mhurhangee/ep-ind-claims huggingface dataset:
Fluidic actuation device for the actuation of a drain valve in a flushing tank, comprising a first actuation element for the activation of a partial amount flushing, a second actuation element for the activation of a full amount flushing, wherein the actuation elements (2, 3) for the actuation of the drain valve are movable from a starting position to an end position, a cylinder with a piston chamber and a piston movable in the piston chamber, and two different fluid outlets (7, 8) in fluidic connection with the piston chamber, to which in each case a control line of the drain valve can be connected, wherein by the movement of the piston, a fluid present in the piston chamber can be moved to the and through the fluid outlets (7, 8), wherein the two actuation elements (2, 3) take effect directly and/or indirectly on the one piston and upon actuation move it from a starting position to an end position in the piston chamber, characterized in that each of the actuation elements (2, 3) comprises a valve (9, 10), said valve (9, 10) opening the fluid outlet (7, 8) assigned thereto for the fluid upon actuation by the corresponding actuation element, such that the fluid flows out of the piston chamber compulsory through this fluid outlet (7, 8).
Method for air-conditioning a passenger compartment of a motor vehicle, wherein air conditioning units by means of which climatic parameters in the passenger compartment are influenceable are actuated by a control device to adjust a subjective target comfort state for a privileged vehicle occupant, wherein an indicator measured for the respective current comfort state is a respective current biometric parameter, representative of the subjective comfort state, of the privileged vehicle occupant, characterized in that depending on whether the current comfort state differs from the target comfort state to be adjusted in the "too cold" direction or in the "too warm" direction, a different biometric parameter representative of the subjective comfort state is used as the indicator during regulation.
A method of decoding a wireless signal, the method comprising: computing superposition codes based on a set of orthogonal binary codes, the set comprising a plurality of subsets, each superposition code corresponding to one of the subsets and comprising a combination of the binary codes in the corresponding subset; wherein computing the superposition code corresponding to a subset comprises: generating phased codes by applying a distinct phase to each binary code in the subset; and summing the phased codes; selecting a first subset of the plurality of subsets based on a correlation between a wireless signal and a first superposition code, the first superposition code corresponding to the first subset; selecting a first binary code from the first subset based on a correlation between the wireless signal and the first binary code; and decoding the wireless signal by operation of a data processor based on the first binary code. computing superposition codes based on a set of orthogonal binary codes, the set comprising a plurality of subsets, each superposition code corresponding to one of the subsets and comprising a combination of the binary codes in the corresponding subset; wherein computing the superposition code corresponding to a subset comprises: generating phased codes by applying a distinct phase to each binary code in the subset; and summing the phased codes; generating phased codes by applying a distinct phase to each binary code in the subset; and summing the phased codes; selecting a first subset of the plurality of subsets based on a correlation between a wireless signal and a first superposition code, the first superposition code corresponding to the first subset; selecting a first binary code from the first subset based on a correlation between the wireless signal and the first binary code; and decoding the wireless signal by operation of a data processor based on the first binary code.
A humanized monoclonal antibody having at least one complementarity determining region of murine monoclonal antibody BAT-1 (mBAT-1) and a framework region derived from an acceptor human immunoglobulin wherein the humanized antibody retains the anti-tumor activity of mBAT-1 monoclonal antibody and is less immunogenic in a human subject than said murine antibody.
Apparatus between a pump and an electric motor with a shaft which can connect the pump shaft and the motor shaft, the shaft being surrounded by a frame, in particular a cage and/or a lantern, to which frame the motor can be fastened on one side and the pump can be fastened on the opposite side, the frame having, on the outside, supports, in particular in the form of webs, which run substantially parallel to the shaft, and the frame being covered on the outside by at least one covering, characterized in that the covering is fastened releasably to the supports/webs by way of screws which, in the screwed-on state, are held non-releasably on the support/web.
A composition comprising a dispersant viscosity modifier comprising an olefin-based polymer and one or more functional groups each independently attached to the olefin-based polymer, where the functional group comprises a linking group grafted onto the olefin-based polymer and an alpha-hydroxy or alpha-alkoxy carboxy group connected to the linking group, where the linking group is derived from an (i) unsaturated carboxylic reactant and (ii) a hydroxy alkyl amine, an alkylene polyamine, a polyol, or a combination thereof, and wherein the dispersant viscosity modifier is represented by the structure: P-(M-C(=O)-C(R 1) 2 -O-R 2) n where P is an olefin-based polymer backbone, n is an integer from 1 to 6, M is a linking group, each R 1 is independently hydrogen or a hydrocarbyl group, and each R 2 is independently hydrogen or a hydrocarbyl group or a polyalkyleneglycol group, where R 2 may contain a ring or be linked to R 1, when R 1 is a hydrocarbyl group, to form a ring, wherein the hydrocarbyl group is selected from hydrocarbon substituents, substituted hydrocarbon substituents, and hetero substituents. where the functional group comprises a linking group grafted onto the olefin-based polymer and an alpha-hydroxy or alpha-alkoxy carboxy group connected to the linking group, where the linking group is derived from an (i) unsaturated carboxylic reactant and (ii) a hydroxy alkyl amine, an alkylene polyamine, a polyol, or a combination thereof, and wherein the dispersant viscosity modifier is represented by the structure: P-(M-C(=O)-C(R 1) 2 -O-R 2) n where P is an olefin-based polymer backbone, n is an integer from 1 to 6, M is a linking group, each R 1 is independently hydrogen or a hydrocarbyl group, and each R 2 is independently hydrogen or a hydrocarbyl group or a polyalkyleneglycol group, where R 2 may contain a ring or be linked to R 1, when R 1 is a hydrocarbyl group, to form a ring, wherein the hydrocarbyl group is selected from hydrocarbon substituents, substituted hydrocarbon substituents, and hetero substituents.
Ultrasonic processing device comprising the following features: an ultrasonic generator, a converter and at least one sonotrode with an oppositely arranged counter tool, which are spaced from each other by a gap, wherein the sonotrode or the counter tool is arranged rotatably and comprises an even circumferential surface, characterized in that the ultrasonic processing device comprises an integrated controlling/regulating module, which is integrated into an internal signal processing of the ultrasonic generator so that, with respect to the ultrasonic generator, a plurality of generator data, especially an electric voltage U, an electric current I, an actual amplitude A ist and/or an actual generator power P ist are processible in the ultrasonic generator, wherein a. by means of a gap regulator within the controlling/regulating module, a power actual value P ist is comparable with a power reference value P soll of the ultrasonic generator, in order to predetermine a position reference value POS soll of the sonotrode relatively to the counter tool for adjustment of the power reference value P soll of the ultrasonic generator, and/or wherein b. by means of an amplitude regulator within the controlling/regulating module, a power actual value P ist is comparable with a power reference value P soll of the ultrasonic generator, in order to predetermine an amplitude reference value A soll to the ultrasonic generator for adjustment of the power reference value P soll of the ultrasonic generator. a. by means of a gap regulator within the controlling/regulating module, a power actual value P ist is comparable with a power reference value P soll of the ultrasonic generator, in order to predetermine a position reference value POS soll of the sonotrode relatively to the counter tool for adjustment of the power reference value P soll of the ultrasonic generator, and/or wherein b. by means of an amplitude regulator within the controlling/regulating module, a power actual value P ist is comparable with a power reference value P soll of the ultrasonic generator, in order to predetermine an amplitude reference value A soll to the ultrasonic generator for adjustment of the power reference value P soll of the ultrasonic generator.
A system for evaluating a pilot's response to a cyber-attack on an aircraft, said system comprising: a display (154, 176) associated with said aircraft; a sensor system configured to generate sensor data for the pilot; and a data processing system configured to: generate simulation data; generate a flight simulation from said simulation data; simulate said cyber-attack on at least one aircraft system during said flight simulation; generate virtual flight data during said flight simulation; and present said sensor data and said virtual flight data, characterized in that said sensor data represents the pilot's gaze relative to said display, and said sensor data and said virtual flight data are presented to an operator for the evaluation. a display (154, 176) associated with said aircraft; a sensor system configured to generate sensor data for the pilot; generate simulation data; generate a flight simulation from said simulation data; simulate said cyber-attack on at least one aircraft system during said flight simulation; generate virtual flight data during said flight simulation; and present said sensor data and said virtual flight data, characterized in that said sensor data represents the pilot's gaze relative to said display, and said sensor data and said virtual flight data are presented to an operator for the evaluation.
Arrangement for sequencing and guiding travel of test tube carriers transported on at least one conveyor, the arrangement comprising a conveyor mounted on a base plate, the base plate being covered by a guide plate mounted on a distance from the base plate and at least one rotatable deviator (16, 17) positioned to intersect the at least one conveyor, the deviator (16, 17) comprising a horizontal deviator plate including at least one grip for receiving a test tube carrier, whereby the guide plate comprising a groove forming a guided track over the conveyor along which the test tube carriers are set to travel, and at least one push plate positioned in proximity of the at least one deviator plate and having at least one pushing surface (25, 27-29), characterized in that the at least one pushing surface (25, 27-29) is formed as an arc that starts as a tangent of a circle defined by the track that the bottom of the recess of the grip travels and then curves outwards from said circle so that the pushing surface (25, 27, 29) is formed to guide and force feed the test tube carrier from the deviator (16, 17) to the conveyor and the groove for guiding the test tube carriers over the conveyor.
A method for emission analysis of the elemental composition of liquid media comprising initiation of a local electric discharge in the liquid under analysis with the formation of a current-carrying channel in the volume of a diaphragm opening made in a member of an electrolytic cell structure, and detection of the generated emission of the chemical elements being determined, characterized in that the elements being determined are first deposited in the current-carrying channel at a current insufficient for initiating a local electric discharge, and then the current direction is changed and its intensity is increased for initiating a local electric discharge, and an emission generated in the liquid being analyzed is detected as emission spectra of the elements being determined.
A blue-light-proof optical resin lens, characterized by comprising resin monomers, a blue light absorber and a polymerization initiator; wherein the resin monomers are a mixture of allyl diglycol carbonate and polymers thereof; the blue light absorber is a benzophenone type ultraviolet light absorber and/or an indole type blue light absorber; the polymerization initiator is a polymerization initiator having an oxidizing property far lower than that of IPP and is selected from one or two of tert-butyl peroxy-2-ethylhexyl carbonate, tert-amyl peroxy-2-ethylhexyl carbonate and 1,1-di-(tert-butylperoxy)-3,3,5-trimethylcyclohexane, and wherein the mass ratio of the mixture of allyl diglycol carbonate and polymers thereof to the benzophenone type ultraviolet light absorber and/or an indole type blue light absorber to the one or two of tert-butyl peroxy-2-ethylhexyl carbonate, tert-amyl peroxy-2-ethylhexyl carbonate and 1,1-di-(tert-butylperoxy)-3,3,5-trimethylcyclohexane is 100:0.01-2.00:1.00-4.00, wherein - at least one of the one or two of tert-butyl peroxy-2-ethylhexyl carbonate, tert-amyl peroxy-2-ethylhexyl carbonate and 1,1-di-(tert-butylperoxy)-3,3,5-trimethylcyclohexane is tert-butyl peroxy-2-ethylhexyl carbonate or - the blue light absorber is an indole type blue light absorber or a combination of a benzophenone type ultraviolet light absorber and an indole type blue light absorber or - when tert-amyl peroxy-2-ethylhexyl carbonate or 1,1-di-(tert-butylperoxy)-3,3,5-trimethylcyclohexane is the polymerization initiator the blue light absorber is not 2,2'-dihydroxy-4,4' -dimethoxybenzophenone, the lens having a refractive index of 1.490-1.510. - at least one of the one or two of tert-butyl peroxy-2-ethylhexyl carbonate, tert-amyl peroxy-2-ethylhexyl carbonate and 1,1-di-(tert-butylperoxy)-3,3,5-trimethylcyclohexane is tert-butyl peroxy-2-ethylhexyl carbonate or - the blue light absorber is an indole type blue light absorber or a combination of a benzophenone type ultraviolet light absorber and an indole type blue light absorber or - when tert-amyl peroxy-2-ethylhexyl carbonate or 1,1-di-(tert-butylperoxy)-3,3,5-trimethylcyclohexane is the polymerization initiator the blue light absorber is not 2,2'-dihydroxy-4,4' -dimethoxybenzophenone, the lens having a refractive index of 1.490-1.510.
A liposome preparation, including as lipid components for forming a membrane a phospholipid and a saturated fatty acid having an alkyl chain length of 14 to 18, and containing as a drug a slightly water-soluble camptothecin compound wherein said membrane has a modification moiety which comprises a polyethylene glycol chain.
Abeam failure recovery method, comprising: determining, by a user equipment, UE, that beam failure recovery, BFR, is required; and performing, by the UE, the BFR by initiating a random access procedure on a selected Band Width Part, BWP, wherein the BWP is not changed in the random access procedure; characterized in that, said performing, by the UE, the BFR by initiating the random access on the selected BWP comprises: initiating, by the UE, the random access on an active BWP activated before beam failure, wherein when there is no contention free random access resource for BFR on the active BWP, the UE performs the BFR by initiating a contention based random access; or initiating, by the UE, the random access on an active BWP activated before beam failure, wherein when there is contention free random access resource for BFR on the active BWP, the UE performs the BFR by initiating a contention free random access on the active BWP; and when there is no contention free random access resource for BFR on the active BWP, the UE changes the active BWP to a default BWP configured with contention free random access resource and performs the BFR by initiating the random access on the changed default BWP. determining, by a user equipment, UE, that beam failure recovery, BFR, is required; and performing, by the UE, the BFR by initiating a random access procedure on a selected Band Width Part, BWP, wherein the BWP is not changed in the random access procedure; characterized in that, said performing, by the UE, the BFR by initiating the random access on the selected BWP comprises: initiating, by the UE, the random access on an active BWP activated before beam failure, wherein when there is no contention free random access resource for BFR on the active BWP, the UE performs the BFR by initiating a contention based random access; or initiating, by the UE, the random access on an active BWP activated before beam failure, wherein when there is contention free random access resource for BFR on the active BWP, the UE performs the BFR by initiating a contention free random access on the active BWP; and when there is no contention free random access resource for BFR on the active BWP, the UE changes the active BWP to a default BWP configured with contention free random access resource and performs the BFR by initiating the random access on the changed default BWP. initiating, by the UE, the random access on an active BWP activated before beam failure, wherein when there is no contention free random access resource for BFR on the active BWP, the UE performs the BFR by initiating a contention based random access; or initiating, by the UE, the random access on an active BWP activated before beam failure, wherein when there is contention free random access resource for BFR on the active BWP, the UE performs the BFR by initiating a contention free random access on the active BWP; and when there is no contention free random access resource for BFR on the active BWP, the UE changes the active BWP to a default BWP configured with contention free random access resource and performs the BFR by initiating the random access on the changed default BWP.
In-wheel motor (100, 200) comprising a rotor (110A, 110B) coaxially surrounding a stator, the stator comprising electromagnets, the electromagnets in working producing heat, the heat at least in part removed from the stator by gas, characterized in that the motor comprises an electric fan internal to the rotor for displacing the gas.
Conveying device for a fluid having a motor coupled to a pump, the pump comprising a double piston which is slidably mounted in a cylinder and has a single-ended piston rod which is non-positively connected to the motor, the cylinder being coupled to a supply on the boost side closer to the piston rod and being coupled to a working circuit via a check valve on the working side further away from the piston rod, the cylinder being connected to the supply on the working side via a check valve, characterized in that - the piston rod is non-positively connected to the motor in a detachable manner such that there is a connection only when the boost pressure on the working side of the double piston is less than a target pressure, the ratio of the two surfaces of the double piston with and without the piston rod corresponding to the ratio of the target pressure to the boost pressure in the working circuit. - the piston rod is non-positively connected to the motor in a detachable manner such that there is a connection only when the boost pressure on the working side of the double piston is less than a target pressure, the ratio of the two surfaces of the double piston with and without the piston rod corresponding to the ratio of the target pressure to the boost pressure in the working circuit.
Hydrodynamic machine, in particular a hydrodynamic retarder, comprising a housing in which at least one shaft, two impellers comprising a rotor and a stator which configure a toroidal operating chamber which is capable of being filled with an operating medium, and a drive output gear wheel, wherein at least the rotor and the drive output gear wheel are disposed about a common rotation axis and are mounted so as to be rotatable in a mutually independent manner, characterized in that a coupling device (6, 7, 11, 12, 13, 14, 15, 21) which is disposed in the housing (3, 4) of the hydrodynamic machine is provided for transmitting torque between the drive output gear wheel and the rotor, wherein the drive output gear wheel is mounted rotatably on the shaft and the rotor is connected in a rotationally fixed manner to the shaft, and the coupling device comprises a synchronizing unit, a coupling unit (10, 11, 12, 13, 14) and an actuator (6, 7, 21), wherein the actuator (6, 7, 21) comprises a piston which is able to be moved by a fluid or is able to be electrically activated, wherein the piston is mounted in the rotor housing.
A system (100, 100A) for synchronizing a first frequency of a local clock signal with a second frequency of a reference clock signal, the system comprising: (a) a controllable oscillator generating said local clock signal; (b) a reference counter block comprising divide-by-N circuitry configured for dividing a number of received pulses of the reference clock signal by a value N equal to a predetermined reference value, and for producing therefrom a hit signal when the number of received pulses is the predetermined reference value; (c) a feedback counter block comprising resettable counter circuitry configured for receiving the local clock signal and the hit signal, for counting pulses of the local clock signal between successive received hit signals, and for producing a feedback count signal having a value corresponding to the count of pulses of the local clock since the last hit signal; characterized in that the system comprises (d) adder circuitry configured for receiving the feedback count signal and a predetermined feedback value and for producing therefrom a count error signal representing the difference between the value of the feedback count signal and the predetermined feedback value; and, (e) a controller block comprising circuitry configured for receiving the count error signal and the hit signal, the controller block being triggered by a receipt of the hit signal, and producing a frequency adjust signal based on the count error signal, the frequency adjust signal being fed to said controllable oscillator and configured for use to synchronize the first frequency by increasing or decreasing the first frequency. (a) a controllable oscillator generating said local clock signal; (b) a reference counter block comprising divide-by-N circuitry configured for dividing a number of received pulses of the reference clock signal by a value N equal to a predetermined reference value, and for producing therefrom a hit signal when the number of received pulses is the predetermined reference value; (c) a feedback counter block comprising resettable counter circuitry configured for receiving the local clock signal and the hit signal, for counting pulses of the local clock signal between successive received hit signals, and for producing a feedback count signal having a value corresponding to the count of pulses of the local clock since the last hit signal; (d) adder circuitry configured for receiving the feedback count signal and a predetermined feedback value and for producing therefrom a count error signal representing the difference between the value of the feedback count signal and the predetermined feedback value; and, (e) a controller block comprising circuitry configured for receiving the count error signal and the hit signal, the controller block being triggered by a receipt of the hit signal, and producing a frequency adjust signal based on the count error signal, the frequency adjust signal being fed to said controllable oscillator and configured for use to synchronize the first frequency by increasing or decreasing the first frequency.