Stellbrink & Partner Patentanwälte mbB

The present invention relates to a method for operating a cooling system of a laboratory device, wherein the cooling system (4) comprises a compressor assembly, comprising at least a first compressor (30), a cooling device (32), an expansion device (34), and an evaporator (36), which are fluidly connected to form a main cycle, and wherein the cooling system further comprises a refrigerant circulating through the main cycle. The method comprises operating the compressor assembly based on a compressor control loop for controlling a compressor controlled variable x_c(t) based on a compressor reference variable w_c(t) and a compressor feedback variable r_c(t), and the method further comprises operating the expansion device based on a superheat control loop for controlling a superheat controlled variable x_s(t) based on a superheat reference variable w_s(t) and a superheat feedback variable r_s(t).

Die Erfindung betrifft ein Verfahren zum Reduzieren einer Keimdichte im Nutzraumes eines Geräts, umfassend Aufheizen des Nutzraums auf eine Prozesstemperatur, sodass eine relative Feuchte im Nutzraum unter einem oberen Feuchtegrenzwert liegt; Regelung der relativen Feuchte im Nutzraum auf einen ersten Zielwert für eine erste Dauer, wobei ein Befeuchtungssystem einen Wirkstoff einbringt; Deaktivieren der Regelung der relativen Feuchte; und Abbauen des Wirkstoffs im Nutzraum für eine Abbaudauer. Die Erfindung betrifft auch ein entsprechendes Gerät und ein entsprechendes System.

The invention relates to system wherein the system is a system for long-term user classification, wherein the system comprises: an acquiring component, wherein the acquiring component is configured to acquire at least one data related to at least one user, a classifying component, wherein the classifying component is configured to classify at least one user according to at least one data acquired by the acquiring component, a validation component, wherein the validation component is configured to validate at least one classification option and/or a multitude of classification options, a subsequent classification component wherein the subsequent classification component is configured to generate at least one long-term classification option to at least one user and is configured to classify at least one user according to at least one data acquired by the validation component. The invention further relates to method wherein the method is a method for long-term user classification, wherein the method comprises: operating an acquiring component, wherein operating the acquiring component comprises acquiring at least one data related to at least one user, operating a classifying component, wherein operating the classifying component comprises classifying at least one user according to at least one data acquired by the acquiring component, operating a validation component, wherein operating the validation component comprises validating at least one classification option and/or a multitude of classification options, operating a subsequent classification component wherein operating the subsequent classification component comprises generating at least one long-term classification option to at least one user and comprises classifying at least one user according to at least one data acquired by the validation component.

A computing system and process for performing identification of the type of computing devices communicating via wireless Bluetooth protocols. The computing system involves customized or non-customized computing systems that are configured to send queries via all protocols described in Bluetooth specifications, as well as vendor-specific protocols. The computing system analyzes raw data, in combination with behavioral data, in combination with ground-truth data about known devices, in order to establish a device identification about any computing device communicating via Bluetooth. In the absence of ground-truth data, device identification is inferred with an associated confidence level based on synthesis across all collected data.

A method of purifying hybridized RNA polynucleotides involves a washing step in which no ethanol or less than 5% ethanol is used in the buffer that washes the beads to which the hybridized RNA polynucleotides have precipitated so as to separate them from unbound DNA oligonucleotides. A binding buffer that includes the beads is combined with a hybridization solution that includes salt and RNA polynucleotides of bacterial species that are hybridized to DNA oligonucleotides. The binding buffer and the hybridization solution are removed from the aggregated beads. The washing buffer, as is conventionally used, is added to the beads after the binding buffer and the hybridization solution have been removed. The washing buffer is removed from the aggregated beads. An elution buffer is added to the beads after the washing buffer has been removed. The elution buffer which contains the purified hybridized RNA polynucleotides is removed from the aggregated beads.

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Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …