CN104389464A - Lock hole-free circular arc lock for glass door - Google Patents
Lock hole-free circular arc lock for glass door Download PDFInfo
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- CN104389464A CN104389464A CN201410524106.1A CN201410524106A CN104389464A CN 104389464 A CN104389464 A CN 104389464A CN 201410524106 A CN201410524106 A CN 201410524106A CN 104389464 A CN104389464 A CN 104389464A
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Abstract
The invention discloses a lock hole-free circular arc lock for a glass door. The lock is characterized in that the door can be selectively closed to be locked or manually locked. After the door is locked by the lock, a circular arc bolt rotates by 180 degrees for locking, a circular arc lock body and a lock catch are connected through a circular arc, and cannot be pried, and the use of a mechanical lock head is avoided, so that the prying and impact-resisting strength of the door with the lock is extremely strong, and the probability of lock picking and technical unlocking of a criminal is avoided; electric control unlocking modes such as a remote control unlocking mode, a mobile phone unlocking mode, a fingerprint unlocking mode, an IC (integrated card) unlocking mode and an ID (Identity) card unlocking mode are adopted, and a set of indoor manual operation locking and unlocking mode is also adopted; a master-slave multi-unit communication network system and a wireless link control system such as a mobile phone are adopted, and door lock using information, alarming information and audio and video information are displayed and recorded on a set computer and the mobile phone, so that the system is endowed with functions of timely discovery, emergency processing, normal use, recording at any times, query and evidence taking for decision; the lock is applied to a frameless glass door and an interior door as well as a safety door.
Description
Technical field
The present invention relates to electric control lockset technical field, particularly relate to a kind of glass door Intelligent electrical machine lock.
Background technology
In existing frameless glass door electromechanical locks, only has two buttress shaft straight cutting tapered end, circular arc is not had to lock, once force open the door, two buttress shaft straight cutting lock just can only open the door, and circular arc lock lock body and snap close circular sliding slopes are prized not open, door interlock switch information is not associated with portable computer by existing frameless glass door electromechanical locks on the other hand, these design defect easily make criminal's picking lock enter the room, and cause economic loss, cause unharmonious factor to society to user.
Summary of the invention
Object of the present invention will overcome above-mentioned the deficiencies in the prior art part exactly, thus proposition one is locked without lockhole glass door circular arc.
The present invention for achieving the above object technical scheme is: a kind of without lockhole glass door circular arc lock, comprises master lock body, auxiliary lock body, door state sensing unit and circular arc dead bolt state sensing unit and wiring board, circular arc bolt component, fork assembly, manually to unblank assembly, transmission component, micromachine, reserve battery, master lock body case and supporting frame component, auxiliary lock body shell and supporting frame component, card reader assembly, auxiliary lock body decorative components, multi-systematic control circuit etc., master lock body is fixed on inside the U-shaped supporting frame of glass door, card reader assembly is fixed on outside the U-shaped supporting frame of glass door, auxiliary lock body is fixed on inside the U-shaped supporting frame of another fan glass door, auxiliary lock body decorative components is fixed on outside the U-shaped supporting frame of another fan glass door, the erecting of panel of master lock body is fixed on master lock body design attitude, door state sensing unit and circular arc dead bolt state sensing unit and wiring board, circular arc bolt component, fork assembly, manually to unblank assembly, transmission component, micromachine, reserve battery is fixed on design attitude in master lock body, the upper cover of master lock body is fixed on lock housing body design attitude with 10 size design screws, assembly location pedestal of manually unblanking is fixed on the design attitude of upper cover, the supporting shell of master lock body case and special frame assembly is arranged on the design attitude of master lock body, be fixed on lock housing body design attitude with 5 design screws, auxiliary lock body shell is fixed on the design attitude of auxiliary lock body, and multi-systematic control circuit has the main computer unit in slave Multi computer communication network system, wireless-link system control unit, setting mobile module unit, audio frequency and video unit, alarm unit, power subsystem, main computer unit comprises special single-chip microcomputer, setting recording memory cell, with from machine communication interface, with host computer communication interface, with setting mobile module interface, audio frequency and video input/output interface, the input of door state signal and circular arc dead bolt status signal, lock signal and unlocking signal input on motor, warning input/output interface, encrypting remote-control systematic connection interface, host computer is equipped with special monitoring and control management software and setting data storehouse, thus setting computer and setting mobile phone on show record preserve door lock use information, warning message and audio/video information, multi-systematic control circuit is arranged on external control cabinet, is generally arranged on the desired location of indoor wall, door state sensing unit and circular arc dead bolt state sensing unit and the door state sensing unit described in wiring board and circular arc dead bolt state sensing unit are all made up of permanent magnet and magneto sensor, door state permanent magnet is fixed on the design attitude of auxiliary lock body working panel, door state magneto sensor is arranged in the hole location of the corresponding master lock body setting working panel of door state permanent magnet, and the control circuit of wiring board comprises the appendent computer system in slave Multi computer communication network system, wireless-link system control unit, setting mobile module unit, electric-motor drive unit, door state sensing unit, circular arc dead bolt state sensing unit, audio frequency and video unit, alarm unit, power subsystem, appendent computer system comprises special single-chip microcomputer, geocoding block, with host communication interface, with setting mobile module interface, encrypting remote-control systematic connection interface, audio frequency and video input/output interface, door state signal and circular arc dead bolt state signal input terminal, the input of lock signal and unlocking signal on motor, warning input/output interface, wiring board has three magneto sensors to be fixed on the starting point that three design attitudes control and detection circular arc dead bolt defines in different time sections, mid point, terminal stroke duty, these three design attitudes are also mounted in I type location and are slidably connected the starting point that assembly permanent magnet defines in different time sections, mid point, terminal stroke operation control point and test point, the permanent magnet that the assembly installation that is slidably connected located by I type is also the starting point that micromachine defines in different time sections, mid point, terminal stroke operation control point and test point, the design attitude of wiring board has wiring terminal, by external power supply and communication instruction and multi-way control signals, makes this door lock according to setting program work and report and record, circular arc bolt component has circular arc tongue assembly, T-shaped locating, and connecting components, the assembly that is slidably connected located by C type locating, and connecting components and I type, circular arc tongue assembly is arranged on the Design Orientation post locating rotation of master lock body bottom design position, the design attitude location slip that the assembly that is slidably connected is arranged on master lock body bottom design interval located by I type, C type locating, and connecting components is arranged on the Design Orientation post locating rotation of master lock body bottom design position, C type locating, and connecting components is arranged on the be slidably connected Design Orientation post in component design interval of I type location and slides at its design deciding field and move at master lock body bottom design deciding field arc simultaneously, the Design Orientation post location arc that C type locating, and connecting components is arranged on the design of T-shaped locating, and connecting components M arc interval moves, the Design Orientation post that T-shaped locating, and connecting components is arranged on circular arc tongue component design interval does design motion in design interval and this component movement space, the Design Orientation post location arc that T-shaped locating, and connecting components is arranged on C type locating, and connecting components cambered design interval moves, T-shaped locating, and connecting components is arranged on bottom master lock body and between the setting district of upper cover, Design Orientation post does rectilinear motion, when I type locates the downward linear slide of assembly that is slidably connected to design attitude, circular arc tongue assembly revolve turnback enter design hole lock, I type location be slidably connected assembly upwards linear slide to unblank design attitude time, circular arc tongue assembly revolves turnback reset unblanks, the driving lever of fork assembly is fixed in fork rotating shaft, and driving lever stroke has two limited posts, and driving lever is stirred I type and located the component design motion that is slidably connected, assembly of manually unblanking has operating axis, gear location coil tension spring system, driven gear, cross depression bar, circle liner, upper cover, circumference axle, location pedestal, knob location coil tension spring system, knob forms, and operating axis is fork rotating shaft, and knob is awarded the backward mark of unblanking of power and rotated to lock body direction, knob location coil tension spring system, gear location coil tension spring system, driven gear, cross depression bar pressurized rotates, and operating axis rotates dead man by direction initialization position just unblanks, then, and gear location coil tension spring system reset, pressurized assembly driven gear, cross depression bar resets, circumference shaft design square body does not stress to interval in such as Fig. 4 operating axis under the action of reset spring of knob location coil tension spring system, with electronic systematic position of unblanking on the pedestal that circumference shaft design circular shaft rests on location pedestal, when system does not have an electricity, knob can also be locked, knob award to lock body direction power backward lock mark rotate, knob award power just can by gear off normal rotate dead man make circular arc tongue assembly revolve turnback enter design hole lock, flexible fixing driven gear engagement in the driving gear of transmission component and fork rotating shaft, the axle of micromachine is fixed with driving gear, reserve battery can install rechargeable battery set or dry cell batteries, the power acquisition civil power of lock body system and design battery associating power supply mode, mode of unblanking, outside appointment card reader, also has fingerprint recognition system, encrypting remote-control system, setting mobile phone cipher system, setting telephone encryption system, IC card system, ID card system, cryptographic system, face phase recognition system etc.
Controlling wiring board device communication in lock body as above is safe wired connection and the link of encryption wireless instructions, and the link of encryption wireless instructions refers to encrypting remote-control system, setting mobile phone cipher system, setting telephone encryption system; Full Wireless Systematical control can also be selected to unblank to lock or full wired system controls to unblank to lock.
Master lock body as above has two to design outside fixing glass doors location reinforced holes and a master lock body and U-shaped supporting frame threading hole between installing device, also can not have this three hole.
Master lock body ON-OFF knob as above is glass door mode: the ON that locks is automatic locking, and OFF is manual locking.
The permanent magnet of door state sensing unit as above and master lock ligule state sensing unit is neodymium iron boron and ferrite or other permanent magnet, and the magneto sensor of door state sensing unit and master lock ligule state sensing unit is Hall element and tongue tube or other magneto sensor.
Master lock body described above and auxiliary lock body also can uneasy assembly set shell and U-shaped supporting frame components etc., deformation design can become and lock without the embedded circular arc of lockhole.
The assembly that is slidably connected located by I type in master lock body as above, also can deformation design become universe rod to lock.
Master lock body as above also can deformation design become the mechanical circular arc of external application key to lock.
After adopting technique scheme, the present invention has following beneficial effect compared to prior art:
1, one is locked without lockhole glass door circular arc, circular arc dead bolt revolves turnback locks, and circular arc lock lock body and snap close circular sliding slopes are prized not open, and do not have mechanical lock head, installation door lock pick-proof intensity and anti-collision intensity are reached capacity, lawless person's picking lock and technology unlocking are had no chance.
2, without a lockhole glass door circular arc lock, can select to lay the key under the door, also can select manual locking, be user-friendly to.
3, a kind of without lockhole glass door circular arc lock, the mode of unblanking has the automatically controlled modes such as Card Reader, remote control, mobile phone, fingerprint, also has a set of indoor manual operation to unblank the mode of locking, the convenience of increase door-locking system and security reliability.
4, one is locked without lockhole glass door circular arc, adopt slave Multi computer communication network system, wireless link control system, monitoring and alarming system and mobile module system, and at host computer, special monitoring and control management software and setting data storehouse are housed, thus setting computer and setting mobile phone on show record preserve door lock use information, warning message and audio/video information, make door-locking system have Timeliness coverage, emergency processing, normally use, record at any time, need inquiry, verdict evidence obtaining function, safe and reliable.
Accompanying drawing explanation
Fig. 1 is profile (except lock body shell and the U-shaped supporting frame) schematic diagram of embodiment of the present invention master lock body 1 and auxiliary lock body 2.
Fig. 2 is panel and the internal construction schematic diagram of master lock body 1.
Fig. 3 is panel and profile (except lock body shell and the U-shaped supporting frame) schematic diagram of auxiliary lock body 2.
Fig. 4 is that the A-A of Fig. 1 analyses and observe enlarged diagram and namely manually to unblank assembly 6 structural representation.
Detailed description of the invention
As shown in Figures 1 to 4, a kind of without lockhole glass door circular arc lock, comprise master lock body 1, auxiliary lock body 2, door state sensing unit and circular arc dead bolt state sensing unit and wiring board 3, circular arc bolt component 4, fork assembly 5, manually to unblank assembly 6, transmission component 7, micromachine 8, reserve battery 9, master lock body case and supporting frame component 10, auxiliary lock body shell and supporting frame component, card reader assembly, auxiliary lock body decorative components, multi-systematic control circuit etc., master lock body 1 is fixed on inside the U-shaped supporting frame of glass door, card reader assembly is fixed on outside the U-shaped supporting frame of glass door, auxiliary lock body 2 is fixed on inside the U-shaped supporting frame of another fan glass door, auxiliary lock body decorative components is fixed on outside the U-shaped supporting frame of another fan glass door, the panel 11 of master lock body 1 is fixed on master lock body 1 design attitude, door state sensing unit and circular arc dead bolt state sensing unit and wiring board 3, circular arc bolt component 4, fork assembly 5, manually to unblank assembly 6, transmission component 7, micromachine 8, reserve battery 9 is fixed on design attitude in master lock body 1, the upper cover 13 of master lock body 1 is fixed on lock housing body 12 design attitude with 10 size design screws 14, assembly location pedestal 66 of manually unblanking is fixed on the design attitude of upper cover 13, the supporting shell 101 of master lock body case and special frame assembly 10 is arranged on the design attitude of master lock body 1, be fixed on both sides, lock housing body 12 bottom right with 5 design screws, auxiliary lock body panel 21 is fixed on the design attitude of auxiliary lock body 2, auxiliary lock body shell is fixed on the design attitude of auxiliary lock body 2, and multi-systematic control circuit has the main computer unit in slave Multi computer communication network system, wireless-link system control unit, setting mobile module unit, audio frequency and video unit, alarm unit, power subsystem, main computer unit comprises special single-chip microcomputer, setting recording memory cell, with from machine communication interface, with host computer communication interface, with setting mobile module interface, audio frequency and video input/output interface, the input of door state signal and circular arc dead bolt status signal, lock signal and unlocking signal input on motor, warning input/output interface, encrypting remote-control systematic connection interface, host computer is equipped with special monitoring and control management software and setting data storehouse, thus setting computer and setting mobile phone on show record preserve door lock use information, warning message and audio/video information, multi-systematic control circuit is arranged on external control cabinet, is generally arranged on the desired location of indoor wall, door state sensing unit and circular arc dead bolt state sensing unit and the door state sensing unit described in wiring board 3 and circular arc dead bolt state sensing unit are all made up of permanent magnet and magneto sensor, door state permanent magnet 23 is fixed on the design attitude of auxiliary lock body 2 panel 21, the master lock body 1 that door state magneto sensor 31 is arranged on door state permanent magnet 23 corresponding sets in the hole location of working panel, and the control circuit of wiring board 32-33 comprises the appendent computer system in slave Multi computer communication network system, wireless-link system control unit, setting mobile module unit, electric-motor drive unit, door state sensing unit, circular arc dead bolt state sensing unit, audio frequency and video unit, alarm unit, power subsystem, appendent computer system comprises special single-chip microcomputer, geocoding block, with host communication interface, with setting mobile module interface, encrypting remote-control systematic connection interface, audio frequency and video input/output interface, door state signal and circular arc dead bolt state signal input terminal, the input of lock signal and unlocking signal on motor, warning input/output interface, wiring board 32 has three magneto sensors 321, 322, 323 are fixed on the starting point that three design attitude detection control circular arc dead bolts define in different time sections, mid point, terminal impulse stroke state, these three design attitudes are also that I type location is slidably connected the starting point that assembly 44 permanent magnet 441 defines in different time sections, mid point, the job control point of terminal impulse stroke state and test point, permanent magnet 441 is also the starting point that micromachine 8 defines in different time sections, mid point, the job control point of terminal impulse stroke state and test point, the desired location of wiring board 32 has wiring terminal 34, by external power supply and communication instruction and multi-way control signals, makes this door lock according to setting program work and report and record, circular arc bolt component 4 has circular arc tongue assembly 41, T-shaped locating, and connecting components 42, the assembly 44 that is slidably connected located by C type locating, and connecting components 43 and I type, circular arc tongue assembly 41 is arranged on the Design Orientation post locating rotation of master lock body 1 bottom design position, the design attitude location slip that the assembly 44 that is slidably connected is arranged on master lock body 1 bottom design interval located by I type, C type locating, and connecting components 43 is arranged on the Design Orientation post locating rotation of master lock body 1 bottom design position, C type locating, and connecting components 43 is arranged on the I type location assembly 44 that is slidably connected and designs interval Design Orientation post and slide at its design deciding field and move at master lock body 1 bottom design deciding field arc simultaneously, the Design Orientation post location arc that C type locating, and connecting components 43 is arranged on the M arc design interval of T-shaped locating, and connecting components 42 moves, T-shaped locating, and connecting components 42 is arranged on circular arc tongue assembly 41 and designs interval Design Orientation post and interval and this component movement space do design motion in design, the Design Orientation post location arc that T-shaped locating, and connecting components 42 is arranged on C type locating, and connecting components 43 cambered design interval moves, the Design Orientation post that T-shaped locating, and connecting components 42 is arranged on bottom master lock body 1 and between upper cover setting district does rectilinear motion, I type location be slidably connected assembly 44 downwards linear slide to lock design attitude time, circular arc tongue assembly 41 revolve turnback enter design hole lock, I type location be slidably connected assembly 44 upwards linear slide to unblank design attitude time, circular arc tongue assembly 41 revolves turnback reset unblanks, the driving lever 52 of fork assembly 5 is fixed in fork rotating shaft 51, and driving lever 52 stroke has two limited posts 53,54, driving lever 52 stir I type location be slidably connected assembly 44 design interval do design motion, assembly 6 of manually unblanking has operating axis 61, gear location coil tension spring system 62, driven gear 72, cross depression bar 63, circle liner 64, upper cover 13, circumference axle 65, location pedestal 66, knob location coil tension spring system 67, knob 68 forms, and operating axis 61 is fork rotating shafts 51, and knob 68 is awarded the backward mark of unblanking of power and rotated to lock body direction, knob location coil tension spring system 67, gear location coil tension spring system 62, driven gear 72, cross depression bar 63 pressurized rotates, operating axis 61 rotates dead man 52 by design direction position just unblanks, then, the design square body of circumference axle 65 does not stress to interval in such as Fig. 4 operating axis under the action of reset spring of knob location coil tension spring system 67, circumference axle 65 design circular shaft rest on location pedestal 66 pedestal on electronic systematic position of unblanking, when system does not have an electricity, knob 68 can also be locked, knob 68 is awarded the backward mark of locking of power and is rotated to lock body direction, knob 68 is awarded power and just circular arc tongue assembly 41 can be made to reach assigned address lock by gear rotation dead man 52 of offing normal, in the driving gear 71 of transmission component 7 and fork rotating shaft 51, flexible fixing driven gear 72 engages, the axle 81 of micromachine 8 is fixed with driving gear 71, reserve battery 9 can install rechargeable battery set or dry cell batteries.The power acquisition civil power of lock body system and setting battery associating power supply mode; Mode of unblanking, outside appointment card reader, also has fingerprint recognition system, encrypting remote-control system, setting mobile phone cipher system, setting telephone encryption system, IC card system, ID card system, cryptographic system, face phase recognition system etc.
Outside the location reinforced hole 15 that master lock body as above has two and glass door fixing and a master lock body and U-shaped supporting frame, threading hole between installing device, can not have this three hole yet.
Master lock body ON-OFF knob as above is glass door mode: the ON that locks is automatic locking, and OFF is manual locking.
The permanent magnet of door state sensing unit as above and master lock ligule state sensing unit is neodymium iron boron and ferrite or other permanent magnet, and the magneto sensor of door state sensing unit and master lock ligule state sensing unit is Hall element and tongue tube or other magneto sensor.
Controlling wiring board device communication in lock body as above is safe wired connection and the link of encryption wireless instructions, and the link of encryption wireless instructions refers to encrypting remote-control system, setting mobile phone cipher system, setting telephone encryption system; Full Wireless Systematical control can also be selected to unblank to lock or full wired system controls to unblank to lock.
Master lock body described above and auxiliary lock body also can uneasy assembly set shell and U-shaped supporting frame components etc., deformation design can become and lock without the embedded circular arc of lockhole.
The assembly that is slidably connected located by I type in master lock body as above, also can deformation design become universe rod to lock.
Master lock body as above also can deformation design become the mechanical circular arc of external application key to lock.
When using of the present invention, embodiment as shown in Figures 1 to 4, a kind of without lockhole glass door circular arc lock, comprise master lock body 1, auxiliary lock body 2, door state sensing unit and circular arc dead bolt state sensing unit and wiring board 3, circular arc bolt component 4, fork assembly 5, manually to unblank assembly 6, transmission component 7, micromachine 8, reserve battery 9, master lock body case and supporting frame component 10, auxiliary lock body shell and supporting frame component, card reader assembly, auxiliary lock body decorative components, multi-systematic control circuit etc., master lock body 1 is fixed on inside the U-shaped supporting frame of glass door, card reader assembly is fixed on outside the U-shaped supporting frame of glass door, auxiliary lock body 2 is fixed on inside the U-shaped supporting frame of another fan glass door, auxiliary lock body decorative components is fixed on outside the U-shaped supporting frame of another fan glass door, the panel 11 of master lock body 1 is fixed on master lock body 1 design attitude, door state sensing unit and circular arc dead bolt state sensing unit and wiring board 3, circular arc bolt component 4, fork assembly 5, manually to unblank assembly 6, transmission component 7, micromachine 8, reserve battery 9 is fixed on design attitude in master lock body 1, the upper cover 13 of master lock body 1 is fixed on lock housing body 12 design attitude with 10 size design screws 14, assembly location pedestal 66 of manually unblanking is fixed on the desired location of upper cover 13, the supporting shell 101 of master lock body case and special frame assembly 10 is arranged on the design attitude of master lock body 1, be fixed on both sides, lock housing body 12 bottom right with 5 design screws, auxiliary lock body panel 21 is fixed on the design attitude of auxiliary lock body 2, auxiliary lock body shell is fixed on the design attitude of auxiliary lock body 2, multi-systematic control circuit is arranged on external control cabinet, generally be arranged on the desired location of indoor wall, host computer is equipped with special monitoring and control management software and setting data storehouse, thus setting computer and setting mobile phone on show record preserve door lock use information, warning message and audio/video information, make door-locking system have Timeliness coverage, emergency processing, normal use, record at any time, need inquiry, verdict evidence obtaining function, total system is safe and reliable, without lockhole glass door circular arc be locked on glass door install completion after, first knob is selected to indicate mode: ON or OFF that lock, if instruction ON, as long as two fan glass doors are closed, circular arc tongue assembly 41 will postpone to revolve for 4 seconds turnback and enter design hole and lock, circular arc lock lock body and snap close circular sliding slopes are prized not open, as selected to swipe the card door-opening mode, just read with setting card, circular arc tongue assembly 41 will revolve turnback reset unblanks, notice that motor represents permanent magnet 441 and power-off can stop being energized startup optimization at the desired location of magneto sensor 322 again, if instruction OFF, as long as two fan glass doors are closed, award the backward mark of locking of power with knob 68 to lock body direction to rotate, knob 68 award power just can by gear off normal rotate dead man 52 make circular arc tongue assembly 41 revolve turnback enter design hole lock, circular arc lock lock body and snap close circular sliding slopes are prized not open, as selected mode of manually unblanking, knob 68 is awarded the backward mark of unblanking of power and is rotated to lock body direction, knob location coil tension spring system 67, gear location coil tension spring system 62, driven gear 72, cross depression bar 63 pressurized rotates, operating axis 61 rotates dead man 52 by design direction position just unblanks, circular arc tongue assembly 41 will revolve turnback reset unblanks, the desired location of wiring board 32 has wiring terminal 34, by external power supply and communication instruction and multi-way control signals, make this door lock according to setting program work and report and record, if door lock has people to prize, design attitude install infrared camera and microwave-infrared probe warning message and video image will be uploaded to designated user mobile phone and alarm computer, the light emitting diode of installment inside and outside room and buzzer just have ruddiness and audible alarm, and designated user will according to circumstances process in time, reserve battery 9 can install rechargeable battery set or dry cell batteries, the power acquisition civil power of lock body system and setting battery associating power supply mode, mode of unblanking, outside appointment card reader, also has fingerprint recognition system, encrypting remote-control system, setting mobile phone cipher system, setting telephone encryption system, IC card system, ID card system, cryptographic system, face phase recognition system etc.
Controlling wiring board device communication in lock body as above is safe wired connection and the link of encryption wireless instructions, and the link of encryption wireless instructions refers to encrypting remote-control system, setting mobile phone cipher system, setting telephone encryption system.Full Wireless Systematical control can also be selected to unblank to lock or full wired system controls to unblank to lock.
Threading hole between installing device outside the location reinforced hole 15 that master lock body as above has two and glass door fixing and a master lock body and U-shaped supporting frame, this three hole uses according to actual conditions: if glass door has three holes with regard to use, if glass door does not have three holes just need not.
Master lock body described above and auxiliary lock body also can uneasy assembly set shell and U-shaped supporting frame components etc., deformation design can become and lock without the embedded circular arc of lockhole.
The assembly that is slidably connected located by I type in master lock body as above, also can deformation design become universe rod to lock.
This lock also can deformation design become the mechanical circular arc of external application key to lock.
This lock is applicable to frameless glass door, interior door, also may be used for safety door.
Claims (7)
1. lock without lockhole glass door circular arc for one kind, it is characterized in that: comprise master lock body (1), auxiliary lock body (2), door state sensing unit and circular arc dead bolt state sensing unit and wiring board (3), circular arc bolt component (4), fork assembly (5), manually to unblank assembly (6), transmission component (7), micromachine (8), reserve battery (9), master lock body case and supporting frame component (10), auxiliary lock body shell and supporting frame component, card reader assembly, auxiliary lock body decorative components, multi-systematic control circuit etc., master lock body (1) is fixed on inside the U-shaped supporting frame of glass door, card reader assembly is fixed on outside the U-shaped supporting frame of glass door, auxiliary lock body (2) is fixed on inside the U-shaped supporting frame of another fan glass door, auxiliary lock body decorative components is fixed on outside the U-shaped supporting frame of another fan glass door, the panel (11) of master lock body (1) is fixed on master lock body (1) design attitude, door state sensing unit and circular arc dead bolt state sensing unit and wiring board (3), circular arc bolt component (4), fork assembly (5), manually to unblank assembly (6), transmission component (7), micromachine (8), reserve battery (9) is fixed on design attitude in master lock body (1), the upper cover (13) of master lock body (1) is fixed on lock housing body (12) desired location with 10 sizes design screw (14), assembly location pedestal (66) of manually unblanking is fixed on the desired location of upper cover (13), the supporting shell (101) of master lock body case and special frame assembly (10) is fixed on the design attitude of master lock body (1), the panel (21) of auxiliary lock body (2) is fixed on the design attitude of auxiliary lock body (2), auxiliary lock body shell is fixed on the design attitude of auxiliary lock body (2), multi-systematic control circuit has the main computer unit in slave Multi computer communication network system, wireless-link system control unit, setting mobile module unit, audio frequency and video unit, alarm unit, power subsystem, main computer unit comprises special single-chip microcomputer, record storage unit, with from machine communication interface, with host computer communication interface, with setting mobile module interface, audio frequency and video input/output interface, the input of door state signal and circular arc dead bolt status signal, lock signal and unlocking signal input on motor, warning input/output interface, encrypting remote-control systematic connection interface, host computer is equipped with special monitoring and control management software and setting data storehouse, thus setting computer and setting mobile phone on show record preserve door lock use information, warning message and audio/video information, multi-systematic control circuit is arranged on external control cabinet, is generally arranged on the desired location of indoor wall, door state sensing unit and circular arc dead bolt state sensing unit and the door state sensing unit described in wiring board (3) and circular arc dead bolt state sensing unit are all made up of permanent magnet and magneto sensor, door state permanent magnet (23) is fixed on the desired location of auxiliary lock body (2), door state magneto sensor (31) is arranged in the hole location of corresponding master lock body (1) the setting working panel of door state permanent magnet (23), and the control circuit of wiring board (32-33) comprises the appendent computer system in slave Multi computer communication network system, wireless-link system control unit, setting mobile module unit, electric-motor drive unit, door state sensing unit, circular arc dead bolt state sensing unit, audio frequency and video unit, alarm unit, power subsystem, appendent computer system comprises special single-chip microcomputer, geocoding block, with host communication interface, with setting mobile module interface, encrypting remote-control systematic connection interface, audio frequency and video input/output interface, door state signal and circular arc dead bolt state signal input terminal, the input of lock signal and unlocking signal on motor, warning input/output interface, wiring board (32) has three magneto sensors (321), (322), (323) starting point that three design attitudes control and detection circular arc dead bolt defines in different time sections is fixed on, mid point, terminal stroke and duty, these three design attitudes are also mounted in I type and locate the starting point that the permanent magnet (441) that is slidably connected assembly (44) defines in different time sections, mid point, terminal stroke operation control point and test point, permanent magnet (441) is also the starting point that micromachine (8) defines in different time sections, mid point, terminal stroke operation control point and test point, the desired location of wiring board (33) has wiring terminal (34), by external power supply and communication instruction and multi-way control signals, make this door lock according to setting program work and report and record, also directly can receive wireless encryption instruction control operation circular arc tongue assembly and revolve turnback and unblank or lock, circular arc bolt component (4) has circular arc tongue assembly (41), T-shaped locating, and connecting components (42), the assembly (44) that is slidably connected located by C type locating, and connecting components (43) and I type, circular arc tongue assembly (41) is arranged on the Design Orientation post locating rotation of master lock body (1) bottom design position, the design attitude location slip that the assembly (44) that is slidably connected is arranged on master lock body (1) bottom design interval located by I type, C type locating, and connecting components (43) is arranged on the Design Orientation post locating rotation of master lock body (1) bottom design position, C type locating, and connecting components (43) is arranged on the I type location interval Design Orientation post of assembly (44) design that is slidably connected and slides at its design deciding field and move at master lock body (1) bottom design deciding field arc simultaneously, the Design Orientation post location arc that C type locating, and connecting components (43) is arranged on the design of T-shaped locating, and connecting components (42) M arc interval moves, T-shaped locating, and connecting components (42) is arranged on the interval Design Orientation post of circular arc tongue assembly (41) design and does design motion in design interval and this component movement space, the Design Orientation post location arc that T-shaped locating, and connecting components (42) is arranged on C type locating, and connecting components (43) cambered design interval moves, T-shaped locating, and connecting components (42) is arranged on bottom master lock body and between the setting district of upper cover, Design Orientation post does rectilinear motion, when I type locates the downward linear slide of the assembly (44) that is slidably connected to design attitude, circular arc tongue assembly (41) revolve turnback enter design hole lock, I type location be slidably connected assembly (44) upwards linear slide to unblank design attitude time, circular arc tongue assembly (41) revolves turnback reset unblanks, the driving lever (52) of fork assembly (5) is fixed in fork rotating shaft (51), driving lever (52) stroke has two limited posts (53), (54), and driving lever (52) is stirred I type and located assembly (44) the design motion that is slidably connected, assembly (6) of manually unblanking has operating axis (61), gear location coil tension spring system (62), driven gear (72), cross depression bar (63), circle liner (64), upper cover (13), circumference axle (65), location pedestal (66), knob location coil tension spring system (67), knob (68) forms, operating axis (61) is fork rotating shaft (51), manually unblank to be that knob (68) awards power backward mark rotation of unblanking to lock body direction, knob location coil tension spring system (67), gear location coil tension spring system (62), driven gear (72), rotate after cross depression bar (63) pressurized, operating axis (61) by direction initialization position rotate dead man (52) just make circular arc tongue assembly (41) revolve turnback reset unblank, then, gear location coil tension spring system (62) resets under its action of reset spring, driven gear (72) and cross depression bar (63) reset, the design square body of circumference axle (65) does not stress to interval in such as Fig. 4 operating axis under the action of reset spring of knob location coil tension spring system (67), circumference axle (65) design circular shaft rest on location pedestal (66) pedestal on electronic systematic position of unblanking, when system does not have an electricity, knob (68) can also be locked, knob (68) is awarded the backward mark of locking of power and is rotated to lock body direction, knob (68) power of awarding just can be offed normal by gear and be rotated dead man (52) and make circular arc tongue assembly (41) revolve turnback to reach assigned address and lock, the driving gear (71) of transmission component (7) and upper flexible fixing driven gear (72) engagement of fork rotating shaft (51), the axle (81) of micromachine (8) is fixed with driving gear (71), reserve battery (9) can install rechargeable battery set or dry cell batteries.
2. the one according to claim (1), without lockhole glass door circular arc lock, is characterized in that: described master lock body (1) ON-OFF knob selects glass door mode: the ON that locks to be automatic locking, and OFF is manual locking.
3. the one according to claim (1) is locked without lockhole glass door circular arc, it is characterized in that: controlling wiring board device communication in described lock body is safe wired connection and the link of encryption wireless instructions, and the link of encryption wireless instructions refers to encrypting remote-control system, setting mobile phone cipher system, setting telephone encryption system; Full Wireless Systematical control can also be selected to unblank to lock or full wired system controls to unblank to lock.
4. the one according to claim (1) is locked without lockhole glass door circular arc, it is characterized in that: described mode of unblanking, outside appointment card reading system, also has fingerprint recognition system, encrypting remote-control system, setting mobile phone cipher system, setting telephone encryption system, IC card system, ID card system, cryptographic system, face phase recognition system etc.
5. the one according to claim (1) is locked without lockhole glass door circular arc, it is characterized in that: described master lock body (1) and auxiliary lock body (2) also can uneasy assembly set shell and U-shaped supporting frame components etc., deformation design becomes locks without the embedded circular arc of lockhole.
6. the one according to claim (1), without lockhole glass door circular arc lock, is characterized in that: the assembly (44) that is slidably connected located by the I type in described master lock body (1), also can deformation design become universe rod to lock.
7. the one according to claim (1), without lockhole glass door circular arc lock, is characterized in that: described master lock body (1) also can deformation design become the mechanical circular arc of external application key to lock.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410524106.1A CN104389464A (en) | 2014-09-17 | 2014-09-17 | Lock hole-free circular arc lock for glass door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410524106.1A CN104389464A (en) | 2014-09-17 | 2014-09-17 | Lock hole-free circular arc lock for glass door |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104389464A true CN104389464A (en) | 2015-03-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410524106.1A Pending CN104389464A (en) | 2014-09-17 | 2014-09-17 | Lock hole-free circular arc lock for glass door |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104389464A (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105317287A (en) * | 2015-10-25 | 2016-02-10 | 朱思学 | Intelligent digital lock |
| CN106401303A (en) * | 2016-01-16 | 2017-02-15 | 浙江安尼智能门窗有限公司 | Novel motor lock |
| CN107248210A (en) * | 2017-05-31 | 2017-10-13 | 福建中移智慧物联科技有限公司 | A kind of fingerprint and dynamic puzzle-lock and its power supply unit |
| CN109322557A (en) * | 2018-12-13 | 2019-02-12 | 深圳市顾美智能装备有限公司 | Glass door lock |
| CN110344671A (en) * | 2019-07-19 | 2019-10-18 | 重庆凯斯顿智能科技有限公司 | A kind of glass door lock |
| CN110607948A (en) * | 2018-06-14 | 2019-12-24 | 一德金属工业股份有限公司 | Electric door latch control device |
| CN114758580A (en) * | 2022-03-30 | 2022-07-15 | 重庆三峡学院 | Visual house renting is with environment display device directly perceived |
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2014
- 2014-09-17 CN CN201410524106.1A patent/CN104389464A/en active Pending
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105317287A (en) * | 2015-10-25 | 2016-02-10 | 朱思学 | Intelligent digital lock |
| CN106401303A (en) * | 2016-01-16 | 2017-02-15 | 浙江安尼智能门窗有限公司 | Novel motor lock |
| CN107248210A (en) * | 2017-05-31 | 2017-10-13 | 福建中移智慧物联科技有限公司 | A kind of fingerprint and dynamic puzzle-lock and its power supply unit |
| CN110607948A (en) * | 2018-06-14 | 2019-12-24 | 一德金属工业股份有限公司 | Electric door latch control device |
| CN110607948B (en) * | 2018-06-14 | 2020-12-01 | 一德金属工业股份有限公司 | Electric door latch control device |
| CN109322557A (en) * | 2018-12-13 | 2019-02-12 | 深圳市顾美智能装备有限公司 | Glass door lock |
| CN110344671A (en) * | 2019-07-19 | 2019-10-18 | 重庆凯斯顿智能科技有限公司 | A kind of glass door lock |
| CN110344671B (en) * | 2019-07-19 | 2024-04-30 | 重庆凯斯顿智能科技有限公司 | Glass door lock |
| CN114758580A (en) * | 2022-03-30 | 2022-07-15 | 重庆三峡学院 | Visual house renting is with environment display device directly perceived |
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Application publication date: 20150304 |