Abstract: A conveyance seat includes therein a pad material and a connecting member for connecting electrical devices. The pad material includes a first pad material and a second pad material which is provided on a back surface side of the first pad material and is disposed to overlap the first pad material. A front surface of the second pad material is provided with an accommodation groove which is provided to be recessed in a thickness direction of the pad material and accommodates the connecting member. The accommodation groove extends to be long along the surface of the second pad material. The accommodation groove includes a latching portion which is provided at a predetermined position in an extension direction, protrudes from one side portion toward the other side portion of the accommodation groove, and latches the connecting member.

Abstract: There is provided a conveyance seat that suppresses the deterioration of the sensitivity of a load sensor to an input load even when a heater wire and the load sensor are disposed to overlap each other. A conveyance seat includes a seat cushion that supports buttocks of an occupant; a seat back connected to the seat cushion to serve as a backrest for the occupant; a load sensor provided at the seat cushion or at a portion of the seat back; a heater wire disposed on an occupant side with respect to the load sensor; and an intermediate member that positions the heater wire. The intermediate member is disposed between the load sensor and the heater wire.

Abstract: A seat to be provided on a vehicle such as an automotive two-wheeled vehicle includes a seat body on which a rider rides, a backrest arranged at a rear side of the seat body, and an electric upward and downward movement mechanism configured to move the backrest upward or downward based on at least one of an acceleration of the vehicle or operation information for controlling the acceleration. The upward and downward movement mechanism includes a link mechanism, which connects a lower portion of the seat body and the backrest together, and an electric actuator, which is configured to input force to at least one of links included in the link mechanism.

Abstract: A seat to be provided on a vehicle such as an automotive two-wheeled vehicle includes a seat body on which a rider rides, a backrest arranged at a rear side of the seat body, and an electric upward and downward movement mechanism configured to move the backrest upward or downward based on at least one of an acceleration of the vehicle or operation information for controlling the acceleration. The upward and downward movement mechanism includes a link mechanism, which connects a lower portion of the seat body and the backrest together, and an electric actuator, which is configured to input force to at least one of links included in the link mechanism.