Abstract: A photosensor is provided with a sensor circuit assembly. The sensor circuit assembly includes alight emitter, a light receiver, a light-emitter support, a light-receiver support, and a connecting part. The light emitter and the light receiver face each other. The light-emitter support extends from and supports the light emitter. The light-receiver support extends from and supports the light receiver. The connecting part connects one end of the light-emitter support with one end of the light-receiver support. The connecting part includes a seal and a connection terminal that protrudes from the seal. The connection terminal includes a first press-contact part, and a first pressure part that presses the first press-contact part in a press-contact direction.

Abstract: A photosensor is provided with a sensor circuit assembly. The sensor circuit assembly includes alight emitter, a light receiver, a light-emitter support, a light-receiver support, and a connecting part. The light emitter and the light receiver face each other. The light-emitter support extends from and supports the light emitter. The light-receiver support extends from and supports the light receiver. The connecting part connects one end of the light-emitter support with one end of the light-receiver support. The connecting part includes a seal and a connection terminal that protrudes from the seal. The connection terminal includes a first press-contact part, and a first pressure part that presses the first press-contact part in a press-contact direction.

Abstract: A photosensor includes a sensor module in which emitter and receiver leads protrude from a circuit-encapsulating portion in a direction intersecting with a direction in which an external connecting terminal extends. The photosensor includes a light emitter, a light receiver, a circuit-encapsulating portion, a connecting terminal, first and second emitter leads, and first and second receiver leads. When the connecting terminal extends in a first direction, and a first plane is parallel to the first direction, the first and second emitter leads protrude from the circuit-encapsulating portion in a direction parallel to the first plane and intersecting with the first direction, and extend opposite to the first direction. The first and second receiver leads protrude from the circuit-encapsulating portion in the direction parallel to the first plane and intersecting with the first direction and opposite to a direction in which the first and second emitter leads protrude, and extend opposite to the first direction.

Abstract: A photosensor is provided with a sensor circuit assembly. The sensor circuit assembly includes a light emitter, a light receiver, a light-emitter support, a light-receiver support, and a connecting part. The light emitter and the light receiver face each other. The light-emitter support extends from and supports the light emitter. The light-receiver support extends from and supports the light receiver. The connecting part connects one end of the light-emitter support with one end of the light-receiver support. The connecting part includes a seal and a connection terminal that protrudes from the seal. The connection terminal includes a first press-contact part, and a first pressure part that presses the first press-contact part in a press-contact direction.

Abstract: A photosensor includes an emitter element, an emitter-encapsulating portion, a receiver element, a receiver-encapsulating portion, a circuit portion, and a circuit-encapsulating portion. The emitter-encapsulating portion encapsulates the emitter element. The receiver-encapsulating portion encapsulates the receiver element. The circuit portion includes a luminous element for indicating an operation. The circuit-encapsulating portion encapsulates the circuit portion. The circuit-encapsulating portion includes an operation indicator portion facing the luminous element. The emitter-encapsulating portion, the receiver-encapsulating portion, and the circuit-encapsulating portion are connected to one another with a conductive leadframe. The emitter-encapsulating portion, the receiver-encapsulating portion, and the circuit-encapsulating portion are formed from the same resin material containing a light diffusing agent.

Abstract: A photosensor includes a sensor module in which emitter and receiver leads protrude from a circuit-encapsulating portion in a direction intersecting with a direction in which an external connecting terminal extends. The photosensor includes a light emitter, a light receiver, a circuit-encapsulating portion, a connecting terminal, first and second emitter leads, and first and second receiver leads. When the connecting terminal extends in a first direction, and a first plane is parallel to the first direction, the first and second emitter leads protrude from the circuit-encapsulating portion in a direction parallel to the first plane and intersecting with the first direction, and extend opposite to the first direction. The first and second receiver leads protrude from the circuit-encapsulating portion in the direction parallel to the first plane and intersecting with the first direction and opposite to a direction in which the first and second emitter leads protrude, and extend opposite to the first direction.

Abstract: A photosensor simplifies the resin molding process for an emitter element, a receiver element, and a luminous element forming an operation indicator lamp. The photosensor includes an emitter element, an emitter-encapsulating portion, a receiver element, a receiver-encapsulating portion, a circuit portion, and a circuit-encapsulating portion. The emitter-encapsulating portion encapsulates the emitter element. The receiver-encapsulating portion encapsulates the receiver element. The circuit portion includes a luminous element for indicating an operation. The circuit-encapsulating portion encapsulates the circuit portion. The circuit-encapsulating portion includes an operation indicator portion facing the luminous element. The emitter-encapsulating portion, the receiver-encapsulating portion, and the circuit-encapsulating portion are connected to one another with a conductive leadframe.

Abstract: A photosensor is provided with a sensor circuit assembly. The sensor circuit assembly includes a light emitter, a light receiver, a light-emitter support, a light-receiver support, and a connecting part. The light emitter and the light receiver face each other. The light-emitter support extends from and supports the light emitter. The light-receiver support extends from and supports the light receiver. The connecting part connects one end of the light-emitter support with one end of the light-receiver support. The connecting part includes a seal and a connection terminal that protrudes from the seal. The connection terminal includes a first press-contact part, and a first pressure part that presses the first press-contact part in a press-contact direction.

Abstract: A hinge mechanism which coupled an upper side housing and a lower side housing in such a manner that they can be opened and closed, a push button which opens the hinge mechanism when it was depressed, light emission section which has the push button lighted up at the time of light emission, and control section which turns on the light emission section (step S4) when the hinge mechanism is closed at the time that there was an incoming call (step S2) are disposed. By this means, since the push button for opening the hinge mechanism is lighted up when a portable communication terminal apparatus was folded at the time that there was an incoming call, it becomes possible for a user to easily recognize that the user simply depress the push button for the purpose of a talk over the phone.

Abstract: A problem of the present invention is to provide a foldable type portable communication terminal apparatus which can have a user carried out an operation for surely guiding the user to a talkable state at the time that there was an incoming call. A hinge mechanism which coupled an upper side housing and a lower side housing in such a manner that they can be opened and closed, a push button which opens the hinge mechanism when it was depressed, light emission means which has the push button lighted up at the time of light emission, and control means which turns on the light emission means (step S4) when the hinge mechanism is closed at the time that there was an incoming call (step S2) are disposed.

Abstract: A built-in microphone is provided in a flap hinged to a body in a closable manner. Sound-collection holes are formed in interior and exterior flaps of the flap for collecting sound into the microphone. Even when the flap is in either a closed state or an open state, communication becomes feasible.

Abstract: A built-in microphone is provided in a flap hinged to a body in a closable manner. Sound-collection holes are formed in interior and exterior flaps of the flap for collecting sound into the microphone. Even when the flap is in either a closed state or an open state, communication becomes feasible.