CN102921147B - The control method of sports equipment and jockey thereof - Google Patents
The control method of sports equipment and jockey thereof Download PDFInfo
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- CN102921147B CN102921147B CN201210443037.2A CN201210443037A CN102921147B CN 102921147 B CN102921147 B CN 102921147B CN 201210443037 A CN201210443037 A CN 201210443037A CN 102921147 B CN102921147 B CN 102921147B
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- sports equipment
- electromagnetic lock
- connecting band
- finger print
- fingerprint identification
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Abstract
The invention provides the control method of a kind of sports equipment and jockey thereof, this sports equipment comprises position Circuits System in the inner and is positioned at the battery flat of its outer surface, mechanical switch, Fingerprint Identification Unit and jockey, this jockey comprises electromagnetism snap close, connecting band and the one end by connecting band and is fixed on connecting band stiff end on this sports equipment, the electromagnetic lock end of thread that electromagnetism snap close comprises electromagnetic lock catching groove and is connected with the other end of connecting band; Circuits System, for obtaining the operating voltage of needs from battery, obtains the current finger print information of user, verifies current finger print information from Fingerprint Identification Unit, if by checking, then the control circuit to electromagnetism snap close exports or cut-off current; Electromagnetic lock catching groove, passing through or turning off attraction electromagnetic lock end of thread to fasten connecting band or not attract electromagnetic lock end of thread to unclamp connecting band for the input current according to Circuits System.It is very convenient that above-mentioned sports equipment uses, and only need slide on the Fingerprint Identification Unit of equipment with finger.
Description
Technical field
The present invention relates to photoelectricity and electric mechanical control technology, particularly relate to the control method of a kind of sports equipment and jockey thereof.
Background technology
Along with the development of sports equipment manufacturing technology and the variation of user's request, the sports equipment of various difference in functionality arises at the historic moment.
But operation when existing sports equipment uses is comparatively common mode, i.e. manual operation, and convenient not, in addition, this sports equipment can be used by many people, proprietary not privatization, the individualized customization requirement of height cannot be met.
Summary of the invention
The invention provides the control method of a kind of sports equipment and jockey thereof, use problem not easily, to meet the personal customization demand of the highly proprietary privatization of user to solve existing sports equipment.
The invention provides a kind of sports equipment of finger print identifying, comprise the Circuits System being positioned at this sports equipment and the battery flat being positioned at this sports equipment outer surface, mechanical switch, Fingerprint Identification Unit and jockey, this jockey comprises electromagnetism snap close, connecting band and the one end by described connecting band and is fixed on connecting band stiff end on this sports equipment, the electromagnetic lock end of thread that described electromagnetism snap close comprises electromagnetic lock catching groove and is connected with the other end of described connecting band, wherein:
Described mechanical switch, for controlling the opening and closing of described Circuits System power supply;
Described battery flat, for depositing battery;
Described Fingerprint Identification Unit, for providing the inputting interface of finger print information for user;
Described Circuits System, be connected with described Fingerprint Identification Unit with described battery, for obtaining the operating voltage of needs from described battery, the current finger print information of user is obtained from described Fingerprint Identification Unit, described current finger print information is verified, if by checking, then the control circuit to described electromagnetism snap close exports or cut-off current;
Described electromagnetic lock catching groove, passing through or turning off the described electromagnetic lock end of thread of attraction to fasten described connecting band or not attract described electromagnetic lock end of thread to unclamp described connecting band for the input current according to described Circuits System.
Preferably, fingerprint identification module, microprocessor, memory and snap close controller that described Circuits System comprises power management module and is all connected with described power management module, wherein:
Described power management module, for providing the operating voltage needed separately for described fingerprint identification module, described microprocessor, described memory and described snap close controller;
Described fingerprint identification module, for obtaining the current finger print information of user from described Fingerprint Identification Unit, processes described current finger print information, and to the current finger print information after described microprocessor transmission processing;
Described memory, for preserving finger print information;
Described microprocessor, be connected with described memory with described fingerprint identification module, for by the described current finger print information after the process obtained from described fingerprint identification module with compare from the described finger print information that described memory obtains, if the two is consistent, then transmit control signal to described snap close controller; And the storage of described finger print information controls;
Described snap close controller, is connected with described microprocessor, for according to from described microprocessor control circuit from described control signal to described electromagnetism snap close export or cut-off current.
Preferably, described fingerprint identification module comprises fingerprint collecting unit and finger print data processing unit, wherein:
Described fingerprint collecting unit, is connected with described Fingerprint Identification Unit, for obtaining the current finger print information of user's input after described inputting interface slides finger from described Fingerprint Identification Unit;
Described finger print data processing unit, processes for the described current finger print information obtained described fingerprint collecting unit, and to the current finger print information after described microprocessor transmission processing.
Preferably, the type of described Fingerprint Identification Unit is optical sensing, semicoductor capacitor sensing, semiconductor pressure sensitivity sensing, semiconductor heat-sensitive sensor, photoelectric sensing, ultrasonic scanning sensing or biological radio frequency sensing; And/or
Described battery is rechargeable battery.
Preferably, described memory, obtains finger print information specifically for pre-stored fingerprint information or by carrying out collection from described fingerprint identification module to user fingerprints and preserves.
Preferably, described snap close controller, specifically for adopting the mode that coordinates with electromagnetic lock of relay, according to the described control signal from described microprocessor to the control circuit output of described electromagnetic lock or cut-off current.
Preferably, described sports equipment also comprises: the indicator lamp being positioned at this sports equipment outer surface;
Described snap close controller, also lights for indicator lamp according to the working state control of described power management module or extinguishes.
Preferably, described electromagnetic lock catching groove, specifically for: attract described electromagnetic lock end of thread to fasten described connecting band according to the non-zero current that described Circuits System inputs, and the zero current of described Circuits System input does not attract described electromagnetic lock end of thread to unclamp described connecting band.
Present invention also offers a kind of control method of jockey of sports equipment, the method comprises:
Described sports equipment, after described mechanical switch is opened, obtains the current finger print information of user;
Described current finger print information and pre-stored fingerprint information are compared by described sports equipment, if the two is consistent, then controlling described electromagnetic lock catching groove attracts described electromagnetic lock end of thread to fasten described connecting band, or controls described electromagnetic lock catching groove and do not attract described electromagnetic lock end of thread to unclamp described connecting band.
Preferably, described sports equipment controls described electromagnetic lock catching groove and attracts described electromagnetic lock end of thread with after fastening described connecting band, and the method also comprises:
Described sports equipment, after described mechanical switch is closed, controls described electromagnetic lock catching groove and does not attract described electromagnetic lock end of thread to unclamp described connecting band; Or
Described sports equipment controls described electromagnetic lock catching groove and does not attract described electromagnetic lock end of thread with after unclamping described connecting band, and the method also comprises:
Controlling described electromagnetic lock catching groove attracts described electromagnetic lock end of thread to fasten described connecting band.
Above-mentioned sports equipment has Circuits System, operation (be, undo shoelaces) is in use realized by fingerprint collecting certification and Electromagnetic Control technology, concrete only needs also slides gently with the Fingerprint Identification Unit in finger contact once equipment, and whole operating process is more convenient; In addition, can only could be used by the finger print identifying of oneself, privatization more, the individualized customization of height can be realized.
Accompanying drawing explanation
Fig. 1 is the structural representation of sports equipment Circuits System of the present invention;
Fig. 2 is the connection diagram of microprocessor of the present invention and fingerprint identification module;
Fig. 3 is the structural representation of electromagnetism snap close control circuit of the present invention;
Fig. 4 is the flow chart of fingerprint collecting storing process of the present invention;
Fig. 5 is the flow chart of fingerprint authentication process of the present invention;
Fig. 6 looks at schematic diagram straight on the left of left foot equipment of the present invention;
Fig. 7 looks at schematic diagram straight on the right side of left foot equipment of the present invention;
Fig. 8 is left foot equipment schematic top plan view of the present invention;
Fig. 9 looks at schematic diagram straight on the right side of right crus of diaphragm equipment of the present invention;
Figure 10 looks at schematic diagram straight on the left of right crus of diaphragm equipment of the present invention;
Figure 11 is right crus of diaphragm equipment schematic top plan view of the present invention.
Detailed description of the invention
For making the object, technical solutions and advantages of the present invention clearly understand, hereinafter will be described in detail to embodiments of the invention by reference to the accompanying drawings.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can be combined mutually.
The invention provides a kind of sports equipment of finger print identifying, it comprises the Circuits System being positioned at this sports equipment and the battery flat being positioned at this sports equipment outer surface, mechanical switch, Fingerprint Identification Unit and jockey, this jockey comprises electromagnetism snap close, connecting band and the one end by described connecting band and is fixed on connecting band stiff end on this sports equipment, the electromagnetic lock end of thread that described electromagnetism snap close comprises electromagnetic lock catching groove and is connected with the other end of described connecting band, wherein:
Described mechanical switch, for controlling the opening and closing of described Circuits System power supply;
Described battery flat, for depositing battery;
Described Fingerprint Identification Unit, for providing the inputting interface of finger print information for user;
Described Circuits System, be connected with described Fingerprint Identification Unit with described battery, for obtaining the operating voltage of needs from described battery, the current finger print information of user is obtained from described Fingerprint Identification Unit, described current finger print information is verified, if by checking, then the control circuit to described electromagnetism snap close exports or cut-off current;
Described electromagnetic lock catching groove, passing through or turning off the described electromagnetic lock end of thread of attraction to fasten described connecting band or not attract described electromagnetic lock end of thread to unclamp described connecting band for the input current according to described Circuits System.
Above-mentioned electromagnetic lock catching groove is fixing, and electromagnetic lock end of thread is movable.
Wherein, as shown in Figure 1, this Circuits System comprises the structure of Circuits System: fingerprint identification module 11, microprocessor 12, memory 13, snap close controller 14 and power management module 15, wherein:
Described power management module, for providing the operating voltage needed separately for described fingerprint identification module, described microprocessor, described memory and described snap close controller;
Described fingerprint identification module, for obtaining the current finger print information of user from described Fingerprint Identification Unit, processes described current finger print information, and to the current finger print information after described microprocessor transmission processing;
Described memory, for preserving finger print information;
Described microprocessor, be connected with described memory with described fingerprint identification module, for by the described current finger print information after the process obtained from described fingerprint identification module with compare from the described finger print information that described memory obtains, if the two is consistent, then transmit control signal to described snap close controller; Also the storage for finger print information controls;
Described snap close controller, is connected with described microprocessor, for according to from described microprocessor control circuit from described control signal to described electromagnetism snap close export or cut-off current.
Respectively each module is described in detail below:
(1) fingerprint identification module:
In view of the device space limit, use the module of smaller size smaller as far as possible.The interface of module also uses simple as far as possible.More basic module interface: ground (GND), reset control (Reset), serial interface receiving end (RXD), serial transmitting terminal (TXD), the enable control of modular power source (PowerEN), modular power source (VCC).Interface can select TTL gate circuit (TTL) type, saves voltage conversion chip.Common modular power source VCC voltage is 5V.Fingerprint identification module is made up of fingerprint collecting unit and finger print data processing unit two parts usually.The fingerprint recognition of slidingtype is adopted in the present invention;
Fingerprint collecting: can pre-stored fingerprint information in memory, will without the need to gathering fingerprint again during equipment use; Also when equipment use, fingerprint collecting can be carried out;
The type of Fingerprint Identification Unit can be optical sensing, semicoductor capacitor sensing, semiconductor pressure sensitivity sensing, semiconductor heat-sensitive sensor, photoelectric sensing, ultrasonic scanning sensing or biological radio frequency sensing etc.;
(2) microprocessor (MCU):
Optional supply voltage is the microprocessor of 5V, and the connecting circuit of itself and fingerprint identification module as shown in Figure 2;
(3) snap close controller:
The control circuit of snap close controller adopt relay and electromagnetic lock with the use of mode, as shown in Figure 3, relay uses and encapsulates surface patch little as far as possible or contact pin mode; Indicator lamp in Fig. 3 is visible at the outer surface of this sports equipment, and namely this sports equipment is also with the indicator lamp that can be positioned at outer surface.
Under the electromagnetic lock of the electromagnetism snap close control circuit shown in Fig. 3 is buckled in cut out (frenulum) state, the size of the external tensile force value that can bear by electromagnetic lock padlock sheet contact area, make the factors such as the size of current that material and design circuit pass through and determine.Specific product specification can customize according to the actual user demand of equipment user.Electromagnetic lock adopts low voltage drive.In view of the limited space putting each electronics and mechanical function module, the size general control by electric current of electromagnetism snap close design on control circuit is at below 100mA, corresponding supplying cell capacity is according to the size of shallow storage space generally can accomplishing more than 2000mAH, and battery adopts rechargeable battery.In this case, sustainable about 20 hours service time effectively continuously of electromagnetism snap close control circuit;
(4) memory:
Be used alone because this sports equipment is mainly individual, finger print information storage is only limitted to the fingerprint of equipment owner under normal circumstances, whole ten of a two hands fingerprint can be arranged storage, therefore memory adopts comparatively low capacity, and storage class need power-off after finger print information do not lose;
This memory can prestore finger print information or carry out collection from described fingerprint identification module to user fingerprints and obtains finger print information and preserve, and detailed process can see Fig. 4; This process comprises:
Step 401, collection fingerprint;
Step 402, judge whether current finger print gathers successfully, if gather successfully, perform step 403, if unsuccessful, then return step 401;
Step 403, storage current finger print;
Step 404, judge whether current finger print stores successfully, if success, perform step 405, if unsuccessful, return step 403;
Step 405, gather new fingerprint, turn to step 402.
Accordingly, microprocessor carries out fingerprint authentication process as shown in Figure 5, and this process comprises:
Step 501, collection fingerprint;
Step 502, judge whether current finger print gathers successfully, if gather successfully, perform step 503, if unsuccessful, then return step 501;
Step 503, checking fingerprint;
Step 504, judge fingerprint authentication whether success, if so, perform step 505, otherwise, terminate;
Step 505, unlatching electromagnetic lock;
Step 506, time delay reset for 3 seconds; Terminate.
(5) power management module:
Charged battery voltage adopts 12V, and battery volume considers according to the available device space and battery capacity size, uses the battery that capacity is large as far as possible in available spatial dimension, to guarantee the battery last power-on time grown as far as possible.Voltage conversion chip (DC/DC, LDO etc.) is adopted by voltage transitions to each circuit function module required voltage value between battery and each circuit function module.The charging of battery, takes out battery from the battery flat of equipment, utilizes external power source to charge (such as can use universal charger etc.).
The schematic appearance of above-mentioned sports equipment is as shown in Fig. 6 to Figure 11, wherein, described electromagnetic lock catching groove, specifically for: attract described electromagnetic lock end of thread to fasten described connecting band according to the non-zero current that described Circuits System inputs, and the zero current of described Circuits System input does not attract described electromagnetic lock end of thread to unclamp described connecting band.
For the protection of the Circuits System of sports equipment, need to guarantee the fastness in space, each circuit module place, stability, the good mechanical strength of space outer wall and the good insulating properties of space outer wall materials.
According to design requirement, also Fingerprint Identification Unit can be placed in the inner side of sports equipment, namely with the Fingerprint Identification Unit positional symmetry shown in Fig. 6 or Fig. 9, also Fingerprint Identification Unit can be placed in sports equipment other need position, with easy to use be operating as suitable.Equally, the position of mechanical switch and battery flat also can need other correct position of place apparatus according to design.
Present invention also offers a kind of method of controlling connecting device of above-mentioned sports equipment, the method comprises:
Step 101, sports equipment, after described mechanical switch is opened, obtain the current finger print information of user;
Described current finger print information and pre-stored fingerprint information are compared by step 102, sports equipment, if the two is consistent, then controlling described electromagnetic lock catching groove attracts described electromagnetic lock end of thread to fasten described connecting band, or controls described electromagnetic lock catching groove and do not attract described electromagnetic lock end of thread to unclamp described connecting band.
In addition, described sports equipment controls described electromagnetic lock catching groove and attracts described electromagnetic lock end of thread with after fastening described connecting band, the method also comprises: described sports equipment, after described mechanical switch is closed, controls described electromagnetic lock catching groove and do not attract described electromagnetic lock end of thread to unclamp described connecting band; Or described sports equipment controls described electromagnetic lock catching groove and does not attract described electromagnetic lock end of thread with after unclamping described connecting band, and the method also comprises: control described electromagnetic lock catching groove and attract described electromagnetic lock end of thread to fasten described connecting band.
Above-mentioned connecting band can be shoestring.Described sports equipment can be sport footwear.
Further, before above-mentioned steps 101, also comprise: charged battery is put into this sports equipment.
The operating process of above-mentioned sports equipment is used to be:
In the battery flat of sports equipment, load the battery being full of electricity, open mechanical switch, power management module activates effectively, and each functional module powers on, and equipment indicating lamp is lighted; Then carry out fingerprint collecting, finger contact Fingerprint Identification Unit also slides gently, and after fingerprint recognition success, electromagnetic lock is cramped out.(also can be designed to: finger contact Fingerprint Identification Unit also slides gently, after fingerprint recognition success, electromagnetic lock end of thread pins.) under module electrifying condition, after being contacted by the independently two panels magnetic sheet (i.e. electromagnetic lock catching groove and the magnetic sheet in electromagnetic lock end of thread) of electromagnetism snap close, lock (magnetic sheet attraction) buckled by electromagnetic lock.Under the state normally powered on, electromagnetism snap close is in locking state all the time.When electromagnetic lock down circuitry, electromagnetic lock buckle is not in unlocking condition (magnetic sheet attracts).
Above-mentioned sports equipment has Circuits System, operation (be, undo shoelaces) is in use realized by fingerprint collecting certification and Electromagnetic Control technology, concrete only needs also slides gently with the Fingerprint Identification Unit in finger contact once equipment, and whole operating process is more convenient; In addition, can only could be used by the finger print identifying of oneself, privatization more, the individualized customization of height can be realized.
The all or part of step that one of ordinary skill in the art will appreciate that in said method is carried out instruction related hardware by program and is completed, and said procedure can be stored in computer-readable recording medium, as read-only storage, disk or CD etc.Alternatively, all or part of step of above-described embodiment also can use one or more integrated circuit to realize.Correspondingly, each module/unit in above-described embodiment can adopt the form of hardware to realize, and the form of software function module also can be adopted to realize.The present invention is not restricted to the combination of the hardware and software of any particular form.
Above embodiment only in order to technical scheme of the present invention and unrestricted to be described, only with reference to preferred embodiment to invention has been detailed description.Those of ordinary skill in the art should be appreciated that and can modify to technical scheme of the present invention or equivalent replacement, and does not depart from the spirit and scope of technical solution of the present invention, all should be encompassed in the middle of right of the present invention.
Claims (12)
1. a sports equipment, it is characterized in that, comprise the Circuits System being positioned at this sports equipment and the battery flat being positioned at this sports equipment outer surface, mechanical switch, Fingerprint Identification Unit and jockey, this jockey comprises electromagnetism snap close, connecting band and the one end by described connecting band and is fixed on connecting band stiff end on this sports equipment, the electromagnetic lock end of thread that described electromagnetism snap close comprises electromagnetic lock catching groove and is connected with the other end of described connecting band, wherein:
Described mechanical switch, for controlling the opening and closing of described Circuits System power supply;
Described battery flat, for depositing battery;
Described Fingerprint Identification Unit, for providing the inputting interface of finger print information for user;
Described Circuits System, be connected with described Fingerprint Identification Unit with described battery, for obtaining the operating voltage of needs from described battery, the current finger print information of user is obtained from described Fingerprint Identification Unit, described current finger print information is verified, if by checking, then the control circuit to described electromagnetism snap close exports or cut-off current;
Described electromagnetic lock catching groove, passing through or turning off the described electromagnetic lock end of thread of attraction to fasten described connecting band or not attract described electromagnetic lock end of thread to unclamp described connecting band for the input current according to described Circuits System;
Described connecting band is shoestring; Described sports equipment is sport footwear;
Wherein, the fingerprint recognition of slidingtype is adopted.
2. sports equipment according to claim 1, is characterized in that:
Fingerprint identification module, microprocessor, memory and snap close controller that described Circuits System comprises power management module and is all connected with described power management module, wherein:
Described power management module, for providing the operating voltage needed separately for described fingerprint identification module, described microprocessor, described memory and described snap close controller;
Described fingerprint identification module, for obtaining the current finger print information of user from described Fingerprint Identification Unit, processes described current finger print information, and to the current finger print information after described microprocessor transmission processing;
Described memory, for preserving finger print information;
Described microprocessor, be connected with described memory with described fingerprint identification module, for by the described current finger print information after the process obtained from described fingerprint identification module with compare from the described finger print information that described memory obtains, if the two is consistent, then transmit control signal to described snap close controller; And the storage for described finger print information controls;
Described snap close controller, is connected with described microprocessor, for according to from described microprocessor control circuit from described control signal to described electromagnetism snap close export or cut-off current.
3. sports equipment according to claim 2, is characterized in that:
Described fingerprint identification module comprises fingerprint collecting unit and finger print data processing unit, wherein:
Described fingerprint collecting unit, is connected with described Fingerprint Identification Unit, for obtaining the current finger print information of user's input after described inputting interface slides finger from described Fingerprint Identification Unit;
Described finger print data processing unit, processes for the described current finger print information obtained described fingerprint collecting unit, and to the current finger print information after described microprocessor transmission processing.
4. sports equipment according to claim 1, is characterized in that:
The type of described Fingerprint Identification Unit is optical sensing, semicoductor capacitor sensing, semiconductor pressure sensitivity sensing, semiconductor heat-sensitive sensor, photoelectric sensing, ultrasonic scanning sensing or biological radio frequency sensing;
Described battery is rechargeable battery.
5. sports equipment according to claim 1, is characterized in that:
The type of described Fingerprint Identification Unit is optical sensing, semicoductor capacitor sensing, semiconductor pressure sensitivity sensing, semiconductor heat-sensitive sensor, photoelectric sensing, ultrasonic scanning sensing or biological radio frequency sensing.
6. sports equipment according to claim 1, is characterized in that:
Described battery is rechargeable battery.
7. sports equipment according to claim 2, is characterized in that:
Described memory, obtains finger print information specifically for pre-stored fingerprint information or by carrying out collection from described fingerprint identification module to user fingerprints and preserves.
8. sports equipment according to claim 2, is characterized in that:
Described snap close controller, specifically for adopting the mode that coordinates with electromagnetic lock of relay, according to the described control signal from described microprocessor to the control circuit output of described electromagnetism snap close or cut-off current.
9. sports equipment according to claim 8, is characterized in that, described sports equipment also comprises: the indicator lamp being positioned at this sports equipment outer surface;
Described snap close controller, also lights for indicator lamp according to the working state control of described power management module or extinguishes.
10. sports equipment according to claim 2, is characterized in that:
Described electromagnetic lock catching groove, specifically for: attract described electromagnetic lock end of thread to fasten described connecting band according to the non-zero current that described Circuits System inputs, and do not attract described electromagnetic lock end of thread to unclamp described connecting band according to the zero current that described Circuits System inputs.
The control method of the jockey of the sports equipment as described in 11. 1 kinds of claims as arbitrary in claim 1-10, it is characterized in that, the method comprises:
Described sports equipment, after described mechanical switch is opened, obtains the current finger print information of user;
Described current finger print information and pre-stored fingerprint information are compared by described sports equipment, if the two is consistent, then controlling described electromagnetic lock catching groove attracts described electromagnetic lock end of thread to fasten described connecting band, or controls described electromagnetic lock catching groove and do not attract described electromagnetic lock end of thread to unclamp described connecting band;
Described connecting band is shoestring; Described sports equipment is sport footwear.
12. methods according to claim 11, is characterized in that:
Described sports equipment controls described electromagnetic lock catching groove and attracts described electromagnetic lock end of thread with after fastening described connecting band, and the method also comprises:
Described sports equipment, after described mechanical switch is closed, controls described electromagnetic lock catching groove and does not attract described electromagnetic lock end of thread to unclamp described connecting band; Or
Described sports equipment controls described electromagnetic lock catching groove and does not attract described electromagnetic lock end of thread with after unclamping described connecting band, and the method also comprises:
Controlling described electromagnetic lock catching groove attracts described electromagnetic lock end of thread to fasten described connecting band.
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| CN201210443037.2A CN102921147B (en) | 2012-11-08 | 2012-11-08 | The control method of sports equipment and jockey thereof |
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| CN201210443037.2A CN102921147B (en) | 2012-11-08 | 2012-11-08 | The control method of sports equipment and jockey thereof |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103021049B (en) * | 2012-11-08 | 2015-08-12 | 大唐微电子技术有限公司 | The control method of sports equipment and coupling arrangement thereof |
| CN103810464B (en) * | 2013-07-31 | 2016-05-11 | 深圳光启智能光子技术有限公司 | Fingerprint recognition terminal |
| TWI652625B (en) * | 2018-03-16 | 2019-03-01 | 友達光電股份有限公司 | Fingerprint sensing device |
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| CN2893082Y (en) * | 2006-03-29 | 2007-04-25 | 美商卫士精密机械(昆山)有限公司 | Magnetic lock |
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| CN103021049A (en) * | 2012-11-08 | 2013-04-03 | 大唐微电子技术有限公司 | Sports equipment and control method for connection device of sports equipment |
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| US4598561A (en) * | 1985-06-03 | 1986-07-08 | Girard Donald A | Ski locking device |
| US4920334A (en) * | 1989-04-24 | 1990-04-24 | Devolpi Dean R | Security system for bicycles, ski racks and coat racks |
| CN2893082Y (en) * | 2006-03-29 | 2007-04-25 | 美商卫士精密机械(昆山)有限公司 | Magnetic lock |
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