11results about "Catathermometers" patented technology

To provide a monitoring system capable of appropriately issuing a warning on heatstroke without having to install a sensor in each room of a building.SOLUTION: A monitoring system is provided, comprising a heat index acquisition unit 22 configured to acquire indices on at least either of temperature and humidity at a given location in a building, a storage unit 18b for storing indoor environment information in a room of the building, and a risk information generation unit 23 configured to generate information on heatstroke risk in the room on the basis of the indices and the indoor environment information.SELECTED DRAWING: Figure 3

It generates images that intuitively represent the state of the air. [Solution] An information processing device having a control unit, wherein the control unit acquires environmental data of a target environment, converts it into natural language including sensory expressions to generate an environmental language, generates a prompt including words or sentences that represent images co-occurring from the environmental language, selects a generation AI that has been previously trained using each of a plurality of training data based on the generated prompt, operates it based on the assigned weights, and displays an image showing the state of the air in the target environment generated by the generation AI.

The present invention generates an image in which a state of the air is sensorily expressed. This information processing device includes a control unit. The control unit acquires environment data including an item value of an item indicating a state of the air in an environment to be processed or an item value of an item affecting the state of the air in the environment to be processed, generates an environment language by converting the environment data into a natural language including a sensory expression, generates a prompt including a word, a sentence, or an image representing an image co-occurring from the environment language, operates a generation AI by using the prompt, and displays an image generated by the generation AI and indicating the state of the air in the environment to be processed.

The invention provides a wearable housing for supporting a climate sensor on a user's body to enable standardised measuring of personal ambient temperature, humidity, air quality and other climate exposures, around the user's body. The housing comprises an inner cavity for receiving the climate sensor; first supporting means for supporting the climate sensor in thermally insulated relationship to a surface of the user's body; a heat shield configured for shielding the climate sensor against thermal radiation; and second supporting means for supporting the heat shield in thermally insulated relationship to the climate sensor; the arrangement being such that the climate sensor is housed within the inner cavity intermediate the first supporting means and the heat shield.

A wearable environmental sensor includes an environmental sensor arranged on a wall surface of a housing including a sealed section, the wall being in contact with an environment, and a protective structure formed around the environmental sensor, wherein the protective structure includes a plurality of ventilating holes, a sensor surface of the environmental sensor is arranged to face an opening of at least one of the ventilating holes, and an attaching part for attaching the environmental sensor to the wall surface comes into contact only with an edge of a sensor substrate of the environmental sensor and with a portion of a back face of the sensor substrate.

This invention generates an image that intuitively expresses the state of air. Provided is an information processing device including a control unit, wherein the control unit acquires environmental data of a target environment and generates environmental language by converting the environmental data into natural language including sensory expressions; generates, from the environmental language, a prompt including wording or sentences that represent an image associated with the environmental language; selects, based on the prompt, a generative AI additionally trained in advance using a respective one of a plurality of training datasets; operates the generative AI based on assigned weights; and displays an image representing the state of air in the target environment generated by the generative AI.

To generate an image that intuitively expresses the state of air. [Solution] An information processing device having a control unit, wherein the control unit acquires environmental data of a target environment and converts it into natural language including sensory expressions to generate environmental language, generates prompts including words or sentences that express images that co-occur from the environmental language, selects a generation AI that has previously undergone additional training using multiple learning data based on the generated prompt, operates it based on the assigned weights, and displays an image showing the air condition of the target environment generated by the generation AI.

To provide a monitoring system capable of appropriately issuing a warning on heatstroke without having to install a sensor in each room of a building.SOLUTION: A monitoring system is provided, comprising a storage unit 14 for storing address information of a building and indoor environment information of the building, a heat index acquisition unit 12a configured to receive indices on at least either of temperature and humidity in an area of the building on the basis of the address information, and a risk information generation unit 12b configured to generate information on heatstroke risk in the building on the basis of the indices and the indoor environment information.SELECTED DRAWING: Figure 6

To provide a hot heat and wind environment information generation device and a hot heat and wind environment information generation method capable of grasping prediction information of a hot heat and wind environment for each local region in real time, a route retrieval device and a route retrieval method.SOLUTION: A hot heat and wind environment information generation device 21 includes a surface temperature information calculation part 214 and a hot heat and wind environment prediction part 216a. The surface temperature information calculation part 214 acquires information obtained by calculating a temperature of an outer wall surface of an architectural structure and a temperature of a ground surface within an object area in each material quality as information of surface temperature for each object date and hour within the object area at each position. The hot heat and wind environment prediction part 216a generates prediction information of a hot heat and wind environment in each position in the object date and hour within the object area by executing thermal fluid analysis processing on the basis of the information acquired by the surface temperature information calculation part 214.SELECTED DRAWING: Figure 1

It generates images that intuitively represent the state of the air. [Solution] An information processing device having a control unit, the control unit acquires environmental data including item values ​​of items indicating the state of the air in a target environment or item values ​​of items that affect the state of the air in the target environment, generates an environmental language by converting the environmental data into natural language including sensory expressions, generates a prompt including words, sentences, or images that represent images that co-occur from the environmental language, operates a generation AI using the prompt, and displays an image indicating the state of the air in the target environment that was generated by the generation AI.

The purpose of the present invention is to predict the wet bulb globe temperature on an individualized basis. An information processing device according to the present invention operates a model generated using battery temperature data from a portable terminal as input data for generating a model and using the wet bulb globe temperature at the time the input data was acquired as ground truth data, and thereby acquires the wet bulb globe temperature predicted by the model on the basis of the battery temperature data, which is acquired by the portable terminal as data for acquiring the wet bulb globe temperature.