CN1342957A - Antitheft and alarming GPS transmission monitor system implemented in wide range - Google Patents
Antitheft and alarming GPS transmission monitor system implemented in wide range Download PDFInfo
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- CN1342957A CN1342957A CN 01128268 CN01128268A CN1342957A CN 1342957 A CN1342957 A CN 1342957A CN 01128268 CN01128268 CN 01128268 CN 01128268 A CN01128268 A CN 01128268A CN 1342957 A CN1342957 A CN 1342957A
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Abstract
An antitheft and alarming GPS transmission monitor system for recognizing the objects in large range, monitoring them and alarming is disclosed. The infrared sensor and vibration sensor are contained in casing fixed to the facility to be monitored. The outputs of sensor are connected to inputs of dual-signal processor. A destroy preventing circuit of host is installed between top cover and box body. The host is contained in casing. The alarm signal processor of GPS network processing center has an output connected to an information distributor whose output is connected to user terminals. Its advantages include low error rate, high response speed, and destroy preventing function.
Description
Technical field: the present invention relates to Global Positioning System (GPS) GPS technology, it mainly is applicable to identification, monitoring and the warning of internal object on a large scale, especially to the burglar alarm of the open-air rod-pumped well in oil field.
Background technology: existing monitoring and alarming system to facility on a large scale all is to adopt single probe single-point to trigger, and has the high shortcoming of rate of false alarm.Moreover it is again wire transmission, has that difficulty of construction is big, cost is high, the shortcoming of the confidentiality difference of transmission data.And its alerting signal is that monobasic distributes, and has the slow shortcoming of back emergency reaction of reporting to the police.The scope of setting up defences of especially this system is little, is difficult to realize transregional networking.This system can't solve the antitheft and vandal-proof problem of monitoring anti-theft system self, and this system is once destroyedly just can not send alerting signal.
Summary of the invention: the objective of the invention is to develop a kind of on a large scale to interior antitheft and alarming GPS transmission monitor system implemented, it is the GPS technology that this system adopts Global Positioning System (GPS), can realize burglar alarm and locating and monitoring to facility on a large scale, it adopts the two index monitoring of two probes to facility, so rate of false alarm is low, and alerting signal can polynaryly distribute, so handle can be in time for emergency reaction, and it also has the function of anti-theft and anti-damage to burglar alarm self.The present invention is made up of the user terminal 7 of infrared sensor 1, shock sensor 2, dual signal collection analysis processing host 3, GPS transmitter 4, gps satellite 5, GPS network processes center 6, reception alerting signal.Infrared sensor 1 is made up of infrared sensing circuit 8, housing 10, the infrared receiver component D of infrared sensing circuit 8
2Be installed in opening 12 places in the housing 10, the output terminal of infrared sensing circuit 8 links to each other with the input end of dual signal collection analysis processing host 3, and infrared sensing circuit 8 is installed in the housing 10, and housing 10 is arranged on the monitored facility.Shock sensor 2 is made up of vibration-sensing element JD, housing 15, and vibration-sensing element JD is fixed in the housing 15, and the output terminal of vibration-sensing element JD links to each other with the input end of dual signal collection analysis processing host 3, and housing 15 is fixed on the monitored facility.Dual signal collection analysis processing host 3 is made up of the tamper-proof circuit 9 of main frame, housing 13, signals collecting and screening circuit 17, central processing circuit 18, function setting and relieving circuit 19, clock generating and signal amplification circuit 20, and dual signal collection analysis processing host 3 is installed in the housing 13.The tamper-proof circuit 9 of main frame is by a normally closed contact K
1Form K
1Be installed between the loam cake 16 and box body 21 of housing K
1Output terminal link to each other with an input end of signal processing and analysis treatment circuit 17.The output terminal of dual signal collection analysis processing host 3 links to each other with the input end of GPS transmitter 4.GPS transmitter 4 communicates by antenna 22 launching electromagnetic waves and gps satellite 5.The electromagnetic wave of gps satellite 5 emissions receives by the receiving antenna 23 at GPS network processes center 6.GPS network processes center 6 is made up of alerting signal receiving processing circuit 24 and the polynary distributor circuit 25 of information, the input end of the polynary distributor circuit 25 of output termination information of alerting signal receiving processing circuit 24, the output terminal of the polynary distributor circuit 25 of information joins with the input end of the user terminal 7 that receives alerting signal.The user terminal 7 that receives alerting signal is made up of 110 alarm centers 29 of GSM website 26, Internet 27, paging centers 28, telecommunications network, the antitheft processing support system 30 of telecommunications network.Because the receiving element D of the infrared sensor 1 that the present invention adopts
2Any object is the hotness infrared eye, no matter all can give off the strong and weak infrared ray that does not wait because of its surperficial temperature is different; Also because the difference of object, the Infrared wavelength of its radiation also has difference, when human body or other object enter search coverage, originally it is destroyed to stablize constant heat radiation environment, produce the heat radiation of a variation, infrared sensor receives this information after send alerting signal after amplifying, handle, analyzing.Shock sensor 2 utilizes the equilibrium principle of vibrations, to shake receiving element is contained on the monitored thing, because saboteur's desire must be to applying external force in fact when destroying monitored thing, also must produce flashy vibrations variation this moment, this variation is promptly sent alerting signal after the amplification of reception of vibrations receiving element and main circuit, analysis, the processing.Because dual signal collection analysis processing host is only just sent alerting signal when two sensors of different nature are all reported to the police, so reduced rate of false alarm.Again since in the central processing circuit storage electronic chart and the corresponding software thereof of monitored region are arranged, so contain the particular location of destroyed facility in the information that it sends, arrive in the very nick of time and handle in order to personnel.Also because the alerting signal of GPS network processes center 6 after will handling carried out polynary distribution, make mobile phone, PC, beeper, 110 alarm centers, antitheft processing support system can both receive alerting signal simultaneously, so emergency processing is just timely, the degree of the destroyed loss of monitored thing is just light.Reached facility in has on a large scale been realized unmanned, and purpose that can safeguard protection.Especially solved the problem that anti-theft monitoring system self goes to pot and also can report to the police.This system can also carry out duplex communication, is sent by the monitored thing of mind-set in the GPS network processes and removes monitoring or the instruction of initiatively patrolling and examining.
Description of drawings: Fig. 1 is an one-piece construction synoptic diagram of the present invention, Fig. 2 is the structural representation of infrared sensor 1, Fig. 3 is the structural representation of shock sensor 2, Fig. 4 is the syndeton synoptic diagram of tamper-proof circuit 9 of main frame and housing 13, Fig. 5 is the electrical block diagram of infrared sensor 1, Fig. 6 is the electrical block diagram of shock sensor 2, Fig. 7 is the electrical block diagram of dual signal collection analysis processing host 3, and Fig. 8 is GPS network processes center 6 and the electrical block diagram that receives the user terminal 7 of alerting signal.
Embodiment one: present embodiment is made up of the user terminal 7 of infrared sensor 1, shock sensor 2, dual signal collection analysis processing host 3, GPS transmitter 4, gps satellite 5, GPS network processes center 6, reception alerting signal.Infrared sensor 1 is made up of infrared sensing circuit 8, housing 10, and infrared sensing circuit 8 is by infrared receiving diode D
2, resistance R
15, capacitor C
5Form C
5Be attempted by power supply+E
CAnd between the ground, D
2Positive pole connect+E
C, D
2Negative pole meet R
15An end, R
15Other end ground connection, D
2Be installed in opening 12 places in the housing 10, other element of infrared sensing circuit 8 all is installed in the housing 10, and housing 10 is arranged on the flow path device of the open-air oil pumper well head in oil field.Shock sensor 2 is made up of vibration-sensing element JD, housing 15, and vibration-sensing element JD is fixed in the housing 15, and housing 15 is fixed on the support of the open-air oil pumper in oil field.Dual signal collection analysis processing host 3 is made up of the tamper-proof circuit 9 of main frame, housing 13, signals collecting and screening circuit 17, central processing circuit 18, function setting and relieving circuit 19, clock generating and signal amplification circuit 20, and the tamper-proof circuit 9 of main frame is by a normally closed contact K
1Form K
1Be fixed between the loam cake 16 and box body 21 of housing 13.Dual signal collection analysis processing host 3 is installed in the electrical control cubicles housing 13.The output terminal of dual signal collection analysis processing host 3 links to each other with the input end of GPS transmitter 4, GPS transmitter 4 communicates by antenna 22 launching electromagnetic waves and gps satellite 5, and the electromagnetic wave of gps satellite 5 emissions receives by the receiving antenna 23 at GPS network processes center 6.The signals collecting of dual signal collection analysis processing host 3 and screening circuit 17 are by multiplexed signal sampling switch integrated chip U
3, U
4And auxiliary element field effect transistor Q
6, resistance R
1, capacitor C
1Form.U
3Select the LM3115 model for use, U
4Select the CM7556 model for use, U
3Input end 9 pin meet the normal data signals end DATA of artificial setting, U
3Input end 14 pin meet Q
6Drain electrode, Q
6Source electrode meet power supply+E
C, Q
6Grid meet the D of infrared sensing circuit 8
2With R
15The signal output part AUX of junction.U
4Input end 1,12,13,14,15 pin meet the signal output part Z of five vibration-sensing element JD respectively
6, Z
5, Z
4, Z
3, Z
2, the other end ground connection of vibration-sensing element JD.U
42 pin through R
1Meet power supply+E
C, U
416 pin through C
1Ground connection, U
4Input end 4 pin meet the normally closed contact K of the tamper-proof circuit 9 of main frame
1Break ZSF end.Central processing circuit 18 is by CPU integrated circuit (IC) chip U
7Form U
7Select the M50436-560SP model for use, U
7Data terminal 28,29,30 pin meet U respectively
4 Data output end 11,10,9 pin, U
7Data terminal 36,37,38 pin meet U respectively
3 Data output end 1,3,2 pin.U
735 pin meet U
416 pin and through C
1Ground connection, U
7Input end 21 pin meet U
4Output terminal 3 pin.Function setting and relieving circuit 19 are by main element Audio Processing integrated chip U
2, scrambler integrated chip U
5, U
6, the keyboard signal processor A
1And auxiliary element triode Q
4, Q
15, Q
16, field effect transistor Q
4, resistance R
2, R
3, R
4, capacitor C
2Form.U
2Select the TW8778 model for use, U
5Select the KD9561 model for use, U
6Select the TL1451 model for use, A
1Select the JMH1528 model for use.U
5Input end 8 pin meet U
7 Instruction output end 9 pin, U
5Input end 6 pin meet U
7Output terminal 33 pin and U
2Input end 9 pin.U
2Input end 7,8 pin meet U respectively
7 Instruction output end 8,7 pin, U
2Output terminal 4 pin meet Q
14Base stage, Q
14Emitter through R
3Ground connection, Q
14Collector meet Q
4Grid, Q
4Drain electrode through R
2Ground connection, Q
4Source electrode meet the input end BEEL of hummer.U
6Input end 3,4 pin meet U
7 Instruction output end 1 pin, U
6Output terminal 1,2 pin meet U respectively
7 Command reception end 3,2 pin, U
25 pin meet Q
15Collector and Q
16Base stage and A
17 pin, pass through C again
1Ground connection.Q
16Grounded emitter, Q
16Collector meet U
6Input end 3,4 pin, Q
15Emitter meet A
1 Input end 6 pin, Q
15Base stage through R
4Meet A
1 Input end 4 pin, A
1Input end 8 pin meet keyboard KEY.Clock generating and signal amplification circuit 20 are by main element integrated amplifier chip U
11, clock generator chip U
9, U
10And nine resistance R of auxiliary element
5-R
13, diode D
1, crystal oscillator J
1, J
2, capacitor C
3, inductance L, triode Q
12, Q
13, Q
2Form.U
11Select the CX1587 model for use, U
10Select the CT4093 model for use, U
9Select the CD4584 model for use.U
11Input end 5 pin meet U
5Output terminal 2 pin and U
7Alarm signal output ends 6 pin, U
114 pin ground connection, U
111 pin through L and C
3Meet the input end GPSTC of GPS transmitter 4, U
112 pin through R
10Meet GPSTC, also meet Q simultaneously
13Collector, Q
13Emitter through R
9Ground connection, Q
13Base stage meet U
2Output terminal 6 pin.J
2Be attempted by U
91 pin and 2,3 pin between, U
92,3 pin meet U
10Input end 3 pin, J
1Be attempted by U
95,4 pin between, D
1Positive pole meet U
94 pin, D
1Negative pole meet U
95 pin, U
95 pin meet U
10Input end 4 pin, U
101,2 pin respectively through R
11, R
12Meet R
13An end, R
13Other end ground connection.U
10Output terminal 5 pin meet R
8An end, R
8Another termination Q
2Base stage, Q
2Collector meet U
7Input end 4 pin, Q
2Emitter through R
7Ground connection, Q
2Emitter through R
6Meet Q
12Emitter, Q
12Emitter through C
2Meet A
1Input end 3 pin, Q
12Base stage through R
5Meet A
14 pin, Q
12Collector meet U
7Input end 5 pin.The alerting signal receiving processing circuit 24 of GPS netting twine network processing enter 6 is by computer server U
15With triode Q
26, resistance R
14, capacitor C
4Form U
15Select the Athlon800 model for use, U
151 pin meet power supply+E
C, U
152 pin through C
4Ground connection, U
15Input end 4 pin connect the receiving antenna 23 of gps satellite 5 signals, U
15Input end 6 pin meet Q
26Collector, Q
26Emitter through R
14Ground connection, Q
26Base stage also connect antenna 23.The polynary distributor circuit 25 of the information at GPS network processes center 6 is by computer server U
16Form U
16Select the Duron750 model for use.U
16Input end 2,4 pin meet U respectively
15 Output terminal 18,16 pin, U
16Output terminal 5,6 pin meet U respectively
15 Input end 15,14 pin, U
1614 pin through C
4Ground connection.The user terminal 7 that receives alerting signal is made up of GSM website 26, Internet 27, paging centers 28, telecommunications network 110 alarm centers 29, the antitheft processing support system 30 of telecommunications network.The user mobile phone of GSM website 26 is selected the MTLA6188 model for use, the input termination U of GSM website 26
16Output terminal 13 pin, the computer receiver that links to each other with Internet 27 is selected IBM6420PC machine model for use, the input termination U of Internet 27
16 Output terminal 12 pin, the beeper that links to each other with paging centers 28 is selected the BP9875 model for use, the input termination U of paging centers 28
16 Output terminal 10 pin, the input termination U of telecommunications network 110 alarm centers 29
16Output terminal 8 pin, the input termination U of the antitheft processing support system 30 of telecommunications network
16Output terminal 7 pin.
Claims (9)
1, interior on a large scale antitheft and alarming GPS transmission monitor system implemented, it is by infrared sensor (1), shock sensor (2), dual signal collection analysis processing host (3), GPS transmitter (4), gps satellite (5), GPS network processes center (6), the user terminal (7) that receives alerting signal is formed, it is characterized in that infrared sensor (1) is by infrared sensing circuit (8), housing (10) is formed, the opening (12) that the infrared receiver component D2 of infrared sensing circuit (8) is installed in the housing (10) is located, the output terminal of infrared sensing circuit (8) links to each other with the input end of dual signal collection analysis processing host (3), infrared sensing circuit (8) is installed in the housing (10), and housing (10) is arranged on the monitored facility; Shock sensor (2) is made up of vibration-sensing element JD, housing (15), vibration-sensing element JD is fixed in the housing (15), the output terminal of vibration-sensing element JD links to each other with the input end of dual signal collection analysis processing host (3), and housing (15) is fixed on the monitored facility; Dual signal collection analysis processing host (3) is made up of the tamper-proof circuit of main frame (9), housing (13), signals collecting and screening circuit (17), central processing circuit (18), function setting and relieving circuit (19), clock generating and signal amplification circuit (20), dual signal collection analysis processing host (3) is installed in the housing (13), and the tamper-proof circuit of main frame (9) is by a normally closed contact K
1Form K
1Be installed between the loam cake (16) and box body (21) of housing K
1Output terminal link to each other with an input end of signal processing and analysis treatment circuit (17), the output terminal of dual signal collection analysis processing host (3) links to each other with the input end of GPS transmitter (4), GPS transmitter (4) communicates by antenna (22) launching electromagnetic wave and gps satellite (5), the electromagnetic wave of gps satellite (5) emission receives by the receiving antenna (23) at GPS network processes center (6), GPS network processes center (6) is made up of alerting signal receiving processing circuit (24) and the polynary distributor circuit of information (25), the input end of the polynary distributor circuit of output termination information (25) of alerting signal receiving processing circuit (24), the output terminal of the polynary distributor circuit of information (25) joins with the input end of the user terminal (7) that receives alerting signal.
2, according to claim 1 interior on a large scale antitheft and alarming GPS transmission monitor system implemented, it is characterized in that infrared sensing circuit (8) is by infrared receiving diode D
2, resistance R
15, capacitor C
5Form C
5Be attempted by power supply+E
CAnd between the ground, D
2Positive pole connect+E
C, D
2Negative pole meet R
15An end, R
15Other end ground connection.
3, according to claim 1 interior on a large scale antitheft and alarming GPS transmission monitor system implemented, it is characterized in that the signals collecting of dual signal collection analysis processing host (3) and screen circuit (17) by multiplexed signal sampling switch integrated chip U
3, U
4And auxiliary element field effect transistor Q
6, resistance R
1, capacitor C
1Form U
3Input end 9 pin meet the normal data signals end DATA of artificial setting, U
3Input end 14 pin meet Q
6Drain electrode, Q
6Source electrode meet power supply+E
C, Q
6Grid meet the D of infrared sensing circuit (8)
2With R
15The signal output part AUX of junction, U
4Input end 1,12,13,14,15 pin meet the signal output part Z of five vibration-sensing element JD respectively
6, Z
5, Z
4, Z
3, Z
2, the other end ground connection of vibration-sensing element JD, U
42 pin through R
1Meet power supply+E
C, U
416 pin through C
1Ground connection, U
4Input end 4 pin meet the normally closed contact K of the tamper-proof circuit of main frame (9)
1Break ZSF end.
4, according to claim 1,3 described antitheft and alarming GPS transmission monitor system implemented on a large scale, it is characterized in that central processing circuit (18) is by CPU integrated circuit (IC) chip U
7Form U
7Data terminal 28,29,30 pin meet U respectively
4Data output end 11,10,9 pin, U
7Data terminal 36,37,38 pin meet U respectively
3Data output end 1,3,2 pin, U
735 pin meet U
416 pin and through C
1Ground connection, U
7Input end 21 pin meet U
4Output terminal 3 pin.
5, according to claim 1,3 described antitheft and alarming GPS transmission monitor system implemented on a large scale, it is characterized in that function setting and relieving circuit (19) are by main element Audio Processing integrated chip U
2, scrambler integrated chip U
5, U
6, the keyboard signal processor A
1And auxiliary element triode Q
4, Q
15, Q
16, field effect transistor Q
4, resistance R
2, R
3, R
4, capacitor C
2Form U
5Input end 8 pin meet U
7Instruction output end 9 pin, U
5Input end 6 pin meet U
7Output terminal 33 pin and U
2Input end 9 pin, U
2Input end 7,8 pin meet U respectively
7Instruction output end 8,7 pin, U
2Output terminal 4 pin meet Q
14Base stage, Q
14Emitter through R
3Ground connection, Q
14Collector meet Q
4Grid, Q
4Drain electrode through R
2Ground connection, Q
4Source electrode meet the input end BEEL of hummer, U
6Input end 3,4 pin meet U
7Instruction output end 1 pin, U
6Output terminal 1,2 pin meet U respectively
7Command reception end 3,2 pin, U
25 pin meet Q
15Collector and Q
16Base stage and A
17 pin, pass through C again
1Ground connection, Q
16Grounded emitter, Q
16Collector meet U
6Input end 3,4 pin, Q
15Emitter meet A
1Input end 6 pin, Q
15Base stage through R
4Meet A
1Input end 4 pin, A
1Input end 8 pin meet keyboard KEY.
6, according to claim 1,3 described antitheft and alarming GPS transmission monitor system implemented on a large scale, it is characterized in that clock generating and signal amplification circuit (20) are by main element integrated amplifier chip U
11, clock generator chip U
9, U
10And nine resistance R of auxiliary element
5-R
13, diode D
1, crystal oscillator J
1, J
2, capacitor C
3, inductance L, triode Q
12, Q
13, Q
2Form U
11Input end 5 pin meet U
5Output terminal 2 pin and U
7Alarm signal output ends 6 pin, U
114 pin ground connection, U
111 pin through L and C
3Meet the input end GPSTC of GPS transmitter 4, U
112 pin through R
10Meet GPSTC, also meet Q simultaneously
13Collector, Q
13Emitter through R
9Ground connection, Q
13Base stage meet U
2Output terminal 6 pin; J
2Be attempted by U
91 pin and 2,3 pin between, U
92,3 pin meet U
10Input end 3 pin, J
1Be attempted by U
95,4 pin between, D
1Positive pole meet U
94 pin, D
1Negative pole meet U
95 pin, U
95 pin meet U
10Input end 4 pin, U
101,2 pin respectively through R
11, R
12Meet R
13An end, R
13Other end ground connection; U
10Output terminal 5 pin meet R
8An end, R
8Another termination Q
2Base stage, Q
2Collector meet U
7Input end 4 pin, Q
2Emitter through R
7Ground connection, Q
2Emitter through R
6Meet Q
12Emitter, Q
12Emitter through C
2Meet A
1Input end 3 pin, Q
12Base stage through R
5Meet A
14 pin, Q
12Collector meet U
7Input end 5 pin.
7, according to claim 1 interior on a large scale antitheft and alarming GPS transmission monitor system implemented, the alerting signal receiving processing circuit (24) that it is characterized in that GPS netting twine network processing enter (6) is by computer server U
15With triode Q
26, resistance R
14, capacitor C
4Form U
151 pin meet power supply+E
C, U
152 pin through C
4Ground connection, U
15Input end 4 pin connect the receiving antenna (23) of gps satellite (5) signal; U
15Input end 6 pin meet Q
26Collector, Q
26Emitter through R
14Ground connection, Q
26Base stage also connect antenna (23).
8, according to claim 1,7 described antitheft and alarming GPS transmission monitor system implemented on a large scale, the polynary distributor circuit of information (25) that it is characterized in that GPS network processes center (6) is by computer server U
16Form U
16Input end 2,4 pin meet U respectively
15Output terminal 18,16 pin, U
16Output terminal 5,6 pin meet U respectively
15Input end 15,14 pin, U
1614 pin through C
4Ground connection.
9, according to claim 1 interior on a large scale antitheft and alarming GPS transmission monitor system implemented, the user terminal (7) that it is characterized in that receiving alerting signal is made up of GSM website (26), Internet (27), paging centers (28), telecommunications network 110 alarm centers (29), the antitheft processing support system of telecommunications network (30), the input termination U of GSM website (26)
16Output terminal 13 pin, the input termination U of Internet (27)
16Output terminal 12 pin, the input termination U of paging centers (28)
16Output terminal 10 pin, the input termination U of telecommunications network 110 alarm centers (29)
16Output terminal 8 pin, the input termination U of the antitheft processing support system of telecommunications network (30)
16Output terminal 7 pin, U
1614 pin through C
4Ground connection.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CNB011282681A CN1175383C (en) | 2001-10-09 | 2001-10-09 | Antitheft and alarming GPS transmission monitor system implemented in wide range |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CNB011282681A CN1175383C (en) | 2001-10-09 | 2001-10-09 | Antitheft and alarming GPS transmission monitor system implemented in wide range |
Publications (2)
Publication Number | Publication Date |
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CN1342957A true CN1342957A (en) | 2002-04-03 |
CN1175383C CN1175383C (en) | 2004-11-10 |
Family
ID=4668142
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CNB011282681A Expired - Fee Related CN1175383C (en) | 2001-10-09 | 2001-10-09 | Antitheft and alarming GPS transmission monitor system implemented in wide range |
Country Status (1)
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CN (1) | CN1175383C (en) |
Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN101227539B (en) * | 2007-01-18 | 2010-09-29 | 联想移动通信科技有限公司 | Blind guiding mobile phone and blind guiding method |
CN102622843A (en) * | 2011-01-26 | 2012-08-01 | 昆山金鑫新能源科技有限公司 | Portable wireless burglar alarm |
CN103093564A (en) * | 2011-11-04 | 2013-05-08 | 深圳市海威特节能科技有限公司 | Oil extraction wellhead oil intelligent anti-theft alarm device |
CN103310564A (en) * | 2012-03-06 | 2013-09-18 | 天津捌叁肆壹科技有限公司 | Anti-theft pre-warning system for electric power lines |
-
2001
- 2001-10-09 CN CNB011282681A patent/CN1175383C/en not_active Expired - Fee Related
Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN101227539B (en) * | 2007-01-18 | 2010-09-29 | 联想移动通信科技有限公司 | Blind guiding mobile phone and blind guiding method |
CN102622843A (en) * | 2011-01-26 | 2012-08-01 | 昆山金鑫新能源科技有限公司 | Portable wireless burglar alarm |
CN103093564A (en) * | 2011-11-04 | 2013-05-08 | 深圳市海威特节能科技有限公司 | Oil extraction wellhead oil intelligent anti-theft alarm device |
CN103310564A (en) * | 2012-03-06 | 2013-09-18 | 天津捌叁肆壹科技有限公司 | Anti-theft pre-warning system for electric power lines |
Also Published As
Publication number | Publication date |
---|---|
CN1175383C (en) | 2004-11-10 |
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