Optical connector and shield connector therefor

Claim 2

An optical connector comprising: a shield case capable of storing an element main body section of an optical element; a connector housing member which retains and stores the shield case in a case storage recess formed therein; and a heatsink section which is provided over and across a rear surface of the shield case and is incorporated into the connector housing member while being exposed to the outside from the connector housing member.

Claim 3

The optical connector according to claim 1 , wherein the heatsink section is incorporated into the connector housing member so as to hold down and retain the shield case in the case storage recess from behind.

Claim 4

The optical connector according to claim 1 , wherein the heatsink section is formed from material which is superior in heat conductivity to that constituting the connector housing member.

Claim 5

The optical connector according to claim 1 , wherein the heatsink section is formed from metal material.

Claim 6

The optical connector according to claim 1 , wherein the heatsink section has a plurality of heatsink projections projecting outwardly.

Claim 7

The optical connector according to claim 1 , wherein the heatsink section is formed integrally with the shield case.

Claim 8

An optical connector capable of storing an element main body section of an optical element in a connector housing, wherein a heatsink section is formed on an exterior rear surface of the connector housing, and the entirety of the connector housing is formed from metal material.

Claim 9

An optical connector capable of storing an element main body section of an optical element in a connector housing, wherein a heatsink section is formed on an exterior rear surface of the connector housing, and the entirety of the connector housing is formed from metal material.

Claim 10

he optical connector according to claim 7 , wherein an area of the connector housing located behind the optical element has a plurality of heatsink projections projecting outward.

Claim 11

The optical connector according to claim 7 , wherein a shield case capable of storing the element main body section is retained and housed in the connector housing.

Claim 12

An optical connector comprising: a shield case capable of storing therein an element main body section of an optical element; and a connector housing member which has a case storage recess formed therein and retains and stores the shield case in the case storage recess while at least a rear surface of the connector housing member is exposed to the outside, wherein a heatsink section is formed on the rear surface of the connector housing member.

Claim 13

An optical connector comprising: a shield case capable of storing therein an element main body section of an optical element; and a connector housing member which has a case storage recess formed therein and retains and stores the shield case in the case storage recess while at least a rear surface of the connector housing member is exposed to the outside, wherein a heatsink section is formed on the rear surface of the connector housing member.

Claim 14

An optical connector capable of being mounted on a board, comprising: a connector housing member having a case storage recess formed therein; a heatsink section formed on an exterior rear surface of the connector housing member; a case main body section which is formed so as to be able to store an element main body section of an optical element and is housed in the connector housing member; and a plurality of lead sections which extend from the case main body section toward the outside of the connector housing member and can be connected to a ground trace formed on the board.

Claim 15

An optical connector capable of being mounted on a board, comprising: a connector housing member having a case storage recess formed therein; a heatsink section formed on an exterior rear surface of the connector housing member; a case main body section which is formed so as to be able to store an element main body section of an optical element and is housed in the connector housing member; and a plurality of lead sections which extend from the case main body section toward the outside of the connector housing member and can be connected to a ground trace formed on the board.

Claim 16

An optical connector shield case capable of being mounted on a board, comprising: a case main body section which is formed so as to be able to store an element main body section of an optical element and is retained and housed in a connector housing member, wherein a heatsink section is formed on an exterior rear surface of the connector housing member; and a plurality of lead sections which extend from the case main body section and can be connected to a ground trace formed on the board.

Claim 17

An optical connector shield case capable of being mounted on a board, comprising: a case main body section which is formed so as to be able to store an element main body section of an optical element and is retained and housed in a connector housing member, wherein a heatsink section is formed on an exterior rear surface of the connector housing member; and a plurality of lead sections which extend from the case main body section and can be connected to a ground trace formed on the board.

Claim 18

An optical connector comprising: a case storage recess formed in a connector housing member; a rear surface of the connector housing member facing an opening formed in the case storage recess; a shield case storing an element main body section of an optical element, wherein the shield case is retained and housed in the case storage recess, and heat developing in the optical element is dissipated to the outside through the opening; a positioning projection formed in the shield case in a direction orthogonal to a direction in which insertion to the case storage recess is to be made; and a guide groove section which is capable of slidably engaging with the positioning projection and is formed in a circumferential wall section extending from the opening of the connector housing member to the case storage recess; wherein the positioning projection is slidably engaged with the guide groove section, so that the shield case is inserted into the case storage recess while being positioned in at least one direction orthogonal to the direction in which the shield case is to be inserted.

Claim 19

An optical connector comprising: a case storage recess formed in a connector housing member; a rear surface of the connector housing member facing an opening formed in the case storage recess; a shield case storing an element main body section of an optical element, wherein the shield case is retained and housed in the case storage recess, and heat developing in the optical element is dissipated to the outside through the opening; a positioning projection formed in the shield case in a direction orthogonal to a direction in which insertion to the case storage recess is to be made; and a guide groove section which is capable of slidably engaging with the positioning projection and is formed in a circumferential wall section extending from the opening of the connector housing member to the case storage recess; wherein the positioning projection is slidably engaged with the guide groove section, so that the shield case is inserted into the case storage recess while being positioned in at least one direction orthogonal to the direction in which the shield case is to be inserted.

Claim 20

The optical connector according to claim 13 , wherein the guide groove passes through the case storage recess, and while the shield case is housed in the case storage recess, the positioning projection is exposed to the outside of a connector housing member by way of the through portion of the case storage recess.

Claim 21

An optical connector which is incorporated into a connector housing member while an element main body section of an optical element is housed in a shield case and which dissipates heat of the optical element by way of the shield case, said connector comprising: an elastic member which is interposed between the element main body section of the optical element and a case main body section of the shield case capable of storing the element main body section while remaining in at least partial intimate contact with an exterior surface of the element main body section and with an interior surface of the case main body section.

Claim 22

An optical connector which is incorporated into a connector housing member while an element main body section of an optical element is housed in a shield case and which dissipates heat of the optical element by way of the shield case, said connector comprising: an elastic member which is interposed between the element main body section of the optical element and a case main body section of the shield case capable of storing the element main body section while remaining in at least partial intimate contact with an exterior surface of the element main body section and with an interior surface of the case main body section.

Claim 23

The optical connector according to claim 15 , wherein the elastic member is formed from a conductive, magnetic, and elastic material.

Claim 24

An optical connector shield case which is incorporated into a connector housing member while an element main body section of an optical element is housed in a shield case and which dissipates heat of the optical element by way of the shield case, said connector comprising: an elastic member which is interposed between the element main body section of the optical element and a case main body section of the shield case capable of storing the element main body section while remaining in at least partial intimate contact with an exterior surface of the element main body section and with an interior surface of the case main body section.

Claim 25

An optical connector shield case which is incorporated into a connector housing member while an element main body section of an optical element is housed in a shield case and which dissipates heat of the optical element by way of the shield case, said connector comprising: an elastic member which is interposed between the element main body section of the optical element and a case main body section of the shield case capable of storing the element main body section while remaining in at least partial intimate contact with an exterior surface of the element main body section and with an interior surface of the case main body section.