CN220872692U

CN220872692U - Storm warning device with field automatic monitoring and collecting function

Info

Publication number: CN220872692U
Application number: CN202322607315.XU
Authority: CN
Inventors: 杨群; 张李娟; 吕春艳; 冉光镜; 陈军; 向楠; 胡萍; 张祝; 杨恩波
Original assignee: Tongren Meteorological Bureau Of Guizhou Province
Current assignee: Tongren Meteorological Bureau Of Guizhou Province
Priority date: 2023-09-25
Filing date: 2023-09-25
Publication date: 2024-04-30
Anticipated expiration: 2033-09-25

Abstract

The utility model discloses a storm warning device with a field automatic monitoring and collecting function, which relates to the technical field of geographic information collection, and aims to remotely monitor the surrounding environment of the device and predict storm in advance according to the environment, and the technical scheme is as follows: this storm alarm device with open-air automatic monitoring collection function includes pillar and monitoring part, monitoring part includes rainfall monitoring collector, AI video remote monitering system, display, temperature and humidity sensor, total monitoring station, rainfall monitoring collector includes chassis, graduated flask, electronic scale and rainfall sensor, AI video remote monitering system includes right angle frame, camera and alarm loudspeaker, temperature and humidity sensor includes temperature sensor and humidity sensor, and this equipment is according to rainfall condition and monitoring rainfall intensive, and automatic alarm can remind the resident to notice safety when the rainfall reaches the storm.

Description

Storm warning device with field automatic monitoring and collecting function

Technical Field

The utility model relates to the technical field of geographic information acquisition, in particular to a storm warning device with a field automatic monitoring and acquisition function.

Background

Stormwater refers to precipitation in the atmosphere that falls to the ground up to and exceeding 50mm per day. The rainfall is heavy storm with daily exceeding 100 mm and extremely heavy storm with daily exceeding 250 mm. The heavy rain comes fast, the rain vigor is strong, especially the heavy rain and the concentrated heavy rain, which not only affects the industrial and agricultural production, but also can harm the lives of people, causing serious economic loss. The storm warning device can be widely applied to traffic, electric power, communication and other industries so as to ensure the normal operation of public facilities. Meanwhile, the storm warning device can be applied to the fields of agriculture, fishery, mines and the like so as to ensure the safety of workers. Through timely early warning and measures, the loss brought by natural disasters can be reduced, and the life and property safety of people can be ensured.

The outdoor storm warning device can timely detect the existence of rainwater, and avoids the internal elements of the outdoor electronic equipment from being soaked by the rainwater, thereby ensuring the normal operation of the electronic equipment. In thunder and lightning weather, the storm detector can sense the occurrence of an electrostatic field through the probe and timely send a signal to the alarm controller to trigger the audible and visual alarm to remind workers of paying attention to safety; the storm warning device is very important for important facilities such as electric power, communication and the like, and once rainwater is detected, the warning can be triggered in time, so that equipment damage or casualties are avoided; the time and intensity of rainfall can be monitored by using the storm detector, and possible weather conditions in the future can be predicted by using the data, so that people can be helped to take measures in time to cope with weather changes.

The existing storm warning device generally consists of a probe, and after detecting rainwater, the device sends a signal to a warning controller to trigger the warning device. The existing device cannot be monitored remotely; the existing equipment has no acquisition function, can not monitor the temperature and humidity in the air, can not predict the storm according to the ambient humidity and the temperature in advance, and can not take measures in time to cope with weather changes.

Disclosure of utility model

The utility model aims to provide a storm warning device with an automatic field monitoring and collecting function, which can predict storm in advance and can remotely early warn.

In order to achieve the above object, the present utility model provides the following solutions:

The utility model provides a storm alarm device with open-air automatic monitoring collection function, includes pillar and monitoring portion, wherein monitoring portion is around fixing on the pillar, monitoring portion includes rainfall monitoring collector, AI video remote monitoring system, display, temperature and humidity sensor, total monitoring station, rainfall monitoring collector ligature is connected in pillar top one side, AI video remote monitoring system connects the pillar, AI video remote monitoring system sets up under rainfall monitoring collector, the ligature is connected on the pillar at the display back, the display is positive, temperature and humidity sensor fixes in the display bottom, total monitoring station ligature is connected at the pillar middle part, total monitoring station sets up in the pillar openly.

Further, the pillar includes cylinder, probe, solar power panel, a plurality of ligature reinforcing bar and base, the probe is fixed on the cylinder top, there is solar power panel on cylinder top right side, solar power panel is 45 degrees angles with the cylinder, be provided with the support at the back of solar power panel, the support welding perpendicularly is on the cylinder, the monitoring portion is all connected to the ligature reinforcing bar, the base welding is in the cylinder bottom.

Further, the rainfall monitoring collector comprises a chassis, a measuring cylinder, an electronic gradiometer and a rainfall sensor, wherein the chassis is welded on binding steel bars, the measuring cylinder is fixed on the chassis, the electronic gradiometer is arranged on the side face of the measuring cylinder, and the rainfall sensor is connected with the electronic gradiometer.

Further, AI video remote monitoring system includes right angle frame, camera and warning loudspeaker, right angle frame one end welding is in the pillar left side, the camera is fixed in right angle frame other end bottom, warning loudspeaker is fixed at right angle frame top.

Further, the temperature and humidity sensor comprises a temperature sensor and a humidity sensor, the top of the temperature sensor is fixed at the bottom of the display, a grid is arranged on the front face of the temperature and humidity sensor, and the humidity sensor is arranged on the grid.

Further, the main monitoring station is connected with a display and a solar power supply panel, and the display is connected with a temperature and humidity sensor and a rain sensor.

In summary, the beneficial technical effects of the utility model are as follows:

1. The rainfall monitoring collector is adopted, so that not only can the rainfall be monitored, but also the matters in the rainwater can be collected and the water quality condition of the rainwater can be analyzed;

2. The AI video remote monitoring system is applied, so that the surrounding environment of the device can be remotely monitored, and the alarm horn is controlled;

3. The wet temperature sensor is selected, so that the temperature and the humidity in the environment can be monitored, and the storm can be predicted in advance according to the environment.

Drawings

FIG. 1 is a schematic diagram of the overall structure of the present utility model;

FIG. 2 is a schematic diagram of the rainfall monitoring collector structure of the present utility model;

fig. 3 is a schematic diagram of a monitoring unit according to the present utility model.

1. A support post; 2. a monitoring unit; 11. a column; 12. a probe; 13. a solar power supply panel; 14. binding reinforcing steel bars; 15. a base; 21. a rainfall monitoring collector; 22. an AI video remote monitoring system; 23. a display; 24. a temperature and humidity sensor; 25. a master monitoring station; 131. a bracket; 211. a chassis; 212. a measuring cylinder; 213. an electronic gradiometer; 214. a rainfall sensor; 221. a right angle frame; 222. a camera; 223. an alarm horn; 241. a temperature sensor; 242. a humidity sensor.

Detailed Description

The present utility model will be described in further detail with reference to the accompanying drawings.

The utility model discloses a storm warning device with an automatic field monitoring and collecting function, which comprises a support column 1 and a monitoring part 2, wherein the monitoring part 2 is fixed on the support column 1 in a surrounding manner, the support column 1 comprises a column 11, a probe 12, a solar power supply plate 13, a plurality of binding steel bars 14 and a base 15, the probe 12 is fixed at the top end of the column 11, the solar power supply plate 13 is arranged on the right side of the top of the column 11 and converts solar radiation energy into electric energy, the solar power supply plate 13 forms an angle of 45 degrees with the column 11, a bracket 131 is arranged behind the solar power supply plate 13, the bracket 131 is vertically welded on the column 11, the binding steel bars 14 are connected with the monitoring part 2 and serve as a fixing device of the monitoring part 2, and the base 15 is welded at the bottom of the column 11. The monitoring part 2 comprises a rainfall monitoring collector 21, an AI video remote monitoring system 22, a display 23, a temperature and humidity sensor 24 and a main monitoring station 25, wherein the main monitoring station 25 is connected with the display 23 and the solar power supply panel 13, and the display 23 is connected with the temperature and humidity sensor 24 and the rainfall sensor 214. The rainfall monitoring collector 21 ligature is connected in pillar 1 top one side, AI video remote monitoring system 22 connects pillar 1, AI video remote monitoring system 22 sets up under rainfall monitoring collector 21, and the back ligature of display 23 is connected on pillar 1, and display 23 is positive, and wet temperature sensor 241 fixes in display 23 bottom, and the general monitoring station 25 ligature is connected at pillar 1 middle part, and general monitoring station 25 sets up in pillar 1 front. The rainfall monitoring collector 21 comprises a chassis 211, a measuring cylinder 212, an electronic scale 213 and a rainfall sensor 214, wherein the chassis 211 is welded on the binding steel bar 14, the measuring cylinder 212 is fixed on the chassis 211, the binding steel bar 14 is used for fixing the measuring cylinder 212 and preventing the measuring cylinder 212 from collapsing outwards, the measuring cylinder 212 is used for measuring the rainfall, the electronic scale 213 is arranged on the side face of the measuring cylinder 212, the rainfall sensor 214 is connected with the electronic scale 213, the electronic scale 213 converts the time of rainfall and the rainfall into an electric signal through the rainfall sensor 214, the water pressure is converted into an electric signal to be displayed on the display 23 in a digital form, two electrodes are formed inside the measuring cylinder 212, the chemical components in the water body are accurately measured according to electrochemical corrosion and electric conductivity, the water use safety is guaranteed, and the pollution condition of the environment is monitored, and the water pollution condition is particularly shown in fig. 1 and 2.

The monitoring to the heavy rain needs to observe the rainfall condition in monitored area to reach more timely warning and more rapid rescue, AI video remote monitoring system 22 includes right angle frame 221, camera 222, and warning loudspeaker 223, right angle frame 221 one end welding is in pillar 1 left side, right angle frame 221 bottom support a pole, make right angle frame 221 form right angle triangle, make the structure more firm, camera 222 is fixed in right angle frame 221 other end bottom, warning loudspeaker 223 is fixed at right angle frame 221 top, when rainfall monitoring collector 21 monitors the heavy rain, through camera 222 long-range rainfall condition of looking over, and automatic control warning loudspeaker 223 reports to the police, warning loudspeaker 223 can open and close by long-range. The temperature and humidity sensor 24 includes a temperature sensor 241 and a humidity sensor 242, the top of the temperature sensor 241 is fixed at the bottom of the display 23, the temperature sensor 241 expands through surface metal after the ambient temperature changes, and the metal bends and converts and outputs an electrical signal. The front of the temperature and humidity sensor 24 is provided with a grid, the humidity sensor 242 is arranged on the grid, a film made of a humidity sensing material is covered on the grid, when water vapor in the air is adsorbed on the humidity sensing film, the resistivity and the resistance value of the element change, humidity can be measured by utilizing the characteristic, a stormwater batching equation is established through monitoring the temperature and the humidity in the environment, and the stormwater is forecasted by utilizing the latest numerical forecasting mode output element value, and the method is particularly shown in fig. 3.

Examples

Operational flow

1. The solar power supply panel 13 provides electric energy, the device is started, and then the humidity and the temperature in the environment are detected by the humidity temperature sensor 241 and are expressed in the form of numbers in the display screen;

2. The rainfall monitoring collector 21 monitors the storm, automatically detects the rainwater quality and uploads the rainwater quality to the remote control end, and then the AI video remote monitoring system 22 observes the peripheral condition and opens the alarm horn 223;

3. The rainfall sensor 214 transmits rainfall level information to the display screen and plays the rainfall level information through the alarm horn 223.

The embodiments of the present utility model are all preferred embodiments of the present utility model, and are not intended to limit the scope of the present utility model in this way, therefore: all equivalent changes in structure, shape and principle of the utility model should be covered in the scope of protection of the utility model.

Claims

1. The utility model provides a storm warning device with open-air automatic monitoring collection function, includes pillar (1) and monitoring part (2), its characterized in that: monitoring portion (2) are around fixing on pillar (1), monitoring portion (2) are including rainfall monitoring collector (21), AI video remote monitoring system (22), display (23), temperature and humidity sensor (24), total monitoring station (25), rainfall monitoring collector (21) ligature is connected in pillar (1) top one side, AI video remote monitoring system (22) connect pillar (1), AI video remote monitoring system (22) set up under rainfall monitoring collector (21), ligature is connected on pillar (1) behind display (23), display (23) are towards openly, temperature and humidity sensor (24) are fixed in display (23) bottom, total monitoring station (25) ligature is connected in pillar (1) middle part, total monitoring station (25) set up in pillar (1) openly.

2. The storm warning device with field automatic monitoring and collecting function as set forth in claim 1, wherein: the support column comprises a column body (11), a probe (12), a solar power supply plate (13), a plurality of binding steel bars (14) and a base (15), wherein the probe (12) is fixed at the top end of the column body (11), the right side of the top of the column body (11) is provided with the solar power supply plate (13), the solar power supply plate (13) and the column body (11) form an angle of 45 degrees, a support (131) is arranged behind the solar power supply plate (13), the support (131) is vertically welded on the column body (11), the binding steel bars (14) are all connected with a monitoring part (2), and the base (15) is welded at the bottom of the column body (11).

3. The storm warning device with field automatic monitoring and collecting function as set forth in claim 1, wherein: the rainfall monitoring collector (21) comprises a chassis (211), a measuring cylinder (212), an electronic graduating instrument (213) and a rainfall sensor (214), wherein the chassis (211) is welded on a binding steel bar (14), the measuring cylinder (212) is fixed on the chassis (211), the electronic graduating instrument (213) is arranged on the side face of the measuring cylinder (212), and the rainfall sensor (214) is connected with the electronic graduating instrument (213).

4. The storm warning device with field automatic monitoring and collecting function as set forth in claim 1, wherein: AI video remote monitering system (22) include right angle frame (221), camera (222) and warning loudspeaker (223), right angle frame (221) one end welding is in pillar (1) left side, camera (222) are fixed in right angle frame (221) other end bottom, warning loudspeaker (223) are fixed at right angle frame (221) top.

5. The storm warning device with field automatic monitoring and collecting function as set forth in claim 1, wherein: the temperature and humidity sensor (24) comprises a temperature sensor (241) and a humidity sensor (242), wherein the top of the temperature sensor (241) is fixed at the bottom of the display (23), a grid is arranged on the front surface of the temperature and humidity sensor (24), and the humidity sensor (242) is arranged on the grid.

6. The storm warning device with field automatic monitoring and collecting function as set forth in claim 1, wherein: the general monitoring station (25) is connected with the display (23) and the solar power supply panel (13), and the display (23) is connected with the temperature and humidity sensor (24) and the rainfall sensor (214).