Integrated type digital fire fighting individual equipment

Abstract

The invention discloses integrated type digital fire fighting individual equipment which is mainly composed of a body area network body battle, a communication transmission link and a backfield information transceiver control device. The body area network body battle integrates information of a vital sign monitoring unit, a voice intercom unit, a video reconnaissance unit, a personal positioning unit, an empty call allowance monitoring unit, a call-for-help alarm unit, an environment monitoring unit and the like in a body area network collection unit and transmitted to the backfield information transceiver control deice through the communication transmission link, and the body area network body battle and the backfield information transceiver control device can achieve information intertransmission through the communication transmission link. Compared with original backfield receiving devices, the equipment is provided with only one backfield receiving device, various kinds of equipment information transmitted back by the communication link are analyzed, and information can be displayed through a single window and can also be displayed through multiple windows in different screens.

Description

technical field [0001] The invention relates to the field of informatization and integration of fire-fighting equipment, in particular to an integrated digital fire-fighting individual equipment. Background technique [0002] At present, there are many types of individual firefighting equipment, and various information such as equipment working conditions and personnel status collected at the emergency rescue site are displayed in the backfield, such as digital map detection equipment, firefighter positioning equipment, rescue devices, respirators (air callers) The information collected by dozens of fire-fighting equipment, such as equipment, oxygen breathing apparatus, etc.), environmental monitoring, gas detection, vital signs monitoring, etc., is displayed in the back field. Each of the above-mentioned individual equipment needs to be equipped with an independent Receiving display device in the back field. [0003] Such a wide variety of receiving and displaying devices ...

AI Technical Summary

Problems solved by technology

[0005] 1) The individual equipment is carried by the firefighters who enter the fire, but the firefighters who enter the fire must carry the air breathing apparatus on their backs. Therefore, this design is unreasonable in the field of firefighting

[0006] 2) The individual equipment only completes the data encapsulation of video, pulse, temperature, and motion status, and does not involve the equipment working conditions of the fire scene, such as air breathing apparatus, rescue apparatus, and gas detection.

When the relay device of this design encounters a large amount of data flow communication, it is easy to exceed its maximum transmission load, resulting in the loss of communication data

[0008] 4) The command terminal only realizes the display of audio, video and collected data. In actual fire fighting, the complex situation of the fire scene cannot be fully covered by the above-mentioned data. This incomplete data largely limits the background command

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