TWM549792U - Rainproof clothes-sundrying structure - Google Patents

Description

Rainproof clothes structure

This creation is about a clothes-related structure, especially a rain-proof clothes structure.

Generally, when drying clothes, most of the clothes are hung on the outdoor or partially sun-dried balcony, but it is inevitable that there will be sudden changes in the weather or thunderstorms in the afternoon. If the clothes are not enough to be recovered before the rain, it will be washed and dried. The clothes are wet and need to be washed and dried.

Furthermore, if the clothes are sun-dried in order to avoid the problem of the clothes being wet, the clothes may not be completely dried, resulting in odor or deterioration of the clothes, which is not a solution. In addition, if the clothes are washed, the clothes are dried by the dryer, although the problem that the clothes are wet or not dried can be avoided, but the electricity cost is relatively high, which may cause excessive electricity expenses.

In addition, if the clothes are sun-baked on the balcony, the clothes can be prevented from being exposed to the outdoors, but when the weather becomes wet after the night, the moisture in the air may cause the clothes that have been dried to be wet again, causing the clothes to have an odor.

Therefore, how to improve the above problems, in order to achieve the ability to dry the clothes in the sun, and to cover the clothes immediately before the rain or rain, to prevent the clothes from getting wet, and to be installed in the existing sun The clothes rail can achieve the rainproof effect with a simple installation structure, which needs to be solved by relevant operators.

In order to solve the above problems, the present invention provides a rain-proof clothes-making structure. By means of an inductive controller, the driving device drives the rain-proof component to cover the clothes rail when it is raining, or automatically recovers the rain-proof component when the rain stops, so as to achieve The purpose of rain protection.

An embodiment of the present invention provides a rain-proof clothes-making structure, comprising: a driving device coupled to a clothes rail; a rain cover assembly coupled to the driving device, the driving device driving the rain cover assembly to open or close And an inductive controller, the signal-connecting driving device, the sensing controller has a sensing module and an operating module, the sensing module has an activation signal and a shutdown signal, and the operation module receives the activation signal to control the driving The device drives the rain cover to open; the operation module receives the shutdown signal to control the drive device to drive the rain cover assembly to close.

Through the above, the creation can achieve the effect, and the sensing module of the sensing controller detects whether there is rain, and when it is raining, the operating module controls the driving device to drive the rain cover to open and cover the clothes. The rod, while the rain stops, the control drive device drives the rain cover assembly to automatically retract to achieve an effective rainproof effect.

Furthermore, the creative structure is installed on the existing clothes rail, and the rainproof effect can be achieved with a simple installation structure, thereby increasing the practicality and scope of use of the creation.

For the convenience of the description, the central idea expressed in the column of the above novel content is expressed by a specific embodiment. The various items in the examples are drawn to scale in the description and not to the actual elements, and are described in the foregoing.

Referring to FIG. 1 to FIG. 4, the present invention provides a rain-proof clothes-making structure which is erected on a clothes rail 1 and the clothes rail 1 is used for hanging clothes 2. In the present embodiment, the clothes rail 1 The hanging clothes pole is attached, and the two ends of the clothes bar 1 are suspended by the two hanging members 3 under the ceiling of the balcony, and the rainproof clothes structure comprises:

A driving device 10 can be disposed above the clothes rail 1 or the upper edge of the balcony. In the present embodiment, the driving device 10 is disposed above the clothes rail 1 , and the driving device 10 has a guide rail 11 . The power source 12 and the two supporting members 13 that move the guide rail 11 are provided. The two supporting members 13 have oppositely disposed one of the first connecting portion 131 and the second connecting portion 132, and the first connecting portion 131. Connected to the two ends of the guide rails 11 respectively, the two second connecting portions 132 are vertically disposed at two ends of the clothes rail 1, and the power source 12 is coupled to one of the support members 13. The driving direction of the guide rails 11 is parallel to the clothes rail 1 Axis direction. Furthermore, in the present embodiment, the power source 12 is a motor, the guide rail 11 is a belt type guide rail, and the guide rail 11 is slidably provided with a plurality of connecting members 111. When the power source 12 drives the belt in the guide rail 11 to operate, each connecting member 111 Move along the guide rail 11 with the belt.

A rain cover assembly 20 is coupled to the driving device 10, and the rain cover assembly 20 is disposed at a height higher than the set height of the clothes rail 1. The rain cover assembly 20 is provided with a plurality of hanging members 21 and a rain curtain 22. The rain curtains 22 are disposed between the two ends of the clothes rail 1. The hanging members 21 are connected to the connecting members 111 of the guide rails 11 to cover the rain. One side of the curtain 22 is coupled to each of the hanging members 21, and the rain curtain 22 is spaced apart from the other side of each of the hanging members 21 to provide a plurality of weight increasing blocks 23, and each weight increasing block 23 can increase the weight of the rain curtain 22. To prevent the rain curtain 22 from being blown by the wind.

Each of the hanging members 21 has a hanging portion 211 and a supporting portion 212. Each hanging portion 211 has a barb shape and is connected to each connecting member 111. Each of the supporting portions 212 is C-shaped and is connected to the inner surface of the rain curtain 22. The recess of each of the struts 212 faces the clothes rail 1. In the present embodiment, the rain curtain 22 is made of a waterproof material such as plastic or rubber.

Moreover, when the power source 12 of the driving device 10 is actuated, the guide rail 11 drives the connecting members 111 to move the hanging members 21 to open or close the rain cover assembly 20, wherein when the driving device 10 drives the rain cover assembly 20 to open When the connecting member 111 drives the hanging members 21 to move along with the guide rails 11 and the distance between them is separated, the rain curtain 22 is opened and covers the clothes rail 1 so that the clothes 2 on the clothes rail 1 are placed in the cover. Inside the rain curtain 22, as shown in FIG. When the driving device 10 drives the rain cover assembly 20 to be engaged, the connecting members 111 drive the hanging members 21 to move along with the guide rails 11 and reduce the distance between the hanging members 21, so that the rain curtains 22 are concentrated and folded, and the clothes on the clothes drying rods 1 are arranged. 2 exposed outside the rain curtain 22, as shown in Figure 3.

In the embodiment, the sensing controller 30 is connected to the driving device 10 by a wired connection or a wireless connection. In the embodiment, the sensing controller 30 is connected to the driving device 10 . On the clothes rail 1 or balcony. The sensing module 30 has a sensing module 31 and an operating module 32. The operating module 32 is connected to the power source 12. The sensing module 31 has an activation signal and a shutdown signal, and the operation module 32 receives the activation signal. The rain cover assembly 20 is driven to open by the control drive unit 10; the operation module 32 receives the shutdown signal to control the drive unit 10 to drive the rain cover assembly 20 to close.

The sensing module 30 has a setting module 33. The sensing module 31 has a water droplet sensing unit 311. The water droplet sensing unit 311 is configured to detect whether there is water. The setting module 33 can set a first basis for the water droplet sensing unit 311. The water droplet sensing unit 311 generates a first sensing value, wherein the first base value and the first sensing value are power values or voltage values. In the present embodiment, the first basis is The value and the first sensing value are the power values. The first sensing value is the force of the water drop on the water drop sensing unit 311. When the first sensing value is greater than or equal to the first basic value, the water drop sensing unit 311 sends a start signal; When the sensing value is smaller than the first basic value, the water drop sensing unit 311 issues a shutdown signal.

In the present embodiment, the first base value can be adjusted according to the user's needs. If the first base value is set to be smaller, the water drop sensing unit 311 detects that the water drop is more sensitive, and the water drop pattern is drizzy. , the start signal is issued, so that the rain cover component 20 is opened to cover the clothes rail 1; conversely, if the first base value is set larger, the water drop sensing unit 311 detects that the water drop is less sensitive, and the water drop pattern is In heavy rain, a start signal will be issued to cause the rain cover assembly 20 to open and cover the clothes rail 1.

The sensing module 31 has a brightness sensing unit 312. The brightness sensing unit 312 is configured to detect ambient brightness. The setting module 33 sets a second base value in the brightness sensing unit 312. The brightness sensing unit 312 senses the ambient brightness to generate a second sensing value, wherein the second basic value and the second sensing value are brightness values, and the second sensing value is used to detect the brightness of the environment surrounding the sensing controller 30. When the second sensing value is less than the second basic value, The brightness sensing unit 312 sends an activation signal; when the second sensing value is greater than the second basic value, the brightness sensing unit 312 sends a shutdown signal.

In the present embodiment, the second basic value can be adjusted according to the user's needs. If the second basic value is set to be smaller, the sensitivity of the brightness sensing unit 312 when detecting the brightness is lower, and the surrounding environment is clouded and rainy. The activation signal is issued to cause the rain cover assembly 20 to open and cover the clothes rail 1; conversely, if the second basic value is set larger, the brightness sensing unit 312 has a higher sensitivity when measuring brightness, and the surrounding environment type is cloudy. In the day, a start signal is issued to cause the rain cover assembly 20 to open and cover the clothes rail 1.

The sensing controller 30 has a timing module 34. The timing module 34 sets a startup time. The startup time can be adjusted according to the user's needs. The operation module 32 controls the driving device 10 to operate according to the startup time, so that the driving device 10 drives the shielding. The rain assembly 20 is turned on. For example, if the user sets the startup time to 8 hours, the operation module 32 controls the driving device 10 to operate after 8 hours, so that the driving device 10 drives the rain cover assembly 20 to be turned on. In the present embodiment, when the timing module is used, After the group 34 sets the startup time, the sensing module 31 does not perform the sensing function.

The inductive controller 30 has a switch member 35. The user can manually control the switch member 35 to control the actuation of the drive device 10. When the switch member 35 is opened, the operation module 32 controls the drive device 10 to actuate, so that the drive device 10 drives the cover device. The rain module 20 is turned on; when the switch member 35 is closed, the operation module 32 controls the driving device 10 to operate, so that the driving device 10 drives the rain cover assembly 20 to be engaged.

Referring to FIG. 2 and FIG. 4, when the first sensing value of the water droplet sensing unit 311 is greater than the first basic value, or the second sensing value of the brightness sensing unit 312 is less than the second basic value, it is indicated as a raining situation. The operation module 32 controls the driving device 10 to operate, so that the rain cover assembly 20 is opened, the rain curtain 22 is opened and covers the clothes rail 1, and the clothes 2 on the clothes shaft 1 are accommodated in the rain curtain 22 In the inside, the clothes 2 are prevented from being wet by the rain, and an effective rainproof effect is achieved.

Referring to FIG. 3 and FIG. 4, in general, the rain cover assembly 20 is folded to enable the clothes 2 to be illuminated by the sun. If the rain cover assembly 20 has been opened when it rains, the water drop sensing unit 311 is replaced. When the sensing value is smaller than the first basic value, or the second sensing value of the brightness sensing unit 312 is greater than the second basic value, it is represented as a rain stop situation, and the operation module 32 controls the driving device 10 to actuate the rain cover component. 20 folding, the rain curtain 22 is concentrated and folded, and the clothes 2 on the clothes rail 1 are exposed outside the rain curtain 22, so that the clothes 2 can be sun-bath again.

Thereby, the rain cover assembly 20 can be driven to open and cover the clothes rail 1 by the driving device 10 when it is raining, and the driving device 10 can be automatically controlled to retract the rain cover assembly 20 by the operation module 32 when the rain is stopped. In order to achieve the ability to automatically protect the clothes 2 from rain and rain as the weather changes.

In addition, the user can also set the startup time by the timing module 34, or manually control the switch member 35 to control the opening and closing timing of the rain cover assembly 20 according to the user's personal use habits, thereby increasing the flexibility of use of the creation. .

In addition, the creative structure is installed on the existing clothes rail 1, and the rainproof effect can be achieved by a simple installation structure, thereby increasing the practicality and scope of use of the creation.

The above embodiments are merely illustrative of the present invention and are not intended to limit the scope of the present invention. All kinds of modifications or changes that are not in violation of the spirit of this creation are all in the scope of this creative intention.

1‧‧‧ clothes rail
211‧‧‧ hanging
2‧‧‧ clothing
212‧‧‧Support
3‧‧‧suspension
22‧‧‧ rain curtain
10‧‧‧ drive
23‧‧‧ weight gain block
11‧‧‧ Guide rail
30‧‧‧Induction controller
111‧‧‧Links
31‧‧‧Sense Module
12‧‧‧Power source
311‧‧‧Water drop sensing unit
13‧‧‧Support
312‧‧‧Brightness sensing unit
131‧‧‧First Link
32‧‧‧Operating module
132‧‧‧Second link
33‧‧‧Setting module
20‧‧‧ rain cover
34‧‧‧Timed Module
21‧‧‧ hanging pieces
35‧‧‧Switches

Figure 1 is a schematic view of the creation of the clothes hanger. 2 is a schematic view (1) of the present embodiment, showing that the rain cover is opened when it is raining. Figure 3 is a schematic view (2) of the present embodiment, showing that the rain cover assembly is closed when there is no rain. Figure 4 is a schematic diagram of the creation of the link.

1‧‧‧ clothes rail

3‧‧‧suspension

10‧‧‧ drive

11‧‧‧ Guide rail

111‧‧‧Links

12‧‧‧Power source

13‧‧‧Support

131‧‧‧First Link

132‧‧‧Second link

20‧‧‧ rain cover

21‧‧‧ hanging pieces

211‧‧‧ hanging

212‧‧‧Support

22‧‧‧ rain curtain

23‧‧‧ weight gain block

30‧‧‧Induction controller

Claims (10)

A rainproof garment structure comprising: a driving device; a rain cover assembly coupled to the driving device, the driving device driving the rain cover assembly to open or close; and an inductive controller, the signal connecting the driving device The sensing module has a sensing module and an operating module. The sensing module has an activation signal and a shutdown signal. The operation module receives the activation signal to control the driving device to drive the rain cover to be turned on. The operation module receives the shutdown signal to control the driving device to drive the rain cover assembly to be closed. The anti-rain clothes structure of claim 1, wherein the sensing controller has a setting module, the sensing module has a water drop sensing unit, and the setting module sets a first basic value in the water drop sensing unit When the water droplet sensing unit senses, a first sensing value is generated, the first sensing value is greater than or equal to the first basic value, and the water droplet sensing unit sends the activation signal, and the first sensing value is less than the first basic value, The water droplet sensing unit sends the shutdown signal. The anti-rain garment structure of claim 1, wherein the sensing controller has a setting module, the sensing module has a brightness sensing unit, and the setting module sets a second basic value in the brightness sensing unit. When the brightness sensing unit senses, a second sensing value is generated, the second sensing value is smaller than the second basic value, and the brightness sensing unit sends the activation signal, and the second sensing value is greater than the second basic value, the brightness The sensing unit sends the shutdown signal. The rain-proof clothes-coating structure of claim 1, wherein the sensing controller has a time-out module, the timing module sets a start-up time, and the operation module controls the driving device to act according to the start-up time, so that the The drive device drives the rain cover to open. The rain-proof clothes structure of claim 1, wherein the induction controller has a switch member that controls actuation of the drive device. The rain-proof garment structure of claim 1, wherein the driving device has a guide rail and a power source for moving the rail, and the power source is coupled to the operation module. The rain-proof clothes-coating structure of claim 6, wherein the rain-proof component is provided with a plurality of hanging members, and each of the hanging members is slidably disposed on the guide rail. The rain-proof clothes-coating structure according to claim 7, wherein the rain-proof assembly has a rain curtain that is coupled to each of the hanging members. The rain-proof clothes-coating structure according to claim 8, wherein the rain curtain is provided with a plurality of weight-increasing blocks at intervals of one side of each of the hanging members. The rain-proof clothes structure of claim 6, wherein the driving device has two supporting members coupled to both ends of the guide rail.