Abstract: An electrical connector includes: a metallic terminal member that is positioned inside a housing and that includes a pair of a first terminal part and a second terminal part, the first and second terminal parts facing each other and configured to sandwich an external terminal inserted into the housing from outside; and a block-shaped auxiliary member that is positioned to surround the first and second terminal parts inside the housing, and that, when the external terminal is inserted between the first and second terminal parts, rotates in response to a load produced by the external terminal and applied to the auxiliary member, thereby pushing the first terminal part in a direction to move away from the second terminal part.

Abstract: A lens driving device includes a movable unit including a lens holding member capable of holding a lens member, a suspension wire supporting the movable unit movably in a direction intersecting the optical axis direction, and a base member disposed below the movable unit. The base member is formed of a synthetic resin material, and includes a through hole through which the suspension wire is inserted, and a plated metal portion formed of a metal film formed at least around the through hole and on an inner face of the through hole. A lower end of the suspension wire is soldered to the plated metal portion. A manufacturing method of the lens driving device includes applying solder paste to the through hole, and soldering the lower end of the suspension wire to the plated metal portion by irradiation of the solder paste by a laser beam.

Abstract: A lens driving device includes a movable unit including a lens holding member, and a suspension wire configured to support the movable unit movably in a direction intersecting an optical axis direction. The movable unit has an upper leaf spring and a fixing member. The upper leaf spring has a first portion fixed to the lens holding member, a second portion fixed to the fixing member, a wire fixing portion soldered to the suspension wire, and a linking portion provided linking between the second portion and the wire fixing portion. The linking portion has two extending portions extending from two separate positions on the second portion toward the wire fixing portion side. A plate-shaped protruding portion protruding inwards from the wire fixing portion is provided between the two extending portions.

Abstract: A lens driving device includes a movable unit including a lens holding member, and a suspension wire configured to support the movable unit movably in a direction intersecting an optical axis direction. The movable unit has an upper leaf spring and a fixing member. The upper leaf spring has a first portion fixed to the lens holding member, a second portion fixed to the fixing member, a wire fixing portion soldered to the suspension wire, and a linking portion provided linking between the second portion and the wire fixing portion. The linking portion has two extending portions extending from two separate positions on the second portion toward the wire fixing portion side. A plate-shaped protruding portion protruding inwards from the wire fixing portion is provided between the two extending portions.

Abstract: A lens driving device includes a movable unit including a lens holding member capable of holding a lens member, a suspension wire supporting the movable unit movably in a direction intersecting the optical axis direction, and a base member disposed below the movable unit. The base member is formed of a synthetic resin material, and includes a through hole through which the suspension wire is inserted, and a plated metal portion formed of a metal film formed at least around the through hole and on an inner face of the through hole. A lower end of the suspension wire is soldered to the plated metal portion. A manufacturing method of the lens driving device includes applying solder paste to the through hole, and soldering the lower end of the suspension wire to the plated metal portion by irradiation of the solder paste by a laser beam.

Abstract: An object of the invention is to provide an inorganic antibacterial/antifungal agent that have distinguished multiple functions on the whole with respect to antibacterial and antifungal activities, safety, stability, economical efficiency, and so on

Abstract: An object of the invention is to provide an inorganic antibacterial/antifungal agent that have distinguished multiple functions on the whole with respect to antibacterial and antifungal activities, safety, stability, economical efficiency, and so on.