TWI732560B - Water quantity sensing floor tiles and application of meteorological information monitoring system - Google Patents

Abstract

The present invention discloses a water-volume sensing floor tile and a weather information monitoring system applied thereto, which includes a rainwater collection layer, a rainwater permeable layer, a rainwater storage cylinder and a rainwater volume sensing unit. The rainwater collection layer is used to collect rainwater. The rainwater infiltration layer is set under the rainwater collection layer for rainwater to penetrate and achieve filtering effect. The rainwater storage tank is set under the rainwater infiltration to store rainwater that has penetrated from the rainwater infiltration layer. The rainwater volume sensing unit is used to sense the rainwater volume in the rainwater storage tank and output rain volume data for subsequent use, so that the ground area water volume sensor can be installed on the floor tiles to sense the water status of the ground area in real time, and Timely warning signals are issued to provide relevant staff for timely treatment, so as to reduce the damage and property losses caused by excessive water accumulation or poor drainage of the land.

Description

Water quantity sensing floor tiles and application of meteorological information monitoring system

The present invention relates to a water volume sensing floor tile and a weather information monitoring system for its application, in particular to a water volume sensing floor tile function setting that can sense the water status of the ground area in real time and issue a warning signal in a timely manner to provide relevant workers with timely The processed water volume induction floor tile technology.

Since the floor tiles currently on the market do not have the function of sensing the amount of rain, they cannot be used for detecting the water content of the land or the rainfall. According to what is known, the related industry has developed a water-permeable stone technology. The representative patents of the water-permeable stone technology are the invention No. I541408 "Permeable pavement strengthening device" and the new M411447 "Non-sintered high-performance perforated permeable brick". As shown in the patent. These patents are mainly laid on the sidewalk. When it rains near the sidewalk, the rainwater will penetrate the stone or floor tiles and be discharged to the ground; or through the underground collection pipeline to collect the rainwater to the underground water storage system for supply Subsequent water recovery and reuse; although these patents have the function of rainwater infiltration and drainage to avoid pavement water accumulation, these patents also cannot be used for the detection of land water content or rainfall. In addition, the amount of rainwater in Taiwan is increasing year by year, and the residential area often accumulates too much water without knowing it. Because of this, it is impossible to find and escape in time before the earth and rock flow occurs, or it is impossible to strengthen the drainage treatment in time when the drainage is poor. As a result, unnecessary casualties or property damage were caused.

Furthermore, most of the ground precipitation observations by the Central Meteorological Bureau in Taiwan use a tilting bucket rain gauge, and a rain gauge is placed in a well designed underground as a reference standard for comparison, although the Central Meteorological Bureau The bureau can provide high-accuracy rainfall information; however, the above-mentioned rain gauges are only installed in several important observation areas in Taiwan. The installation density of the sensing equipment is obviously insufficient, so that it cannot be prevented by increasing the installation density. Obtain precipitation information in the monitored area, so there will be dead observation angles in the rainfall area, which is not conducive to the prevention and preventive preparation of water disasters. Therefore, how to develop a set of easy installation and low cost to improve rainfall The water volume sensing floor tile technology that measures the density of observation has actually become a technical subject that the industry in the related technical field urgently wants to solve and challenge.

In view of the fact that the conventional rainfall observation technology and the above-mentioned patents are indeed not perfect in terms of functionality, there is still a need to improve the functionality. Fortunately, the inventors have finally developed a method after continuous efforts in research and development. The present invention is different from the above-mentioned conventional technology and has enhanced efficacy.

The first object of the present invention is to provide a water volume sensing floor tile and its application, mainly by setting the ground area water volume sensor function on the floor tile to sense the water status of the ground area in real time, and to issue a warning signal in a timely manner to provide related work Personnel do timely treatment to reduce the damage and property loss caused by excessive or poor drainage of the land. Therefore, it has the characteristics of easy installation and low cost to increase the density of the observation of accumulated water. The technical means to achieve the first objective of the invention includes a rainwater collection layer, a rainwater permeable layer, a rainwater storage tank, and a rainwater volume sensing unit. The rainwater collection layer is used to collect rainwater. The rainwater infiltration layer is set under the rainwater collection layer for rainwater to penetrate and achieve filtering effect. The rainwater storage tank is set under the rainwater infiltration to store rainwater that has penetrated from the rainwater infiltration layer. The rainwater volume sensing unit is used to sense the rainwater volume in the rainwater storage tank and output rain volume data for subsequent use.

The second object of the present invention is to provide a water-volume-sensing floor tile with an electrical box extraction function, which can replace the entire electrical box or perform disassembly, replacement and maintenance of the internal components of the electrical box, and its application. The technical means to achieve the second objective of the invention include rainwater collection layer and rainwater infiltration Layer, rainwater storage tank and rainwater volume sensing unit. The rainwater collection layer is used to collect rainwater. The rainwater infiltration layer is set under the rainwater collection layer for rainwater to penetrate and achieve filtering effect. The rainwater storage tank is set under the rainwater infiltration to store rainwater that has penetrated from the rainwater infiltration layer. The rainwater volume sensing unit is used to sense the rainwater volume in the rainwater storage tank and output rain volume data for subsequent use. Wherein, the end surface of the rainwater tank opposite to the sensing part is provided with a notch extending in the height direction of the rainwater tank, and the notch is convexly provided with a molding strip extending along the height direction. The slot can be used for an electrical box extending along the height direction. The electrical box is recessed with an embedding slot fitted with the molding. The electrical box can be used for multiple sensing elements, arithmetic processors, wireless signal transmission modules and power supply. The module is accommodated, and a plurality of sensing elements are arranged longitudinally in sequence on the inner wall of the electrical box, and the position of the sensing part can be sensed by rising and falling in sequence. The bottom of the groove is provided with a resisting piece. An elastic element for supporting the electrical box is interposed between the resisting piece and the electrical box. A rotating rod is provided on the top surface of the rainwater collection layer near the groove. When the rod rotates to the first position, it is against the top surface of the electrical box; when the rotating rod rotates to the second position, the rotating rod leaves the top surface of the electrical box, so that the electrical box can be pushed upward by the elastic element. Therefore, the entire electrical box or the internal parts of the electrical box can be replaced.

The third object of the present invention is to provide a weather information monitoring system using water volume sensing floor tiles. The technical means to achieve the purpose of the third invention of the invention include rainwater collecting layer, rainwater permeable layer, rainwater storage tank and rainwater measuring unit. The rainwater collection layer is used to collect rainwater. The rainwater infiltration layer is set under the rainwater collection layer for rainwater to penetrate and achieve filtering effect. The rainwater storage tank is set under the rainwater infiltration to store rainwater that has penetrated from the rainwater infiltration layer. The rainwater volume sensing unit is used to sense the rainwater volume in the rainwater storage tank and output rain volume data for subsequent use. Among them, it includes a plurality of the water-sensing floor tiles, each of the water-sensing floor tiles is buried in a pit in the ground of a plurality of areas, each of the water-sensing floor tiles is provided with a wireless signal transmission module; a weather information monitoring unit, which is connected to each area The wireless signal transmission module information link is used to collect, store and manage the rainfall data uploaded by each of the wireless signal transmission modules, when at least one of the rainfall data When the preset rainfall risk value is reached, an alarm information about the impending accumulation of water or soil and rock flow in the area will be issued; and a query module, the information of which is linked to the weather information monitoring unit for display or voice on one of the query modules Output the rainfall data or the alarm information of the selected area.

The fourth object of the present invention is to provide a weather information monitoring system with the application of water-volume-sensing floor tiles that can identify whether the water-volume-sensing floor tiles in each area are blocked or not and can send out a jam message. The technical means to achieve the purpose of the fourth invention of the invention include rainwater collecting layer, rainwater permeable layer, rainwater storage tank and rainwater measuring unit. The rainwater collection layer is used to collect rainwater. The rainwater infiltration layer is set under the rainwater collection layer for rainwater to penetrate and achieve filtering effect. The rainwater storage tank is set under the rainwater infiltration to store rainwater that has penetrated from the rainwater infiltration layer. The rainwater volume sensing unit is used to sense the rainwater volume in the rainwater storage tank and output rain volume data for subsequent use. Among them, it includes a plurality of the water-sensing floor tiles, each of the water-sensing floor tiles is buried in a pit in the ground of a plurality of areas, each of the water-sensing floor tiles is provided with a wireless signal transmission module; a weather information monitoring unit, which is connected to each area The wireless signal transmission module information link is used to collect, store and manage the rainfall data uploaded by each of the wireless signal transmission modules. When at least one of the rainfall data reaches a preset rainfall risk value, it is announced that the area is about to accumulate water Or alarm information about the impending occurrence of soil and rock flow; and an inquiry module, the information of which is linked to the weather information monitoring unit to display or voice output the rainfall data or the alarm of the selected area on a display of the inquiry module News. Among them, an image capturing device is set up near each of the water-sensing floor tiles in each area to capture monitoring images of the water-sensing floor tiles; the weather information monitoring unit includes an image recognition module and an image database, The image database includes at least one initial reference image of the water-sensing floor tile. After the image recognition module performs image processing on the monitoring image, the monitoring image is differentiated from the reference image. When the image is different When the degree of chemical conversion reaches more than 70%, it is determined that the water-sensing floor tiles in the area are blocked, and the area is blocked. interest.

The fifth object of the present invention is to provide a weather information monitoring system using water volume sensing floor tiles that can improve the accuracy of water accumulation sensing. The technical means to achieve the objective of the fifth invention of the invention include rainwater collecting layer, rainwater permeable layer, rainwater storage tank and rainwater measuring unit. The rainwater collection layer is used to collect rainwater. The rainwater infiltration layer is set under the rainwater collection layer for rainwater to penetrate and achieve filtering effect. The rainwater storage tank is set under the rainwater infiltration to store rainwater that has penetrated from the rainwater infiltration layer. The rainwater volume sensing unit is used to sense the rainwater volume in the rainwater storage tank and output rain volume data for subsequent use. Among them, it includes a plurality of the water-sensing floor tiles, each of the water-sensing floor tiles is buried in a pit in the ground of a plurality of areas, each of the water-sensing floor tiles is provided with a wireless signal transmission module; a weather information monitoring unit, which is connected to each area The wireless signal transmission module information link is used to collect, store and manage the rainfall data uploaded by each of the wireless signal transmission modules. When at least one of the rainfall data reaches a preset rainfall risk value, it is announced that the area is about to accumulate water Or alarm information about the impending occurrence of soil and rock flow; and an inquiry module, the information of which is linked to the weather information monitoring unit to display or voice output the rainfall data or the alarm of the selected area on a display of the inquiry module News. Wherein, when each water volume sensing floor tile is buried in a pit in the ground of a plurality of areas, an altimeter is used to measure the buried height position of each water volume sensing floor tile, so that the level of each pit is maintained at the height of sea level Position, and use a positioning module to locate the buried coordinate position of each water-sensing floor tile. When the wireless signal transmission module uploads the rainfall data, the coordinate position of each water-sensing floor tile can be uploaded to the Weather information monitoring unit.

1: Water volume sensor floor tiles

10: Rainwater collection layer

11: Catchment

12: Through hole

20: Rainwater infiltration layer

21: gravel slab layer

22: Concrete slab layer

30: Rainwater storage tank

31: End wall

32: Circumnavigation

33: missing slot

330: Moulding

331: Arrival

40: Rainwater volume sensing unit

41: floating board

42: Sensing part

43: Sensing element

44: arithmetic processor

45: wireless signal transmission module

46: power supply module

50: electrical box

51: Insert slot

52: elastic element

53: Rotary Rod

60: Weather Information Monitoring Unit

61: Image recognition module

62: Image Database

63: mobile communication system

70: Query module

80: Image capture device

Figure 1 is a schematic diagram of the decomposition and implementation of the specific architecture of the present invention.

Figure 2 is a schematic diagram of the combined implementation of the specific architecture of the present invention.

Fig. 3 is a schematic diagram of the installation of the water-volume-sensing floor tiles of the present invention on the ground.

Fig. 4 is a schematic diagram of the implementation of the first action taken in the A-A direction of the present invention.

Fig. 5 is a schematic diagram of the implementation of the second action taken along the A-A direction of the present invention.

Figure 6 is a schematic diagram of the system connection implementation of the specific application of the present invention.

Fig. 7 is a schematic diagram of the functional block implementation of the specific application of the present invention.

In order for your reviewer to further understand the overall technical features of the present invention and the technical means to achieve the purpose of the invention, specific examples and diagrams are used to describe in detail as follows: Please refer to Figures 1 to 3 for the purpose of achieving the invention. The first embodiment of the first objective, the water volume sensing floor tile 1 of this embodiment includes technical features such as a rainwater collecting layer 10, a rainwater permeable layer 20, a rainwater storage tank 30, and a rainwater volume sensing unit 40. The rainwater collection layer 10 is used to collect rainwater. The rainwater permeable layer 20 is arranged under the rainwater collecting layer 10 to allow rainwater to permeate and achieve a filtering effect. The rainwater storage tank 30 is arranged under the rainwater infiltration to store rainwater that has penetrated from the rainwater infiltration layer 20. The rainwater volume sensing unit 40 is used for sensing the rainwater volume in the rainwater storage tank 30 and outputting a rain volume data for subsequent use.

Continuing from the above, the rainwater permeable layer 20 shown in Figures 1, 4, and 5 includes a gravel slab layer 21 with filtering and permeable properties and a concrete slab layer covering the gravel slab layer 21 and having permeable properties. 22. The concrete slab layer 22 can be used for covering the rainwater collection layer 10.

Please refer to the embodiments shown in FIGS. 4 and 5 again. The rainwater quantity sensing unit 40 includes a floating plate 41 arranged in the rainwater storage cylinder 30, and a sensing portion 42 (such as a magnetic sheet) arranged on one end surface of the floating plate 41. (Or reflectors), a plurality of sensing elements 43 (such as reed switches or reflective infrared sensors) that are arranged longitudinally and equidistantly on the rainwater tank 30 to sense the position of the sensing part 42, an arithmetic processor 44, and a wireless The signal transmission module 45 and one used to supply the sensing element 43, the arithmetic processor 44, and the The power supply module 46 for the power required by the line signal transmission module 45. Each sensing element 43 is sequentially set with the rainfall value of the corresponding rainfall level from high to low (each sensing element 43 can be coded in the order of high and low through pre-experiment and the corresponding sensing rainfall value can be set), when the floating board 41 floats on When the rainwater of the rainwater tank 30 is directly facing one of the sensing elements 43 by the sensing portion 42, the sensing element 43 generates a position sensing signal, which is interpreted and processed by the arithmetic processor 44 to output the rainfall value corresponding to the position sensing signal ; That is, the higher the position of the sensing element 43, as shown in FIG. 5, the more rainfall value it senses; on the contrary, the lower the position of the sensing element 43, as shown in FIG. 4, the greater the rainfall value it senses. Therefore, the computing processor 44 can obtain the corresponding rainfall value through the position of the sensor element 43 that emits the position sensing signal.

Please refer to Figures 1 to 2 for the second embodiment that achieves the second objective of the invention. This embodiment includes the overall technical features of the first embodiment described above, and is attached to the rainwater tank 30 relative to the sensing portion 42 The end surface is provided with a notch 33 extending in the height direction of the rainwater tank 30, and the notch 33 is convexly provided with a molding 330 extending along the height direction. The slot 33 can accommodate an electrical box 50 extending along the height direction. The electrical box 50 is recessed with a recess 51 for fitting with the molding 330. The electrical box 50 can accommodate a plurality of sensing elements 43 and arithmetic processing. The sensor 44, the wireless signal transmission module 45, and the power supply module 46 are housed, and a plurality of sensing elements 43 are arranged longitudinally in sequence on the inner wall of the electrical box 50 and can be sequentially raised and lowered to sense the position of the sensing portion 42. As shown in FIG. 1, a resisting piece 331 is provided at the bottom of the slot 33. An elastic element 52 for supporting the electrical box 50 is interposed between the resisting piece 331 and the electrical box 50, and is placed on top of the rainwater collecting layer 10. A side of the surface close to the slot 33 is provided with a rotating rod 53. When the rotating rod 53 rotates to the first position, it abuts the top surface of the electrical box 50; when the rotating rod 53 rotates to the second position, the rotating rod 53 moves away The top surface of the electrical box 50 allows the electrical box 50 to be supported by the elastic element 52 to pull out upwards, so that the entire electrical box 50 can be replaced or the internal components of the electrical box 50 can be replaced.

Please refer to the specific embodiment shown in FIG. 1, the rainwater collection layer 10, The rainwater permeable layer 20 and the rainwater storage cylinder 30 are both rectangular in shape, and both have gaps corresponding to the shape of the groove 33. The rainwater storage cylinder 30 has four end walls 31 extending upward, and the four end walls 31 are adjacent to the rainwater storage cylinder. The position of 30 is provided with an abutting edge 32 for the rainwater permeable layer 20 to abut against. The rainwater collection layer 10 is provided with a plurality of water collection channels 11 that are staggered horizontally and vertically, and each water collection channel 11 is equidistantly penetrated with a plurality of through holes 12.

Please refer to Figures 1 to 3 and Figures 6 to 7 for a third embodiment that achieves the third objective of the present invention. In addition to applying the overall technical features of the first embodiment, this embodiment also includes a plurality of water volume sensing floor tiles 1 , A weather information monitoring unit 60 and a query module 70 and other technical features. Each water volume sensing floor tile 1 is respectively buried in a pit in the ground of a plurality of areas, and each water volume sensing floor tile 1 is provided with a wireless signal transmission module 45 respectively. The weather information monitoring unit 60 and the wireless signal transmission module 45 in each area are connected through a mobile communication system 63 (such as a 4G or 5G mobile communication network platform) to collect, store and manage the data uploaded by each wireless signal transmission module 45 When the rainfall data of at least one area reaches the preset rainfall risk value, the warning information of the impending accumulation of water or soil and rock flow in the area will be issued. The information of the query module 70 (such as a smart phone or a computer) is connected to the weather information monitoring unit 60 to display or voice output the rainfall data or alarm information of the selected area on the display screen 71 of the query module 70.

Please refer to Figs. 1 to 3 and Figs. 6 to 7 for the fourth embodiment that achieves the fourth object of the present invention. In addition to the overall technical features of the third embodiment described above, this embodiment is related to each area. An image capturing device 80 for capturing monitoring images of the water-sensing floor tile 1 is each set up near the water-sensing floor tile 1. The weather information monitoring unit 60 includes an image recognition module 61 and an image database 62, the image database 62 includes at least one initial reference image of the water-sensing floor tile. After the image recognition module 61 performs image processing on the surveillance image, it performs a differentiated identification process between the surveillance image and the reference image. When the degree of image differentiation reaches more than 70% When the time, it is determined that the water volume sensing floor tile 1 in the area is blocked, and the area’s information is sent out. If the water volume sensor floor tile 1 is blocked, you can ask maintenance personnel to eliminate and repair it.

Please refer to Figures 1 to 3 and Figures 6 to 7 for the fifth embodiment that achieves the fifth object of the present invention. In addition to the overall technical features of the third embodiment, this embodiment includes the water volume sensing floor tiles 1 buried in When there are pits on the ground in a plurality of areas, an altimeter is used to measure the height of the buried height of each water-sensing floor tile 1, so that the level of each pit is maintained at the height of the sea level, so that it can be more accurate. In addition, in this embodiment, a positioning module (GPS) can be used to locate and set the coordinate position where each water volume sensor floor tile 1 is buried, and several water volume sensor floor tiles 1 can be set at different locations in the same area, and Set up a zibee wireless communication module that can communicate with each other on several water-sensing floor tiles 1, and then the main device in the zibee wireless communication module transmits the rainfall data and coordinate positions of several water-sensing floor tiles 1 in the same area to wireless signal transmission The module is then uploaded by the wireless signal transmission module 45 to the weather information monitoring unit 60, and the situation of the topography of the several water-sensing floor tiles 1 installed in the same area can be obtained by calculation.

Therefore, after the description of the above specific embodiments, the present invention does have the following characteristics:

1. The present invention can detect the water status of the ground area in real time by setting the sensing function of the water volume of the ground area on the floor tiles, and issue a warning signal in a timely manner to provide relevant staff for timely treatment, so as to reduce excessive water accumulation or drainage of the land Injury and property loss caused by defects, it has the characteristics of easy installation and low cost to increase the observation density of stagnant water.

2. The present invention does have the function of removing and replacing the electrical box, so that the entire electrical box can be replaced; or the components inside the electrical box can be disassembled, replaced and repaired.

3. The present invention does have an image recognition function, which can identify whether the water-sensing floor tiles in each area are blocked by the image, and can send a blockage message.

4. The present invention can indeed set the water-sensing floor tiles on the same sea level Height can achieve the purpose of accurate water accumulation sensing, and can know the topography of different locations in the same area.

The above are only feasible embodiments of the present invention and are not intended to limit the patent scope of the present invention. Any equivalent implementation of other changes based on the content, characteristics and spirit of the following claims shall be It is included in the scope of the patent of the present invention. The structural features of the invention specifically defined in the claim are not found in similar articles, and are practical and progressive. They have already met the requirements of a patent for invention. The application is filed in accordance with the law. I would like to request that the Bureau of Junction approve the patent in accordance with the law to protect this The legitimate rights and interests of the applicant.

10: Rainwater collection layer

11: Catchment

12: Through hole

20: Rainwater infiltration layer

21: gravel slab layer

22: Concrete slab layer

30: Rainwater storage tank

31: End wall

32: Circumnavigation

33: missing slot

330: Moulding

331: Arrival

40: Rainwater volume sensing unit

41: floating board

42: Sensing part

50: electrical box

51: Insert slot

52: elastic element

53: Rotary Rod

Claims (9)

A water-volume sensing floor tile, comprising: a rainwater collecting layer for collecting rainwater; a rainwater permeable layer arranged under the rainwater collecting layer for the rainwater to permeate to achieve a filtering effect; a rainwater storage cylinder, which Set under the rainwater infiltration to store the rainwater that has penetrated from the rainwater permeable layer; and a rainwater quantity sensing unit for sensing the amount of rainwater in the rainwater storage tank and outputting a subsequent use Rainfall data; where the rainwater collection layer, the rainwater infiltration layer and the rainwater storage tank are all rectangular in shape; the rainwater storage tank has four end walls extending upward, and the four end walls are adjacent to the position ring of the rainwater storage tank A ring for the rainwater permeable layer is provided. The water volume sensing floor tile according to claim 1, wherein the rainwater permeable layer includes a gravel slab layer and a concrete slab layer covering the gravel slab layer, and the concrete slab layer can be covered with the rainwater collection Floor. The water-volume-sensing floor tile according to claim 2, wherein the rainwater collection layer is provided with a plurality of water collection channels staggered horizontally and vertically, and each water collection channel is equidistantly penetrated with a plurality of through holes. The water quantity sensing floor tile according to claim 1, wherein the rainwater quantity sensing unit includes a floating plate arranged in the rainwater storage cylinder, a sensing part arranged on one end surface of the floating plate, and a plurality of longitudinally equidistantly arranged in The rainwater tank can sense a sensing element that can sense the position of the sensing part, an arithmetic processor, a wireless signal transmission module, and a power supply for supplying the sensing element, the arithmetic processor, and the wireless signal transmission module. Power supply module; each of the sensing elements is sequentially set with the rainfall value of the corresponding rainfall level, when the floating plate is floating on the rainwater of the rainwater tank and the sensing part is facing one of the sensing elements , The sensing element generates a position sensing signal, which is interpreted and processed by the arithmetic processor to output the rainfall value corresponding to the position sensing signal. The water volume sensing floor tile according to claim 4, wherein the end surface of the rainwater tank opposite to the sensing part is provided with a groove extending in the height direction of the rainwater tank, and the groove is convexly provided along the height direction The recessed groove can accommodate an electrical box extending along the height direction. The electrical box is recessed with an embedding groove that fits with the embedded strip. The electrical box can accommodate the plurality of sensing elements, the The arithmetic processor, the wireless signal transmission module and the power supply module are accommodated, and the plurality of sensing elements are arranged longitudinally in sequence on an inner wall of the electrical box, and the position of the sensing part can be sensed by rising and falling in sequence. The water volume sensing floor tile according to claim 5, wherein the bottom of the groove is provided with a resisting piece, and an elastic element for supporting the electrical box is interposed between the resisting piece and the electrical box; the top of the rainwater collecting layer The side close to the groove is provided with a rotating rod. When the rotating rod rotates to a first position, it abuts against the top surface of the electrical box; when the rotating rod rotates to a second position, the rotating rod is Leaving the top surface of the electrical box allows the electrical box to be supported by the elastic element to pull out upwards. A weather information monitoring system using the water-volume-sensing floor tiles as described in claim 1, comprising: a plurality of the water-volume-sensing floor tiles, each of the water-volume-sensing floor tiles is buried in a pit on the ground of the plurality of areas, and each of the water-volume-sensing floor tiles is provided with one Wireless signal transmission module; a weather information monitoring unit, which is connected with the wireless signal transmission module information in each area, and is used to collect, store and manage the rainfall data uploaded by each wireless signal transmission module, when at least among them When the rainfall data reaches the pre-determined risk value of rainfall, an alarm information about the imminent accumulation of water or soil and rock flow in the area is issued; and a query module whose information is linked to the weather information monitoring unit and displayed on one of the query modules The rainfall data or the alarm information of the selected area is displayed on the screen or voice output. The weather information monitoring system according to claim 7, wherein an image capture is set up near each of the water-sensing floor tiles in each area to capture the monitoring images of the water-sensing floor tiles Device; the weather information monitoring unit includes an image recognition module and an image database, the image database includes at least one initial reference image of the water-sensing floor tiles, the image recognition module performs image processing on the monitoring image, then The monitoring image and the reference image are subjected to a differentiated identification process. When the degree of image differentiation reaches more than 70%, it is determined that the water-sensing floor tiles in the area are blocked, and a message that the area is blocked is sent out. The weather information monitoring system according to claim 7, wherein when each of the water-sensing floor tiles is buried in a pit in the ground of a plurality of areas, an altimeter is used to measure the buried height position of each of the water-sensing floor tiles, so that each The level of the pit is maintained at the height of the sea level, and a positioning module is used to locate and set the coordinate position of each water-sensing floor tile. When the wireless signal transmission module uploads the rainfall data, it can be The coordinate position of each water volume sensing floor tile is uploaded to the weather information monitoring unit.

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