Abstract: In order to improve the analysis of the RF interferences, there is provided a peak selection assistance method for finding a local peak in an RF spectrum trace. The method provides a window on the spectrum trace display, which can be configured and/or moved by a user from user interaction on said user interface. When the window is defined, the method finds the highest peak within the window and optionally adds a marker on it. The method therefore snaps to the highest peak within the window. This improves the way of precisely detecting the maximum amplitude and the center frequency for any local peak on the spectrum.

Abstract: The present invention relates to a device and a method for air conditioning a building using an intermittent heat source whereof the maximum temperature is 70° C. and a heat sink at a temperature of 15° C. The device comprises 3 or 4 thermochemical dipoles each comprising an evaporator-condenser unit and a reactor connected by means for circulating G between them and means for interrupting the flow of G. The reactors are the seat of reversible processes between G and a liquid or a solid, and the evaporators-condensers are the seat of a liquid-gas phase change of G; the reactors are equipped with means for exchanging heat between them and means for controlling the heat exchange; the thermochemical processes in the dipoles may be identical or different; the device comprises a heat source at a variable temperature Tc, the maximum temperature being 70° C., and a heat sink at a temperature To of 15° C.

Abstract: This invention relates to a process for the regulation and automatic control of a device for the removal of pollutants from waste water by methane fermentation, which consists of simultaneously measuring, in the gaseous phase in the digesters of a fermentation reactor, the following three parameters: output of gas emanating from the conversion of the organic matter during fermentation, the ratio of the percentages of methane and carbon dioxide and the gaseous hydrogen content, and in then processing in real time the data thus collected in order to obtain signals reflecting the instantaneous state of the ecosystem of the pollutant removal device.