IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0859975
(2018-01-02)
|
등록번호 |
US-10233676
(2019-03-19)
|
우선권정보 |
TW-106201629 U (2017-01-26) |
발명자
/ 주소 |
|
출원인 / 주소 |
|
대리인 / 주소 |
Muncy, Geissler, Olds & Lowe, P.C.
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인용정보 |
피인용 횟수 :
0 인용 특허 :
7 |
초록
▼
A connection lock includes an adapting assembly including an outer sleeve and an adapting member, a first connecting member including a first outer tube and a first cable, a lock structure connected to the first cable, second connecting members each including a second outer tube and a second cable,
A connection lock includes an adapting assembly including an outer sleeve and an adapting member, a first connecting member including a first outer tube and a first cable, a lock structure connected to the first cable, second connecting members each including a second outer tube and a second cable, and engaging structures for anti-thefting of a 3C product. The first outer tube is connected with the outer sleeve, and the first cable is connected to the adapting member. The lock structure is movable to a locked position or an unlocked position. Each second outer tube is connected with the outer sleeve, and each second cable is connected to the adapting member. Each engaging structure is connected to one said second cable and movable between an engaged position and a released position so that each engaging structure, the adapting member and the lock structure are comovable.
대표청구항
▼
1. A connection lock, including: an adapting assembly, defining a first direction and a second direction which is opposite to the first direction, including an outer sleeve and an adapting member which is slidably arranged in the outer sleeve;a first connecting member, including a first outer tube a
1. A connection lock, including: an adapting assembly, defining a first direction and a second direction which is opposite to the first direction, including an outer sleeve and an adapting member which is slidably arranged in the outer sleeve;a first connecting member, including a first outer tube and a first cable which is slidably disposed through the first outer tube, one of two ends of the first outer tube being disposed to one of two ends of the outer sleeve along the first direction, one of two ends of the first cable being connected to one of two ends of the adapting member along the first direction;a lock structure, connected to another one of the two ends of the first cable opposite to the adapting member so that the adapting member is comovable with the lock structure, when the lock structure moves toward one of the first direction and the second direction, the lock structure is on a locked position; when the lock structure moves toward the other of the first direction and the second direction, the lock structure is on an unlocked position;at least two second connecting members, each said second connecting member including a second outer tube and a second cable which is slidably disposed through the second outer tube, one of two ends of each said second outer tube being disposed to one of the two ends of the outer sleeve along the second direction, one of two ends of each said second cable being connected to one of the two ends of the adapting member along the second direction;at least two engaging structures, each said engaging structure being connected to one of the two ends of one said second cable along the second direction and movable between an engaged position and a released position so that each said engaging structure, the adapting member and the lock structure are comovable, each said engaging structure for being inserted in an anti-theft hole of a 3C product;wherein when the lock structure moves toward one of the first direction and the second direction, each said engaging structure is movable to be on the engaged position or the released position. 2. The connection lock of claim 1, wherein when the lock structure moves to the locked position, the first cable drives each said engaging structure to move to the released position, each said engaging structure is engagingly positioned by a hole edge of one said anti-theft hole; when the lock structure moves to the unlocked position, the first cable drives each said engaging structure to move to the engaged position, and each said engaging structure is non-engaged with the hole edge of one said anti-theft hole. 3. The connection lock of claim 2, wherein one of the two ends of the outer sleeve has a receiving space along the first direction, and the adapting member is slidably arranged in the receiving space. 4. The connection lock of claim 3, wherein one of the two ends of the outer sleeve has at least two assembling holes along the second direction which correspond to a number of the at least two second connecting members, a bottom portion of each said assembling hole has a radially-narrowed hole which communicates with the receiving space, one of two ends of each said second outer tube is inserted into one said assembling hole, and each said second cable is disposed through one said radially-narrowed hole to be connected to the adapting member. 5. The connection lock of claim 3, wherein the outer sleeve further has a cover, the cover covers an opening of the receiving space, the first outer tube is inserted in the cover, and the first cable is disposed through the cover to be connected to the adapting member. 6. The connection lock of claim 2, wherein each said engaging structure includes a shell, an actuating member, two engaging members and an elastic assembly, one of the two ends of each said second outer tube opposite to the adapting member is inserted in one said shell, each said actuating member is slidably arranged on one said shell and connected to one said second cable to make the actuating member and the lock structure comove with each other, each said actuating member is movable toward the released position on the first direction and toward the engaged position on the second direction, each said actuating member is located between the two engaging members and one said second cable, the two engaging members are swingable relative to each other, the two engaging members are disposed in the shell for being inserted in the anti-theft hole of one said 3C product, and each said elastic assembly is disposed in the shell and abuts against the two engaging members normally to make engaging ends of the two engaging members which are remote from the second cable have a tendency to move away from each other; wherein when the lock structure moves to the locked position, the second cable drives each said actuating member to move to the released position, each said actuating member non-abuts against one of two ends of the two engaging members which are near the adapting member, and the engaging ends of the two engaging members move away from each other and engagingly positioned by the hole edge of one said anti-theft hole; when each said actuating member moves to the engaged position, and the lock structure moves to the unlocked position, each said actuating member abuts against the two engaging members to make the engaging ends of the two engaging members move toward each other and non-abut against the hole edge of one said anti-theft hole. 7. The connection lock of claim 6, wherein each of the two engaging members of each said engaging structure further has a pivot portion, the two pivot portions are pivoted to the shell, one of the two ends of each said engaging member which is near the adapting member has a driving end, and the pivot portion is located between the engaging end and the driving end. 8. The connection lock of claim 7, wherein each said elastic assembly includes two elastic members, the two elastic members are disposed in the shell, and one of two ends of the two elastic members respectively abut against the driving ends of the two engaging members to make the driving ends of the two engaging members have a tendency to move toward each other. 9. The connection lock of claim 1, further including a lock, the lock disposed on one of the two ends of the first outer tube along the first direction, when the lock structure is on the locked position, the lock optionally positions the lock structure. 10. The connection lock of claim 9, wherein the lock has a position-restricting member, the position-restricting member is slidable between a third position and a fourth position, the position-restricting member has a position-restricting hole and an expanded portion communicated with and wider than the position-restricting hole, the lock structure includes a head portion and a neck portion which has a smaller diameter than the head portion does, the expanded portion is greater than the head portion in radial dimension, the position-restricting hole is greater than the neck portion but smaller than the head portion in radial dimension, when the position-restricting member is on the third position, the lock structure corresponds to the expanded portion and is movable to be on the locked position and the unlocked position; when the position-restricting member is on the fourth position, and the lock structure is on the locked position, the position-restricting hole is engaged with the neck portion to make the lock structure unmovable to be on the unlocked position. 11. The connection lock of claim 10, wherein the lock further has a locking member, the locking member includes a keyhole and a rotating member, the rotating member has a protrusive block, the position-restricting member further has a slide hole, the protrusive block is slidably inserted in the slide hole, and when the rotating member rotates, the protrusive block drives the position-restricting member to slide between the third position and the fourth position. 12. The connection lock of claim 8, wherein one of the two ends of the outer sleeve has a receiving space along the first direction, and the adapting member is slidably arranged in the receiving space; one of the two ends of the outer sleeve has at least two assembling holes along the second direction which correspond to a number of the at least two second connecting members, a bottom portion of each said assembling hole has a radially-narrowed hole which communicates with the receiving space, one of two ends of each said second outer tube is inserted into one said assembling hole, and each said second cable is disposed through one said radially-narrowed hole to be connected to the adapting member; the outer sleeve further has a cover, the cover covers an opening of the receiving space, the first outer tube is inserted in the cover, and the first cable is disposed through the cover to be connected to the adapting member; the connection lock further includes a lock, the lock is disposed on one of the two ends of the first outer tube along the first direction, and when the lock structure is on the locked position, the lock optionally positions the lock structure; the lock has a position-restricting member, the position-restricting member is slidable between a third position and a fourth position, the position-restricting member has a position-restricting hole and an expanded portion communicated with and wider than the position-restricting hole, the lock structure includes a head portion and a neck portion which has a smaller diameter than the head portion does, the expanded portion is greater than the head portion in radial dimension, the position-restricting hole is greater than the neck portion but smaller than the head portion in radial dimension, when the position-restricting member is on the third position, the lock structure corresponds to the expanded portion and is movable to be on the locked position and the unlocked position; when the position-restricting member is on the fourth position, and the lock structure is on the locked position, the position-restricting hole is engaged with the neck portion to make the lock structure unmovable to be on the unlocked position; the lock further has a locking member, the locking member includes a keyhole and a rotating member, the rotating member has a protrusive block, the position-restricting member further has a slide hole, the protrusive block is slidably inserted in the slide hole, and when the rotating member rotates, the protrusive block drives the position-restricting member to slide between the third position and the fourth position.
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