Хабибуллин Рустам Рашидович (RU),Тремаскин Юрий Петрович (RU),Дедов Сергей Николаевич (RU),Труфанова Елена Павловна (RU)
申请号：
RU2015127310/14
公开号：
RU00159170U1
申请日:
2015.07.07
申请国别(地区):
RU
年份:
2016
代理人:
摘要：
The invention relates to the field of breathing gas mixtures, for example, oxygen-nitrogen, oxygen-helium, are used as media for breathing divers during descents under water, a diving pressure chambers, as well as non-pharmacological means of acting on the human organism for the prevention, rehabilitation and treatment, and can be used in particular in industrial production of helium and / or oxygen. Installation is a block construction comprising block starting gases flow mixing raw gas generators circulation loop cooking breathing gas mixtures via connecting lines with shut-off valves, the gasification unit liquid oxygen flow control system which is electrically connected with shield control source gases and gas mixing block . The distinctive features of the installation is that it block the starting gas consists of receiver oxygen and receiver helium shields controlling each of them, connected with the control unit shield mixing source gases, the installation is provided with a unit gasification of liquid oxygen, consisting of a cryogenic tank with liquid oxygen, cryogenic pump for supplying liquid from the reservoir of oxygen in the gasification unit, coupled to control the gasification process shield is in turn connected to the receiver operation to shield oxygens. Furthermore, the installation also comprises a second helium receiver coupled to the control board in parallel to the first receiver unit and control system is electrically connected with the shield control source gases and gas mixing block. The utility model seeks to range extension (arsenal) technical means for preparing respiratory gas mixtures, and the technical effect of its use is to provide an industrial plant specified destination.1N / z Fct, 2 z.p.f. 1 -yl., Table 2.Полезная модель относится к области получения дыхательных газовых смесей, например, кислородно-азотных, кислородно-гелиевых, используемых в качестве сред для дыхания водолазов при спусках под воду, в водолазных барокамерах, а так
