CN201241558Y

CN201241558Y - Indoor remote control safe

Info

Publication number: CN201241558Y
Application number: CNU2008200246995U
Authority: CN
Inventors: 刘玉增
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-07-04
Filing date: 2008-07-04
Publication date: 2009-05-20
Anticipated expiration: 2018-07-04

Abstract

The utility model relates to an indoor remote control safe box, which comprises a box body, wherein a wireless alarm is arranged in the box body, the safe box further comprises a door magnetic induction detector, an infrared ray curtain detector, a combustible gas detector and a smoke concentration detector, the wireless alarm comprises a microprocessor, a wireless signal receiving circuit, a decoding circuit and a GSM circuit board which are electrically connected, the wireless signal receiving circuit is used to receive wireless signals transmitted by the door magnetic induction detector, the infrared ray curtain detector, the combustible gas detector or the smoke concentration detector, and outputs the wireless signals to the microprocessor, the microprocessor transmits commands to the GSM circuit board after treating the signals, the GSM circuit board makes a remote alarming call, the door magnetic induction detector, the infrared ray curtain detector, the combustible gas detector and the smoke concentration detector are all in wireless transmitting type and form multiple protection, thereby enabling habitable rooms to be safer, and increasing the anti-theft function.

Description

Indoor remote control strongbox

Technical field

The utility model relates to a kind of strongbox that holds property, relates in particular to the indoor remote control strongbox of a kind of antitheft, fire prevention, anti-combustible gas leakage.

Background technology

At present, accounting office, business office, family room etc. are deposited the strongbox of valuable property, normally has simple anti-theft feature, function ratio is more single, do not prevent combustible gas leakage and fireproof safety measure, indoor alert can not be transferred to the householder in time, the householder can't know indoor safe condition.

The utility model content

The technical problems to be solved in the utility model is to overcome above defective, and a kind of indoor remote control strongbox of good anti-theft effect is provided.

For achieving the above object, the technical scheme that the utility model adopted is: indoor remote control strongbox, comprise casing, be provided with wireless alarm in the casing, it is characterized in that: strongbox also comprises a magnetic induction detector, infrared rays curtain detector, combustible-gas detector and smokescope detector, wireless alarm comprises the microprocessor of electrical connection, wireless signal receiving circuit, decoding circuit and GSM circuit board, wireless signal receiving circuit is in order to receiving gate magnetic induction detector, infrared rays curtain detector, the wireless signal that combustible-gas detector or smokescope detector send, export signal to microprocessor, microprocessor is sent to the GSM circuit board with instruction after signal is handled, and the GSM circuit board is dialed the remote alarms phone.

The further optimization of such scheme, door magnetic induction detector is installed on the door and window of room, and infrared rays curtain detector is installed in the room, and combustible-gas detector and smokescope detector are installed in the kitchen.

A kind of concrete prioritization scheme, wireless alarm also comprises monitoring circuit, monitoring circuit comprises electric capacity, resistance and microphone, 8 foot meridian capacitors of GSM circuit board are connected 15 pin of microprocessor with resistance, 10 foot meridian capacitors of GSM circuit board are connected 16 pin of microprocessor with resistance, be connected with resistance between 8 pin of GSM circuit board and 10 pin, in parallel with resistance after microphone and the capacitances in series, resistance is connected between the node of the node of electric capacity and resistance and microphone and electric capacity.

A kind of preferred version, 11 pin of GSM circuit board are electrically connected with decoding circuit, the GSM circuit board receives the telephone remote signal, export decoding circuit after treatment to, decoding circuit exports microprocessor to after receiving, deciphering, carry out the function corresponding setting by microprocessor, realize setting up defences at a distance, withdrawing a garrison.

Another kind of preferred version, wireless alarm also comprises the danger button testing circuit, and its input is connected with button, and output is connected with 4 pin of microprocessor.

The utility model adopts technique scheme, compares with existing technical scheme, has the following advantages:

(1) electronic password lock and mechanical lock are connected to each other locking on the security door, have improved safety factor, have increased safety performance.

(2) door magnetic induction detector, infrared rays curtain detector, combustible-gas detector and smokescope detector are the wireless transmit mode, form multiple-protection, make the room safer, have improved anti-theft feature.

(3) wireless alarm can carry out remote alarms by GSM, can also give owner with the field data teletransmission, and anti-theft feature is stronger, can also utilize phone to carry out the strange land operation, long-range issuing command is set up defences, is withdrawn a garrison the room, also can monitor indoor.

(4) in case of emergency can also pass through danger button, send the SOS phone, can guarantee personal safety.

(5) setting of combustible-gas detector and smokescope detector can prevent the generation of serious accident, prevents trouble before it happens.

The utility model is described in further detail below in conjunction with drawings and Examples.

Description of drawings

Accompanying drawing 1 is the structural representation of the utility model embodiment;

Accompanying drawing 2 is the circuit block diagram of wireless alarm among the utility model embodiment;

Accompanying drawing 3 is the circuit diagram of wireless alarm among the utility model embodiment.

The specific embodiment

The 1-casing, 2-security door, 3-shutter, 4-controller, 5-electronic lock, 6-coded lock, 7-mechanical lock, 8-lock bolt, 9-handle, 10-locking plate, 11-locking bar, 12-dead bolt, 13-display screen, 14-alarming horn, 15-wireless alarm, 16-antenna

As shown in Figure 1; indoor remote control strongbox; comprise casing 1 and chamber door; chamber door comprises the security door 2 and the inboard shutter 3 in the outside; security door 2 is provided with electronic lock 5; coded lock 6; mechanical lock 7; locking bolt 8; coded lock 6 has display screen 13; electronic lock 5 is electrically connected with controller 4; one end of lock bolt 8 has the locking plate 10 that is used for inserting in coded lock 6 draw-in grooves; electronic lock 5 is arranged between coded lock 6 and the locking plate 10; lock bolt 8 is provided with locking bar 11; mechanical lock 7 is provided with the dead bolt 12 that is used for preventing locking bar 11; handle 9 flexibly connects with lock bolt 8; when strongbox cuts out; locking plate 10 is positioned at outside coded lock 6 draw-in grooves; the dead bolt of electronic lock 5 stretches out between coded lock 6 draw-in grooves and locking plate 10; dead bolt 12 withstands locking bar 11 and prevents moving of locking bar 11; when strongbox need be opened, open electronic lock 5, the dead bolt withdrawal of electronic lock 5; open coded lock 6; open mechanical lock 7 again, dead bolt 12 is removed locking bar 11 is prevented, and locking plate 10 enters in coded lock 6 draw-in grooves; be provided with wireless alarm 15 in the strongbox; alarming horn 14 and antenna 16

As shown in Figure 2, wireless alarm 15 comprises microprocessor IC1, wireless encoding receiving circuit IC2, door magnetic induction detector IC3, infrared rays curtain detector IC4, combustible-gas detector IC5, smokescope detector IC6, onsite alarming circuit, decoding circuit, wireless signal receiving circuit IC8, danger button testing circuit IC10, monitoring circuit and the GSM circuit board of electrical connection.

As shown in Figure 3, the model of microprocessor IC1 is ATMGA8L, the output of wireless encoding receiving circuit IC2 connects 12 pin of microprocessor IC1, door magnetic induction detector IC3 is installed on the door and window of room, infrared rays curtain detector IC4 is installed on the ceiling of room, combustible-gas detector IC5 and smokescope detector IC6 are installed in the kitchen, the output of wireless signal receiving circuit IC8 connects 1 pin of microprocessor IC1, in order to receiving gate magnetic induction detector IC3, infrared rays curtain detector IC4, the wireless signal that combustible-gas detector IC5 and smokescope detector IC6 send, the onsite alarming circuit comprises resistance R 27, triode Q1, diode D11, relay J 4, alarm voice sheet IC7 and loudspeaker, decoding circuit comprises that model is the decoding integrated circuit IC9 of HT9170, resistance R 13 is to resistance R 15, capacitor C 11 is to capacitor C 14 and crystal oscillator JZ2, the input of danger button testing circuit IC10 connects button AN, its output connects 4 pin of microprocessor IC1, and monitoring circuit comprises that capacitor C 19 is to capacitor C 21, resistance R 32 is to resistance R 35 and microphone HT.

When door and window is illegally opened, the signal that wireless signal receiving circuit IC8 receiving gate magnetic induction detector IC3 sends, signal is exported to 1 pin of microprocessor IC1, after microprocessor IC1 handles signal, from serial data transmitting terminal 31 pin and serial data receiving terminal 30 pin, corresponding instruction is sent to data wire socket 6 pin and 5 pin of GSM circuit board, handle through the GSM circuit board, the instruction of remote alarms phone is dialed in execution, called by monitoring circuit and monitored on-the-spot situation, the high level of 17 pin of microprocessor IC1 output simultaneously, turn-on transistor Q1 after resistance R 27, relay J 4 adhesives, alarm voice sheet IC7 obtains 12V voltage, the beginning onsite alarming.

Equally, when infrared rays curtain detector IC4 detects human body and moves in certain zone or combustible-gas detector IC5 when detecting fuel gas and exceeding standard or smokescope detector IC6 when detecting smog and exceeding standard, infrared rays curtain detector IC4 or or combustible-gas detector IC5 or smokescope detector IC6 send wireless signal, after wireless signal receiving circuit IC8 receives signal is exported to 1 pin of microprocessor IC1, after microprocessor IC1 handles signal, dial the remote alarms phone by the GSM circuit board, called by monitoring circuit and monitor on-the-spot situation, the onsite alarming circuit carries out onsite alarming.

When danger button AN starts, danger button testing circuit IC10 exports signal on 4 pin of microprocessor IC1, after microprocessor IC1 handles signal, from serial data transmitting terminal 31 pin and serial data receiving terminal 30 pin, corresponding instruction is sent to data wire socket 6 pin and 5 pin of GSM circuit board, handle through the GSM circuit board, carry out the instruction of dialing the police emergency number.

When using telephone remote, the GSM circuit board is received signal, from the dtmf signal of 11 pin of data wire socket output 2 pin through capacitor C 11 and resistance R 13 to DTMF decoding integrated circuit IC9, DTMF decoding integrated circuit IC9 receives the row decoding of going forward side by side, by the output output data of DTMF decoding integrated circuit IC9 to microprocessor IC1, carry out the function corresponding setting by microprocessor IC1, realize setting up defences at a distance, withdrawing a garrison.

During with remote controller control wireless alarm, wireless encoding receiving circuit IC2 by 315MHZ receives and demodulates 12 pin of signal to microprocessor IC1, amplify from 32 pin output prompt tone to triode Q4 through microprocessor IC1 processing, drive loudspeaker, in order to prompting operation person.

Claims

1, indoor remote control strongbox, comprise casing (1), be provided with wireless alarm (15) in the casing (1), it is characterized in that: strongbox also comprises a magnetic induction detector (IC3), infrared rays curtain detector (IC4), combustible-gas detector (IC5) and smokescope detector (IC6), wireless alarm (15) comprises the microprocessor (IC1) of electrical connection, wireless signal receiving circuit (IC8), decoding circuit and GSM circuit board, wireless signal receiving circuit (IC8) is in order to receiving gate magnetic induction detector (IC3), infrared rays curtain detector (IC4), the wireless signal that combustible-gas detector (IC5) or smokescope detector (IC6) send, export signal to microprocessor (IC1), microprocessor (IC1) is sent to the GSM circuit board with instruction after signal is handled, and the GSM circuit board is dialed the remote alarms phone.

2, indoor remote control strongbox as claimed in claim 1, it is characterized in that: door magnetic induction detector (IC3) is installed on the door and window of room, infrared rays curtain detector (IC4) is installed in the room, and combustible-gas detector (IC5) and smokescope detector (IC6) are installed in the kitchen.

3, indoor remote control strongbox as claimed in claim 2, it is characterized in that: wireless alarm (15) also comprises monitoring circuit, monitoring circuit comprises electric capacity (C19～C21), resistance (R32～R35) and microphone (HT), 8 foot meridian capacitors (C21) of GSM circuit board are connected 15 pin of microprocessor (IC1) with resistance (R33), 10 foot meridian capacitors (C19) of GSM circuit board are connected 16 pin of microprocessor (IC1) with resistance (R32), be connected with resistance (R35) between 8 pin of GSM circuit board and 10 pin, microphone (HT) and electric capacity (C20) series connection back is in parallel with resistance (R35), and resistance (R34) is connected between the node of the node of electric capacity (C21) and resistance (R33) and microphone (HT) and electric capacity (C20).

4, indoor remote control strongbox as claimed in claim 3, it is characterized in that: 11 pin of GSM circuit board are electrically connected with decoding circuit, the GSM circuit board receives the telephone remote signal, export decoding circuit after treatment to, decoding circuit exports microprocessor (IC1) to after receiving, deciphering, carry out the function corresponding setting by microprocessor (IC1), realize setting up defences at a distance, withdrawing a garrison.

5, indoor remote control strongbox as claimed in claim 4, it is characterized in that: wireless alarm (15) also comprises danger button testing circuit (IC10), and its input is connected with button (AN), and output is connected with 4 pin of microprocessor (IC1).