CN105019732A - Intelligent electronic lock - Google Patents
Intelligent electronic lock Download PDFInfo
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- CN105019732A CN105019732A CN201510429387.7A CN201510429387A CN105019732A CN 105019732 A CN105019732 A CN 105019732A CN 201510429387 A CN201510429387 A CN 201510429387A CN 105019732 A CN105019732 A CN 105019732A
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- steel ball
- lock
- guider
- cylinder
- lock cylinder
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Abstract
The invention discloses an intelligent electronic lock. The intelligent electronic lock mainly comprises a lock cylinder shell and a rotary lock cylinder, wherein the rotary lock cylinder is arranged on one side in the lock cylinder shell and connected with a knob handle A. The rotary lock cylinder is provided with two steel ball spring bolts arranged symmetrically. The lock cylinder shell is provided with a motor guide sleeve. At least two mobile rails are symmetrically arranged in the motor guide sleeve. A cylindrical guider which can expand the steel ball spring bolts outwards and enable the steel ball spring bolts to be embedded into the mobile rails to do rectilinear motion is also arranged in the lock cylinder shell. The cylindrical guider is driven by an electronic controlled micromotor connected with the cylindrical guider and can do reciprocal rectilinear motion. The steel ball lock spring bolts are closed and positioned in a radial hole in the rotary lock cylinder. The micromotor is installed in a battery clamping plate. The battery clamping plate is internally connected with the motor guide sleeve and externally connected with a rotary handle B. The intelligent electronic lock has the characteristics of greatly lowering the complexity coefficient of a whole lock structure, improving the manufacturing technology level and professional skill machining precision, improving electronic lock electromechanical integrality and the like.
Description
Technical field
What the present invention relates to is a kind of Novel intelligent electronic lock, and especially a kind of multifunctional intellectual electric lockset, belongs to lock technology field.
Background technology
Along with domestic environment constantly promotes, all kinds of electronic lock is in research and development and manufacture in development, especially the electronic lock of the modular design such as wireless remote control, password setting, fingerprint recognition, emergency opening, but those electronic locks are due to by electronics, the integrated unlocking system of mechanical technique, make its internal construction complicated, unlatching fault rate is high, and each producer of face shaping size is different, uses and changes cumbersome.
Summary of the invention
The object of the invention is to the defect and the deficiency that overcome prior art existence, provide one by integrated to electronic module, mechanical technique, carry out the Combinatorial Optimization of lock construction, significantly reduce the complexity coefficient of overall lock construction, reduce the number of components of combined system structure, part-subassemble standard combination is implemented in Specialty Design, simplifies process and assemble operation, improve manufacturing technology level and professional technique machining accuracy, improve the intelligent electronic lock of electronic lock electromechanics unification globality.
The object of the invention is to have come by following technical solution: a kind of intelligent electronic lock, it mainly comprises: a lock core shell, be arranged on side in lock core shell, connect the rotary locking cylinder of A turn-knob handle, described rotary locking cylinder is provided with two steel ball dead bolts arranged symmetrically, be provided with motor guide pin bushing in described lock core shell, be at least equipped with four in this motor guide pin bushing in 90 degree of uniform symmetrically moving tracks; Be provided with in rotary locking cylinder can be swollen outward steel ball dead bolt and make steel ball dead bolt embed moving track moving linearly by cylinder guider, described cylinder guider is driven by the electronic controllable micro machine be connected, and can do reciprocating linear motion.
As preferably: described steel ball dead bolt is closed and is positioned in the radial hole of rotary locking cylinder; Described micro machine is arranged in battery clamping plate, is connected, is connected to B rotating handle outward in described battery clamping plate with motor guide pin bushing; Described cylinder guider by built-in, described micro machine can be connected to by the spiral spinning spring of retreating, described cylinder guider is by connect with steel ball dead bolt with the vertically disposed cylindrical end of two steel ball dead bolts and at linear motion swollen steel ball dead bolt at home and abroad; Described motor guide pin bushing is built-in with the moving track that four are an angle of 90 degrees, R1.5mm.
As preferably: described cylinder guider is a column structure body, and moving track in positioning lock core body can make round rectilinear motion; The main shaft of described micro machine is configured with a pivot pin and as the output transmission mechanism of micro machine; Bearing pin by being connected with spinning spring and rotating, and while advance and retreat displacement done by driving cylinder guider, produces reset potential energy by the deformation of equidistant spinning spring.
As preferably: in described B rotating handle, the promising micro machine of configuration provides the battery of power supply, and be connected to set of knobs plate at B rotating handle near one end of lock core shell, the other end is connected to knob plate.
Lock core structure design of the present invention: the part-subassemble standard of structure is designed to detachable assembly, wherein screw thread rotation is connected mechanical location with the external screw thread of dress motor dividing plate by the internal thread of motor guide pin bushing connection positioning end, not only simplify manufacturing procedure, reduce manufacturing cost, can also the globality of holding member.
The present invention adopts stainless steel powder metallurgical block pressing forming process, cylinder guider, motor guide pin bushing are implemented without cutting processing, and the effect of profit oil can be played, reduce the coefficient of friction between cylinder guider and motor guide pin bushing built-in tracks, guarantee mechanical strength and the assembly precision of main part.
The present invention adopts the outer swollen two steel ball dead bolts of cylinder guider to enter symmetry orbital, cylinder guider is adopted to come and go displacement to open, reset symmetrical steel ball dead bolt, lock turn-knob handle location can be set simultaneously and tightly be locked in T-slot, to adapt to the compliance that different-thickness door is installed, keep the flexibility of symmetrical steel ball dead bolt, stressed reliability, the safety of reset; The potential energy of spinning spring is adopted to promote cylinder guider, can significantly reduce the motor load time, total design while electronics, mechanical technique is integrated, improves manufacturing technology level and part processing precision, simplify process and assemble operation, optimize complete machine combining structure.
The present invention has the complexity coefficient significantly reducing overall lock construction, reduce the number of components of combined system structure, part-subassemble standard combination is implemented in Specialty Design, simplifies process and assemble operation, improve manufacturing technology level and professional technique machining accuracy, improve the features such as electronic lock electromechanics unification globality.
Accompanying drawing explanation
Fig. 1 is combining structure schematic diagram of the present invention.
Label in figure has: 1. knob handle A, 2. screw M4,3. rotary locking cylinder, 4. lock core pin, 5. lock core shell, 6. steel ball dead bolt, 7. cylinder guider, 8. locks shift fork, 9. spinning spring, 10. motor guide pin bushing, 11. micro machines, seat moulded by 12. motors, 13. set of knobs plates, 14. battery clamping plate, No. 15.5 batteries, 16. knob handle B, 17. tapping screws, 18. knob cover plates.
Detailed description of the invention
Below in conjunction with figure mono-, the present invention is further illustrated, shown in figure mono-, a kind of intelligent electronic lock of the present invention, it mainly comprises: a lock core shell 5, be arranged on side in lock core shell 5, connect the rotary locking cylinder 3 of A turn-knob handle 1, described rotary locking cylinder 3 is provided with two steel ball dead bolts 6 arranged symmetrically, and described lock core shell 5 is provided with motor guide pin bushing 10, and this motor guide pin bushing 10 is built-in with four in moving track uniform symmetrically; Also being provided with in rotary locking cylinder 3 can swollen described steel ball dead bolt 6 make steel ball dead bolt 6 embed the cylinder guider 7 of moving track moving linearly outward, and described cylinder guider 7 is driven by the electronic controllable micro machine 11 be connected and can do reciprocating linear motion.
Shown in figure, steel ball dead bolt 6 of the present invention is closed and is positioned in the radial hole of rotary locking cylinder 3; Described micro machine 11 is arranged in battery clamping plate 14, is connected, outer end is connected to rotating handle B16 in described battery clamping plate 14 with the mechanical caging of motor guide pin bushing 10 microgroove; Described cylinder guider 7 by built-in, described micro machine 11 can be connected to by the spiral spinning spring 9 of retreating, described cylinder guider 7 is by contact with steel ball dead bolt 6 with the vertically disposed cylindrical end of two steel ball dead bolts 6 and at linear motion swollen steel ball dead bolt 6 at home and abroad; Described motor guide pin bushing 10 is built-in with the moving track that four are an angle of 90 degrees, R1.5mm.
A preferred embodiment of the present invention is: described cylinder guider 7 is a column structure body, and moving track in lock core shell 5 motor guide pin bushing can make round rectilinear motion; The main shaft of described micro machine 11 is configured with a pivot pin and as the output transmission mechanism of micro machine 11; Bearing pin by being connected with spinning spring 9 and rotating, and while advance and retreat displacement done by driving cylinder guider 7, produces reset potential energy by the deformation of equidistant spinning spring 9.
In rotating handle B16 of the present invention, the promising micro machine 11 of configuration provides No. 5 batteries 15 of power supply, and be connected to set of knobs plate 13 at rotating handle B16 near one end of lock core shell 5, the other end is connected to knob plate 18.Described rotating handle A, rotating handle B16 all adopt the screw 2 of configuration and tapping screw 17 are fixed; And described lock core shell 5 is configured with lock core pin 4 and lock shift fork 8.
Operating principle:
The present invention by cylinder guider 7 front end import in ￠ 2.6 vestibule by outer for two steel ball dead bolts 6 swollen enter moving track, instruction can be connect and automatically open reset.Motor guide pin bushing 10 connects the built-in micro machine of battery clamping plate 14 11, riveted Φ 1 pivot pin on the main shaft of micro machine 11, is provided with the spinning spring 9 that spiral is retreated in cylinder guider 7, and outer two the swollen steel ball dead bolts 6 of cylinder guider 7 are arranged on rotary locking cylinder 3.
The connection of spinning spring 9 and micro machine 11 roller pin is established in cylinder guider 7 of the present invention, any symmetrical two R1.5mm tracks in motor guide pin bushing 10 are done to come and go straight-line displacement, article four, moving track is symmetrical uniform is 90 degree, two steel ball dead bolts 6 and any two moving tracks in public four of cylinder guider 7.
The present invention in use, electronic lock is not before opening, turn-knob handle A1 can make any moving rotary, when using function open command signal, namely micro machine 11 drives cylinder guider 7 to do in orbit to come and go straight-line displacement, outer swollen two the steel ball dead bolts 6 of cylinder guider 7 enter two symmetrical any two rectilinear orbits in 90 degree of intersection location, thus advance two steel ball dead bolts 6 to enter R1.5mm rectilinear orbit automatic locking, unlocking electronic lock; When using function close command signal, micro machine 11 drives cylinder guider 7 to give up the throne, and does counter motion, two steel ball dead bolts 6 is freely resetted, namely automatically closes electronic lock.
The present invention adopts the outer swollen steel ball dead bolt 6 of cylinder guider 7 to enter R1.5mm rectilinear orbit, adopt two steel ball dead bolts 6 movable reset voluntarily, simultaneously can by arranging the thickness of shank of the key location T-slot adaptation >=60mm size door, the flexibility of two symmetrical steel ball dead bolts activity can be kept, stressed reliability, the safety of reset; Thus electronics, mechanical technique is integrated while, not only overall structure is optimized, and assembly process is simplified, and the technological level of manufacture is improved.
Electromechanical integration of the present invention, functional diversities, manufactures specialized, parts Standardization, uses intellectuality, for novel intelligent lockset improves an assembly qualified rate in design, degree of reliability in useful life period, the technology such as the reliability of maintenance-free obtain the development upgraded.
Embodiment:
The present invention adopts the outer expansion force of cylinder guider 7 to back down two symmetrical steel ball dead bolts 6, and in cylinder guider here, the parts of configuration have following two functions.
Function A: the equidistant swivelling chute of spinning spring 9 and pivot pin are implemented to retreat along de-rotation, have dislocation protective effect in the displacement arranged; Function B: spinning spring 9 produces potential energy by the deformation pressure of active force, to the linkage function of the outer swollen two steel ball dead bolts 6 of cylinder guider 7, the potential energy of spinning spring 9 is adopted to reset symmetrical steel ball dead bolt 6, four that arrange in 90 degree simultaneously, the moving track of R1.5mm, can keep the flexibility of two symmetrical steel ball dead bolts, and opening speed timeliness is raw, the reliability that dead bolt is symmetrical stressed, the safety of mechanical return; Thus electronics, mechanical technique are optimized integrated.
Be provided with isometric helix spring and the micro machine being furnished with pivot pin in cylinder guider of the present invention, the rotation of helicla flute and rotating shaft pin is combined; Form the pressure potential that straight line comes and goes function.
Cylinder guider 7 belonging to the present invention is made up of column structure body, spinning spring, band pivot pin motor, and cylinder guider 7 is come and go rectilinear motion in track in lock core shell; Micro machine 11 adopts speed changing structure to increase the design of torque, and producing rotating speed is 2000 revs/min, comparatively extends electrical machinery life, and spindle design is that Φ 3 is equipped with Φ 1 pivot pin and exports transmission mechanism as motor; While advance and retreat displacement done by bearing pin and spinning spring 9 rotary actuation cylinder guider, produce reset potential energy by the deformation of described equidistant spinning spring.
Steel ball dead bolt of the present invention is two, be spring in Φ 3.2 isometric helix cylinder guider with function spring bores be one, the track of described R1.5mm is four, and four symmetrical parallel tracks are 90o degree, be built on the motor guide pin bushing in lock core body, realize quickly unlocking;
Guide rail four is distributed in inside motor guide pin bushing, described electromechanical mechanism is by lock core shell, rotary locking cylinder, cylinder guider, micro machine, battery clamping plate, turn-knob handle A, B, be positioned at mechanical lock core body that T-slot is integrated and the electronic controller that circuit board having built-in, remote controller, control box are integrated.
Claims (4)
1. an intelligent electronic lock, it mainly comprises: a lock core shell, be arranged on side in lock core shell, connect the rotary locking cylinder of turn-knob handle A, it is characterized in that described rotary locking cylinder is provided with two steel ball dead bolts arranged symmetrically, be provided with motor guide pin bushing in described lock core shell, be built-in with four in this motor guide pin bushing in the moving track arranged symmetrically; Also being provided with in rotary locking cylinder can swollen described steel ball dead bolt make steel ball dead bolt embed the cylinder guider of moving track moving linearly outward, and described cylinder guider is driven by the electronic controllable micro machine be connected and can do reciprocating linear motion.
2. intelligent electronic lock according to claim 1, is characterized in that described steel ball dead bolt is closed and is positioned in the radial hole of rotary locking cylinder; Described micro machine is arranged in battery clamping plate, is connected, is connected to B rotating handle outward in described battery clamping plate with motor guide pin bushing; Described cylinder guider by built-in, described micro machine can be connected to by the spiral spinning spring of retreating, described cylinder guider is by connect with steel ball dead bolt with the vertically disposed cylindrical end of two steel ball dead bolts and at linear motion swollen steel ball dead bolt at home and abroad; Described motor guide pin bushing is built-in with the moving track that four are an angle of 90 degrees, R1.5mm.
3. intelligent electronic lock according to claim 1 and 2, is characterized in that described cylinder guider is a column structure body, and moving track in positioning lock core body can make round rectilinear motion; The main shaft of described micro machine is configured with a pivot pin and as the output transmission mechanism of micro machine; Bearing pin by being connected with spinning spring and rotating, and while advance and retreat displacement done by driving cylinder guider, produces reset potential energy by the deformation of equidistant spinning spring.
4. intelligent electronic lock according to claim 2, it is characterized in that in described rotating handle B, the promising micro machine of configuration provides the battery of power supply, be connected to set of knobs plate at rotating handle B near one end of lock core shell, project organization obtains reasonably optimizing layout.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510429387.7A CN105019732A (en) | 2015-07-21 | 2015-07-21 | Intelligent electronic lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510429387.7A CN105019732A (en) | 2015-07-21 | 2015-07-21 | Intelligent electronic lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105019732A true CN105019732A (en) | 2015-11-04 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510429387.7A Pending CN105019732A (en) | 2015-07-21 | 2015-07-21 | Intelligent electronic lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105019732A (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP2637287A2 (en) * | 2012-03-09 | 2013-09-11 | GEZE GmbH | Drive for a window or the like and method for fitting the drive |
| CN104254656A (en) * | 2012-09-27 | 2014-12-31 | 金范洙 | Key cylinder for electronic locking device |
| CN104675215A (en) * | 2015-02-13 | 2015-06-03 | 纽森电气制造(杭州)有限公司 | Electronic lock |
| CN204850751U (en) * | 2015-07-21 | 2015-12-09 | 纽森电气制造(杭州)有限公司 | Intelligence electronic lock |
-
2015
- 2015-07-21 CN CN201510429387.7A patent/CN105019732A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP2637287A2 (en) * | 2012-03-09 | 2013-09-11 | GEZE GmbH | Drive for a window or the like and method for fitting the drive |
| CN104254656A (en) * | 2012-09-27 | 2014-12-31 | 金范洙 | Key cylinder for electronic locking device |
| CN104675215A (en) * | 2015-02-13 | 2015-06-03 | 纽森电气制造(杭州)有限公司 | Electronic lock |
| CN204850751U (en) * | 2015-07-21 | 2015-12-09 | 纽森电气制造(杭州)有限公司 | Intelligence electronic lock |
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Application publication date: 20151104 |
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| RJ01 | Rejection of invention patent application after publication |