Social infrastructure control system, control method, control apparatus, and server

2:

• A control apparatus for an infrastructure control system to control an infrastructure, the control apparatus comprising
• at least one processing circuitry configured to:
• collect sensing data on the infrastructure;
• receive a control instruction for the sensing data from a server;
• control the infrastructure based on the received control instruction;
• and
• detect a failure in a communication with the server,
• wherein the processing circuitry is further configured to:
• control, upon detecting the failure, the infrastructure based on the sensing data on the infrastructure;
• determine, upon detecting a recovery from the failure, a shift timing to return to the control based on the control instruction from the control based on the sensing data on the infrastructure;
• and
• continue the control based on the sensing data on the infrastructure until the shift timing.

3:

• A control apparatus for an infrastructure control system to control an infrastructure, the control apparatus comprising
• at least one processing circuitry configured to:
• collect sensing data on the infrastructure;
• receive a control instruction for the sensing data from a server;
• control the infrastructure based on the received control instruction and the sensing data;
• and
• detect a failure in a communication with the server,
• wherein the processing circuitry is further configured to:
• control, upon detecting the failure, the infrastructure based on the sensing data on the infrastructure;
• determine, upon detecting a recovery from the failure, a shift timing to return to the control based on the control instruction and the sensing data on the infrastructure;
• and
• continue the control based on the sensing data on the infrastructure until the shift timing.

4:

• A control apparatus for an infrastructure control system to control an infrastructure, the control apparatus comprising
• at least one processing circuitry configured to:
• receive, from a server, a control instruction for sensing data on the infrastructure;
• control the infrastructure based on the received control instruction;
• and
• detect a failure in a communication with the server,
• wherein the processing circuitry is further configured to:
• execute, upon detecting the failure, autonomous control for the infrastructure;
• determine, upon detecting a recovery from the failure, a shift timing to return to the control based on the control instruction from the autonomous control;
• and
• continue the autonomous control until the shift timing.

7:

• The control apparatus of claim 2, wherein the processing circuitry is further configured to:
• collect information from the infrastructure via a communication adapter provided between the control apparatus and the infrastructure;
• and
• send the control instruction to the corresponding infrastructure.

10:

• A control method applicable to a control apparatus to control an infrastructure, the control method comprising
• causing the control apparatus to:
• collect sensing data on the infrastructure;
• receive a control instruction for the sensing data from a server configured to communicate with the control apparatus;
• control the infrastructure based on the received control instruction;
• control, upon detecting a failure in a communication with the server, the infrastructure based on the sensing data on the infrastructure;
• determine, upon detecting a recovery from the failure, a shift timing to return to the control based on the control instruction from the control based on the sensing data on the infrastructure;
• and
• continue the control based on the sensing data on the infrastructure until the shift timing.

11:

• A control method applicable to a control apparatus to control an infrastructure, the control method comprising
• causing the control apparatus to:
• collect sensing data on the infrastructure;
• receive a control instruction for the sensing data from a server configured to communicate with the control apparatus;
• control the infrastructure based on the received control instruction and the sensing data;
• control, upon detecting a failure in a communication with the server, the infrastructure based on the sensing data on the infrastructure;
• determine, upon detecting a recovery from the failure, a shift timing to return to the control based on the control instruction received from the server and the sensing data on the infrastructure;
• and
• continue the control based on the sensing data on the infrastructure until the shift timing.

12:

• A control method applicable to a control apparatus to control an infrastructure, the control method comprising
• causing the control apparatus to:
• receive a control instruction for sensing data on the infrastructure, from a server configured to communicate with the control apparatus;
• control the infrastructure based on the received control instruction;
• execute, upon detecting a failure in a communication with the server, autonomous control for the infrastructure;
• determine, upon detecting a recovery from the failure, a shift timing to return to the control based on the control instruction from the autonomous control;
• and
• continue the autonomous control until the shift timing.

13:

• The control method of claim 10, further comprising
• causing the control apparatus to:
• queue the received control instruction in a storage;
• read the queued control instruction from the storage at a timing based on a priority determined for each infrastructure;
• and
• control the infrastructure based on the read control instruction.

15:

• An infrastructure control system comprising:
• a control apparatus to control an infrastructure;
• and
• a server,
• the control apparatus comprising at least one processing circuitry configured to:
• collect sensing data on the infrastructure;
• receive a control instruction for the sensing data from the server;
• control the infrastructure based on the received control instruction;
• and
• detect a failure in a communication with the server,
• wherein the processing circuitry is further configured to:
• control, upon detecting the failure, the infrastructure based on the sensing data on the infrastructure;
• determine, upon detecting a recovery from the failure, a shift timing to return to the control based on the control instruction from the control based on the sensing data on the infrastructure;
• and
• continue the control based on the sensing data on the infrastructure until the shift timing.

16:

• An infrastructure control system comprising:
• a control apparatus to control an infrastructure;
• and
• a server,
• the control apparatus comprising at least one processing circuitry configured to:
• collect sensing data on the infrastructure;
• receive a control instruction for the sensing data from the server;
• control the infrastructure based on the received control instruction and the sensing data;
• and
• detect a failure in a communication with the server,
• wherein the processing circuitry is further configured to:
• control, upon detecting the failure, the infrastructure based on the sensing data on the infrastructure;
• determine, upon detecting a recovery from the failure, a shift timing to return to the control based on the control instruction and the sensing data on the infrastructure;
• and
• continue the control based on the sensing data on the infrastructure until the shift timing.

17:

• An infrastructure control system comprising:
• a control apparatus to control an infrastructure;
• and
• a server,
• the control apparatus comprising at least one processing circuitry configured to:
• receive, from the server, a control instruction for sensing data on the infrastructure;
• control the infrastructure based on the received control instruction;
• and
• detect a failure in a communication with the server,
• wherein the processing circuitry is further configured to:
• execute, upon detecting the failure, autonomous control for the infrastructure;
• determine, upon detecting a recovery from the failure, a shift timing to return to the control based on the control instruction from the autonomous control;
• and
• continue the autonomous control until the shift timing.