mhurhangee/patent-ind-claim-en huggingface dataset:
A radiation imaging apparatus comprising: sensor means for detecting radiation from a radiation generation apparatus ; and control means for transmitting a signal for stopping irradiation of radiation to the radiation generation apparatus using a cumulative dose of the radiation detected by the sensor means, an irradiation time for the radiation, and an irradiation stop threshold, wherein the control means measures the irradiation time based on the cumulative dose and transmits the signal for stopping irradiation of radiation to the radiation generation apparatus based on the irradiation stop threshold, wherein the irradiation stop threshold is changed according to the irradiation time. sensor means for detecting radiation from a radiation generation apparatus ; and control means for transmitting a signal for stopping irradiation of radiation to the radiation generation apparatus using a cumulative dose of the radiation detected by the sensor means, an irradiation time for the radiation, and an irradiation stop threshold, wherein the control means measures the irradiation time based on the cumulative dose and transmits the signal for stopping irradiation of radiation to the radiation generation apparatus based on the irradiation stop threshold, wherein the irradiation stop threshold is changed according to the irradiation time.
Bolt locking system , comprising a lock which is arranged or can be arranged on a door leaf and has a locking hook , comprising a locking device which is arranged or can be arranged on a frame part of a door frame extending along a frame-part axis , the locking device having a bolt element , it being possible to transfer the locking hook from a rest position into a locking position and the locking hook being locked in its locking position by means of the bolt element , the bolt element being mounted so as to be movable along a first movement axis which is parallel to the frame-part axis and force being applied to the bolt element along the first movement axis in the direction of a home position, the locking hook having a locking portion which, at least in the locking position of the locking hook , engages behind a locking surface of the bolt element , the locking hook having a contact portion which, along a transfer path of the locking hook from its rest position into its locking position, before reaching the locking position, comes into contact with a contact surface of the bolt element , characterized in that the locking device has a detection device which detects a deflection of the bolt element from its home position into a deflected position.
A device for damping movement of a strut, the damping device caracterised in that it comprises: a housing with associated reservoirs on the side of the housing ; at least a pair of reciprocating spaced vertically apart struts received by the housing , each of the struts being linearly moveable to extend and retract relative to the housing ; a toothed rack on at least a portion of each of the struts ; at least a pair of axles , each of the axles having a pinion gear thereon and extending into the reservoirs on the side of the housing , wherein each of the pinion gears is cooperatively positioned for engaging the toothed rack of one of the struts , wherein teeth of the racks mate with teeth of the corresponding pinion gears ; spaced disks on each of the axles inside the reservoirs of the housing , and a viscous fluid retained in the reservoirs , with spaced static plates adjacent to the spaced disks on each of the axles to dampen movement of each of the struts . a housing with associated reservoirs on the side of the housing ; at least a pair of reciprocating spaced vertically apart struts received by the housing , each of the struts being linearly moveable to extend and retract relative to the housing ; a toothed rack on at least a portion of each of the struts ; at least a pair of axles , each of the axles having a pinion gear thereon and extending into the reservoirs on the side of the housing , wherein each of the pinion gears is cooperatively positioned for engaging the toothed rack of one of the struts , wherein teeth of the racks mate with teeth of the corresponding pinion gears ; spaced disks on each of the axles inside the reservoirs of the housing , and a viscous fluid retained in the reservoirs , with spaced static plates adjacent to the spaced disks on each of the axles to dampen movement of each of the struts .
A memory device , comprising: link error correction code "ECC" decoder and correction circuitry in a write path and configured for link error detection and correction of write data received over a data link, the link ECC decoder and correction circuitry further configured to read link ECC parity bits from unused data mask bits during a normal write operation or from a mask write data byte corresponding to an asserted data mask bit during a mask write operation of the received write data, and to detect and correct link errors of the received write data during transmission over the data link according to the link ECC parity bits; and memory ECC encoder circuitry in the write path and configured to generate memory ECC parity bits for memory protection of the write data during storage in a memory array. link error correction code "ECC" decoder and correction circuitry in a write path and configured for link error detection and correction of write data received over a data link, the link ECC decoder and correction circuitry further configured to read link ECC parity bits from unused data mask bits during a normal write operation or from a mask write data byte corresponding to an asserted data mask bit during a mask write operation of the received write data, and to detect and correct link errors of the received write data during transmission over the data link according to the link ECC parity bits; and memory ECC encoder circuitry in the write path and configured to generate memory ECC parity bits for memory protection of the write data during storage in a memory array.
A method for forming a lignin fraction from crude lignin which has been formed by processing by means of a treatment step selected from enzymatic treatment, treatment with ionic liquid and their combinations, wherein the method comprises - treating the crude lignin by a lignin liberation in at least one lignin liberation step such that the lignin is liberated and two solid phases are formed in the lignin liberation step, - separating the lignin fraction and a lignocellulose fraction in at least one solid-solid separation step, and - circulating at least a part of the lignocellulose fraction back to the enzymatic treatment or treatment with ionic liquid or to a stage before the enzymatic treatment or treatment with ionic liquid. - treating the crude lignin by a lignin liberation in at least one lignin liberation step such that the lignin is liberated and two solid phases are formed in the lignin liberation step, - separating the lignin fraction and a lignocellulose fraction in at least one solid-solid separation step, and - circulating at least a part of the lignocellulose fraction back to the enzymatic treatment or treatment with ionic liquid or to a stage before the enzymatic treatment or treatment with ionic liquid.
Method for actuating the vibration dampers of a motor vehicle wheel suspension, comprising: generating data representing the topography of the road ahead of the motor vehicle (S1), analysing said data with regard to road unevenness, and adjusting the vibration dampers while taking into account the analysis of the road unevenness, characterized in that the amplitude spectrum of the road unevenness is determined (S2, S3) from the data representing the topography of the road ahead of the motor vehicle, namely the stimulation amplitudes that result from protrusions and depressions and the intervals between them, and the driving speed, and a specification for the damping of the vibration dampers is produced (S4) as a function of this amplitude spectrum of the road unevenness. generating data representing the topography of the road ahead of the motor vehicle (S1), analysing said data with regard to road unevenness, and adjusting the vibration dampers while taking into account the analysis of the road unevenness, characterized in that the amplitude spectrum of the road unevenness is determined (S2, S3) from the data representing the topography of the road ahead of the motor vehicle, namely the stimulation amplitudes that result from protrusions and depressions and the intervals between them, and the driving speed, and a specification for the damping of the vibration dampers is produced (S4) as a function of this amplitude spectrum of the road unevenness.
A bag for the storage and transport of a pulverulent product, such as agri-food, mineral, chemical or pharmaceutical powders and like powdery materials, comprising a bottom part , a sidewall (1-4) and an upper part joined together to form a storage volume , wherein the upper part is provided with a filler inlet or opening configured to allow the pulverulent product to be introduced inside the storage volume of the bag during a filling operation, wherein the bag further comprises lifting straps provided in an upper portion of the bag , characterized in that the bag further comprises at least one elongated section made of an air-permeable material and extending inside the storage volume of the bag , which elongated section is an integral part of the bag and comprises an outlet accessible from the outside of the bag , the elongated section acting as an integrated filter member and being configured to allow insertion of an elongated air-extraction member of an air-extraction system , inside the elongated section , so as to extract air directly from inside the storage volume of the bag during the filling operation.
A method of cleaning equipment dirtied by bituminous material, the method comprising: forming a stable, water in oil emulsion comprising biodiesel, lecithin-based emulsifier and water, wherein the emulsifier is present at a level of 1 to 4 wt-% based on the biodiesel weight and wherein the lecithin-based emulsifier comprises a first lecithin-based emulsifier, a second lecithin-based emulsifier, wherein the first lecithin-based emulsifier has a 2 to 6 HLB, wherein the second lecithin-based emulsifier has a higher HLB than the first lecithin-based emulsifier and wherein the water is 10 to 50 vol-% water, based on the emulsion volume;; exposing the dirtied equipment to the emulsion for a period of time and agitating either the emulsion or the equipment; and removing clean equipment from the emulsion. forming a stable, water in oil emulsion comprising biodiesel, lecithin-based emulsifier and water, wherein the emulsifier is present at a level of 1 to 4 wt-% based on the biodiesel weight and wherein the lecithin-based emulsifier comprises a first lecithin-based emulsifier, a second lecithin-based emulsifier, wherein the first lecithin-based emulsifier has a 2 to 6 HLB, wherein the second lecithin-based emulsifier has a higher HLB than the first lecithin-based emulsifier and wherein the water is 10 to 50 vol-% water, based on the emulsion volume;; exposing the dirtied equipment to the emulsion for a period of time and agitating either the emulsion or the equipment; and removing clean equipment from the emulsion.
A method of indicating information, being applicable to a base station, comprising: generating (S101), a resource allocation informing format that comprises an informing format, wherein the informing format indicates that one of reserve statuses in a physical resource block, PRB, resource assignment field is configured for indicating an early termination of uplink transmission while each of remaining reserve statuses is configured for indicating a resource allocation scheme, and wherein the PRB resource assignment field is a 5-bit field, the reserve status 11111 is configured for indicating the early termination of uplink transmission and the each of the remaining reserve statuses 10101-11110 is configured for indicating the resource allocation scheme; and sending (S102) the resource allocation informing format to user equipment, UE. generating (S101), a resource allocation informing format that comprises an informing format, wherein the informing format indicates that one of reserve statuses in a physical resource block, PRB, resource assignment field is configured for indicating an early termination of uplink transmission while each of remaining reserve statuses is configured for indicating a resource allocation scheme, and wherein the PRB resource assignment field is a 5-bit field, the reserve status 11111 is configured for indicating the early termination of uplink transmission and the each of the remaining reserve statuses 10101-11110 is configured for indicating the resource allocation scheme; and sending (S102) the resource allocation informing format to user equipment, UE.
An optical coupling device , comprising: an optical connector configured to deliver light from a light source as a first beam ; a lens having a lens central axis , the lens configured to focus the first beam to form a converging second beam , the first beam having a first beam central axis that is offset from the lens central axis, the second beam having a second beam central axis that is angled with respect to the first beam central axis; a planar grating that is oriented orthogonal to the first beam central axis, the grating configured to redirect the second beam to form a converging third beam , the third beam having a third beam central axis that is parallel to a plane of the grating; and an optical waveguide aligned with the third beam central axis and configured to receive the third beam. an optical connector configured to deliver light from a light source as a first beam ; a lens having a lens central axis , the lens configured to focus the first beam to form a converging second beam , the first beam having a first beam central axis that is offset from the lens central axis, the second beam having a second beam central axis that is angled with respect to the first beam central axis; a planar grating that is oriented orthogonal to the first beam central axis, the grating configured to redirect the second beam to form a converging third beam , the third beam having a third beam central axis that is parallel to a plane of the grating; and an optical waveguide aligned with the third beam central axis and configured to receive the third beam.
A method , comprising a device processor utilization optimizer : selectively throttling down first operations associated with item code processing on a device during a transaction; and causing a freed processor utilization for a processor of the device that is released by the selectively throttling to be acquired by a second operation during the transaction; wherein selectively throttling further includes determining to perform the selectively throttling based on a type of item code for an item being processed during the transaction; wherein determining further includes identifying the type as a two-dimensional barcode or a dispersed dot pattern-based barcode dispersed over a surface of the item and represented in the packaging for the item; and wherein identifying further includes selectively turning on and off one or more imaging sensors causing a fewer number of item code image frames to be captured resulting in the freed processor utilization when the one or more imaging sensors are off. selectively throttling down first operations associated with item code processing on a device during a transaction; and causing a freed processor utilization for a processor of the device that is released by the selectively throttling to be acquired by a second operation during the transaction; wherein selectively throttling further includes determining to perform the selectively throttling based on a type of item code for an item being processed during the transaction; wherein determining further includes identifying the type as a two-dimensional barcode or a dispersed dot pattern-based barcode dispersed over a surface of the item and represented in the packaging for the item; and wherein identifying further includes selectively turning on and off one or more imaging sensors causing a fewer number of item code image frames to be captured resulting in the freed processor utilization when the one or more imaging sensors are off.
An immunogenic composition comprising at least 2 different N. meningitidis capsular saccharides, wherein one or more is/are selected from a first group consisting of MenA and MenC, which is/are conjugated through a linker to a carrier protein(s), and one or more different saccharides is/are selected from a second group consisting of MenC, MenY and MenW which is/are directly conjugated to a carrier protein(s) wherein the composition comprises MenA and MenC capsular saccharides conjugated through a linker to a carrier protein(s), and MenY and Men W capsular saccharides directly conjugated to a carrier protein(s) or MenA capsular saccharide conjugated through a linker to a carrier protein, and MenC, MenY and Men W capsular saccharides directly conjugated to a carrier protein(s) and wherein each N. meningitidis capsular saccharide is conjugated to the same carrier protein selected from the group consisting of TT, DT, CRM197, fragment C of TT and protein D.
A device for measuring a cloth thickness to measure the thickness of a cloth at the moment when the cloth is pressed with a predetermined pressing force, comprising: a control unit including ROM for storing the value of the predetermined pressing force; a stationary part having a base surface ; a movable member having a pressing end to press a cloth against the base surface ; a movable member driving mechanism configured to move the movable member linearly without rotating around itself from an initial position where the pressing end does not contact the cloth up to an over-pressing position where the pressing end presses the cloth against the base surface with a force exceeding the predetermined pressing force; a means for detecting a force with which the pressing end presses the cloth against the base surface ; and a means configured to detect the space between the base surface and the pressing end at the moment when a force value detected by the force-detecting means reaches the predetermined pressing force while the movable member is being moved from the initial position to the over-pressing position. a control unit including ROM for storing the value of the predetermined pressing force; a stationary part having a base surface ; a movable member having a pressing end to press a cloth against the base surface ; a movable member driving mechanism configured to move the movable member linearly without rotating around itself from an initial position where the pressing end does not contact the cloth up to an over-pressing position where the pressing end presses the cloth against the base surface with a force exceeding the predetermined pressing force; a means for detecting a force with which the pressing end presses the cloth against the base surface ; and a means configured to detect the space between the base surface and the pressing end at the moment when a force value detected by the force-detecting means reaches the predetermined pressing force while the movable member is being moved from the initial position to the over-pressing position.
A method for transmitting a device-to-device, D2D, synchronization signal, D2DSS, operation in a wireless communication system, the method being performed by a user equipment, UE, and comprising: establishing a radio resource control, RRC, connection with a first cell of a first frequency; selecting a subframe in a second cell of a second frequency, wherein the second frequency is different from the first frequency, wherein the UE is in an RRC connected state for the first cell; and transmitting the D2DSS at the subframe selected in the second cell of the second frequency when the following conditions are met: no instruction for D2DSS transmission is received from the first cell; a reference signal received power, RSRP, threshold for the second frequency is included in system information; a RSRP measurement of the second cell of the second frequency is lower than the RSRP threshold; and the selected subframe is not used for regular uplink transmission, wherein the selected subframe is a subframe in which the UE does not perform uplink transmission based on cellular communication, and wherein the selected subframe is a first subframe of a D2D discovery resource pool or a subframe preceding nearest to the first subframe of the D2D discovery resource pool. establishing a radio resource control, RRC, connection with a first cell of a first frequency; selecting a subframe in a second cell of a second frequency, wherein the second frequency is different from the first frequency, wherein the UE is in an RRC connected state for the first cell; and transmitting the D2DSS at the subframe selected in the second cell of the second frequency when the following conditions are met: no instruction for D2DSS transmission is received from the first cell; a reference signal received power, RSRP, threshold for the second frequency is included in system information; a RSRP measurement of the second cell of the second frequency is lower than the RSRP threshold; and the selected subframe is not used for regular uplink transmission, wherein the selected subframe is a subframe in which the UE does not perform uplink transmission based on cellular communication, and wherein the selected subframe is a first subframe of a D2D discovery resource pool or a subframe preceding nearest to the first subframe of the D2D discovery resource pool. no instruction for D2DSS transmission is received from the first cell; a reference signal received power, RSRP, threshold for the second frequency is included in system information; a RSRP measurement of the second cell of the second frequency is lower than the RSRP threshold; and the selected subframe is not used for regular uplink transmission, wherein the selected subframe is a subframe in which the UE does not perform uplink transmission based on cellular communication, and wherein the selected subframe is a first subframe of a D2D discovery resource pool or a subframe preceding nearest to the first subframe of the D2D discovery resource pool.
Method for point-wise illumination of a sample in a microscope, in particular a MINFLUX microscope, with illumination light, wherein the sample is illuminated sequentially at the illumination points of a predefined illumination point pattern , wherein a lateral extent of the illumination point pattern is smaller than the longest wavelength of the illumination light and wherein the illumination points are always illuminated exclusively with a temporal offset, characterized in that a separate individual light source of a plurality of individual light sources is assigned to each illumination point of the illumination point pattern and each illumination point is illuminated with the focus of an illumination light beam of the individual light source assigned thereto.