mhurhangee/patent-ind-claim-en huggingface dataset:
Gaming machine with a housing , in which are arranged a game sequence controller, at least one display device for displaying a gaming device and at least one switching element , which is actuatable by a user and is connected to the game sequence controller, wherein the switching element is assigned at least one electromagnetic device , which is coupled to the game sequence controller and generates, upon an actuation of the switching element , information that can be detected tactilely by a user in the form of a vibration depending on the course of the game, wherein the switching element is embodied as a touch-sensitive sensor panel of a touchscreen , wherein the touchscreen , which comprises a front plate , is resiliently mounted in a housing-fixed circumferential frame , and wherein on the side of the front plate that faces away from a user, in a manner distributed over the sensor panel , multiple magnetic bars comprising permanent magnets of the electromagnetic device are fixed at the end side, the magnetic bars extending into respective excitable electromagnetic coils , which are attached to the housing-fixed circumferential frame , so that a vibration of the switching element can be generated by the interaction of the excitable coils with the magnetic bars .
A method, comprising: acquiring a plurality of projections of at least a portion of a subject using a source of radiation and an area detector movable in synchrony with the source , wherein in the acquiring of the plurality of projections, the source continuously irradiates the portion of the subject with a cone beam of radiation from a plurality of angles and the area detector reads out data during the continuous irradiating of the portion of the subject with the cone beam of radiation ; and reconstructing a tomographic image of the portion of the subject based on at least a portion of the plurality of projections; wherein the projection data is pre-processed by giving a weight to a data value of a pixel of a given row (y) based on a time delay in reading out data of the given row (y) relative to a reference row (y0) of the area detector. acquiring a plurality of projections of at least a portion of a subject using a source of radiation and an area detector movable in synchrony with the source , wherein in the acquiring of the plurality of projections, the source continuously irradiates the portion of the subject with a cone beam of radiation from a plurality of angles and the area detector reads out data during the continuous irradiating of the portion of the subject with the cone beam of radiation ; and reconstructing a tomographic image of the portion of the subject based on at least a portion of the plurality of projections; wherein the projection data is pre-processed by giving a weight to a data value of a pixel of a given row (y) based on a time delay in reading out data of the given row (y) relative to a reference row (y0) of the area detector.
A method for evaluating the probability of having glioblastoma (GB) disease and/or high grade glioma brain tumor disease, characterized in that it includes the process steps of; a) Determining the expression level or presence of SLC3a2 protein in wild type and different forms in tissue and/or serum samples, b) comparing the blood level of autoantibodies developed against the protein whose level was determined in step a, and the differences between normal and glioma phenomena c) determining whether there is an increase in the expression level of the SLC3a2 protein. a) Determining the expression level or presence of SLC3a2 protein in wild type and different forms in tissue and/or serum samples, b) comparing the blood level of autoantibodies developed against the protein whose level was determined in step a, and the differences between normal and glioma phenomena c) determining whether there is an increase in the expression level of the SLC3a2 protein.
Method for preparing a trichlorogermanide of the general formula I (I) [R 4 N]/[R 4 P]Cl[GeCl 3 ], where R = Me, Et, i Pr, n Bu, Ph, by dissolving GeCl 4 with hexachlorodisilane in a solvent and reacting in the presence of a stoichiometric amount of [R 4 N]/[R 4 P]Cl at a temperature of 5 to 40°C.
An improved process for minimizing attrition of catalyst particles entrained in a combined flow of such particles and an entraining gas in a catalyst recovery means during separation of such particles from the entraining gas, which process comprises causing the combined flow to contact a high velocity separation means at a gas flow velocity of 16.8 meters per second to 25.9 meters per second and thereby remove from said combined flow at least 99.8 percent of the catalyst particles, wherein the improvement comprises: subjecting the combined flow, having an axis of flow direction, to a pre-treatment step that precedes contact of the combined flow with the high velocity separation means at the high gas flow velocity of from 16.8 meters per second to 25.9 meters per second, the pre-treatment step occurring at a lower gas flow velocity within a range of from 7.6 meters per second to 15.2 meters per second in combination with a directional change away from the combined gas flow, using a combined flow deflector , which directional change is at least 90 degrees from the axis of flow direction and, which pre-treatment step combination of velocity and direction change causes removal from the combined flow greater than 80 percent of the catalyst particles such that less than 20 percent of the catalyst particles contact the high velocity separation means, the improved process providing a total catalyst attrition rate calculated in accord with the correlation r = Ku 2 / μ , where r is attrition rate (mass of catalyst attrited per hour per mass of catalyst impacted per hour), K is a catalyst specific attrition rate constant, u is the impact velocity (meters per second), and μ is solids-to-gas loading ratio (mass of catalyst to mass of gas), that is at least fifteen percent less than the total catalyst attrition rate without the pre-treatment step; and wherein the combined flow deflector is a disk.
A video apparatus, comprising: a conversion section for converting a frame rate of a video using motion estimation and motion compensation, MEMC; a combination section for combining a still image generated without using MEMC with a predetermined area of the converted frame rate video; a display unit to display images according to the still image combined with the converted frame rate video, wherein the still image generated without using MEMC is combined with the video after the frame rate conversion using MEMC is performed on the video; and a control section to control the combination section to provide a desired video to the display unit. a conversion section for converting a frame rate of a video using motion estimation and motion compensation, MEMC; a combination section for combining a still image generated without using MEMC with a predetermined area of the converted frame rate video; a display unit to display images according to the still image combined with the converted frame rate video, wherein the still image generated without using MEMC is combined with the video after the frame rate conversion using MEMC is performed on the video; and a control section to control the combination section to provide a desired video to the display unit.
A negative electrode plate, comprising a negative electrode current collector and a lithium-metal negative electrode disposed on at least one surface of the negative electrode current collector, wherein a polymer protective film is disposed on a surface of the lithium-metal negative electrode away from the negative electrode current collector, the polymer protective film comprises a citric acid copolymer, and a number-average molecular weight Mn of the citric acid copolymer is 10,000 to 1,000,000.
An absorbent article comprising: a liquid permeable nonwoven topsheet comprising: natural fibers, a first side, a second side, and a semi-hydrophilic wax composition having a water Contact Angle of between about 35° and about 100° according to the Contact Angle Test disclosed herein disposed on at least portions of the natural fibers, wherein the nonwoven topsheet has a Fluid Strike-Through time of between about 0.5 second to about 18 seconds, preferably between about 0.5 seconds and about 12 seconds, and more preferably between about 1 second and about 5 seconds, according to the Fluid Strike-Through Test, and wherein the nonwoven topsheet has a wicking height of between about 0 mm and about 10 mm, preferably between about 0 mm and about 7 mm, and more preferably between about 0 mm and about 5 mm, according to the Topsheet Wicking Test; a liquid impermeable backsheet; and an absorbent core disposed at least partially between the nonwoven topsheet and the backsheet; wherein the semi-hydrophilic wax comprises a wax ester and a polyglyceryl emulsifier, and wherein a weight ratio of the wax ester to the polyglyceryl emulsifier is between about 1.5:1 and about 0.5:1, and preferably between about 1.25:1 and about 0.75:1. a liquid permeable nonwoven topsheet comprising: natural fibers, a first side, a second side, and a semi-hydrophilic wax composition having a water Contact Angle of between about 35° and about 100° according to the Contact Angle Test disclosed herein disposed on at least portions of the natural fibers, wherein the nonwoven topsheet has a Fluid Strike-Through time of between about 0.5 second to about 18 seconds, preferably between about 0.5 seconds and about 12 seconds, and more preferably between about 1 second and about 5 seconds, according to the Fluid Strike-Through Test, and wherein the nonwoven topsheet has a wicking height of between about 0 mm and about 10 mm, preferably between about 0 mm and about 7 mm, and more preferably between about 0 mm and about 5 mm, according to the Topsheet Wicking Test; a liquid impermeable backsheet; and an absorbent core disposed at least partially between the nonwoven topsheet and the backsheet; wherein the semi-hydrophilic wax comprises a wax ester and a polyglyceryl emulsifier, and wherein a weight ratio of the wax ester to the polyglyceryl emulsifier is between about 1.5:1 and about 0.5:1, and preferably between about 1.25:1 and about 0.75:1. wherein the semi-hydrophilic wax comprises a wax ester and a polyglyceryl emulsifier, and wherein a weight ratio of the wax ester to the polyglyceryl emulsifier is between about 1.5:1 and about 0.5:1, and preferably between about 1.25:1 and about 0.75:1.
A system comprising a combination of a workpiece , a camera system and a digital image correlation system , the workpiece comprising a first plurality of dots on a surface of the workpiece forming a first larger scale dot pattern, wherein the first plurality of dots comprises a first dot, wherein the first dot comprises a second plurality of dots forming a second smaller scale dot pattern, wherein the camera system is configured to obtain larger scale images of the first larger scale dot pattern and the camera system is configured to obtain smaller scale images of the second smaller scale dot pattern , and wherein the digital image correlation system is configured to use the larger scale images and the smaller scale images to determine a measurement of the workpiece .
An integrated circuit structure (100; 130), comprising: a base comprising SiO 2 a conductor (104; 134) comprising Cu extending through at least a portion of the base ; a barrier (108; 138) between the base and the conductor (104; 134); a graphene layer (112; 142), the graphene layer including a first side coupled to the conductor (104; 134), and a second side perpendicular to the first side; and a two-dimensional, 2D, transition metal dichalcogenide, TMD, layer (116; 146) coupled to the base and the second side of the graphene layer (112; 142). a base comprising SiO 2 a conductor (104; 134) comprising Cu extending through at least a portion of the base ; a barrier (108; 138) between the base and the conductor (104; 134); a graphene layer (112; 142), the graphene layer including a first side coupled to the conductor (104; 134), and a second side perpendicular to the first side; and a two-dimensional, 2D, transition metal dichalcogenide, TMD, layer (116; 146) coupled to the base and the second side of the graphene layer (112; 142).
Method for producing a pipe comprising the following steps: providing an inner pipe made of metal having a first inner diameter (D1) and a first outer diameter (D2), providing an outer pipe made of metal with a second inner diameter (D3) and a second outer diameter (D4), wherein the first outer diameter (D2) is smaller than the second inner diameter (D3), inserting the inner pipe into the outer pipe so that the inner pipe extends inside the outer pipe , joint drawing of the inner pipe and the outer pipe through a first drawing die , wherein the second inner diameter (D3) is reduced such that a force-fitting connection of the outer pipe and the inner pipe is established, characterised in that the tool diameter (D5) of the forming inner surface of the first drawing die , the second outer diameter (D4) of the outer pipe , the second inner diameter (D3) of the outer pipe , the first outer diameter (D2) of the inner pipe and the first inner diameter (D1) of the inner pipe are selected such that, during the joint drawing of the outer pipe and inner pipe extending therein through the first drawing die , the first inner diameter (D1) of the inner pipe is reduced by at most 5%, wherein the inner pipe is manufactured by drawing a hollow blank of metal through a second drawing die and over an inner die tool or by rolling a hollow blank of metal over a mandrel, and wherein the inner die tool or the mandrel is made of steel with a polished surface, so that an inner shell surface of the inner pipe is burnished when drawing the inner pipe over the inner die tool or rolling over the mandrel. providing an inner pipe made of metal having a first inner diameter (D1) and a first outer diameter (D2), providing an outer pipe made of metal with a second inner diameter (D3) and a second outer diameter (D4), wherein the first outer diameter (D2) is smaller than the second inner diameter (D3), inserting the inner pipe into the outer pipe so that the inner pipe extends inside the outer pipe , joint drawing of the inner pipe and the outer pipe through a first drawing die , wherein the second inner diameter (D3) is reduced such that a force-fitting connection of the outer pipe and the inner pipe is established, characterised in that the tool diameter (D5) of the forming inner surface of the first drawing die , the second outer diameter (D4) of the outer pipe , the second inner diameter (D3) of the outer pipe , the first outer diameter (D2) of the inner pipe and the first inner diameter (D1) of the inner pipe are selected such that, during the joint drawing of the outer pipe and inner pipe extending therein through the first drawing die , the first inner diameter (D1) of the inner pipe is reduced by at most 5%, wherein the inner pipe is manufactured by drawing a hollow blank of metal through a second drawing die and over an inner die tool or by rolling a hollow blank of metal over a mandrel, and wherein the inner die tool or the mandrel is made of steel with a polished surface, so that an inner shell surface of the inner pipe is burnished when drawing the inner pipe over the inner die tool or rolling over the mandrel.
A method for downloading a profile of an operator, performed by a terminal, comprising: obtaining (S110) a download certificate used to download the profile of the operator and addressing information of a subscription manager-data preparing, SM-DP, that stores the profile of the operator, wherein addressing information of the SMDP comprises an identity of the SM-DP or an address of the SM-DP, and wherein the obtaining the download certificate used to download the profile of the operator and addressing information of the SM-DP that stores the profile of the operator comprises: acquiring the download certificate and the addressing information of the SM-DP either by scanning a two-dimensional code or by being manually entered by a user wherein the terminal comprises means for manually entering the download certificate and the addressing information as well as means for scanning a two-dimensional code; sending (S111) to the SM-DP a request for downloading the profile of the operator, wherein the download request carries the download certificate, an ID of an embedded universal integrated circuit card eUICC of the terminal, and the addressing information of the SM-DP; and receiving (S112) the profile of the operator that is sent by the SM-DP and is corresponding to the download request; and sending (S112) the profile of the operator to the eUICC of the terminal. obtaining (S110) a download certificate used to download the profile of the operator and addressing information of a subscription manager-data preparing, SM-DP, that stores the profile of the operator, wherein addressing information of the SMDP comprises an identity of the SM-DP or an address of the SM-DP, and wherein the obtaining the download certificate used to download the profile of the operator and addressing information of the SM-DP that stores the profile of the operator comprises: acquiring the download certificate and the addressing information of the SM-DP either by scanning a two-dimensional code or by being manually entered by a user wherein the terminal comprises means for manually entering the download certificate and the addressing information as well as means for scanning a two-dimensional code; sending (S111) to the SM-DP a request for downloading the profile of the operator, wherein the download request carries the download certificate, an ID of an embedded universal integrated circuit card eUICC of the terminal, and the addressing information of the SM-DP; and receiving (S112) the profile of the operator that is sent by the SM-DP and is corresponding to the download request; and sending (S112) the profile of the operator to the eUICC of the terminal.
A controller for an assistance system , the assistance system configured to execute an assistance operation for a rider of a lean vehicle , the controller comprising: an execution section that operates the assistance system to execute the assistance operation; and an acquisition section that acquires a road surface information as information about a road surface on which the lean vehicle is traveling, wherein the execution section operates the assistance system to execute, as the assistance operation, a stop-assistance operation based on the road surface information to assist the rider in stabilizing a stop posture of the rider. an execution section that operates the assistance system to execute the assistance operation; and an acquisition section that acquires a road surface information as information about a road surface on which the lean vehicle is traveling, wherein the execution section operates the assistance system to execute, as the assistance operation, a stop-assistance operation based on the road surface information to assist the rider in stabilizing a stop posture of the rider.
Control surface element for an aircraft, in particular a spoiler, comprising an upper outer skin element , which has an outer side around which air can flow, a lower outer skin element and at least one reinforcing rib , which has at least one web extending substantially perpendicularly to the longitudinal direction of the upper outer skin element , the web of the reinforcing rib extending from the inside of the upper outer skin element to the inside of the lower outer skin element , the control surface element having a core element made of a foam material and the reinforcing rib being arranged between two core segments of the core element , one core segment being in contact with one longitudinal side of the web of the reinforcing rib and the other core segment being in contact with the other longitudinal side of the web of the reinforcing rib , the upper outer skin element and the lower outer skin element consisting of fibre composite material, characterised in that the reinforcing rib has at least one upper flange , which extends substantially parallel to the main plane of the upper outer skin element and is arranged on the inside of the upper outer skin element , and a lower flange , which extends substantially parallel to the main plane of the lower outer skin element and is arranged on the inside of the lower outer skin element , the upper and the lower flange being arranged at an angle to the web of the reinforcing rib , in that the reinforcing rib consists of fibre composite material, and in that the upper outer skin element , the reinforcing rib and the lower outer skin element are interconnected via the plastics material of the fibre composite material.
A hydroelectric power plant comprising a hydraulic machine , a headwater basin and a penstock connecting the headwater basin to the hydraulic machine , wherein the hydraulic machine comprises at least one control member for regulating the hydraulic machine and at least one servomotor for actuating the control member , the servomotor being connected to the regulating member , characterized in that the servomotor comprises a threaded spindle connected to the regulating member , a transmission connected to the threaded spindle and a driving machine with a drive shaft, wherein the drive shaft is connected to the transmission in such a way that the driving machine can drive the threaded spindle via the transmission , and wherein the hydroelectric power plant comprises a water pipe which connects the driving machine to the pressure pipe , so that the driving machine can be driven by the water taken from the pressure pipe by means of the water pipe , and wherein the hydroelectric power plant comprises a valve arranged in the water pipeline for regulating the flow of water through the water pipe .
An ultrasonic imaging system which visually guides insertion of a plurality of invasive devices such as a biopsy or ablation needle comprising: a 3D ultrasonic imaging probe which is capable of imaging different planes of a volumetric region; a needle guide , dimensioned to attach to the imaging probe in a predetermined orientation, the needle guide having a plurality of needle insertion positions to guide the plurality of invasive devices for insertion into the volumetric region through a plurality of different insertion planes; and an ultrasound system coupled to the probe and configured to control the 3D ultrasonic imaging probe to simultaneously produce a plurality of 2D images, planes of which being aligned with the plurality of different insertion planes. a 3D ultrasonic imaging probe which is capable of imaging different planes of a volumetric region; a needle guide , dimensioned to attach to the imaging probe in a predetermined orientation, the needle guide having a plurality of needle insertion positions to guide the plurality of invasive devices for insertion into the volumetric region through a plurality of different insertion planes; and an ultrasound system coupled to the probe and configured to control the 3D ultrasonic imaging probe to simultaneously produce a plurality of 2D images, planes of which being aligned with the plurality of different insertion planes.