CN206264988U - A kind of device of automatic sensing and one-key start - Google Patents

Abstract

The utility model is related to the device of a kind of automatic sensing and one-key start, including：Automatic transmitting remote control, burglar alarm mainframe, wireless one-key starter or wired one-key start device；Burglar alarm mainframe receives the periodicity low-power signal of automatic transmitting remote control transmitting and the wireless signal of wireless one-key starter transmitting, automatic transmitting remote control and the work of wireless one-key starter co- controlling burglar alarm mainframe respectively.The production cost that the utility model brings is almost suitable with common burglar alarm, but the institute of its existing common burglar alarm is functional, there is the function of automatic sensing one-key start again；And the Starting mode of wireless one-key starter (SPKE wireless initiators) can be equipped with, be conducive to the repacking of the various battery trucks in secondary market to upgrade；Also there is the wired one-key start device (the wired starters of SPKE) of outfit, for the production of primary market.The utility model can also strengthen anti-theft feature simultaneously, overall password is stolen and replicate several without possible.

Description

A kind of device of automatic sensing and one-key start

Technical field

The utility model is related to anti-theft device field, more particularly to a kind of automatic sensing and one-key start device.

Background technology

It is well known that in automobile industry, general medium-to-high grade automobile has a kind of function of automatic sensing one-key start (Passive Keyless Entry, abbreviation PKE, hereinafter referred to as tradition PKE), that is, car owner near the automobile of oneself when, nothing Remote-control key with must drawing out can just open car door, be started up the car by then directly pressing start key.This traditional PKE Often the function that vehicle anti-theft is alarmed is combined together so as to constitute the burglar alarm (letter below of a set of higher level Claim tradition PKE burglar alarms), it brings very big facility to car owner, is increasingly welcome by market！

But, it was noticed that possessing the automobile of this function often than other similar expensive thousands of units of car to up to ten thousand Unit, the cost of installation is at a relatively high！And in electric bicycle industry, if this traditional PKE functions are transplanted in battery truck, that But it is unbearable burden for consumer, so, up to the present, commercially it is hardly visible the electricity of similar functions Bottle car！Traditional PKE burglar alarms are technically that, using two kinds of carrier waves for working respectively, production cost is very high, is common More than N times of burglar alarm；In addition, the switching device of one-key start needs to connect with internal circuit by connecting line, this Also the vehicle refitting of secondary market has been prevented one from.

Utility model content

The utility model is to overcome above-mentioned weak point, it is therefore intended that provide the dress of a kind of automatic sensing and one-key start Put (abbreviation SPKE (Special Positive Keyless Entry) burglar alarm)；The product life that the utility model brings Product cost is almost suitable with common burglar alarm, but the institute of its existing common burglar alarm is functional, there is automatic sensing again The function of one-key start；And the Starting mode of wireless one-key starter (SPKE wireless initiators) can be equipped with, be conducive to two grades The repacking upgrading of the various battery trucks in market；Also there is the wired one-key start device (the wired starters of SPKE) of outfit, for primary market Production.The utility model can also strengthen anti-theft feature simultaneously, overall password is stolen and replicate several without possible.

The utility model is to reach above-mentioned purpose by the following technical programs：A kind of dress of automatic sensing and one-key start Put, including：Automatic transmitting remote control, burglar alarm mainframe, wireless one-key starter；Burglar alarm mainframe is received from respectively The periodicity low-power signal of dynamic transmitting remote control transmitting and the wireless signal of wireless one-key starter transmitting, launch remote control automatically Device and wireless one-key starter co- controlling burglar alarm mainframe work.

Preferably, described wireless one-key starter can be replaced with wired one-key start device, burglar alarm mainframe with Wired one-key start device is connected, and receives the wire signal from wired one-key start device, wired one-key start device and automatic transmitting Remote control co- controlling burglar alarm mainframe works.

Preferably, described automatic transmitting remote control includes：Battery I, single-chip microcomputer I, carrier wave generation and radiating circuit I, Low power transmissions control passage I, ordinary power emission control passage I, key switch circuit I, shock detection circuit I, indicator lamp Circuit I；Single-chip microcomputer I respectively with low power transmissions control passage I, ordinary power emission control passage I, key switch circuit I, shake Dynamic detection circuit I, indicator light circuit I connections；Carrier wave produce with radiating circuit I respectively with low power transmissions control passage I, routine Power emission control passage I is connected；Battery I is respectively and is controlled with radiating circuit I, low power transmissions for single-chip microcomputer I, carrier wave are produced Passage I, ordinary power emission control passage I, shock detection circuit I are powered.

Preferably, being provided simultaneously with low power transmissions control passage I, ordinary power hair in described automatic transmitting remote control Control passage I is penetrated, can respectively control carrier wave to produce by low power transmissions control passage I, ordinary power emission control passage I The low-power signal and ordinary power signal corresponding with radiating circuit I transmittings.

Preferably, described low power transmissions control passage I, ordinary power emission control passage I control carrier wave respectively Produce and launch low-power signal and ordinary power signal with radiating circuit I, involved carrier wave frequency range covers all industrial frequency ranges, Such as 315MHz, 433.92MHz, 868.35MHz etc..

Preferably, described burglar alarm mainframe includes：Power supply circuit II, single chip circuit II, wireless signal are defeated Enter circuit I I, wireless signal demodulator circuit II, signal deteching circuit II, output driving circuit II, high-decibel loudspeaker II, cushion lock II, lock for rear box II, indicator circuit I I, start-up circuit II, lock motor signal produce circuit I I；Single chip circuit II respectively with nothing Line signal demodulating circuit II, signal deteching circuit II, output driving circuit II, power supply circuit II connections；Wireless signal demodulation electricity Road II is connected with wireless signal input circuit II, power supply circuit II；Output driving circuit II and high-decibel loudspeaker II, cushion lock II, lock for rear box II, indicator circuit I I, start-up circuit II, lock motor signal produce circuit I I, power supply circuit II connection；Power supply Circuit I I produces circuit I I to be connected with signal deteching circuit II, indicator circuit I I, start-up circuit II, lock motor signal respectively.

Preferably, the wireless one-key starter includes：Battery III, single-chip microcomputer III, key switch circuit III, refer to Indication lamp circuit III, carrier wave are produced and radiating circuit III；Single-chip microcomputer III respectively with key switch circuit III, indicator light circuit III, carrier wave are produced and are connected with radiating circuit III；Battery III be respectively single-chip microcomputer III, indicator light circuit III, carrier wave produce with Radiating circuit III powers.

Preferably, described wired one-key start device includes：Key circuit IV, indicator light circuit IV, transmission line IV；Institute The key circuit IV for stating is connected with indicator light circuit IV, transmission line IV respectively；Transmission line IV is connected to burglar alarm mainframe.

Preferably, described single-chip microcomputer I and single-chip microcomputer III can be encoded circuit replacement.

Preferably, the shock detection circuit I in described automatic transmitting remote control detects automatic transmitting remote control at any time Whether remain static, if static more than Preset Time, automatic transmitting remote control enters battery saving mode.

Preferably, described carrier wave produce with radiating circuit I be can produce a kind of carrier signal and the circuit of transmitting, can Produce two or more carrier signal and launch circuit in any one.

Preferably, the structure of described automatic transmitting remote control can also be by battery V, single-chip microcomputer or coding circuit V, Low power transmissions control passage V, carrier wave are produced and produced with low power transmissions circuit V, ordinary power emission control passage V, carrier wave Constituted with ordinary power radiating circuit V, key switch circuit V, shock detection circuit V, indicator light circuit V；Single-chip microcomputer or volume Code circuit V and battery V, low power transmissions control passage V, ordinary power emission control passage V, key switch circuit V, vibrations inspection Slowdown monitoring circuit V, indicator light circuit V are connected；Carrier wave is produced and low power transmissions circuit V and low power transmissions control passage V, battery V Connection；Carrier wave is produced and is connected with ordinary power radiating circuit V with ordinary power emission control passage V, battery V；Battery V is automatic Transmitting remote control provides working power.

Preferably, described carrier wave is produced being produced and ordinary power radiating circuit V with low power transmissions circuit V, carrier wave Produced carrier frequency can identical or difference.

Preferably, the structure of described burglar alarm mainframe can also be by power supply circuit VI, single chip circuit VI, letter Number detection circuit VI, low-power wireless signal input circuit VI, ordinary power wireless signal input circuit VI, low-power wireless letter Number demodulator circuit VI, ordinary power wireless signal demodulator circuit VI, output driving circuit VI, high-decibel loudspeaker VI, cushion lock VI, Lock for rear box VI, direction circuit for lamp VI, start-up circuit VI, lock motor signal produce circuit VI compositions；Single chip circuit VI respectively with Low-power wireless signal demodulating circuit VI, ordinary power wireless signal demodulator circuit VI, signal deteching circuit VI, output driving electricity Road VI, power supply circuit VI are connected；Low-power wireless signal input circuit VI, ordinary power wireless signal input circuit VI respectively with Low-power wireless signal demodulating circuit VI, ordinary power wireless signal demodulator circuit VI are connected；Output driving circuit VI and high score Shellfish loudspeaker VI, cushion lock VI, lock for rear box VI, direction circuit for lamp VI, start-up circuit VI, lock motor signal produce circuit VI, power supply Circuit VI is connected；Power supply circuit VI respectively with signal deteching circuit VI, direction circuit for lamp VI, start-up circuit VI, lock motor signal Circuit VI, low-power wireless signal demodulating circuit VI, ordinary power wireless signal demodulator circuit VI is produced to be connected.

Preferably, described automatic transmitting remote control carries out signal biography using wireless mode to burglar alarm mainframe Defeated, wireless one-key starter is not limited to be located at the position of any convenient operation on vehicle, makes ornaments band with car owner Or inside and outside the bag bag carried with.

The beneficial effects of the utility model are：(1) the utility model alarm launches conventional work(by SPKE remote controls Rate signal and low-power signal control SPKE host works, can both realize long-distance remote control vehicle, again can closely by vehicle Sense so as to realize one-key start.In addition, the signal of ordinary power transmitting may be cut by lawless person under certain conditions Obtain (because transmitting range is remote, the signal of transmitting is possible to intercepted), but low power transmissions signal is difficult to be stolen (because hair Penetrate apart from short), so the utility model is safer more reliable from for antitheft angle；In addition, economically analyze, because It is the designing technique using conventional Digiplex, therefore structure is simpler for relatively conventional PKE burglar alarms, cost is more For cheap；(2) automatic guard setup and automatically terminate：The i.e. automatic guard setup when car owner leaves vehicle more than certain distance；When car owner leans on Automatically terminated during nearly oneself vehicle.Both of which eliminates biography without being operated manually to the remote control carried with The trouble of system operation；(3) SPKE remote controls and SPKE wireless initiators and SPKE main frames are used cooperatively, and operation is simpler, use It is more convenient, realize vehicle anti-theft and directly initiate/stop working, and eliminate the trouble for drawing remote control and key.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model；

Fig. 2 is SPKE remote controller structures schematic diagram of the present utility model；

Fig. 3 is SPKE main machine structures schematic diagram of the present utility model；

Fig. 4 is SPKE wireless initiators structural representation of the present utility model；

Fig. 5 is the wired starter structural representations of SPKE of the present utility model.

Fig. 6 is another structural representation of SPKE remote controls of the present utility model；

Fig. 7 is another structural representation of SPKE main frames of the present utility model；

Brief description of the drawings：SPKE remote controls 101；SPKE main frames 102；SPKE wireless initiators 103-1；The wired starters of SPKE 103-2；Single-chip microcomputer or coding circuit I 201；Battery I 202；Low power transmissions control passage I 203；Ordinary power is launched Control passage I 204；Carrier wave is produced and radiating circuit I 205；Key switch circuit I 206；Indicator light circuit I 207；Power supply Circuit I I 301；Single chip circuit II 302；Wireless signal input circuit II 303；Wireless signal demodulator circuit II 304；Letter Number detection circuit I I 305；Output driving circuit II 306；High-decibel loudspeaker II 307；Cushion lock II 308；Lock for rear box II 309；Indicator circuit I I310；Start-up circuit II 311；Lock motor signal produces circuit I I 312；Battery III 401；Monolithic Machine or coding circuit III 402；Key switch circuit III 403；Indicator light circuit III 404；Carrier wave is produced and transmitting electricity Road III 405；Key switch circuit IV 501；Indicator light circuit IV 502；Transmission line IV 503；Battery V 602；Single-chip microcomputer or Person's coding circuit V 601；The logical V 603 of low power transmissions control；Carrier wave is produced and low power transmissions circuit V 605；Ordinary power Emission control passage V 604；Carrier wave is produced and ordinary power radiating circuit V 609；Key switch circuit V 606；Shock detection Circuit V 608；Indicator light circuit V 607；Power supply circuit VI 701；Signal deteching circuit VI 703；Single chip circuit VI 703； Low-power wireless signal input circuit VI 704；Ordinary power wireless signal input circuit VI 705；Low-power wireless signal solution Adjust circuit VI 706；Ordinary power wireless signal demodulator circuit VI 707；Output driving circuit VI 708；High-decibel loudspeaker VI 709；Cushion lock VI 710；Lock for rear box VI 711；Direction circuit for lamp VI 712；Start-up circuit VI 713；Lock motor signal is produced Circuit VI 714.

Specific embodiment

The utility model is described further with reference to specific embodiment, but protection domain of the present utility model is simultaneously It is not limited only to this：

Embodiment 1：As shown in figure 1, device (abbreviation SPKE (the Special of a kind of automatic sensing and one-key start Positive Keyless Entry) burglar alarm) include：It is automatic transmitting remote control 101 (abbreviation SPKE remote controls), antitheft Alarm host machine 102 (abbreviation SPKE main frames), wireless one-key starter 103-1 (abbreviation SPKE wireless initiators)/wired key Starter 103-2 (the wired starters of abbreviation SPKE).SPKE remote controls 101 and SPKE wireless initiators 103-1 or SPKE are wired Starter 103-2 is used cooperatively, and controls burglar alarm mainframe 102 to work by wireless signal or wired enabling signal, so that Reach the automatic sensing one-key start of control vehicle and the purpose of antitheft function.Meanwhile, what SPKE remote controls 101 were launched automatically Signal be using low-power, it is necessary to closely can just receive (about 1.5 meters scope or so), it is not easy to replicate (general by people Lawless person is to hide replicate the signal of Digiplex ordinary power transmitting in the distant place for being difficult to be found by car owner), very great Cheng Antitheft reliability is ensure that on degree.

As shown in Fig. 2 SPKE remote controls 101 by battery I 202, single-chip microcomputer or coding circuit I 201, carrier wave produce with Radiating circuit I 205, low power transmissions controls logical I 203, ordinary power emission control passage I 204, key switch circuit I 206th, shock detection circuit I 208, indicator light circuit I 207 are constituted；Single-chip microcomputer or coding circuit I 201 and battery I 202, Low power transmissions control passage I 203, ordinary power emission control passage I 204, key switch circuit I 206, shock detection Circuit I 208, indicator light circuit I 207 are connected；Carrier wave is produced and radiating circuit I 205 and low power transmissions control passage I 203rd, ordinary power emission control passage I 204, battery I 202 is connected；Battery I 202 is that SPKE remote controls 101 provide work Power supply.

As shown in figure 3, SPKE main frames 102 are by power supply circuit II 301, single chip circuit II302, wireless signal input electricity Road II 303, wireless signal demodulator circuit II 304, signal deteching circuit II 305, output driving circuit II 306, high-decibel Loudspeaker II 307, cushion lock II 308, lock for rear box II 309, indicator circuit I I 310, start-up circuit II 311, lock motor letter Number circuit I I 312 is produced to constitute；Single chip circuit II 302 and wireless signal demodulator circuit II 304, signal deteching circuit II 305th, output driving circuit II 306, power supply circuit II 301 are connected；Wireless signal demodulator circuit II 304 is defeated with wireless signal Enter circuit I I303, single chip circuit II 302 to connect；Output driving circuit II 306 and high-decibel loudspeaker II 307, cushion lock II 308, lock for rear box II 309, indicator circuit I I 310, start-up circuit II 311, lock motor signal produce circuit I I 312, Power supply circuit II 301 is connected；Power supply circuit II 301 is that SPKE main frames 102 provide working power.

As shown in figure 4, SPKE wireless initiators 103-1 by battery III 401, single-chip microcomputer or coding circuit III 402, Key switch circuit III 403, indicator light circuit III 404, carrier wave are produced and constituted with radiating circuit III 405；Single-chip microcomputer or Person's coding circuit III 402 and battery III 401, key switch circuit III 403, indicator light circuit III 404, carrier wave are produced It is connected with radiating circuit III 405；Battery III 401 provides working power for SPKE wireless initiators 103-1.

As shown in figure 5, the wired starter 103-2 of SPKE are by key switch circuit IV 501, indicator light circuit IV 502, biography Defeated line IV 503 is constituted；Key switch circuit IV 501 is connected with indicator light circuit IV 502, transmission line IV 503；Transmission line IV 503 transmit for the wired starter 103-2 of SPKE provide working power with push button signalling.

When specifically used, SPKE master is housed with SPKE remote controls 101 with car owner and near (about 1.5 meters or so) During the vehicle of machine 102, the wireless signal input circuit II 303 in SPKE main frames 102 receives the automatic week of SPKE remote controls 101 The low-power signal that phase property sends, will be transferred to wireless signal demodulator circuit II 304, wireless signal demodulator circuit II304 Demodulate and be transferred to single chip circuit II 302 after signal and carry out judgement treatment, if password is correct, SPKE main frames 102 will be located In starting state is waited, as long as following car owner presses, SPKE wireless initiators 103-1 or SPKE on vehicle is wired to be opened The button of dynamic device 103-2, SPKE starters will send a string of signals of startup vehicle to SPKE main frames 102, when SPKE main frames After single chip circuit II 302 in 102 receives the correct enabling signal of password, enabled instruction will be exported to output driving Enabled instruction is transferred to start-up circuit II 311, start-up circuit II 311 by circuit I I 306, output driving circuit II 306 again The power supply of power supply circuit II 301 is supplied to vehicle, so as to complete the function of starting.During vehicle launch, SPKE remote controls 101 continue automated periodic launches low-power signal to SPKE main frames 102.

There are low power transmissions control passage I 203, ordinary power emission control passage I 204 inside SPKE remote controls 101, When usually car owner does not operate to key switch circuit I 206, only low power transmissions control passage I 203 control carrier waves Generation works with radiating circuit I 205, and ordinary power emission control passage I 204 does not work, and this ensures that theres and only works as Car owner can just start vehicle when being close to；Simultaneously as SPKE remote controls 101 are low power transmissions, and launch time is very Short, emission current is very small, therefore very power saving.In addition, shock detection circuit I 208 is also equipped with inside SPKE remote controls 101, Shock detection circuit I 208 can be with the state of real-time detection vibration switch, and when car owner's rest, SPKE remote controls 101 are in Transfixion state and after exceeding certain hour, single-chip microcomputer or coding circuit I 201 will stop sending information, low-power hair Penetrate control passage I 203 to pass through with regard to no signal, carrier wave is produced and will be stopped with radiating circuit I 205, SPKE remote controls 101 enter sleep for electricity saving pattern, and now power consumption only has several microamperes, almost can be ignored, and further extends battery I 202 service life.

Car owner can also press the button of SPKE remote controls 101 to trigger key switch circuit I206 work from control car .When car owner be using this mode to start vehicle after, SPKE main frames 102 can detect whether that receiving SPKE remote controls 101 launches Low-power signal, if not receiving the low-power signal, SPKE main frames 102 can not stop paying out responding to vehicle in the process of moving Report sound, until stopping working or receiving effective low-power signal.There is such function, it is possible to reduce the stolen possibility of vehicle Property.Because just in case the signal of the ordinary power transmitting of SPKE remote controls 101 is replicated by lawless person's stick-up, and can SPKE remote controls The signal of 101 low power transmissions is but difficult to be replicated by stick-up, even if thus lawless person using replicate remote control start Vehicle, but SPKE main frames 102 can not stop issuing alarm in ride, and burglar can be allowed panic and crime is abandoned.

Table 1

Table 1 is common one-way anti-theft alarm, common bidirectional anti-theft alarm, tradition PKE burglar alarms and this practicality The comparison of new SPKE burglar alarms.It can be found that SPKE burglar alarms of the present utility model not only have All advantages (automatic sensing, one-key start, exempt to draw key and remote control, theftproof performance are superior) of traditional PKE burglar alarms, And low production cost, while overcoming a variety of not enough and inconvenience of common burglar alarm again.

Embodiment 2：SPKE remote controls involved by embodiment 1 can be again another structure, as shown in fig. 6, SPKE Remote control 101 by the logical V 603, carrier wave of battery V 602, single-chip microcomputer or coding circuit V 601, low power transmissions controls produce with Low power transmissions circuit V 605, ordinary power emission control passage V 604, carrier wave are produced and ordinary power radiating circuit V 609th, key switch circuit V 606, shock detection circuit V 608, indicator light circuit V 607 are constituted；Single-chip microcomputer or coding electricity Road V 601 and battery V 602, low power transmissions control passage V 603, ordinary power emission control passage V 604, key switch Circuit V 606, shock detection circuit V 608, indicator light circuit V 607 are connected；Carrier wave is produced and low power transmissions circuit V 605 It is connected with low power transmissions control passage V 603, battery V 602；Carrier wave is produced and ordinary power radiating circuit V 609 and routine Power emission control passage V 604, battery V 602 is connected；Battery V 602 is that SPKE remote controls 101 provide working power.

Another structure of SPKE main frames is as shown in fig. 7, can also be by power supply circuit VI 701, single chip circuit VI 703rd, signal deteching circuit VI 702, low-power wireless signal input circuit VI 704, ordinary power wireless signal input circuit VI 705, low-power wireless signal demodulating circuit VI 706, ordinary power wireless signal demodulator circuit VI 707, output driving electricity Road VI 708, high-decibel loudspeaker VI 709, cushion lock VI 710, lock for rear box VI 711, direction circuit for lamp VI 712, start-up circuit VI 713, lock motor signal produce circuit VI 714 to constitute；Single chip circuit VI 703 is demodulated with low-power wireless signal respectively Circuit VI 706, ordinary power wireless signal demodulator circuit VI 707, signal deteching circuit VI 702, output driving circuit VI 708th, power supply circuit VI 701 is connected；Low-power wireless signal input circuit VI 704, ordinary power wireless signal input circuit VI 705 is connected with low-power wireless signal demodulating circuit VI 706, ordinary power wireless signal demodulator circuit VI 707 respectively； Output driving circuit VI708 and high-decibel loudspeaker VI 709, cushion lock VI 710, lock for rear box VI 711, direction circuit for lamp VI 712nd, start-up circuit VI 713, lock motor signal produce circuit VI 714, power supply circuit VI 701 to connect；Power supply circuit VI 701 Respectively circuit VI is produced with signal deteching circuit VI 702, direction circuit for lamp VI 712, start-up circuit VI 713, lock motor signal 714th, low-power wireless signal demodulating circuit VI 706, ordinary power wireless signal demodulator circuit VI 707 are connected.

Produced and ordinary power hair with low power transmissions circuit V 605, carrier wave when the carrier wave in SPKE remote controls 101 is produced When carrier frequency produced by transmit-receive radio road V 609 is the same, implementation process is completely the same with described in embodiment 1, except SPKE is distant The low-power signal of the control transmitting of device 101 is to control carrier wave to produce and low power transmissions electricity by low power transmissions control passage V 603 Road V 605 realizes that the ordinary power signal of the transmitting of SPKE remote controls 101 is to be controlled by ordinary power emission control passage V 604 Carrier wave processed produces with ordinary power radiating circuit V 609 to realize.

Produced and ordinary power hair with low power transmissions circuit V 605, carrier wave when the carrier wave in SPKE remote controls 101 is produced When carrier frequency produced by transmit-receive radio road V 609 is different, implementation process is with the difference described in embodiment 1:Except The low-power signal of the transmitting of SPKE remote controls 101 is to control carrier wave to produce and low-power by low power transmissions control passage V 603 Radiating circuit V 605 is to realize, the ordinary power signal of the transmitting of SPKE remote controls 101 is by ordinary power emission control passage V 604 control carrier waves produce with ordinary power radiating circuit V 609 outside realizing, to there is corresponding receiving circuit in SPKE main frames 102 Respectively come receive SPKE remote controls 101 transmitting low-power signal and ordinary power signal, they are the low-power wireless in Fig. 7 Signal input circuit VI 704, ordinary power wireless signal input circuit VI 705, low-power wireless signal demodulating circuit VI 706th, ordinary power wireless signal demodulator circuit VI 707.

It is specific embodiment of the utility model and the know-why used described in above, if according to the utility model The change made of conception, function produced by it still without departing from specification and accompanying drawing covered it is spiritual when, should belong to Protection domain of the present utility model.

Claims (15)

1. the device of a kind of automatic sensing and one-key start, it is characterised in that including：Automatic transmitting remote control (101), anti-theft journal Alert device main frame (102), wireless one-key starter (103-1)；Burglar alarm mainframe (102) receives automatic transmitting remote control respectively (101) wireless signal of periodicity low-power signal and wireless one-key starter (103-1) transmitting of transmitting, launches remote control automatically Device (101) and wireless one-key starter (103-1) co- controlling burglar alarm mainframe (102) work.

2. the device of a kind of automatic sensing according to claim 1 and one-key start, it is characterised in that：Described wireless one Key starter (103-1) can be replaced with wired one-key start device (103-2), and burglar alarm mainframe (102) is opened with a wired key Dynamic device (103-2) is connected, and receives the wire signal from wired one-key start device (103-2), wired one-key start device (103-2) Worked with automatic transmitting remote control (101) co- controlling burglar alarm mainframe (102).

3. the device of a kind of automatic sensing according to claim 1 and one-key start, it is characterised in that：Described automatic hair Penetrating remote control (101) includes：Battery I (202), single-chip microcomputer I (201), carrier wave are produced and radiating circuit I (205), low power transmissions Control passage I (203), ordinary power emission control passage I (204), key switch circuit I (206), shock detection circuit I (208), indicator light circuit I (207)；Single-chip microcomputer I (201) sends out with low power transmissions control passage I (203), ordinary power respectively Penetrate control passage I (204), key switch circuit I (206), shock detection circuit I (208), indicator light circuit I (206) connections； Carrier wave produce with radiating circuit I (205) respectively with low power transmissions control passage I (203), ordinary power emission control passage I (204) connect；Battery I (202) is respectively as single-chip microcomputer I (201), carrier wave are produced and radiating circuit I (205), low power transmissions Control passage I (203), ordinary power emission control passage I (204), shock detection circuit I (208) power supply.

4. the device of a kind of automatic sensing according to claim 3 and one-key start, it is characterised in that：Described automatic hair Penetrate in remote control (101) and be provided simultaneously with low power transmissions control passage I (203), ordinary power emission control passage I (204), lead to Crossing low power transmissions control passage I (203), ordinary power emission control passage I (204) can respectively control carrier wave to produce and hair Transmit-receive radio road I (205) launches corresponding low-power signal and ordinary power signal.

5. the device of a kind of automatic sensing according to claim 3 and one-key start, it is characterised in that：Described low-power Emission control passage I (203), ordinary power emission control passage I (204) control carrier wave to produce and radiating circuit I (205) respectively Transmitting low-power signal and ordinary power signal, involved carrier wave frequency range cover all industrial frequency ranges.

6. the device of a kind of automatic sensing according to claim 1 and one-key start, it is characterised in that：Described anti-theft journal Alert device main frame (102) includes：It is power supply circuit II (301), single chip circuit II (302), wireless input circuit II (303), wireless Signal demodulating circuit II (304), signal deteching circuit II (305), output driving circuit II (306), high-decibel loudspeaker II (307), cushion lock II (308), lock for rear box II (309), indicator circuit I I (310), start-up circuit II (311), lock motor letter Number produce circuit I I (312)；Single chip circuit II (302) respectively with wireless signal demodulator circuit II (304), signal deteching circuit II (305), output driving circuit II (306), power supply circuit II (301) connections；Wireless signal demodulator circuit II (304) with it is wireless Input circuit II (303), power supply circuit II (301) are connected；Output driving circuit II (306) and high-decibel loudspeaker II (307), seat Pad lock II (308), lock for rear box II (309), indicator circuit I I (310), start-up circuit II (311), lock motor signal produce electricity Road II (312), power supply circuit II (301) are connected；Power supply circuit II (301) respectively with signal deteching circuit II (305), indicator Circuit I I (310), start-up circuit II (311), lock motor signal produce circuit I I (312) to be connected.

7. the device of a kind of automatic sensing according to claim 1 and one-key start, it is characterised in that：The wireless one-key Starter (103-1) includes：Battery III (401), single-chip microcomputer III (402), key switch circuit III (403), indicator light circuit III (404), carrier wave are produced and radiating circuit III (405)；Single-chip microcomputer III (402) respectively with key switch circuit III (403), Indicator light circuit III (404), carrier wave are produced and are connected with radiating circuit III (405)；Battery III (401) is respectively single-chip microcomputer III (402), key switch circuit III (403), indicator light circuit III (404), carrier wave are produced and radiating circuit III (405) power supplies.

8. the device of a kind of automatic sensing according to claim 2 and one-key start, it is characterised in that：Described wired one Key starter (103-2) includes：Key circuit IV (501), indicator light circuit IV (502), transmission line IV (503)；Described presses Key circuit IV (501) is connected with indicator light circuit IV (502), transmission line IV (503) respectively；Transmission line IV (503) is connected to anti- Steal alarm host machine (102).

9. a kind of automatic sensing according to claim 3 or 7 and the device of one-key start, it is characterised in that：Described list Piece machine can be encoded circuit replacement.

10. the device of a kind of automatic sensing according to claim 3 and one-key start, it is characterised in that：Described is automatic Whether the shock detection circuit I (208) in transmitting remote control (101) detects automatic transmitting remote control (101) in static at any time State, if static more than Preset Time, launch remote control (101) and enters battery saving mode automatically.

The device of a kind of 11. automatic sensings according to claim 3 and one-key start, it is characterised in that：Described carrier wave Produce with radiating circuit I (205) be can produce a kind of carrier signal and launch circuit, two or more carrier wave can be produced Signal and launch circuit in any one.

The device of a kind of 12. automatic sensings according to claim 1 and one-key start, it is characterised in that：Described is automatic The structure of transmitting remote control (101) can also be by battery V (602), single-chip microcomputer or coding circuit V (601), low power transmissions control The logical V (603) of system, carrier wave are produced and produced with low power transmissions circuit V (605), ordinary power emission control passage V (604), carrier wave With ordinary power radiating circuit V (609), key switch circuit V (606), shock detection circuit V (608), indicator light circuit V (607) constitute；Single-chip microcomputer or coding circuit V (601) and battery V (602), low power transmissions control passage V (603), routine Power emission control passage V (604), key switch circuit V (606), shock detection circuit V (608), indicator light circuit V (607) Connection；Carrier wave is produced and is connected with low power transmissions circuit V (605) with low power transmissions control passage V (603), battery V (602)； Carrier wave is produced and is connected with ordinary power radiating circuit V (609) with ordinary power emission control passage V (604), battery V (602)； Battery V (602) provides working power for automatic transmitting remote control (101).

The device of a kind of 13. automatic sensings according to claim 12 and one-key start, it is characterised in that：Described carrier wave Produce with low power transmissions circuit V (605), carrier wave generation can with the carrier frequency produced by ordinary power radiating circuit V (609) Identical or difference.

The device of a kind of 14. automatic sensings according to claim 1 and one-key start, it is characterised in that：Described is antitheft The structure of alarm host machine (102) can also be by power supply circuit VI (701), single chip circuit VI (703), signal deteching circuit VI (702), low-power wireless signal input circuit VI (704), ordinary power wireless signal input circuit VI (705), low-power without Line signal demodulating circuit VI (706), ordinary power wireless signal demodulator circuit VI (707), output driving circuit VI (708), height Decibel loudspeaker VI (709), cushion lock VI (710), lock for rear box VI (711), direction circuit for lamp VI (712), start-up circuit VI (713), lock motor signal produces circuit VI (714) composition；Single chip circuit VI (703) is demodulated with low-power wireless signal respectively Circuit VI (706), ordinary power wireless signal demodulator circuit VI (707), signal deteching circuit VI (702), output driving circuit VI (708), power supply circuit VI (701) are connected；Low-power wireless signal input circuit VI (704), ordinary power wireless signal are defeated Enter circuit VI (705) respectively with low-power wireless signal demodulating circuit VI (706), ordinary power wireless signal demodulator circuit VI (707) connect；Output driving circuit VI (708) and high-decibel loudspeaker VI (709), cushion lock VI (710), lock for rear box VI (711), Direction circuit for lamp VI (712), start-up circuit VI (713), lock motor signal produce circuit VI (714), power supply circuit VI (701) even Connect；Power supply circuit VI (701) respectively with signal deteching circuit VI (702), direction circuit for lamp VI (712), start-up circuit VI (713), lock motor signal produces circuit VI (714), low-power wireless signal demodulating circuit VI (706), ordinary power wireless communication Number demodulator circuit VI (707) is connected.

The device of a kind of 15. automatic sensings according to claim 1 and one-key start, it is characterised in that：Described is automatic Transmitting remote control (101) carries out signal transmission, wireless one-key starter using wireless mode to burglar alarm mainframe (102) (103-1) is not limited to be located at the position of any convenient operation on vehicle, makes ornaments band with car owner or carry with Bag bag inside and outside.