TW202321541A - System for determining to simulate sun exposure based on clothing material and sunlight and method thereof - Google Patents

Abstract

A system for determining to simulate sun exposure based on clothing material and sunlight and a method thereof are provided. By determining clothes being hung are suitable for sunlight according to clothing material of the clothes for choosing to set activation time and operation time in accordance with a default data or an increase rate of an exposure value of the clothes and a decrease rate of a humidity of a clothing drying space, and simulating sterilization effect of sun based on the activation time and the operation time, the system and the method can choose sunshine disinfection method of clothes according to clothing material of clothes, and can achieve the effect of sterilizing clothes by sunlight principle effectively during drying clothes.

Description

Device and method for judging whether to simulate sunlight according to clothing material and sunlight

A clothes-drying module and a clothes-drying method, in particular a device and a method for judging whether to simulate sunlight according to clothes material and sunlight.

Clothes drying devices are indispensable in daily life. Common clothes drying devices generally have fixed clothes drying racks, such as hanging several clothes drying poles on the ceiling of the balcony, and pulling clothes to dry clothes on two walls. A rope, or a drying rack that can be placed and moved on the ground, etc. This type of drying rack can basically meet people's needs for drying clothes.

In order to hang the clothes conveniently when hanging the clothes to dry and to prevent the clothes from being soiled due to contact with other objects in the clothes drying space, the clothes drying device has a lifting function, and such a clothes drying device can include multiple clothes drying rods Each clothes rail is connected to the hanging unit fixed on the roof, and people can use the manual linkage unit to drive up and down the clothes rail, and even the linkage unit can be electric, so that when the clothes drying device receives the control command, the drying The clothes rail can be driven up and down by the linkage unit of the motor.

After solving the problem of hanging clothes to dry, people ran into the problem of weather restrictions. Due to the different intensity of sunlight in different seasons, when drying clothes in summer, the sun exposure may cause the clothes to deform or fade; but in winter, it is hoped that there will be enough sunlight to speed up the drying of clothes and disinfect them. In addition, clothes made of different materials have different tolerances to sunlight. Exposure to sunlight for too long when drying clothes may cause aging or even damage to the clothes. Cannot be effectively sterilized by sunlight.

To sum up, it can be seen that the prior art has long had the problem of being unable to determine the sun exposure time suitable for disinfection according to the material of the clothes when drying the clothes. Therefore, it is necessary to propose improved technical means to solve this problem.

In view of the problem in the prior art that it is impossible to select a sun exposure time suitable for disinfection according to the material of the clothes when drying the clothes, the present invention discloses a device and method for judging whether to simulate sun exposure based on the material of the clothes and the sunlight, wherein:

The system disclosed in the present invention for judging whether to simulate sunlight based on clothing material and sunlight includes at least: a clothes-drying module for hanging and drying clothes in a clothes-drying space; a material detection module for detecting clothes of clothes Material; the environment detection module is used to continuously detect the humidity of the clothes drying space; the control module is used to judge whether the clothes are not suitable for sun drying according to the clothes material, set the activation time and operation time according to the default value, and according to the clothes When the material judges that the clothes are suitable for sun exposure, the sun exposure value of the clothes is accumulated, and the activation time and operation time are set according to the increase rate of the solar exposure value and the decrease rate of the space humidity; the sunlight simulation module is used to start at the activation time to simulate Sun-tanning effect and lasts for hours of operation.

The method disclosed in the present invention for judging whether to simulate sunlight according to the clothing material and sunlight, the steps at least include: continuously detecting the humidity of the drying space where the clothes are hung to dry; detecting the clothing material of the clothing; judging that the clothing is not suitable according to the clothing material When in the sun, set the activation time and operation time according to the preset value; when judging that the clothes are suitable for the sun according to the material of the clothes, accumulate the sun exposure value of the clothing, and set the activation time and operation time according to the increase rate of the sun exposure value and the decrease rate of the space humidity Operation time: start to simulate the sun exposure effect at the activation time, and continue to simulate the sunlight effect until the operation time.

The system and method disclosed in the present invention are as above, and the difference from the prior art is that the present invention judges whether the clothes are suitable for sun exposure based on the material of the clothes to be hung to dry, and chooses to set the activation time and operation time according to the preset value or according to the clothes. The increase rate of the sun exposure value and the decrease rate of the space humidity in the clothes drying space set the activation time and operation time, and simulate the sterilization effect of the sun exposure according to the activation time and operation time, so as to solve the problems existing in the previous technology, and can achieve The technical effect of effectively disinfecting with the principle of sunlight when drying clothes.

The features and implementation methods of the present invention will be described in detail below in conjunction with the drawings and embodiments, the content is enough to enable anyone familiar with the relevant art to easily and fully understand the technical means used to solve the technical problems of the present invention and implement them accordingly, thereby realizing The effect that the present invention can achieve.

The present invention can judge whether the clothes hanging on the clothes-drying module can be exposed to sunlight according to the materials of the clothes, and can perform corresponding sterilization operations according to the judgment results to simulate the sun exposure effect.

The clothing materials mentioned in the present invention include but not limited to cotton, flax, wool, leather, nylon, silk, polyester fiber, etc.; It is not limited to the above; the sunlight simulation module is a device with a sterilizing function, such as an ozone machine or an ultraviolet germicidal lamp, etc., but the present invention is not limited thereto.

The operation of the device of the present invention will be described below with "Fig. 1", a schematic diagram of the components of the device for judging whether to simulate sunlight according to the clothing material and sunlight according to the present invention. As shown in "Figure 1", the device of the present invention includes a laundry drying module 110, an environment detection module 120, a material detection module 130, a control module 150, a sunlight simulation module 160, and an additional Sunshine judgment module 140 , sunshade module 170 , reflection module 180 , and wind guide module 190 . Among them, the various modules of the present invention can be connected through wireless communication technologies such as WiFi or Bluetooth, and then transmit data or signals to each other, but the present invention is not limited thereto.

The clothes-drying module 110 is arranged in the clothes-drying space, and is responsible for providing users with hanging and drying clothes, so that the clothes are hung and dried in the clothes-drying space. Wherein, the clothes drying space is not limited to a closed space, for example, the clothes drying space may be a balcony, a garage, a laundry room, a bathroom, and the like.

In some embodiments, the clothes drying module 110 is not limited to conventional devices such as clothes rails or clotheslines, but can also be smart devices, such as receiving data or signals and generating corresponding actions. More detailed descriptions are as follows .

Clothes-drying module 110 can also detect whether there are clothes hanging to dry. When detecting that there are clothes hanging to dry, clothes-drying module 110 can also obtain the height information indicating the current hanging height of clothes, and can use the obtained The altitude information is sent to the control device 150 .

The laundry drying module 110 can also receive the movement control signal sent by the control module 150, and can drive a horizontally moving power element such as a motor to move or rotate the position of the laundry drying module 110 according to the movement control signal.

Clothes drying module 110 can also receive the clothes collection control signal sent by control module 150, and can collect and move the clothes hung to dry to one end of clothes drying module 110 when receiving the clothes collection control signal, such as drive setting The ring element on the clothes rail moves from one end of the clothes rail to the other end, so as to push the clothes hangers on the clothes rail to the same end; Different, in order to allow the clothes hanging on the clothes-drying pole to slide to the same end along the clothes-drying pole. The clothes drying module 110 can also receive the height information sent by the control module 150, and can drive vertically moving power components such as motors according to the height information to lower the clothes drying module 110, thereby reducing the hanging height of the clothes to the height information The indicated height makes the hanging height of the clothes match the height of the user who hangs the clothes. However, the method of storing the clothes and lowering the height of the laundry drying module 110 is not limited to the above.

The environmental detection module 120 is responsible for continuously detecting the humidity of the clothes drying space. In some embodiments, the environment detection module 120 can also detect the external humidity outside the drying space.

The environment detection module 120 can also detect the actual wind direction of the clothes drying space. The actual wind direction may be the wind direction inside the clothes drying space, or the wind direction blown from the outside of the clothes drying space into the inside of the clothes drying space.

The material detection module 130 is responsible for detecting the material of the clothes hung on the clothes drying module 110 . For example, the material detection module 130 can include sensing elements such as RFID readers (not shown in the figure), and the material detection module 130 can move the RFID reader so that the RFID reader can be close to the clothing to read The clothing information recorded in the RFID tag (tag) pasted or sewn on the clothing, and then the clothing material is obtained from the read clothing information, but the material detection module 130 does not detect the clothing material in the above-mentioned manner limit. Wherein, the clothing information includes the information recorded on the label on the conventional clothing, such as washing method, production material, size, etc. Generally speaking, the information of the production material refers to the clothing material.

The sunlight judging module 140 can detect the intensity of sunlight, and can also detect or judge the sunlight direction of the clothes drying space according to the current time. Wherein, the sunlight judging module 140 may include a pyranometer or a sunshine meter to detect the intensity of sunlight, but the present invention is not limited thereto; The boundary line of the area determines the direction of sunshine (such as judging the angle of the boundary line corresponding to the clothes-drying module 110, etc.). The method for judging the sunshine direction in the present invention is not limited to the above.

The control module 150 is responsible for judging whether the clothes hung on the clothes drying module 110 are suitable for drying in the sun according to the materials of the clothes obtained by the material obtaining module 130 . For example, when the material of the clothes is cotton, the control module 150 can determine that the clothes can be exposed to the sun, and when the material of the clothes is silk, the control module 150 can determine that the clothes cannot be exposed to the sun. Since it is common knowledge whether the clothing material is suitable for sun exposure, various clothing materials are not specifically listed in the present invention.

The control module 150 is also responsible for setting the activation time and operation time according to the preset values when it is judged that one or more pieces of clothing in the clothes hanging on the clothes drying module 110 are not suitable for sun drying. Wherein, the default value may be a factory value or a user setting value, which is not particularly limited in the present invention.

The control module 150 is also responsible for accumulating the sun exposure value of the clothes when it is judged that the clothes hanging on the clothes drying module 110 are suitable for sun exposure. It should be noted that the control module 150 can judge the clothes illuminated by sunlight according to the sunshine direction determined by the sunshine judging module 140 (for example, judging that the clothing with higher brightness in the real-time image is illuminated by sunlight, and the clothing with lower brightness is not exposed to sunlight). irradiate, or determine the area that can be irradiated by sunlight according to the angle of sunlight irradiation, and set the clothes in this area to be exposed to sunlight, etc.), so as to accumulate the sun exposure value for the clothes hung on the clothes drying module 110 respectively.

The control module 150 can accumulate the insolation value of each clothing, for example, the product of the insolation intensity obtained by the accumulative sunshine judging module 140 and the insolation time of the clothes hung on the clothes-drying module 110 is used as the insolation value. sun exposure value, but the method of calculating solar exposure value is not limited to the above.

The control module 150 is also responsible for setting the activation time and the operation time according to the increase rate of the accumulated insolation value and the decrease rate of the space humidity detected by the environment detection module 120 . In more detail, the control module 150 can estimate the time required for the space humidity to reach a drying threshold according to the rate of decline of the space humidity (this time is also referred to as the drying time in the present invention), and based on the estimated drying time Clothes time and the increase rate of solarization value calculate the cumulative solarization value when the drying time is reached, and then judge whether the calculated cumulative solarization value reaches the solarization threshold value, if so, the control module 150 can judge that there is no need to Start the insolation simulation module 190 to set the operating time to zero; and if the accumulated insolation value cannot reach the insolation threshold, the control module 150 can judge that the insolation simulation module 190 needs to be activated, and can Set the operating time by the difference between the drying threshold value and the accumulated solar exposure value (for example, divide the difference by the predefined value corresponding to the solar exposure simulation module 190, etc.), and set the starting time according to the drying time and operating time , where the time represented by the start time plus the operating time must be earlier than the time represented by the current time plus the drying time. For example, if the current time is five o'clock in the afternoon, the control module 150 predicts that the drying time is one hour, and the calculated operating time is 30 minutes, then the control module 150 can set the starting time from five o'clock in the afternoon to Between half past five, the sunlight simulation module 190 can operate during the drying process of the clothes, but the method of setting the start time and the operation time in the present invention is not limited to the above.

In some embodiments, the control module 150 can also transmit the operation control signal and the operation time to the solar simulation module 190 when the current time reaches the start time, and the control module 150 can also send the operation control signal and the operation time to the solar simulation module 190 when the current time reaches the start time. Send the operation control signal to the solarization simulation module 190, and send the stop control signal to the solarization simulation module 190 when the current time reaches the start time plus the operation time (ie, the operation time elapses from the start time).

The control module 150 can also determine that the clothes hanging and drying on the clothes drying module 110 are not suitable for sun drying according to the material of the clothes obtained by the material detection module 130, or the control module 150 can determine that the clothes hanging and drying on the clothes drying module 110 are not suitable for drying in the sun. When the accumulated insolation value of the clothes above reaches the cumulative value, a corresponding shading control signal is generated according to the position of the clothes hanging on the clothes drying module 110, and the generated shading control signal can be sent to the sunshade module 170. In more detail, the control module 150 can determine the angle between the sunshine direction and the clothes-drying module 110 determined by the sunshine judging module 140, the distance between the sunshade module 170 and the clothes-drying module 110, and the distance to be shaded. The position of the clothes corresponding to the laundry drying module 110 generates a shade control signal, wherein the control module 150 can provide a preset distance between the sunshade module 170 and the laundry drying module 110 .

The control module 150 can also generate a shutdown control signal when it is judged that the external humidity obtained by the environment detection module 120 is higher than the space humidity obtained by the environment detection module 120 and/or the predetermined humidity threshold value, and can set The generated closing control signal is sent to the sunshade module 170 .

The control module 150 can also generate a reflection control signal according to the sunshine direction judged by the sunshine judging module 140 and the position of the clothes hung on the clothes drying module 110, and can transmit the generated reflection control signal to the reflection module. Group 180. For example, the control module 150 can determine the angle between the sunshine direction and the clothes drying module 110 determined by the sunshine judging module 140, the distance between the reflection module 180 and the clothes drying module 110, the clothes drying module The length of 110 generates a reflection control signal, wherein the control module 150 can provide a preset distance between the reflection module 180 and the laundry drying module 110 and the length of the laundry drying module 110 .

The control module 150 can also generate the air guide control signal according to the actual wind direction detected by the environment detection module 120 and the position of the clothes hung on the clothes drying module 110, or can also be based on the wind guide module 190 and the air guide module 190. The relative position (such as direction and distance) of the laundry drying module 110 generates an air guide control signal. The control module 150 can also transmit the generated air guiding control signal to the air guiding module 190 . Wherein, the control module 150 can provide preset relative positions of the wind guide module 190 and the laundry drying module 110 .

The control module 150 can also generate a movement control signal according to the actual wind direction detected by the environment detection module 120 or the sunshine direction judged by the sunshine judgment module 140, and can transmit the generated movement control signal to the clothes drying Module 110. In more detail, the control module 150 can judge the angle between the actual wind direction or sunshine direction and the clothes drying module 110 according to the actual wind direction detected by the environment detection module 120 or the sunshine direction judged by the sunshine judgment module 140 , and generate a movement control signal according to the determined included angle and the distance between the environment detection module 120 or the sunshine judgment module 140 and the laundry drying module 110 . The control module 150 can provide a preset distance between the environment detection module 120 /sunshine judgment module 140 and the laundry drying module 110 .

The control module 150 can also generate a clothing collection control signal when it is judged that the space humidity detected by the environment detection module 120 and/or the rate of decline of the space humidity is lower than the clothing collection threshold, and the generated clothing collection The control signal is sent to the laundry drying module 110 .

The control module 150 can also detect the height of the clothes drying module 110 to generate height information or receive the height information sent by the clothes drying module 110, and can store the detected or received height information. The control module 150 can also transmit the height information obtained (received from the clothes drying module 110 or detected by itself) at the same time when sending the clothes collection control signal to the clothes drying module 110 .

The insolation simulation module 160 is responsible for starting at the activation time set by the control module 150 and operating the operation time set by the control module 150 . The solarization simulation module 160 can be activated by the control module 150 by receiving the operation control signal transmitted by the control module 150 when the current time reaches the activation time, or can be activated when the current time reaches the activation time transmitted by the control module 150 start up. The solar simulation module 160 can also stop running when the current time reaches the running time transmitted by the control module 150 . But the method of controlling the start and stop of the solarization simulation module 190 is not limited to the above, for example, the solarization simulation module 160 can start when receiving the start control signal sent by the control module Stop operation when the stop control signal transmitted by group 150.

The sunshade module 170 may include multiple sunshade elements (not shown in the figure), such as sunshade panels or blades. In some embodiments, the width of each sunshade element of the sunshade module 170 can be designed to be slightly larger than the interval of hanging and drying clothes on the clothes drying module 110, so that each sunshade element can only shade the sunlight that irradiates the corresponding position, That is to say, only a piece of clothing hung to dry on the corresponding position on the clothes drying module 110 is shielded from sunlight.

The sunshade module 170 can also receive the shade control signal sent by the control module 150, and can control the sunshade element corresponding to the position indicated by the received shade control signal, so that the corresponding sunshade element rotates to change the angle or move to Change the position, so as to shield the sunlight that irradiates the clothes hanging on the corresponding position.

The sunshade module 170 can also control all the sunshade panels to rotate or move when receiving the close control signal sent by the control module 150 to cover the clothes or close the vents, so as to reduce the external moisture from entering the clothes drying space.

The reflection module 180 can receive the reflection control signal generated by the control module 150 , and move the position and angle according to the received reflection control signal to reflect sunlight to the clothes hanging on the clothes drying module 110 .

The air guide module 190 can receive the air guide control signal generated by the control module 150, and adjust the angle or move the position according to the received air guide control signal, so that the wind direction passing through the air guide module is consistent with the clothes drying mold. The garments on group 110 are vertical.

Next, an embodiment is used to explain the operating system and method of the present invention, and please refer to "Fig. 2A" for the flow chart of the method for judging whether to simulate sunlight according to the clothing material and sunlight according to the present invention. In this embodiment, it is assumed that the clothes drying space is an indoor balcony with external windows, but the present invention is not limited thereto.

When the user hangs clothes to dry on the clothes drying module 110, the clothes drying module 110 can detect that the clothes are hung to dry on the clothes drying module 110, at this time, the clothes drying module 110 can generate a first notification message and The generated first notification message can be sent to the control module 150 . After receiving the first notification message, the control module 150 may transmit the received first notification message to the environment detection module 120 . In practice, the clothes drying module 110 can also directly send the first notification message to the environment detection module 120, so that the environment detection module 120 can continue to detect the drying of the clothes after receiving the first notification message. The space humidity in the clothing space (step 210).

The clothes drying module 110 can also generate a second notification message when it detects that there is no clothes to be hung to dry for a period of time, and transmit the generated second notification message through the control module 150 or directly to the material detection module 130.

The material detection module 130 can detect the clothes material of the clothes hung to dry after receiving the second notification message (step 231), and can transmit the detected clothes materials of the clothes hung and dried at each location To the control module 150. In practice, the material detection module 130 can also detect the material of the clothes hung to dry after detecting that the user leaves the clothes drying module 110 for a period of time.

After the control module 150 receives the clothes material sent by the clothes drying module 110 , it can judge whether the clothes hanging on the clothes drying module 110 are suitable for sun drying according to the received clothes material (step 235 ). If not, that is, there are one or more pieces of clothing in the clothes hanging on the clothes drying module 110 that are not suitable for sun drying, then the control module 150 can set the activation time and operation of the sun simulation module 190 according to the preset value. time (step 240), and as shown in the process of "Fig. 2B", control the sunshade module 170 to shade the sunlight irradiating the clothes not suitable for sun exposure according to the position of the clothes not suitable for sun exposure (step 275).

And if the control module 150 judges that the clothes hanging on the clothes drying module 110 are suitable for sun exposure according to the received clothes material, the control module 150 can accumulate the sun exposure value of the clothes (step 261), and The increasing rate of the insolation value and the decreasing rate of the space humidity set the activation time and operation time of the insolation simulation module 190 (step 267 ).

After the control module 150 sets the activation time and operation time of the solarization simulation module 190 (steps 240, 267), the solarization simulation module 190 can be activated at the activation time set by the control module 150 and can be activated after the operating time After that, that is, after the continuous operation reaches the operation time, stop the operation (step 280). In this embodiment, it is assumed that the control module 150 can send a start control signal to the solarization simulation module 190 to control the solarization simulation module 190 to start operating when the current time reaches the activation time, and can be activated when the current time passes the operating time. Sending a stop control signal to the solarization simulation module 190 to control the solarization simulation module 190 to stop operating. In practice, the control module 150 can also transmit the set activation time and operating time to the solarization simulation module 190, so that the solarization simulation module 190 will actively start when the current time reaches the activation time and continue to run automatically after the operating time. stop.

In this way, through the present invention, the bactericidal effect of simulating sunlight can be provided for clothing that cannot be exposed to sunlight or clothing that is insufficiently exposed to sunlight.

In the above embodiment, as shown in the process of "Fig. 2B", after the control module 150 accumulates the sun exposure value of the clothes hung on the clothes drying module 110 (step 261), the control module 150 can Judging whether the accumulated solar exposure value reaches the accumulated value (step 271 ). Assume that the control module 150 can judge the clothes hung and dried on the clothes drying module 110 exposed to sunlight according to the sunshine direction judged by the sunshine judging module 140, and can separately control the clothes hung and dried on the clothes drying module 110. By accumulating the solar exposure value separately, the control module 150 can judge whether the accumulated solar exposure value reaches the accumulated value for each piece of clothing hung to dry on the clothes drying module 110 .

If not, the control module 150 can continue to judge whether the accumulated solar exposure value has reached the accumulated value; if the control module 150 judges that the accumulated solar exposure value has reached the accumulated value, the control module 150 can reach the accumulated value according to the solar exposure value The position of the clothes on the clothes drying module 110 controls the sunshade module 170 to shade the clothes from sunlight (step 275 ). Then, after the control module 150 sets the activation time and operation time of the solarization simulation module 190 according to the increasing rate of the solarization value and the decreasing rate of the space humidity (step 267), the solarization simulation module 190 can reach When the time is enabled, it is automatically started or started by the control module 150 and continues to run the running time.

In addition, the above-mentioned embodiment can also be shown in the process of "Fig. 2C", in which the control module 150 judges that the clothes hanging and drying on the clothes-drying module 110 are suitable for sun drying according to the received clothes material (step 235) , or after the control module 150 controls the sunshade module 170 to cover clothes that are not suitable for sun drying (step 275), the sunshine judgment module 140 can detect or judge the sunshine direction according to the current time (step 251), and the control module 150 can judge the sunshine direction according to the sunshine The sunshine direction judged by the judging module 140 and the position of the clothes hanging on the clothes-drying module 110 generate a reflection control signal to control the moving position and/or angle of the reflecting module 180 so as to reflect the sunlight to the clothes hanging on the clothes-drying module 110 Clothes on module 110 (step 255). In practice, the control module 150 can also generate a movement control signal according to the sunlight direction to control the clothes drying module 110 to move to a specific position or rotate to a specific angle, so as to move the clothes hanging on the clothes drying module 110 to make the clothes exposed to sunlight.

The above embodiment can also be shown in the process of "Figure 2D", when the environment detection module 120 continues to detect the space humidity (step 210), the environment detection module 120 can also detect the actual wind direction (step 221) According to the actual wind direction detected by the environment detection module 120, the control module 150 can generate a corresponding wind guide control signal to control the wind guide module 190 to adjust to a corresponding angle and/or generate a corresponding movement control signal to control The clothes drying module 110 moves or rotates to a specific position (step 225 ), so that the wind direction passing through the air guide module 190 is perpendicular to the clothes hanging on the clothes drying module 110 .

In addition, after the insolation simulation module 190 starts at the activation time set by the control module 150 and continues to run for the operating time (step 280), the control module 150 can determine the space humidity detected by the environment detection module 120 Or whether the drop rate of space humidity is lower than the threshold value of clothes collection. If not, the control module 150 can make the same judgment again after a certain period of time until it is judged that the space humidity or the rate of decline of the space humidity is lower than the threshold value of the clothes collection; If the rate is lower than the clothes collection threshold, the control module 150 can generate a clothes collection control signal to control the clothes drying module 110 to collect and move the clothes hanging to the side of the clothes drying module 110. The height is reduced to the user's height suitable for hanging clothes (step 290).

To sum up, it can be seen that the difference between the present invention and the prior art lies in the ability to judge whether the clothes are suitable for sun exposure based on the material of the clothes to be hung to dry, to set the activation time and operation time according to the preset value, or to set the sun exposure value of the clothes The increase rate and the decrease rate of the space humidity in the clothes drying space set the start time and operation time, and simulate the bactericidal effect of the sun according to the start time and operation time. This technical means can solve the existing problems of the previous technology. It is impossible to select a sun exposure time suitable for disinfection according to the material of the clothes when drying the clothes, so as to achieve the technical effect of effectively disinfecting the clothes according to the principle of sunlight when drying the clothes.

Furthermore, the method of the present invention for judging whether to simulate sun exposure based on clothing material and sunlight can be implemented in hardware, software, or a combination of hardware and software, and can also be implemented in a centralized manner in a computer system or distributed with different components Implemented in a decentralized manner over several interconnected computer systems.

Although the embodiments disclosed in the present invention are as above, the content described is not intended to directly limit the scope of protection of the present invention. Anyone with ordinary knowledge in the technical field of the present invention, without departing from the spirit and scope disclosed in the present invention, makes some changes and modifications to the form and details of the implementation of the present invention, all of which belong to the patent protection of the present invention scope. The scope of patent protection of the present invention shall still be defined by the scope of the attached patent application.

110: Clothes drying module 120:Environment detection module 130:Material detection module 140:Sunshine Judgment Module 150: Control module 160: Sun exposure simulation module 170: sunshade module 180: Reflection Module 190: wind guide module Step 210: Continuously detect the space humidity of the drying space where the clothes are hung and dried Step 221: Detect actual wind direction Step 225: Adjust the angle of the wind guide module and/or move or rotate the clothes drying module according to the actual wind direction Step 231: Detect the clothing material of the clothing Step 235: Determine whether the clothes are suitable for sun exposure according to the materials of the clothes Step 240: Set the activation time and operation time of the solar simulation module according to the default value Step 251: Detect or judge the sunshine direction according to the current time Step 255: Control the moving position and angle of the reflection module according to the sunlight direction and the position of the clothing to reflect sunlight to the clothing Step 261: Accumulate the sun exposure value of the clothes Step 267: Set the activation time and operation time according to the increase rate of insolation value and the decrease rate of space humidity Step 271: Determine whether the sun exposure value of the clothing reaches the cumulative value Step 275: Shade the sunlight shining on the clothes according to the position of the clothes Step 280: Start simulating sunlight at the start time, and continue the operation time Step 290: When it is judged that the drop rate of the humidity in the space is lower than the clothes collection threshold, move the clothes to one side of the clothes drying module and lower the hanging height of the clothes

Figure 1 is a schematic diagram of the components of the device for judging whether to simulate sunlight according to the clothing material and sunlight according to the present invention. FIG. 2A is a flow chart of the method for judging whether to simulate sunlight according to the clothing material and sunlight according to the present invention. Fig. 2B is a flow chart of the method for shielding clothes from sunlight according to the present invention. FIG. 2C is a flow chart of the method for reflecting sunlight to irradiate clothes according to the present invention. Figure 2D is a flow chart of the method for changing the wind direction proposed by the present invention. Fig. 2E is a flow chart of the method for reducing the hanging height of clothes proposed by the present invention.

Step 210: Continuously detect the space humidity of the drying space where the clothes are hung and dried

Step 231: Detect the clothing material of the clothing

Step 235: Determine whether the clothes are suitable for sun exposure according to the materials of the clothes

Step 240: Set the activation time and operation time of the solar simulation module according to the default value

Step 261: Accumulate the sun exposure value of the clothes

Step 267: Set the activation time and operation time according to the increase rate of insolation value and the decrease rate of space humidity

Step 280: Start simulating sunlight at the start time, and continue the operation time

Claims (10)

A method for judging whether to simulate sunlight according to clothing material and sunlight is applied to a clothes drying device, and the method at least includes the following steps: Continuously detect the space humidity of the clothes drying space where the clothes are hung and dried; Detect one of the clothing materials of the clothing; When it is judged that the clothing is not suitable for sun exposure according to the material of the clothing, an activation time and an operation time are set according to the default values; When judging that the clothing is suitable for sun exposure based on the material of the clothing, accumulate a solar value of the clothing, and set the activation time and the operating time according to the increase rate of the solar value and the decrease rate of the humidity of the space; and Start simulating the solarization effect at the activation time, and continue to simulate the solarization effect until the operating time. The method for judging whether to simulate sun exposure based on the material of the clothing and sunlight as described in Claim 1, wherein the method is used in the step of judging that the clothing is not suitable for sunlight exposure based on the material of the clothing, or in the step of accumulating the sun exposure value of the clothing Afterwards, when it is judged that the sun exposure value of the clothing has reached the cumulative value, the step of shielding the clothing from the sunlight is based on the position of the clothing. The method for judging whether to simulate sun exposure based on clothing material and sunlight as described in claim 1, wherein the method further includes detecting or judging a sunlight direction based on the current time after the step of judging that the clothing is suitable for sunlight based on the clothing material , and control the moving position and angle of a reflective module according to the sunlight direction and the position of the clothing to reflect sunlight to the clothing, and/or move or rotate a clothes-drying module for hanging the clothing according to the sunlight direction so that The step of exposing the garment to sunlight. The method for judging whether to simulate sunlight according to the clothing material and sunlight as described in claim 1, wherein the method further includes detecting an actual wind direction after the step of providing the clothes to be hung and dried in the drying space, and based on the actual The step of adjusting the angle of an air guide module corresponding to the wind direction and/or moving or rotating a clothes drying module for hanging the clothes so that the wind direction passing through the air guide module is perpendicular to the clothes. The method for judging whether to simulate sunlight according to the clothing material and sunlight as described in claim 1, wherein after the step of continuously detecting the humidity of the drying space, the method further includes judging that the humidity rate of the drying space is lower than When a clothes collection threshold is reached, move the clothes to one side of a clothes-drying module for hanging and drying the clothes and reduce a hanging height of the clothes-drying module so that the hanging and drying height conforms to the user's height. A device for judging whether to simulate sun exposure based on clothing material and sunlight, the device at least includes: A clothes-drying module, used to provide a clothes-drying space for hanging and drying clothes; A material detection module, used to detect one of the clothing materials of the clothing; An environment detection module, used to continuously detect the humidity of a clothes drying space; A control module for judging that the clothing is not suitable for sun exposure according to the material of the clothing, setting an activation time and an operation time according to preset values, and accumulating one of the clothing when judging that the clothing is suitable for sun exposure according to the material of the clothing Insolation value, and set the activation time and the operation time according to the increase rate of the insolation value and the decrease rate of the space humidity; and The solarization simulation module is used to start at the activation time to simulate the solarization effect, and continue to operate at the operating time. The device for judging whether to simulate sun exposure based on the material of the clothing and sunlight as described in claim 6, wherein the device further includes a sunshade module, which is used when the control module judges that the clothing is not suitable for sun exposure according to the material of the clothing, or When the control module judges that the sun exposure value of the clothing reaches the accumulated value, it receives a shade control signal generated by the control module according to the position of the clothing, and shades the sunlight of the clothing according to the control signal. The device for judging whether to simulate sunlight according to the clothing material and sunlight as described in claim 6, wherein the device further includes a sunlight judging module and a reflection module, and the sunlight judging module is used to detect or judge according to the current time One direction of sunlight, the reflection module receives a reflection control signal generated by the control module according to the direction of sunlight and the position of the clothes, and moves the position and angle according to the reflection control signal to reflect sunlight to the clothes drying module . The device for judging whether to simulate sunlight according to the clothing material and sunlight as described in claim 6, wherein the device further includes an air guide module, which is used to receive an air guide control signal, and adjust the angle according to the air guide control signal. Clothing module, so that the wind direction passing through the air guiding module is perpendicular to the clothing, wherein the air guiding control signal is the actual wind direction detected by the control module based on the environment detection module and the clothing in the Generated by the position on the clothes drying module. The device for judging whether to simulate sunlight according to the clothing material and sunlight as described in claim 6, wherein the control module is further used for controlling The clothes-drying module moves the clothes to one side of the clothes-drying module and lowers a hanging height of the clothes so that the hanging height matches the height of the user.

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