Abstract: An electromagnetic valve includes a sleeve having a valve hole at a central portion thereof, a spool, and an electromagnetic solenoid. The sleeve has plural ports penetrating the sleeve between inner and outer peripheral surfaces thereof and disposed side by side in a central axis direction of the valve hole. In the spool, plural lands having an outer peripheral surface facing an inner peripheral surface of the valve hole are provided side by side in the central axis direction. The electromagnetic solenoid is configured to move the spool in the central axis direction in the valve hole. The ports have one or plural recessed portions in which working oil is stored. When the spool is decentered with respect to the sleeve, a pressure of the working oil stored is increased.

Abstract: An electromagnetic valve includes a sleeve having a valve hole at a central portion thereof, a spool, and an electromagnetic solenoid. The sleeve has plural ports penetrating the sleeve between inner and outer peripheral surfaces thereof and disposed side by side in a central axis direction of the valve hole. In the spool, plural lands having an outer peripheral surface facing an inner peripheral surface of the valve hole are provided side by side in the central axis direction. The electromagnetic solenoid is configured to move the spool in the central axis direction in the valve hole. The ports have one or plural recessed portions in which working oil is stored. When the spool is decentered with respect to the sleeve, a pressure of the working oil stored is increased.

Abstract: A storing box is formed with a unit storing room storing an electronic control unit. The storing box is formed with a latching part by which an electric wire or a connector connected to one end of the electric wire is caught. The electric wire passes through an inner side of the unit storing room and is drawn out from a storing opening which is an entrance for storing the electronic control unit.

Abstract: An electrical junction box of the present invention includes a frame (11) in which a storing box B is formed which has a unit storing room (20) in which an electronic control unit (63) is accommodated, and an upper cover (15) which is assembled to the side of the frame (11) where a accommodating port (20a), which becomes an entrance when the electronic control unit (63) is accommodated in the unit storing room (20), is formed so that the accommodating port (20a) is closed.

Abstract: Projection strips are formed on the inner surface of a bottom wall between a pair of side walls. Of boundary portions between each projection strip and the two respective side walls, a boundary wall located lower in the vertical direction when a protector is attached to a vehicle is formed with an ejection opening.

Abstract: A protector is equipped with a main body and a lid which are combined together to form a tubular body capable of housing cables; a pair of band insertion holes formed through the main body; a band fastening space which is defined in the main body so as to contain one band insertion hole and in which to place a buckle of a cable tie with its top position lower than a housing height of the cables; and a fastening space closing plate which closes the band fastening space when the lid is attached to the main body.

Abstract: An electrical junction box of the present invention includes a frame (11) in which a storing box B is formed which has a unit storing room (20) in which an electronic control unit (63) is accommodated, and an upper cover (15) which is assembled to the side of the frame (11) where a accommodating port (20a), which becomes an entrance when the electronic control unit (63) is accommodated in the unit storing room (20), is formed so that the accommodating port (20a) is closed.

Abstract: A storing box of the present invention includes a first lower member (12) which includes a first lower member body (C) which is assembled to a storing room body (B) to cover a bottom port (20b), and a reinforcing wall (30a to 33a) which enters into the storing room body (B) and contacts with the inner surfaces of the storing room body (B) when the first lower member body (C) is assembled to the storing room body (B).

Abstract: A storing box is formed with a unit storing room storing an electronic control unit. The storing box is formed with a latching part by which an electric wire or a connector connected to one end of the electric wire is caught. The electric wire passes through an inner side of the unit storing room and is drawn out from a storing opening which is an entrance for storing the electronic control unit.