MOBILE RADIO SET WITH THE RADIATION DETECTOR

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Mobile radio set (honeycomb cell phone, [smartfon]) contains housing 17, before which is placed processor 1. down processor 1 they are connected the block of 2 memories, monitor 3, the means of 4 sound communications, keyboard 5, block of 6 nourishments, navigational device of 9 systems GPS and GLONASS, receiving-transmitting device (transceiver Of wi-Fi/GPRS) 15. Mobile radio set is supplied for the sake of facial camera 16 and consecutively together for the sake of gas-discharge counter 8 of ionizing emissions Geiger-Muller and converter (multiplier) of 7 voltages and for the sake of block of 10 joinings, connected down processor 1. for the nourishment of radiation monitor, radiometer from the network, the transfer of the control signals and measurement of equivalent dose and rate of the dose and other parameters, are provided standard audio- joint (audio- jack) either universal joint or mini joint or another infrastructure of the cell phone/of [smartfona] (they are not depicted). In this case is provide ford the control capability besides the functions of radiation monitor, radiometer and the exchange of data is accomplished with the aid of the digital protocol through the audio circuit of the cell phone/[smartfona] by the method of frequency or phase manipulation either through USB channel before the universal joint or the mini joint or across the channel Of bluetooth or NFC to the channel of the cell phone/of [smartfona]. Processor 1 is equipped for the sake of software both for the realization of the functions of the radio set of connection and for the control, the accumulations of the information and signaling about the normal, permissible and dangerous equivalent dose of the ionizing irradiation. Software includes four regime program modules : information module 11 “radiation monitors”, information module 12 “radiometer”, information module 13 “action beyond the individual human organs”, information module 14 “photos are the fixation of the source of the ionizing emission”. As a result is ensured simplification in the construction because of the exception through the construction of the detector of the expensive rare materials of high cleanliness and the use of a detector, which has the high degree of design and experimental finalizing, and also mass production base, with the decrease of heat emission, and therefore reduction in the requirements on the heat withdrawal of detector.