mhurhangee/patent-ind-claim-en huggingface dataset:
Luminaire for illuminating a workstation , comprising a laptop positioned on a support surface , comprising: a plate-like lighting body comprising holding or support means arranged thereon, which are designed to keep the lighting body substantially vertically aligned, first light emitting means which are arranged on a front side formed by a flat side of the lighting body and which are designed to emit light (A) via a frame-like surface area , in particular via a U- or C-shaped surface area, the luminaire having further light emitting means on a rear side of the lighting body opposite the front side , which are designed to emit light (B) in an opposite direction, characterized in that the luminaire has further light emitting means on a narrow side connecting the front side and rear side of the lighting body , which narrow side is opposite the support surface and points substantially upward. a plate-like lighting body comprising holding or support means arranged thereon, which are designed to keep the lighting body substantially vertically aligned, first light emitting means which are arranged on a front side formed by a flat side of the lighting body and which are designed to emit light (A) via a frame-like surface area , in particular via a U- or C-shaped surface area, the luminaire having further light emitting means on a rear side of the lighting body opposite the front side , which are designed to emit light (B) in an opposite direction, characterized in that the luminaire has further light emitting means on a narrow side connecting the front side and rear side of the lighting body , which narrow side is opposite the support surface and points substantially upward.
A method of improving wireless connection in a voice and data communication, comprising: receiving , at a mobile station , information selection criteria associated with a power limited condition, wherein the power limited condition comprises the mobile station approaching, meeting, or exceeding an available transmission power budget; detecting the power limited condition; characterized in that the method further comprises selecting information for transmission on a data channel, such that the transmission conflicts with the received information selection criteria, wherein said information for transmission on the data channel is at least part of a multi radio access bearer, MRAB, call. receiving , at a mobile station , information selection criteria associated with a power limited condition, wherein the power limited condition comprises the mobile station approaching, meeting, or exceeding an available transmission power budget; detecting the power limited condition; characterized in that the method further comprises selecting information for transmission on a data channel, such that the transmission conflicts with the received information selection criteria, wherein said information for transmission on the data channel is at least part of a multi radio access bearer, MRAB, call.
A method, comprising: a. adding an effective amount of at least one compound selected from a substituted catechol of Formula 1: wherein R1 and R2 are independently selected from an alkyl group, an aryl group, an alkyl group having a heteroatom, an aryl group having a heteroatom, and combinations thereof to a solution of a monomer selected from the group consisting of acrylonitrile, acrylic acid, vinylacetate, acrylates and acrolein; b. placing the monomer solution containing the at least one compound in a pressure vessel, pressurizing the pressure vessel and removing oxygen from the pressure vessel; wherein the pressure within the pressure vessel is from -0.0965 MPa (-14 psi) to 9.652 MPa (1400 psi) and c. heating the monomer solution containing the at least one compound to a temperature from 50 °C to 140 °C, wherein the at least one compound inhibits fouling by preventing polymerization of the monomer. a. adding an effective amount of at least one compound selected from a substituted catechol of Formula 1: wherein R1 and R2 are independently selected from an alkyl group, an aryl group, an alkyl group having a heteroatom, an aryl group having a heteroatom, and combinations thereof to a solution of a monomer selected from the group consisting of acrylonitrile, acrylic acid, vinylacetate, acrylates and acrolein; b. placing the monomer solution containing the at least one compound in a pressure vessel, pressurizing the pressure vessel and removing oxygen from the pressure vessel; wherein the pressure within the pressure vessel is from -0.0965 MPa (-14 psi) to 9.652 MPa (1400 psi) and c. heating the monomer solution containing the at least one compound to a temperature from 50 °C to 140 °C,
A process for the production of hydrogen and pyrolysis carbon from hydrocarbons, wherein the hydrocarbons are converted to hydrogen and carbon in a reactor at temperatures of 1000°C or more, and wherein the reactor has at least two electrodes spaced apart from each other in the direction of flow of the hydrocarbons, characterized in that carbon particles or packings thereof are introduced into the reactor in countercurrent to the hydrocarbons at such a rate and are heated in the region between the electrodes to a temperature above the decomposition temperature of the hydrocarbons to form hydrogen and carbon that the reaction zone in which the hydrocarbons are converted to hydrogen and carbon is spatially separated in the flow direction of the carbon particles from the heating zone located between the electrodes, wherein the carbon particles flow first through the heating zone and then through the reaction zone.
A vacuum generator driven by compressed air flow and arranged to supply vacuum (VaC) to a vacuum gripper means , comprising a vacuum flow connection arranged to be brought in vacuum flow connection (VaC) with the vacuum gripper means in order to supply vacuum to the vacuum gripper means in result of the compressed air flow, wherein the vacuum flow connection in addition comprises a second connection arranged to supply a compressed air flow (BP) to the vacuum gripper means, and wherein the vacuum flow connection comprises a valve which is actuated by a spring force in an open first lower position (A) and to open said vacuum flow connection to the vacuum gripper means and arranged to close the vacuum flow connection in result of an air pressure from the compressed air flow (BP) in the second connection in a closed second higher position (B), wherein the valve comprises a valve body movable in a seat , the valve body having a suction side against a vacuum side (V) in the open first lower position (A) of the valve, as well as a pressure side at least partly closing the second connection in the open first lower position (A) of the valve , characterized in that the valve body in the region of its suction side carries an undercut running about the valve body , the undercut being dimensioned to seal against an inner side sealing surface of the seat in result of the compressed air flow (BP), in the second closed higher position (B) of the valve body .
A method performed by a wireless communication device comprising: receiving , from a network node , a configuration of a first Sounding Reference Signal, SRS, resource set to be used for non-codebook based Physical Uplink Shared Channel, PUSCH, transmission and a second SRS resource set to be used for non-codebook based PUSCH transmission; receiving , from the network node , a configuration of a first Non-Zero Power, NZP, Channel State Information Reference Signal, CSI-RS, associated with the first SRS resource set and a second NZP CSI-RS associated with the second SRS resource set; receiving a request for transmitting data in PUSCH in a plurality of occasions, wherein the request comprises: an indication that data transmission in PUSCH in the plurality of occasions is based on both the first SRS resource set and the second SRS resource set; a first SRS resource indicator, SRI, associated with the first SRS resource set; and a second SRI associated with the second SRS resource set; and transmitting the data in a first PUSCH in a first set of occasions according to the first SRI and a second PUSCH in a second set of occasions according to the second SRI, wherein the first PUSCH comprises at least one first SRS resource according to the first SRI and the second PUSCH comprises at least one second SRS resource according to the second SRI. receiving , from a network node , a configuration of a first Sounding Reference Signal, SRS, resource set to be used for non-codebook based Physical Uplink Shared Channel, PUSCH, transmission and a second SRS resource set to be used for non-codebook based PUSCH transmission; receiving , from the network node , a configuration of a first Non-Zero Power, NZP, Channel State Information Reference Signal, CSI-RS, associated with the first SRS resource set and a second NZP CSI-RS associated with the second SRS resource set; receiving a request for transmitting data in PUSCH in a plurality of occasions, wherein the request comprises: an indication that data transmission in PUSCH in the plurality of occasions is based on both the first SRS resource set and the second SRS resource set; a first SRS resource indicator, SRI, associated with the first SRS resource set; and a second SRI associated with the second SRS resource set; and an indication that data transmission in PUSCH in the plurality of occasions is based on both the first SRS resource set and the second SRS resource set; a first SRS resource indicator, SRI, associated with the first SRS resource set; and a second SRI associated with the second SRS resource set; and transmitting the data in a first PUSCH in a first set of occasions according to the first SRI and a second PUSCH in a second set of occasions according to the second SRI, wherein the first PUSCH comprises at least one first SRS resource according to the first SRI and the second PUSCH comprises at least one second SRS resource according to the second SRI.
Dialysis machine having an extracorporeal blood system; a dialysis fluid system having a dialyzer; having a control unit, wherein the dialysis machine furthermore comprises a balancing chamber having two balancing chamber halves for a balanced infeed and draining of dialysis fluid to and from the dialyzer, wherein a line is provided through which the dialysis fluid is conducted to the balancing chamber, and wherein a mixing chamber is provided upstream of the balancing chamber in which the fresh dialysis fluid or a component thereof is located and which is directly or indirectly connected to a de-airing line closable by a valve (V), characterized in that the dialysis machine comprises recognition means which are configured to detect the lack or an empty state of a concentrate container , and which are connected to the control unit, wherein the control unit is configured, when the named detection by the recognition means occured, to open and close the valve (V) once, or a number of times, when the balancing chamber half of the balancing chamber in fluid communication with the named line is in its high-pressure phase.
A refrigerant compressor system, comprising at least one low-pressure stage and at least one high-pressure stage , a suction duct leading from a suction connection for the refrigerant to the low-pressure stage , an intermediate-pressure duct leading from the low-pressure stage to the high-pressure stage , a high-pressure connection connected to the high-pressure stage , wherein there is provided a lubricant bath to which the intermediate pressure (PZ) in the intermediate-pressure duct is applied, characterized in that a lubricant feed device draws lubricant from the lubricant bath representing a lubricant reservoir and feeds said lubricant to the induced refrigerant flowing to the low-pressure stage in an intake path .
A method for displaying State-Of-Charge (SOC) of a battery, comprising: acquiring an initial voltage, and acquiring an initial SOC of the battery according to a preset corresponding relationship between a voltage and an SOC; acquiring a current voltage, and a current SOC of the battery in a current state corresponding to the current voltage according to the preset corresponding relationship between the voltage and the SOC after charging or discharging the battery for a preset time; and if a ratio of the current voltage to the initial voltage meets a first preset condition and a ratio of the current SOC to the initial SOC meets a second preset condition, displaying the current voltage and the current SOC, wherein the first preset condition refers to that a rise or drop value of a voltage of the battery within a certain period of time not exceed a first limit value, the second preset condition refers to that a rise or drop value of SOC of the battery within a certain period of time not exceed a second limit value. acquiring an initial voltage, and acquiring an initial SOC of the battery according to a preset corresponding relationship between a voltage and an SOC; acquiring a current voltage, and a current SOC of the battery in a current state corresponding to the current voltage according to the preset corresponding relationship between the voltage and the SOC after charging or discharging the battery for a preset time; and if a ratio of the current voltage to the initial voltage meets a first preset condition and a ratio of the current SOC to the initial SOC meets a second preset condition, displaying the current voltage and the current SOC, wherein the first preset condition refers to that a rise or drop value of a voltage of the battery within a certain period of time not exceed a first limit value, the second preset condition refers to that a rise or drop value of SOC of the battery within a certain period of time not exceed a second limit value.
A method for controlling a continuously variable transmission comprising an input shaft and an output shaft being rotatably arranged about a common central rotation axis , a ring wheel and a sun wheel being coaxially arranged with respect to the central axis , and at least one set of pivotable planet wheels , the pivot angle of the planet wheels determining the transmission ratio of the transmission, wherein : - the transmission operates through drill-free rolling of the planet wheels on the surfaces of the ring wheel and the sun wheel , independently of the pivot angle of the planet wheels, - the ring wheel , planet wheels and the sun wheel are clamped together so that the ring wheel exerts a first normal force (NR) on any given planet wheel and the sun wheel exerts a second normal force (NZ) on said planet wheel , - the method is configured to control said first and second normal forces (NR,NZ), so that, when the transmission operates at a given input speed, a given transmitted torque, and a given constant transmission ratio, a predefined static value of the first and second normal force is applied, and a condition of microslip is applicable to the rolling contacts between the planet wheels and the ring and sun wheel , characterized in that : - during a continuous increase or decrease of the pivot angle and thereby of the transmission ratio, any force component added to the static values of the first and the second normal force is either zero or smaller than a predefined force component that is required to maintain the microslip condition. - the transmission operates through drill-free rolling of the planet wheels on the surfaces of the ring wheel and the sun wheel , independently of the pivot angle of the planet wheels, - the ring wheel , planet wheels and the sun wheel are clamped together so that the ring wheel exerts a first normal force (NR) on any given planet wheel and the sun wheel exerts a second normal force (NZ) on said planet wheel , - the method is configured to control said first and second normal forces (NR,NZ), so that, when the transmission operates at a given input speed, a given transmitted torque, and a given constant transmission ratio, a predefined static value of the first and second normal force is applied, and a condition of microslip is applicable to the rolling contacts between the planet wheels and the ring and sun wheel , - during a continuous increase or decrease of the pivot angle and thereby of the transmission ratio, any force component added to the static values of the first and the second normal force is either zero or smaller than a predefined force component that is required to maintain the microslip condition.
A method for generating a genetically modified human neural stem cell, the method comprising: introducing into an isolated human neural stem cell: (a) a donor template comprising: (i) a transgene cassette comprising a transgene; and (ii) two nucleotide sequences comprising two non-overlapping, homologous portions of a safe harbor locus, wherein the nucleotide sequences are located at the 5' and 3' ends of the transgene cassette; and (b) a DNA nuclease or a nucleotide sequence encoding the DNA nuclease, wherein the DNA nuclease is a CRISPR-associated protein (Cas) polypeptide capable of creating a double-strand break in the safe harbor locus to induce insertion of the transgene into the safe harbor locus, thereby generating a genetically modified human neural stem cell, wherein the safe harbor locus is the IL2Rγ or HBB gene. introducing into an isolated human neural stem cell: (a) a donor template comprising: (i) a transgene cassette comprising a transgene; and (ii) two nucleotide sequences comprising two non-overlapping, homologous portions of a safe harbor locus, wherein the nucleotide sequences are located at the 5' and 3' ends of the transgene cassette; and (b) a DNA nuclease or a nucleotide sequence encoding the DNA nuclease, wherein the DNA nuclease is a CRISPR-associated protein (Cas) polypeptide capable of creating a double-strand break in the safe harbor locus to induce insertion of the transgene into the safe harbor locus, thereby generating a genetically modified human neural stem cell, (a) a donor template comprising: (i) a transgene cassette comprising a transgene; and (ii) two nucleotide sequences comprising two non-overlapping, homologous portions of a safe harbor locus, wherein the nucleotide sequences are located at the 5' and 3' ends of the transgene cassette; and (b) a DNA nuclease or a nucleotide sequence encoding the DNA nuclease, wherein the DNA nuclease is a CRISPR-associated protein (Cas) polypeptide capable of creating a double-strand break in the safe harbor locus to induce insertion of the transgene into the safe harbor locus, thereby generating a genetically modified human neural stem cell, wherein the safe harbor locus is the IL2Rγ or HBB gene.
A blood cell lysis reagent comprising: (i) sodium phosphate, (ii) lithium lauryl sulfate (LLS) at a concentration of from 8% (w/v) to 10% (w/v), (iii) EDTA-Na 2 at a concentration of from 0.5 mM to 5 mM, and (iv) EGTA at a concentration of from 0.5 mM to 5 mM, wherein the reagent has a pH that is greater than 5.5.
Connector for connecting an attachment having a through-opening to a profile rail having a rail slot , the connector comprising - a rear-engagement element for anchoring the connector on the rail slot of the profile rail , and comprising - a contact element which is connected to the rear-engagement element and intended for resting on the attachment in the vicinity of the through-opening of the attachment in order to limit a path of the connector through the through-opening of the attachment , characterized in that the connector has at least one fixing element by means of which the connector can be fixed to the attachment in a pre-assembly position in which the connector passes through the through-opening of the attachment , and in that the fixing element has an annular frame in which the contact element is received. - a rear-engagement element for anchoring the connector on the rail slot of the profile rail , and comprising - a contact element which is connected to the rear-engagement element and intended for resting on the attachment in the vicinity of the through-opening of the attachment in order to limit a path of the connector through the through-opening of the attachment ,
Method of bringing together a plurality of separate streams of packaged goods into a main stream , in which each of the streams of packaged goods is conveyed on a feed conveyor with the main stream , is combined with the main stream in the region of a feed mouth of the feed conveyor and is conveyed further on a main conveyor in the main stream transported further in the main stream , wherein at least a side wall laterally bounds the main stream , wherein packaged goods of the main flow are conveyed in the region between two feed openings of two feed conveyors due to an orientation of the main conveyor (4a, 4b, 15 4c) relative to the side wall towards the latter and then along the latter then along it, characterised in that the side wall is at least partially over a conveyor element of the main conveyor and forms a gap to the conveying element , which gap extends, which increases vertically downstream.
An optical measurement system for measuring at least one characteristic of particles within a liquid that is contained in a well having a bottom surface, said optical measurement system comprising; a light source for transmitting an input beam toward a free surface of the liquid and generally parallel to a central axis of the well ; a tunable optical element located between the light source and the free surface of the liquid ; a detector (13; 23) located below the bottom surface of the well for receiving a forward scatter signal indicative of at least one parameter of the particles within the liquid; and an input-beam attenuator ; wherein the tunable output element is controllable to alter the shape of the input beam to compensate for a distortion associated with the free surface of the liquid by creating a converging input beam for entering the liquid from the free surface , characterized in that the input-beam attenuator is configured to inhibit the transmitted portion of the converging input beam from impinging upon the detector (13; 23), the transmitted portion of the converging input beam being the portion of the input beam that has transmitted through the liquid , and the geometric area of the transmitted portion of the converging input beam is controlled such that the detector (13; 23) receives substantially only a forward scatter signals and/or a fluorescence signals indicative of at least one characteristic of the particles within the liquid . a light source for transmitting an input beam toward a free surface of the liquid and generally parallel to a central axis of the well ; a tunable optical element located between the light source and the free surface of the liquid ; a detector (13; 23) located below the bottom surface of the well for receiving a forward scatter signal indicative of at least one parameter of the particles within the liquid; and an input-beam attenuator ; wherein the tunable output element is controllable to alter the shape of the input beam to compensate for a distortion associated with the free surface of the liquid by creating a converging input beam for entering the liquid from the free surface , characterized in that the input-beam attenuator is configured to inhibit the transmitted portion of the converging input beam from impinging upon the detector (13; 23), the transmitted portion of the converging input beam being the portion of the input beam that has transmitted through the liquid , and the geometric area of the transmitted portion of the converging input beam is controlled such that the detector (13; 23) receives substantially only a forward scatter signals and/or a fluorescence signals indicative of at least one characteristic of the particles within the liquid .