Abstract: The invention provides an insert molded lens driving apparatus including a driving coil having two ends, wherein the lens holder includes multiple insert members for electrical connection partially embedded into the lens holder and spaced apart from each other. Each of the insert members electrically coupled to the driving coil and having a first connecting end extending along a first direction and a second connecting end extending along a second direction, which.

Abstract: The invention provides an insert molded lens driving apparatus including a driving coil having two ends, wherein the lens holder includes multiple insert members for electrical connection partially embedded into the lens holder and spaced apart from each other. Each of the insert members electrically coupled to the driving coil and having a first connecting end extending along a first direction and a second connecting end extending along a second direction, which.

Abstract: The invention provides an insert molded lens driving apparatus comprising a lens holder and a driving coil. The lens holder further comprises a plurality of winding posts protruding outwardly therefrom. Each of the plurality of winding posts comprises an insert member partially inserted into the lens holder. The two ends of the driving coil are respectively wound around the plurality of winding posts and thereby to respectively electrically connect to the corresponding insert members. The insert member has a contact or contact area to which a metal component is soldered.

Abstract: The invention provides an insert molded lens driving apparatus comprising a lens holder and a driving coil. The lens holder further comprises a plurality of winding posts protruding outwardly therefrom. Each of the plurality of winding posts comprises an insert member partially inserted into the lens holder. The two ends of the driving coil are respectively wound around the plurality of winding posts and thereby to respectively electrically connect to the corresponding insert members. The insert member has a contact or contact area to which a metal component is soldered.

Abstract: A method for manufacturing a base structure of lens-focusing mechanism first prepares a conductive member having at least two conductive parts, interconnection part, contacts and two conductive pins. The conductive parts have proximity ends separated and staggered to each other. An insulating base is formed by injection molding and encapsulates the conductive member wherein the conductive pins, the interconnection part and the contacts are exposed out of the insulating base. The interconnection part is cut and then a spring member is mounted to the insulating base and electrically connected to the conductive pins through the contacts. The present invention can solve the problem of difficulty in assembling conductive pins and connecting the spring member for the insulating base. The conductive member is arranged within the insulating base such that plastic material can be saved, the flatness, the stability and the anti-damage ability of base can be enhanced.

Abstract: An electromagnetic driver with lead-out structure for coil includes at least one coil holder and at least one coil disposed on the coil holder. The coil holder has a plurality of metal connecting member, and the two lead-out ends of the coil are electrically connected to the first connecting terminals of the metal connecting members. The second connecting terminal of the metal connecting member is electrically connected to a conductive member, such as spring, and the coil of the electromagnetic driver can be independently and automatically manufactured and then assembled with the other conductive member. The coil of the electromagnetic driver can be directly replaced at maintenance.

Abstract: An electromagnetic driver with lead-out structure for coil includes at least one coil holder and at least one coil disposed on the coil holder. The coil holder has a plurality of metal connecting member, and the two lead-out ends of the coil are electrically connected to the first connecting terminals of the metal connecting members. The second connecting terminal of the metal connecting member is electrically connected to a conductive member, such as spring, and the coil of the electromagnetic driver can be independently and automatically manufactured and then assembled with the other conductive member. The coil of the electromagnetic driver can be directly replaced at maintenance.

Abstract: A method for manufacturing a base structure of lens-focusing mechanism first prepares a conductive member having at least two conductive parts, interconnection part, contacts and two conductive pins. The conductive parts have proximity ends separated and staggered to each other. An insulating base is formed by injection molding and encapsulates the conductive member wherein the conductive pins, the interconnection part and the contacts are exposed out of the insulating base. The interconnection part is cut and then a spring member is mounted to the insulating base and electrically connected to the conductive pins through the contacts. The present invention can solve the problem of difficulty in assembling conductive pins and connecting the spring member for the insulating base. The conductive member is arranged within the insulating base such that plastic material can be saved, the flatness, the stability and the anti-damage ability of base can be enhanced.

Abstract: A protecting structure for movable mechanism in a miniature lens is mounted in a housing of a focusing mechanism of the miniature lens and includes an upper cover defining a central opening and fixed in the housing; a lens holder for holding a lens therein; at least one elastic member connecting the lens holder to the upper cover, so that the lens holder is suspended in the housing and axially displaceable forward and rearward to achieve the purpose of focusing; and at least one protective member being received in the central opening of the upper cover to locate outside the elastic member relative to the lens holder for restricting the lens holder from moving laterally, and limiting a torsion force produced at the time of screwing the lens into the lens holder, so as to protect the elastic member against deformation due to the torsion force.

Abstract: A protecting structure for movable mechanism in a miniature lens is mounted in a housing of a focusing mechanism of the miniature lens and includes an upper cover defining a central opening and fixed in the housing; a lens holder for holding a lens therein; at least one elastic member connecting the lens holder to the upper cover, so that the lens holder is suspended in the housing and axially displaceable forward and rearward to achieve the purpose of focusing; and at least one protective member being received in the central opening of the upper cover to locate outside the elastic member relative to the lens holder for restricting the lens holder from moving laterally, and limiting a torsion force produced at the time of screwing the lens into the lens holder, so as to protect the elastic member against deformation due to the torsion force.

Abstract: A plate spring for voice coil motor includes a flat plate having a central opening and provided around the central opening with an even number of identically shaped slits. The slits are so bent and staggered on the flat plate that the flat plate is divided into an inner movable portion and an outer fixed portion, which are connected via an even number of three-section linear elastically bendable portions. When the inner movable portion is subjected to an external force, the elastically bendable portions are elastically bent to allow the inner movable portion to move forward or backward relative to the outer fixed portion without sideward inclining; and when the external force is released, the inner movable portion is automatically and quickly returned to an original position by an accumulated restoring force of the elastically bendable portions.

Abstract: An electrical connector is provided with a circuit board with interconnecting conductors respectively extending between spring contact termination locations and other termination locations. Sets of spring contact conductors are provided terminating at respective spring contact termination locations. Each of the spring contact conductors of the set of spring contact conductors has a plug contact zone and defines a spring contact conductive path from an associated plug contact zone to a respective spring contact termination location. The sets of spring contact conductors provide different conductive path lengths from an associated plug contact zone to a respective spring contact termination location.

Abstract: An electrical connector is provided with a circuit board with interconnecting conductors respectively extending between spring contact termination locations and other termination locations. Sets of spring contact conductors are provided terminating at respective spring contact termination locations. Each of the spring contact conductors of the set of spring contact conductors has a plug contact zone and defines a spring contact conductive path from an associated plug contact zone to a respective spring contact termination location. The sets of spring contact conductors provide different conductive path lengths from an associated plug contact zone to a respective spring contact termination location.

Abstract: An electrical connector is provided with a circuit board with interconnecting conductors respectively extending between spring contact termination locations and other termination locations. A set of spring contact conductors are provided terminating at respective spring contact termination locations. Each of said spring contact conductors of the set of spring contact conductors has a plug contact zone and defines a spring contact conductive path from an associated plug contact zone to a respective said spring contact termination location that is 6.7 mm or less.