CN201091013Y

CN201091013Y - Transformer and electric force line on-site antitheft alarming system

Info

Publication number: CN201091013Y
Application number: CNU2007201844366U
Authority: CN
Inventors: 沈智浩; 梅青芳
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-10-16
Filing date: 2007-10-16
Publication date: 2008-07-23
Anticipated expiration: 2017-10-16

Abstract

The utility model discloses an anti-theft alarm system for a transformer and the scene of power lines, comprising a data detection module which connected with a data processing module; the data processing module is connected with a sound and light alarm module. The utility model can timely and accurately judge the theft and destruction actions of the circuit facilities and can give sound and light alarms at the scene of the incidents so as to deter the destroyer and cause the attention of nearby crowd or power line examination staff, at the same time, the utility model can send short messages to the relevant principal through GSM Network to achieve the alarming purpose so that measures can be taken in time; the adopted GSM Chinese message warning is stable in network, fast in alarm information feedback, accurate in content and high in success rate, with no distance limitations; the system is of flexible networking and function configuration.

Description

The on-the-spot guard against theft and alarm system of a kind of transformer and power circuit

Technical field

The utility model relates to a kind of transformer and the on-the-spot guard against theft and alarm system of power circuit.

Background technology

Stolen and destroyed at transformer and line of electric force; the safeguard measure of taking at present mostly is the artificial line inspection and protects line; the perhaps warning device of wireless data transmission platform mode; but to judge theft destruction timely and accurately to the line facility in a certain district; its work difficulty is bigger; and warning system is not set being stolen or destory the scene yet, can't causes the masses on every side or line inspection personnel's attention, can not play deterrent effect the saboteur.

The utility model content

Technical problem to be solved in the utility model just provides the on-the-spot guard against theft and alarm system of a kind of transformer and power circuit, can effectively solve theft or the scene destroyed is not provided with warning system and does not have problem to saboteur's deterrent effect.

In order to solve the problems of the technologies described above, the utility model adopts following technical scheme: the on-the-spot guard against theft and alarm system of a kind of transformer and power circuit, comprise data detection module, described data detection module connects data processing module, it is characterized in that: described data processing module connects the sound and light alarm module.

Further, described sound and light alarm module comprises power end, the power end resistance of connecting, and described resistance connects a transistor base, and described transistor collector connects the negative terminal of warning lamp, grounded emitter.

Further, described power end comprises after the transformer transformation through an inductor filter, described inductance is connected and is connected a transistor collector behind the resistance, described transistor base connects one or three end reference source negative electrodes, be connected second resistance between described transistor collector and the base stage, described transistor emitter is an output terminal.

Further, described data detection module comprises that the transformer three-phase voltage detects, shock detection and open box and detect, and described data processing module connects GSM note transport module.

Further, described three-phase voltage detects and comprises that pressure-wire connects divider resistance, and described divider resistance connects a photoelectrical coupler after connecting a diode, and the output pin of described photoelectrical coupler connects described data processing module.

Further, described shock detection comprises shock sensor, and described shock sensor connects a trigger, and described trigger connects described data processing module.

Further, the described box of opening detects and to comprise the breast-stroke switch, and described breast-stroke switch connects a trigger, and described trigger connects described data processing module.

Further, described GSM note transport module comprises the GSM SMS module, and described GSM SMS module connects SIM card circuit and reset circuit.

Further, described data processing module comprises power circuit, and described power circuit connects a single-chip microcomputer behind regulator rectifier circuit.

Further, described single-chip microcomputer adopts STC89LE516RD+.

The utility model is owing to adopted technique scheme, the theft and the destruction of judgement line facility that can be promptly and accurately, and in incident the scene takes place and can send audible and visible alarm, the saboteur is played deterrent effect, near the masses or line inspection personnel's attention also causing, broadcast to the responsible person concerned with short message mode by the GSM network simultaneously, play the warning effect, in time to take measures; And adopt the GSM Chinese short message to report to the police, network stabilization, the warning message reaction is quick, and content is accurate, and the success ratio height does not have distance limit; The system group network mode is flexible, and functional configuration is flexible.

Description of drawings

The utility model is described in further detail below in conjunction with accompanying drawing:

Fig. 1 is a theory diagram of the present utility model;

Fig. 2 is power supply and dead electricity testing circuit figure in the utility model;

Fig. 3 is motherboard circuit figure in the utility model;

Fig. 4 is sound light alarming circuit figure in the utility model;

Fig. 5 is the initialize routine block diagram;

Fig. 6 and Fig. 7 are serial ports message detection flow chart;

Fig. 8 is a port status scrutiny program block diagram;

Fig. 9 is a warning router block diagram;

Figure 10 is a message delete program block diagram;

Figure 11 is a serial ports interrupt service routine block diagram;

Figure 12 is the time interrupt service routine.

Embodiment

As shown in Figures 1 to 4, embodiment for a kind of transformer of the utility model and the on-the-spot guard against theft and alarm system of power circuit, comprise data detection module, described data detection module connects data processing module, data processing module comprises power circuit, power circuit connects single-chip microcomputer STC89LE516RD+ behind regulator rectifier circuit, power circuit provides 5V and two kinds of voltages of 3.6V, 5V with POWER is an example, transformer T1 is elementary to be connected on the A phase voltage, the secondary diode bridge B1 that connects exchanges end, the positive termination filter inductance of diode bridge B1 DC terminal L1 comes out to connect filter capacitor C18 and C19, another termination of filter capacitor C18 and C19 B1 DC terminal negative terminal, behind rectifying and wave-filtering, obtain the 5V of voltage POWER, use for lithium cell charging.Described data processing module connects the sound and light alarm module, the elementary 220V input of described sound and light alarm module transformer T1, secondary output 14V, after inductance L 1 filtering, connect resistance R 3, triode Q1, resistance R 50, three end reference source TL431, proportion resistor R4, R6, the plus earth of TL431, negative electrode connect the base stage of Q1, and reference edge is connected between resistance R 4, the R6, the emission of triode is output terminal very, output terminal VWARR voltage is about 13.8V, and VWARR termination direct current 12V storage battery anode also is the power end of sound and light alarm simultaneously.With the warning lamp warning is example, and in Fig. 4, R1 and Q2 form the control circuit of warning lamp, and WARRL is the control end of alarm lamp, connects the Q2 base stage behind the resistance in series R1, the receive a crime report negative terminal of lamp of Q2 collector, grounded emitter.When alert event took place, the P0.7 mouth of host scm was that WARRL puts height, the Q2 conducting, and it is luminous to report to the police.

Described data detection module comprises that three-phase voltage detects, shock detection and open box and detect.Described three-phase voltage detects, with C is example mutually, C phase voltage line is through the inductance L 6 and the R29 that connects mutually, R14, R13, four divider resistances of R11 link to each other, R11 links to each other with the positive pole of diode D12, connects 1 pin of photoelectrical coupler U5 behind the negative pole resistance in series R5 of D12, the 2 pin connecting to neutral lines of U5, be connected between the negative pole and ground of diode D12 after diode D2 and capacitor C 5 are in parallel, the anodal connecting to neutral line of diode D2, the 3 pin ground connection of U5,4 pin of U5 are the signal output pin, 29 pin of receiving single-chip microcomputer STC89LE516RD+ are the P2.5 mouth, resistance R 25 and capacitor C 15 and be connected in Vcc and 4 pin of U5 between.When C was connected, the P2.5 mouth detected square wave, and when C cut off the power supply mutually, the P2.5 mouth was a high level with perseverance, therefore when the P2.5 mouth continues high level, can judge that C cuts off the power supply mutually.Described vibration signal detects and comprises vibration switch S2, vibration switch S2 and trigger 74HC123A form trigger circuit, capacitor C 22 and resistance 10 and be connected in Vcc and 2 pin of trigger 74HC123A between, the 1 pin ground connection of 74HC123A, 1 pin and 2 pin are connected on the two ends of vibration switch S2,3 pin and 16 pin meet high level Vcc, 8 pin ground connection, connect capacitor C 24 between 14 pin and 15 pin, 15 pin meet Vcc by

resistance R

11,13 pin are that 43 pin that pulse output end is received single-chip microcomputer STC89LE516RD+ are the P0.0 mouth, and 2 pin of trigger 74HC123A and 1 pin are respectively rising edge and negative edge trigger pulse input end, and wherein 1 pin is put low.When working properly, vibration switch S2 is in closure state, 2 pin low levels, triggerless pulse; When the vibrations disturbance, vibration switch S2 opens, and 2 pin high level form the rising edge trigger pulse, and 13 pin have positive pulse output, and the P0.0 mouth of single-chip microcomputer STC89LE516RD+ detects positive pulse, and specification exception need give the alarm.The described box input of opening comprises breast-stroke switch S 1, and two groups of input ends of breast-stroke switch S 1 connect high level Vccout and ground respectively, and 19 pin that output terminal is received single-chip microcomputer STC89LE516RD+ are the P3.7 mouth.When operate as normal, shell seal, the output terminal output low level of breast-stroke switch S 1, the P3.7 mouth of single-chip microcomputer STC89LE516RD+ detects low level, illustrates normal; When shell is unlocked, the output terminal of breast-stroke switch S 1 output high level, the P3.7 mouth of single-chip microcomputer STC89LE516RD+ detects high level, and specification exception will give the alarm.

GSM note transport module adopts the TC35I of Siemens, and the TC35I power supply is provided by lithium battery, and its 32 pin series connection R40 and light emitting diode D3 are as the operation indication of module.25,26,27,28,29 pin of TC35I are the SIM card interface, and the end of the same name that passes through SIM card reader and TC35I of the last CCRST of SIM, CCIO, CCCLK, CCVCC and CCGND directly joins.The required IGT signal of GSM note transport module work is provided by U3, and time-delay of 7 pin output of U3 is greater than the low pulse of 100ms, and the level decline duration does not carve above 1ms.The 18 pin RXD0 of TC35I and 19 pin TXD0 are respectively the transmitting and receiving terminal and the end of GSM note transport module, behind buffer circuit, receive 11 pin RXD and the 13 pin TXD of single-chip microcomputer STC89LE516RD+, 31 pin of TC35I connect the collector of triode Q5, grounded emitter, 8 pin that base series resistor R9 receives single-chip microcomputer STC89LE516RD+ are the P1.6 mouth, give the forced resetting of GSM note transport module as single-chip microcomputer.

The programming flowchart of single-chip microcomputer such as Fig. 5 are to shown in Figure 12.

Claims

1. the on-the-spot guard against theft and alarm system of transformer and power circuit comprises data detection module, and described data detection module connects data processing module, it is characterized in that: described data processing module connects the sound and light alarm module.

2. the on-the-spot guard against theft and alarm system of transformer according to claim 1 and power circuit, it is characterized in that: described sound and light alarm module comprises power end, the power end resistance of connecting, and described resistance connects a transistor base, described transistor collector connects the negative terminal of warning lamp, grounded emitter.

3. the on-the-spot guard against theft and alarm system of transformer according to claim 2 and power circuit, it is characterized in that: described power end comprises after the transformer transformation through an inductor filter, described inductance is connected and is connected a transistor collector behind first resistance, described transistor base connects one or three end reference source negative electrodes, be connected second resistance between described transistor collector and the base stage, described transistor emitter is an output terminal.

4. the on-the-spot guard against theft and alarm system of transformer according to claim 1 and power circuit, it is characterized in that: described data detection module comprises that the transformer three-phase voltage detects, vibration signal detects and opens the box input, and described data processing module connects GSM note transport module.

5. the on-the-spot guard against theft and alarm system of transformer according to claim 4 and power circuit, it is characterized in that: described three-phase voltage detects and comprises that pressure-wire connects divider resistance, described divider resistance connects a photoelectrical coupler after connecting a diode, and the output pin of described photoelectrical coupler connects described data processing module.

6. the on-the-spot guard against theft and alarm system of transformer according to claim 4 and power circuit, it is characterized in that: described vibration signal detects and comprises vibration switch, described vibration switch connects a trigger and constitutes trigger circuit, and described trigger connects described data processing module.

7. the on-the-spot guard against theft and alarm system of transformer according to claim 4 and power circuit, it is characterized in that: the described box input of opening adopts the breast-stroke switch, two groups of input ends of described breast-stroke switch connect high level and low level respectively, and output terminal connects described data processing module.

8. the on-the-spot guard against theft and alarm system of transformer according to claim 4 and power circuit, it is characterized in that: described GSM note transport module comprises the GSM SMS module, described GSM SMS module connects SIM card circuit and reset circuit.

9. the on-the-spot guard against theft and alarm system of transformer according to claim 1 and power circuit, it is characterized in that: described data processing module comprises power circuit, described power circuit connects a single-chip microcomputer behind regulator rectifier circuit.

10. the on-the-spot guard against theft and alarm system of transformer according to claim 9 and power circuit, it is characterized in that: described single-chip microcomputer adopts STC89LE516RD+.