Connector for flexible substrate

Claim 2

A connector for a flexible substrate comprising: a body, configured to insert an end of the flexible substrate thereinto from a front surface side thereof, for holding a plurality of contacts arranged in parallel for respectively contacting a plurality of terminals arranged on the end of the inserted substrate; and an actuator, including a plurality of cams corresponding to the plurality of contacts within the body, and a plurality of shafts arranged between the plurality of cams; wherein each of said contacts includes a contacting point part for contacting a corresponding one of the terminals on the end of the substrate and a hook of hook shape for engaging and holding a corresponding one of the shafts formed in the actuator; the actuator, upon rotating about the plurality of shafts from an opened state to a closed state, presses the inserted substrate with the plurality of cams so as to bring the terminals at the end of the substrate into contact with the corresponding contacts, the hooks engage the shafts from the front surface side so as to restrain the actuator from moving toward the front surface side; and the body includes a restraining part for abutting the plurality of cams from a rear side of the body so as to restrain the actuator from moving toward the rear surface side.

Claim 3

The connector for a flexible substrate according to claim 1 , wherein each of the said contacts has the contacting point part positioned on a lower side of the end of the flexible substrate inserted from the front surface side, the hook positioned on an upper side, and the contacting point part and the hook coupled and integrated at the base.

Claim 4

The connector for a flexible substrate according to claim 1 , wherein said plurality of contacts are a plurality of first contacts attached from the front surface side and each including a soldering part on the front surface side, the connector further comprises a plurality of second contacts attached from the rear surface side and each including a soldering part on the rear surface side, and the body alternately holds the plurality of first contacts and the plurality of second contacts.

Claim 5

The connector for a flexible substrate according to claim 3 , wherein the actuator further comprises a plurality of pressed parts, the pressed parts and the shafts being alternately arranged between the cams, and each of the plurality of second contacts includes a contacting point part for pressure contacting the corresponding one of the terminals on the end of the substrate, and a pressing part for elastically pressing a corresponding one of the pressed parts of the actuator from above when the actuator is in the closed state.

Claim 6

A connector for a flexible substrate comprising: a body, configured to insert an end of the flexible substrate thereinto from a front surface side thereof, for holding a plurality of contacts arranged in parallel for respectively contacting a plurality of terminals arranged on the end of the inserted substrate; and an actuator, rotatably combined with the body, including a plurality of cams corresponding to the plurality of contacts within the body, and pressing the end of the inserted substrate with the plurality of cams by being turned form an opened state to a closed state so as to bring the terminals at the end of the substrate into contact with the corresponding contacts; wherein each of said contacts includes a contacting point part for pressure-contacting to a corresponding one of the terminals on the end of the substrate and a hook of hook shape for engaging and holding a corresponding one of shafts formed in the actuator; the hooks engage the shafts from the front surface side so as to restrain the actuator from moving toward the front surface side; the body includes a restraining part for abutting the plurality of cams from a rear side of the body so as to restrain the actuator from moving toward the rear surface side; and the actuator includes a cover for covering the rear surface side of the body when turned to the closed state.

Claim 7

A connector for a flexible substrate comprising: a body, configured to insert an end of the flexible substrate thereinto from a front surface side thereof, for holding a plurality of contacts arranged in parallel for respectively contacting a plurality of terminals arranged on the end of the inserted substrate; and an actuator, rotatably combined with the body, including a plurality of cams corresponding to the plurality of contacts within the body, and pressing the end of the inserted substrate with the plurality of cams by being turned form an opened state to a closed state so as to bring the terminals at the end of the substrate into contact with the corresponding contacts; wherein each of said contacts includes a contacting point part for pressure-contacting to a corresponding one of the terminals on the end of the substrate and a hook of hook shape for engaging and holding a corresponding one of shafts formed in the actuator; the hooks engage the shafts from the front surface side so as to restrain the actuator from moving toward the front surface side; the body includes a restraining part for abutting the plurality of cams from a rear side of the body so as to restrain the actuator from moving toward the rear surface side; and the actuator includes a cover for covering the rear surface side of the body when turned to the closed state.

Claim 8

The connector for flexible substrate according to claim 5 , wherein said plurality of contacts are a plurality of first contacts attached from the front surface side and each including a soldering part on the front surface side, the connector further comprises a plurality of second contacts attached from the rear side surface and each including a soldering part on the rear surface side, the body alternately holds the plurality of first contacts and the plurality of second contacts, and the cover of the actuator has a configuration of covering the soldering parts of the second contacts.