Abstract: A lubricating oil supply device for a vehicle includes an electric oil pump and an electronic control unit. The electronic control unit is configured to control the electric oil pump, determine whether or not lubricating oil needs to be supplied by the electric oil pump, control a drive duty of the electric oil pump to a first value when the ECU determines that lubricating oil needs to be supplied, and control the drive duty to a second value that is smaller than the first value when the ECU determines that lubricating oil does not need to be supplied. The electronic control unit is configured to perform duty variable control for controlling the drive duty to a third value, which is between the first value and the second value, during a predetermined changeover transition period, in changing over the drive duty from the first value to the second value.

Abstract: A lubricating oil supply device for a vehicle includes an electric oil pump and an electronic control unit. The electronic control unit is configured to control the electric oil pump, determine whether or not lubricating oil needs to be supplied by the electric oil pump, control a drive duty of the electric oil pump to a first value when the ECU determines that lubricating oil needs to be supplied, and control the drive duty to a second value that is smaller than the first value when the ECU determines that lubricating oil does not need to be supplied. The electronic control unit is configured to perform duty variable control for controlling the drive duty to a third value, which is between the first value and the second value, during a predetermined changeover transition period, in changing over the drive duty from the first value to the second value.

Abstract: A production method of a metallic decorative sheet (10) which is insert-molded integrally with a thermoplastic resin molded body (20) to constitute an insert molded body (1) has steps of: laminating a specular ink layer (12) on one surface of a transparent thermoplastic resin film (11) in a region except an edge region serving as an edge portion of the insert molded body (1) and in a region for displaying a metallic design on an outer surface of the insert molded body (1), and laminating a non-specular ink layer (13) on the specular ink layer (12) and on the surface of the transparent thermoplastic resin film (11) where the specular ink layer (12) is not laminated.

Abstract: Provided is a production method of a metallic decorative sheet capable of preventing from getting detached at edge portions. The production method of a metallic decorative sheet for insert molding comprises steps of forming a metal thin-film layer 12 on a back surface of a transparent thermoplastic resin film 11; removing a first region J for displaying a non-metallic design on an outer surface of the thermoplastic resin film 11 and a second region K which is at least a part of edge region of the thermoplastic resin film 11 from the metal thin-film layer 12; and laminating an ink layer 14 on at least the metal thin-film layer 12 and the second region K.

Abstract: A production method of a metallic decorative sheet (10) which is insert-molded integrally with a thermoplastic resin molded body (20) to constitute an insert molded body (1) has steps of: laminating a specular ink layer (12) on one surface of a transparent thermoplastic resin film (11) in a region except an edge region serving as an edge portion of the insert molded body (1) and in a region for displaying a metallic design on an outer surface of the insert molded body (1), and laminating a non-specular ink layer (13) on the specular ink layer (12) and on the surface of the transparent thermoplastic resin film (11) where the specular ink layer (12) is not laminated.

Abstract: Provided is a production method of a metallic decorative sheet capable of preventing from getting detached at edge portions. The production method of a metallic decorative sheet for insert molding comprises steps of forming a metal thin-film layer 12 on a back surface of a transparent thermoplastic resin film 11; removing a first region J for displaying a non-metallic design on an outer surface of the thermoplastic resin film 11 and a second region K which is at least a part of edge region of the thermoplastic resin film 11 from the metal thin-film layer 12; and laminating an ink layer 14 on at least the metal thin-film layer 12 and the second region K.

Abstract: An apparatus for changing the airflow direction at a supply opening for air conditioning. The operational feeling of an operation knob hardly changes an a stable movement of the operation knob is obtained over the entire operation range of the operation knob. As the operation knob reciprocates, the supporting rib linearly contacts an elastic member. Thereby, the supporting rib can retain a stable posture with respect to the elastic member. Consequently, the invariable operational feeling of the operation knob can be obtained over the entire operation range of the operation knob.

Abstract: A display panel which is adapted to be mounted on an electronic apparatus, includes a first printed display layer, a transparent material layer that is provided on the first printed display layer, and a second printed display layer that is provided on the transparent material layer so as to correspond to the first printed display layer. The first printed display layer, the transparent material layer and the second printed display layer are integrally formed to each other. The second printed display layer is displayed from the first printed display layer side through the transparent material layer.

Abstract: A display panel which is adapted to be mounted on an electronic apparatus, includes a first printed display layer, a transparent material layer that is provided on the first printed display layer, and a second printed display layer that is provided on the transparent material layer so as to correspond to the first printed display layer. The first printed display layer, the transparent material layer and the second printed display layer are integrally formed to each other. The second printed display layer is displayed from the first printed display layer side through the transparent material layer.

Abstract: An apparatus for inspecting an internal circuit of a semiconductor device is provided, wherein an inspection table having an inspection equipment such as a microscope, a positioner or the like mounted thereon is constructed into a vibration-proof structure. On a frame surrounding a tester is horizontally supported an inspection table through air spring structures arranged on four corners of the frame, so that vibration or shock produced from a floor or the tester may be effectively absorbed by the air spring structures, to thereby be prevented from adversely affecting a semiconductor device to be inspected. Also, the semiconductor device is set on a socket of a socket-equipped board arranged above the tester in a manner to be close proximity to the tester, so that a substantially true signal may be obtained.

Abstract: A drill bit comprises a body having a shank portion and an end face at its forward end. The drill bit body has at the forward end a cutting means having at least one cutting edge provided on the end face. The cutting edge is spaced from the axis of rotation of the body. The body has a rake surface which terminates in the cutting edge and extends along the axis of rotation.

Abstract: A drill bit comprises a body having a shank portion and an end face at its forward end. The drill bit body has at the forward end a cutting means having at least one cutting edge provided on the end face. The cutting edge is spaced from the axis of rotation of the body. The body has a rake surface which terminates in the cutting edge and extends along the axis of rotation.