TWM623330U - Rainy day window closing warning device - Google Patents

Abstract

A window closing warning device in rainy days is installed on a window, which includes a main body, an application program module, a detection module, a processing module and a warning module. Through the application module, weather commands corresponding to rainy days or sunny days can be generated and sent to the processing module, and a detection module outside the main body can sense that it is about to rain or sunny days, and send out a first signal immediately Or the second signal is given to the processing module, so that the processing module generates the corresponding warning signal or clear weather signal after processing, and then uses the warning signal to control the warning module to immediately emit a warning sound and/or warning light to remind indoors. Personnel pay attention to closing the windows to immediately prevent rainwater from splashing into the room through the windows.

Description

Rainy day window closing warning device

This creation relates to a warning device, especially a warning device for closing windows in rainy days.

In a general residence or office, in order to maintain indoor air circulation and temperature regulation, the windows are usually opened, but when it encounters rainy weather, the windows are closed to prevent rainwater from flooding into the room; however, sometimes When it rains, there may not be people indoors, or people are not near the windows, or they are busy with things. For example, in ordinary houses, people inside may go out and forget to close the windows, while in houses and offices, there may be The windows may not be closed in time because the family or work is busy without noticing the rain. In these cases, rainwater will enter the room, which will cause the floor to be slippery or wet the items placed around the windows, and the indoor electronics will be splashed in serious cases. The items are dirty or even damaged, or the floor is wet and slippery in a large area, which can easily cause people to slip and get injured.

For a house or office, windows are a part of existing buildings. How to use advanced information technology to solve the problem of existing windows that are often forgotten to be closed without destroying the original window seat buildings? various problems caused. Therefore, how to solve the above problems and deficiencies is equivalent to providing advance warnings and warnings before heavy rain and preventing rainwater from entering the room in advance, which is the direction that the creators of this case and related manufacturers in this industry want to improve.

In order to improve the above-mentioned problems, one purpose of the present invention is to provide a warning device for window closing in rainy days. By installing a body near the periphery of the window seat near the window, a detection module partially exposed outside the body can sense the It will rain, so that it can immediately send a rain signal to the processing module when it is raining, so that the processing module control warning module will immediately emit a warning sound and/or warning light when it starts to rain, reminding indoor personnel to pay attention to the windows to prevent rain from splashing into the room.

Another purpose of this creation is to provide a warning device for closing windows in rainy days. Using advanced information technology, the windows can be closed before the rain without damaging the original window seat building and without spending a lot of money, effectively solving the problem of rain. The problems caused by closing the windows are often forgotten.

In order to achieve the above-mentioned purpose, the present invention provides a warning device for window closing in rainy days, which is installed on a window and includes a main body, an application module, a detection module, a processing module and a warning module. The application module is mounted on the main body and generates different weather instructions corresponding to at least rainy days or sunny days; the detection module is provided with at least a humidity sensor and a light sensor outside the main body, The humidity sensor detects the state of rain in the sky and generates a first signal, and the light sensor detects the state of no rain in the sky and generates a second signal; the processing module is arranged on the main body, It receives different weather commands generated by the application module, and receives the first or second signal sent by the detection module, and generates a corresponding warning signal or a clear weather signal after calculation processing; the warning module , which is electrically connected with the processing module, and which receives the warning signal and generates a warning state.

With the above structure, the body is installed at the window seat of the window near the frame edge of the window, the application module, the detection module, the processing module and the warning module are arranged on the body, and the application is received through the processing module. The program module generates different weather commands corresponding to rainy days or sunny days, and some detection modules exposed on the outside of the main body can sense that it is about to rain or sunny days, and immediately send out a first signal or a second signal to the processing module , so that the processing module generates the corresponding warning signal or clear weather signal after processing, and then uses the warning signal to control the warning module to immediately emit a warning sound and/or warning light to remind indoor personnel to pay attention to closing the window and prevent rainwater from The window splashed into the room.

100: Warning device for closing windows on rainy days

1: Window seat

11: Window

111: one side

2: Ontology

21: ON/OFF switch

22: Display screen

3: Application module

4: Detection module

41: Humidity sensor

42: Light sensor

5: Processing modules

6: Warning module

61: Voice module

62: Lighting module

7: Communication module

8: Power supply module

200: Cloud server

S20~S24: Steps

Figure 1 is a schematic block diagram of the implementation of the window closing warning device in rainy days; Figure 2 is a three-dimensional schematic diagram of the window closing warning device in rainy days being installed around the window; Figure 3 is the generation of the window closing warning device shown in Figure 1. The flowchart of the steps of the weather reminder command.

The above-mentioned purpose of the present invention and its structural and functional characteristics will be described with reference to the preferred and specific embodiments of the accompanying drawings.

Please refer to Figure 1 for the block diagram of the implementation of the window closing warning device in rainy days; Figure 2 is a three-dimensional schematic diagram of creating the window closing warning device for rainy days around the window; Figure 3 is the window closing warning device for rainy days shown in Figure 1 The flow chart of the steps of generating a weather reminder command by the device. First of all, the present invention discloses a warning device 100 for closing the window in rainy days, which is installed on a window, and the window generally has a window 11 of a window seat 1 close to one side 111 of the frame edge. It includes a main body 2 , an application program module 3 , a detection module 4 , a processing module 5 and an alarm module 6 .

The body 2 is a casing, especially an electronic box. Further, an ON/OFF switch 21 and a display screen 22 are disposed on the outer surface of the main body 2 . And the main body 2 can be detachably installed on one side 111 of the window 11 close to the frame edge and adjacent to the outside (as shown in Figure 2) by means of screw locks, hooks, etc., which is convenient for the user to use according to the actual environment and position. The installation of the body 2 on the edge of the window frame clearly corresponds to the outside.

The application module 3 is mounted on the main body 2 and has a first standard value corresponding to rainy days and a second standard value corresponding to cloudy and sunny days. In this embodiment, the application module 3 is connected to a communication module 7 , and the communication module 7 can receive the weather command generated by the application module 3 and send it to the processing module 5 for processing.

The detection module 4 is provided with at least a humidity sensor 41 and a light sensor 42 outside the main body 2, so that the humidity sensor 41 and the light sensor 42 are partially exposed outside the main body , wherein the humidity sensor 41 can directly withstand the rain when it rains, so as to detect the state of rain in the sky and generate a first signal (ie rain signal), the light sensor 42 is used for detecting the state of no rain in the sky to generate a second signal (ie, a clear sky signal).

Further, the light sensor 42 can also detect the brightness state of the sky, so as to send out a third signal (ie, a brightening signal) when the sky becomes dark.

The processing module 5 is set on the main body 2, and is used for generating a corresponding alarm after operation processing when receiving the first signal or the second signal or the third signal sent by the detection module 4 signal or a clear weather signal. Further, when the processing module 5 receives the third signal (ie, the brightening signal) sent by the detection module 4, it generates a corresponding enhanced display brightness after calculation processing, so that when the sky becomes dark and/or When it rains, the display effect of the warning module 6 and the display screen 22 can be automatically enhanced.

The warning module 6 is electrically connected with the processing module 5, and it receives the warning signal to generate a warning state; When it is raining, it is activated to turn on and emit a warning sound and/or light a warning light, providing a double reminder function.

Further, the aforementioned communication module 7 is disposed on the main body 2 and is electrically connected to the processing module 5 . As shown in FIG. 3, a flow chart of the steps of generating a weather reminder command, in step S20, the communication module 7 can receive from a cloud server 200 a plurality of weather forecast data including rainfall probability in the area where the communication module 8 is located; then , the application program module 3 generates a "corresponding" weather command according to the weather forecast data, that is, as in step S21, the application program module 3 judges whether the rain probability of the weather forecast data is higher than the first standard value, and if the judgment If "Yes", go to step S22, the application module 3 generates a weather reminder command corresponding to the rainy day, if it is judged as "No", go to step S23, the application module 3 judges whether the rain probability of the weather forecast data is lower than the first Two standard values, if it is judged as "Yes", go to step S24, and the application program module 3 generates a weather reminder command corresponding to a sunny day.

Specifically, for example, in the above step S21, the above-mentioned weather forecast data includes the probability of rainfall within a period of time (for example: one hour to tomorrow). , it is a hot and rainy climate; if it is in Kaohsiung, it is hot and less rainy climate state) to set the time range and the first standard value (ie the upper limit standard value) and the second standard value (ie the lower limit standard value) of the application module 3 for judging the weather forecast data, wherein the time range of the weather forecast data For example: within 1 to 12 hours; and the first standard such as: 60%, 70%, 80%... or above, the second standard value such as: 50%, 40%, 30%, 20%, 10% or Next, the application program module 3 first determines whether the rain probability in the set time range is higher than the first standard value (for example: 70%), and if the determination is "Yes", the application program module 3 enters step S22, Generate a weather reminder instruction corresponding to the rainy day; then when the application module 3 determines that the rainfall probability of the weather forecast data is lower than the first standard value, then enter step S23, and then determine whether the rainfall probability of the weather forecast data is lower than the second standard value ( For example: 40%), if it is judged as "Yes", then go to step S24, and generate a weather reminder command corresponding to a sunny day.

Therefore, the communication module 7 can receive the "corresponding" weather command generated by the application module 3 according to the weather forecast data, and transmit the "corresponding" weather command to the processing module 5 with the corresponding first weather command. After the first or second signal is processed, the processing module 5 generates a corresponding warning signal or clear weather signal. Moreover, the display screen 22 on the main body 2 receives the corresponding weather command from the processing module 5 to display the warning signal or the clear weather signal.

Further, the main body 2 is also provided with a power supply module 8 and is electrically connected to the processing module 5. The power supply module 8 has a charging port for connecting to an external power supply for charging, which can provide the warning of closing the window in rainy days. The power required by the device 100.

Furthermore, the aforementioned application program module 3 and communication module 7 can constitute an information module assembly, and the ON/OFF switch 21 , the display screen 22 , the detection module 4 , the processing module 5 , the warning module 6 and the The power supply module 8 can constitute a main control circuit and is a modular component, and the aforementioned modules are arranged on the main body 2, so that the overall volume of the main body 2 can be reduced, and the main body 2 is installed in the window 11 close to the frame The outside of one side 111 of the edge (as shown in FIG. 2 ) does not occupy space and will not affect the operation of opening and closing the window.

Accordingly, through the combination of the above structures, referring to FIG. 2 in combination with FIGS. 1 and 3, the present invention creates a window closing warning device 100 installed on a window, wherein the main body 2 is installed on the window. window The seat 1 is close to the outside of one side 111 of the frame of the window 11. Through the application module 3, a first standard value corresponding to a rainy day and a second standard value corresponding to a sunny day are provided, and the communication module 8 obtains the second standard value. A plurality of weather forecast data including the probability of rainfall is determined to obtain different weather commands corresponding to rainy days or corresponding sunny days, which are received by the communication module and transmitted to the processing module, and the detection module located outside the body can sense the upcoming When it rains or is sunny, the first signal or the second signal is immediately sent to the processing module, so that the processing module will generate the corresponding warning signal or sunny signal after processing, and then use the warning signal to control the warning module to send out immediately Warning sound and/or warning light remind indoor personnel to pay attention to closing the window, and immediately prevent rainwater from splashing into the room through the window.

The creation has been described in detail above, but the above is only a preferred embodiment of the creation, and should not limit the scope of implementation of the creation. That is, all equivalent changes and modifications made in accordance with the scope of the application of this creation shall still fall within the scope of the patent of this creation.

100: Warning device for closing windows on rainy days

2: Ontology

21: ON/OFF switch

22: Display screen

3: Application module

4: Detection module

41: Humidity sensor

42: Light sensor

5: Processing modules

6: Warning module

61: Voice module

62: Lighting module

7: Communication module

8: Power supply module

200: Cloud server

Claims (6)

A window closing warning device in rainy days, which is installed on a window, comprising: a main body; an application program module, which is mounted on the main body and generates different weather instructions corresponding to at least rainy days or sunny days; a detection module, At least a humidity sensor and a light sensor are arranged outside the main body, the humidity sensor detects the rain state and generates a first signal, and the light sensor detects the no rain state A second signal is generated; a processing module is set on the main body, which receives the different weather commands, and receives the first or second signal, and generates a corresponding warning signal or a clear weather signal after operation and processing ; A warning module is electrically connected with the processing module, which receives the warning signal and generates an warning state. The window closing warning device in rainy days according to claim 1, wherein the processing module is electrically connected to a communication module, and the communication module is connected to and receives the weather command generated by the application module, and the processing module receives After the weather command and the corresponding first or second signal are processed, the processing module generates the corresponding warning signal and the clear weather signal. The window closing warning device in rainy days as claimed in claim 1, comprising a communication module electrically connected to the processing module, wherein the communication module can receive from a cloud server the plural numbers including the rain probability of the area where the communication module is located The application module generates the corresponding weather command according to the weather forecast data. When the rainfall probability is higher than the first standard value, the application module generates the weather command corresponding to the rainy day. When the probability is lower than the second standard value, the application module generates the weather command corresponding to sunny days. The rainy day window closing warning device as claimed in claim 2 or 3, wherein the main body is provided with a display screen, and the display screen receives and displays the warning signal or the clear weather signal from the processing module. The window closing warning device in rainy days as claimed in claim 1, comprising a power supply module, which is arranged on the main body and has a charging port, which can be connected to an external power source for charging and can provide required power. The warning device for closing windows in rainy days according to claim 1, wherein the warning module is a voice module and/or a lighting module.

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