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Geological disaster emergency rescue equipment Search for Personnel in Confined Spaces Amidst Rubble Using Audio-Visual Probes

Geological disaster emergency rescue equipment Search for Personnel in Confined Spaces Amidst Rubble Using Audio-Visual Probes

Geological disaster emergency rescue equipment is equipped with a motorized audio-visual camera probe designed to access narrow spaces, such as collapsed buildings or caved-in shafts. It captures high-definition video and two-way audio from within the debris. The system includes a large-screen contr...

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Road Weather Sensors utilizes the forward-scattering method for visibility measurement and weather identification

Road Weather Sensors utilizes the forward-scattering method for visibility measurement and weather identification

Road Weather Sensors employs the forward-scattering principle to measure the total atmospheric extinction coefficient, which is then converted into real-time visibility data. It can automatically identify five weather categories—fog, rain, snow, mixed precipitation, and clear conditions—with an id...

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Displacement monitor Ensuring Operational Safety for Fire and Rescue Personnel

Displacement monitor Ensuring Operational Safety for Fire and Rescue Personnel

Displacement monitor utilizes a non-invasive laser-based detection method to provide continuous, long-range monitoring of displacement in structural components—such as walls, columns, and elements of dilapidated buildings. It triggers both audible/visual and wireless alarms upon detecting displacem...

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The weather phenomenon sensor utilizes the forward-scattering method to observe visibility and weather conditions

The weather phenomenon sensor utilizes the forward-scattering method to observe visibility and weather conditions

By employing the forward-scattering technique to measure the total atmospheric extinction coefficient—which is then converted into a visibility value—this sensor can identify various weather conditions, including fog, rain, snow, mixed precipitation, and clear skies. It is well-suited for applicat...

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Portable Water Depth Sounder: Ultrasonic Technology for Depth Measurement in Rivers, Lakes, and Reservoirs

Portable Water Depth Sounder: Ultrasonic Technology for Depth Measurement in Rivers, Lakes, and Reservoirs

The portable water depth sounder utilizes ultrasonic technology to measure water depth. With a measurement range of 0 to 150 meters, it is effective in both still water and flowing water with velocities of up to 5 meters per second. The device features built-in data storage and export capabilities,...

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This visibility measurement instrument utilizes the forward-scattering method to assess atmospheric visibility

This visibility measurement instrument utilizes the forward-scattering method to assess atmospheric visibility

By measuring the total atmospheric extinction coefficient via the forward-scattering principle, the instrument calculates visibility values. It offers a measurement range of up to 10 km with a resolution of 1 m, and its measurement accuracy complies with established classification standards. It is s...

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Integrated five-element meteorological sensor enables all-weather weather monitoring

Integrated five-element meteorological sensor enables all-weather weather monitoring

The device integrates sensors for wind speed, wind direction, temperature, humidity, and atmospheric pressure. Its main body is constructed from aluminum alloy with an anodized protective finish, while the sensors are made of 304 stainless steel—ensuring excellent oxidation and corrosion resistance...

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20km portable visibility detector utilizes the forward-scattering method to perform on-site atmospheric visibility measurements

20km portable visibility detector utilizes the forward-scattering method to perform on-site atmospheric visibility measurements

By employing the forward-scattering technique to calculate the atmospheric extinction coefficient—and subsequently the visibility—this portable, all-in-one device is ready for use immediately upon startup. It features a touchscreen interface, local data storage, and a robust aluminum alloy housing...

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The 6-parameter ultrasonic micro-weather station features an aluminum alloy structure, enabling stable meteorological monitoring in field environments

The 6-parameter ultrasonic micro-weather station features an aluminum alloy structure, enabling stable meteorological monitoring in field environments

This 6-parameter ultrasonic micro-weather station integrates sensors for wind speed, wind direction, temperature, humidity, atmospheric pressure, and piezoelectric rainfall. Its anodized aluminum alloy housing offers excellent corrosion resistance, while the concealed power supply design simplifies...

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Cloudburst Weighing Precipitation Gauge utilizes a weighing-based principle to achieve high-precision monitoring of various forms of precipitation

Cloudburst Weighing Precipitation Gauge utilizes a weighing-based principle to achieve high-precision monitoring of various forms of precipitation

Cloudburst Weighing Precipitation Gauge employs a C6 high-precision sensor to determine precipitation depth via the weighing method. It is capable of measuring rain, snow, hail, and mixed solid-liquid precipitation with an accuracy of 0.1 mm across its full measurement range. The device features sel...

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