mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication by a user equipment, UE, comprising: receiving , from a base station, a semi-static indication comprised in radio resource control, RRC, signaling, wherein the semi-static indication indicates a control resource set configured for the UE comprising at least one resource for use for a control channel transmission or a data channel transmission; receiving , from the base station, a dynamic indication comprised in downlink control information, DCI, that dynamically indicates that the at least one resource provided by the control resource set is used for the data channel transmission in a slot; receiving a downlink, DL, data transmission in the slot, wherein the DL data transmission includes the at least one resource dynamically indicated in the DCI; and performing de-rate matching for the DL data transmission based at least in part on the semi-static indication and the dynamic indication. receiving , from a base station, a semi-static indication comprised in radio resource control, RRC, signaling, wherein the semi-static indication indicates a control resource set configured for the UE comprising at least one resource for use for a control channel transmission or a data channel transmission; receiving , from the base station, a dynamic indication comprised in downlink control information, DCI, that dynamically indicates that the at least one resource provided by the control resource set is used for the data channel transmission in a slot; receiving a downlink, DL, data transmission in the slot, wherein the DL data transmission includes the at least one resource dynamically indicated in the DCI; and performing de-rate matching for the DL data transmission based at least in part on the semi-static indication and the dynamic indication.
A composite tubular element for use in a subsea environment, the composite tubular element comprising: at least a first layer comprising first fibres oriented in an x-direction relative to the longitudinal axis of the tubular element, and second fibres oriented in a y-direction relative to the longitudinal axis of the tubular element, thereby forming a two-dimensional tubular structure; third fibres extending at least partially through the wall thickness of the tubular element, thereby forming a three-dimensional tubular structure; a polymer matrix composite consisting of a first thermoplastic polymer arranged to embed the fibres of the tubular structure and thereby consolidate the tubular structure; a second polymer arranged to fill residual porosity of the tubular structure and thereby form the tubular element. at least a first layer comprising first fibres oriented in an x-direction relative to the longitudinal axis of the tubular element, and second fibres oriented in a y-direction relative to the longitudinal axis of the tubular element, thereby forming a two-dimensional tubular structure; third fibres extending at least partially through the wall thickness of the tubular element, thereby forming a three-dimensional tubular structure; a polymer matrix composite consisting of a first thermoplastic polymer arranged to embed the fibres of the tubular structure and thereby consolidate the tubular structure; a second polymer arranged to fill residual porosity of the tubular structure and thereby form the tubular element.
An implantable device comprising a plurality of magnetic segments coupled together with an exoskeleton that surrounds on three sides said plurality of magnetic segments wherein said exoskeleton comprises a shape memory material which is adapted to transition between a delivery configuration having a linear shape and a delivered configuration having a pre-determined geometric shape, said exoskeleton being adapted to direct the magnetic segments to self-assemble into said pre-determined geometric shape.
A stylus for creating an image on a magnetically-responsive display surface, the stylus comprising: a handle portion having first and second ends; a tip portion coupled to the first end of the handle portion , the tip portion being substantially cone shaped and having a cone angle between 40 and 75 degrees when the stylus is held perpendicular to a flat surface; a magnetic sphere , having a radius r, disposed within a distal end of the tip portion and having less than a hemisphere of the magnetic sphere extending beyond the distal end of the tip portion ; and characterised by further comprising: a metal cylinder disposed proximal to the magnetic sphere within the distal end of the tip portion, the metal cylinder having a radius between 0.5r and 2r and having a length of at least 3r, and wherein the metal cylinder comprises a ferromagnetic material. a handle portion having first and second ends; a tip portion coupled to the first end of the handle portion , the tip portion being substantially cone shaped and having a cone angle between 40 and 75 degrees when the stylus is held perpendicular to a flat surface; a magnetic sphere , having a radius r, disposed within a distal end of the tip portion and having less than a hemisphere of the magnetic sphere extending beyond the distal end of the tip portion ; and characterised by further comprising: a metal cylinder disposed proximal to the magnetic sphere within the distal end of the tip portion, the metal cylinder having a radius between 0.5r and 2r and having a length of at least 3r, and wherein the metal cylinder comprises a ferromagnetic material.
A sensor system adapted to be mounted on a vehicle , comprising: a first sensor configured to sense information of an outside of the vehicle ; a second sensor configured to sense information of the outside of the vehicle in a different manner from the first sensor , and output a signal (VS) corresponding to the information sensed by the second sensor ; characterised in that the sensor system further comprises: a common housing housing the first sensor and the second sensor ; a signal processor configured to specify a deviation amount of a reference position of the second sensor from a predetermined position on the basis of the signal outputted from the second sensor , and generate a first actuation signal (AV1, AH1) on the basis of the specified deviation amount; and a first adjuster configured to adjust posture of the first sensor on the basis of the first actuation signal (AV1, AH1). a first sensor configured to sense information of an outside of the vehicle ; a second sensor configured to sense information of the outside of the vehicle in a different manner from the first sensor , and output a signal (VS) corresponding to the information sensed by the second sensor ; characterised in that the sensor system further comprises: a common housing housing the first sensor and the second sensor ; a signal processor configured to specify a deviation amount of a reference position of the second sensor from a predetermined position on the basis of the signal outputted from the second sensor , and generate a first actuation signal (AV1, AH1) on the basis of the specified deviation amount; and a first adjuster configured to adjust posture of the first sensor on the basis of the first actuation signal (AV1, AH1). a common housing housing the first sensor and the second sensor ; a signal processor configured to specify a deviation amount of a reference position of the second sensor from a predetermined position on the basis of the signal outputted from the second sensor , and generate a first actuation signal (AV1, AH1) on the basis of the specified deviation amount; and a first adjuster configured to adjust posture of the first sensor on the basis of the first actuation signal (AV1, AH1).
Shoe , in particular running shoe, with a shoe tip and a heel edge and a lacing system, wherein the lacing system comprises a lacing , wherein the lacing comprises two end regions along the lacing and a middle region between the end regions at respective branching points of the lacing, and wherein the lacing branches at the branching points into a first strand and a second strand ; and wherein the shoe has a mount with several pairs of holding structures for fastening the lacing , wherein the pairs of holding structures each consist of a holding structure (51 1, 512, 521, 522) arranged medial-side and an opposite holding structure arranged lateral-side, and wherein the mount has a first holding region starting from the shoe tip with at least one pair of holding structures and an adjoining second holding region arranged in the direction of the heel edge with at least two pairs of holding structures; and wherein exclusively the first strand is fastened to the pairs of holding structures in the first holding region and exclusively the second strand is fastened to the pairs of holding structures in the second holding region and wherein the first strand is fastened to all pairs of holding structures in the first holding region and the second strand is fastened to all pairs of holding structures in the second holding region .
An additive manufacturing system , the system comprising a controller configured to: obtain temperature information from one or more temperature sensors, wherein each of the one or more temperature sensors is configured to measure the temperature of a respective pixel area in a plurality of pixel areas in a print-bed area for at least one layer of a part being printed in a given three-dimensional printing process; obtain agent concentration information, the received agent concentration information comprising, for each pixel area in the plurality of pixel areas , a concentration of each of a plurality of printing agents present in the respective pixel area ; on the basis of the obtained temperature information and agent concentration information, for each pixel area in the plurality of pixel areas , determine the temperature for each printing agent in the plurality of printing agents which is present in the respective pixel area ; and on the basis of the determined temperatures for each pixel area and printing agent , determine a power to be applied to a heating subsystem employed in the given three-dimensional printing process. obtain temperature information from one or more temperature sensors, wherein each of the one or more temperature sensors is configured to measure the temperature of a respective pixel area in a plurality of pixel areas in a print-bed area for at least one layer of a part being printed in a given three-dimensional printing process; obtain agent concentration information, the received agent concentration information comprising, for each pixel area in the plurality of pixel areas , a concentration of each of a plurality of printing agents present in the respective pixel area ; on the basis of the obtained temperature information and agent concentration information, for each pixel area in the plurality of pixel areas , determine the temperature for each printing agent in the plurality of printing agents which is present in the respective pixel area ; and on the basis of the determined temperatures for each pixel area and printing agent , determine a power to be applied to a heating subsystem employed in the given three-dimensional printing process.
Passenger seat device for a vehicle cabin, the device comprising: - a front end and a rear end , - a backrest arranged at the rear end , - a plurality of horizontally arranged seat surface segments extending from the rear end to the front end , and - a seat frame for carrying the seat surface segments and the backrest , wherein the seat surface segments are arranged in a side-by-side relationship and constitute a seat surface, and wherein each of the seat surface segments is individually and independently adjustable between at least two different vertical positions relative to the seat frame in the form of a use position and an armrest position , thus creating different arrangements of higher or lower seat surface segments , leading to the creation of a plurality of different seating areas with an individual number of seat surface segments in use position and separated through an armrest. - a front end and a rear end , - a backrest arranged at the rear end , - a plurality of horizontally arranged seat surface segments extending from the rear end to the front end , and - a seat frame for carrying the seat surface segments and the backrest ,
An apparatus for cutting and folding printed products comprising: a perforator ; a first cutting device creating first slits in the web ; a second cutting device creating second slits in the web longitudinally offset from the first slits so as to form a signature with a staggered edge ; and a folder delta-folding the signature so that the staggered edge engages slots in the signature , the slots created by the perforator . a perforator ; a first cutting device creating first slits in the web ; a second cutting device creating second slits in the web longitudinally offset from the first slits so as to form a signature with a staggered edge ; and a folder delta-folding the signature so that the staggered edge engages slots in the signature , the slots created by the perforator .
An electrohydraulic positioning control system comprising: a shuttle valve configured to direct fluid flow between a selectable one of a first fluid port and a second fluid port , and a fluid outlet configured to be fluidically connected to a fluid actuator ; a first servo valve controllable to selectably permit flow between the first fluid port and a fluid source , permit flow between the first fluid port and a fluid drain , and block fluid flow between the first fluid port , the fluid source , and the fluid drain ; a second servo valve controllable to selectably permit flow between the second fluid port and the fluid source , permit flow between the second fluid port and the fluid drain , and block fluid flow between the second fluid port , the fluid source , and the fluid drain ; a first servo controller configured to provide a first health signal and control the first servo valve based on a position demand signal, a position feedback signal , a first priority signal, and a second health signal ; and a second servo controller configured to provide the second health signal and control the second servo valve based on the position demand signal, the position feedback signal , a second priority signal, and the first health signal wherein either the first priority signal or the second priority signal comprises a representation of an operational condition comprising a high priority command provided to a selected one of the first servo controller or the second servo controller to act as a primary servo controller. a shuttle valve configured to direct fluid flow between a selectable one of a first fluid port and a second fluid port , and a fluid outlet configured to be fluidically connected to a fluid actuator ; a first servo valve controllable to selectably permit flow between the first fluid port and a fluid source , permit flow between the first fluid port and a fluid drain , and block fluid flow between the first fluid port , the fluid source , and the fluid drain ; a second servo valve controllable to selectably permit flow between the second fluid port and the fluid source , permit flow between the second fluid port and the fluid drain , and block fluid flow between the second fluid port , the fluid source , and the fluid drain ; a first servo controller configured to provide a first health signal and control the first servo valve based on a position demand signal, a position feedback signal , a first priority signal, and a second health signal ; and a second servo controller configured to provide the second health signal and control the second servo valve based on the position demand signal, the position feedback signal , a second priority signal, and the first health signal wherein either the first priority signal or the second priority signal comprises a representation of an operational condition comprising a high priority command provided to a selected one of the first servo controller or the second servo controller to act as a primary servo controller.
Thumb orthosis comprising a spreading body which serves for spreading a thumb and a pointer finger , characterized by a first holding device by which a first end portion of the spreading body can be held at the thumb and a second holding device by which a second end portion of the spreading body can be held at the pointer finger , the thumb orthosis being exclusively held by the two holding devices at the hand of the user wearing the thumb orthosis .
A locking brewing device for a beverage machine, comprising a seat body for mounting a material cup, a liquid guide piercing tube for piercing a beverage capsule in the material cup and delivering liquid, and a piston for locking the beverage capsule in the material cup, wherein a piston chamber with an open end and a closed end is formed in the seat body , the piston is slidably and sealedly arranged in the piston chamber , and forms with the closed end a pressure medium chamber having an opening , the liquid guide piercing tube is arranged on a surface of the piston that faces the open end , and the piston is provided with a liquid inlet passage in communication with the liquid guide piercing tube ; wherein the piston has an open position where the liquid guide piercing tube is away from the beverage capsule and a locked position where the liquid guide piercing tube pierces the beverage capsule, and the piston may move from the open position to the locked position under the pressure of a medium in the pressure medium chamber , characterized in that the liquid inlet passage is formed by means of a tube inside the pressure medium chamber ; the opening and an orifice connected to the tube are formed in the closed end , wherein the piston comprises a piston body and a rod body that serves as the tube, wherein an axial hollow passage in the rod body serves as the liquid inlet passage , and the rod body extends into and is slidably and sealedly fitted in the orifice . wherein the piston has an open position where the liquid guide piercing tube is away from the beverage capsule and a locked position where the liquid guide piercing tube pierces the beverage capsule, and the piston may move from the open position to the locked position under the pressure of a medium in the pressure medium chamber , characterized in that the liquid inlet passage is formed by means of a tube inside the pressure medium chamber ; the opening and an orifice connected to the tube are formed in the closed end , wherein the piston comprises a piston body and a rod body that serves as the tube, wherein an axial hollow passage in the rod body serves as the liquid inlet passage , and the rod body extends into and is slidably and sealedly fitted in the orifice .
Device for loading insert sheets comprising a moving carriage (12; 12') for the insertion of insert sheets in a receiving zone of a zone for receiving exposures , the moving carriage (12; 12') comprising a plurality of longitudinal bars , characterised in that at least one longitudinal bar comprises a suctioning channel opening through at least one suctioning orifice on the face of the longitudinal bar intended to receive an insert sheet, the suctioning channel being configured to be connected to a vacuum source for the maintaining by suctioning the insert sheet transported by the moving carriage (12; 12').
A method of (a) detecting cancer in a subject; or (b) monitoring disease progression in a subject diagnosed with cancer or a genetic disorder which predisposes the subject to cancer; or (c) for selecting a subject to be administered a pharmaceutical composition, wherein the subject has cancer or a genetic disorder which predisposes the subject to cancer, comprising: detecting in a biological sample obtained from the subject altered chromatin topology within a chromatin region, wherein said chromatin region comprises at least one distinct topologically-associated domain partitioned by insulator sites, wherein at least one of said insulator sites comprises a CpG dinucleotide within a CTCF binding motif, and wherein the chromatin region comprises the oncogene PDGFRA. (a) detecting cancer in a subject; or (b) monitoring disease progression in a subject diagnosed with cancer or a genetic disorder which predisposes the subject to cancer; or (c) for selecting a subject to be administered a pharmaceutical composition, wherein the subject has cancer or a genetic disorder which predisposes the subject to cancer, comprising: detecting in a biological sample obtained from the subject altered chromatin topology within a chromatin region, wherein said chromatin region comprises at least one distinct topologically-associated domain partitioned by insulator sites, wherein at least one of said insulator sites comprises a CpG dinucleotide within a CTCF binding motif, and wherein the chromatin region comprises the oncogene PDGFRA.
A tool belt comprising a belt strap and a belt buckle , wherein the belt buckle comprises a male and a female part , the male part comprising a latch plate and the female part comprising a female interface for receiving the latch plate , wherein the male part is attached to a first end of the belt strap and the female part is attached to a second end of the belt strap , wherein the female part comprises a locking mechanism adapted for connection and disconnection of the latch plate to or from the female interface , and a length adjustment mechanism adapted for adjustment of the length of the belt strap , wherein the locking mechanism is a snap lock comprising a latch locking portion arranged inside the female part , wherein the latch locking portion comprises a connection ramp ; and wherein the latch plate is configured to be connected to the female interface when the latch plate is moved over the connection ramp , thereby pressing the connection ramp in a latch release direction transversal to an axis of insertion (d) of the latch plate into the female interface and the connection ramp snaps back into a latch locking direction opposite to the latch release direction , the tool belt is characterized in that the latch locking portion is divided in two individually movable parts , wherein each movable part is configured to be actuated by a respective latch release actuator. wherein the belt buckle comprises a male and a female part , the male part comprising a latch plate and the female part comprising a female interface for receiving the latch plate , wherein the male part is attached to a first end of the belt strap and the female part is attached to a second end of the belt strap , wherein the female part comprises a locking mechanism adapted for connection and disconnection of the latch plate to or from the female interface , and a length adjustment mechanism adapted for adjustment of the length of the belt strap , wherein the locking mechanism is a snap lock comprising a latch locking portion arranged inside the female part , wherein the latch locking portion comprises a connection ramp ; and wherein the latch plate is configured to be connected to the female interface when the latch plate is moved over the connection ramp , thereby pressing the connection ramp in a latch release direction transversal to an axis of insertion (d) of the latch plate into the female interface and the connection ramp snaps back into a latch locking direction opposite to the latch release direction , the tool belt is characterized in that the latch locking portion is divided in two individually movable parts , wherein each movable part is configured to be actuated by a respective latch release actuator.
An engineered meganuclease that recognizes and cleaves a recognition sequence consisting of SEQ ID NO:3, wherein said engineered meganuclease comprises a first subunit and a second subunit, wherein said first subunit binds to a first recognition half-site of said recognition sequence and comprises a first hypervariable (HVR1) region, and wherein said second subunit binds to a second recognition half-site of said recognition sequence and comprises a second hypervariable (HVR2) region, and wherein said engineered meganuclease comprises an amino acid sequence having at least 96% identity to SEQ ID NO: 8.