mhurhangee/patent-ind-claim-en huggingface dataset:
An unmanned rotorcraft , comprising: an airframe having a cylindrical shape that extends from a first end to a second end , the airframe configured to rotate about a rotor axis ; a plurality of rotor blades that are coupled to the first end of the airframe in fixed positions relative to the airframe for rotation therewith about the rotor axis ; a propulsion unit coupled to the airframe , the propulsion unit being located proximate the second end and including a propeller and a single motor that causes the propeller to rotate about a propeller axis ; an actuator that is adapted to temporarily reorient the propulsion unit such that the propeller axis moves out of alignment with the rotor axis , wherein rotation of the propeller by the motor causes counter-rotation of the airframe and rotor blades ; and wherein the propulsion unit is coupled to the airframe such that the propulsion unit is pivotable about a pivot axis by the actuator , wherein the the propulsion unit , including the single motor, is carried within the airframe and located axially between the rotor blades and the propeller . an airframe having a cylindrical shape that extends from a first end to a second end , the airframe configured to rotate about a rotor axis ; a plurality of rotor blades that are coupled to the first end of the airframe in fixed positions relative to the airframe for rotation therewith about the rotor axis ; a propulsion unit coupled to the airframe , the propulsion unit being located proximate the second end and including a propeller and a single motor that causes the propeller to rotate about a propeller axis ; an actuator that is adapted to temporarily reorient the propulsion unit such that the propeller axis moves out of alignment with the rotor axis , wherein rotation of the propeller by the motor causes counter-rotation of the airframe and rotor blades ; and wherein the propulsion unit is coupled to the airframe such that the propulsion unit is pivotable about a pivot axis by the actuator , wherein the the propulsion unit , including the single motor, is carried within the airframe and located axially between the rotor blades and the propeller .
A method comprising: measuring energy at a plurality of sampling points within a plurality of image frames projected by a projector ; estimating a highest energy for a pupil area of each of the plurality of image frames based on a subset of the plurality of sampling points encompassed by the pupil area ; adding the highest energy for each of the plurality of image frames to generate a cumulative highest energy; comparing the cumulative highest energy to a threshold; and in response to the cumulative highest energy exceeding the threshold, adjusting a power output of the projector . measuring energy at a plurality of sampling points within a plurality of image frames projected by a projector ; estimating a highest energy for a pupil area of each of the plurality of image frames based on a subset of the plurality of sampling points encompassed by the pupil area ; adding the highest energy for each of the plurality of image frames to generate a cumulative highest energy; comparing the cumulative highest energy to a threshold; and in response to the cumulative highest energy exceeding the threshold, adjusting a power output of the projector .
An electric discharge machine having a machining tank which is provided therein with a table and stores machining liquid, the table having a workpiece placed thereon, and machining the workpiece by relatively moving the table and an electrode, the electric discharge machine comprising a controller , the controller comprising: a workpiece density storing section in which density of the workpiece is stored; a liquid level measuring section which measures a liquid level of the machining tank; a stored-liquid amount calculating section which, when the workpiece is mounted in the machining tank, calculates a stored-liquid amount when machining liquid is stored in the machining tank until a liquid level of the machining liquid reaches a predetermined value; a volume calculating section in the machining tank calculating a volume of an amount of liquid which can be stored in the machining tank using the liquid level obtained by the liquid level measuring section when there is no workpiece in the machining tank; a workpiece volume calculating section which calculates a volume of the workpiece from a difference between values calculated by the stored-liquid amount calculating section and by the volume calculating section in the machining tank; and a workpiece weight calculating section which calculates a weight of the workpiece from the volume of the workpiece calculated by the workpiece volume calculating section using the density of the workpiece which is called up from the workpiece density storing section. a workpiece density storing section in which density of the workpiece is stored; a liquid level measuring section which measures a liquid level of the machining tank; a stored-liquid amount calculating section which, when the workpiece is mounted in the machining tank, calculates a stored-liquid amount when machining liquid is stored in the machining tank until a liquid level of the machining liquid reaches a predetermined value; a volume calculating section in the machining tank calculating a volume of an amount of liquid which can be stored in the machining tank using the liquid level obtained by the liquid level measuring section when there is no workpiece in the machining tank; a workpiece volume calculating section which calculates a volume of the workpiece from a difference between values calculated by the stored-liquid amount calculating section and by the volume calculating section in the machining tank; and a workpiece weight calculating section which calculates a weight of the workpiece from the volume of the workpiece calculated by the workpiece volume calculating section using the density of the workpiece which is called up from the workpiece density storing section.
A device comprising: a heating, ventilation and air conditioning, HVAC, controller ; an analog display configured to indicate a current temperature, determined by the HVAC controller , and one or more temperature set points, set by the HVAC controller ; a set of light-emitting diodes, LEDs ; a projection ring ; and processing circuitry , wherein the processing circuitry is configured to: control the set of LEDs to emit one or more optical beams to reflect off of the projection ring onto the analog display , wherein the one or more optical beams are a first color if the current temperature is lower than a set point temperature of the one or more set point temperatures, and wherein the one or more optical beams are a second color if the current temperature is greater than the set point temperature of the one or more set point temperatures. a heating, ventilation and air conditioning, HVAC, controller ; an analog display configured to indicate a current temperature, determined by the HVAC controller , and one or more temperature set points, set by the HVAC controller ; a set of light-emitting diodes, LEDs ; a projection ring ; and processing circuitry , wherein the processing circuitry is configured to: control the set of LEDs to emit one or more optical beams to reflect off of the projection ring onto the analog display , wherein the one or more optical beams are a first color if the current temperature is lower than a set point temperature of the one or more set point temperatures, and wherein the one or more optical beams are a second color if the current temperature is greater than the set point temperature of the one or more set point temperatures. control the set of LEDs to emit one or more optical beams to reflect off of the projection ring onto the analog display , wherein the one or more optical beams are a first color if the current temperature is lower than a set point temperature of the one or more set point temperatures, and wherein the one or more optical beams are a second color if the current temperature is greater than the set point temperature of the one or more set point temperatures.
Method for detecting and quantifying LRP8 and its C-terminal fragments in a human biological sample, comprising the step of putting into contact of said sample isolated from the human body with a monoclonal and/or polyclonal antibody designed against at least a specific amino acid sequence of a C-terminal region of LRP8, said antibody comprising the CDR1 amino acid sequences of the heavy chain according to SEQ. ID. 21, SEQ ID 29, SEQ ID 53 or SEQ ID 61, the CDR2 amino acid sequences of the heavy chain according to SEQ ID 23, SEQ ID 31, SEQ ID 55 or SEQ ID 63, the CDR3 amino acid sequences of the heavy chain according to SEQ ID 25, SEQ ID 33, SEQ ID 57 or SEQ ID 65, the CDR1 amino acid sequences of the light chain according to SEQ ID 37, SEQ ID 45, SEQ ID 69 or SEQ ID 77, the CDR2 amino acid sequences of the light chain according to SEQ ID 39, SEQ ID 47, SEQ ID 71 or SEQ ID 79, the CDR3 amino acid sequences of the light chain according to SEQ ID 41, SEQ ID 49, SEQ ID 73 or SEQ ID 81, said amino acid sequence of a C-terminal region of LRP8 consisting of C-terminal amino acid residues 837-963 or a sequence within said residues 837-963 selected from the group consisting of amino acid residues 839-857, 850-864, 863-878, 874-887, 882-898, 898-917, 915-940, 940-963.
A method for wireless communication performed by a first access point, AP, multi-link device, MLD, comprising: generating a frame by a first AP of the first AP MLD associated with a first communication link of the first AP MLD, the first AP MLD further including one or more secondary APs associated with one or more respective secondary communication links of the first AP MLD, the first AP including one or more virtual APs, the first AP and the one or more virtual APs of the first AP belonging to a first multiple basic service set identifier, BSSID, set associated with the first communication link, the frame comprising: a first element carrying discovery information for the first AP and the one or more virtual APs belonging to the first multiple BSSID set; and a second element carrying discovery information for the one or more secondary APs of the first AP MLD associated with the one or more respective secondary communication links of the first AP MLD; and transmitting the frame on the first communication link. a first element carrying discovery information for the first AP and the one or more virtual APs belonging to the first multiple BSSID set; and a second element carrying discovery information for the one or more secondary APs of the first AP MLD associated with the one or more respective secondary communication links of the first AP MLD; and transmitting the frame on the first communication link.
A process for the preparation of a phytosterol dispersion in water, the process comprising the steps of: a) mixing and dispersing in a mechanically stirred closed vessel provided with a heat transfer system at 150-200°C one or more phytosterols and one or more emulsifiers in water to obtain an emulsion; b) homogenizing the emulsion obtained in step a) in a homogenizer at a pressure of 30 to 3000 bars and 150 - 200°C to obtain a homogenized mixture; and c) cooling the homogenized mixture of step b) to obtain a dispersion of phytosterol or phytosterols in water. a) mixing and dispersing in a mechanically stirred closed vessel provided with a heat transfer system at 150-200°C one or more phytosterols and one or more emulsifiers in water to obtain an emulsion; b) homogenizing the emulsion obtained in step a) in a homogenizer at a pressure of 30 to 3000 bars and 150 - 200°C to obtain a homogenized mixture; and c) cooling the homogenized mixture of step b) to obtain a dispersion of phytosterol or phytosterols in water.
A method of a user equipment, UE, communicating with a base station in time division duplex, TDD, communication systems, the method comprising: receiving a higher layer signal regarding downlink control information, DCI, with a cyclic redundancy check, CRC, scrambled by a radio network temporary identifier, RNTI; monitoring, on a common search space, the DCI based on a configured control channel element, CCE, aggregation level, wherein the DCI includes configuration information, per cell, associated with time resources comprising at least one of time resource with downlink, DL, direction, time resource with uplink, UL, direction and time resource with flexible direction; and communicating with the base station based on the configuration information, wherein a location of the configuration information per cell in the DCI is indicated by a higher layer parameter included in the higher layer signal. receiving a higher layer signal regarding downlink control information, DCI, with a cyclic redundancy check, CRC, scrambled by a radio network temporary identifier, RNTI; monitoring, on a common search space, the DCI based on a configured control channel element, CCE, aggregation level, wherein the DCI includes configuration information, per cell, associated with time resources comprising at least one of time resource with downlink, DL, direction, time resource with uplink, UL, direction and time resource with flexible direction; and communicating with the base station based on the configuration information, wherein a location of the configuration information per cell in the DCI is indicated by a higher layer parameter included in the higher layer signal.
A heating device comprising: a housing retaining a camera lens ; a primary induction coil positioned proximate the housing and configured to generate a magnetic field in response to receiving electrical power from a power supply ; a controller circuit in electrical contact with the primary induction coil configured to control the electrical power delivered to the primary induction coil ; and a secondary induction coil overlaying the primary induction coil ; the secondary induction coil configured to receive the magnetic field from the primary induction coil and generate heat ; characterized in that the secondary induction coil heats the camera lens when the primary induction coil receives the electrical power . a housing retaining a camera lens ; a primary induction coil positioned proximate the housing and configured to generate a magnetic field in response to receiving electrical power from a power supply ; a controller circuit in electrical contact with the primary induction coil configured to control the electrical power delivered to the primary induction coil ; and a secondary induction coil overlaying the primary induction coil ; the secondary induction coil configured to receive the magnetic field from the primary induction coil and generate heat ; characterized in that the secondary induction coil heats the camera lens when the primary induction coil receives the electrical power .
An isolated antibody or antibody fragment thereof which binds to Golgi Protein 73 ("GP73") and comprises a heavy chain variable domain comprising the amino acid sequence of SEQ ID NO: 9 and a light chain variable domain comprising the amino acid sequence of SEQ ID NO: 13.
An apparatus comprising: processing circuitry to process instructions from a plurality of software workloads; a branch prediction cache to cache branch prediction state data selected from a plurality of sets of branch prediction state data stored in a memory system , each set of branch prediction state data corresponding to one of said plurality of software workloads; and branch prediction circuitry to predict an outcome of a branch instruction of a given software workload based on branch prediction state data cached in the branch prediction cache from the set of branch prediction state data corresponding to said given software workload; wherein in response to the processing circuitry switching from processing a first software workload to processing a second software workload, the branch prediction cache is configured to invalidate entries associated with the first software workload; and wherein the branch prediction cache is responsive to a miss in the branch prediction cache for a target instruction address of an instruction of a given software workload for which a branch prediction is required, to trigger at least one state fetch request to the memory system to request that a corresponding portion of the set of branch prediction state data corresponding to the given software workload is fetched into the branch prediction cache. processing circuitry to process instructions from a plurality of software workloads; a branch prediction cache to cache branch prediction state data selected from a plurality of sets of branch prediction state data stored in a memory system , each set of branch prediction state data corresponding to one of said plurality of software workloads; and branch prediction circuitry to predict an outcome of a branch instruction of a given software workload based on branch prediction state data cached in the branch prediction cache from the set of branch prediction state data corresponding to said given software workload; wherein in response to the processing circuitry switching from processing a first software workload to processing a second software workload, the branch prediction cache is configured to invalidate entries associated with the first software workload; and wherein the branch prediction cache is responsive to a miss in the branch prediction cache for a target instruction address of an instruction of a given software workload for which a branch prediction is required, to trigger at least one state fetch request to the memory system to request that a corresponding portion of the set of branch prediction state data corresponding to the given software workload is fetched into the branch prediction cache.
A method of operating a system controller of a virtualized application cluster , the cluster comprising at least one virtual machine , the method comprising: receiving , from the virtual machine, a Dynamic Host Configuration Protocol, DHCP, request including a Media Access Control, MAC, address of the virtual machine; determining , based on the MAC address included in the DHCP request, that no computing role can be determined for the MAC address; sending, in response to the determining, the MAC address received from the virtual machine within the cluster towards outside the cluster; receiving , from outside the cluster , a mapping between the MAC address and a computing role; determining booting information associated with the mapping; and sending , to the virtual machine, a Trivial File Transfer Protocol, TFTP, message comprising the booting information based on the computing role mapped to the MAC address. receiving , from the virtual machine, a Dynamic Host Configuration Protocol, DHCP, request including a Media Access Control, MAC, address of the virtual machine; determining , based on the MAC address included in the DHCP request, that no computing role can be determined for the MAC address; sending, in response to the determining, the MAC address received from the virtual machine within the cluster towards outside the cluster; receiving , from outside the cluster , a mapping between the MAC address and a computing role; determining booting information associated with the mapping; and sending , to the virtual machine, a Trivial File Transfer Protocol, TFTP, message comprising the booting information based on the computing role mapped to the MAC address.
Cleaning system for cleaning items to be cleaned , comprising a) at least one cleaning apparatus , having at least one at least partially closed cleaning chamber with at least one loading apparatus for loading the items to be cleaned with at least one cleaning liquid; and b) at least one transport system for the automatic transport of the items to be cleaned , the transport system comprising: a. at least one first conveying apparatus for the delivery of dirty items to be cleaned ; b. at least one second conveying apparatus for the transport of the dirty items to be cleaned to the cleaning apparatus ; c. at least one transfer apparatus for the transfer of at least one part of the dirty items to be cleaned from the first conveying apparatus onto the second conveying apparatus ; and d. at least one buffer store for the buffer storage of at least one part of the dirty items to be cleaned , characterized in that the transport system is set up to selectively transfer the dirty items to be cleaned from the first conveying apparatus directly onto the second conveying apparatus , or to buffer store them in the buffer store and to subsequently transfer them onto the second conveying apparatus . a) at least one cleaning apparatus , having at least one at least partially closed cleaning chamber with at least one loading apparatus for loading the items to be cleaned with at least one cleaning liquid; and b) at least one transport system for the automatic transport of the items to be cleaned , the transport system comprising: a. at least one first conveying apparatus for the delivery of dirty items to be cleaned ; b. at least one second conveying apparatus for the transport of the dirty items to be cleaned to the cleaning apparatus ; c. at least one transfer apparatus for the transfer of at least one part of the dirty items to be cleaned from the first conveying apparatus onto the second conveying apparatus ; and d. at least one buffer store for the buffer storage of at least one part of the dirty items to be cleaned , characterized in that the transport system is set up to selectively transfer the dirty items to be cleaned from the first conveying apparatus directly onto the second conveying apparatus , or to buffer store them in the buffer store and to subsequently transfer them onto the second conveying apparatus . a. at least one first conveying apparatus for the delivery of dirty items to be cleaned ; b. at least one second conveying apparatus for the transport of the dirty items to be cleaned to the cleaning apparatus ; c. at least one transfer apparatus for the transfer of at least one part of the dirty items to be cleaned from the first conveying apparatus onto the second conveying apparatus ; and d. at least one buffer store for the buffer storage of at least one part of the dirty items to be cleaned ,