mhurhangee/patent-ind-claim-en huggingface dataset:
A CT system comprising: - two x-ray sources for rotating about and concurrently or subsequently emitting radiation through an imaging region , - two detectors , one per x-ray source, for detecting radiation after penetration through the imaging region, - two read-out units , one per detector, for reading out the detected radiation from the respective detector, - a control unit for controlling said x-ray sources by alternately switching each of said x-ray sources on and off so that in a first phase only the first x-ray source emits radiation, in a second phase both x-ray sources emit radiation and in a third phase only the second x-ray source emits radiation and for controlling said read-out units such that radiation detected by a detector during a phase in which the corresponding x-ray source is switched off is distinguished from radiation detected by the same detector during a phase in which the corresponding x-ray source is switched on, and - a reconstruction unit for reconstructing a projection from a scatter-corrected readout-signal, wherein a scatter correction unit is provided or the read-out units are configured to generate scatter-corrected read-out signals from the detected radiation, wherein a scatter-corrected read-out signal is generated from the radiation detected by a detector during a single projection interval (I) and read out by the corresponding read-out unit, characterized in that the single projection interval includes multiple repetitions of said three phases. - two x-ray sources for rotating about and concurrently or subsequently emitting radiation through an imaging region , - two detectors , one per x-ray source, for detecting radiation after penetration through the imaging region, - two read-out units , one per detector, for reading out the detected radiation from the respective detector, - a control unit for controlling said x-ray sources by alternately switching each of said x-ray sources on and off so that in a first phase only the first x-ray source emits radiation, in a second phase both x-ray sources emit radiation and in a third phase only the second x-ray source emits radiation and for controlling said read-out units such that radiation detected by a detector during a phase in which the corresponding x-ray source is switched off is distinguished from radiation detected by the same detector during a phase in which the corresponding x-ray source is switched on, and - a reconstruction unit for reconstructing a projection from a scatter-corrected readout-signal,
A digital power receiver system supplied by a digital power distribution system, comprising; one or more individual receiver circuits that are each connected to an individual transmission line pair originating from a digital power transmission source and where the one or more individual receiver circuits are configured to convert digital power on the transmission line pair to analog power; one or more receiver output bus segments that electrically connect groups of the one or more individual receiver circuits in parallel; one or more power conditioning circuits configured to connect to the one or more individual receiver circuits or to the one or more receiver output bus segments ; one or more power conditioning circuit output bus segments that electrically connect output terminals of the one or more power conditioning circuits to provide a combined power output; and a control circuit that is operable to monitor at least one voltage within the digital power receiver system and to act to regulate output power of at least one power conditioning circuit , wherein the control circuit is configured to monitor an internal voltage of at least one of the one or more receiver circuits and to limit the power output of one or more power conditioning circuits until the internal voltage reaches a predetermined value, to ensure that a predetermined minimum amount of power is available from the transmission line pairs supplying the one or more receiver circuits , before allowing the one or more receiver circuits to operate at increased power. one or more individual receiver circuits that are each connected to an individual transmission line pair originating from a digital power transmission source and where the one or more individual receiver circuits are configured to convert digital power on the transmission line pair to analog power; one or more receiver output bus segments that electrically connect groups of the one or more individual receiver circuits in parallel; one or more power conditioning circuits configured to connect to the one or more individual receiver circuits or to the one or more receiver output bus segments ; one or more power conditioning circuit output bus segments that electrically connect output terminals of the one or more power conditioning circuits to provide a combined power output; and a control circuit that is operable to monitor at least one voltage within the digital power receiver system and to act to regulate output power of at least one power conditioning circuit , wherein the control circuit is configured to monitor an internal voltage of at least one of the one or more receiver circuits and to limit the power output of one or more power conditioning circuits until the internal voltage reaches a predetermined value, to ensure that a predetermined minimum amount of power is available from the transmission line pairs supplying the one or more receiver circuits , before allowing the one or more receiver circuits to operate at increased power.
A sole structure for an article of footwear comprising: a first plate and a second plate both extending longitudinally in a flexion region of the sole structure with the second plate disposed above the first plate in the flexion region ; wherein the second plate has a fixed portion fixed to the first plate , and has a free portion; a coupler operatively connected to one of the first plate and the free portion of the second plate ; wherein the coupler is selectably movable transversely relative to the first plate and the second plate between a first position and a second position; wherein the coupler is spaced apart from the other one of the first plate and the free portion of the second plate when the coupler is in the first position; and wherein the coupler operatively engages the other one of the first plate and the free portion of the second plate when the coupler is in the second position, characterized in that the second plate is spaced apart from the first plate by a vertical gap in the flexion region , and in that 20 the sole structure further comprises stanchions extending from at least one of the first plate and the second plate across the vertical gap . a first plate and a second plate both extending longitudinally in a flexion region of the sole structure with the second plate disposed above the first plate in the flexion region ; wherein the second plate has a fixed portion fixed to the first plate , and has a free portion; a coupler operatively connected to one of the first plate and the free portion of the second plate ; wherein the coupler is selectably movable transversely relative to the first plate and the second plate between a first position and a second position; wherein the coupler is spaced apart from the other one of the first plate and the free portion of the second plate when the coupler is in the first position; and wherein the coupler operatively engages the other one of the first plate and the free portion of the second plate when the coupler is in the second position, characterized in that the second plate is spaced apart from the first plate by a vertical gap in the flexion region , and in that 20 the sole structure further comprises stanchions extending from at least one of the first plate and the second plate across the vertical gap .
Support adapter for temporarily fixing insulation panels on a building surface , - wherein said support adapter consists of a main body and at least one smooth pin formed on the front of the same, which pin has a cylindrical holding region and a tip region , - wherein the tip region tapers starting from the holding region , - wherein the main body has a surface on its back, which is flat at least in portions, - wherein the at least one pin is aligned perpendicular to the plane of the surface , wherein the centre line of the pen has a deviation of zero to three angular degrees from the perpendicular, - wherein the at least one pin has a support region , and/or the main body has a support structure , for ensuring a minimum distance of the insulation panel relative to the front of the main body , which is necessary for generating the required adhesive force of an adhesive foam , and - wherein the main body has an adhesive layer on its back for securely fixing the former during the assembly of the insulation panel and the curing of the adhesive foam. - wherein said support adapter consists of a main body and at least one smooth pin formed on the front of the same, which pin has a cylindrical holding region and a tip region , - wherein the tip region tapers starting from the holding region , - wherein the main body has a surface on its back, which is flat at least in portions, - wherein the at least one pin is aligned perpendicular to the plane of the surface , wherein the centre line of the pen has a deviation of zero to three angular degrees from the perpendicular, - wherein the at least one pin has a support region , and/or the main body has a support structure , for ensuring a minimum distance of the insulation panel relative to the front of the main body , which is necessary for generating the required adhesive force of an adhesive foam , and - wherein the main body has an adhesive layer on its back for securely fixing the former during the assembly of the insulation panel and the curing of the adhesive foam.
A fault current limiter, i.e. FCL, comprising: a ring-shaped core structure comprising: i) a first magnetisable ring-shaped core member ; ii) a second magnetisable ring-shaped core member , spaced from the first core member: a plurality of permanent magnets arranged to cause at least part of the core members to become magnetically saturated in normal operation; an AC magnetomotive force source configured to generate a varying magnetic flux in at least a portion of the first and second magnetisable core members, wherein the AC magnetomotive force source is an AC coil and the AC coil is wound around the region of the magnetisable core where an overcoming of saturation is to be achieved; and; the plurality of permanent magnets being positioned to provide a magnetic circuit within at least part of the magnetisable core members, wherein the permanent magnets are positioned to bridge the gap between the first and second magnetisable ring-shaped core members, wherein the ring-shaped core structure comprises a polygonal shaped ring wherein permanent magnets are positioned at corners/vertices of the core structure and characterized in that the permanent magnets have a body which includes limbs extending in different directions following the shape of the adjacent core member, and wherein the body includes limbs extending at inclined angles corresponding to the angle between the connected sides of the polygonal shaped ring. a ring-shaped core structure comprising: i) a first magnetisable ring-shaped core member ; ii) a second magnetisable ring-shaped core member , spaced from the first core member: a plurality of permanent magnets arranged to cause at least part of the core members to become magnetically saturated in normal operation; i) a first magnetisable ring-shaped core member ; ii) a second magnetisable ring-shaped core member , spaced from the first core member: a plurality of permanent magnets arranged to cause at least part of the core members to become magnetically saturated in normal operation; an AC magnetomotive force source configured to generate a varying magnetic flux in at least a portion of the first and second magnetisable core members, wherein the AC magnetomotive force source is an AC coil and the AC coil is wound around the region of the magnetisable core where an overcoming of saturation is to be achieved; and; the plurality of permanent magnets being positioned to provide a magnetic circuit within at least part of the magnetisable core members, wherein the permanent magnets are positioned to bridge the gap between the first and second magnetisable ring-shaped core members, wherein the ring-shaped core structure comprises a polygonal shaped ring wherein permanent magnets are positioned at corners/vertices of the core structure and characterized in that the permanent magnets have a body which includes limbs extending in different directions following the shape of the adjacent core member, and wherein the body includes limbs extending at inclined angles corresponding to the angle between the connected sides of the polygonal shaped ring.
An automatic analyzer comprising: a reagent container retain unit which retains a plurality of reagent containers ; a reagent loader which has a plurality of slots to which the reagent containers are inserted, and moves between the outside and the reagent container retain unit ; a sensor which detects the presence or the absence of the reagent container in each slot; a reader configured to read identification information that identifies a reagent accommodated in the reagent container inserted in the slot; a storage unit configured to store the identification information and reagent status information illustrating the status of the reagents in association with each other; a first switch configured to move the reagent loader ; and a display unit configured to display a determination result of whether or not the reagent accommodated in the reagent container inserted to the slot or the corresponding slot can be used, based on the presence or the absence of the reagent container , or the status of the corresponding slot, in each slot in the vicinity of the slot, characterized in that the display unit provided in the vicinity of each slot is further configured to display the status of the inserted reagent, said status including: - a status where the reagent can be used, - a status where the reagent temporarily cannot be used, and - a status where the reagent cannot be used, in case that there is the reagent container inserted to the slot. a reagent container retain unit which retains a plurality of reagent containers ; a reagent loader which has a plurality of slots to which the reagent containers are inserted, and moves between the outside and the reagent container retain unit ; a sensor which detects the presence or the absence of the reagent container in each slot; a reader configured to read identification information that identifies a reagent accommodated in the reagent container inserted in the slot; a storage unit configured to store the identification information and reagent status information illustrating the status of the reagents in association with each other; a first switch configured to move the reagent loader ; and a display unit configured to display a determination result of whether or not the reagent accommodated in the reagent container inserted to the slot or the corresponding slot can be used, based on the presence or the absence of the reagent container , or the status of the corresponding slot, in each slot in the vicinity of the slot, characterized in that the display unit provided in the vicinity of each slot is further configured to display the status of the inserted reagent, said status including: - a status where the reagent can be used, - a status where the reagent temporarily cannot be used, and - a status where the reagent cannot be used, - a status where the reagent can be used, - a status where the reagent temporarily cannot be used, and - a status where the reagent cannot be used, in case that there is the reagent container inserted to the slot.
A fastener driving tool , comprising: a combustion chamber having a first inlet port for inputting a first fluid having at least one variable fluid characteristic, and a second inlet port for inputting a second fluid; a piston configured to drive a fastener into a work surface; an ignition device adapted to generate an electric arc within the combustion chamber in order to ignite within the combustion chamber a mixture of said first fluid and said second fluid; characterised in that the fastener driving tool further comprises means to measure an ionization current within the combustion chamber . a combustion chamber having a first inlet port for inputting a first fluid having at least one variable fluid characteristic, and a second inlet port for inputting a second fluid; a piston configured to drive a fastener into a work surface; an ignition device adapted to generate an electric arc within the combustion chamber in order to ignite within the combustion chamber a mixture of said first fluid and said second fluid; characterised in that the fastener driving tool further comprises means to measure an ionization current within the combustion chamber .
An antibody drug conjugate (ADC) and ABT-199 (venetoclax) for use in a method of treating CD33-positive acute myeloid leukemia (AML) that has high Bcl-2 expression or function, wherein the ADC comprises an antibody that specifically binds to human CD33 protein and comprises the CDRs of the light chain variable region of SEQ ID NO: 1 and the CDRs of the heavy chain variable region of SEQ ID NO: 2, and wherein the ADC comprises a PBD cytotoxic agent that has the formula
A toothbrush comprising a handle with a longitudinal axis AG, and a plug-on part which can be attached to the handle , wherein the handle comprises a hand body with a base body and the plug-on part comprises a base body, wherein a plug-shaped coupling structure protrudes from the handle , which plug-shaped coupling structure forms an interface X with a substantially mirror-inverted socket-shaped coupling structure of the plug-on part , wherein the interface X has at least two stages with different circumferential geometry, wherein at least one of the stages comprises a rotation-preventing means between the handle and the plug-on part , and wherein a stop surface of the handle for the plug-on part extends obliquely with respect to the longitudinal axis AG of the handle , wherein a longitudinal axis A A of the plug-on part designates the longitudinal axis of the socket-shaped coupling structure , the longitudinal axis A A lying in a base region of the plug-on part , wherein a longitudinal axis A B of a head region lies accordingly in the head region of the plug-on part and wherein an angle Δ lying between A A and A B is between 10° and 30°.
A method for controlling a service data flow of a terminal accessing a network, the network comprising a controller and a network device, the method comprising: receiving , by the network device, a service data flow, and acquiring a control label that is carried in the service data flow; the control label for indicating control information about whether corresponding control processing has been performed on the service data flow; and performing , by the network device, network access control on the service data flow according to the control label by using an admission control configuration information and an application control configuration information that are delivered by the controller and are based on a security group information, wherein the network access control comprises selectively performing an admission control and/or an application control according to the control label, wherein, the admission control refers to controlling the terminal accessing the network by performing control processing on the service data flow according to the security group information of the service data flow, and the application control refers to controlling application traffic of the terminal accessing the network by performing control processing on the service data flow according to data flow related information within the control label and the security group information of the service data flow, where the data flow related information comprises a length of the service data flow, and wherein, the security group information refers to information about a protected network resource and/or information about an end user accessing the network. receiving , by the network device, a service data flow, and acquiring a control label that is carried in the service data flow; the control label for indicating control information about whether corresponding control processing has been performed on the service data flow; and performing , by the network device, network access control on the service data flow according to the control label by using an admission control configuration information and an application control configuration information that are delivered by the controller and are based on a security group information, wherein the network access control comprises selectively performing an admission control and/or an application control according to the control label, wherein, the admission control refers to controlling the terminal accessing the network by performing control processing on the service data flow according to the security group information of the service data flow, and the application control refers to controlling application traffic of the terminal accessing the network by performing control processing on the service data flow according to data flow related information within the control label and the security group information of the service data flow, where the data flow related information comprises a length of the service data flow, and wherein, the security group information refers to information about a protected network resource and/or information about an end user accessing the network.
A body support member comprising a carrier frame comprising a central portion and a peripheral ring connected to the central portion with a plurality of connectors each comprising a flex region , the peripheral ring defining a central opening ; an elastic textile material coupled to the peripheral ring across the central opening ; and a cushion disposed between the central portion and the textile material wherein the cushion comprises an upper surface spaced apart from the textile material when the connectors are in a first unloaded configuration and the elastic textile material is in a second unloaded configuration; wherein at least one of the plurality of connectors is inwardly deflectable a first amount from the first unloaded configuration to a first loaded configuration in response to a load applied to the elastic textile material , and wherein the elastic textile material is downwardly deflectable a second amount from the second unloaded configuration to a second loaded configuration in response to the load applied thereto and wherein the cushion engages and provides auxiliary support to the elastic textile material when the first and second amounts of deflection of the elastic textile material result in the elastic textile material contacting the cushion . a carrier frame comprising a central portion and a peripheral ring connected to the central portion with a plurality of connectors each comprising a flex region , the peripheral ring defining a central opening ; an elastic textile material coupled to the peripheral ring across the central opening ; and a cushion disposed between the central portion and the textile material wherein the cushion comprises an upper surface spaced apart from the textile material when the connectors are in a first unloaded configuration and the elastic textile material is in a second unloaded configuration;