Emergency responding method, safety confirmation system, management device, space section, and method for controlling management device

A method for emergently responding to an abnormality in a living body of a user or a rearing animal using a space section that is lockable, said method comprising:

• an obtaining step of obtaining, via a management device, sensing data from a first sensor that detects biological information of the user or the rearing animal using the space section that is lockable and obtaining sensing data from a second non-contact sensor that detects falling-down of the user or the rearing animal in the space section that is lockable and detects, after the falling-down, presence or absence of a motion of the user or the rearing animal having fallen down;
• a detecting step of detecting an abnormality by comparing the sensing data from the first sensor with a threshold of the biological information and detecting using the second sensor that said user has fallen down and stayed in a fallen down state,
• determining that the abnormality is present when both the significant difference between (i) the sensing data thus obtained and (ii) sensing data obtained in a normal condition or a threshold of the sensing data and the detecting that user has stayed in a fallen down state are detected;
• an alarming step of giving a notification of the abnormality to a watcher upon detection of the significant difference;
• an arrival confirming step of confirming, by the management device, and in response to an image from a camera provided at the lockable space section, whether the watcher having received the notification has arrived at the space section that is lockable;
• and
• an unlocking step of causing the management device to issue a signal for carrying out emergency unlocking of a lock provided in the space section that is lockable, wherein.

A safety checking system comprising:

• a first sensor provided in a space section that is lockable and that allows a user or a rearing animal to go in and out, the first sensor being configured to detect biological information of the user or the rearing animal using the space section;
• a second non-contact sensor that detects falling-down of the user or the rearing animal in the space section that is lockable and detects, after the falling-down, presence or absence of a motion of the user or the rearing animal having fallen down to determine if the user has stayed in a fallen down state;
• a storage section configured to store at least a threshold of the biological information or sensing data obtained by the first sensor;
• a detecting section configured to compare sensing data obtained by the first sensor with the threshold or the sensing data stored in the storage section to detect an abnormality and configured to use data obtained by the second sensor to determine that a user has fallen down and stayed in a fallen down state;
• a communication section configured to provide communication between the space section and an acceptance management section;
• an alarming section configured to cause a reporting section to issue an alarm in a case where the detecting section detects the abnormality an alarming section configured to cause a reporting section to issue an alarm in a case where the detecting section detects the abnormality and determines that the user has fallen down and stayed in a fallen down state, the alarming section being configured to report occurrence of an abnormality to the acceptance management section via the communication section;
• an arrival information presenting part configured to present, to the acceptance management section and in response to an image from a camera provided at the lockable space section or GPS information of a mobile terminal possessed by an emergency staff, arrival of an emergency agency at the lockable space section, the emergency agency being dispatched in response to a dispatch request from the acceptance management section;
• and
• an unlocking part configured to carry out, in response to an unlocking request from the acceptance management section, emergency unlocking of a lock provided to the lockable space section.

A safety checking system comprising:

• a first sensor provided in a space section that is lockable and that allows a user or a rearing animal to go in and out, the first sensor being configured to detect biological information of the user or the rearing animal using the space section;
• a second non-contact sensor that detects falling-down of the user or the rearing animal in the space section that is lockable and detects, after the falling-down, presence or absence of a motion of the user or the rearing animal having fallen down to determine if the user has stayed in a fallen down state;
• a storage section configured to store at least a threshold of the biological information or sensing data obtained by the first sensor;
• a detecting section configured to compare sensing data obtained by the first sensor with the threshold or the sensing data stored in the storage section to detect an abnormality and configured to use data obtained by the second sensor to determine that a user has fallen down and stayed in a fallen down state;
• a communication section configured to provide communication between at least the space section and an information terminal of a watcher of the user or the rearing animal;
• an alarming section configured to cause a reporting section to issue an alarm in a case where the detecting section detects the abnormality and determines that the user has fallen down and stayed in a fallen down state, the alarming section being configured to report occurrence of an abnormality to the information terminal via the communication section;
• an arrival information presenting part configured to present, to the information terminal and in response to an image from a camera provided at the lockable space section, arrival of the watcher at the space section;
• and
• an unlocking part configured to carry out, in response to an unlocking request from the information terminal, emergency unlocking of a lock provided to the lockable space section, wherein.

A management device that is communicable with a space section via a telecommunications line, the space section being remotely lockable, said management device comprising:

• an obtaining section provided in the space section that is lockable, the obtaining section being configured to obtain sensing data from a first sensor that detects biological information of a user or a rearing animal using the space section that is lockable;
• a second non-contact sensor that detects falling-down of the user or the rearing animal in the space section that is lockable and detects, after the falling-down, presence or absence of a motion of the user or the rearing animal having fallen down to determine if the user has stayed in a fallen down state;
• a detecting section configured to detect an abnormality on a basis of both (i) the sensing data obtained by the first sensor and (ii) biological information of the user or the rearing animal using the space section that is lockable which biological information is obtained in a normal condition or a threshold of the biological information and that the user has fallen down and stayed in a fallen down state;
• an alarming section configured to cause a reporting section to issue an alarm in a case where the detecting section detects the abnormality, the reporting section being configured to report occurrence of an abnormality;
• an arrival information presenting section configured to obtain, from the lockable space section via a communication section, an image captured by a camera provided in the lockable space section, wherein an acceptance management section determines whether or not a person who has arrived at the lockable space section is from the emergency agency, the emergency agency having been dispatched in response to a dispatch request from the acceptance management section of the management device;
• and
• an unlocking section configured to carry out, in response to an unlocking request from the acceptance management section, emergency unlocking of a lock provided to the space section that is lockable, wherein
• the obtaining section is further configured to obtain sensing data from a second sensor provided in the space section that is lockable, the second sensor being configured to detect falling-down of the user in the space section that is lockable and to detect, after the falling-down, presence or absence of a motion of the user having fallen down.

A management device that is communicable with a space section via a telecommunications line, the space section being remotely lockable, said management device comprising:

• an obtaining section provided in the space section that is lockable, the obtaining section being configured to obtain sensing data from a first sensor that detects biological information of a user or a rearing animal using the space section that is lockable;
• a second non-contact sensor that detects falling-down of the user or the rearing animal in the space section that is lockable and detects, after the falling-down, presence or absence of a motion of the user or the rearing animal having fallen down to determine if the user has stayed in a fallen down state;
• a detecting section configured to detect an abnormality on a basis of both (i) the sensing data obtained by the first sensor and (ii) biological information of the user or the rearing animal using the space section that is lockable which biological information is obtained in a normal condition or a threshold of the biological information and that the user has fallen down and stayed in a fallen down state;
• an alarming section configured to cause a reporting section to issue an alarm in a case where the detecting section detects the abnormality, the reporting section being configured to report occurrence of an abnormality;
• an arrival information presenting section configured to present, in response to the alarm, an image captured by a camera provided in the lockable space section, said image indicative of arrival of a watcher at the space section that is lockable;
• and
• an unlocking section configured to carry out, in response to an unlocking request from an acceptance management section, emergency unlocking of a lock provided to the space section that is lockable.

A space section that is lockable, comprising:

• a first sensor configured to detect biological information of a user or a rearing animal using the space section that is lockable;
• a second sensor configured to detect falling-down of the user or the rearing animal in the space section that is lockable and to detect, after the falling-down, presence or absence of a motion of the user or the rearing animal having fallen down to determine that the user has stayed in a fallen down state;
• a camera provided at or in the vicinity of a door of the lockable space section, and configured to provide an image to an acceptance management section for confirming a person who has arrived at the lockable space section is emergency staff;
• a detecting section configured to determine whether or not the user or the rearing animal having fallen down moves after the falling-down on a basis of sensing data obtained by the second sensor and to detect presence or absence of an abnormality on a basis of (i) sensing data obtained by the first sensor and (ii) biological information of the user or the rearing animal having fallen down and stayed in a fallen down state which biological information is obtained in a normal condition or a threshold of the biological information;
• and
• a notifying section configured to externally notify occurrence of the abnormality in a case where the detecting section detects the abnormality.

A method for controlling a management device that is communicable with a space section via a telecommunications line, the space section being remotely lockable, said method comprising:

• an obtaining step of obtaining sensing data from a first sensor provided in the space section that is lockable, the first sensor being configured to detect biological information of a user or a rearing animal using the space section that is lockable and obtaining sensing data from a second non-contact sensor that detects falling-down of the user or the rearing animal in the space section that is lockable and detects, after the falling-down, presence or absence of a motion of the user or the rearing animal having fallen down;
• a detecting step of detecting presence or absence of an abnormality on a basis of (i) the sensing data obtained by the first sensor and (ii) biological information of the user or the rearing animal using the space section that is lockable which biological information is obtained in a normal condition or a threshold of the biological information and detecting using the second sensor that said user has stayed in a fallen down state,
• determining that the abnormality is present when both the significant difference between (i) the sensing data thus obtained and (ii) sensing data obtained in a normal condition or a threshold of the sensing data and the detecting that user has stayed in a fallen down state are detected;
• an alarming step of causing a reporting section to issue an alarm in a case where the abnormality is detected in the detecting step, the reporting section being configured to report occurrence of an abnormality;
• an arrival information presenting step of presenting an image captured by a camera provided in the lockable space section, said image indicative of arrival of an emergency agency at the space section that is lockable, the emergency agency being dispatched in response to a dispatch request from an acceptance management section of the management device;
• and
• an unlocking step of carrying out, in response to an unlocking request from the acceptance management section, emergency unlocking of a lock provided at an entrance of the space section that is lockable.

A method for controlling a management device that is communicable with a space section via a telecommunications line, the space section being remotely lockable, said method comprising:

• an obtaining step of obtaining sensing data from a first sensor provided in the space section that is lockable, the first sensor being configured to detect biological information of a user or a rearing animal using the space section that is lockable and obtaining sensing data from a second non-contact sensor that detects falling-down of the user or the rearing animal in the space section that is lockable and detects, after the falling-down, presence or absence of a motion of the user or the rearing animal having fallen down;
• a detecting step of detecting presence or absence of an abnormality on a basis of (i) the sensing data obtained by the first sensor and (ii) biological information of the user or the rearing animal using the space section that is lockable which biological information is obtained in a normal condition or a threshold of the biological information and detecting using the second sensor that said user has fallen down and stayed in a fallen down state,
• determining that the abnormality is present when both the significant difference between (i) the sensing data thus obtained and (ii) sensing data obtained in a normal condition or a threshold of the sensing data and the detecting that user has stayed in a fallen down state are detected;
• an alarming step of causing a reporting section to issue an alarm in a case where the abnormality is detected in the detecting step, the reporting section being configured to report occurrence of an abnormality;
• an arrival information presenting step of presenting, in response to the alarm, an image captured by a camera provided in the lockable space section, said image indicative of arrival of a watcher at the space section that is lockable;
• and
• an unlocking step of carrying out, in response to an unlocking request from an acceptance management section, emergency unlocking of a lock provided at an entrance of the space section that is lockable.