mhurhangee/patent-ind-claim-en huggingface dataset:
A method for increasing an accuracy of position estimation, performed by a user equipment and comprising: receiving configuration data of a downlink positioning reference signal resource set, wherein the configuration data indicates an association between a first downlink positioning reference signal resource and a second downlink positioning reference signal resource; obtaining a first reference signal received power measurement of the first downlink positioning reference signal resource and a second reference signal received power measurement of the second downlink positioning reference signal resource; and if the user equipment transmits the first reference signal received power measurement, the user equipment shall also transmit the second reference signal received power measurement to a transmission/reception point based on the association between the first downlink positioning reference signal resource and the second downlink positioning reference signal resource. receiving configuration data of a downlink positioning reference signal resource set, wherein the configuration data indicates an association between a first downlink positioning reference signal resource and a second downlink positioning reference signal resource; obtaining a first reference signal received power measurement of the first downlink positioning reference signal resource and a second reference signal received power measurement of the second downlink positioning reference signal resource; and if the user equipment transmits the first reference signal received power measurement, the user equipment shall also transmit the second reference signal received power measurement to a transmission/reception point based on the association between the first downlink positioning reference signal resource and the second downlink positioning reference signal resource.
A self-destruct-upon-opening cap for a small-diameter connector applied to a gastrointestinal tract, comprising a top lid and a cap body , wherein the top lid is arranged on the cap body and is fixedly connected to the cap body , a connecting structure (2-5) configured for matching and connecting with the small-diameter connector applied to the gastrointestinal tract is arranged at one end of the cap body which is not connected to the top lid ; the cap body comprises a first casing (2-1) and a second casing (2-2), and the first casing (2-1) is fixedly connected to the top lid ; the connecting structure (2-5) is located in the second casing (2-2); one side of the second casing (2-2) which is not provided with the connecting structure (2-5) extends, toward the top lid , into the first casing (2-1), and a top face of the second casing (2-2) is provided with serrated protrusions (2-3) in a circumferential direction; the side of the second casing (2-2) which is not provided with the connecting structure (2-5) is fixedly connected to the first casing (2-1) through ribs or contact points (2-4) in a breakable manner; and an inner side face of the top lid is provided with grooves (1-1) matching with the serrated protrusions (2-3), the serrated protrusions (2-3) are located inside the grooves (1-1), and the grooves (1-1) and the serrated protrusions (2-3) are arranged in a forward-slanted tooth shape in a direction that the self-destruct-upon-opening cap is unscrewed. the top lid is arranged on the cap body and is fixedly connected to the cap body , a connecting structure (2-5) configured for matching and connecting with the small-diameter connector applied to the gastrointestinal tract is arranged at one end of the cap body which is not connected to the top lid ; the cap body comprises a first casing (2-1) and a second casing (2-2), and the first casing (2-1) is fixedly connected to the top lid ; the connecting structure (2-5) is located in the second casing (2-2); one side of the second casing (2-2) which is not provided with the connecting structure (2-5) extends, toward the top lid , into the first casing (2-1), and a top face of the second casing (2-2) is provided with serrated protrusions (2-3) in a circumferential direction; the side of the second casing (2-2) which is not provided with the connecting structure (2-5) is fixedly connected to the first casing (2-1) through ribs or contact points (2-4) in a breakable manner; and an inner side face of the top lid is provided with grooves (1-1) matching with the serrated protrusions (2-3), the serrated protrusions (2-3) are located inside the grooves (1-1), and the grooves (1-1) and the serrated protrusions (2-3) are arranged in a forward-slanted tooth shape in a direction that the self-destruct-upon-opening cap is unscrewed.
A paper strength agent composed of an aqueous solution of including an acrylamide-based polymer being a polymer of a polymer component, wherein the polymer component consists of (meth)acrylamide, a quaternary ammonium-based monomer, and (meth)allylsulfonic acid salt. the polymer component consists of (meth)acrylamide, a quaternary ammonium-based monomer, and (meth)allylsulfonic acid salt.
A wound package construct comprising: a liner strip wound as a liner layer , the liner strip including two opposed liner edges, the opposed liner edges meeting at a spiral liner seam to form the liner layer having an interior side and an exterior side; a bodystock strip wound as a bodystock layer on the exterior side of the liner layer , the bodystock strip including two opposed bodystock edges, the opposed bodystock edges meeting at a spiral bodystock seam to form the bodystock layer having an interior side and an exterior side; a liner adhesive, provided between the exterior side of the liner layer and the interior side of the bodystock layer , bonding the liner layer and the bodystock layer ; a cover strip spirally wound on the exterior side of the bodystock layer and covering the spiral bodystock seam , the cover strip including adjacent cover strip edges; and a cover adhesive, provided between the exterior side of the bodystock layer and an interior side of the cover strip , bonding the cover strip and the bodystock layer to establish a container; characterized in that the adjacent cover strip edges do not meet and remain spaced apart between the wound cover strip such that portions of the bodystock layer are exposed between the adjacent cover strip edges. a liner strip wound as a liner layer , the liner strip including two opposed liner edges, the opposed liner edges meeting at a spiral liner seam to form the liner layer having an interior side and an exterior side; a bodystock strip wound as a bodystock layer on the exterior side of the liner layer , the bodystock strip including two opposed bodystock edges, the opposed bodystock edges meeting at a spiral bodystock seam to form the bodystock layer having an interior side and an exterior side; a liner adhesive, provided between the exterior side of the liner layer and the interior side of the bodystock layer , bonding the liner layer and the bodystock layer ; a cover strip spirally wound on the exterior side of the bodystock layer and covering the spiral bodystock seam , the cover strip including adjacent cover strip edges; and a cover adhesive, provided between the exterior side of the bodystock layer and an interior side of the cover strip , bonding the cover strip and the bodystock layer to establish a container; characterized in that the adjacent cover strip edges do not meet and remain spaced apart between the wound cover strip such that portions of the bodystock layer are exposed between the adjacent cover strip edges.
Surfboard having a hull having an underwater surface and a water inlet opening in the underwater surface and an electrical jet drive having a water channel from the water inlet opening to a water outlet opening arranged in an end face at the stern end, wherein the underwater surface is formed in the region of the water inlet opening as a nozzle protruding into the hull , characterised in that the nozzle is moulded integrally with the underwater surface and one end of a jet tube is connected to the nozzle , the other end being connected to the water outlet opening , and the jet tube has, at the bow end on a jet tube wall, an additional lateral opening through which a shaft of the drive is guided.
A system for the light-driven chemical modification of an organic substrate, said system comprising a light source and: i. A light harvesting molecule; ii. At least one enzyme; and iii. A reductant and/or an electrochemical electrode, wherein the at least one enzyme is an oxidase which is a lytic polysaccharide monooxygenase (LPMO), such as an LPMO belonging to the AA9, the AA10, the AA11 or the AA13 family. i. A light harvesting molecule; ii. At least one enzyme; and iii. A reductant and/or an electrochemical electrode,
A method of filtering a target pixel in an image comprising: forming , for a kernel of pixels comprising the target pixel and its neighbouring pixels, a data model to model pixel values within the kernel; calculating a weight for each pixel of the kernel comprising: i) a geometric term dependent on a difference in position between that pixel and the target pixel; and ii) a data term dependent on a difference between a pixel value of that pixel and its predicted pixel value according to the data model; and using the calculated weights for the pixels in the kernel to form a filtered pixel value for the target pixel, characterised in that said using the calculated weights comprises: updating the data model with a weighted regression analysis technique using the calculated weights for the pixels of the kernel; and evaluating the updated data model at the target pixel position so as to form the filtered pixel value for the target pixel. forming , for a kernel of pixels comprising the target pixel and its neighbouring pixels, a data model to model pixel values within the kernel; calculating a weight for each pixel of the kernel comprising: i) a geometric term dependent on a difference in position between that pixel and the target pixel; and ii) a data term dependent on a difference between a pixel value of that pixel and its predicted pixel value according to the data model; and using the calculated weights for the pixels in the kernel to form a filtered pixel value for the target pixel, characterised in that said using the calculated weights comprises: updating the data model with a weighted regression analysis technique using the calculated weights for the pixels of the kernel; and evaluating the updated data model at the target pixel position so as to form the filtered pixel value for the target pixel. updating the data model with a weighted regression analysis technique using the calculated weights for the pixels of the kernel; and evaluating the updated data model at the target pixel position so as to form the filtered pixel value for the target pixel.
A separator for an alkaline battery, comprising a wet nonwoven fabric which contains at least 30 to 70% by mass alkali-resistant cellulose fibers and 20 to 50% by mass alkali-resistant synthetic fibers, and is bound by a binder component; wherein an average pore diameter of the wet nonwoven fabric is 1 to 10 pm, a maximum pore diameter of the wet nonwoven fabric is 15 to 35 pm, the content of the binder component is 5 to 20% by mass, and the thickness of the separator is 60 to 140 pm, wherein a liquid retention rate of the wet nonwoven fabric during immersion in a 40% by mass KOH solution is 450 to 700%, wherein a swelling ratio of the wet nonwoven fabric during immersion in a 40% by mass KOH solution is 45 to 55%, wherein the alkali-resistant cellulose fibers comprise at least fibrillated solvent spun cellulose fibers and non-fibrillated cellulose, wherein the content of fibrillated solvent spun cellulose is within a range of 5 to 30% by mass, wherein the aspect ratio of tensile strength is in a range of 1.0 to 2.5, and wherein the content of non-fibrillated regenerated cellulose fibers is within 10 to 40% by mass, wherein the average and the maximum pore diameter, the liquid retention rate, the swelling ratio and the aspect ratio of tensile strength are determined as described in the description. wherein a liquid retention rate of the wet nonwoven fabric during immersion in a 40% by mass KOH solution is 450 to 700%, wherein a swelling ratio of the wet nonwoven fabric during immersion in a 40% by mass KOH solution is 45 to 55%, wherein the alkali-resistant cellulose fibers comprise at least fibrillated solvent spun cellulose fibers and non-fibrillated cellulose, wherein the content of fibrillated solvent spun cellulose is within a range of 5 to 30% by mass, wherein the aspect ratio of tensile strength is in a range of 1.0 to 2.5, and wherein the content of non-fibrillated regenerated cellulose fibers is within 10 to 40% by mass, wherein the average and the maximum pore diameter, the liquid retention rate, the swelling ratio and the aspect ratio of tensile strength are determined as described in the description.
An apparatus suitable for detecting radiation , comprising: a radiation absorption layer comprising a semiconductor , a first electrical contact and a second electrical contact , the first electrical contact positioned across the semiconductor from the second electrical contact; a DC-to-DC converter configured to apply a DC voltage between the first electrical contact and the second electrical contact, the DC-to-DC converter comprising microswitches . electromechanical a radiation absorption layer comprising a semiconductor , a first electrical contact and a second electrical contact , the first electrical contact positioned across the semiconductor from the second electrical contact; a DC-to-DC converter configured to apply a DC voltage between the first electrical contact and the second electrical contact, the DC-to-DC converter comprising microswitches . electromechanical
An instrument product comprising: - a medical hand instrument , and - a radio frequency identifier on a surface of the medical hand instrument, the radio frequency identifier being readable from a distance away from the radio frequency identifier, wherein the radio frequency identifier is at least partly covered with cover material attached with adhesive material to the surface of the medical hand instrument so that the adhesive material is in contact with both the cover material and the surface of the medical hand instrument, the adhesive material being dispensable in fluidic form prior to curing, characterized in that : - the radio frequency identifier has an elongated shape and an end-portion of the radio frequency identifier is capable of emitting stronger radiation than another end-portion of the radio frequency identifier, - the surface of the medical hand instrument is a surface of an elongated element of the medical hand instrument, and - the radio frequency identifier is located at an end-portion of the elongated element of the medical hand instrument so that i) longitudinal directions of the elongated element of the medical hand instrument and the radio frequency identifier are substantially parallel with each other and ii) the end-portion of the radio frequency identifier capable of emitting stronger radiation points towards a middle area of the medical hand instrument. - a medical hand instrument , and - a radio frequency identifier on a surface of the medical hand instrument, the radio frequency identifier being readable from a distance away from the radio frequency identifier, - the radio frequency identifier has an elongated shape and an end-portion of the radio frequency identifier is capable of emitting stronger radiation than another end-portion of the radio frequency identifier, - the surface of the medical hand instrument is a surface of an elongated element of the medical hand instrument, and - the radio frequency identifier is located at an end-portion of the elongated element of the medical hand instrument so that i) longitudinal directions of the elongated element of the medical hand instrument and the radio frequency identifier are substantially parallel with each other and ii) the end-portion of the radio frequency identifier capable of emitting stronger radiation points towards a middle area of the medical hand instrument.
A method for compressing a working medium comprising the steps: - moving a drive piston driven by means of a drive medium within a first cylinder between a first end position and a second end position; - moving a high-pressure piston which compresses the working medium within a second cylinder between a first end position and a second end position, - arranging a high-pressure seal for sealing the high-pressure piston ; characterized by : - arranging a magazine with a receptacle for the high-pressure seal and with at least one replacement high-pressure seal in a first operating position in which the high-pressure piston is sealed by the high-pressure seal ; - transferring the magazine from the first operating position into a second operating position in which the high-pressure piston is sealed by the replacement high-pressure seal . - moving a drive piston driven by means of a drive medium within a first cylinder between a first end position and a second end position; - moving a high-pressure piston which compresses the working medium within a second cylinder between a first end position and a second end position, - arranging a high-pressure seal for sealing the high-pressure piston ; - arranging a magazine with a receptacle for the high-pressure seal and with at least one replacement high-pressure seal in a first operating position in which the high-pressure piston is sealed by the high-pressure seal ; - transferring the magazine from the first operating position into a second operating position in which the high-pressure piston is sealed by the replacement high-pressure seal .
Device for checking objects , in particular pieces of luggage, for suspicious contents using electromagnetic radiation, having - a housing having a support and a closable opening , through which an object to be tested can be placed on the support , - a source of electromagnetic radiation and an associated detector arrangement , which are arranged in the housing such that the examination region is situated above the support , - an optical positioning aid , which projects onto the support and indicates the examination region to an operator, wherein the examination region is the region to be tested having a suspicious content within the object , - and an evaluation unit having a computer , which evaluates the radiation intensities measured by the detector arrangement in view of suspicious substances. - a housing having a support and a closable opening , through which an object to be tested can be placed on the support , - a source of electromagnetic radiation and an associated detector arrangement , which are arranged in the housing such that the examination region is situated above the support , - an optical positioning aid , which projects onto the support and indicates the examination region to an operator, wherein the examination region is the region to be tested having a suspicious content within the object , - and an evaluation unit having a computer , which evaluates the radiation intensities measured by the detector arrangement in view of suspicious substances.
A method employed by a cardiac mapping system according to independent claim 6 for reconstructing electrical activity propagation along an electrode array within a cardiac chamber, the method comprising: sampling signals from the electrode array including signals from a channel of interest to generate a first plurality of signal samples and a second plurality of signal samples, the first plurality of signal samples corresponding to the channel of interest, and the second plurality of signal samples corresponding to N neighboring channels, wherein the N neighboring channels comprise at least one channel; wherein sampling the signals comprises including a subset of channels designed or biased toward picking up global activity in the multi-dimensional space to enhance discrimination on other channels; constructing an N-dimensional signal vector, wherein each dimension of the N-dimensional signal vector is a difference between a signal on the channel of interest at a sampling time and a signal on a neighboring channel at the sampling time; determining a change in the N-dimensional signal vector over time; and comparing the change to a predetermined threshold to establish whether local activation has occurred on the channel of interest. sampling signals from the electrode array including signals from a channel of interest to generate a first plurality of signal samples and a second plurality of signal samples, the first plurality of signal samples corresponding to the channel of interest, and the second plurality of signal samples corresponding to N neighboring channels, wherein the N neighboring channels comprise at least one channel; wherein sampling the signals comprises including a subset of channels designed or biased toward picking up global activity in the multi-dimensional space to enhance discrimination on other channels; constructing an N-dimensional signal vector, wherein each dimension of the N-dimensional signal vector is a difference between a signal on the channel of interest at a sampling time and a signal on a neighboring channel at the sampling time; determining a change in the N-dimensional signal vector over time; and comparing the change to a predetermined threshold to establish whether local activation has occurred on the channel of interest.
An e-vapor device, comprising: a housing shell configured to receive a supply packet containing a pre-vapor formulation; a mouthpiece secured to an end of the housing shell , the mouthpiece configured to transition from a protracted position to a retracted position; a puncture device within the housing shell, the puncture device configured to pierce the supply packet to release the pre-vapor formulation when the mouthpiece transitions to the retracted position; and a heater structure within the housing shell and arranged to be in thermal contact with the pre-vapor formulation, the heater structure configured to vaporize the pre-vapor formulation to generate a vapor, wherein the mouthpiece is configured to transition irreversibly to the retracted position. a housing shell configured to receive a supply packet containing a pre-vapor formulation; a mouthpiece secured to an end of the housing shell , the mouthpiece configured to transition from a protracted position to a retracted position; a puncture device within the housing shell, the puncture device configured to pierce the supply packet to release the pre-vapor formulation when the mouthpiece transitions to the retracted position; and a heater structure within the housing shell and arranged to be in thermal contact with the pre-vapor formulation, the heater structure configured to vaporize the pre-vapor formulation to generate a vapor, wherein the mouthpiece is configured to transition irreversibly to the retracted position.