1. A latch mechanism for fixing a top member to a base member of a foldable electronic device in a closed position, the latch mechanism comprising:
a magnet for being mounted to the top member of the foldable electronic device;
a locking member being slidably received in the base member of the foldable electronic device, the locking member comprising a hook at a top thereof that is made of magnetic material, for being attracted up by the magnet, the hook engaging with the top member when the locking member is in a locking position; and
a first tension spring, with one end connected to the locking member, the other end connected to the base member of the foldable electronic device, for biasing the locking member down to an unlocking position;
wherein the locking member further comprises a locating part at a bottom thereof, for being restricted in a horizontal direction by the base member when the locking member is in the unlocking position, and being restricted in an upward direction when the locking member is in the locking position, the locking member still further comprises a body, the hook extends from a top of the body, the locating part extends from a bottom of the body, a tab is stamped from the body configured for engaging with a corresponding end of the first tension spring, the hook having a general ridge shape comprises a locking portion extending horizontally from a distal end thereof toward the body, configured for engaging with the top member of the foldable electronic device by biasing force of the first tension spring when the locking member is in the locking position.
2. The latch mechanism as claimed in claim 1, wherein the locating part has a general U shape.
3. The latch mechanism as claimed in claim 1, further comprising an operating member for being horizontally movably mounted to the top member of the foldable electronic device to drive the hook of the locking member to move to disengage with the top member of the foldable electronic device.
4. The latch mechanism as claimed in claim 3, wherein the operating member comprises a main part located in the top member of the foldable electronic device, an operating part parallel to the main part and located outside of the top member, and a connecting part connecting to the main part and the operating part, the main part is for driving the locking member, the operating part is for facilitating manual operation.
5. The latch mechanism as claimed in claim 4, further comprising a second tension spring connecting the operating member and the top member of the foldable electronic device, wherein the operating member further comprises a hooking part connecting to the main part and the operating part, for engaging with a corresponding end of the second tension spring.
6. A foldable device, comprising:
a base member;
a top member, with one end thereof pivotably mounted to a corresponding end of the base member; and
a locking mechanism comprising:
a magnet mounted to the top member;
a locking member being slidably received in the base member, the locking member comprising a hook at a top thereof that is made of magnetic material, for being attracted up by the magnet, the hook engaging with the top member when the locking member is in a locking position; and
a first tension spring, with one end connected to the locking member, the other end connected to the base member, the first tension spring biasing the locking member down to an unlocking position, or to hook the top member to further ensure the locking position;
wherein the base member comprises a bracket, and a lid mounted to the bracket, a first tab and a second tab extend up from a front side of the bracket, the locking member further comprises a locating part at a bottom thereof, for being located between the first and second tabs, the first tab comprises a slanting surface at a side thereof facing the second tab, for the locating part of the locking member moving upward therealong.
7. The foldable device as claimed in claim 6, wherein the locking member still further comprises a hook at a top thereof, the lid defines an opening in a front side thereof, for the hook of the locking member passing through.
8. The foldable device as claimed in claim 7, wherein a first end board extends down from the lid at an end of the opening, for restricting the locating part of the locking member when closing the top member.
9. The foldable device as claimed in claim 8, wherein a slanting guiding portion extends down from the lid at an opposite end of the opening and toward the first end board, for the hook of the locking member sliding therealong.
10. The foldable device as claimed in claim 7, wherein the top member comprises a bezel, and a cover mounted to the bezel, the bezel defines a through-hole in a front side thereof, for the hook of the locking member passing through and engaging with an edge surrounding the through-hole.
11. The foldable device as claimed in claim 10, further comprising an operating member being horizontally movably mounted to the top member to drive the locking member to move to disengage with the edge surrounding the through-hole, and a second tension spring connecting the top member and the operating member.
12. A foldable device, comprising:
a base member;
a top member, with one end thereof pivotably mounted to a corresponding end of the base member; and
a locking mechanism comprising:
a magnet mounted to the top member;
a locking member being slidably received in the base member, the locking member comprising a hook at a top thereof that is made of magnetic material, for being attracted up by the magnet, the hook engaging with the top member when the locking member is in a locking position; and
a first tension spring, with one end connected to the locking member, the other end connected to the base member, the first tension spring biasing the locking member down to an unlocking position, or to hook the top member to further ensure the locking position;
wherein the base member comprises a bracket, and a lid mounted to the bracket, a first tab and a second tab extend up from a front side of the bracket, the locking member further comprises a locating part at a bottom thereof, for being located between the first and second tabs, the locking member still further comprises a hook at a top thereof, the lid defines an opening in a front side thereof, for the hook of the locking member passing through, a first end board extends down from the lid at an end of the opening, for restricting the locating part of the locking member when closing the top member.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. Coupling device, comprising:
an optical fiber holder having a top face, a bottom face, narrow side faces between said top face and said bottom face, with transition regions formed between each of said narrow side faces, and each of said top face and said bottom face, respectively, and intermediate faces formed in all four of said transition regions; and
a receptacle for receiving said holder along a longitudinal insertion direction, said receptacle having four resilient inside contact areas, each exerting a resilient force on a corresponding intermediate face of said holder.
2. The coupling device according to claim 1, wherein said holder has a substantially cuboid shape, and said intermediate faces are bevels formed along longitudinal edges defined by the cuboid shape.
3. The coupling device according to claim 1, wherein said contact areas are defined by a longitudinal V-shaped recess.
4. The coupling device according to claim 1, wherein said holder is a coupling unit of one of a multichannel transmitter module and receiver module.
5. The coupling device according to claim 1, wherein said holder is a coupling unit of a multichannel transceiver module.
6. The coupling device according to claim 1, wherein said receptacle forms a part of a coupling socket having an open side adapted to receive therein an optical fiber plug-in connector.
7. Coupling device, comprising:
an optical fiber holder having a top face, a bottom face, narrow side faces between said top face and said bottom face, with transition regions formed between said narrow side faces, and said top face and said bottom face, respectively, and intermediate faces formed in said transition regions;
a receptacle for receiving said holder along a longitudinal insertion direction, said receptacle having inside contact areas contacting said intermediate faces without play, said contact areas defined by a longitudinal V-shaped recess; and
two rails disposed in said receptacle, said rails each having two resiliently splayable limbs forming said V-shaped recess.
8. The coupling device according to claim 7, wherein said holder is a coupling unit of one of a multichannel transmitter module and receiver module.
9. The coupling device according to claim 7, wherein said holder is a coupling unit of a multichannel transceiver module.
10. The coupling device according to claim 7, wherein said receptacle forms a part of a coupling socket having an open side adapted to receive therein an optical fiber plug-in connector.
11. Coupling device, comprising:
an optical fiber holder having a top face, a bottom face, narrow side faces between said top face and said bottom face, with transition regions formed between said narrow side faces, and said top face and said bottom face, respectively. and intermediate faces formed in said transition regions;
a receptacle for receiving said holder along a longitudinal insertion direction, said receptacle having inside contact areas contacting said intermediate faces without play, said contact areas defined by a longitudinal V-shaped recess; and
a rail disposed in said receptacle, said rail having two resiliently splayable limbs forming said V-shaped recess.
12. The coupling device according to claim 11, wherein said holder is a coupling unit of one of a multichannel transmitter module and receiver module.
13. The coupling device according to claim 11, wherein said holder is a coupling unit of a multichannel transceiver module.
14. The coupling device according to claim 11, wherein said receptacle forms a part of a coupling socket having an open side adapted to receive therein an optical fiber plug-in connector.
15. Coupling device, comprising:
an optical fiber holder having a top face, a bottom face, narrow side faces between said top face and said bottom face, with transition regions formed between said narrow side faces, and said top face and said bottom face, respectively, and intermediate faces formed in said transition regions; and
a receptacle for receiving said holder along a longitudinal insertion direction, said receptacle having inside contact areas contacting said intermediate faces without play, said contact areas defined by a longitudinal V-shaped recess formed between two limbs;
said contact surface formed from an at least partially plastically deformed section of said limb.
16. The coupling device according to claim 15, wherein said holder is a coupling unit of one of a multichannel transmitter module and receiver module.
17. The coupling device according to claims 15, wherein said holder is a coupling unit of a multichannel transceiver module.
18. The coupling device according to claim 15, wherein said receptacle forms a part of a coupling socket having an open side adapted to receive therein an optical fiber plug-in connector.