CN204199887U - A kind of electric motor intelligent rouses theftproof lock of stopping - Google Patents
A kind of electric motor intelligent rouses theftproof lock of stopping Download PDFInfo
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- CN204199887U CN204199887U CN201420579993.8U CN201420579993U CN204199887U CN 204199887 U CN204199887 U CN 204199887U CN 201420579993 U CN201420579993 U CN 201420579993U CN 204199887 U CN204199887 U CN 204199887U
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Abstract
The utility model discloses a kind of electric motor intelligent and rouse theftproof lock of stopping, comprise remote controller and be arranged on electric vehicle motor axle and rouse body (22) with cylindrical shape, medallion cover plate (37) forms the drum of confined space and to stop main body (21), described drum is stopped the assembly lower casing (23) and assembly upper cover (36) that main body (21) are provided with and coordinate and form assembly shell, circuit control panel (24) is installed in described assembly shell, described circuit control panel (24) is electrically connected with micro motor (25), described micro motor axle is provided with worm screw (251), described worm screw (251) drives locking mechanism to realize unblanking and locking according to forward and reverse transmission mechanism be arranged on assembly lower casing (23) that is rotated through of micro motor (25).The utility model uses a teleswitch and controls electrodynamic opening and closing, is equipped with control circuit board, and the energy automatic locking electric motor car when key is extracted in parking, easy to operate, automaticity is high.
Description
Technical field
The utility model relates to a kind of electrocar anti-theft lock, and a kind of electric motor intelligent rouses theftproof lock of stopping specifically.
Background technology
Current existing electrocar anti-theft lock, joins lockset outside being all generally; As U-shape lock or common magnetic energy rouse lock of stopping.
The all exposed outside in electric motor car of these locksets, is easy to found by robber and crack, thus causes electric motor car often stolen.And lock body easily enters silt and blocks, cause key not open lock, remote controller is not opened lock.The drawbacks such as car owner needs to bend over, go to unblank with squatting, and fine day is ash on the other hand, rainy day proficiency mud.Economic loss and awkward worry is caused to car owner.
Summary of the invention
The electric motor intelligent that the technical problems to be solved in the utility model is to provide a kind of safe ready rouses anti-theft lock device of stopping.
In order to solve the problems of the technologies described above, the utility model provides a kind of electric motor intelligent and rouses theftproof lock of stopping, comprise being arranged on electric vehicle motor axle and rouse body with cylindrical shape, medallion cover plate forms the drum of confined space and to stop main body, described drum is stopped the assembly lower casing and assembly upper cover that main body are provided with and coordinate and form assembly shell, in described assembly shell, circuit control panel is installed, described circuit control panel is electrically connected with micro motor, described micro motor axle is provided with worm screw, described worm screw drives locking mechanism to realize unblanking and locking according to forward and reverse transmission mechanism be arranged on assembly lower casing that is rotated through of micro motor.
Further, described transmission mechanism comprises the turbine be arranged on assembly lower casing, the first train of reduction gears, the second train of reduction gears, the 3rd reduction gearing, moment output wheel, eccentric wheel and torsion spring; Described turbine connects described worm screw, described turbine is provided with the gear wheel that coaxial pinion is engaged the first train of reduction gears, the pinion of described first train of reduction gears is engaged the gear wheel of the second train of reduction gears, pinion occlusion the 3rd reduction gearing of described second train of reduction gears, the coaxial coupling torque output wheel of described 3rd reduction gearing, described moment output wheel occlusion eccentric wheel, described eccentric wheel and torsion spring are coaxially installed on assembly lower casing by locating shaft, one end of described torsion spring connects described eccentric wheel, and the other end connects locking mechanism.
Further, described locking mechanism comprises the lock pin being arranged on and rousing the lock stopped in main body and the torsion spring connecting described transmission mechanism, described lock is provided with the chute for lock pin linear slide, and described drum is provided with multiple lockhole with it, and when described lock pin puts in lockhole along chute, locking mechanism realizes locking.
Further, described lockhole has 6.
Further, also include alarm, described alarm is electrically connected described circuit control panel.
Further, described circuit control panel is provided with central control chip, and described central control chip is connected with micro motor drive circuit, and described micro motor drive circuit comprises power access circuit, unlock circuit and exclusive circuit; Described power access circuit comprises the parallel resistance being connected in parallel power supply, the colelctor electrode of described parallel resistance connecting triode, the base stage contact resistance of described triode and the Zener diode of other end ground connection, the emitter stage of described triode connects unlock circuit and exclusive circuit;
Described exclusive circuit comprises the resistance connecting central control chip, the other end of described resistance connects the resistance of ground connection and the base stage of triode respectively, the emitter stage contact resistance of described triode and triode, the colelctor electrode connecting triode of described triode, the emitter stage of the emitter stage connecting triode of described triode, the colelctor electrode of described triode collects ground connection by the colelctor electrode of micro motor, triode with transmitting successively and forms loop;
Described unlock circuit comprises the resistance connecting central control chip, the other end of described resistance connects the resistance of ground connection and the base stage of triode respectively, the emitter stage contact resistance of described triode and triode, the colelctor electrode connecting triode of described triode, the emitter stage of the emitter stage connecting triode of described triode, the colelctor electrode of described triode collects ground connection by the colelctor electrode of micro motor, triode with transmitting successively and forms loop;
Described micro motor is also parallel with spark capacitor.
Further, described circuit control panel comprises alarm circuits for triggering, and alarm trigger circuit comprises the ground connection vibration ball switch connecting central control chip, and the resistance in parallel with described vibration ball switch, and the other end of described resistance is connected with 5V power supply.
Further, described circuit control panel comprises audio output circuit, audio output circuit comprises the resistance connecting central control chip, described resistance is communicated with resistance successively and resistance eutral grounding forms bias current, the base stage of the other end connecting triode of described resistance, the other end of described resistance passes through the base stage of resistance connecting triode; The emitter and collector of described triode is parallel with the high-tension resistive that disappears, and the colelctor electrode of described triode connects inductance, and the other end of described inductance connects power supply by resistance.
Further, described circuit control panel also comprises power circuit, described power circuit comprises the diode connecting input power, the output of described diode connects described micro motor drive circuit and current-limiting resistance respectively, the other end of described current-limiting resistance is connected in parallel to Zener diode and filter capacitor, in order to export 5V electric energy.
Further, described central control chip be connected with, data input circuit, luminous indicating circuit, 5V power supply, remote controller to code arrange circuit, storage circuit, Control drive circuit, intelligence close lock circuit, traffic safety protection circuit, earth terminal and simulation horn circuit.
The utility model passes through the micro motor arranging electrical connection circuit control panel in electric motor car, described micro motor axle is provided with worm screw, and described worm screw drives locking mechanism to realize unblanking and locking according to forward and reverse transmission mechanism be arranged on assembly lower casing that is rotated through of micro motor.Effectively lock is hidden in electric vehicle hub, strengthens anti-theft feature and avoid lock body easily enter silt and block, cause the do not open phenomenon of lock of key to occur, and during open locking, car owner does not need to bend over, go to unblank with squatting, and facilitates car owner to use.
Accompanying drawing explanation
Fig. 1 is part drawing of the present utility model.
Fig. 2 is assembling schematic diagram of the present utility model.
Fig. 3 is central control chip circuit structure diagram of the present utility model.
Fig. 4 is micro motor driving circuit structure figure of the present utility model.
Fig. 5 is alarm trigger circuit structure figure of the present utility model.
Fig. 6 is audio output circuit structure chart of the present utility model.
Fig. 7 is circuit construction of electric power figure of the present utility model.
Fig. 8 is that remote controller of the present utility model arranges circuit structure diagram to code.
Fig. 9 is storage circuit structure chart of the present utility model.
Figure 10 is that intelligence of the present utility model shuts circuit structure diagram.
Figure 11 is traffic safety protection circuit structure chart of the present utility model.
Figure 12 is simulation horn circuit structure chart of the present utility model.
Figure 13 is micro-signal transmission circuit structure chart of the present utility model.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, and to make those skilled in the art can understand the utility model being implemented better, but illustrated embodiment is not as to restriction of the present utility model.
As depicted in figs. 1 and 2, the bulging theftproof lock of stopping of a kind of electric motor intelligent of the utility model comprises remote controller (not shown) and rouses body 22 with being arranged on electric vehicle motor axle with cylindrical shape, the drum that medallion cover plate 37 forms confined space is stopped main body 21, rouse in main body 21 of stopping and assembly lower casing 23 and the assembly upper cover 36 that cooperation forms assembly shell is installed, circuit control panel 24 is installed in assembly shell, circuit control panel 24 is electrically connected with micro motor 25, micro motor axle is provided with worm screw 251, worm screw 251 drives locking mechanism to realize unblanking and locking according to forward and reverse transmission mechanism be arranged on assembly lower casing 23 that is rotated through of micro motor 25.
Transmission mechanism type is various, for making the power output of micro motor 25 apart from increasing exponentially, the utility model provides a kind of transmission mechanism embodiment of the moment that doubles, and this transmission mechanism comprises turbine 26, first train of reduction gears 27, second train of reduction gears 28, the 3rd reduction gearing 29, moment output wheel 30, eccentric wheel 31 and the torsion spring 33 that are arranged on assembly lower casing 23; Turbine 26 connecting worm 251, turbine 26 is provided with the gear wheel that coaxial pinion is engaged the first train of reduction gears, the pinion of the first train of reduction gears 27 is engaged the gear wheel of the second train of reduction gears 28, pinion occlusion the 3rd reduction gearing 29 of the second train of reduction gears 28, the coaxial coupling torque output wheel 30 of 3rd reduction gearing 29, moment output wheel 30 is engaged eccentric wheel 31, eccentric wheel 31 and torsion spring 33 are coaxially installed on assembly lower casing 23 by locating shaft 32, one end connecting eccentric wheel 31 of torsion spring 33, the other end connects locking mechanism.
Locking mechanism of the present utility model comprises the lock pin 35 being arranged on the torsion spring 33 rousing the lock 34 and connection for transmission mechanism of stopping in main body 21, lock 34 is provided with the chute 341 for lock pin 35 linear slide, drum body 22 is provided with multiple lockhole 221, and when lock pin 35 puts in lockhole 221 along chute 341, locking mechanism realizes locking.
Preferably in embodiment, lockhole 221 has 6, and symmetrical laying in pairs.In addition, the utility model also includes alarm 38, and alarm 38 is electrically connected circuit control panel 24, and accepts the control of circuit control panel 24 according to pre-set programs.
After remote controller of the present utility model sends command signal, control circuit board 24 receives and decodes, and exports high level and drives micro motor 25, perform and rotate and reverse action after decoding.Carry out first time deceleration by worm screw 251 and turbine 26, combined again slow down by the first train of reduction gears 27, second train of reduction gears 28 and the 3rd reduction gearing 29, repeating like this to slow down makes moment output wheel export larger torsional forces.Movable eccentric wheel 31 is with by moment output wheel 30, eccentric wheel 31 is connected with one end of torsion spring 33, is arranged on locating shaft 32, and the other end of torsion spring 33 is connected with the hole of lock pin 35, lock pin 35 is arranged in the chute 341 of lock 34, and lock 34 is arranged on drum and stops in main body 21.Assembly shell does waterproofing work.
The utility model can reach following action by the cooperation of above-mentioned parts: micro motor forward or reverse make lock pin do into or back skating move to coordinate to reach with the lockhole that is provided with it of drum and unblank and block action.When lock pin carries out jaw closing movement, drum body lockhole is not when lock pin position, utilizes torsion spring storage power, drum cover lock hole once with lock pin contraposition, torsion spring energy discharges immediately and makes lock pin be locked into lockhole to reach locking object.With should being locked into lockhole by lock pin, suppress dead when lockhole sidewall and lock pin sidewall are stressed, lock pin is unblanked motion, torsion spring storage power, once motor drum body rotates loosening, it is that lock pin exits lockhole and reaches object of unblanking that torsion spring releases energy immediately.
In the preferred embodiment of the utility model control circuit; circuit control panel is provided with the central control chip shown in Fig. 3, central control chip be connected with audio output circuit, data input circuit, luminous indicating circuit, 5V power supply, remote controller to code arrange circuit, storage circuit, alarm circuits for triggering, Control drive circuit, intelligence close lock circuit, traffic safety protection circuit, earth terminal, simulation horn circuit and micro motor drive circuit.Central control chip shown in Fig. 3 selects SN8P2501B chip, and its pin function comprises: pin 1: audio frequency exports; Pin 2: receive data input; Pin 3: luminous instruction; Pin 4: power supply (+5V); Pin 5: remote controller is arranged code study; Pin 6: storage data connects; Pin 7: report to the police and trigger input; Pin 8: relay drived control; Pin 9: electric switch shuts; Pin 10: driving protection; Pin 11: ground connection; Pin 12: analog electrical loudspeaker; Pin 13: reversion (unblanking); Pin 14: rotate forward (shutting), it is emphasized that unblank all to be realized by micro motor drive circuit with locking, is wherein performed during pin 13 high level and unblanks, perform locking during pin 14 high level.
The preferred micro motor drive circuit of one of the present utility model as shown in Figure 4, comprises power access circuit, unlock circuit and exclusive circuit; Wherein, power access circuit comprises the parallel resistance R16, the R17 that are connected in parallel power supply, the colelctor electrode of parallel resistance R16, R17 connecting triode Q13, the emitter stage of the base stage contact resistance R31 of triode Q13 and the Zener diode DZ2 of other end ground connection, triode Q13 connects unlock circuit and exclusive circuit; Exclusive circuit comprises the resistance R13 connecting central control chip, the other end of resistance R13 connects the resistance R14 of ground connection and the base stage of triode Q3 respectively, the emitter stage contact resistance R15 of triode Q3 and triode Q8, the colelctor electrode connecting triode Q4 of triode Q3, the emitter stage of the emitter stage connecting triode Q13 of triode Q4, the colelctor electrode of triode Q4 forms loop by the colelctor electrode of micro motor, triode Q8 and grounded emitter successively; Unlock circuit comprises the resistance R24 connecting central control chip, the other end of resistance R24 connects the resistance R25 of ground connection and the base stage of triode Q6 respectively, the emitter stage contact resistance R26 of triode Q6 and triode Q7, the colelctor electrode connecting triode Q5 of triode Q6, the emitter stage of the emitter stage connecting triode Q13 of triode Q5, the colelctor electrode of triode Q5 forms loop by the colelctor electrode of micro motor, triode Q7 and grounded emitter successively; Micro motor is also parallel with spark capacitor C9.
Micro motor drive circuit of the present utility model is by resistance R16, R17 step-down in parallel, by the colelctor electrode of triode Q13, a stable 13V voltage is provided to the base stage of triode Q13 again, due to the polarity pressure drop 0.7V of triode Q13 colelctor electrode and emitter stage by resistance R31 and Zener diode DZ2.Make the emitter stage of triode Q13 export a very stable 12.3V voltage, supply micro motor drives and uses.Close lock function: when the pin 14 of central control chip exports high level, by resistance R13, R14 dividing potential drop is fed to the base stage of triode Q3, the colelctor electrode of triode Q3 and emitter stage conducting, the emitter stage of triode Q4 and base stage is made to obtain bias current, conducting between triode Q4 emitter stage and colelctor electrode, 1 pin of micro motor is made to obtain the positive electricity of 11.7V, due to the conducting of triode Q3 colelctor electrode and emitter stage, separately lead up to the current limliting of resistance R15, the colelctor electrode and the transmitting tube conducting that are provided to the Q8 of triode are incorporated to ground, power supply passes through the emitter stage of triode Q4 to colelctor electrode, arrive 1 pin of micro motor again, by the coil of micro motor 2 pin to micro motor, loop is formed with entering by the colelctor electrode of triode Q8 and emitter stage, micro motor starts to rotate expression and shuts.Unlock circuit is made up of resistance R24, R25, R26, triode Q6, Q5, Q7, and operating principle no longer describes in detail shutting together here.
Figure 5 shows that alarm circuits for triggering of the present utility model, comprise the ground connection vibration ball switch S1 connecting central control chip, and the resistance R30 in parallel with vibration ball switch S1, the other end of resistance R30 is connected with 5V power supply.
As preferably, the circuits for triggering that alarm circuits for triggering of the present utility model adopt vibration ball switch S1 (SW-SPST) and resistance R30 two components and parts to form; Pin 7 due to central control chip enters triggering signal for becoming low level from high level or becoming high level from low level, all energy trigger alarm; Therefore can not produce and fail to report alert and false alarm phenomenon, this circuit design is simply, concise, stable and reliable for performance.
Figure 6 shows that audio output circuit of the present utility model, comprise the resistance R29 connecting central control chip, resistance R29 is communicated with resistance R40 successively and resistance R39 ground connection forms bias current, the base stage of the other end connecting triode Q10 of resistance R29, the other end of resistance R29 is also by the base stage of resistance R40 connecting triode Q9; The emitter and collector of triode Q9 is parallel with the high-tension resistive R27 that disappears, and the colelctor electrode of triode Q9 connects inductance L 4, and the other end of inductance L 4 connects power supply by resistance R28.
Audio output circuit of the present utility model forms amplifier by Q9, Q10 bis-2N555 triodes; R29 is signal current-limiting resistance; biasing circuit is formed again by R29, R40, R39; bias current is provided to Q10, Q9 base stage; R28 is power amplification current-limiting resistance; L4 is boost inductance, and R27 is the high-tension resistive that disappears, the application life of energy available protecting triode Q9.
The utility model also includes power circuit, as shown in Figure 7, power circuit comprises the diode D1 connecting input power, the output of diode D1 connects micro motor drive circuit and current-limiting resistance R18 respectively, the other end of current-limiting resistance R18 is connected in parallel to Zener diode DZ1 and filter capacitor E1, in order to export 5V electric energy.
In preferred embodiment of the present utility model, main power source exports VCC by diode D1 mono-tunnel and supplies micro motor drive circuit, separately lead up to current-limiting resistance R18, then supply central control chip and receiving circuit uses by exporting+5V power supply after Zener diode DZ1 and filter capacitor E1 filtering.Diode D1 protects for preventing wrong line, and when input power positive pole and negative pole connect inverse time, it can effectively protective effect, prevents circuit from burning out.
The utility model also comprises the remote controller shown in Fig. 8 and arranges circuit to code, and this circuit only selects a resistance R43 and press button S2(SW-YB) be connected with the pin 5 of central control chip.When remote controller carries out arranging code, only need press the button switch S 2 (SW-YB), alarming horn is sounded prompting, then by the button that needs on two remote controllers of typing respectively by once, represents that typing completes after hearing alarming horn sound feedback; When user loses remote controller, can touch the button switch S 2(SW-YB) reset, the instruction control of all typing remote controllers before cancellation, the then new remote controller of typing, alleviate the financial burden produced after user loses remote controller; This circuit design is reasonable, reliably; Simple to operation; The advantages such as later maintenance cost is low.
The utility model also comprises the storage circuit shown in Fig. 9, this circuit adopts one to store integrated circuit AT24C02, and exempt from peripheral cell design, be connected with the pin 6 of central control chip by the pin 5 of AT24C02, the pin 6 of AT24C02 is connected with the pin 5 of central control chip.Reach the object of data storing, circuit design is simple, stable and reliable for performance.In the utility model, AT24C02 pin is distributed as: pin 1,2, and 3,4,7 ground connection; Pin 5,6 storage datas connect; Pin 8 is 5V power supply.
The utility model also comprises the intelligence shown in Figure 10 and Fig. 3 and closes lock circuit, and current remote-controlled lock can only go control to shut with remote controller; And traditional electric door lock be combined with each other with the intelligent theftproof lock of stopping that rouses of the present utility model by this circuit cleverly; User stop after habituation turn off electric door lock and extract key, now intelligence drum theftproof lock of stopping of the present utility model will shut automatically, and auto-alarm-signal keying device is set up defences.Utilize the use habit of user to avoid user to close after electric door lock pulls key also will then to lock the trouble of theftproof lock; The utility model is easy to use, safe and reliable.
Intelligence is closed lock circuit and is realized based on the pin 9 of central control chip, and when this pin becomes low level from high level, the pin 14 of central control chip exports the high level of 5 seconds, then makes zero, for shutting.After 25 seconds, pin 7 triggering signal of central control chip enters effectively, and when electric door lock is opened, high level is by current-limiting resistance R34, then by resistance R51 and resistance R47 dividing potential drop, the pin 9 of central control chip is in high level.When turning off electric door lock, the pin 9 of central control chip becomes low level from high level, realizes above-mentioned pass lock function.
Circuit shown in Figure 10 also can realize exempting from key and start, when G point is high level, through current-limiting resistance R46 again by divider resistance R50 dividing potential drop, switch triode Q11 base stage obtains bias current, make conducting between Q11 colelctor electrode and emitter stage, at this moment 48V is through triode Q12 emitter stage and base stage, collector and emitter again through current-limiting resistance R37 and Q11 enters ground, the base stage of Q12 obtains bias current, make conducting between the emitter stage of Q12 and colelctor electrode, 48V power supply flows to the colelctor electrode of Q12 through the emitter stage of Q12, by the colelctor electrode output current of Q12, again through isolating diode D4, Current Voltage exports.Another road is directly supplied to the control end of controller.
Circuit shown in Figure 10 also can realize controller voltage and export, when G point is high level, through current-limiting resistance R46 again by divider resistance R50 dividing potential drop, switch triode Q11 base stage obtains bias current and makes conducting between colelctor electrode and emitter stage, 48V enters ground by the collector and emitter of resistance R37 and triode Q11 by Q12 base stage more again through the emitter stage of triode Q12, triode Q12 obtains bias current, therefore conducting between the emitter stage of triode Q12 and colelctor electrode, VCC passes through colelctor electrode again through the emitter stage of triode Q12, and the control voltage being supplied to controller exports.
Continue with reference to Figure 10, former car electric door lock voltage input, through isolating diode D3, supply voltage exports.
The utility model also comprises the traffic safety protection circuit shown in Figure 11; by this circuit; when the pin 10 of central control chip is high level; only have the auditory tone cues of the pin 1 of central control chip effective; other function is all switched off; motor phase line detects high level; by current-limiting resistance R33, commutation diode D2 and filter capacitor C14 filtering; again by after DZ3 voltage stabilizing; by the pin 10 of current-limiting resistance R44 to central control chip; when driving a vehicle, the pin 10 of central control chip is in high level, guarantees traffic safety.
In order to more safe and reliable, the utility model devises holding circuit, adds the ingehious design having used a resistance, security performance is doubled, as shown in figure 11.One end of resistance R32 connects+5V power supply, the other end connects diode D2, again by the pin 10 of resistance R44 to central control chip, when the detection of motor phase line is broken down, the pin 10 of central control chip only sends fault cues sound in high level, and other function is failure to actuate, high level is through resistance R33 under normal circumstances, again by motor coil ground connection, the pin 10 of central control chip keeps low level, and all functions normally use.
The utility model also comprises the simulation horn circuit shown in Figure 12, when horn switch button is opened, voltage is by current-limiting resistance R41 current limliting and divider resistance R49 dividing potential drop, there is provided a high level to the pin 12 of central control chip, namely the pin 1 of central control chip exports the audio signal of simulation loudspeaker.
The utility model also comprises the micro-signal transmission circuit shown in Figure 13, in this circuit, has six conductor cable line to be connected and carry out Signal transmissions between J11 and J13.
In addition, the utility model also comprises remote controlled transmitting circuit and wireless receiving circuit, because these two kinds of circuit belong to ripe circuit in the past, no longer describes in detail in the utility model.
The above embodiment is only for absolutely proving the preferred embodiment that the utility model is lifted, and protection domain of the present utility model is not limited thereto.The equivalent alternative or conversion that those skilled in the art do on the utility model basis, all within protection domain of the present utility model.Protection domain of the present utility model is as the criterion with claims.
Claims (10)
1. an electric motor intelligent rouses theftproof lock of stopping, it is characterized in that, comprise being arranged on electric vehicle motor axle and rouse body (22) with cylindrical shape, medallion cover plate (37) forms the drum of confined space and to stop main body (21), described drum is stopped the assembly lower casing (23) and assembly upper cover (36) that main body (21) are provided with and coordinate and form assembly shell, circuit control panel (24) is installed in described assembly shell, described circuit control panel (24) is electrically connected with micro motor (25), described micro motor axle is provided with worm screw (251), described worm screw (251) drives locking mechanism to realize unblanking and locking according to forward and reverse transmission mechanism be arranged on assembly lower casing (23) that is rotated through of micro motor (25).
2. a kind of electric motor intelligent according to claim 1 rouses theftproof lock of stopping, it is characterized in that, described transmission mechanism comprises the turbine (26) be arranged on assembly lower casing (23), the first train of reduction gears (27), the second train of reduction gears (28), the 3rd reduction gearing (29), moment output wheel (30), eccentric wheel (31) and torsion spring (33), described turbine (26) connects described worm screw (251), described turbine (26) is provided with the gear wheel that coaxial pinion is engaged the first train of reduction gears, the pinion of described first train of reduction gears (27) is engaged the gear wheel of the second train of reduction gears (28), pinion occlusion the 3rd reduction gearing (29) of described second train of reduction gears (28), the coaxial coupling torque output wheel (30) of described 3rd reduction gearing (29), described moment output wheel (30) occlusion eccentric wheel (31), described eccentric wheel (31) and torsion spring (33) are coaxially installed on assembly lower casing (23) by locating shaft (32), one end of described torsion spring (33) connects described eccentric wheel (31), the other end connects locking mechanism.
3. a kind of electric motor intelligent according to claim 2 rouses theftproof lock of stopping, it is characterized in that, described locking mechanism comprises the lock pin (35) being arranged on and rousing the lock (34) stopped in main body (21) and the torsion spring (33) connecting described transmission mechanism, described lock (34) is provided with the chute (341) for lock pin (35) linear slide, described bulging body (22) is provided with multiple lockhole (221), and when described lock pin (35) puts in lockhole (221) along chute (341), locking mechanism realizes locking.
4. a kind of electric motor intelligent according to claim 3 rouses theftproof lock of stopping, and it is characterized in that, described lockhole (221) has 6.
5. a kind of electric motor intelligent according to claim 3 rouses theftproof lock of stopping, and it is characterized in that, also include alarm (38), described alarm (38) is electrically connected described circuit control panel (24).
6. a kind of electric motor intelligent according to any one of claim 1 ~ 5 rouses theftproof lock of stopping, it is characterized in that, described circuit control panel is provided with central control chip, described central control chip is connected with micro motor drive circuit, and described micro motor drive circuit comprises power access circuit, unlock circuit and exclusive circuit; Described power access circuit comprises the parallel resistance (R16, R17) being connected in parallel power supply, the colelctor electrode of described parallel resistance (R16, R17) connecting triode (Q13), the base stage contact resistance (R31) of described triode (Q13) and the Zener diode (DZ2) of other end ground connection, the emitter stage of described triode (Q13) connects unlock circuit and exclusive circuit;
Described exclusive circuit comprises the resistance (R13) connecting central control chip, the other end of described resistance (R13) connects the resistance (R14) of ground connection and the base stage of triode (Q3) respectively, the emitter stage contact resistance (R15) of described triode (Q3) and triode (Q8), the colelctor electrode connecting triode (Q4) of described triode (Q3), the emitter stage of the emitter stage connecting triode (Q13) of described triode (Q4), the colelctor electrode of described triode (Q4) collects ground connection by the colelctor electrode of micro motor, triode (Q8) with transmitting successively and forms loop;
Described unlock circuit comprises the resistance (R24) connecting central control chip, the other end of described resistance (R24) connects the resistance (R25) of ground connection and the base stage of triode (Q6) respectively, the emitter stage contact resistance (R26) of described triode (Q6) and triode (Q7), the colelctor electrode connecting triode (Q5) of described triode (Q6), the emitter stage of the emitter stage connecting triode (Q13) of described triode (Q5), the colelctor electrode of described triode (Q5) collects ground connection by the colelctor electrode of micro motor, triode (Q7) with transmitting successively and forms loop;
Described micro motor is also parallel with spark capacitor (C9).
7. a kind of electric motor intelligent according to claim 6 rouses theftproof lock of stopping, it is characterized in that, described circuit control panel comprises alarm circuits for triggering, alarm trigger circuit comprises ground connection vibration ball switch (S1) connecting central control chip, and the resistance (R30) in parallel with described vibration ball switch (S1), the other end of described resistance (R30) is connected with 5V power supply.
8. a kind of electric motor intelligent according to claim 6 rouses theftproof lock of stopping, it is characterized in that, described circuit control panel comprises audio output circuit, audio output circuit comprises the resistance (R29) connecting central control chip, described resistance (R29) is communicated with resistance (R40) successively and resistance (R39) ground connection forms bias current, the base stage of the other end connecting triode (Q10) of described resistance (R29), the other end of described resistance (R29) passes through the base stage of resistance (R40) connecting triode (Q9); The emitter and collector of described triode (Q9) is parallel with the high-tension resistive that disappears (R27), and the colelctor electrode of described triode (Q9) connects inductance (L4), and the other end of described inductance (L4) connects power supply by resistance (R28).
9. a kind of electric motor intelligent according to claim 6 rouses theftproof lock of stopping, it is characterized in that, described circuit control panel also comprises power circuit, described power circuit comprises the diode (D1) connecting input power, the output of described diode (D1) connects described micro motor drive circuit and current-limiting resistance (R18) respectively, the other end of described current-limiting resistance (R18) is connected in parallel to Zener diode (DZ1) and filter capacitor (E1), in order to export 5V electric energy.
10. a kind of electric motor intelligent according to claim 6 rouses theftproof lock of stopping; it is characterized in that, described central control chip is connected with, data input circuit, luminous indicating circuit, 5V power supply, remote controller to code arrange circuit, storage circuit, Control drive circuit, intelligence close lock circuit, traffic safety protection circuit, earth terminal and simulation horn circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420579993.8U CN204199887U (en) | 2014-10-09 | 2014-10-09 | A kind of electric motor intelligent rouses theftproof lock of stopping |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420579993.8U CN204199887U (en) | 2014-10-09 | 2014-10-09 | A kind of electric motor intelligent rouses theftproof lock of stopping |
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| Publication Number | Publication Date |
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| CN204199887U true CN204199887U (en) | 2015-03-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420579993.8U Withdrawn - After Issue CN204199887U (en) | 2014-10-09 | 2014-10-09 | A kind of electric motor intelligent rouses theftproof lock of stopping |
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| Country | Link |
|---|---|
| CN (1) | CN204199887U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104372995A (en) * | 2014-10-09 | 2015-02-25 | 赵崇谊 | Intelligent drum brake type anti-theft lock for electric vehicle |
-
2014
- 2014-10-09 CN CN201420579993.8U patent/CN204199887U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104372995A (en) * | 2014-10-09 | 2015-02-25 | 赵崇谊 | Intelligent drum brake type anti-theft lock for electric vehicle |
| CN104372995B (en) * | 2014-10-09 | 2017-03-15 | 乐清乐驰弘盛锁业科技有限公司 | A kind of electric motor intelligent drum brake theftproof lock |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20160125 Address after: 325604 Yueqing Province, Wenzhou city white stone street, Lake Village Patentee after: YUEQING LECHI HONGSHENG LOCK INDUSTRY TECHNOLOGY CO., LTD. Address before: Hongqiao Town, Yueqing city of Zhejiang province 325608 apricot road Wenzhou City, No. 86 Patentee before: Zhao Chongyi |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20150311 Effective date of abandoning: 20171114 |
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| AV01 | Patent right actively abandoned |