CN202652202U - Command system for positioning firemen in firefighting and fire rescue - Google Patents
Command system for positioning firemen in firefighting and fire rescue Download PDFInfo
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- CN202652202U CN202652202U CN2012202880869U CN201220288086U CN202652202U CN 202652202 U CN202652202 U CN 202652202U CN 2012202880869 U CN2012202880869 U CN 2012202880869U CN 201220288086 U CN201220288086 U CN 201220288086U CN 202652202 U CN202652202 U CN 202652202U
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Abstract
The utility model provides a command system for positioning firemen in firefighting and fire rescues. The command system for positioning the firemen in the firefighting and the fire rescues includes a communication base station, an operation display module, a single-pawn terminal, a beacon and a beacon reader-writer. A processing module of the single-pawn terminal is communicated with a vibration detecting module, a temperature detecting module, a pressure collecting module, a receiving module, a receiving module, a buzzer, a voice base, an on-off switch, an earphone receiver and a transmit-receive radio station c respectively. The on-off switch is also disposed on a voice line between the earphone receive and the transmit-receive radio station c. The transmit-receive radio station c is also communicated with the earphone receiver and a terminal antenna. A transmit-receive radio station a and a transmit-receive radio station b of the communication base station are communicated with a duplexer respectively. The transmit-receive radio station b is also communicated with a monophone. A base station antenna is also communicated with the duplexer. The integral connection relation is that the beacon is communicated with the receiving module of the single-pawn terminal; the beacon reader-writer is communicated with the beacon; the operation display module is communicated with the transmit-receive radio station a, the transmit-receive radio station b and the monophone respectively. The command system for positioning the firemen in the firefighting and the fire rescues provided by the utility model can position the firemen accurately and reliably.
Description
Technical field
The utility model relates to a kind of command system, is specifically related to a kind of fireman's fire fighting and rescue positioning command system, belongs to the fire-fighting and rescue technical field.
Background technology
During breaking out of fire, the fireman enters into the scene of fire and implements rescue, if can in time rapidly the situation of scene of fire be told to the rescue personnel outside the scene, on-the-spot outer rescue personnel just can take according to situation about feeding back the means such as reinforcement, rescue work can be carried out smoothly safely, thereby guarantee the safety of fireman and trapped personnel.
Yet for many years, the communication work of scene of fire is the weak link of fire-fighting and rescue always, shows as: existing communication equipment the blind area can occur at large complicated building interior (such as basement), causes the communicating interrupt commander ineffective not smooth; Can't determine a line fireman (especially scout's) position; Public network is resource-constrained; Many limited the uses simultaneously of intercom channel are caused channel congestion; Because situation is complicated dangerous in the scene of a fire, causing with outer that the fighter is nervous, emotional instability when contacting freely; Therefore on-the-spot inside and outside communication is not smooth, brings certain difficulty for on-the-spot commander and reinforcement work.
Summary of the invention
In view of this, the utility model provides a kind of fireman's fire fighting and rescue positioning command system, can accurately and reliably position the fireman, and can guarantee that on-the-spot inside and outside communication is smooth and easy, smoothly security implementation rescue work.
A kind of fireman's fire fighting and rescue positioning command system, this command system comprise communication base station, Operation display module, individual soldier's terminal, beacon and are used for beacon is carried out the beacon read write line of read-write operation; Communicate to connect between communication base station and the individual soldier's terminal;
Wherein individual soldier's terminal comprises for the receiver module that receives beacon institute transmitting site information, processing module, vibration detection module, temperature detecting module, is used for gathering pressure acquisition module, buzzer, sound bank, on-off switch, earphone, transmitting-receiving radio station c and the terminal antenna of the pressure information of the air respiratorresuscitator that the individual soldier carries, and wherein earphone comprises receiver and microphone; Annexation is: processing module is communicated with vibration detection module, temperature detecting module, pressure acquisition module, receiver module, buzzer, sound bank, receiver and transmitting-receiving radio station c respectively; Also directly link to each other by speech line between receiver and the transmitting-receiving radio station c, on-off switch is positioned on the described speech line, and the control end of on-off switch connects processing module, and the processor basis is from the break-make of the control information control on-off switch of communication base station; Transmitting-receiving radio station c also is communicated with microphone and terminal antenna in the earphone;
Communication base station comprises duplexer, transmitting-receiving radio station a, transmitting-receiving radio station b, electrophone and antenna for base station; Annexation is: transmitting-receiving radio station a and transmitting-receiving radio station b are communicated with duplexer respectively, and transmitting-receiving radio station b also is communicated with electrophone, and antenna for base station also is communicated with duplexer; The information that transmitting-receiving radio station a is used for all individual soldier's terminals are sent sends to Operation display module, transmitting-receiving radio station b is used for according to specifying individual soldier's information to send to Operation display module and electrophone from the control information of Operation display module, and the voice messaging that electrophone is collected sends to individual soldier's terminal.
Beneficial effect: (1) the utility model carries out mark by beacon to the fireman, can accurately and reliably determine fireman's home position; (2) the utility model carries out the transmission of individual soldier's end message by transmitting-receiving radio station a and these two channels of transmitting-receiving radio station b, monitor all individual soldiers' information by transmitting-receiving radio station a, information by transmitting-receiving radio station b monitoring appointment individual soldier, transmitting-receiving radio station b with which individual soldier is communicated with and can switches according to actual needs, thereby avoid occupied for a long time with the communication channel of specifying the individual soldier, can make as much as possible contacting that commander and fireman keep clear; (3) individual soldier's terminal of the present utility model detects the various information of individual soldier's surrounding environment and in time is transferred to communication base station, and the commander carries out early warning by the information that receives to the fireman or take reinforcing.
Description of drawings
Fig. 1 is the schematic diagram of the utility model fireman fire fighting and rescue positioning command system.
Embodiment
Below in conjunction with the accompanying drawing embodiment that develops simultaneously, the utility model is described in detail.
As shown in Figure 1, the utility model provides a kind of fireman's fire fighting and rescue positioning command system, and this command system comprises communication base station, Operation display module, individual soldier's terminal, beacon and beacon read write line;
Wherein individual soldier's terminal comprises receiver module, processing module, vibration detection module, temperature detecting module, pressure acquisition module, buzzer, sound bank, on-off switch, earphone, transmitting-receiving radio station c and terminal antenna, and wherein earphone comprises receiver and microphone; Annexation is: processing module is communicated with vibration detection module, temperature detecting module, pressure acquisition module, receiver module, buzzer, sound bank, on-off switch, headset earpiece and transmitting-receiving radio station c respectively, also on the receiver and the speech line between the transmitting-receiving radio station c of earphone, transmitting-receiving radio station c also is communicated with microphone and the terminal antenna of earphone on-off switch.
Communication base station comprises duplexer, transmitting-receiving radio station a, transmitting-receiving radio station b, electrophone and antenna for base station; Annexation is: transmitting-receiving radio station a and transmitting-receiving radio station b are communicated with duplexer respectively, and transmitting-receiving radio station b also is communicated with electrophone, and antenna for base station also is communicated with duplexer.
The integrated connection relation: beacon is communicated with the receiver module of individual soldier's terminal, the beacon read write line is communicated with beacon, Operation display module is communicated with transmitting-receiving radio station a, transmitting-receiving radio station b and electrophone respectively, communicates by terminal antenna and antenna for base station between individual soldier's terminal and the communication base station.
The function of each part mentioned above is as follows:
Beacon read write line positional information that the individual soldier is current under individual soldier's operation writes beacon, and the beacon stored position information is also launched, and also confirmation is sent to the beacon read write line.
Individual soldier's terminal comprises receiver module, processing module, vibration detection module, temperature detecting module, pressure acquisition module, buzzer, sound bank, on-off switch, earphone, transmitting-receiving radio station c and the terminal antenna that is connected with transmitting-receiving radio station c; Wherein earphone comprises receiver and microphone.
The vibration detection module detects the vibration information of individual soldier's terminal in real time.
Temperature detecting module regularly detects the temperature information of individual soldier's terminal surrounding environment.
The pressure information of the air respiratorresuscitator that pressure acquisition module timing acquiring individual soldier carries.
Receiver module receives the positional information of beacon output and exports to processing module.
The corresponding voice messaging of the positional information of storage and beacon and pressure information in the sound bank.
The break-make of voice messaging circuit is controlled by processing module between on-off switch control transmitting-receiving radio station c and the headset earpiece; Earphone microphone receives individual soldier's voice messaging and exports by transmitting-receiving radio station c.
Processing module has following functions:
1) receive described vibration information, temperature information, pressure information and positional information and with this four category information by the transmitting-receiving radio station c send to communication base station;
2) processing module is determined individual soldier's active state according to vibration information, and as individual soldier's terminal 30s during without position movement, processing module is reported to the police according to this vibration information control buzzer;
3) when pressure information is lower than preset value 100bar, processing module is extracted the receiver alarm of corresponding voice messaging process earphone to the individual soldier in sound bank;
4) when individual soldier's terminal enters the scope that is placed with beacon, processing module is extracted corresponding voice messaging by 3 prompting individual soldiers of the continuous report of headset earpiece in sound bank;
5) processing module is by the control information of transmitting-receiving radio station c reception from communication base station, this control information has indicated communication base station to wish with which individual soldier to converse separately or obtain which information, to partly or entirely again send to communication base station in four category informations of appointment according to this control information processing module, and also according to the switching of control information control on-off switch; For example, Operation display module needs some individual soldiers' vibration information, processing module is issued communication base station again with this individual soldier's vibration information, perhaps need to converse with some individual soldiers, then should specify individual soldier's processing module to connect on-off switch, and other individual soldiers' processing module is closed on-off switch.
Communication base station comprises duplexer, transmitting-receiving radio station a, transmitting-receiving radio station b, electrophone and the antenna for base station that is connected with duplexer.
Duplexer receives from data message and the voice messaging of individual soldier's terminal by antenna for base station and sends to transmitting-receiving radio station a and transmitting-receiving radio station b, also receives the voice messaging of transmitting-receiving radio station b output and exports to individual soldier's terminal.
The data message of all individual soldier's terminals of transmitting-receiving radio station a receiving duplexer output, and export to Operation display module.
Transmitting-receiving radio station b receives the selected individual soldier's of Operation display module control information and control information is sent to individual soldier's terminal by duplexer, export to Operation display module according to control information from the data message that duplexer filters out selected individual soldier simultaneously, described selected individual soldier's voice messaging is exported to electrophone; The voice messaging of also electrophone being collected is exported to the individual soldier.
Electrophone receives outside voice messaging and exports to transmitting-receiving radio station b, and also reception is received and dispatched the voice messaging of radio station b output and play.
Operation display module receives the data message of transmitting-receiving radio station a and transmitting-receiving radio station b output and shows, the pressure information that receives in the data message is shown with numeral and progress bar dual mode, then progress bar is shown in red if pressure information is lower than 100bar carries out alarm, the vibration information that also will receive without active state shows that in real time the simultaneously control information with user's input sends by transmitting-receiving radio station b.
The course of work: when breaking out of fire, carry individual soldier's terminal by the individual soldier, beacon read write line and a plurality of beacon, write beacon with regard to operating the beacon read write line positional information that the individual soldier is current during a position of the every arrival of individual soldier, and this beacon is placed on current location, and can report 3 times and point out the individual soldier when the individual soldier enters when arriving in the scope be placed with beacon the earphone of individual soldier's terminal, beacon is passed to individual soldier's terminal with positional information, individual soldier's terminal detects the vibration information that collects with positional information and self, temperature information and pressure information are passed to communication base station, communication base station is passed to Operation display module with this four classes data message, the data message that the commanding shows according to Operation display module sends instruction or takes and reinforces, and the commanding also converses by electrophone and individual soldier;
When individual soldier 30s friction, the buzzer of individual soldier's terminal can send warning, and the pressure information that carries air respiratorresuscitator as the individual soldier is when being lower than 100bar, and individual soldier's terminal is sent alarm to the individual soldier, and the progress bar of Operation display module is red prompting and command personnel simultaneously.
In sum, more than be preferred embodiment of the present utility model only, be not be used to limiting protection range of the present utility model.All within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., all should be included within the protection range of the present utility model.
Claims (1)
1. fireman's fire fighting and rescue positioning command system is characterized in that, this command system comprises communication base station, Operation display module, individual soldier's terminal, beacon and is used for beacon is carried out the beacon read write line of read-write operation; Communicate to connect between communication base station and the individual soldier's terminal;
Wherein individual soldier's terminal comprises for the receiver module that receives beacon institute transmitting site information, processing module, vibration detection module, temperature detecting module, is used for gathering pressure acquisition module, buzzer, sound bank, on-off switch, earphone, transmitting-receiving radio station c and the terminal antenna of the pressure information of the air respiratorresuscitator that the individual soldier carries, and wherein earphone comprises receiver and microphone; Annexation is: processing module is communicated with vibration detection module, temperature detecting module, pressure acquisition module, receiver module, buzzer, sound bank, receiver and transmitting-receiving radio station c respectively; Also directly link to each other by speech line between receiver and the transmitting-receiving radio station c, on-off switch is positioned on the described speech line, and the control end of on-off switch connects processing module, and the processor basis is from the break-make of the control information control on-off switch of communication base station; Transmitting-receiving radio station c also is communicated with microphone and terminal antenna in the earphone;
Communication base station comprises duplexer, transmitting-receiving radio station a, transmitting-receiving radio station b, electrophone and antenna for base station; Annexation is: transmitting-receiving radio station a and transmitting-receiving radio station b are communicated with duplexer respectively, and transmitting-receiving radio station b also is communicated with electrophone, and antenna for base station also is communicated with duplexer; The information that transmitting-receiving radio station a is used for all individual soldier's terminals are sent sends to Operation display module, transmitting-receiving radio station b is used for according to specifying individual soldier's information to send to Operation display module and electrophone from the control information of Operation display module, and the voice messaging that electrophone is collected sends to individual soldier's terminal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012202880869U CN202652202U (en) | 2012-06-15 | 2012-06-15 | Command system for positioning firemen in firefighting and fire rescue |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012202880869U CN202652202U (en) | 2012-06-15 | 2012-06-15 | Command system for positioning firemen in firefighting and fire rescue |
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| Publication Number | Publication Date |
|---|---|
| CN202652202U true CN202652202U (en) | 2013-01-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012202880869U Expired - Lifetime CN202652202U (en) | 2012-06-15 | 2012-06-15 | Command system for positioning firemen in firefighting and fire rescue |
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| CN (1) | CN202652202U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104463407A (en) * | 2014-10-22 | 2015-03-25 | 陕西亿美万泰科技有限公司 | Firefighter positioning and tracking command system |
-
2012
- 2012-06-15 CN CN2012202880869U patent/CN202652202U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104463407A (en) * | 2014-10-22 | 2015-03-25 | 陕西亿美万泰科技有限公司 | Firefighter positioning and tracking command system |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130102 |
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| CX01 | Expiry of patent term |