Terminal surveillance device, automatic teller machine, decision method, and program on a storage medium

A terminal surveillance device comprising:

• a memory and/or a storage device configured to store data;
• and
• a control unit, wherein
• the memory and/or the storage device stores each of 1) a motion information acquisition module, 2) a specification module, 3) a state information acquisition module, and 4) a decision module,
• the control unit executes each of the modules in 1) to 4), and a detail of execution of the control unit includes following A) to D):
• A) executing the motion information acquisition module to acquire motion information indicating a motion of a user at a terminal device;
• B) executing the specification module to specify a specific motion of the user on the basis of the motion information acquired in A);
• C) executing the state information acquisition module to acquire state information indicating a state of the terminal device;
• and
• D) executing the decision module to decide whether the specific motion specified in B) is a normal motion, on the basis of a relationship between the specific motion and the state information acquired in C).

An automatic teller machine comprising:

• a motion information acquisition unit configured to acquire motion information indicating a motion of a user;
• a specification unit configured to specify a specific motion of the user from the motion information acquired by the motion information acquisition unit;
• a state information acquisition unit configured to acquire state information indicating a state of the automatic teller machine;
• and
• a decision unit configured to decide whether the specific motion specified by the specification unit is a normal motion, on the basis of a relationship between the specific motion and the state information acquired by the state information acquisition unit.

An automatic teller machine comprising:

• a memory and/or a storage device configured to store data;
• and
• a control unit, wherein
• the memory and/or the storage device stores each of 1) a motion information acquisition module, 2) a specification module, 3) a state information acquisition module, and 4) a decision module,
• the control unit executes each of the modules in 1) to 4), and a detail of execution by the control unit includes following A) to D):
• A) executing the motion information acquisition module to acquire motion information indicating a motion of a user;
• B) executing the specification module to specify a specific motion of the user on the basis of the motion information acquired in A);
• C) executing the state information acquisition module to acquire state information indicating a state of the automatic teller machine;
• and
• D) executing the decision module to decide whether the specific motion specified in B) is a normal motion, on the basis of a relationship between the specific motion and the state information acquired in C).

A decision method comprising:

• a first step of acquiring motion information indicating a motion of a user;
• a second step of specifying a specific motion of the user on the basis of the motion information;
• a third step of acquiring state information indicating a state of a terminal device;
• and
• a fourth step of deciding whether the specific motion is a normal motion, on the basis of a relationship between the specific motion and the state information, wherein
• a control unit executes the first to fourth steps, and it is decided as a result whether the motion of the user is normal.

A recording medium on which is stored a program causing a computer to function as:

• a motion information acquisition unit configured to acquire motion information indicating a motion of a user;
• a specification unit configured to specify a specific motion of the user on the basis of the motion information acquired by the motion information acquisition unit;
• a state information acquisition unit configured to acquire state information indicating a state of a terminal device;
• and
• a decision unit configured to decide whether the specific motion is a normal motion, on the basis of a relationship between the specific motion and the state information.