CN210396384U - Glass door handle lock with eccentric hand twisting device - Google Patents
Glass door handle lock with eccentric hand twisting device Download PDFInfo
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- CN210396384U CN210396384U CN201920892691.9U CN201920892691U CN210396384U CN 210396384 U CN210396384 U CN 210396384U CN 201920892691 U CN201920892691 U CN 201920892691U CN 210396384 U CN210396384 U CN 210396384U
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Abstract
The utility model discloses a glass door handle lock with eccentric hand twisting arrangement, a rotating shaft hole is eccentrically formed on a hand twisting seat, a hand twisting rotating shaft gasket is arranged in the rotating shaft hole, the hand twisting rotating shaft of the hand twisting passes through the gear connection of the hand twisting rotating shaft gasket and a linkage rod assembly, a pin rod hole is eccentrically formed on an outer connecting pipe sleeve in a through mode, one end of the pin rod passes through the eccentrically arranged pin rod hole on the outer connecting pipe sleeve and is in pin connection with a lock core rod of a lock core, and the hand twisting adopts the eccentric arrangement to ensure that the diameter of a handle pipe of the produced glass door handle lock is small and the whole body is light; a lock cylinder adapter is arranged between the outer connecting pipe sleeve and the lock cylinder pipe sleeve in the lower pipe body of the outer handle pipe, and different lock cylinders are installed in an adaptive mode through the lock cylinder adapter and are in pin joint with the pin rods, so that different lock cylinders can be installed in an adaptive mode; when the twisting rotating shaft of the twisting hand rotates, the twisting hand is positioned through the positioning ball, and the hand feeling is comfortable when the twisting hand is twisted; the bolt connecting rod of the linkage rod assembly is positioned by the positioning ball when moving up and down in the central hole of the bolt positioning block, and the bolt connecting rod is stable in stretching and retracting movement.
Description
Technical Field
The utility model belongs to the technical field of glass door handle lock, concretely relates to can ensure that the little glass door handle lock of twisting one's hand of handle pipe diameter of the glass door handle lock of producing adopts eccentric settings.
Background
The existing glass door handle lock is generally provided with a handle concentrically arranged on a handle pipe sleeve, which causes that the pipe diameter of the handle pipe sleeve is required to be larger during production, and further the pipe diameters of pipe fittings such as an inner handle pipe, an outer handle pipe and the like are correspondingly required to be larger, so that the glass door handle lock is heavy and not light; meanwhile, the existing glass door handle lock can only be matched with one lock cylinder generally, and different lock cylinders cannot be installed in a universal matching way; the hand of the wrench is poor in hand feeling and poor in comfort when being twisted; the telescopic movement of the bolt rod is not stable enough.
Disclosure of Invention
The utility model aims at providing a can ensure that the glass door handle lock's that produces handle pipe diameter is little, whole light and can the adaptation install different lock cores, turn round the hand and turn round the glass door handle lock of turning round hand eccentric settings who feels comfortable, the flexible activity of spring bolt connecting rod is steady.
In order to achieve the above purpose, the utility model adopts the following technical scheme:
a glass door handle lock with an eccentric handle comprises an outer handle tube, an inner handle tube, an outer connecting tube sleeve, an inner connecting tube sleeve, a lock cylinder tube sleeve, a handle twisting tube sleeve, a lock cylinder, a pin rod, a linkage rod assembly and a handle twisting assembly, wherein the outer connecting tube sleeve is respectively connected and arranged at the upper part and the lower part of the inner side of the outer handle tube, the inner connecting tube sleeve is respectively connected and arranged at the upper part and the lower part of the outer side of the inner handle tube, the outer connecting tube sleeve and the inner connecting tube sleeve are clamped and fixed at two sides of a glass door, the lock cylinder tube sleeve is connected and arranged at the lower part of the outer side of the outer handle tube and communicated with the outer connecting tube sleeve, the handle twisting tube sleeve is arranged in the lock cylinder tube sleeve, the linkage rod assembly is arranged in the inner handle tube, one end of the pin rod penetrates through the outer connecting tube sleeve at the lower part of the inner side of the outer handle tube and is connected with the lock cylinder by a pin, the other end of the pin rod penetrates through an inner connecting pipe sleeve at the lower part of the outer side of the inner handle pipe and is connected with a hand twisting component through a gear of a linkage rod component, the hand twisting component comprises a hand twisting part, a hand twisting rotating shaft gasket and a hand twisting seat, the hand twisting seat is installed in the hand twisting pipe sleeve, a rotating shaft hole is formed in the hand twisting seat in an eccentric mode, the hand twisting shaft gasket is installed in the rotating shaft hole, a hand twisting shaft of the hand twisting part penetrates through the gear connection of the hand twisting shaft gasket and the linkage rod component, a pin rod hole is formed in the outer connecting pipe sleeve in an eccentric mode in a penetrating mode, and one end of the pin rod penetrates through the pin rod hole formed in the outer connecting pipe sleeve in an eccentric mode.
Furthermore, a lock cylinder adapter is arranged in the lower pipe body of the outer handle pipe and between the outer connecting pipe sleeve and the lock cylinder pipe sleeve, a lock cylinder connecting square groove is longitudinally formed on one side of the lock cylinder adapter facing the lock cylinder pipe sleeve in a through mode, a first lock cylinder rod hole is horizontally formed on the bottom of the lock cylinder connecting square groove of the lock cylinder adapter in a through mode, first adapter mounting holes are formed in two sides of the lower portion of the first lock cylinder rod hole in a forming mode, a second adapter mounting hole is formed right above the first lock cylinder rod hole in a forming mode, a second lock cylinder rod hole is horizontally formed in a through mode and between the first lock cylinder rod hole and the second adapter mounting hole in the bottom of the lock cylinder adapter in the lock cylinder connecting square groove of the lock cylinder adapter in a forming mode, third adapter mounting holes are formed in two sides of the lower portion of the second lock cylinder rod hole in a forming mode, a fourth adapter mounting hole is formed right above the second adapter mounting hole in a forming mode, and a third lock cylinder rod hole is formed in a, the lower two sides of a third lock cylinder rod hole are provided with first 8-shaped holes in a forming mode, a fifth adaptor mounting hole is formed right above the third lock cylinder rod hole in a forming mode, the two sides of the lower portion of a pin rod hole of the outer connecting pipe sleeve are provided with second 8-shaped holes in a forming mode, the pin rod hole is aligned with the third lock cylinder rod hole, the second 8-shaped hole is aligned with the first 8-shaped hole, the first lock cylinder rod hole or the second lock cylinder rod hole is aligned with the third lock cylinder rod hole, a fastening screw is connected to the second 8-shaped hole and the first 8-shaped hole and penetrates through the first adaptor mounting hole or the third adaptor mounting hole of the lock cylinder adaptor to be fixedly connected with the lock cylinder fastening holes in the two sides of the lower portion of the lock cylinder rod, the second adaptor mounting hole or the fourth adaptor mounting hole is aligned with the fifth adaptor mounting hole and is fixedly connected with the lock cylinder rod, and the lock cylinder rod penetrates through the third lock cylinder rod hole to be in the pin rod hole after penetrating through the first lock cylinder rod hole.
Further, it has a pair of first positioning pit to indent the shaping symmetrically on the outer wall of its wrench of wrench pivot, and it has a first spring mounting hole to shape with pivot hole intercommunication ground on the outer wall of wrench seat, installs the location ball from inside to outside in the first spring mounting hole in proper order, expanding spring and spring set screw, and location ball fixed connection is on the first positioning pit of wrench pivot, and spring set screw fastening connection installs location ball and expanding spring fixed position on the outside drill way of first spring mounting hole in first spring mounting hole.
Furthermore, a second positioning pit and a third positioning pit are concavely formed on the outer wall of a bolt connecting rod of the linkage rod assembly, a second spring mounting hole is formed on the outer wall of a bolt positioning block and communicated with a central hole of the bolt positioning block, the lower end of the bolt connecting rod penetrates through the central hole of the bolt positioning block and is connected with a push-pull rod, the push-pull rod is hinged on the vertex angle of a reverse locking triangular plate, the bottom angle of one side of the reverse locking triangular plate is hinged with a positioning strip on the bolt positioning block, the bottom angle of the other side of the reverse locking triangular plate is hinged with the linkage rod, and positioning balls are sequentially arranged in the second spring mounting hole from inside to outside, the spring positioning screw is fixedly connected with an outer hole of the second spring mounting hole to position and mount the positioning ball and the telescopic spring in the second spring mounting hole.
Furthermore, a ball pushing block is arranged between the positioning ball and the telescopic spring, one end of the ball pushing block is connected to the telescopic spring, and the other end of the ball pushing block is in contact with the spherical wall of the positioning ball.
The utility model discloses following beneficial effect has:
the utility model relates to a glass door handle lock with eccentric twist knob, a knob seat is eccentrically provided with a rotating shaft hole, a knob rotating shaft washer is arranged in the rotating shaft hole, the knob rotating shaft of the knob penetrates through the knob rotating shaft washer and is connected with a gear of a linkage rod component, an outer connecting pipe sleeve is eccentrically communicated with a pin rod hole, one end of the pin rod penetrates through the eccentrically arranged pin rod hole of the outer connecting pipe sleeve and is connected with a lock core rod pin of a lock core, and the knob adopts eccentric setting to ensure that the diameter of a handle pipe of the produced glass door handle lock is small and the whole body is light; a lock cylinder adapter is arranged between the outer connecting pipe sleeve and the lock cylinder pipe sleeve in the lower pipe body of the outer handle pipe, different lock cylinders can be installed in an adaptive mode through the lock cylinder adapter and are in pin joint with the pin rods, and different lock cylinders can be installed in an adaptive mode; when the twisting rotating shaft of the twisting hand rotates, the twisting hand can be positioned through the positioning ball, and the hand feel is comfortable when the twisting hand is twisted; the bolt connecting rod of the linkage rod assembly can be positioned by the positioning ball when moving up and down in the central hole of the bolt positioning block, and the bolt connecting rod can stably stretch and move.
Drawings
FIG. 1 is a schematic view of an overall assembly structure of a glass door handle lock with an eccentric knob;
FIG. 2 is a schematic view of an explosion structure of the glass door handle lock with eccentric knob;
FIG. 3 is an exploded view of a knob assembly of the eccentric knob glass door handle lock of the present invention;
FIG. 4 is a schematic view of the installation structure of the lock core adaptor of the glass door handle lock with eccentric handle;
FIG. 5 is a schematic view of the installation structure of the lock cylinder adapter of the glass door handle lock with eccentric handle set according to the present invention at another angle;
fig. 6 is a schematic view of the installation structure of the bolt and the connecting rod of the linkage rod assembly of the glass door handle lock with eccentric handle.
In the figure: 1. an outer handle tube; 2. an inner handle tube; 3. an outer connecting pipe sleeve; 4. an inner connecting pipe sleeve; 5. a lock cylinder sleeve; 6. twisting a glove sleeve; 7. a lock cylinder; 8. a pin rod; 9. a link rod assembly; 10. a handle twisting component; 11. a lock cylinder adapter; 10a, twisting hands; 10b, a hand-twisting rotating shaft gasket; 10c, a handle seat; 10d, twisting a hand rotating shaft; 10e, a first positioning pit; 10f, a rotating shaft hole; 10g, a first spring mounting hole; 101. a third plug spindle bore; 102. a first 8-shaped hole; 103. a fifth adaptor mounting hole; 111. the lock core is connected with the square groove; 112. a first plug spindle bore; 113. a first adaptor mounting hole; 114. a second adaptor mounting hole; 115. a second plug spindle bore; 116. a third adaptor mounting hole; 117. a fourth adaptor mounting hole; 120. a positioning ball; 121. a tension spring; 122. a spring set screw; 123. a ball plunger; 31. a pin hole; 32. a second 8-shaped hole; 33. fastening screws; 71. a lock cylinder rod; 72. a lock cylinder fastening hole; 91. a gear; 92. a linkage rod; 93. a lock tongue positioning block; 94. a positioning bar; 95. a push-pull rod; 96. locking the triangular plate reversely; 97. a bolt link; 93a, a second spring mounting hole; 97a, a second positioning pit; 97b, third positioning pocket.
Detailed Description
The invention will be further described with reference to the accompanying drawings and specific embodiments so as to more clearly understand the technical idea claimed in the invention.
As shown in fig. 1-6, the utility model relates to a glass door handle lock with eccentric handle, which comprises an outer handle tube 1, an inner handle tube 2, an outer connecting tube sleeve 3, an inner connecting tube sleeve 4, a lock cylinder tube sleeve 5, a handle sleeve 6, a lock cylinder 7, a pin rod 8, a linkage rod assembly 9 and a handle assembly 10, wherein the outer connecting tube sleeve 3 is respectively connected and arranged at the upper and lower parts of the inner side of the outer handle tube 1, the inner connecting tube sleeve 4 is respectively connected and arranged at the upper and lower parts of the outer side of the inner handle tube 2, the outer connecting tube sleeve 3 and the inner connecting tube sleeve 4 are clamped and fixed at both sides of the glass door, the lock cylinder tube sleeve 5 is connected and arranged at the lower part of the outer side of the outer handle tube 1 and communicated with the outer connecting tube sleeve 3, the handle tube sleeve 6 is connected and arranged at the lower part of the inner side of the inner handle tube 2 and communicated with the inner connecting tube sleeve 4, the lock cylinder 7 is arranged in the lock cylinder tube sleeve 5, the handle assembly 10 is arranged in the, one end of a pin rod 8 penetrates through an outer connecting pipe sleeve 3 at the lower part of the inner side of an outer handle pipe 1 and is in pin joint with a lock cylinder 7, the other end of the pin rod 8 penetrates through an inner connecting pipe sleeve 4 at the lower part of the outer side of an inner handle pipe 2 and is connected with a knob assembly 10 through a gear 91 of a linkage rod assembly 9, the knob assembly 10 comprises a knob 10a, a knob rotating shaft gasket 10b and a knob seat 10c, the knob seat 10c is installed in the knob pipe sleeve 6, a rotating shaft hole 10f is eccentrically formed in the knob seat 10c, the knob rotating shaft gasket 10b is installed in the rotating shaft hole 10f, a knob rotating shaft 10b of the knob 10a penetrates through the knob rotating shaft gasket 10b and is connected with the gear 91 of the linkage rod assembly 9, a pin rod hole 31 is eccentrically formed in the outer connecting pipe sleeve 3 in a penetrating mode, and one end of the pin rod 8 penetrates through the eccentrically arranged pin rod hole 31 in the outer connecting pipe sleeve 3 and is in pin joint with a lock core.
Wherein, a lock cylinder adapter 11 is arranged in the lower pipe body of the outer handle pipe 1 between the outer connecting pipe sleeve 3 and the lock cylinder pipe sleeve 5, a lock cylinder connecting square groove 111 is longitudinally formed on one side of the lock cylinder adapter 11 facing the lock cylinder pipe sleeve 5 in a through manner, a first lock cylinder hole 112 is horizontally formed on the bottom of the lock cylinder connecting square groove 111 of the lock cylinder adapter 11 in a through manner, first adapter mounting holes 113 are formed on two lower sides of the first lock cylinder hole 112 in a through manner, a second adapter mounting hole 114 is formed right above the first lock cylinder hole 112, a second lock cylinder rod hole 115 is horizontally formed between the first lock cylinder hole 112 and the second adapter mounting hole 114 in a through manner on the bottom of the lock cylinder adapter 111 of the lock cylinder adapter 11, third adapter mounting holes 116 are formed on two lower sides of the second lock cylinder rod hole 115, and a fourth adapter mounting hole 117 is formed right above the second adapter mounting hole 114, a third lock cylinder rod hole 101 is formed in the pipe wall of one side of the lower portion of the outer handle pipe 1 facing the outer connecting pipe sleeve 3, first 8-shaped holes 102 are formed in two sides of the lower portion of the third lock cylinder rod hole 101, a fifth adapter mounting hole 103 is formed right above the third lock cylinder rod hole 101, second 8-shaped holes 32 are formed in two sides of the lower portion of the pin rod hole 31 of the outer connecting pipe sleeve 3, the pin rod hole 31 is aligned with the third lock cylinder rod hole 101, the second 8-shaped hole 32 is aligned with the first 8-shaped hole 102, the first lock cylinder rod hole 112 or the second lock cylinder rod hole 115 is aligned with the third lock cylinder rod hole 101, a fastening screw 33 is connected to the second 8-shaped hole 32 and the first 8-shaped hole 102 and penetrates through the first adapter mounting hole 113 or the third adapter mounting hole 116 of the lock cylinder adapter 11 and is fastened to the lock cylinder fastening holes 72 in two sides of the lower portion of the lock cylinder core rod 71 of the lock cylinder 7, and the second adapter mounting hole 114 or the fourth adapter mounting hole 117 is fastened to the fifth adapter mounting hole 103, the cylinder rod 71 passes through the first cylinder rod hole 112 or the second cylinder rod hole 115 and then passes through the third cylinder rod hole 101 to be pinned with the pin 8 in the pin rod hole 31.
The outer wall of a handle rotating shaft 10d of the handle 10a is symmetrically concavely formed with a pair of first positioning concave pits 10e, the outer wall of a handle seat 10c is formed with a first spring mounting hole 10g communicated with the rotating shaft hole 10f, a positioning ball 120, an expansion spring 121 and a spring positioning screw 122 are sequentially mounted in the first spring mounting hole 10g from inside to outside, the positioning ball 120 is fixedly connected to the first positioning concave pits 10e of the handle rotating shaft 10d, and the spring positioning screw 122 is fixedly connected to an outer side hole opening of the first spring mounting hole 10g to fixedly mount the positioning ball 120 and the expansion spring 121 in the first spring mounting hole 10 g.
A second positioning pit 97a and a third positioning pit 97b are concavely formed on the outer wall of a bolt connecting rod 97 of the linkage rod assembly 9, a second spring mounting hole 93a is formed on the outer wall of a bolt positioning block 93 in a communicating manner with the center hole of the bolt positioning block, the lower end of the bolt connecting rod 97 penetrates through the center hole of the bolt positioning block 93 to be connected with a push-pull rod 95, the push-pull rod 95 is hinged to the top corner of a reverse locking triangular plate 96, the bottom corner of one side of the reverse locking triangular plate 96 is hinged to a positioning strip 94 on the bolt positioning block 93, the bottom corner of the other side of the reverse locking triangular plate 96 is hinged to a linkage rod 92, a positioning ball 120, an expansion spring 121 and a spring positioning screw 122 are sequentially installed in the second spring mounting hole 93a from inside to outside, the positioning ball 120 is in positioning connection with the second positioning pit 97a or the third positioning pit 97b on the outer wall of the bolt connecting rod 97, and the spring positioning screw 122 is tightly connected to the outer side hole of the second spring mounting 93 a.
More specifically, a ball pushing block 123 is installed between the positioning ball 120 and the extension spring 121, one end of the ball pushing block 123 is connected to the extension spring 121, and the other end of the ball pushing block 123 contacts with the spherical wall of the positioning ball 120, which can help the extension spring 121 to push the positioning ball 120 better.
The utility model relates to a turn round glass door handle lock of eccentric setting of hand, it turns round to set up the shaping eccentrically on hand seat 10c and has pivot hole 10f, turn round hand pivot packing ring 10b and install in pivot hole 10f, turn round hand pivot 10b of hand 10a and pass the gear 91 that turns round hand pivot packing ring 10b and gangbar subassembly 9 and connect, it has pin rod hole 31 to link up the shaping eccentrically on the outer connecting tube cover 3, pin rod 8's one end is passed on outer connecting tube cover 3 pin rod hole 31 of eccentric setting and the lock pin pole 71 pin joint of lock core 7, it is little, wholly light to turn round hand 10a and adopt eccentric setting to ensure the handle pipe diameter of the glass door handle lock of producing. A lock cylinder adapter 11 is arranged between an outer connecting pipe sleeve 3 and a lock cylinder pipe sleeve 5 in the lower pipe body of an outer handle pipe 1, when a first lock cylinder rod hole 112 and a third lock cylinder rod hole 101 of the lock cylinder adapter 11 are aligned, a fastening screw 33 is connected to a second 8-shaped hole 32 and a first 8-shaped hole 102 and penetrates through a first adapter mounting hole 113 of the lock cylinder adapter 11 to be fastened and connected with lock cylinders 72 on two sides of the lower part of a lock cylinder 71 of a lock cylinder 7, a second adapter mounting hole 114 is aligned and fastened and connected with a fifth adapter mounting hole 103, and the lock cylinder 71 penetrates through the first lock cylinder rod hole 112 and then penetrates through the third lock cylinder rod hole 101 to be in pin connection with a pin rod 8 in the pin rod hole 31; when a second lock cylinder rod hole 115 of the lock cylinder adapter 11 is aligned with a third lock cylinder rod hole 101, a fastening screw 33 is connected to the second 8-shaped hole 32 and the first 8-shaped hole 102 and penetrates through a third adapter mounting hole 116 of the lock cylinder adapter 11 to be fastened with lock cylinder fastening holes 72 on two sides of the lower part of a lock cylinder 71 of the lock cylinder 7, a fourth adapter mounting hole 117 is aligned with and fastened with a fifth adapter mounting hole 103, and the lock cylinder 71 penetrates through the second lock cylinder rod hole 115 and then penetrates through the third lock cylinder rod hole 101 to be in pin connection with a pin rod 8 in the pin rod hole 31; different lock cylinders 7 can be installed in a matched mode through the lock cylinder adapter 11 and connected with the pin rods 8 in a pin mode, different lock cylinders 7 can be installed in a matched mode, and the difference of the different lock cylinders 7 lies in the difference of the height distances between the lock cylinder core 71 and the lock cylinder fastening hole 72; when the twisting rotating shaft 10d of the twisting hand 10a rotates, the positioning ball 120 can be used for positioning, and the twisting hand 10a is comfortable in twisting hand feeling; when the bolt connecting rod 97 of the linkage rod assembly 9 moves up and down in the central hole of the bolt positioning block 93, the bolt connecting rod 97 can be positioned through the positioning ball 120, and the bolt connecting rod 97 can stably stretch and move.
Various other changes and modifications may be made by those skilled in the art based on the above-described technical solutions and concepts, and all such changes and modifications should fall within the scope of the present invention.
Claims (5)
1. A glass door handle lock with an eccentric handle comprises an outer handle pipe (1), an inner handle pipe (2), an outer connecting pipe sleeve (3), an inner connecting pipe sleeve (4), a lock cylinder pipe sleeve (5), a handle twisting pipe sleeve (6), a lock cylinder (7), a pin rod (8), a linkage rod assembly (9) and a handle twisting assembly (10), wherein the outer connecting pipe sleeve (3) is respectively connected and arranged at the upper and lower parts of the inner side of the outer handle pipe (1), the inner connecting pipe sleeve (4) is respectively connected and arranged at the upper and lower parts of the outer side of the inner handle pipe (2), the outer connecting pipe sleeve (3) and the inner connecting pipe sleeve (4) are fixedly clamped on two sides of a glass door, the lock cylinder pipe sleeve (5) is connected and arranged at the lower part of the outer side of the outer handle pipe (1) and communicated with the outer connecting pipe sleeve (3), the handle twisting pipe sleeve (6) is connected and arranged at the lower part of the inner side of the inner handle pipe (2) and communicated with the inner connecting, lock core (7) are installed in lock core pipe box (5), turn round hand subassembly (10) and install in turning round hand pipe box (6), link bar subassembly (9) are installed in interior handle pipe (2), the outer connecting pipe box (3) and lock core (7) pin joint of its inboard lower part of outer handle pipe (1) are passed to the one end of pin rod (8), the other end of pin rod (8) is passed in handle pipe (2) its outside lower part in connect pipe box (4) and are connected through gear (91) and the turn round hand subassembly (10) of link bar subassembly (9), its characterized in that: the wrench assembly (10) comprises a wrench (10a), a wrench rotating shaft gasket (10b) and a wrench seat (10c), the wrench seat (10c) is installed in the wrench pipe sleeve (6), a rotating shaft hole (10f) is formed in the wrench seat (10c) in an eccentric mode, the wrench rotating shaft gasket (10b) is installed in the rotating shaft hole (10f), a wrench rotating shaft (10d) of the wrench (10a) penetrates through the wrench rotating shaft gasket (10b) and is connected with a gear (91) of the linkage rod assembly (9), a pin rod hole (31) is formed in the outer connecting pipe sleeve (3) in an eccentric mode, and one end of a pin rod (8) penetrates through the pin rod hole (31) formed in the outer connecting pipe sleeve (3) in an eccentric mode and is in pin connection with a lock core rod (71) of the lock core (7).
2. The twist-off-center glass door handle lock of claim 1, wherein: a lock cylinder adapter (11) is arranged in the lower pipe body of the outer handle pipe (1) and positioned between the outer connecting pipe sleeve (3) and the lock cylinder pipe sleeve (5), a lock cylinder connecting square groove (111) is formed in the lock cylinder adapter (11) in a manner of longitudinally penetrating towards one side of the lock cylinder pipe sleeve (5), a first lock cylinder rod hole (112) is horizontally formed in the groove bottom of the lock cylinder connecting square groove (111) of the lock cylinder adapter (11) in a penetrating manner, first adapter mounting holes (113) are formed in two sides of the lower part of the first lock cylinder rod hole (112), a second adapter mounting hole (114) is formed right above the first lock cylinder rod hole (112), a second lock cylinder rod hole (115) is formed in the groove bottom of the lock cylinder adapter (11) in a manner of horizontally penetrating between the first lock cylinder rod hole (112) and the second adapter mounting hole (114), and third adapter mounting holes (116) are formed in two sides of the lower part of the second lock cylinder rod hole (115), a fourth adapter mounting hole (117) is formed right above the second adapter mounting hole (114), a third lock cylinder rod hole (101) is formed in the pipe wall of one side, facing the outer connecting pipe sleeve (3), of the lower portion of the outer handle pipe (1), a first 8-shaped hole (102) is formed in the two sides of the lower portion of the third lock cylinder rod hole (101), a fifth adapter mounting hole (103) is formed right above the third lock cylinder rod hole (101), a second 8-shaped hole (32) is formed in the two sides of the lower portion of the pin rod hole (31) of the outer connecting pipe sleeve (3), the pin rod hole (31) is aligned with the third lock cylinder rod hole (101), the second 8-shaped hole (32) is aligned with the first 8-shaped hole (102), the first lock cylinder rod hole (112) or the second lock cylinder rod hole (115) is aligned with the third lock cylinder rod hole (101), and a fastening screw (33) is connected to the second 8-shaped hole (32) and the first 8-shaped hole (102) and penetrates through the first adapter mounting hole (11) The hole (113) or the third adapter mounting hole (116) is fixedly connected with lock cylinder fastening holes (72) on two sides of the lower part of a lock cylinder (7) lock cylinder rod (71), the second adapter mounting hole (114) or the fourth adapter mounting hole (117) is aligned and fixedly connected with the fifth adapter mounting hole (103), and the lock cylinder rod (71) penetrates through the first lock cylinder rod hole (112) or the second lock cylinder rod hole (115) and then penetrates through the third lock cylinder rod hole (101) to be in pin joint with a pin rod (8) in the pin rod hole (31).
3. The twist-off-center glass door handle lock of claim 1, wherein: the outer wall of a twisting rotating shaft (10d) of the twisting hand (10a) is symmetrically concavely formed with a pair of first positioning pits (10e), the outer wall of a twisting seat (10c) is formed with a first spring mounting hole (10g) in a communicated manner with the rotating shaft hole (10f), a positioning ball (120), an expansion spring (121) and a spring positioning screw (122) are sequentially mounted in the first spring mounting hole (10g) from inside to outside, the positioning ball (120) is fixedly connected to the first positioning pit (10e) of the twisting rotating shaft (10d), and the spring positioning screw (122) is fixedly connected to an outer side hole opening of the first spring mounting hole (10g) to position and mount the positioning ball (120) and the expansion spring (121) in the first spring mounting hole (10 g).
4. The twist-off-center glass door handle lock of claim 1, wherein: a second positioning pit (97a) and a third positioning pit (97b) are concavely formed on the outer wall of a bolt connecting rod (97) of the linkage rod assembly (9), a second spring mounting hole (93a) is formed on the outer wall of a bolt positioning block (93) in communication with the central hole of the bolt positioning block, the lower end of the bolt connecting rod (97) penetrates through the central hole of the bolt positioning block (93) to be connected with a push-pull rod (95), the push-pull rod (95) is hinged to the top corner of a reverse locking triangular plate (96), the bottom corner of one side of the reverse locking triangular plate (96) is hinged to a positioning strip (94) on the bolt positioning block (93), the bottom corner of the other side of the reverse locking triangular plate (96) is hinged to a linkage rod (92), a positioning ball (120), a telescopic spring (121) and a spring positioning screw (122) are sequentially installed in the second spring mounting hole (93a) from inside to outside, the positioning ball (120) is in positioning connection with the second positioning pit (97a) or the third positioning pit (97b) on the outer wall of, a spring positioning screw (122) is tightly connected to the outer side hole of the second spring mounting hole (93a) to position and mount the positioning ball (120) and the telescopic spring (121) in the second spring mounting hole (93 a).
5. A twist-off-center glass door handle lock as claimed in claim 3 or 4, wherein: a ball pushing block (123) is arranged between the positioning ball (120) and the telescopic spring (121), one end of the ball pushing block (123) is connected to the telescopic spring (121), and the other end of the ball pushing block (123) is in contact with the spherical wall of the positioning ball (120).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920892691.9U CN210396384U (en) | 2019-06-14 | 2019-06-14 | Glass door handle lock with eccentric hand twisting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920892691.9U CN210396384U (en) | 2019-06-14 | 2019-06-14 | Glass door handle lock with eccentric hand twisting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210396384U true CN210396384U (en) | 2020-04-24 |
Family
ID=70349050
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920892691.9U Active CN210396384U (en) | 2019-06-14 | 2019-06-14 | Glass door handle lock with eccentric hand twisting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN210396384U (en) |
-
2019
- 2019-06-14 CN CN201920892691.9U patent/CN210396384U/en active Active
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