Abstract: An attachment apparatus according to an embodiment of the present technology includes a hand portion and a control unit. The hand portion includes a restriction portion that restricts a movement of a flat cable in a width direction and a holding portion that holds at least one of both surfaces of the flat cable. The control unit causes the flat cable to be held by a first holding force while restricting the movement in the width direction at a first position on the flat cable, causes the hand portion to move to a second position on the flat cable while maintaining the first holding force, and causes the flat cable to be held at the second position by a second holding force to attach the flat cable.

Abstract: An attachment apparatus according to an embodiment of the present technology includes a hand portion and a control unit. The hand portion includes a restriction portion that restricts a movement of a flat cable in a width direction and a holding portion that holds at least one of both surfaces of the flat cable. The control unit causes the flat cable to be held by a first holding force while restricting the movement in the width direction at a first position on the flat cable, causes the hand portion to move to a second position on the flat cable while maintaining the first holding force, and causes the flat cable to be held at the second position by a second holding force to attach the flat cable.

Abstract: An electronic apparatus 1 includes a holder 50 arranged along the rear surface of a main board 20 and the front surface of a sub-board 30. The holder 50 includes a connector holder portion 51 that holds a connector 59 in a position offset in the thickness direction of the main board 20 and the sub-board 30 from a position on the rear surface of the main board 20 and a position on the front surface of the sub-board 30. The holder 50 includes a cable holder portion 52 that holds a cable 58. Consequently, it is possible to optimize the position of an electronic component such as a connector and prevent interference between a cable connected to the electronic component and other electronic components on a circuit board.

Abstract: An electronic apparatus 1 includes a flat cable 70, an end 70a of which is bonded to the front surface of a sub-board 30 through an anisotropic conductive film 79, engaged portions 74A and 74B formed in the flat cable 70, and an intermediate frame 40 that engages with the engaged portions 74A and 74B to restrain the movement of the engaged portions 74A and 74B in a direction away from the electrode on the sub-board 30. Consequently, it is possible to realize a reduction in costs while maintaining connection stability between a flat cable and a circuit board.

Abstract: An electronic apparatus 1 includes a holder 50 arranged along the rear surface of a main board 20 and the front surface of a sub-board 30. The holder 50 includes a connector holder portion 51 that holds a connector 59 in a position offset in the thickness direction of the main board 20 and the sub-board 30 from a position on the rear surface of the main board 20 and a position on the front surface of the sub-board 30. The holder 50 includes a cable holder portion 52 that holds a cable 58. Consequently, it is possible to optimize the position of an electronic component such as a connector and prevent interference between a cable connected to the electronic component and other electronic components on a circuit board.

Abstract: An electronic apparatus 1 includes a flat cable 70, an end 70a of which is bonded to the front surface of a sub-board 30 through an anisotropic conductive film 79, engaged portions 74A and 74B formed in the flat cable 70, and an intermediate frame 40 that engages with the engaged portions 74A and 74B to restrain the movement of the engaged portions 74A and 74B in a direction away from the electrode on the sub-board 30. Consequently, it is possible to realize a reduction in costs while maintaining connection stability between a flat cable and a circuit board.

Abstract: In order to provide an electronic apparatus capable of smooth operation of a press button, an electronic apparatus includes: an outer panel having a hole in which a press button is fitted and a circuit board placed on a back side of the outer panel; a stopper restricted from moving in the thickness direction of the outer panel is formed between the press button and the circuit board; the stopper is brought into contact with the flange portion formed on an edge of the press button when the press button has moved in the thickness direction of the outer panel.

Abstract: A robot control system for controlling a position and an attitude of a robot head is provided with an operating head held by an operator and a sensor for detecting a position and an attitude of the operating head. An attitude recognition portion of the control means recognizes an initial attitude of the operating head when a control switch provided at the operating head is turned on, and acquires a displacement vector from the initial attitude by a change in the attitude of the operating head. An attitude conversion portion converts the displacement vector from the initial attitude to a displacement vector from the reference attitude corresponding to a predetermined reference attitude, and the control means makes the attitude of the robot head follow the displacement vector from the reference attitude. In whatever attitude the operator holds the operating head, the position and the attitude of the robot head can follow the change in the position and the attitude of the operating head.

Abstract: In order to provide an electronic apparatus capable of smooth operation of a press button, an electronic apparatus includes: an outer panel having a hole in which a press button is fitted and a circuit board placed on a back side of the outer panel; a stopper restricted from moving in the thickness direction of the outer panel is formed between the press button and the circuit board; the stopper is brought into contact with the flange portion formed on an edge of the press button when the press button has moved in the thickness direction of the outer panel.

Abstract: A robot control system 2 for controlling a position and an attitude of a robot head 1a is provided with an operating head 3 held by an operator and a sensor 4 for detecting a position and an attitude of the operating head. An attitude recognition portion 24 of the control means recognizes an initial attitude of the operating head when a control switch 12 provided at the operating head is turned on, and acquires a displacement vector from the initial attitude by a change in the attitude of the operating head. An attitude conversion portion 25 converts the displacement vector from the initial attitude to a displacement vector from the reference attitude corresponding to a predetermined reference attitude, and the control means makes the attitude of the robot head follow the displacement vector from the reference attitude. In whatever attitude the operator holds the operating head, the position and the attitude of the robot head can follow the change in the position and the attitude of the operating head.