Taruttis Patentanwaltskanzlei

Verfahren zur fermentativen Herstellung von Pilzmycel durch Bereitstellen eines wässrigen Nährmediums mit einem Gehalt an Substrat, das pflanzliches Protein enthält, Inokulieren des Nährmediums mit zumindest einem Pilz, Durchmischen und Belüften des inokulierten Nährmediums zum Anziehen von Pilzmasse, wobei dem Nährmedium Ammoniumionen zugesetzt werden, so dass der pH-Wert ohne kontrolliertes Einstellen des pH-Werts durch die Fermentation um zumindest 2 pH-Einheiten erniedrigt wird, Abtrennen von Pilzmasse aus der Fermenterbrühe zur Herstellung wässriger Pilzmasse und eines wässrigen Rückstands, Bereitstellen eines weiteren wässrigen Nährmediums durch Mischen zumindest eines Teils des wässrigen Rückstands, und Wiederholung der vorgenannten Schritte.

A soft vine robot includes a main body configured as a tube inverted back inside itself to define a pressure channel, such that when the channel is pressurized, the main body everts, and inverted material of the main body everts and passes out of a tip at a distal end of the main body. A reeling mechanism is controlled by a reeling motor, the reeling mechanism being within the tube and being configured to actively feed the inverted material to provide or assist eversion and to actively retract extended material of the main body back. Control and communications electronics control the reeling motor. T reeling mechanism can include a steering mechanism with a bending axis controlled by a steering motor. By actively supplying eversion or inversion forces in the robot body, the soft vine robot can grow with reduced pressure compared to base reeled robots.

Vinyl esters of carboxylic acids, especially vinyl esters of ketocarboxylic acids, which can be α-ketocarboxylic acids or β-ketocarboxylic acids. The vinyl esters of the carboxylic acids in their vinyl group can have deuterium in their vinyl group. The vinyl esters can be hydrogenated with para-hydrogen and the spin of the para-hydrogen can be transferred to the carbonyl carbon atom of the carboxyl group, which carbonyl-carbon atom is a <13>C, followed by hydrolysis of the ester group, producing carboxylic acids, especially ketocarboxylic acids having a hyperpolarized <13>C in the carbonyl carbon atom of the carboxyl group.

An analytical device and an analytical process, set up for internal referencing which is independent from the kind of optical response of a sample, are disclosed. The device comprises a light source 8 directed to a sample location 3, a photon counting detector 9 set up to receive light emanating from the sample location and to generate photon counts 10, an integrator 11 coupled to the detector and set up to receive photon counts from the detector and to integrate the photon counts over an integration time to generate integrated measurement signals 12, and coupled to the integrator an analogue-to-digital converter 13 set up to receive the integrated measurement signals and to generate digital measurement signals 14 for each of the integrated measurement signals and to deliver the digital measurement signals to a control unit 15, which is set up for deconvolution of the digital measurement signals in order to determine correction functions, wherein the control unit is set up to convert separately determined digital measurement signals which are determined for samples in dependence on the correction functions.

Device containing one disc (10) as a rotor, a first stator (21) arranged with a spacing from the disc, a second stator (22) arranged with a spacing from the disc, with a spacing between a projection (20) of the first stator and a projection (23) of the second stator, the first projection and the second projection between them forming a radial passage (16), a peripheral passage (33) arranged between the first stator and a housing (1), connecting the radial passage with a first passage and a peripheral passage (34) arranged between the second stator and the housing, connecting the radial passage with a second passage, wherein each peripheral passage (33,34) can be formed by a spacing of one or both of the stators from the housing.

A process for imparting stress on a liquid contained in a closed housing (1) by circulating the total volume of the liquid intermittently. The total volume of the liquid is circulated through the housing volume, the circulating including accelerating the liquid within an accelerating volume section of the housing, after passage of the liquid through the accelerating volume section passing the liquid through static passages within the housing, the liquid fraction filling the static passages as a passage volume, adjacent the static passages, passing the liquid between a rotor (10) and spaced-apart stators (21,22), and returning the liquid to the accelerating volume section until the entire liquid volume has moved through the accelerating volume section at least once, preferably at least two times, wherein the stress generated in the accelerating volume section encompasses a range of intensities. The acceleration and the circulating movement of the liquid is driven by the rotor rotating between the stators.

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Reitsattel, der einen Sattelbaum, eine darauf angeordnete Sitzfläche und an jeder Seite des Sattels eine am Sattel befestigte Steigbügelhalterung, die insbesondere in Form eines Hakens ausgebildet ist, aufweist. Der Sattel zeichnet sich durch auf jeder Seite des Sattels zwischen dem Sattelbaum und jeder Steigbügelhalterung und/oder zwischen dem Sattelbaum und einem eine Pausche tragenden Sattelblatt und/oder zwischen einem Sattelblatt und einer darauf angebrachten Pausche je eine oder eine gemeinsame Dämpfungseinrichtung aus, die eine Kulissenführung aufweist.

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