately set the lock buckle, adjust the length of the drawstring between the two lock buckles of the rope, and adjust the degree of reduction of the airbag.

Further, the drawstring structure is horizontally disposed, and the fixing piece 603 is disposed around the airbag 200 once a week.

When the drawstring structure is disposed on the top garment airbag 200, it may be disposed below the waist of the airbag 200 or near the lower end of the airbag 200, and when disposed on the sleeve, is circumferentially disposed around the sleeve, close to the cuff The portion or the end of the sleeve of the airbag 200 is close to the circumference of the cuff portion.

When it is disposed on the pants-shaped air bag 200, it is generally disposed at a portion below the waist or the waist, and is disposed at the leg portion. It is disposed at a portion near the trousers or at the end of the trousers of the pants-shaped airbag 200.

When the drawstring structure can be set to one, it can also be set to multiple.

When set to multiple, it can be set in parallel.

Among them, in order to achieve a better contraction effect, the drawstring structure can be set to be inclined, with a downwardly inclined arrangement as shown in the figure.

Embodiment 4

As shown in FIG. 4, the difference between the embodiment and the third embodiment is that the zooming member 601 is a zipper structure, and the zipper structure includes two chain straps 605 and a slider 606, and one side of the chain strap 605 is provided with a chain. The teeth are fixedly connected to the airbag 200 on the other side, and the two link belts 605 are spaced apart from each other on the airbag 200.

Further, the chain links 605 are not equidistant between each other, and the two chain belts 605 mesh the fastener elements through the slider 606, so that the airbag 200 sandwiched between the two chain belts 605 is located in the zipper, thereby reducing the size of the airbag 200 and forming Limit structure 202.

When the zipper structure is disposed below the chest of the upper garment airbag 200, the zipper is disposed along the longitudinal direction of the airbag 200, and the lower spacing between the two fastener belts 605 is greater than the upper spacing. When the slider 606 closes the zipper, the airbag 200 is near the lower portion. The part is shrunk much, and the upper part is less contracted, forming a structure that is smaller and larger.

The zipper structure can be provided in plurality, and the width of the lower portion of the airbag 200 is gradually reduced.

When the zipper structure is provided on the sleeve portion, the spacing between the two chain belts 605 is set to be unequal, the distance between the portions close to the cuff is large, and the distance between the portions near the shoulder is small, and when the zipper is pulled, the cuff portion is shrunk. As a result, the position close to the shoulder is contracted small, so that the cuff portion of the airbag 200 sleeve has a small circumference, the inner circumference is large, and the circumference of the sleeve gradually increases from the cuff toward the shoulder of the airbag 200.

According to the same principle, when the zipper structure is provided on the pants-shaped air bag 200, the zipper structure is disposed in the longitudinal direction, the spacing between the two chain belts 605 is set to be unequal, and the distance between the two chain belts 605 near the waistband portion is greater than when approaching the crotch portion. The distance between the two chain belts 605 is small. When the zipper is pulled up, the airbag 200 is more contracted at the waist, and the crotch portion is contracted less, so that the circumference of the airbag 200 from the waist to the ankle is gradually increased, and the ankle portion is formed with a limit. Structure 202.

When a zipper structure is provided on the leg of the pants-shaped air bag 200, the zipper structure is disposed along the longitudinal direction of the air bag 200, the spacing between the two chain belts 605 is set to be unequal, and the distance between the two chain belts 605 near the hem is large, close to The one end of the crotch has a small spacing. When the zipper is pulled up, the circumference of the crotch to the leg is gradually increased, and the limiting structure 202 is formed at the leg portion.

Wherein, the above zipper structure can also be replaced by a Velcro, and the setting method is the same as the setting method of the zipper structure.

As shown in FIG. 1, the airbag 200 is further provided with a support structure for supporting the laundry and the airbag 200, and the lower end of the support structure is connected to the air outlet 401 of the air duct 500 through a connecting member. a connector portion for inserting the lower end of the support structure is provided in the middle of the connecting member, The plug portion is connected to the inner wall of the connecting body through the connecting arm, and the gas can enter the air bag through the gap between the connecting arms, and the connecting body is screwed to the air outlet.

Embodiment 5

As shown in FIG. 3, on the basis of Embodiment 1 to Embodiment 4, the embodiment further includes a humidity detecting device 900 and a control device 702 for detecting the humidity of the laundry, and the humidity detecting device 900 and the drying device are both The control device 702 is connected, and the control device 702 controls the operation of the drying device based on the humidity of the laundry detected by the humidity detecting device 900.

The drying device includes a heating device 700 and an air blowing device 400. The air blowing device 400 is connected to the airbag 200 through the air duct 500. The heater is disposed in the air duct 500, and the control device 702 is electrically connected to the heating device 700 and the air blowing device 400. The control device 702 controls the closing of the heating device 700 and the air blowing device 400 based on the laundry humidity information.

The air blowing device 400 is a fan, and the heating device 700 is a heater

The quick drying apparatus further includes an ironing device including a steam generating device 701 disposed within the base 100, the steam outlet of the steam generating device 701 being in communication with the air passage 500.

By setting the humidity detecting device 900, the laundry on the airbag 200 is subjected to humidity detection, and the control device 702 controls the drying device based on the humidity information detected by the humidity detecting device 900 to realize automation.

Further, the humidity detecting device 900 is a humidity sensor disposed on an outer wall of the airbag 200, and the detecting end is in contact with the laundry.

The detection form of the humidity detecting device 900 may also be a conductivity and a temperature change value.

Further, the humidity sensor is disposed on the airbag 200 and corresponds to a thicker portion of the laundry, and the humidity sensor is disposed on the outer wall of the airbag 200 and corresponds to a thicker portion of the laundry to detect the laundry, and the accuracy is more accurate. High; because the thicker part of the clothes is not easy to dry, by comparing the detection end of the humidity sensor with the thicker part of the clothes, the humidity sensor detects the humidity of the thicker part of the clothes, and the humidity of the position is used to judge the dryness of the clothes. The logo is reasonable in design and accurate in control.

If the thickness of the thicker part and the thinner part of the clothing differ greatly, there may be a thinner part that has been dried, and the thick part is not dried, causing damage to the clothes. The following structure can be used to make the clothes dry more. Evenly.

As shown in FIG. 5, a plurality of air outlet portions 201 are disposed on the airbag 200, and the air outlet portion 201 corresponds to a portion where the multi-layer fabric on the dried laundry overlaps or corresponds to a portion where the filler is provided on the laundry, because the clothes The portion where the upper multi-layer fabric overlaps or the portion where the filler is provided on the laundry is not easily dried, and becomes a key factor for restricting the overall drying efficiency of the laundry. By using the air outlet portion 201 corresponding to the above portion, the air outlet portion is utilized. The high gas permeability of 201 increases the gas flow rate, increases the convective heat transfer, achieves targeted drying of the clothes, and improves the overall drying speed of the clothes.

The airbag 200 is matched with the shape of the dried laundry to make the garment more conformable to the airbag 200, facilitating heat transfer and flattening.

The shape of the airbag 200 may be a humanoid airbag 200, a top garment airbag 200, or a pants airbag 200 to accommodate differently shaped garments.

The airbag 200 is made of a material having a certain elasticity. When the airbag 200 is replenished, the elasticity of the airbag 200 is more favorable for the airbag 200 to stretch the clothes, thereby reducing wrinkles on the clothes, and the volume of the elastic airbag 200 varies widely. Adapt to different types of clothing, such as XS-XXXL type clothes.

The airbag 200 is made of a gas permeable elastic material, and the air permeability of the airbag 200 is smaller than that of the air outlet portion 201, so that the air can swell the airbag 200, and the airbag 200 body has air permeability, and the gas flow and heat transfer of the airbag 200 body portion. Dry the clothes to make the clothes dry faster.

The venting portion 201 is located at the shoulder and/or cuff portion of the humanoid airbag 200 and/or the collar portion and/or the pocket portion and/or the waistband portion and/or the trousers and/or the zipper portion, due to the collar, cuffs of the garment, The position of the pocket, the button button area, the zipper area or the shoulder is composed of a plurality of layers of cloth. When drying, the position of the single layer of cloth is not easily dried; and if the collar is provided with a lining, the shoulder is set. The shoulder pad is more difficult to dry at the shoulder and the collar position, and the air venting portion 201 having good air permeability is disposed at these portions of the human air bag 200, and the drying rate of the positions on the clothes is improved by using the good air permeability. To increase the drying rate of the entire garment.

The shoulder and/or cuff portion of the human airbag 200 and/or the collar portion and/or the pocket portion and/or the waistband portion and/or the pant and/or the zipper portion are each formed of a material having a higher gas permeability to form a wind. In the portion 201, the cloth and the airbag 200 may be connected by means of bonding, integral molding or stitching. For example, the air outlet portion 201 is made of a cloth having good air permeability, so that the air permeability of the air outlet portion 201 is higher than that of the airbag body 200. The air volume of the air outlet portion 201 is increased, and the drying efficiency is improved. The air outlet portion 201 is made of a cloth having good air permeability, and the airbag 200 is relatively closed inside and outside, thereby reducing the entry of debris, reducing the cleaning frequency of the airbag 200, and reducing the airbag. 200 wear.

Each of the air outlet portions 201 may be made of the same gas permeable material, or may have different gas permeability, and the breathable material of the shoulder portion, the cuff portion, the collar portion, the pocket portion, the waist portion, the hem portion, and the zipper portion of the humanoid airbag 200 may be different. The gas permeability is different, and the gas permeability of the gas permeable material gradually increases as the number of layers of the fabric increases or the thickness of the filler on the garment increases, due to the shoulder, the cuff portion, the collar portion, the pocket portion, the waist portion, and the pants side of the garment. The composition and material of the zipper are not exactly the same. For example, the collar, cuffs, pockets, button areas, shoulders, etc. of the clothes are generally composed of multiple layers of fabric, which are not easily dried, and the collar is often kept in shape. The lining material is provided with a shoulder pad for maintaining the shape, and these parts are more difficult to dry. Therefore, in addition to providing the air outlet portion 201 to improve the drying speed in the above-mentioned non-drying portion, further according to these non-drying positions, The degree of difficulty in drying is different, and the air permeability of the air outlet portion 201 is further distinguished, for example, the air permeability of the collar portion and/or the shoulder portion of the humanoid airbag 200 is further improved, and the drying speed is improved; Increasing or increasing the thickness of the filler on the garment gradually increases the breathability of the breathable portion.

The above configuration makes the drying speed of each part of the laundry almost close, and a humidity sensor is provided on the dryer having the airbag 200, so that the detection end of the humidity sensor can be brought into contact with any part of the laundry, and the humidity of the laundry can be detected, thereby achieving automatic control.

In the above method for controlling the rapid drying device, the humidity detecting device 900 detects the humidity of the laundry, and transmits the humidity information to the control device 702. The control device 702 determines the dryness of the laundry according to the humidity information, controls the operation of the drying device, and realizes the automation of the control. Avoid excessive drying temperature and cause damage to the clothes to ensure the safety of the clothes.

The control method of the quick drying device is as follows:

S1: the humidity detecting device 900 detects the laundry humidity R _H and transmits the laundry humidity information to the control device 702;

S2: The control device 702 presets the humidity threshold A, and compares the laundry humidity information with a preset humidity threshold. When R _H >A, the drying device is controlled to continue drying, and when R _H ≤ A, the heating device is controlled. 700 and blower unit 400 are closed.

A temperature sensor 501 is further provided in the air duct 500. The temperature sensor 501 is electrically connected to the control device 702. The control device 702 adjusts the heating power of the heating device 700 based on the temperature of the drying air detected by the temperature sensor 501.

Specific steps are as follows:

S1: the temperature sensor detects the temperature T of the drying wind, and transmits the temperature information to the control device 702;

S2: The control device 702 presets the temperature threshold B, and compares the temperature T of the drying wind with a preset temperature threshold A. When T≥B, the heating power of the heating device 700 is reduced or the heating device 700 is turned off. When T<B, the heating power of the heating device 700 is increased or the heating device 700 is turned on again, and the temperature of the drying air is controlled within a relatively suitable temperature range, which can meet the requirements of drying clothes and can quickly dry clothes.

The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any technology that is familiar with the present patent. Those skilled in the art can make some modifications or modifications to equivalent embodiments by using the technical content of the above-mentioned hints without departing from the technical scope of the present invention, but the technology according to the present invention does not deviate from the technical solution of the present invention. Any simple modifications, equivalent changes and modifications made to the above embodiments are still within the scope of the present invention.

Claims (10)

A quick drying device includes a base, an air bag disposed on the base for arranging clothes, and a drying device for blasting the drying air into the air bag, wherein the air bag has a limit structure. The limit structure prevents the laundry from slipping after the airbag is blown. The quick drying device according to claim 1, wherein the partial circumference of the airbag is larger than the adjacent portion, and the portion with a larger circumference forms a limiting structure. The quick drying device according to claim 1 or 2, wherein the airbag partially protrudes outward to form a limiting structure; Or a protruding structure is formed on the airbag to form a limit structure; Or the airbag partially contracts inwardly, so that the circumference of the airbag adjacent to the contraction portion is larger than the circumference of the contraction portion to form a limit structure. A rapid drying apparatus according to any one of claims 1 to 3, wherein the airbag is a top-shaped airbag, and an upper circumference of the upper portion of the upper and lower chest of the airbag is larger than a lower circumference and/or a sleeve. The circumference of the part is large and the circumference of the cuff is The airbag is a pants-shaped airbag, the airbag has a crotch circumference greater than a waist circumference and/or the circumference of the leg is greater than a circumference of the crotch; The part with a large circumference forms a limit structure. A rapid drying apparatus according to any one of claims 1 to 4, wherein the airbag is a top-shaped airbag, and the airbag is located below the chest, and the circumference is gradually increased from the bottom to the top and/or Or the circumference of the sleeve gradually increases from the cuff to the sleeve; The airbag is a pants-shaped airbag, and the airbag is gradually increased from the waist to the ankle, and the circumference of the self-sleeve is gradually increased toward the leg. A rapid drying device according to any one of claims 1 to 5, wherein the airbag is provided with a zooming member, and the zooming member can contract the airbag inwardly so that the circumference of the adjacent portion is greater than The circumference of the contraction portion forms a limit structure; Preferably, the zooming member is obliquely disposed on the airbag. The quick drying device according to claim 6, wherein the zooming member is a drawstring structure, a zipper structure or a Velcro; The drawstring structure comprises a drawstring and a fixing piece, the fixing piece is fixedly connected with the airbag and forms a passage therebetween, and the drawstring passes through the opening of one end of the passage and penetrates the opening of the other end, and the two of the drawstring are passed through End connection reduces the circumference of the air bag, the air bag The circumference of the adjacent portion of the upper and the drawstring structure is larger than the circumference of the drawstring to form a limit structure; Alternatively, the zooming member is a zipper disposed on the airbag in a longitudinal direction, the zipper includes two chain straps and a fastener, the two straps are spaced apart and connected by a fastener, and the spacing between the two straps is gradually increased. , the circumference of the airbag is gradually reduced, and the narrowing section of the spacing forms a limiting structure; Alternatively, the zooming member is a Velcro, the Velcro includes two patches, and the two patches are disposed on the airbag at intervals, and the spacing between the two patches is gradually increased, so that the circumference of the airbag is gradually reduced. The constricted section having a smaller pitch forms a constraining structure. A rapid drying apparatus according to any one of claims 1 to 7, further comprising humidity detecting means and control means for detecting the humidity of the laundry, both the humidity detecting means and the drying means and the control means The connection and control device controls the operation of the drying device according to the humidity of the laundry detected by the humidity detecting device. The quick drying device according to claim 8, wherein the humidity detecting device is a humidity sensor, the humidity sensor is disposed on an outer wall of the air bag, and the detecting end is in contact with the laundry; Preferably, the humidity sensor is disposed on the airbag and corresponds to a thicker portion of the laundry. A method for controlling a rapid drying device according to any one of claims 1-9, wherein the humidity detecting device detects the humidity of the laundry and transmits the humidity information to the control device, and the control device determines the degree of drying of the laundry based on the humidity information, and controls The operation of the drying device.

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