CN101685568B - Multifunction emergency rescue system - Google Patents
Multifunction emergency rescue system Download PDFInfo
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- CN101685568B CN101685568B CN2009100008002A CN200910000800A CN101685568B CN 101685568 B CN101685568 B CN 101685568B CN 2009100008002 A CN2009100008002 A CN 2009100008002A CN 200910000800 A CN200910000800 A CN 200910000800A CN 101685568 B CN101685568 B CN 101685568B
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- telepilot
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Abstract
The invention relates to a multifunction emergency rescue system, which is an anti-theft safety device. A spectrum signal amplifier circuit is used to replace the prior infrasonic detector circuit. A spectrum probe inputs a weak signal of airflow pressure change generated by pushing and pulling a door and a window into the spectrum signal amplifier to carry out amplifying processing and then transmits to a center microprocessor. An infrared probe carries out amplification processing on an infrared signal induced by a human body by an infrared signal detector and then transmits to the center microprocessor. The center microprocessor sends out a start command to all function parts. The multifunction emergency rescue system solves the problem that the prior infrasonic detector circuit has such a high sensitivity as to leads to command sending by mistake and is widely used for households and important occasions.
Description
Technical field
Multifunction emergency rescue system relates to the electronic anti-theft protective device.
Background technology
At present, electronic anti-theft equipment, because of technical strong, line system is complicated, costs an arm and a leg, and only limits to be applied in units such as enterprises and institutions, financial unit, emphasis equipment warehouse, valuables warehouse.General family fails to use.Along with the development of society, the anti-stealing safety device also is badly in need of in Modern Family.As prevent that the emergent of accident such as family's theft, robbery, accident and acute disease from seeking help, all need the emergency rescue system of indoor and the outdoor use that cooperatively interacts of a cover.At present, antitheft telephone set also more to be seen, is ZL200620079848.9 as the patent No., name is called " telephone set with safe early warning function ", also possesses the early warning and alarming function, but because built-in infrasonic detection device, sensitivity is too high, lacks identification function, causes the central microprocessor mistake to send instructions.This kind telephone set is low because of the warning function accuracy, causes unnecessary fear to the user often, is difficult to be accepted by users.
Summary of the invention
The objective of the invention is, provide a kind of both highly sensitive, the emergency rescue system with multiple identification function is arranged again,, thereby overcome the deficiency that has the anti-stealing safety device now with the raising accuracy that central microprocessor was sent instructions.
The object of the present invention is achieved like this: the present invention includes main frame and telepilot two parts.Host machine part is at patent No. ZL200620079848.9, patent name is in the host machine part of " telephone set with safe early warning function ", set up infrared detector circuit and spectrum signal amplifier circuit, and replaced infrasonic detection device circuit with the spectrum signal amplifier circuit; In host hardware, be provided with two frequency spectrum probes and two infrared probes; On host function key plane, be equipped with the spectrum signal regulator; Infrared probe is semisphere or sphere, can rotate 360 ° of Space Angle arbitrarily; The frequency spectrum probe radius of clean-up is about 10 meters, and the infrared probe radius of clean-up is about 12 meters.Host machine part has many mirror warning functions, on-site monitoring function, flash appeal function, mobile alarm function, field control functions, also have doorbell, break alarm warn difference, caller identification, storage memory, duplicate learning machine, promote the subsidiary function of host-initiated instruction.
In the telepilot, be provided with " circuit of setting up defences, the circuit of withdrawing a garrison, warning circuit, circuit and the working indicating of seeking help and the indicating circuit of setting up defences "; Telepilot shell face is provided with the key of setting up defences, the key of withdrawing a garrison, alarm keys help key and the relay indicating light and the pilot lamp of setting up defences.Telepilot partly has the setting up defences of the control of moving, withdraws a garrison, 110 report to the police, 120 seek help function is set, also have the function of remote Mobile Control main frame.
The supporting use of telepilot and main frame realizes the remote control management to system.Emergency rescue system of the present invention can be arranged in the telephone set, also can alone become one, is provided with arbitrarily or hidden setting.
After emergency rescue system function of the present invention is achieved in that the feeble signal input spectrum signal amplifier of the stream pressure of the indoor door and window push-and-pull generation that frequency spectrum probe will scout or air density change carries out processing and amplifying, carry to central microprocessor, central microprocessor is with the temporary one section setting-up time of spectrum signal, wait for the signal input of infrared detector, if surpass this section pre-warning time, early warning signal disappears automatically; Infrared probe after the infrared detector processing and amplifying, is carried the infrared signal of human body sensing to central microprocessor, after central microprocessor is picked up infrared signal, delay time behind one section setting-up time, sends enabled instruction to each funtion part; If messenger is the household, the household can withdraw a garrison in the time at delay adjustments, thereby avoids mistake to send instructions. avoid wrong report.
The present invention has following function:
1, doorbell function: the emotional affection doorbell that control is remote, removable, the household uses can use a teleswitch.
2, main frame is sought help: by the telepilot of carrying, in case of emergency, press [seeking help] key or turn down main frame, all can transfer to 3 groups of phones that are provided with in advance; Or on telepilot by [seeking help] key (B key), main frame sends siren again and reports to the police after dialing 3 group of 120 phone of seeking help, and makes the people that seeks help can obtain relief early.
3, tele-alarm: under the situation of crisis, when life and property are on the hazard, in effective distance; all can be by [alarm keys] on the telepilot (C key); in the time of setting, 3 group of 110 alarm call that noiseless dial-out is set in advance, and then send siren warning fright ruffian.
4, on-site monitoring: when seeking help and after warning sends, starting monitor function when siren stops to ring immediately voluntarily, make the people that receives a crime report to grasp the main frame field condition in good time, be beneficial to and take measures.
5, the early warning of reflecting: multiple acquisition sensor is embedded in the main frame, improves early warning efficient more.Main frame detects door and window and is given a shock (unlatching) and senses " stranger's invasion " under the state of early warning, and then behind the 3 group alarm telephone numbers that dial-out sets in advance at once, the ring siren or the siren of only ringing are not dialed again.
6, the difference of warning: when the main frame early warning after " invasion ", main frame is transferred to 3 groups of phones successively, when receiving calls, sends the siren sound in the receiver; Seek help and send the rapid emergency sound of " ticking " in the receiver.Can be by obedient people according to different prompt tone decision processing modes.
7, break alarm: nip off phone or telephone line fault if any the burglar, main frame siren prompting at once 2 minutes is in time taken measures by owner.
8, caller identification: the caller identification of FSK/DTMF double-standard, satisfy various the standard of the exchanger;
9, incoming call memory: 80 groups of incoming calls and 20 groups go the electricity storage to remember, and thumb function;
10, learning machine function: remote-controller function can duplicate, and can purchase new telepilot and duplicate personal information, function with standby, prevents the telepilot loss.
Description of drawings
Fig. 1 is a host housing synoptic diagram of the present invention;
Fig. 2 is a telepilot shell synoptic diagram of the present invention;
Fig. 3 is a host circuit block scheme of the present invention;
Fig. 4 is a characteristic circuit block diagram of the present invention;
Fig. 5 is a spectrum signal amplifier circuit key wiring diagram of the present invention;
Fig. 6 is an infrared signal detector circuit key wiring diagram of the present invention;
Fig. 7 is a remote control circuitry schematic diagram of the present invention;
Fig. 8 is a central processing unit wiring diagram of the present invention.
Among the figure, infrared probe 1, display 2, frequency spectrum probe 3, function key plane 4, the key 5 of setting up defences, the key 6 of withdrawing a garrison, alarm keys 7, help key 8, work indication red light 9, the pilot lamp 10 of setting up defences, spectrum signal amplifier 11, infrared signal detecting device 12, telepilot 13, central microprocessor 14, host keyboard 15, infrared integrated package 16, remote control integrated package 17, frequency signal regulator 18, telepilot keyboard 19.
Embodiment
The invention will be further described below in conjunction with accompanying drawing:
In Fig. 1, the host housing top is equipped with two infrared probes 1, infrared probe 1 is hemispherical or spherical, can rotate 360 ° of spaces up and down. the upper left corner on the function key plane 4 of main frame and place, the upper right corner, be equipped with frequency spectrum probe 3 respectively, in the middle of two frequency spectrum probes 3 is spectrum signal regulator 18, and the spectrum signal regulator 18 that slides from left to right can be adjusted the sensitivity of spectrum signal amplifier to room air pressure or air density change.Display 2 is positioned at the top on function key plane 4, and function key plane 4 is provided with various indicators, function key.
In Fig. 2, be equipped with the key 5 of setting up defences (key is A) on the shell of telepilot 13, the key 6 of withdrawing a garrison (key is D), alarm keys 7 (key is C), help key 8 (key is B).Also be provided with the relay indicating light 9 and the pilot lamp 10 of setting up defences on telepilot 13 shells, during telepilot 13 work, pilot lamp 9 red flares; After telepilot 13 was set up defences, the lamp 10 of setting up defences sent green glow.
By Fig. 3, Fig. 4 as can be known, the circuit of characteristic of the present invention trend is: frequency spectrum probe 3-spectrum signal amplifier 11-central microprocessor 14; The VSS1 output terminal of spectrum signal amplifier 11 is connected with No. 55 input ends of central microprocessor 14; Infrared probe 1-infrared signal detecting device 12-central microprocessor 14; The VSS2 output terminal of infrared signal detecting device 12 is connected with No. 81 input ends of central microprocessor 14; Central microprocessor 14-display 2; Telepilot 13-central microprocessor 14; Host keyboard 15-central microprocessor 14.
In Fig. 5, the connected mode of each element is in spectrum signal amplifier 11 circuit: power supply E
1Negative pole (-)-earthing pole (VSS); Power supply E
1Anodal (+) respectively with positive terminal VDD and diode D
6Negative electrode connect; D
6Input end (anode) respectively with R
1, R
2, R
3, R
4, R
5, the 4.5V stabilized voltage supply positive terminal connect; The positive terminal of frequency spectrum probe 3 respectively with R
1Another utmost point and C
1One end connects; The emitter e of triode VT1 respectively with No. 1 of two-direction switch DK end and R
7A utmost point connect; R
7Another utmost point be connected with earthing pole VSS; No. 2 ends of DK are connected with earthing pole VSS; The base stage b of triode VT2 respectively with R
6A utmost point, R
4Another utmost point connect; R
6Another utmost point and C
2Another utmost point connect; The C utmost point of VT2 respectively with R
5Another utmost point be connected with positive source VDD; Triode VT
2Emitter e is connected with output stage VSS1; Output stage VSS1 is to No. 55 jacks of central microprocessor.C
3A utmost point be connected with positive source VDD, another utmost point is connected with earthing pole VSS.
In Fig. 6, each element connected mode is in the circuit of infrared detector 12: the D of infrared probe 1 end respectively with R
2No. 11 ends, No. 8 ends, the positive pole of power supply E of a utmost point, infrared integrated package 16 connect; The S of infrared probe 1 end respectively with C
1A utmost point, R
114 ends of a utmost point, infrared integrated package 16 connect; The G of infrared probe 1 end respectively with C
1Another utmost point, R
1Another utmost point, R
3A utmost point, R
4One utmost point, C
5No. 7 ends, the C of another utmost point, infrared integrated package 16
6A utmost point, C
7The negative pole (ground connection), No. 2 pin of change-over switch QK of a utmost point, power supply E connect; R
3Another utmost point respectively with R
29 ends of another utmost point, infrared integrated package 16 connect; R
4The other end be connected with 10 ends of infrared integrated package 16; 12 ends of infrared integrated package 16 respectively with a utmost point, the R of C2
5A utmost point connect; 13 ends of infrared integrated package 16 respectively with R
5Another utmost point, C
2Another utmost point, R
6A utmost point connect; Another utmost point of R6 is connected with the utmost point of C3; Another utmost point of C3 respectively with R
7A utmost point, C
416 ends of another utmost point, infrared integrated package 16 connect; 15 ends of infrared integrated package 16 respectively with R
7A utmost point, C
4Another utmost point, R
8A utmost point connect; R
8Another utmost point and C
5Another utmost point connect; 7 termination power negative poles of infrared integrated package 16; 6 ends and the R of infrared integrated package 16
9A utmost point connect; R
9The other end and C
75 ends of the other end, infrared integrated package 16 connect; 3 ends and the R of infrared integrated package 16
10A utmost point connect; 2 ends and the R of infrared integrated package 16
11A utmost point connect; 1 end of infrared integrated package 16 is connected with No. 3 pin of QK; 4 ends of infrared integrated package 16 respectively with R
10Another utmost point, C
6Another utmost point connect; R
11The other end and VT
3Base stage b connect; VT
3Emitter e be connected with output terminal plug VSS2, No. 81 jacks of VSS2 and central microprocessor are connected.VT
3Collector c be connected with external circuit IRDET; The QK1 pin is connected with the positive pole of power supply E.
In Fig. 7, each element connected mode is in the circuit of telepilot 13: the positive pole of power supply E respectively with the end of incoming cables SW of telepilot keyboard 19
1, SW
2, SW
3, SW
4An end parallel connection; The C key goes out end and R
1An end, D
1Anode connect R
1The other end be connected with No. 5 keys; The B key goes out end and R
2An end, D
2Anode connect R
2The other end be connected with No. 6 keys; The D key goes out end and R
3The other end, D
3Anode connect R
3The other end be connected with No. 7 keys; The A key goes out end and R
4The other end, D
4Anode connect R
4The other end be connected with No. 8 keys.Hold and R for No. 1 of remote control integrated package 17
5A utmost point connect; Hold and capacitor C for No. 2 of remote control integrated package 17
6A utmost point, R
5Another utmost point, R
6A utmost point connect; R
6Another utmost point and D
1, D
2, D
3, D
4Negative electrode and connect; Hold and C for No. 3 of remote control integrated package 17
6Another utmost point, power supply E negative pole connect; Hold and R for No. 4 of remote control integrated package 17
8Series connection back and C
4A utmost point, C
3A utmost point, triode VT
4Base stage b connect; R
7Another utmost point and VT
4Emitter e connect; C
1, C
2After the parallel connection, an end and VT
4Collector C connect, the utmost point of the other end and telefault L is connected; Another utmost point of telefault L respectively with C
4Another utmost point, C
5Another utmost point, D
5The negative electrode parallel connection; Relay indicating light (HD) 9 is connected across the two ends of R7; The pilot lamp (LH) 10 of setting up defences is connected across the two ends of R6; The A key of telepilot keyboard 19 is the key of setting up defences, and the D key is the key of withdrawing a garrison, and the B key is an alarm keys, and the C key is the alarm key.
In Fig. 8, link to each other with No. 81 ends of central microprocessor 14 from the output terminal VSS2 of infrared signal detecting device 12; Output terminal VSS1 from spectrum signal amplifier 11 links to each other with No. 55 ends of central microprocessor 14.
Claims (5)
1. multifunction emergency rescue system, be made up of main frame and telepilot two parts, host machine part comprises that polarity switched circuit, power circuit, start-up circuit, dial-up circuit, speaking circuit, ringing circuit, liquid crystal display circuit, central processing unit circuit, radio frequency accept circuit; Telepilot partly comprises the radio-frequency transmissions circuit; It is characterized in that: in host machine part, set up infrared detector circuit and spectrum signal amplifier circuit, and replaced infrasonic detection device circuit with the spectrum signal amplifier circuit; In host hardware, be provided with two frequency spectrum probes (3) and two infrared probes (1); On host function key plane (4), be equipped with spectrum signal regulator (18); Infrared probe (1) is semisphere or sphere, can rotate 360 ° of Space Angle arbitrarily; Telepilot has been set up the circuit of setting up defences in (13), the circuit of withdrawing a garrison, warning circuit, circuit and the working indicating of seeking help and the indicating circuit of setting up defences; Telepilot shell face is provided with the key of setting up defences (5), the key of withdrawing a garrison (6), alarm keys (7), help key (8) and relay indicating light (9) and the pilot lamp of setting up defences (10); The emergency management and rescue start-up routine is: after the stream pressure that the indoor door and window push-and-pull that frequency spectrum probe (3) will be scouted produces or the feeble signal input spectrum signal amplifier (11) of air density change carry out processing and amplifying, carry to central microprocessor (14), central microprocessor (14) is with the temporary one section setting-up time of spectrum signal, wait for the signal input of infrared detector (12), if surpass this section pre-warning time, early warning signal disappears automatically; Infrared probe (1) with the infrared signal of human body sensing after infrared detector (12) processing and amplifying, carry to central microprocessor (14), after central microprocessor (14) is picked up infrared signal, delay time behind one section setting-up time, send enabled instruction to each funtion part; If messenger is the household, the household can withdraw a garrison in the time at delay adjustments, avoids mistake to send instructions, thereby avoids wrong report.
2. multifunction emergency rescue system according to claim 1, it is characterized in that, host machine part has many mirror warning functions, on-site monitoring function, flash appeal function, mobile alarm function, field control functions, also has doorbell, break alarm, the difference of warning, caller identification, storage memory, duplicates learning machine, promotes the subsidiary function of host-initiated instruction.
3. multifunction emergency rescue system according to claim 1 is characterized in that, telepilot partly has the setting up defences of the control of moving, withdraws a garrison, 110 report to the police, 120 seek help function is set, also have the function of remote Mobile Control main frame.
4. multifunction emergency rescue system according to claim 1 is characterized in that, the output terminal VSS2 of infrared signal detecting device (12) is connected with No. 81 input ends of central microprocessor (14).
5. multifunction emergency rescue system according to claim 1 is characterized in that, the output terminal VSS1 of spectrum signal amplifier (11) is connected with No. 55 input ends of central microprocessor (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100008002A CN101685568B (en) | 2009-01-13 | 2009-01-13 | Multifunction emergency rescue system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100008002A CN101685568B (en) | 2009-01-13 | 2009-01-13 | Multifunction emergency rescue system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101685568A CN101685568A (en) | 2010-03-31 |
| CN101685568B true CN101685568B (en) | 2011-02-02 |
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ID=42048707
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009100008002A Expired - Fee Related CN101685568B (en) | 2009-01-13 | 2009-01-13 | Multifunction emergency rescue system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101685568B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102323626A (en) * | 2011-05-23 | 2012-01-18 | 赵文琦 | Intelligent sensor |
| CN107798800A (en) * | 2017-11-30 | 2018-03-13 | 国网河南省电力公司平顶山供电公司 | A kind of electric power safety device for enclosure wall |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN85102788A (en) * | 1985-04-01 | 1986-09-10 | 上海市长虹灯具厂 | Passive infrared controller |
| CN87212505U (en) * | 1987-11-23 | 1988-08-24 | 中国科学院上海技术物理研究所 | Active infrared warner for preventing invader |
| CN2888767Y (en) * | 2006-01-01 | 2007-04-11 | 逄宝玉 | Telephone set with safety precaution function |
-
2009
- 2009-01-13 CN CN2009100008002A patent/CN101685568B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN85102788A (en) * | 1985-04-01 | 1986-09-10 | 上海市长虹灯具厂 | Passive infrared controller |
| CN87212505U (en) * | 1987-11-23 | 1988-08-24 | 中国科学院上海技术物理研究所 | Active infrared warner for preventing invader |
| CN2888767Y (en) * | 2006-01-01 | 2007-04-11 | 逄宝玉 | Telephone set with safety precaution function |
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| Publication number | Publication date |
|---|---|
| CN101685568A (en) | 2010-03-31 |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110202 Termination date: 20170113 |
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| CF01 | Termination of patent right due to non-payment of annual fee |