Device control system
A management system ( 1090 ) includes an air conditioner ( 1062 ), a sound input unit ( 1064 ), an operation sound analyzing unit ( 1016 ), a first preprocessing unit ( 1011 ), a command extracting unit ( 1014 ), and a control unit ( 1017 ). The sound input unit ( 1064 ) is provided in a room where the air conditioner is provided and obtains sound data (SD). The operation sound analyzing unit ( 1016 ) analyzes the sound data by a predetermined analysis method so as to obtain a determination result (RE) regarding whether an abnormality exists in the air conditioner or details of the abnormality. The first preprocessing unit ( 1011 ) performs first preprocessing on the sound data. The command extracting unit ( 1014 ) extracts a command (CM) of a user from the sound data that has been subjected to the first preprocessing. The control unit ( 1017 ) controls the air conditioner on the basis of the command.
1 . A management system comprising:
an air conditioner;
a sound input unit that is provided in a room where the air conditioner is provided and obtains sound data;
an operation sound analyzing integrated circuit that analyzes an operation sound of the air conditioner included in the sound data by a predetermined analysis method so as to obtain a determination result regarding whether an abnormality exists regarding operation of the air conditioner or details of an abnormality regarding operation of the air conditioner;
a first processor that performs first preprocessing on the sound data;
a command extracting integrated circuit that extracts a command of a user from the sound data that has been subjected to the first preprocessing; and
a control unit that controls the air conditioner on the basis of the command.
2 . The management system according to claim 1 , wherein
the first processor extracts a component related to a frequency band of a human voice from the sound data.
3 . The management system according to claim 2 , further comprising:
an operation sound data accumulating computer storage that accumulates the operation sound,
the operation sound analyzing integrated circuit analyzing data of the operation sound previously accumulated in the operation sound data accumulating computer storage and data of the most recent operation sound so as to obtain the determination result.
4 . The management system according to claim 3 , further comprising:
a second processor that performs second preprocessing on the sound data,
the second processor extracting the operation sound from the sound data, and
the operation sound data accumulating unit accumulating the operation sound extracted from the second processor.
5 . The management system according to claim 1 , wherein
the sound input unit further includes a sound gate unit that transmits or blocks the sound data, and
upon recognition of a predetermined keyword spoken by the user, the sound gate unit allows the sound data to pass therethrough for a predetermined period.
6 . An information providing system that provides information regarding a room, the information providing system comprising:
a microphone that continuously accepts a sound in the room to generate sound data;
a sound processing chip that analyses the sound data when a sound level of the sound data exceeds a predetermined level to extract a first sound that is a voice spoken by a person in the room and/or is a sound due to an action of the person in the room;
an information generating computer that generates the information directed to evaluation of the room in terms of sound on the basis of a result of processing by the sound processing chip and by using information regarding the first sound including a sound level, a time, and a duration, and at least one of information regarding material of a building including the room, information regarding a structure of the building, and information regarding sound insulation performance of the building, and
a display configured to display the evaluation of the room.
7 . The information providing system according to claim 6 , further comprising:
a device operating server that causes a device in the room to operate in response to a command from the person in the room; and
a storage that stores the command received by the device operating unit,
the sound processing chip recognizing a sound produced by the device that is caused to operate in accordance with the command from the person in the room on the basis of a time at which the sound is measured by the microphone and a time of the command stored in the storage.