Monitoring system

Abstract

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

Claims

1. A means for storing building address information, An indoor environment information storage means for storing indoor environment information of the aforementioned building, An indicator receiving means that receives an indicator relating to at least one of temperature or humidity in the area of ​​the building based on the address information, A risk information generation means that generates information regarding the risk of heatstroke in the building based on the aforementioned indicators and the aforementioned indoor environment information, Includes, The indoor environment information includes room-specific information for each of the multiple rooms provided in the building, and the room-specific information for each of the rooms includes state-specific information corresponding to each of the multiple states of that room. The aforementioned risk information generation means is For each room in the building, information regarding the risk of heatstroke in at least one of the states is generated based on at least one of the state-specific information. A monitoring system that updates the information regarding the risk of heatstroke when the state changes in any of the aforementioned rooms, and outputs a statement indicating that a predetermined change occurs in the information regarding the risk of heatstroke before or after the change in state.

2. In the monitoring system described in claim 1, The indoor environment information represents the ratio of the index in the area of ​​the building to an index relating to at least one of the temperature or humidity estimated inside the building. A monitoring system.

3. In the monitoring system according to claim 1 or 2, The system further includes an indoor environment information generation means for generating the indoor environment information based on the building's design information. A monitoring system.

4. In the monitoring system described in claim 3, The design information includes at least one of the following: information regarding the building's environmental conditions, information regarding the building's wall insulation performance, information regarding the size of the building's rooms, information regarding the number, size, or insulation performance of windows in the building's rooms, and information regarding the floor number of the building's rooms. A monitoring system.

5. In the monitoring system described in claim 1, The risk information generation means generates a warning image by superimposing information regarding the heatstroke risk for each room onto the floor plan image of the building. A monitoring system.

6. In the monitoring system described in claim 5, The risk information generation means transmits the warning image to a device associated with the building. A monitoring system.

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