mhurhangee/patent-ind-claim-en huggingface dataset:
A gas warning unit , which has a sensor unit releasably arranged therein, wherein the gas warning unit has a housing comprising a housing cover , a housing body , and a housing bottom part , wherein a circular cylindrical recess comprising a bottom (3"), which has an electronic interface , is present in the housing cover , and wherein the sensor unit has a circular cylindrical receiving device , in which a gas sensor and at least one control and data processing unit , which is in communicative connection with the gas sensor , are arranged, wherein an electronic interface , which is present at the circular cylindrical receiving device , and the electronic interface of the bottom (3") are in communicative connection with one another in an operating arrangement, in which the sensor unit is releasably received in the recess of the housing ; and wherein the sensor unit has a cover comprising a cover plate , which has a test gas access , through which a fluid path (a) for a test gas to the gas sensor is provided, and wherein - the circular cylindrical recess in the housing cover of the housing has first locking means and the sensor unit has second locking means, which can be releasably engaged with the first locking means, and wherein the housing and the circular cylindrical receiving device of the sensor unit provide the fluid path (b) for a measuring gas to the gas sensor . has a housing comprising a housing cover , a housing body , and a housing bottom part , wherein a circular cylindrical recess comprising a bottom (3"), which has an electronic interface , is present in the housing cover , and wherein the sensor unit has a circular cylindrical receiving device , in which a gas sensor and at least one control and data processing unit , which is in communicative connection with the gas sensor , are arranged, wherein an electronic interface , which is present at the circular cylindrical receiving device , and the electronic interface of the bottom (3") are in communicative connection with one another in an operating arrangement, in which the sensor unit is releasably received in the recess of the housing ; and wherein the sensor unit has a cover comprising a cover plate , which has a test gas access , through which a fluid path (a) for a test gas to the gas sensor is provided, and wherein - the circular cylindrical recess in the housing cover of the housing has first locking means and the sensor unit has second locking means, which can be releasably engaged with the first locking means, - the circular cylindrical recess in the housing cover of the housing has first locking means and the sensor unit has second locking means, which can be releasably engaged with the first locking means, and wherein the housing and the circular cylindrical receiving device of the sensor unit provide the fluid path (b) for a measuring gas to the gas sensor .
A track and hold circuit, comprising: a main transistor between an input and an output of the circuit, wherein the main transistor is part of an integrated circuit supplied by a first set of voltage rails which form a digital core supply; and a storage capacitor for storing the output voltage during a hold phase during which the main transistor is turned off, wherein the circuit comprises: a buffer circuit (B1) for generating a gate voltage for turning on the main transistor during a track phase, wherein the buffer circuit is adapted to derive a gate voltage based on the input or output voltage of the circuit and a voltage step with respect to the input voltage or the output voltage, characterized in that the buffer circuit is supplied by a second set of voltage rails which form an analogue supply and with a greater voltage swing than the first set of voltage rails. a main transistor between an input and an output of the circuit, wherein the main transistor is part of an integrated circuit supplied by a first set of voltage rails which form a digital core supply; and a storage capacitor for storing the output voltage during a hold phase during which the main transistor is turned off, wherein the circuit comprises: a buffer circuit (B1) for generating a gate voltage for turning on the main transistor during a track phase, wherein the buffer circuit is adapted to derive a gate voltage based on the input or output voltage of the circuit and a voltage step with respect to the input voltage or the output voltage, characterized in that the buffer circuit is supplied by a second set of voltage rails which form an analogue supply and with a greater voltage swing than the first set of voltage rails.
A method of operating a non-orthogonal multiple access, NOMA, communications network, the method comprising: receiving from each of a plurality of user equipment, UE, devices at least one radio resource measurement report; processing the radio resource measurement reports to select a group of UE devices of the plurality of UE devices as a NOMA group; for the UE devices in the NOMA group determining a set of control parameters including a set of fractional transmit power allocations for the UE devices; informing all UE devices of the NOMA group about the control parameters, wherein the control parameters are transmitted to the UE devices of the NOMA group using a downlink control information message having a format specific for NOMA messaging, wherein the UE devices of the NOMA group are collectively addressed by means of a common NOMA radio network temporary identifier NOMA-RNTI. receiving from each of a plurality of user equipment, UE, devices at least one radio resource measurement report; processing the radio resource measurement reports to select a group of UE devices of the plurality of UE devices as a NOMA group; for the UE devices in the NOMA group determining a set of control parameters including a set of fractional transmit power allocations for the UE devices; informing all UE devices of the NOMA group about the control parameters, wherein the control parameters are transmitted to the UE devices of the NOMA group using a downlink control information message having a format specific for NOMA messaging, wherein the UE devices of the NOMA group are collectively addressed by means of a common NOMA radio network temporary identifier NOMA-RNTI.
A user equipment, UE, for communicating a power headroom report of a type pertaining to a Physical Uplink Shared Channel, PUSCH, or of a type pertaining to a Physical Uplink Control Channel, PUCCH, including a power headroom to a base station in a RAN, Radio Access Network, the UE comprising a processor configured to determine whether a transmission power field containing information about the transmission power of an uplink serving cell (Pcmax,c) associated with the power headroom is to be sent together with the power headroom; and to control adding a power headroom field with the power headroom and the transmission power field to a power headroom control element and setting an indicator to a specific value to indicate that the transmission power field is included, when it is determined that the transmission power field is to be sent.
An electronic device comprising: an enclosure, and electrical components disposed at least partially inside the enclosure, the electronic components comprising a controller, a memory, and a display, wherein the enclosure comprises an amorphous substrate, and the substrate comprises an average transmittance of 80% or greater over the visible spectrum; a static coefficient of friction less than 0.3, a surface roughness Ra of 500 nm or greater, and either one or both a transmission haze greater than 60%, and a reflection haze at either 2 degrees from specular or 5 degrees from specular greater than 60%. an average transmittance of 80% or greater over the visible spectrum; a static coefficient of friction less than 0.3, a surface roughness Ra of 500 nm or greater, and either one or both a transmission haze greater than 60%, and a reflection haze at either 2 degrees from specular or 5 degrees from specular greater than 60%. a transmission haze greater than 60%, and a reflection haze at either 2 degrees from specular or 5 degrees from specular greater than 60%.
Garment comprising a textile substrate material and at least one armoring element , the garment comprising a plurality of armoring elements arranged in a scale-like manner and connected to the textile substrate material , characterized in that the plurality of armoring elements are applied to the textile substrate material by means of 3D printing, in particular by means of FDM.
A biopsy device with real-time imaging, comprising: (a) a body; (b) a needle extending from the body; (c) a tissue sample holder mounted to the body and in communication with the needle to receive one or more tissue samples, the tissue sample holder including a plurality of sample chambers and a receiving cavity , each sample chamber of the plurality of sample chambers being configured to receive the one or more tissue samples, characterized in that the plurality of sample chambers being arranged around the receiving cavity such that the receiving cavity is defined by a space disposed between the plurality of sample chambers ; and (d) an x-ray sensor removably received within_the receiving cavity of the tissue sample holder and adapted to receive an x-ray that has passed through the one or more received tissue samples. (a) a body; (b) a needle extending from the body; (c) a tissue sample holder mounted to the body and in communication with the needle to receive one or more tissue samples, the tissue sample holder including a plurality of sample chambers and a receiving cavity , each sample chamber of the plurality of sample chambers being configured to receive the one or more tissue samples, characterized in that the plurality of sample chambers being arranged around the receiving cavity such that the receiving cavity is defined by a space disposed between the plurality of sample chambers ; and (d) an x-ray sensor removably received within_the receiving cavity of the tissue sample holder and adapted to receive an x-ray that has passed through the one or more received tissue samples.
A medical instrument comprising: a plurality of input spindles ; a plurality of first cables ; a plurality of second cables , one of each cable of the first and second plurality of cables being wrapped around a corresponding input spindle of the plurality of input spindles ; a chassis in which the plurality of input spindles is mounted; an instrument shaft comprising a first end and a second end, the instrument shaft extending from the chassis at the first end; a mechanical structure coupled to the second end of the instrument shaft , the mechanical structure having a plurality of degrees of freedom of motion, the plurality of first cables and the second cables being connected to the mechanical structure such that rotations the plurality of input spindles actuate the plurality of degrees of freedom; a plurality of first pulleys mounted at a first level on the chassis, the plurality of first pulleys receiving the plurality of first cables from the plurality of input spindles and redirecting the plurality of first cables into and through the instrument shaft ; and a plurality of second pulleys mounted at a second level on the chassis different from the first level, the plurality of second pulleys receiving the plurality of second cables from the plurality of input spindles and redirecting the plurality of second cables through the first level and into and through the instrument shaft . a plurality of input spindles ; a plurality of first cables ; a plurality of second cables , one of each cable of the first and second plurality of cables being wrapped around a corresponding input spindle of the plurality of input spindles ; a chassis in which the plurality of input spindles is mounted; an instrument shaft comprising a first end and a second end, the instrument shaft extending from the chassis at the first end; a mechanical structure coupled to the second end of the instrument shaft , the mechanical structure having a plurality of degrees of freedom of motion, the plurality of first cables and the second cables being connected to the mechanical structure such that rotations the plurality of input spindles actuate the plurality of degrees of freedom; a plurality of first pulleys mounted at a first level on the chassis, the plurality of first pulleys receiving the plurality of first cables from the plurality of input spindles and redirecting the plurality of first cables into and through the instrument shaft ; and a plurality of second pulleys mounted at a second level on the chassis different from the first level, the plurality of second pulleys receiving the plurality of second cables from the plurality of input spindles and redirecting the plurality of second cables through the first level and into and through the instrument shaft .
A method for performing maintenance of a wind turbine , the wind turbine comprising one or more turbine blades connected to a main shaft and a nacelle housing for enclosing components of the wind turbine including at least a portion of the main shaft and a main bearing , the main bearing fixable to a stationary position with respect to the main shaft by a main bearing housing, the method comprising the steps of: installing a rotor lock , which has attached to it a lifting device , in order to resist rotation of the main shaft during maintenance of the wind turbine; wherein the lifting device is configured to elevate the main shaft to a clearance height; removing the main bearing from the main shaft; and installing a split main bearing to the main shaft. installing a rotor lock , which has attached to it a lifting device , in order to resist rotation of the main shaft during maintenance of the wind turbine; wherein the lifting device is configured to elevate the main shaft to a clearance height; removing the main bearing from the main shaft; and installing a split main bearing to the main shaft.
A physical channel transmission method of a terminal in a communication system supporting carrier aggregation, the method comprising: receiving, from a first base station, carrier aggregation configuration information; configuring a plurality of carriers for the first base station to which the terminal has connected in an initial attach procedure and a second base station which is added according to the carrier aggregation configuration information; identifying whether an uplink control channel includes first uplink control information, UCI, of the first base station and second UCI of the second base station, in case that a coverage area of the first base station is greater than a coverage area of the second base station; determining a transmit power of the uplink control channel according to transmit power control information transmitted by the first base station in case the uplink control channel includes the first UCI of the first base station and the second UCI of the second base station; and transmitting, to the first base station, the uplink control channel on a second uplink frequency of the second base station based on the transmit power, wherein the first base station is corresponding to a primary cell, PCell, and the second base station is corresponding to a secondary cell, SCell, and wherein a first uplink frequency is configured for the first base station and the second uplink frequency is configured for the second base station, the first base station is configured to receive and process a signal transmitted on the second uplink frequency. receiving, from a first base station, carrier aggregation configuration information; configuring a plurality of carriers for the first base station to which the terminal has connected in an initial attach procedure and a second base station which is added according to the carrier aggregation configuration information; identifying whether an uplink control channel includes first uplink control information, UCI, of the first base station and second UCI of the second base station, in case that a coverage area of the first base station is greater than a coverage area of the second base station; determining a transmit power of the uplink control channel according to transmit power control information transmitted by the first base station in case the uplink control channel includes the first UCI of the first base station and the second UCI of the second base station; and transmitting, to the first base station, the uplink control channel on a second uplink frequency of the second base station based on the transmit power, wherein the first base station is corresponding to a primary cell, PCell, and the second base station is corresponding to a secondary cell, SCell, and wherein a first uplink frequency is configured for the first base station and the second uplink frequency is configured for the second base station, the first base station is configured to receive and process a signal transmitted on the second uplink frequency.
A control system for controlling a plurality of karts distributed on a karting track, comprising a control server, locating means carried by each of said karts and communication means allowing the server to communicate with each of said karts using at least two separate communication networks, a first safety information management network, allowing to transmit commands acting on the control of the motorisation of at least one kart according to a first secure radio protocol, and a second gaming information management network, allowing to transmit image data to a screen mounted on each of said karts according to a second protocol, and wherein said server comprises: - means for managing the respective positions of each of the karts, provided by said locating means, and means for analysing action requests emitted by said karts, comprising at least requests for increasing and/or reducing power, according to said respective positions, capable of validating, refusing, modifying and/or delaying the activation of said requests, by emitting corresponding commands to the concerned karts, via said first network, and synchronisation means controlling according to said action requests; and - means for generating image data at least to said concerned karts, illustrating the activation of said action requests, via said second network. - means for managing the respective positions of each of the karts, provided by said locating means, and means for analysing action requests emitted by said karts, comprising at least requests for increasing and/or reducing power, according to said respective positions, capable of validating, refusing, modifying and/or delaying the activation of said requests, by emitting corresponding commands to the concerned karts, via said first network, and synchronisation means controlling according to said action requests; and - means for generating image data at least to said concerned karts, illustrating the activation of said action requests, via said second network.
Dialysis machine having a dialyzer , an extracorporeal blood circuit, a dialysis solution circuit , and a control unit, wherein a blood leak sensor is arranged downstream of the dialyzer in the dialysis solution circuit; wherein the control unit is configured to initiate an error routine when the signal of the blood leak sensor shows an indication of a presumed blood leak; and wherein a further sensor is furthermore arranged downstream of the dialyzer in the dialysis solution circuit , wherein the control unit is configured to use the signal of the further sensor correlated in time with the signal of the blood leak sensor as a suppression criterion for the initiation of the error routine and characterized in that an air separator is arranged downstream of the dialyzer in the dialysis solution circuit; and in that two further sensors are provided, namely a conductivity sensor and an air detector arranged at the air separator, wherein the control unit is configured to use the temporally correlated signals of both of these further sensors as suppression criteria for the initiation of the error routine.
A nucleic acid molecule comprising: (i) a promoter, (ii) an AAV cap gene, and (iii) an AAV rep gene, in the above 5' → 3' order, wherein the cap gene and the rep gene are both operably-associated with the promoter, and wherein the rep gene is also operably-associated with an IRES. (i) a promoter, (ii) an AAV cap gene, and (iii) an AAV rep gene,
A method for monitoring machinery for the production or treatment of synthetic fibers in the following steps: 1.1. constant generation and recording of system messages of machine components and control components; 1.2. continuous storage of the system messages as log data in a log memory, and 1.3. readout, preprocessing and analysis of the log data with the aid of algorithms based on statistical procedures and machine learning methods in order to identify frequent sequences of system messages and/or an anomaly. 1.1. constant generation and recording of system messages of machine components and control components; 1.2. continuous storage of the system messages as log data in a log memory, and 1.3. readout, preprocessing and analysis of the log data with the aid of algorithms based on statistical procedures and machine learning methods in order to identify frequent sequences of system messages and/or an anomaly.
A line with a shut off device which is disposed in a coupling region between a first line section and a second line section of at least one line , in particular of a hydraulic system, wherein the shut off device has an open position in which the two line sections are connected in fluid communication, and a closed position in which the flow is interrupted, wherein in the coupling region, the first line section has a coupling flange which can be connected to a distribution block of the shut off device to which the second line section is attached, wherein a first slide is associated with the coupling flange and a second slide is associated with the distribution block , wherein the two slides form a dual slide assembly and wherein by moving the dual slide assembly, the shut off device can be transposed from the open position to the closed position and vice versa, characterized in that the first slide and the second slide respectively have at least one guide recess , sections of which extend in the longitudinal direction of the respective slide , wherein fastening means extend through the guide recesses .
A drilling oil, comprising mixed C15 and C17 linear olefins, wherein a weight ratio of C15 linear olefin to C17 linear olefin is 99 : 1 - 1:99, a weight ratio of internal olefin (LIO) relative to a sum of α-olefin (LAO) and internal olefin (LIO) of the mixed C15 and C17 linear olefins is at least 0.1, and the drilling oil has (i) a flash point of 85°C or more, (ii) a pour point of less than - 5°C, (iii) a density of 0.77 - 0.81 g/cm 3 and (iv) a kinematic viscosity of 1.9 - 3.5 cSt (1.9 - 3.5 mm 2 /s; 40°C).