Shield shell, connector, mating connector, connection structure of connectors, and method for manufacturing connector
The invention provides a shield shell that allows easy insertion of a circuit board or other insulator into the shield shell. A shield shell 300 includes a shell body 310 and first and second position restrictors 320 a and 320 b . The first position restrictor 320 a is provided at an edge portion 315 of an insertion port 310 of the shell body 310 and is located inside the insertion port 315 . The second position restrictor 320 b is provided in the shell body 310 so as to oppose the first position restrictor 320 b with a spacing in a Z-Z′ direction. A distance in the Z-Z′ direction from the first position restrictor 320 a to the second position restrictor 320 b is substantially equal to, or slightly larger than, a distance in the Z-Z′ direction from a first face 101 to a second face 102 of a circuit board 100 . When the circuit board 100 is inserted into the shell body 310 through the insertion port 315 , the first position restrictor 320 a and the second position restrictor 320 b are abuttable on the first face 101 and the second face 102 , respectively, of the circuit board 100.
1. A shield shell comprising:
a shell body including an insertion port and an edge portion of the insertion port, the insertion port opening to one side in a first direction, the shell body being configured to receive an insulator through the insertion port;
a first position restrictor provided at the edge portion of the shell body and located inside the insertion port;
a second position restrictor provided in the shell body so as to oppose the first position restrictor with a spacing therebetween in a second direction, the second direction being substantially orthogonal to the first direction; and
a latch arm, the latch arm including:
an arm extending from the first position restrictor, or from the edge portion of the shell body, to the other side in the first direction inside the shell body; and
a third position restrictor provided at the arm and at least partly located inside the shell body, wherein
a distance in the second direction from the first position restrictor to the second position restrictor is substantially equal to, or slightly larger than, a distance in the second direction from a first face to a second face of the insulator, the second face being an opposite face to the first face,
the first and second position restrictors are respectively abuttable on the first and second faces of the insulator when the insulator is inserted into the shell body through the insertion port, and
the third position restrictor is abuttable on the first face of the insulator inside the shell body when the insulator is inserted into the shell body through the insertion port.
2. The shield shell according to claim 1 , wherein
the first position restrictor is a piece member extending from the edge portion of the shell body into the insertion port.
3. The shield shell according to claim 1 , wherein
the first position restrictor includes:
an attaching portion attached to the edge portion of the shell body; and
a restrictor body being a piece member extending from the attaching portion into the insertion port.
4. The shield shell according to claim 1 , wherein
the second position restrictor is a portion of the edge portion of the shell body that opposes the first position restrictor with a spacing therebetween in the second direction.
5. The shield shell according to claim 1 , wherein
the second position restrictor is a piece member extending from the edge portion of the shell body into the insertion port.
6. The shield shell according to claim 1 , wherein
the second position restrictor includes:
an attaching portion attached to the edge portion of the shell body; and
a restrictor body being a piece member extending from the attaching portion into the insertion port.
7. The shield shell according to claim 1 , wherein
the shield shell further comprises a fourth position restrictor provided in the shell body, the fourth position restrictor being located inside the shell body and on the other side in the first direction with respect to the first position restrictor, and
the fourth position restrictor is abuttable on the first face of the insulator inside the shell body when the insulator is inserted into the shell body through the insertion port.
8. The shield shell according to claim 1 , wherein
the shield shell further comprises a fifth position restrictor provided in the shell body, the fifth position restrictor being located on the other side in the first direction with respect to the second position restrictor, and
the fifth position restrictor is abuttable on the second face of the insulator inside the shell body when the insulator is inserted into the shell body through the insertion port.
9. A connector comprising:
at least one electronic component;
an insulator with the at least one electronic component mounted thereon; and
the shield shell according to claim 1 , the shield shell housing the insulator.
10. A mating connector connectable to the connector according to claim 9 , wherein
the mating connector comprises a second shield shell, the second shield shell being configured to receive a first shield shell in the first direction, the first shell being the shield shell of the connector,
the second shield shell includes an engagement hole and a half-lock spring, and
when the first shield shell is inserted into the second shield shell, the third position restrictor of the latch arm fits into the engagement hole, and substantially simultaneously the half-lock spring is locked with a lock portion of the first shield shell.
11. The mating connector according to claim 10 , wherein
the second shield shell further includes a grounding contact spring,
while the first shield shell is being inserted into the second shield shell, the half-lock spring makes elastic contact with the first shield shell from when contacting the first shield shell until when locked with the lock portion,
the grounding contact spring is configured to make elastic contact with the first shield shell before the half-lock spring makes contact with the first shield shell, and
a load applied to the first shield shell when the grounding contact spring makes elastic contact with the first shield shell is smaller than a load applied to the first shield shell when the half-lock spring makes elastic contact with the first shield shell.
12. The mating connector according to claim 10 , wherein
the mating connector further comprises:
an insulative body housed in the second shield shell; and
at least one terminal held by the insulative body, and
the at least one terminal is configured to make elastic contact with the insulator housed in the first shield shell substantially at a same time as the half-lock spring makes elastic contact with the first shield shell.
13. A connection structure of connectors, the connection structure comprising:
a first connector; and
a second connector, wherein
one of the first and second connectors comprises one shield shell being the shield shell according to claim 1 , and the other connector includes an other shield shell,
the one shield shell is insertable into the other shield shell in the first direction,
the one shield shell comprises a lock portion and an engaging portion,
the other shield shell comprises a half-lock spring and an engagement hole, and
when the one shield shell is inserted into the other shield shell, the engaging portion is inserted into the engagement hole, and substantially simultaneously the half-lock spring is locked with the lock portion.
14. The connection structure according to claim 13 , wherein
the one or other shield shell further comprises a grounding contact spring,
while the one shield shell is being inserted into the other shield shell, the half-lock spring is in elastic contact with the one shield shell from when contacting the one shield shell until when locked with the lock portion,
the grounding contact spring is configured to come into elastic contact with the other shield shell or the one shield shell before the half-lock spring makes contact with the one shield shell, and
a load applied to the other shield shell when the grounding contact spring makes elastic contact with the other shield shell, or alternatively a load applied to the one shield shell when the grounding contact spring makes elastic contact with the one shield shell, is smaller than a load applied to the one shield shell when the half-lock spring makes elastic contact with the one shield shell.
15. The connection structure according to claim 13 , wherein
the one connector further comprises an insulator housed in the one shield shell,
the other connector further comprises an insulative body housed in the other shield shell and at least one terminal held by the body, and
the at least one terminal is configured to make elastic contact with the insulator substantially at a same time as the half-lock spring makes elastic contact with the one shield shell.
16. The connection structure according to claim 13 , wherein
the one connector further comprises an insulative body housed in the one shield shell and at least one terminal held by the body,
the other connector further comprises an insulative body housed in the other shield shell and at least one terminal held by the body, and
the at least one terminal inside the one shield shell is configured to make elastic contact with the at least one terminal inside the other shield shell substantially at a same time as the half-lock spring makes elastic contact with the one shield shell.
17. The connection structure according to claim 13 , wherein
the one shield shell further comprises a latch arm, the latch arm including:
an arm extending from the first position restrictor, or from the edge portion of the shell body, to the other side in the first direction inside the shell body; and
a third position restrictor being the engaging portion of the one shield shell, the third position restrictor being provided at the arm and at least partly located inside the shell body,
the third position restrictor is abuttable on the first face of the insulator inside the shell body when the insulator is inserted into the shell body through the insertion port, and
the connection structure is configured to generate a sound by at least one of the following means:
insertion of the third position restrictor of the latch arm into the engagement hole;
or
locking of the half-lock spring with the lock portion.
18. A shield shell comprising:
a shell body including an insertion port and an edge portion of the insertion port, the insertion port opening to one side in a first direction, the shell body being configured to receive an insulator through the insertion port;
a first position restrictor provided at the edge portion of the shell body and located inside the insertion port;
a second position restrictor provided in the shell body so as to oppose the first position restrictor with a spacing therebetween in a second direction, the second direction being substantially orthogonal to the first direction; and
a fixing portion, the fixing portion being formed by cutting out a portion of the shell body on the other side in the first direction with respect to the first position restrictor and bending the cut-out portion to an inside of the shell body,
a distance in the second direction from the first position restrictor to the second position restrictor is substantially equal to, or slightly larger than, a distance in the second direction from a first face to a second face of the insulator, the second face being an opposite face to the first face,
the first and second position restrictors are respectively abuttable on the first and second faces of the insulator when the insulator is inserted into the shell body through the insertion port, and
the fixing portion is configured to fit into a fitting recess in the insulator.
19. A method for manufacturing a connector comprising:
preparing an insulator having a first face and a second face opposite to the first face;
preparing a shield shell including a shell body, a first position restrictor, a second position restrictor, and a latch arm, wherein the shell body includes an insertion port opening to one side in a first direction, the first position restrictor is provided at an edge portion of the insertion port of the shell body and located inside the insertion port, the second position restrictor is provided in the shell body so as to oppose the first position restrictor with a spacing therebetween in a second direction, the second direction is substantially orthogonal to the first direction, and the latch arm includes
an arm extending from the first position restrictor, or from the edge portion of the shell body, to the other side in the first direction inside the shell body, and
a third position restrictor provided at the arm and at least partly located inside the shell body; and
inserting the insulator into the shell body through the insertion port while bringing the first and second position restrictors into abutment with the first and second faces, respectively, of the insulator,
wherein the inserting of the insulator into the shell body includes bringing the third position restrictor into abutment with the first face of the insulator inside the shell body.