mhurhangee/patent-ind-claim-en huggingface dataset:
System for controlling a gas turbine , comprising: a control system for providing control signals to a gas turbine ; a tuning system for providing tuning signals , a modelling system for generating virtual measurement signals , the virtual measurement signals being based on the control signals and the tuning signals ; a sensor diagnostics system having sensor diagnostic logic for diagnosing at least one sensor measurement signal and outputting control system reconfiguration signals to the control system and tuner system reconfiguration signals to the tuning system , wherein the control system reconfiguration signals are derived for better reconfiguration of the control system, the tuning signals being based at least on the tuner system reconfiguration signals , the control signals being based on the at least one sensor measurement signal , the virtual measurement signals and the control system reconfiguration signals , wherein the system simultaneously reconfigures the control system and the tuning system based on the sensor diagnostic logic. a control system for providing control signals to a gas turbine ; a tuning system for providing tuning signals , a modelling system for generating virtual measurement signals , the virtual measurement signals being based on the control signals and the tuning signals ; a sensor diagnostics system having sensor diagnostic logic for diagnosing at least one sensor measurement signal and outputting control system reconfiguration signals to the control system and tuner system reconfiguration signals to the tuning system , wherein the control system reconfiguration signals are derived for better reconfiguration of the control system, the tuning signals being based at least on the tuner system reconfiguration signals , the control signals being based on the at least one sensor measurement signal , the virtual measurement signals and the control system reconfiguration signals , wherein the system simultaneously reconfigures the control system and the tuning system based on the sensor diagnostic logic.
Wrapping device configured to wrap a bale with a wrapping material , comprising a wrapping unit which is rotatable clockwise and counterclockwise, wherein the wrapping unit is configured to wrap part of the bale by rotating the wrapping unit counterclockwise around the bale, characterized in that the wrapping unit is configured to wrap another part of the bale by rotating the wrapping unit clockwise around the bale, wherein the rotatable wrapping unit is rotatable counterclockwise at least between a starting position (SP) and a dispensing position (AP), and is rotatable clockwise between the dispensing position (AP) and an end position (EP) or wherein the rotatable wrapping unit is rotatable clockwise at least between a starting position (SP) and a dispensing position (AP), and is rotatable counterclockwise between the dispensing position (AP) and an end position (EP), and wherein the wrapping device furthermore comprises a linearly movable carriage configured to grip the wrapping material at the location of the dispensing position (AP) and carry it along in the direction of the end position (EP) of the rotatable wrapping unit in order to wrap part of the bale.
A head-mounted display , comprising: a light source comprising a plurality of pixel elements configured to emit image light that includes at least two different optical bands of light, the light source further comprising: a first sub-pixel mounted on a first set of microbumps at a first height from a substrate and configured to emit light within a first optical band, and a second sub-pixel mounted on a second set of microbumps at a second height from the substrate that is different from the first height, and the second sub-pixel is configured to emit light over a second optical band that is different than the first optical band, each of the first sub-pixel and the second sub-pixel comprising a plurality of light emitting elements ; and an optical block configured to receive the image light from the light source, and direct the image light to an eyebox , wherein the combination of the first height, the second height, and the optical block are together configured to mitigate longitudinal chromatic aberration. a first sub-pixel mounted on a first set of microbumps at a first height from a substrate and configured to emit light within a first optical band, and a second sub-pixel mounted on a second set of microbumps at a second height from the substrate that is different from the first height, and the second sub-pixel is configured to emit light over a second optical band that is different than the first optical band, each of the first sub-pixel and the second sub-pixel comprising a plurality of light emitting elements ; and an optical block configured to receive the image light from the light source, and direct the image light to an eyebox , wherein the combination of the first height, the second height, and the optical block are together configured to mitigate longitudinal chromatic aberration.
An insufflation apparatus comprising: a gas generating cartridge ; a housing and a gas generator arranged to be, at least partially, mounted on or in the housing , the housing comprising a gas outlet for delivering gas to a patient; a gas storage chamber arranged to store gas and to deliver gas to the gas outlet , the gas generator comprising a cartridge mount on the housing adapted to receive the gas generating cartridge , the gas generating cartridge containing gas generating material, wherein the cartridge, cartridge mount and gas storage chamber are arranged so that, in use, when the apparatus is in an active mode, the cartridge is in fluid communication with the gas storage chamber when the cartridge is mounted on the cartridge mount , and wherein gas is generated from the gas generating material in the cartridge and delivered to the gas storage chamber ; an inlet configured to receive gas expelled through the gas outlet ; and means for recycling gas received at the inlet to the gas outlet and/or the gas storage chamber . a gas generating cartridge ; a housing and a gas generator arranged to be, at least partially, mounted on or in the housing , the housing comprising a gas outlet for delivering gas to a patient; a gas storage chamber arranged to store gas and to deliver gas to the gas outlet , the gas generator comprising a cartridge mount on the housing adapted to receive the gas generating cartridge , the gas generating cartridge containing gas generating material, wherein the cartridge, cartridge mount and gas storage chamber are arranged so that, in use, when the apparatus is in an active mode, the cartridge is in fluid communication with the gas storage chamber when the cartridge is mounted on the cartridge mount , and wherein gas is generated from the gas generating material in the cartridge and delivered to the gas storage chamber ; an inlet configured to receive gas expelled through the gas outlet ; and means for recycling gas received at the inlet to the gas outlet and/or the gas storage chamber .
A method implemented by a cloud-based controller to control a Wi-Fi network comprising a plurality of access points , the method comprising the steps of: obtaining measurements from the plurality of access points comprised in the Wi-Fi network ; determining a configuration of the plurality of access points comprised in the Wi-Fi network based on the measurements including the cloud-based controller determining a topology to be applied to the Wi-Fi network , wherein the cloud-based controller determining the topology includes selecting an interconnectivity of the plurality of access points to another via backhaul links that are wireless links; and providing the configuration as operational parameters to the plurality of access points comprised in the Wi-Fi network for implementation thereof, characterized in that the determining a topology further comprises the cloud-based controller selecting the topology of connection between the plurality of access points via wireless backhaul links and to any client devices via wireless client links, wherein the wireless backhaul links are different from the wireless client links and the wireless backhaul links form a tree topology, one of the plurality of access points being configured as a gateway connected to the Internet and the cloud-based controller communicating with the one access point configured as the gateway via the Internet ; and selecting an interconnectivity of a plurality of client devices and the plurality of access points via selection of Wi-Fi channels for client links, the client links using different Wi-Fi channels than the backhaul links. obtaining measurements from the plurality of access points comprised in the Wi-Fi network ; determining a configuration of the plurality of access points comprised in the Wi-Fi network based on the measurements including the cloud-based controller determining a topology to be applied to the Wi-Fi network , wherein the cloud-based controller determining the topology includes selecting an interconnectivity of the plurality of access points to another via backhaul links that are wireless links; and providing the configuration as operational parameters to the plurality of access points comprised in the Wi-Fi network for implementation thereof, characterized in that the determining a topology further comprises the cloud-based controller selecting the topology of connection between the plurality of access points via wireless backhaul links and to any client devices via wireless client links, wherein the wireless backhaul links are different from the wireless client links and the wireless backhaul links form a tree topology, one of the plurality of access points being configured as a gateway connected to the Internet and the cloud-based controller communicating with the one access point configured as the gateway via the Internet ; and selecting an interconnectivity of a plurality of client devices and the plurality of access points via selection of Wi-Fi channels for client links, the client links using different Wi-Fi channels than the backhaul links.
A breast implant comprising: an elastomeric shell comprising a first region and a second region , and an outer surface, the first region defined by a first textured surface of the shell ; and the second region defined by a second surface of the shell that is different from the first textured surface of the shell; characterized by the first textured surface being defined by interconnected pores extending a depth of between about 0.2 mm to about 5.0 mm into the shell outer surface. an elastomeric shell comprising a first region and a second region , and an outer surface, the first region defined by a first textured surface of the shell ; and the second region defined by a second surface of the shell that is different from the first textured surface of the shell; characterized by the first textured surface being defined by interconnected pores extending a depth of between about 0.2 mm to about 5.0 mm into the shell outer surface.
A divider for dividing a carton pack of flat-folded cartons into a plurality of stacks of flat-folded cartons , where the divider comprises a magazine adapted to hold the carton pack , where the magazine comprises a stop member , where the magazine is arranged in an inclined position, and where the divider comprises a pusher member and a holder foot , characterized in that the pusher member is adapted to compress the carton pack between the pusher member and the stop member , that the holder foot is adapted to bear on a first side of the compressed carton pack , and that the pusher member is adapted to release the pressure on the carton pack when the holder foot bears on the first side of the carton pack , thereby creating a low density area adjacent a first carton stack .
A non-therapeutic method for producing antigen-specific B cells by using adoptive cell transfer, wherein the method comprises the steps of: a) providing primed B cells isolated from non-human animals which have been immunized with an antigen of interest; b) administration of the primed B cells and the antigen of interest to a naive non-human animal in order to induce a humoral immune response against the antigen of interest, c) isolation of antigen-specific B cells from the non-human animal of step b). a) providing primed B cells isolated from non-human animals which have been immunized with an antigen of interest; b) administration of the primed B cells and the antigen of interest to a naive non-human animal in order to induce a humoral immune response against the antigen of interest, c) isolation of antigen-specific B cells from the non-human animal of step b).
A curable composition comprising: (a) a benzoxazine component; and (b) a catalyst composition; wherein the catalyst composition comprises: (i) a lithium salt, an anion of which has a conjugate acid with a pKa of less than 5; and (ii) a carboxylic acid, a sulfonic acid, or a combination thereof; or wherein the catalyst composition comprises: (iii) a lithium salt, an anion of which has a conjugate acid with a pKa of less than 5; and (iv) a salt having as an anion a hexahalogenated Group 15 element. (a) a benzoxazine component; and (b) a catalyst composition; wherein the catalyst composition comprises: (i) a lithium salt, an anion of which has a conjugate acid with a pKa of less than 5; and (ii) a carboxylic acid, a sulfonic acid, or a combination thereof; (i) a lithium salt, an anion of which has a conjugate acid with a pKa of less than 5; and (ii) a carboxylic acid, a sulfonic acid, or a combination thereof; or wherein the catalyst composition comprises: (iii) a lithium salt, an anion of which has a conjugate acid with a pKa of less than 5; and (iv) a salt having as an anion a hexahalogenated Group 15 element. (iii) a lithium salt, an anion of which has a conjugate acid with a pKa of less than 5; and (iv) a salt having as an anion a hexahalogenated Group 15 element.
Peritoneal therapeutic fluid comprising one or more of a biocompatibility enhancing agent (BCA) that is selected from the group consisting of a polyphenolic compound, a salt of a polyphenolic compound, or a glycoside of a polyphenolic compound, for use as a peritoneal dialysis fluid, or as a peritoneal therapeutic fluid with decreased cytotoxicity on human peritoneal mesothelial cells.
Slab production plant for the production of stone and concrete slabs, wherein the slab production plant has at least two work stations for producing the slabs and a conveying device which transports the slabs in a conveying direction (F), a checking station for checking the slabs and a sorting device for sorting the slabs, wherein at least one robot device is provided for sorting slabs , characterised in that the checking station has a checking device for marking a slab and an image recording device for generating position signals which can be transmitted to the robot device , wherein the checking device is designed as a checking rod and/or the checking device has at least one first actuating device for transmitting a first signal which can trigger an image recording by the image recording device, wherein the checking device has an actuating region on which the actuating device(s) is/are arranged and a front end which is suitable and intended for digitally capturing a position of a slab on a support .
A method of open space calibration of an antenna array module of a wireless communication device in a wireless communication network, the method comprising: displaying , on a display of the wireless communication device , an open space calibration instruction prompting a user to hold the wireless communication device without covering the antenna array module and to ensure that no object is within a given distance of the wireless communication device in each of a plurality of directions from the wireless communication device during the open space calibration; configuring, by the wireless communication device , the antenna array module as an antenna array module proximity sensor; transmitting a first proximity test signal from the antenna array module when the wireless communication device is held in accordance with the open calibration instruction ; measuring a value of a first signal received at the antenna array module in response to transmitting the first proximity test signal; and storing the value of the first signal as an open space calibration value of the antenna array module transmitting a second proximity test signal from the antenna array module ; measuring a second value of a second signal received at the antenna array module in response to transmitting the second proximity test signal; and determining that an object is covering at least a portion of the antenna array module or within a predefined distance from the antenna array module when the second value of the second signal is different from the value of the first signal. displaying , on a display of the wireless communication device , an open space calibration instruction prompting a user to hold the wireless communication device without covering the antenna array module and to ensure that no object is within a given distance of the wireless communication device in each of a plurality of directions from the wireless communication device during the open space calibration; configuring, by the wireless communication device , the antenna array module as an antenna array module proximity sensor; transmitting a first proximity test signal from the antenna array module when the wireless communication device is held in accordance with the open calibration instruction ; measuring a value of a first signal received at the antenna array module in response to transmitting the first proximity test signal; and storing the value of the first signal as an open space calibration value of the antenna array module transmitting a second proximity test signal from the antenna array module ; measuring a second value of a second signal received at the antenna array module in response to transmitting the second proximity test signal; and determining that an object is covering at least a portion of the antenna array module or within a predefined distance from the antenna array module when the second value of the second signal is different from the value of the first signal.
An apparatus that is secure from unauthorized use, comprising: a component ; an explosive positioned such that, when the explosive is ignited, an explosive charge from the explosive will destroy the component ; a processor adapted to generate a signal for igniting the explosive when at least one predetermined event occurs, characterised in the apparatus further comprising: a metallic material positioned between the explosive and the component , wherein a composition, size and position of the metallic material is such that the explosive charge will melt the metallic material onto the component . a component ; an explosive positioned such that, when the explosive is ignited, an explosive charge from the explosive will destroy the component ; a processor adapted to generate a signal for igniting the explosive when at least one predetermined event occurs, characterised in the apparatus further comprising: a metallic material positioned between the explosive and the component , wherein a composition, size and position of the metallic material is such that the explosive charge will melt the metallic material onto the component .
A bone plate assembly comprising: a) at least first and second plate segments (120, 102; 220, 202; 320, 302; 420, 402; 520, 502; 620, 602; 722; 724) adapted and configured for movement relative to one another from a spaced apart position and an approximated position; b) ratchet means for allowing the first and second plate segments to move to the approximated position while preventing the first and second plate segments from moving toward a spaced apart position; c) a spring mechanism (140; 440; 540; 640) extending between the at least first and second plate segments to bias the at least first and second plate segments together; and d) a locking mechanism (118, 135; 256, 219; 360, 362) to lock for selectively setting a gap between the at least first and second plate segments to create a static open position and unlock to create a dynamic closed position in which the spring mechanism can draw the at least first and second plate segments together, wherein the locking mechanism is integrated in the first and second plate segments. a) at least first and second plate segments (120, 102; 220, 202; 320, 302; 420, 402; 520, 502; 620, 602; 722; 724) adapted and configured for movement relative to one another from a spaced apart position and an approximated position; b) ratchet means for allowing the first and second plate segments to move to the approximated position while preventing the first and second plate segments from moving toward a spaced apart position; c) a spring mechanism (140; 440; 540; 640) extending between the at least first and second plate segments to bias the at least first and second plate segments together; and d) a locking mechanism (118, 135; 256, 219; 360, 362) to lock for selectively setting a gap between the at least first and second plate segments to create a static open position and unlock to create a dynamic closed position in which the spring mechanism can draw the at least first and second plate segments together, wherein the locking mechanism is integrated in the first and second plate segments.
Method for operating an electric drive train of a work machine , wherein the drive train comprises a work drive with an electric working motor and a traction drive with an electric traction motor and vehicle wheels , wherein the work machine experiences deceleration from the outside and wherein a braking force acting on the vehicle wheels owing to the deceleration can be lower than a drive force acting on the vehicle wheels owing to a moment of inertia of the traction motor , characterized in that the traction motor is energized opposite to its operating direction to reduce rotation speed if a situation detection process predictively identifies that the braking force acting on the vehicle wheels owing to the deceleration is lower than the drive force acting on the vehicle wheels and that the situation is detected by means of a slipping clutch, wherein a clutch pressure is specified in such a way that a torque transmittable by the clutch is lower than a braking torque resulting from the braking force and/or in that the situation is detected by means of monitoring driving behaviour of an operator of the work machine , wherein the driving behaviour of the operator of the work machine is learnt beforehand when deceleration is imminent. characterized in that the traction motor is energized opposite to its operating direction to reduce rotation speed if a situation detection process predictively identifies that the braking force acting on the vehicle wheels owing to the deceleration is lower than the drive force acting on the vehicle wheels and that the situation is detected by means of a slipping clutch, wherein a clutch pressure is specified in such a way that a torque transmittable by the clutch is lower than a braking torque resulting from the braking force and/or in that the situation is detected by means of monitoring driving behaviour of an operator of the work machine , wherein the driving behaviour of the operator of the work machine is learnt beforehand when deceleration is imminent.