mhurhangee/patent-ind-claim-en huggingface dataset:
A torque transfer system employing radial offset hydraulic piston assemblies, the torque transfer system comprising: an input shaft (202/1702); an input disc (210/1708) coupled to the input shaft (202/1702) for rotation therewith; an input ring coupled to the input disc (210/1708) for rotation therewith; an output body located substantially within the input ring for rotation about the input shaft (202/1702), characterized by the output body having at least two output body arms extending radially outwardly from the input shaft; a plurality of hydraulic cylinders and associated pistons located at radially outward ends of the output body , each piston positioned to be selectively urged, when actuated, towards the output body and create a rigid connection between the input shaft and the output body; a hydraulic passage containing hydraulic fluid, the hydraulic passage extending through the output body arms to the hydraulic cylinders and the pistons . an input shaft (202/1702); an input disc (210/1708) coupled to the input shaft (202/1702) for rotation therewith; an input ring coupled to the input disc (210/1708) for rotation therewith; an output body located substantially within the input ring for rotation about the input shaft (202/1702), characterized by the output body having at least two output body arms extending radially outwardly from the input shaft; a plurality of hydraulic cylinders and associated pistons located at radially outward ends of the output body , each piston positioned to be selectively urged, when actuated, towards the output body and create a rigid connection between the input shaft and the output body; a hydraulic passage containing hydraulic fluid, the hydraulic passage extending through the output body arms to the hydraulic cylinders and the pistons .
A computer program for controlling an eye surgical laser for the separation of a volume body with predefined interfaces from a human or animal cornea, comprising commands, which cause a treatment device to control the laser by means of a control device such that it emits pulsed laser pulses in a predefined pattern into the cornea, wherein the interfaces of the volume body to be separated are defined by the predefined pattern and the interfaces are generated by means of photodisruption, wherein the interfaces of the volume body are determined such that a pathological and/or unnaturally altered area within the stroma of the cornea is enclosed, wherein the laser is controlled such that at least one incision is generated in the cornea at a predefined angle and with a predefined geometry, wherein the incision intersects an interface of the volume body and is formed up to a surface of the cornea, such that the volume body is removable from the cornea via the incision , and characterized in that the surface of the cornea is a surface of the eye artificially generated by means of ablation or displacement of an uppermost corneal layer and/or by means of production of a corneal flap. wherein the laser is controlled such that at least one incision is generated in the cornea at a predefined angle and with a predefined geometry, wherein the incision intersects an interface of the volume body and is formed up to a surface of the cornea, such that the volume body is removable from the cornea via the incision , and characterized in that the surface of the cornea is a surface of the eye artificially generated by means of ablation or displacement of an uppermost corneal layer and/or by means of production of a corneal flap.
Power electronic switching device comprising a substrate , a power semiconductor component arranged thereon, comprising a connection device and comprising a pressure device , wherein the substrate has conductor tracks electrically insulated from one another, and a power semiconductor component is arranged on one of the conductor tracks , wherein an adhesive substance is arranged with respect to the power semiconductor component and with respect to an assigned conductor track for adhesively fixing the power semiconductor component on said conductor track , wherein the connection device is embodied as a film composite comprising an electrically conductive film and an electrically insulating film and thus forms a first and a second main surface , wherein the switching device is connected in a circuit-conforming manner internally by means of the connection device , and wherein a contact area of the first main surface of the power semiconductor component is connected to a first contact area of an assigned conductor track of the substrate in a force-locking and electrically conductive manner, wherein the power semiconductor component is connected by its second main surface to an assigned contact area of the first main surface of the connection device in a force-locking and electrically conductive manner, for this purpose the pressure device has a pressure body and a pressure element projecting therefrom in the direction of the power semiconductor component , wherein the pressure element presses onto a first section of the second main surface of the film composite and in this case said first section is arranged within the area of the power semiconductor component in projection along the direction of the normal (N) to the power semiconductor component .
A latching hinge for arrangement to a door and a door frame, the latching hinge comprising a body configured to be arranged to a door, a hinge part configured to be arranged on a door frame, wherein the body is rotatably arranged to the hinge part, a handle rotatably arranged to the body such that the body is released from the hinge part when the handle is in an unlatched position, and a support plate arranged at a door facing side of the body and configured to abut the door when the latching hinge is arranged thereto, characterized in that the latching hinge further comprises a distance element arranged in-between the support plate and the body and is moveable between at least a first position and a second position, wherein the distance element in the second position provides an increased offset between the body and the support plate than in the first position.
Apparatus for analysing the alloy composition of metal scrap fragments , - having an analysing system configured to determine, by means of a local measurement at a measurement position on the surface of a scrap fragment to be analysed, a piece of composition information about the alloy composition of the scrap fragment , - wherein the apparatus has a detecting system configured to determine a region low in contamination or free of contamination on the surface of the scrap fragment to be analysed, and - wherein the analysing system is configured to position the measurement position for the local measurement in the region determined by the detecting system , characterised in that the detecting system has an image capturing system to record image data of the surface of the scrap fragment to be analysed and an evaluating system configured to determine a region low in contamination or free of contamination on the surface of the scrap fragment to be analysed from the image data provided by the image capturing system , namely by comparing the image data with reference values or quantities derived from the image data with reference values, in particular by comparing colour and/or brightness values from a region (A, B) of the image data with reference values. - having an analysing system configured to determine, by means of a local measurement at a measurement position on the surface of a scrap fragment to be analysed, a piece of composition information about the alloy composition of the scrap fragment , - wherein the apparatus has a detecting system configured to determine a region low in contamination or free of contamination on the surface of the scrap fragment to be analysed, and - wherein the analysing system is configured to position the measurement position for the local measurement in the region determined by the detecting system , characterised in that the detecting system has an image capturing system to record image data of the surface of the scrap fragment to be analysed and an evaluating system configured to determine a region low in contamination or free of contamination on the surface of the scrap fragment to be analysed from the image data provided by the image capturing system , namely by comparing the image data with reference values or quantities derived from the image data with reference values, in particular by comparing colour and/or brightness values from a region (A, B) of the image data with reference values.
A roller damper for a tubular roller element, the tubular roller element being a charge roller of a liquid electrophotographic printing press comprising: a damper body element comprising a mass and having a shape to fit an interior of the tubular roller element associated with a natural frequency; an elastomer support member coupled to the damper body element , wherein the elastomer support member is fit within a groove around an exterior surface of the damper body element in order to provide a friction fit between the exterior of the damper body element and the interior of the tubular roller element ; and retaining rings at opposite ends of the damper body element to stabilize placement of the roller damper in the interior of the tubular roller element , wherein mass of the damper body element and elastomeric characteristics of the elastomer support member are selected based on the natural frequency of the tubular roller element . a damper body element comprising a mass and having a shape to fit an interior of the tubular roller element associated with a natural frequency; an elastomer support member coupled to the damper body element , wherein the elastomer support member is fit within a groove around an exterior surface of the damper body element in order to provide a friction fit between the exterior of the damper body element and the interior of the tubular roller element ; and retaining rings at opposite ends of the damper body element to stabilize placement of the roller damper in the interior of the tubular roller element , wherein mass of the damper body element and elastomeric characteristics of the elastomer support member are selected based on the natural frequency of the tubular roller element .
A sensor device comprising: a sensor member having a core using a core material having a residual strain at 2% elongation of 0.4% or less, a conductor which has an electrical resistance of 1 kΩ/m or less, and which is wound round an outer surface portion of the core in a coil form, and an electromagnetic wave shielding layer for shielding the conductor from an extraneous electromagnetic wave; and a measuring means for detecting an electric signal from the sensor member to measure an elongation of the sensor member based on a change of the electric signal characterised in that the core material comprises a para-type aromatic polyamide fiber or a para-aramid fiber of a copolymer type; and in that the creep rate of the core material as measured at 25°C using a test load corresponding to 30% of the breaking strength at 25°C is 0.00001 to 0.003%/minute. a sensor member having a core using a core material having a residual strain at 2% elongation of 0.4% or less, a conductor which has an electrical resistance of 1 kΩ/m or less, and which is wound round an outer surface portion of the core in a coil form, and an electromagnetic wave shielding layer for shielding the conductor from an extraneous electromagnetic wave; and a measuring means for detecting an electric signal from the sensor member to measure an elongation of the sensor member based on a change of the electric signal characterised in that the core material comprises a para-type aromatic polyamide fiber or a para-aramid fiber of a copolymer type; and in that the creep rate of the core material as measured at 25°C using a test load corresponding to 30% of the breaking strength at 25°C is 0.00001 to 0.003%/minute.
A method for avoiding unwanted safety gear tripping in an overspeed governor system of an elevator system , the overspeed governor system having a governor rope connected to a moving mass of the elevator system , a machinery brake for decelerating the moving mass so as to perform a quick stop of the moving mass , a safety gear mounted to the moving mass , a synchronization linkage for tripping the safety gear and a synchronization linkage blocking device for blocking the synchronization linkage and/or a governor brake for braking the governor rope , the method being characterized in that it comprises the steps of: determining whether a quick stop of the moving mass is performed, and activating the governor brake or the synchronization linkage blocking device when the quick stop of the moving mass is performed. determining whether a quick stop of the moving mass is performed, and activating the governor brake or the synchronization linkage blocking device when the quick stop of the moving mass is performed.
A method of mass spectrometry comprising: performing a plurality of cycles of operation during a single experimental run, wherein each cycle comprises: mass selectively transmitting precursor ions of a single mass to charge ratio, or range of mass to charge ratios, through or out of a mass separator or mass filter at any given time, wherein the mass separator or mass filter is operated such that the single mass to charge ratio or range of mass to charge ratios capable of being transmitted therefrom is continuously scanned or stepped with time over a target range of mass to charge ratios, and ions transmitted by the mass separator or mass filter are fragmented or reacted during said cycles; and mass analysing the resulting fragment or product ions; and operating the mass separator or filter in a wideband mode between at least some of said plurality of cycles, wherein in each wideband mode the mass separator or filter transmits precursor ions in a non-mass resolving manner; and mass analysing the precursor ions, wherein the ions transmitted by the mass separator or filter in each wideband mode are not fragmented prior to mass analysis. performing a plurality of cycles of operation during a single experimental run, wherein each cycle comprises: mass selectively transmitting precursor ions of a single mass to charge ratio, or range of mass to charge ratios, through or out of a mass separator or mass filter at any given time, wherein the mass separator or mass filter is operated such that the single mass to charge ratio or range of mass to charge ratios capable of being transmitted therefrom is continuously scanned or stepped with time over a target range of mass to charge ratios, and ions transmitted by the mass separator or mass filter are fragmented or reacted during said cycles; and mass analysing the resulting fragment or product ions; and operating the mass separator or filter in a wideband mode between at least some of said plurality of cycles, wherein in each wideband mode the mass separator or filter transmits precursor ions in a non-mass resolving manner; and mass analysing the precursor ions, wherein the ions transmitted by the mass separator or filter in each wideband mode are not fragmented prior to mass analysis.
An operation method of a serving cell to control interference between the serving cell and a cooperation cell , the method comprising: determining the cooperation cell among neighboring cells of the serving cell based on a measurement report of a terminal belonging to the serving cell ; reporting the cooperation cell to the terminal ; said method being characterized by : receiving, from the terminal , undesired PMI, Precoding Matrix Indicator, information generated based on the reporting ; and transmitting the undesired PMI information to the cooperation cell , wherein the undesired PMI information indicates PMI which is not to be used by the cooperation cell , and the undesired PMI information causes the cooperation cell to select a precoding matrix excluding a precoding matrix corresponding to the undesired PMI information. determining the cooperation cell among neighboring cells of the serving cell based on a measurement report of a terminal belonging to the serving cell ; reporting the cooperation cell to the terminal ; said method being characterized by : receiving, from the terminal , undesired PMI, Precoding Matrix Indicator, information generated based on the reporting ; and transmitting the undesired PMI information to the cooperation cell , receiving, from the terminal , undesired PMI, Precoding Matrix Indicator, information generated based on the reporting ; and transmitting the undesired PMI information to the cooperation cell , wherein the undesired PMI information indicates PMI which is not to be used by the cooperation cell , and the undesired PMI information causes the cooperation cell to select a precoding matrix excluding a precoding matrix corresponding to the undesired PMI information.
A delivery system comprising: a mobile receptacle unit , MRU, and an unmanned aerial vehicle, UAV, (100; 120; 140; 160; 180; 200) having one or more computing devices configured to: receive sensor data for a predetermined delivery area; use the sensor data to identify one or more grid cells of a grid corresponding to a map of the predetermined delivery area, the identified one or more grid cells corresponding to locations acceptable for delivery by the UAV; receive, from the MRU, information identifying a set of grid cells of the grid identified by the MRU as being acceptable for delivery; determine a delivery location by identifying a common grid cell between the identified one or more grid cells and the set of grid cells received from the MRU; and send the common grid cell to the MRU to instruct the MRU to maneuver to the common grid cell in order to attempt a delivery of a package at the delivery location. a mobile receptacle unit , MRU, and an unmanned aerial vehicle, UAV, (100; 120; 140; 160; 180; 200) having one or more computing devices configured to: receive sensor data for a predetermined delivery area; use the sensor data to identify one or more grid cells of a grid corresponding to a map of the predetermined delivery area, the identified one or more grid cells corresponding to locations acceptable for delivery by the UAV; receive, from the MRU, information identifying a set of grid cells of the grid identified by the MRU as being acceptable for delivery; determine a delivery location by identifying a common grid cell between the identified one or more grid cells and the set of grid cells received from the MRU; and send the common grid cell to the MRU to instruct the MRU to maneuver to the common grid cell in order to attempt a delivery of a package at the delivery location. receive sensor data for a predetermined delivery area; use the sensor data to identify one or more grid cells of a grid corresponding to a map of the predetermined delivery area, the identified one or more grid cells corresponding to locations acceptable for delivery by the UAV; receive, from the MRU, information identifying a set of grid cells of the grid identified by the MRU as being acceptable for delivery; determine a delivery location by identifying a common grid cell between the identified one or more grid cells and the set of grid cells received from the MRU; and send the common grid cell to the MRU to instruct the MRU to maneuver to the common grid cell in order to attempt a delivery of a package at the delivery location.
A method for manufacturing a sealed retaining device for a foaming operation, in particular an operation of foaming a seat, which method comprises the steps according to which: a) a ribbon spool is provided (E21), the ribbon having an upper face extending along a longitudinal direction (X-X), said upper face being provided with retaining elements and having at least two primary cords of material at least partially disjointed and each extending at least partially along the longitudinal direction (X-X), so that retaining elements are positioned between two primary cords , b) a portion of the ribbon is unwound (E22) along the longitudinal direction, c) foam sealing means are formed (E23) at least partially along a transverse direction (Y-Y) on the upper face of the ribbon , such as to form with two primary cords of material a foam sealing barrier and to delimit an area of the upper face of the ribbon comprising retaining elements . a) a ribbon spool is provided (E21), the ribbon having an upper face extending along a longitudinal direction (X-X), said upper face being provided with retaining elements and having at least two primary cords of material at least partially disjointed and each extending at least partially along the longitudinal direction (X-X), so that retaining elements are positioned between two primary cords , b) a portion of the ribbon is unwound (E22) along the longitudinal direction, c) foam sealing means are formed (E23) at least partially along a transverse direction (Y-Y) on the upper face of the ribbon , such as to form with two primary cords of material a foam sealing barrier and to delimit an area of the upper face of the ribbon comprising retaining elements .
A structure at least partially adhered by a light-curable adhesive , the structure comprising: first and second structural components disposed in a facing relationship; the light-curable adhesive impregnated within at least one of the first and second structural components or disposed between the first and second structural components ; and one or more side-emitting light guiding members positioned between the first and second structural components and in communication with the light-curable adhesive , wherein the one or more side-emitting light guiding members are configured to emit light along a length of the one or more side-emitting light guiding members when a light source is optically coupled to an end of the light guiding members and the first and second structural components are comprised of composite material comprising fibers impregnated with the light-curable adhesive ; and the structure comprising a plurality of composite plies wherein the light guiding members are inserted between some of the pairs of plies, but not all pairs of plies, the plies including transparent fibers that facilitate the propagation of the light therethrough. first and second structural components disposed in a facing relationship; the light-curable adhesive impregnated within at least one of the first and second structural components or disposed between the first and second structural components ; and one or more side-emitting light guiding members positioned between the first and second structural components and in communication with the light-curable adhesive , wherein the one or more side-emitting light guiding members are configured to emit light along a length of the one or more side-emitting light guiding members when a light source is optically coupled to an end of the light guiding members and the first and second structural components are comprised of composite material comprising fibers impregnated with the light-curable adhesive ; and the structure comprising a plurality of composite plies wherein the light guiding members are inserted between some of the pairs of plies, but not all pairs of plies, the plies including transparent fibers that facilitate the propagation of the light therethrough.