TWI610053B - Automated drying system capable of detecting weather conditions - Google Patents

Abstract

An automatic drying system combined with weather determination includes a receiving box, a blocking component, a first driving component disposed in the receiving box and configured to control the opening and closing of the opening and closing of the blocking component, and a a loading stage of the object to be dried, a second driving component for driving the stage to move out of the receiving box or into the receiving box, and a light sensation disposed outside the receiving box for sensing the illuminance of the external environment a measuring device, a control device disposed in the accommodating box and electrically connected to the first driving component, the second driving component and the photo sensor, and capable of receiving signals and further controlling, and a device disposed in the accommodating box and electrically connected to the control device Drying device. In this way, the weather condition can be judged, and the stage can be removed from the receiving box or the stage can be automatically stored and the automatic drying function can be provided.

Description

Automatic drying system combined with weather judgment

The present invention relates to an automatic drying system, and more particularly to an automatic drying system that combines weather determination.

Refer to the new patent case of "Mobile Solar Automatic Exposure Device" of the Republic of China Announcement No. M381639. The mobile solar automatic exposure device disclosed in the case includes a box body and a movable telescopic frame for sliding movement into and out of the box. a motor for driving the movable telescopic frame into or out of the box, a sensing controller disposed on the movable telescopic frame, and a solar panel disposed on the movable telescopic frame. The casing is covered with a cover around the casing, and at least one moving member for towing. The movable telescopic frame includes a cross frame, at least one moving member, and at least two brackets disposed between the brackets. The solar panel is disposed on the movable telescopic frame, and the solar panel is connected with a battery, which converts light energy into electrical energy and is stored in the battery. The sensing controller is configured to sense various environmental values, and control the motor according to the environmental values to further displace the movable telescopic frame, for example, when the current ambient illuminance is 30-50 (Lux, lumens) or more, Set to daytime, the movable telescopic frame is slid out of the box to receive sunshine, and the movable telescopic frame can be provided with at least one hanging frame, and the hanging frame is provided with at least one hanging frame for hanging clothes such as clothes. And so on, if the sensing controller senses that the current ambient illuminance is lower than 30-50 (Lux, lumen), the movable telescopic frame 2 is slipped into the box 1 to avoid Dust and dew.

However, since the above-mentioned mobile solar automatic exposure device is not provided with a shutter member and no drying device is provided in the box body, even if the article hanging on the hanger has been slid into the box with the movable telescopic frame, it is hung on the hanger. Not only can the items not continue to dry, but if they are not immediately stored, external dust or moisture will still enter the box, causing the items that have been sun-dried on the rack to be wet or contaminated again.

Therefore, it is an object of the present invention to provide an automatic drying system that combines weather determination so that weather conditions can be judged, a stage is automatically removed when weather is good, and the stage is automatically stored when weather is poor. Automatic drying is also available.

Therefore, the present invention combines an automatic drying system for weather determination, including a housing box, a shutter component, a first driving component, a carrier, a second driving component, a light sensor, and a control device. And a drying device. The accommodating box is disposed on the platform and located at the first end, and the accommodating box includes an indoor space, and an entrance and exit that enables the indoor space to communicate with the outside. The shielding element is disposed in the receiving box and is used for opening and closing the inlet and outlet. The first driving element is coupled to the shielding element and configured to control the shuttering element to actuate to open and close the inlet and outlet. The stage is located in the indoor space and is drivable and can be used to carry most of the items to be dried. The second driving component is disposed on the stage and is configured to drive the stage to be displaced out of the receiving box or into the indoor space through the inlet and outlet. The light sensor is disposed outside the receiving box and is used to sense the illuminance of the external environment.

In addition, the control device is disposed in the receiving box and electrically connects the first driving component, the second driving component and the photo sensor, and the control device receives the light sensation when the shielding component is in a closed state. When the illuminance sensed by the detector is higher than a predetermined illumination value, the control device activates the first driving component to control the opening of the shuttering component to open the opening and exiting, and the control device can automatically or passively control the The second driving component drives the displacement of the stage through the inlet and outlet and moves out of the receiving box. Once the control device receives the light level perceived by the light sensor is lower than the preset illumination value, the control The device automatically controls the second drive element to move the stage into the indoor space, and the control device automatically controls the shutter member to close to close the door.

The drying device is disposed in the receiving box and electrically connected to the control device. When the blocking component is closed, the control device can automatically or passively control the drying device to perform a drying operation on the indoor space.

The utility model has the advantages that the light sensor, the control device, the first driving component and the second driving component are arranged, so that the weather condition can be judged, and the stage is automatically removed when the weather is good, and When the weather is not good, the stage is automatically moved into the indoor space, and the shielding component is closed, which can protect the waiting for dry objects on the stage from external foreign matter or being affected by external humidity to be wet again. In addition, the user can also be configured to enable the control device to automatically or passively control the drying device to perform a drying operation on the indoor space, so that the waiting for drying object located on the stage in the indoor space is continuously It is dry and therefore easy to use.

11‧‧‧ 容箱

111‧‧‧ side wall

112‧‧‧ top wall

1121‧‧‧ Straight

1122‧‧‧ inclined section

113‧‧‧ indoor space

114‧‧‧ Entrance

115‧‧‧Ventilation window

116‧‧‧ skylight

117‧‧‧doors

12‧‧‧hatch components

13‧‧‧First drive element

14‧‧‧stage

15‧‧‧Second drive element

16‧‧‧Light sensor

17‧‧‧Control device

171‧‧‧Input unit

18‧‧‧Drying device

181‧‧‧Fan

19‧‧‧ objects to be dried

21‧‧‧ rolling device

211‧‧‧Roller

22‧‧‧suspension device

221‧‧‧ pulley block

2211‧‧‧ pulley

222‧‧‧ hanging rope

223‧‧‧weights

224‧‧‧Bundle tube

23‧‧‧Induction device

231‧‧‧First sensing unit

232‧‧‧Second sensing unit

24‧‧‧ Carrier

241‧‧‧Support arm

242‧‧‧Hook

25‧‧‧Shelf

31‧‧‧ platform

311‧‧‧ first end

312‧‧‧ second end

32‧‧‧rails

33‧‧‧First stop element

34‧‧‧Second stop element

35‧‧‧First touch switch

36‧‧‧Second touch switch

37‧‧‧ Third drive component

[First figure] is a perspective view illustrating a first embodiment of the automatic drying system of the present invention combined with weather determination; [second drawing] is a perspective view of another angle, which assists in explaining the first figure; [third figure] For a perspective view, a stage and a carrier of the first embodiment are illustrated; [fourth figure] is a schematic diagram for assisting the first drawing, and the figure shows an entrance and exit of a receiving box toward the corresponding one. The inside of the box is observed, the table is omitted and the carrier is not shown; [fifth] is a partial cross-sectional view showing that the stage and the carrier of the first embodiment are accommodated In the accommodating case, a shielding member has closed the inlet and outlet; [Sixth] is a partial cross-sectional view, and the fifth drawing is assisted to show that the shielding member has been wound up and the opening and exit is opened; [Seventh figure] is a state diagram of use, illustrating that the stage of the first embodiment and the carrier located at the stage have been removed from the housing; [Fig. 8] A perspective view illustrating a second embodiment of the automatic drying system of the present invention in combination with weather determination; [Ninth] is a partial cross-sectional view, and the eighth diagram is additionally illustrated, which shows that the shielding member has been rolled up and made The access port is open; [10th] is a state of use diagram illustrating the manner in which the stage of the second embodiment and the carrier on the stage have been removed from the housing; [11th] is another use state diagram, and the assistance is explained in the tenth diagram, showing the aspect in which a tray is attached to the carrier.

Other features and effects of the present invention will be apparent from the following description of the drawings.

Referring to the first figure and the second figure, a first embodiment of the automatic drying system combined with weather determination according to the present invention comprises a housing box 11, a shuttering component 12, a first driving component 13, and a carrier. 14. A second drive element 15, a light sensor 16, a control device 17, and a drying device 18.

The accommodating box 11 includes a plurality of side walls 111, a top wall 112 that is disposed at the top end of the side walls 111, and an indoor space 113 defined by the side walls 111 and the top wall 112. 113, a venting window 115 connected to the outside, a ventilating window 115 respectively located on the two different side walls 111, and a sunroof 116 disposed on the top wall 112. The top wall 112 has a flat portion 1121 and an inclined portion 1122. The sky window 116 is located on the inclined portion 1122, thereby facilitating the flow of outside air into and out of the indoor space 113 via the skylight 116. In addition, the ventilating windows 115 are respectively provided with an openable and closable door piece 117, so as to provide timely opening, so that the airflow of the indoor space 113 is more smooth, and can be timely closed. Closed to facilitate the subsequent drying operation. In particular, although the door piece 117 in the figure shows the grille door shape, it is not limited thereto.

In the present embodiment, the shutter member 12 is in the form of a roller blind, and is disposed at the inlet and outlet 114 of the receiving box 11 and can open and close the inlet and outlet 114. In particular, the form of the shutter member 12 should not be limited thereto.

Referring to the fifth and sixth figures, the first driving component 13 is a motor and is connected to the shielding component 12, and the first driving component 13 can be used to control the shuttering component 12 to be retracted or extended to enable The inlet and outlet 114 is open or closed.

Referring to Figures 3 and 5, the stage 14 can be housed in the receiving box 11 and can be used to carry a plurality of objects 19 to be dried (see Figure 7). The second driving element 15 is a motor and is disposed on the stage 14 and can be used to drive the stage 14 to be displaced out of the receiving box 11 or into the indoor box 11 through the inlet and outlet 114. Space 113.

Referring to the first figure, the photo sensor 16 is disposed outside the accommodating case 11 and is used for sensing the illuminance of the external environment. Specifically, in the embodiment, the photo sensor 16 is a photoresistor. Explain, but not limited to this.

Referring to the first, third and fifth figures, the control device 17 is disposed in the receiving box 11 and electrically connects the first driving component 13, the second driving component 15 and the photo sensor 16, and the control device 17 can borrow By controlling the forward or reverse operation time or the number of turns of the second driving element 15, the function of moving the stage 14 out of the receiving box 11 or into the receiving box 11 is achieved. In addition, the control device 17 can also adopt a track displacement control mode, that is, the control device 17 can control the load when the second drive element 15 is activated by preset a movement track of the stage. The stage 14 is displaced in accordance with the movement trajectory of the stage. Since the track displacement control method is a known technique, it will not be described here. In addition, the control device 17 can further include an input unit 171 for inputting an operation command by the user and capable of outputting a signal in a wired or wireless manner, whereby the control device 17 can be automated not only according to the built-in program after being activated. control The system can also be switched to the manual execution mode by the user through the input unit 171 to perform component control.

Referring to the second figure, the drying device 18 includes two fans 181 electrically connected to the control device 17, and the fans 181 can be respectively disposed on the same sidewall 111 or different sidewalls 111 of the receiving box 11. The control device 17 is also capable of controlling the operation of the fans 181.

Referring to the first, third and fifth figures, the automatic drying system of the present invention combined with weather determination may further comprise a rolling device 21 disposed at the bottom of the stage 14 and capable of driving the displacement of the stage 14, and a receiving device A suspension device 22 connected to the shutter member 12, an induction device 23, and a carrier 24 disposed above the stage 14 and capable of carrying the object to be dried 19 are disposed. The rolling device 21 includes a plurality of rollers 211 connected to the second driving component 15 . The second driving component 15 drives the rollers 211 to roll to drive the carrier 14 out of the receiving box 11 or into the receiving device. Inside the box 11. The sensing unit 23 includes a first sensing unit 231 disposed on the suspension unit 22 and a second sensing unit 232 disposed on the stage 14. In the embodiment, the first sensing unit 231 is The permanent magnet, the second sensing unit 232 is an induction electromagnet. When the first driving component 13 controls the displacement of the shielding component 12, the suspension device 22 is simultaneously linked, and when the first sensing unit 231 and the second sensing unit 232 generate relative sensing, the second sensing The unit 232 outputs a sensing signal to the control device 17. The control device simultaneously receives the sensing signal output by the second sensing unit 232 and the illuminance sensed by the light sensor 16 is higher than the preset. When the illumination value is reached, the control device 17 activates the second driving component 15 to drive the stage 14 to move out of the receiving box 11 through the inlet and outlet 114.

In addition, in this embodiment, the carrier 24 has a plurality of spaced-apart and radially arranged support arms 241, and the ends of the support arms 241 are formed with hooks for hooking the objects to be dried 19 Part 242. In particular, the aspect of the carrier 24 should not be limited thereto.

Referring to the fourth and fifth figures, in the embodiment, the suspension device 22 can include a pulley block 221, a suspension rope 222 wound around the pulley block 221, and a weight 223. slip The wheel set 221 includes two pulleys 2211 spaced apart from each other on the inner surface of the top wall 112 of the receiving box 11. The two ends of the suspension rope 222 are respectively connected to the bottom of the shielding member 12 at intervals, and the middle portion of the suspension rope 222 is connected to the weight 223 by passing through a bundle of tubes 224. In addition, the first sensing unit 231 of the sensing device 23 is disposed on the weight 223, and the second sensing unit 232 is disposed on the stage 14. In particular, in the following description, the suspension device 22 is described in the above-described manner, but the aspect of the suspension device 22 should not be limited thereto.

Referring to the fifth, sixth, and seventh diagrams, in use, the light sensor 16 is used to sense the illuminance of the external environment, and the light sensing signal is transmitted to the control device 17, and the control device 17 receives and compares the processing. Then, if it is determined that the illuminance sensed by the photo sensor 16 is higher than a predetermined illumination value, the control device 17 activates the operation of the first driving component 13 to control the obscuration component 12 to rise and cause the The inlet and outlet 114 are gradually opened, and when the shutter member 12 is wound up, the suspension rope 222 is simultaneously linked and the weight 223 and the first sensing unit 231 are synchronously lowered and displaced. When the first sensing unit 231 and the first sensing unit 231 are When the second sensing unit 232 senses each other, the second sensing unit 232 outputs the sensing signal and transmits the sensing signal to the control device 17. When the control device 17 simultaneously receives the sensing signal output by the second sensing unit 232 and determines When the illuminance sensed by the photo sensor 16 is higher than the preset illumination value, the control device 17 activates the second driving component 15 (see the third figure) to drive the stage 14 to be displaced and pass through the inlet and outlet 114. Remove the housing box 1 1 , at this time, the user can place a plurality of objects to be dried 19 (see the third figure) on the stage 14 or on the carrier 24 of the stage 14 so that the object to be dried 19 (see the third figure) can be exposed to the sun and dry.

In particular, if the user can manually operate the input unit 171, the control device 17 can also activate the first driving element 13 to control the winding element 12 to be wound up, so that the inlet and outlet 114 are open. At this time, the control device 17 also receives the sensing signal output by the second sensing unit 232. If the control device 17 determines that the illuminance sensed by the light sensor 16 is not higher than the preset illumination value, the control device 17 The control device 17 does not activate the second drive element 15 so that the stage 14 is not The second driving element 15 is activated to manually move the stage 14 out of the receiving box 11 by manually controlling the control unit 17 by operating the input unit 171.

In addition, when the control device 17 determines that the illuminance sensed by the photo sensor 16 is lower than the preset illumination value, the control device 17 automatically controls the second driving component 15 to drive the stage 14 into the In the indoor space 113, the control device 17 automatically controls the shutter member 12 to close to close the doorway 114. Thereby, the waiting dry object 19 on the stage 14 or on the carrier 24 can be protected from foreign matter contamination or external humidity. Further, the ventilating windows 115 and the sunshade 116 of the accommodating case 11 are further disposed, so that the waiting for drying object 19 located in the indoor space 113 of the accommodating case 11 can continue to receive the natural air drying effect. In addition, the user can operate the input unit 171 to enable the control device 17 to activate the fans 181 of the drying device 18, thereby supplying air to the indoor space 113 of the receiving box 11, and thus, The awaiting dry object 19 in the indoor space 113 of the housing box 11 can continue to dry in an air-drying manner.

According to the above, the stage 14 can be automatically removed when the weather is good, and the stage 14 is automatically moved into the indoor space 113 when the weather is not good, thereby closing the shutter member 12, It is indeed possible to protect the awaiting dry object 19 on the stage 14 from foreign matter contamination or from external humidity. In addition, the user can also be configured to enable the control device 17 to automatically or passively (ie, manually) control the drying device 18 to perform a drying operation on the indoor space 113 such that the waiting dry object located in the indoor space 113 19 continued to dry. Further, even if the drying device 18 is not activated, the waiting dry object 19 located in the indoor space 113 can be naturally dried through the louvers 115 and the sunroof 116. Therefore, the convenience of use is excellent.

Referring to the eighth, ninth, and tenth drawings, the second embodiment of the automatic drying system combined with the weather determination of the present invention is substantially the same as the first embodiment, and the difference is that the platform 31 and the two-phase interval are further included. And a first guiding element 33 disposed on the platform 31 and located in the receiving box 11 , and a first blocking element 33 disposed on the platform 31 and located in the receiving box 11 outside a second blocking element 34, a first touch switch 35 disposed on the stage 14 and corresponding to the first blocking element 33, and a second mounting switch 35 disposed on the stage 14 and used in the second The second touch switch 36 corresponding to the blocking element 34, and a third driving element 37 (see the third figure) disposed on the stage 14 and electrically connected to the second touch switch 36. The platform 31 has a first end 311 and a second end 312 at a position opposite to the first end 311. The receiving box 11 can be disposed on the platform 31 and located at the first end 311. The guide rails 32 extend from the first end 311 of the platform 31 toward the second end 312, and the rollers 211 of the rolling device 21 can be displaced. The first stop element 33 is located at a first end 311 of the platform 31 and the second stop element 34 is located at a second end 312 of the platform 31. In addition, the third driving element 37 is coupled to the carrier 24 and can be used to drive the carrier 24 to rotate. In addition, in the embodiment, the first touch switch 35 and the second touch switch 36 are all described by a reed switch, but are not limited thereto.

Therefore, when the control device 17 controls the second driving component 15 (see FIG. 3) to drive the stage 14 to move into or out of the indoor space 113 of the receiving box 11, the rolling device 21 The roller 211 can be displaced according to the guide rails 32. In addition, when the control device 17 controls the second driving component 15 to move the stage 14 into the indoor space 113, once the first touch switch 35 touches the first blocking component 33, the second driving Element 15 will then cease to act, at which point the stage 14 will move inward to reach the position. In addition, when the control device 17 controls the second driving component 15 to move the stage 14 out of the indoor space 113, when the second touch switch 36 touches the second blocking component 34, the second driving The element 15 will cease to act, at which point the stage 14 will move outward to reach the position and simultaneously activate the third drive element 37 to drive the carrier 24 to rotate. Thus, the present embodiment can achieve not only the same effects as the first embodiment, but also the drying efficiency of the carrier 24 by the rotatable design.

Specifically, in the embodiment, the platform 31 may be omitted, and the rails 32, the first stopping element 33 and the second stopping element 34 are directly disposed on a ground, as long as the The first blocking element 33 is located in the accommodating case 11, and the second blocking element 34 is located outside the accommodating case 11, and the same effect can be achieved as well. In addition, the rails 32, the first blocking element 33 and the second The blocking element 34 can also be omitted, and a trajectory is preset directly on the ground, and the movement path and the fixed point position of the stage 14 are controlled by the tracking method, so that the same effect can be achieved.

Referring to the eleventh embodiment, in the above two embodiments, by using the design of the carrier 24, a tray 25 can be placed on the carrier 24 as needed to provide a non-suspended to be dried. Object 19 (see Figure 7) provides another use that makes it easier to use.

In summary, the automatic drying system of the present invention combined with weather determination is provided by the above design, by the light sensor 16, the control device 17, the first driving component 13 and the second driving component 15, thereby The weather condition can be judged, and the stage 14 is automatically removed when the weather is good, and the stage 14 is automatically moved into the indoor space 113 when the weather is not good, thereby eliminating the man-made action and closing the cover. The component 12 can protect the awaiting dry object 19 on the stage 14 from external foreign matter or being humidified by external humidity. Further, if necessary, the input unit 171 can be used to switch the control device 17 to the manual mode as needed to perform the desired function. In addition, the user can also control the drying device 18 to perform the drying operation on the indoor space 113 by the setting of the input unit 171, so that the stage 14 is located in the indoor space 113. The waiting drying object 19 is continuously dried, and the drying device 18 is not activated, and the waiting dry object 19 located in the indoor space 113 can be naturally dried through the louver 115 and the sunroof 116. Therefore, the convenience of use is excellent.

In view of the foregoing description of the embodiments, the operation and the use of the present invention and the effects of the present invention are fully understood, but the above described embodiments are merely preferred embodiments of the present invention, and the invention may not be limited thereto. Included within the scope of the present invention are the scope of the present invention.

11‧‧‧ 容箱

111‧‧‧ side wall

112‧‧‧ top wall

1121‧‧‧ Straight

1122‧‧‧ inclined section

113‧‧‧ indoor space

114‧‧‧ Entrance

115‧‧‧Ventilation window

117‧‧‧doors

12‧‧‧hatch components

14‧‧‧stage

16‧‧‧Light sensor

17‧‧‧Control device

171‧‧‧Input unit

211‧‧‧Roller

Claims (10)

An automatic drying system combined with weather determination comprises: a receiving box disposed on a platform and located at a first end of the platform, the receiving box comprising an indoor space, and a room for communicating the indoor space with the outside An opening and closing member; a shielding member disposed in the receiving box for opening and closing the inlet and outlet; a first driving member coupled to the blocking member for controlling the shutter member to actuate to open and close the inlet and outlet; a stage located in the indoor space and displacable by driving, the stage being capable of carrying a plurality of objects to be dried; a second driving element disposed on the stage for driving the stage to be displaced The entrance and exit is removed from the receiving box or moved into the indoor space; a light sensor is disposed outside the receiving box and used to sense the illumination of the external environment; a control device is disposed in the receiving box and is electrically Connecting the first driving component, the second driving component and the photo sensor, when the shielding component is in a closed state, the control device receives that the illuminance sensed by the photo sensor is higher than a preset illumination value When the control is installed The first driving component is activated to control the opening of the shielding component to open the inlet and outlet, and the control device can automatically or passively control the second driving component to drive the displacement of the carrier through the inlet and outlet to remove the receiving component. Outside the box, once the control device receives the illuminance perceived by the light sensor being lower than the preset illumination value, the control device automatically controls the second driving component to drive the stage into the indoor space. The control device automatically controls the shutter member to close to close the doorway; and a drying device is disposed in the receiving box and electrically connected to the control device, and the control device can automatically The drying device is controlled to perform the drying operation on the indoor space. The automatic drying system according to claim 1, wherein the accommodating box comprises at least one ventilating window, whereby the loading device is moved into the accommodating box, even if the drying device is not operated, The awaiting dry object can still continue to dry in an air drying manner through the louver. An automatic drying system combined with weather determination according to claim 1, wherein the drying device comprises at least one fan disposed in the receiving box. The automatic drying system combined with the weather determination according to any one of claims 1 to 3, further comprising a suspension device disposed in the receiving box and connected to the shielding member, and an inductive device, The sensing device includes a first sensing unit disposed on the suspension device, and a second sensing unit disposed on the loading platform, the first driving component controlling the suspension component to simultaneously interlock the suspension device Displacement, when the first sensing unit and the second sensing unit generate relative sensing, the second sensing unit outputs an inductive signal and transmits the sensing signal to the control device, and the control device simultaneously receives the output of the second sensing unit. When the sensing signal and the illuminance sensed by the photo sensor are higher than the preset illumination value, the control device activates the second driving component to drive the displacement of the stage through the inlet and outlet to move out of the accommodating box. The automatic drying system combined with weather determination according to item 4 of the patent application scope includes a rolling device disposed at the bottom of the stage and capable of driving the displacement of the stage. An automatic drying system combined with weather determination according to claim 5, wherein the rolling device comprises a plurality of rollers connected to the second driving component, and the second driving component drives the rollers to roll to drive the stage Displacement. The automatic drying system combined with the weather determination according to claim 6 of the patent application scope, further comprising two-phase spaced and parallel guide rails, a first blocking component disposed in the receiving box, and a first stop element disposed therein a second stopping element outside the box, and the rollers of the rolling device can follow the displacement of the rails, and the control device controls the second driving element to move the stage into the indoor space. When the object table contacts the first stopping element, the control device controls the second driving element to stop; In addition, the control device controls the second driving component to move the stage out of the indoor space, and when the stage contacts the second blocking component, the control device controls the second driving component to stop. The automatic drying system combined with the weather determination according to claim 6 of the patent application, further comprising a first blocking component disposed in the receiving box, and a second blocking component disposed outside the receiving box, a first touch switch disposed on the stage and corresponding to the first blocking element, and a second touch switch disposed on the stage and corresponding to the second blocking element When the first touch switch touches the first blocking element or the second touch switch touches the second blocking element, the second driving element stops operating. The automatic drying system combined with weather determination according to claim 4, wherein the first sensing unit is a permanent magnet, and the second sensing unit is an induction electromagnet. An automatic drying system combined with weather determination according to claim 8 of the patent application, further comprising: a third driving component disposed on the stage and electrically connected to the second touch switch, and a first driving component disposed on the stage Upper and connected to the third driving component and capable of carrying the carrier waiting for the drying object, when the second touch switch is pressed against the second blocking component, the second driving component stops acting and simultaneously starts The third drive element drives the carrier to rotate.