CN203244698U - Window anti-theft alarm urgent evacuation system - Google Patents
Window anti-theft alarm urgent evacuation system Download PDFInfo
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- CN203244698U CN203244698U CN 201320212869 CN201320212869U CN203244698U CN 203244698 U CN203244698 U CN 203244698U CN 201320212869 CN201320212869 CN 201320212869 CN 201320212869 U CN201320212869 U CN 201320212869U CN 203244698 U CN203244698 U CN 203244698U
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- programmable logic
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Abstract
The utility model discloses a window anti-theft alarm urgent evacuation system, and relates to the automatic electronic information control technology. The window anti-theft alarm urgent evacuation system improves reliability of theft prevention and timeliness of evacuation. The window anti-theft alarm urgent evacuation system comprises a driving infrared invasion detector relay switch (J0-K), a direct-current motor forward rotation control relay and a direct-current motor reverse rotation control relay, wherein a driving infrared invasion detector opening button (K0), a motor forward rotation manual gear switch (K1), a motor reverse rotation manual gear switch (K2), a high limiting switch (K3) and a low limiting switch (K4) are connected with input ports of a programmable logic controller, output of the programmable logic controller is connected with a direct-current motor forward rotation control relay coil (J1-C) and a direct-current motor reverse rotation control relay coil (J2-C), and contacts of the direct-current motor forward rotation control relay and the direct-current motor reverse rotation control relay are connected to a direct-current motor circuit. The window anti-theft alarm urgent evacuation system can reliably prevent thieves from entering a room, provides the escape space when dangerous cases happen indoors, and is applicable to residence places or temporary places with centralized people, such as residential buildings, student apartments and in-patient departments of hospitals.
Description
Technical field
The utility model relates to a kind of electronic information, automatic control technology and product.
Background technology
Present China producer mainly is installed as the master with low technical content, low price, small lot on the antitheft market, and foreign technology is ripe, but price is higher, take professional high-end market as main; Intrusion detector is still take indoor passive infrared invasion detector as main flow at present, mainly be adapted to indoor strick precaution, be that the invader enters into and indoorly just can realize warning function, the practical significance taken precautions against of reporting to the police is less: wireless alarm system can only be reported to the police purely, can't directly intercept; Burglary-resisting window also is " short-leg " of municipal public safety as a kind of single precautionary measures, and the anti-theft net grid as this cage have more grown hidden fire-fighting danger in infringement urban civilization image.
The steel wire built-in theft-proof window that exists at present has the characteristics such as attractive in appearance, fire prevention, antitheft, protection, but because inconvenience and destruction and the daily antitheft unstable problem of cutting off steel wire during emergency evacuation, steel wire anti-theft window is extensive use not yet
Enter today of 21 century, improving constantly of the living standard of Chinese residents, people's security precautions is also more and more stronger, and house robbery, theft, child a series of incidents of violence and the tragedy such as fall down from the building occurs again and again, and people more and more feel concern for self and household's safety and worry.Everybody adopted the burglary-resisting window of traditional picture cage in the past, although this product has certain anti-theft function, this has stayed very large potential safety hazard with passive strick precaution to oneself, in case at first breaking out of fire oneself is difficult to escape, the fireman is difficult in time relief and jeopardizes the safety of resident family; The safety that next generation corrosion of exposing to the weather, drench with rain with the passing of time causes falling object from high altitude and affects the family child, the metal anti-theft window of corrosion has rusty stains, and outward appearance is very ugly, and the elevation appearance of whole building is all destroyed by it, affects thus the image in whole city; But the 3rd sees its firm in appearance adopts to be passive antitheft, destroy to enter family and can not get resident family is effectively reminded and robber's threatening is stoped, so even if installed to see it is firm metal anti-theft window, burglary and the repeatedly generation of murdering for one's money.Therefore, still needing in the antitheft market of household can be widely accepted antitheft reliable, reports to the police accurately, evacuates timely guard against theft and alarm system.
The utility model content
Technical problem to be solved in the utility model provides a kind of antitheft reliable, evacuates timely system.
The technical scheme in the invention for solving the technical problem:
Window burglar alarm abort escape system, this abort escape system comprises: programmable logic controller (PLC), active infrared intrsion detector, active infrared intrsion detector relay, active infrared intrsion detector relay switch, direct current generator forward control relay, direct current generator counter-rotating control relay, active infrared intrsion detector is released the button, the manual switch of motor forward, the manual switch of motor reversal, high limit switch, low limit switch, direct current generator.
Programmable logic controller (PLC) S/S port meets DC 24V, and programmable logic controller (PLC) X0 port connects an end of active infrared intrsion detector relay switch, another termination DC 24V of active infrared intrsion detector relay switch.
Programmable logic controller (PLC) X1 port connects an end of the manual switch of motor forward, another termination DC 24V of the manual switch of motor forward.
Programmable logic controller (PLC) X2 port connects an end of the manual switch of motor reversal, another termination DC 24V of the manual switch of motor reversal.
Programmable logic controller (PLC) X3 port connects an end of high limit switch, another termination DC 24V of high limit switch;
Programmable logic controller (PLC) X4 port connects an end of low limit switch, another termination DC 24V of low limit switch.
Programmable logic controller (PLC) C0 port connects an end of direct current generator forward control relay coil, another termination programmable logic controller (PLC) Y0 port of direct current generator forward control relay coil; Programmable logic controller (PLC) Y0 port meets DC 24V.
Programmable logic controller (PLC) C1 port connects an end of direct current generator counter-rotating control relay coil, another termination programmable logic controller (PLC) Y1 port of direct current generator counter-rotating control relay coil; Programmable logic controller (PLC) Y1 port meets DC 24V.
The direct current generator positive pole connects an end of the pair of contact of direct current generator forward control relay, and another termination DC 24V of contact just; The direct current generator negative pole connects another end to the contact of direct current generator forward control relay, and another termination DC 24V of contact is negative; Consist of direct current generator forward loop.
The direct current generator positive pole connects an end of the pair of contact of direct current generator counter-rotating control relay, and another termination DC 24V of contact is negative; The direct current generator negative pole connects another end to the contact of direct current generator counter-rotating control relay, and another termination DC 24V of contact just consists of direct current generator counter-rotating loop.
One termination DC 12V of the coil of active infrared intrsion detector relay switch just, another termination active infrared intrsion detector output of coil, the end that active infrared intrsion detector input termination active infrared intrsion detector is released the button, the other end DC 12V that active infrared intrsion detector is released the button is negative.
Effect of the present utility model:
The utility model can prevent reliably that the robber from entering the room, and when indoor generation dangerous situation, provides escape space.Adopt Liftable burglary-resisting window to solve the potential safety hazard that existing burglary-resisting window is evacuated difficulty, difficulty and destruction and daily antitheft unstable problem when having reduced existing burglary-resisting window emergency evacuation; A kind of Anti-stealing, be convenient to escape, cost is lower than the independent mounting cost sum of each module, accepts can be in price numerous residents.Be used for residential building, student dormitory, the residence that the personnel such as inpatient department concentrate or stay temporarily ground.
Description of drawings
Fig. 1 window burglar alarm abort escape system control system circuit diagram.
Fig. 2 direct current generator partial circuit figure.
Fig. 3 active infrared intrsion detector control circuit figure.
Fig. 4 anti-theft net for window structure chart.
Fig. 5 liftable protective window nested type column schematic diagram.
The specific embodiment
By reference to the accompanying drawings this utility model is described further:
Window burglar alarm abort escape system, such as Fig. 1,2,3, this abort escape system comprises: programmable logic controller (PLC) PLC, active infrared intrsion detector, active infrared intrsion detector relay J 0, active infrared intrsion detector relay switch J0-K, direct current generator forward control relay, direct current generator counter-rotating control relay, the active infrared intrsion detector K0 that releases the button, the manual K switch 1 of motor forward, the manual K switch 2 of motor reversal, high limit switch K3, low limit switch K4, direct current generator M.
Programmable logic controller (PLC) S/S port meets DC 24V, and programmable logic controller (PLC) X0 port connects the end of active infrared intrsion detector relay switch J0-K, another termination DC 24V of active infrared intrsion detector relay switch J0-K.
Programmable logic controller (PLC) X1 port connects an end of the manual K switch 1 of motor forward, another termination DC 24V of the manual K switch 1 of motor forward.
Programmable logic controller (PLC) X2 port connects an end of the manual K switch 2 of motor reversal, another termination DC 24V of the manual K switch 2 of motor reversal.
Programmable logic controller (PLC) X3 port connects the end of high limit switch K3, another termination DC 24V of high limit switch K3.
Programmable logic controller (PLC) X4 port connects the end of low limit switch K4, another termination DC 24V of low limit switch K4.
Programmable logic controller (PLC) C0 port connects the end of direct current generator forward control relay coil J1-C, another termination programmable logic controller (PLC) Y0 port of direct current generator forward control relay coil J1-C; Programmable logic controller (PLC) Y0 port meets DC 24V.
Programmable logic controller (PLC) C1 port connects the end of direct current generator counter-rotating control relay coil J2-C, another termination programmable logic controller (PLC) Y1 port of direct current generator counter-rotating control relay coil J2-C; Programmable logic controller (PLC) Y1 port meets DC 24V.
Direct current generator M is anodal+connect the end of the pair of contact J1-K1 of direct current generator forward control relay, another termination DC 24V+ of contact J1-K1; Direct current generator M negative pole-connect another end to contact J1-K2 of direct current generator forward control relay, another termination DC 24V-of contact J1-K2 consists of direct current generator forward loop.
Direct current generator M is anodal+meet the end of the pair of contact J2-K2 of direct current generator counter-rotating control relay, another termination DC 24V-of contact J2-K2; Direct current generator M negative pole-connect another end to contact J2-K1 of direct current generator counter-rotating control relay, another termination DC 24V+ of contact J2-K1 consists of direct current generator counter-rotating loop,
The termination DC 12V+ of the coil J0-C of active infrared intrsion detector relay switch J0-K, another termination active infrared intrsion detector output OUT of coil J0-C, the release the button other end DC 12V-of K0 of the release the button end of K0 of active infrared intrsion detector input IN termination active infrared intrsion detector, active infrared intrsion detector.
Window guard rail, structure is seen Fig. 4, comprising: lower link 1, upper connecting rod 2, power transmission shaft 3, liftable protection network 4, left fixed pulley 5-1, right fixed pulley 5-2, left side rope 6-1, the right rope 6-2, support 7.
Wherein, liftable protective window 4 adopts the nested type column, comprising: outer layer sleeve 4-1, middle casing 4-2, inner layer sleeve 4-3.
The nested type column of liftable protection network 4 is distributed between lower link 1 and the upper connecting rod 2, and schematic diagram is seen Fig. 5, and liftable protection network 4 one ends are fixedly connected with the upper surface of lower link 1, and liftable protection network 4 other ends are fixedly connected with the lower surface of upper connecting rod 2.
Motor M is fixed on a left side or the upper right corner of window, and the axle of motor is connected with an end of power transmission shaft 3 by shaft coupling, and the inner ring of the rolling bearing in the other end of power transmission shaft 3 and the support 7 is connected.
Left and right sides fixed pulley 5-1,5-2 is separately fixed at the two ends of power transmission shaft 3, and the end of left rope 6-1 is fixed on the left fixed pulley 5-1, and the end of right rope 6-2 is fixed on the right fixed pulley 5-2.The other end of left rope 6-1 is fixed on the left end of connecting rod 2, and the other end of right rope 6-2 is fixed on the right-hand member of connecting rod 2.Left rope 6-1 and right rope 6-2 are also respectively around left and right sides fixed pulley 5-1, and on the 5-2, its length is greater than the distance between power transmission shaft 3 and the upper connecting rod 2.
Window burglar alarm abort escape system adopts automatic/semi-automatic two kinds of working methods.
Automated manner:
When the robber invades, active infrared intrsion detector detects danger signal, the closing of contact of the relay J 0 of active infrared intrsion detector, the state of programmable logic controller (PLC) PLC upper limit of detection bit switch K3, when K3 is off state, show that protective window does not peak this moment, PLC sends positive rotaring signal connects the motor prograde circuit, motor promotes protective window, PLC is the state of upper limit of detection bit switch K3 regularly, when K3 is closure state, disconnects the motor prograde circuit, protective window has reached peak this moment, prevents that the robber from entering the room.
Semi-automatic mode:
Rise: PLC detects the manual K switch 1 of motor forward, when K1 is closure state, and the state of PLC upper limit of detection bit switch K3, when K3 is off state, show that protective window does not peak this moment, the motor prograde circuit is connected, motor M forward, connecting rod 2 is risen, PLC is the state of upper limit of detection bit switch K3 regularly, when K3 is closure state, disconnects the motor prograde circuit, protective window peaks this moment, has isolated robber's invasion.
Descend: PLC detects the manual K switch 2 of motor reversal, and when K2 was closure state, PLC detected the state of lower position switch K4, when K4 is off state, show that protective window does not touch the bottom this moment, the motor circuit for reversing is connected, motor M counter-rotating, connecting rod 2 is descended, PLC regularly detects the state of lower position switch K4, when K4 is closure state, disconnects the motor circuit for reversing, protective window touches the bottom this moment, and escape space is provided.
The utility model is divided into automatic/semi-automatic two grades, and hardware comprises: programmable logic controller (PLC) PLC, direct current generator, active infrared intrsion detector, the manual K switch 1 of motor forward, the manual K switch 2 of motor reversal, liftable protective window.Control program is solidificated among the PLC, according to the real-time input signal of active infrared intrsion detector, drives the direct current generator forward or reverse, protective window is promoted or reduces, to play the outer robber of isolation ward or to enlarge the effect of escape space.
Claims (1)
1. window burglar alarm abort escape system, it is characterized in that this abort escape system comprises: programmable logic controller (PLC), active infrared intrsion detector, active infrared intrsion detector relay (J0), active infrared intrsion detector relay switch (J0-K), direct current generator forward control relay, direct current generator counter-rotating control relay, active infrared intrsion detector release the button (K0), the manual switch of motor forward (K1), the manual switch of motor reversal (K2), high limit switch (K3), low limit switch (K4), direct current generator (M);
Programmable logic controller (PLC) S/S port meets DC 24V, and programmable logic controller (PLC) X0 port connects an end of active infrared intrsion detector relay switch (J0-K), another termination DC 24V of active infrared intrsion detector relay switch (J0-K);
Programmable logic controller (PLC) X1 port connects an end of the manual switch of motor forward (K1), another termination DC 24V of the manual switch of motor forward (K1);
Programmable logic controller (PLC) X2 port connects an end of the manual switch of motor reversal (K2), another termination DC 24V of the manual switch of motor reversal (K2);
Programmable logic controller (PLC) X3 port connects an end of high limit switch (K3), another termination DC 24V of high limit switch (K3);
Programmable logic controller (PLC) X4 port connects an end of low limit switch (K4), another termination DC 24V of low limit switch (K4);
Programmable logic controller (PLC) C0 port connects an end of direct current generator forward control relay coil (J1-C), another termination programmable logic controller (PLC) Y0 port of direct current generator forward control relay coil (J1-C); Programmable logic controller (PLC) Y0 port meets DC 24V;
Programmable logic controller (PLC) C1 port connects an end of direct current generator counter-rotating control relay coil (J2-C), another termination programmable logic controller (PLC) Y1 port of direct current generator counter-rotating control relay coil (J2-C); Programmable logic controller (PLC) Y1 port meets DC 24V;
Direct current generator (M) anodal (+) meets an end of the pair of contact (J1-K1) of direct current generator forward control relay, another termination DC 24V(+ of contact (J1-K1)); Direct current generator (M) negative pole (-) connects another end to contact (J1-K2) of direct current generator forward control relay, another termination DC 24V(-of contact (J1-K2)); Consist of direct current generator forward loop;
Direct current generator (M) anodal (+) meets an end of the pair of contact (J2-K2) of direct current generator counter-rotating control relay, another termination DC 24V(-of contact (J2-K2)); Direct current generator (M) negative pole (-) meets another end to contact (J2-K1) of direct current generator counter-rotating control relay, another termination DC 24V(+ of contact (J2-K1)), consist of direct current generator counter-rotating loop;
One termination DC 12V(+ of the coil (J0-C) of active infrared intrsion detector relay switch (J0-K)), another termination active infrared intrsion detector output (OUT) of coil (J0-C), the release the button other end DC 12V(-of (K0) of the release the button end of (K0) of active infrared intrsion detector input (IN) termination active infrared intrsion detector, active infrared intrsion detector).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320212869 CN203244698U (en) | 2013-04-24 | 2013-04-24 | Window anti-theft alarm urgent evacuation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320212869 CN203244698U (en) | 2013-04-24 | 2013-04-24 | Window anti-theft alarm urgent evacuation system |
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| Publication Number | Publication Date |
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| CN203244698U true CN203244698U (en) | 2013-10-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201320212869 Expired - Fee Related CN203244698U (en) | 2013-04-24 | 2013-04-24 | Window anti-theft alarm urgent evacuation system |
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| CN (1) | CN203244698U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113202373A (en) * | 2021-06-15 | 2021-08-03 | 郑州信达展示道具有限公司 | Intelligent door opening and closing system |
-
2013
- 2013-04-24 CN CN 201320212869 patent/CN203244698U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113202373A (en) * | 2021-06-15 | 2021-08-03 | 郑州信达展示道具有限公司 | Intelligent door opening and closing system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131023 Termination date: 20170424 |
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| CF01 | Termination of patent right due to non-payment of annual fee |