mhurhangee/ep-ind-claims huggingface dataset:
A passive heave compensator comprising: a main hydraulic cylinder, including a moveable piston having a piston rod extendible through the main hydraulic cylinder and a piston head, a gas phase above the piston head, and at least one oil phase below the piston head separated by a boundary; an upper connection point associated with the main hydraulic cylinder and a lower connection point associated with the piston rod; and at least one accumulator, the or each accumulator having a moveable separator to divide the accumulator between a gas phase above the separator, and an oil phase below the separator, and the or each oil phase being in communication with an oil phase in the main hydraulic cylinder; characterized in that the main hydraulic cylinder further comprises a cylinder sleeve co-axial with the piston head to provide, in co-ordination with the piston head, the boundary between the gas phase and the at least one oil phase in the main hydraulic cylinder. a main hydraulic cylinder, including a moveable piston having a piston rod extendible through the main hydraulic cylinder and a piston head, a gas phase above the piston head, and at least one oil phase below the piston head separated by a boundary; an upper connection point associated with the main hydraulic cylinder and a lower connection point associated with the piston rod; and at least one accumulator, the or each accumulator having a moveable separator to divide the accumulator between a gas phase above the separator, and an oil phase below the separator, and the or each oil phase being in communication with an oil phase in the main hydraulic cylinder;
A method in a particular router in a network, comprising: acquiring a segment routing particular packet by the particular router; responsive to the particular router data plane ascertaining during fast path processing by a fast path processing unit that the segment routing particular packet is to be Operations, Administration, and Maintenance, OAM, processed by a different processing unit in the particular router, communicating a time stamp of a current time and the segment routing particular packet including a segment routing header that includes OAM signaling from said fast path processing to the different processing unit, with fast path processing being hardware-based packet processing by the fast path processing unit; and OAM processing of the segment routing particular packet by the different processing unit. acquiring a segment routing particular packet by the particular router; responsive to the particular router data plane ascertaining during fast path processing by a fast path processing unit that the segment routing particular packet is to be Operations, Administration, and Maintenance, OAM, processed by a different processing unit in the particular router, communicating a time stamp of a current time and the segment routing particular packet including a segment routing header that includes OAM signaling from said fast path processing to the different processing unit, with fast path processing being hardware-based packet processing by the fast path processing unit; and OAM processing of the segment routing particular packet by the different processing unit.
A method for measuring a piece of timber in a wood handling machine, the method comprising grabbing the piece of timber with a cutting head arranged on the set of booms of the wood handling machine, measuring the dimensions of the piece of timber with at least one measuring device in the cutting head of the wood handling machine, directing to the piece of timber a measuring signal field formed by one or more measuring beams with a monitoring device utilizing contact-free measurement, storing the point cloud produced by the measuring signal field, characterised in that the method further comprises the following steps: installing the monitoring device in the control cabin of the wood handling machine, for producing the point cloud, identifying from the point cloud • the part of the piece to be identified, • a reference level on the cutting head, • an end surface of the piece of timber, forming a three dimensional model of the part to be identified, defining a quantity to be measured, forming said quantity from the three dimensional model, directing the obtained result to a measuring system in the wood handling machine comparing the measured quantity with the measuring value produced by the cutting head in the wood handling machine as logging continues, for the purpose of obtaining a calibration value of the measuring result, estimating the need for correction caused by the defined calibration value of the identified piece of timber in view of the measuring data of the piece provided by the wood handling device, correcting the measuring values obtained by the cutting head with the quantity obtained from the measuring signal field, for the purpose of calibrating a mechanical measuring device of timber. installing the monitoring device in the control cabin of the wood handling machine, for producing the point cloud, identifying from the point cloud • the part of the piece to be identified, • a reference level on the cutting head, • an end surface of the piece of timber, • the part of the piece to be identified, • a reference level on the cutting head, • an end surface of the piece of timber, forming a three dimensional model of the part to be identified, defining a quantity to be measured, forming said quantity from the three dimensional model, directing the obtained result to a measuring system in the wood handling machine comparing the measured quantity with the measuring value produced by the cutting head in the wood handling machine as logging continues, for the purpose of obtaining a calibration value of the measuring result, estimating the need for correction caused by the defined calibration value of the identified piece of timber in view of the measuring data of the piece provided by the wood handling device, correcting the measuring values obtained by the cutting head with the quantity obtained from the measuring signal field, for the purpose of calibrating a mechanical measuring device of timber.
A display device (DD, DD-1, DD-2) comprising: a display panel defining a display area for displaying an image and a non-display area adjacent to the display area, and comprising: a base layer; a circuit layer (DP-CL) on the base layer; a light emitting device layer (DP-OLED) on the circuit layer (DP-CL); a thin film sealing layer on the light emitting device layer (DP-OLED), and comprising a first upper surface (TFE-U1) and a second upper surface (TFE-U2); and a touch detection unit comprising: a first sensor part (SP-C) on the first upper surface (TFE-U1); and a second sensor part (SP-S) on the second upper surface (TFE-U2); characterized in that the second upper surface (TFE-U2) has a peak that protrudes from a reference surface, which is an extension of the first upper surface (TFE-U1), in a direction away from the base layer, the second sensor part (SP-S) overlaps the peak, and the second sensor part (SP-S) is closer to the non-display area than the first sensor part (SP-C). a base layer; a circuit layer (DP-CL) on the base layer; a light emitting device layer (DP-OLED) on the circuit layer (DP-CL); a thin film sealing layer on the light emitting device layer (DP-OLED), and comprising a first upper surface (TFE-U1) and a second upper surface (TFE-U2); and a touch detection unit comprising: a first sensor part (SP-C) on the first upper surface (TFE-U1); and a second sensor part (SP-S) on the second upper surface (TFE-U2); characterized in that the second upper surface (TFE-U2) has a peak that protrudes from a reference surface, which is an extension of the first upper surface (TFE-U1), in a direction away from the base layer, the second sensor part (SP-S) overlaps the peak, and the second sensor part (SP-S) is closer to the non-display area than the first sensor part (SP-C). a first sensor part (SP-C) on the first upper surface (TFE-U1); and a second sensor part (SP-S) on the second upper surface (TFE-U2); characterized in that the second upper surface (TFE-U2) has a peak that protrudes from a reference surface, which is an extension of the first upper surface (TFE-U1), in a direction away from the base layer, the second sensor part (SP-S) overlaps the peak, and the second sensor part (SP-S) is closer to the non-display area than the first sensor part (SP-C).
Weighing cell having a measuring member of monolithic configuration, which has a force transducer portion, a force introduction portion and an articulation portion which is disposed between the force transducer portion and the force introduction portion, wherein the measuring member between a force transducer-proximal axial end and a force introduction-proximal axial end has a longitudinal axis; wherein the longitudinal axis is configured in a horizontal direction; wherein the measuring member in the force transducer portion thereof comprises at least one fastening hole for fastening the measuring member; wherein the axis of the at least one fastening hole runs in a horizontal direction; wherein the weighing cell comprises at least one strain gauge for detecting an elongating or compressing deformation of the measuring member, which strain gauge is disposed on the upper side or the lower side of the measuring member in the region of the articulation portion; wherein the at least one strain gauge is aligned in the horizontal direction, characterized in that the force introduction portion has a receptacle which is configured as a notch that proceeds from the upper side of the measuring member and runs perpendicularly to the longitudinal axis, and in that the notch of the receptacle is configured in a narrow direction of the measuring member, across the entire width of the latter, and in that the notch of the receptacle on the side thereof that faces away from the upper side of the measuring member has a round contour and the weighing cell comprises an insert which bears in a form-fitting manner in the round contour of the receptacle, and wherein the insert, on the side thereof opposite the form-fit with the round contour, has a rectangular contour for receiving a force transmission element, and in that the force transmission element is configured in such a manner that the latter is able to be received in a form-fitting manner in the rectangular contour of the insert, and in that the force transmission element has a blade for supporting a bar to be weighed.
Method of producing a shoe comprising a porous sole support for a rubber layer, wherein viscous latex material is applied to the porous sole body with at least partial penetration into said sole body and is subsequently vulcanised, characterised in that the rubber layer is heated after vulcanisation and is embossed with a surface profile.
Canister system, comprising a canister and a device for water purification, comprising a housing having an inlet opening, comprising a non-return valve, and an outlet opening separated therefrom, and a filter piston which is connected to an outlet element by way of a hollow piston rod, wherein the filter piston is arranged in the housing such that the hollow piston rod extends through the outlet opening in the housing and that, during operation of the device, the interior of the housing is subdivided into two portions, which are separated from one another, by the filter piston such that no mass transfer between the portions is possible within the housing, wherein the filter piston comprises a filter material for filtering water, said filter material allowing water to pass through the filter piston into the hollow piston rod and the outlet element, wherein a spring element is arranged in that portion of the housing which lies between the filter piston and the inlet opening in the housing such that the spring element is compressed by the filter piston in the case of a relative movement of the filter piston towards the inlet opening, characterized in that the housing fits into the outlet opening in the canister. wherein the filter piston is arranged in the housing such that the hollow piston rod extends through the outlet opening in the housing and that, during operation of the device, the interior of the housing is subdivided into two portions, which are separated from one another, by the filter piston such that no mass transfer between the portions is possible within the housing, wherein the filter piston comprises a filter material for filtering water, said filter material allowing water to pass through the filter piston into the hollow piston rod and the outlet element, wherein a spring element is arranged in that portion of the housing which lies between the filter piston and the inlet opening in the housing such that the spring element is compressed by the filter piston in the case of a relative movement of the filter piston towards the inlet opening, characterized in that the housing fits into the outlet opening in the canister.
An implantable blood pressure attenuator comprising: at least one connection zone for connection to a body conduit; and a mechanical attenuator comprising an attenuation zone, wherein the mechanical attenuator is movable from a first state to a second state in response to a physiological pressure spike within the body conduit, and wherein the mechanical attenuator changes volume when being moved from the first state to the second state such that a level of pressure in the body conduit is lowered, characterized in that: the mechanical attenuator comprises a bellow mounted in a container, wherein the bellow comprises a membrane that surrounds a volume and the container is affixed to a vasculature and comprises the connection zone for connecting the bellow to a blood vessel, wherein an opening is provided between the container and the vasculature such that blood is in communication with the bellow. at least one connection zone for connection to a body conduit; and a mechanical attenuator comprising an attenuation zone, wherein the mechanical attenuator is movable from a first state to a second state in response to a physiological pressure spike within the body conduit, and wherein the mechanical attenuator changes volume when being moved from the first state to the second state such that a level of pressure in the body conduit is lowered, characterized in that: the mechanical attenuator comprises a bellow mounted in a container, wherein the bellow comprises a membrane that surrounds a volume and the container is affixed to a vasculature and comprises the connection zone for connecting the bellow to a blood vessel, wherein an opening is provided between the container and the vasculature such that blood is in communication with the bellow. the mechanical attenuator comprises a bellow mounted in a container, wherein the bellow comprises a membrane that surrounds a volume and the container is affixed to a vasculature and comprises the connection zone for connecting the bellow to a blood vessel, wherein an opening is provided between the container and the vasculature such that blood is in communication with the bellow.
Use of a composition comprising: a fluorocarbon polymer; and particles of silicon dioxide or a metal oxide bearing fluorocarbon groups on their surface in order to reduce friction between moving parts of automobiles. a fluorocarbon polymer; and particles of silicon dioxide or a metal oxide bearing fluorocarbon groups on their surface in order to reduce friction between moving parts of automobiles.
A resin composition comprising: a resin having a main chain structure including: a unit by 40 mol % to 60 mol %, the unit having a biphenyl group and being represented by general formula: a unit by 5 mol % to 40 mol %, the unit being represented by general formula: -CO-R 1 -CO- wherein R 1 represents a bivalent linear substituent (a) whose number of atoms in its main chain length is 2 to 18 and (b) which is branched or not branched; and a unit by 5 mol % to 40 mol %, the unit being represented by general formula: -CO-R 2 -CO- wherein R 2 represents a bivalent linear substituent (a) whose number of atoms in its main chain length is 4 to 20 and is larger than the number of atoms in the main chain length of R 1 and (b) which is branched or not branched, where a total amount of the units,, and is 100 mol %, and a thermal conductivity of the resin itself is not less than 0.4 W/(m·K); and an inorganic filler having thermal conductivity of not less than 1 W/(m·K). wherein R 2 represents a bivalent linear substituent (a) whose number of atoms in its main chain length is 4 to 20 and is larger than the number of atoms in the main chain length of R 1 and (b) which is branched or not branched, where a total amount of the units,, and is 100 mol %, and a thermal conductivity of the resin itself is not less than 0.4 W/(m·K); and an inorganic filler having thermal conductivity of not less than 1 W/(m·K).
An image processing apparatus comprising: a first data generation unit which generates triangular data by analyzing straight line contours and curved contours with respect to vector format graphic data and making the straight line contours and the curved contours triangles; a second data generation unit which generates stencil data from the triangular data; a third data generation unit which generates raster format graphic data with reference to the stencil data; wherein the first data generation unit generates at least one polygon by analyzing the straight line contours of the vector format graphic data, and generates a plurality of triangles with respect to each polygon in such a manner that one vertex of a polygon is made to be a common vertex of the plurality of triangles, the common vertex and all other vertices are connected with straight lines, and two vertices coupled to each other become a side of one triangle, and the second data generation unit generates the stencil data by bit-inverting pixels at the inside of said plurality of triangles, and by bit-inverting only pixels at the inside of the curved contours triangles to which concave or convex areas of curves belong, where said areas are generated on the basis of the curved contours. a first data generation unit which generates triangular data by analyzing straight line contours and curved contours with respect to vector format graphic data and making the straight line contours and the curved contours triangles; a second data generation unit which generates stencil data from the triangular data; a third data generation unit which generates raster format graphic data with reference to the stencil data; wherein the first data generation unit generates at least one polygon by analyzing the straight line contours of the vector format graphic data, and generates a plurality of triangles with respect to each polygon in such a manner that one vertex of a polygon is made to be a common vertex of the plurality of triangles, the common vertex and all other vertices are connected with straight lines, and two vertices coupled to each other become a side of one triangle, and the second data generation unit generates the stencil data by bit-inverting pixels at the inside of said plurality of triangles, and by bit-inverting only pixels at the inside of the curved contours triangles to which concave or convex areas of curves belong, where said areas are generated on the basis of the curved contours.
A method of separation comprising: providing a first metal complex and a second metal complex in a liquid, wherein the first metal complex and the second metal complex comprise a first ligand functionalized with an electron acceptor group; and exposing the liquid to light comprising one or more wavelengths sufficient to facilitate (i) the formation of an excited state on the first metal complex, (ii) an excited state electron transfer to the electron acceptor group of the first metal complex, and (iii) an irreversible chemical reaction of the electron acceptor group of the first metal complex, wherein the irreversible chemical reaction converts the first ligand of the first metal complex to a second ligand to form a modified first metal complex. providing a first metal complex and a second metal complex in a liquid, wherein the first metal complex and the second metal complex comprise a first ligand functionalized with an electron acceptor group; and exposing the liquid to light comprising one or more wavelengths sufficient to facilitate (i) the formation of an excited state on the first metal complex, (ii) an excited state electron transfer to the electron acceptor group of the first metal complex, and (iii) an irreversible chemical reaction of the electron acceptor group of the first metal complex, wherein the irreversible chemical reaction converts the first ligand of the first metal complex to a second ligand to form a modified first metal complex.
A method of obtaining image data of an object in a scene by a media client, wherein image data of the scene is accessible by streaming from a media source via a bandwidth constrained network, the method comprising: - obtaining a depth map of the scene from the media source, wherein the depth map is acquired by a range sensor configured for capturing depth information of the scene; - analyzing the depth map to identify a region of interest in the scene which contains the object; wherein the image data is acquired by an image sensor and the image sensor is configured for capturing visible light information of the scene and wherein the image sensor and the range sensor have a known spatial relation, the method characterized by: - generating selection data indicating the region of interest; and - based on the selection data, selectively obtaining image data of the region of interest from the media source, comprising: - signalling the media source the selection data so as to request a selective streaming of the image data of the region of interest; and - selectively receiving the image data of the region of interest from the media source via the bandwidth constrained network. - obtaining a depth map of the scene from the media source, wherein the depth map is acquired by a range sensor configured for capturing depth information of the scene; - analyzing the depth map to identify a region of interest in the scene which contains the object; - generating selection data indicating the region of interest; and - based on the selection data, selectively obtaining image data of the region of interest from the media source, comprising: - signalling the media source the selection data so as to request a selective streaming of the image data of the region of interest; and - selectively receiving the image data of the region of interest from the media source via the bandwidth constrained network. - signalling the media source the selection data so as to request a selective streaming of the image data of the region of interest; and - selectively receiving the image data of the region of interest from the media source via the bandwidth constrained network.
The use of a copolymer consisting of N-isopropylacrylamide units, N-[3-(dimethylamino)propyl]methacrylamide units and optionally at least one cross-linking agent as a soil-release active ingredient in textile care products for textiles.
An electrochemical sensor, comprising: a reference electrode and a counter electrode; a sensing well disposed between said reference electrode and said counter electrode; and a functionalized working electrode disposed within said sensing well; characterised in that one or more of a molecular recognition unit to a stress marker is encapsulated in mesoporous carbon inks of the sensor and coupled to said functionalized working electrode. a reference electrode and a counter electrode; a sensing well disposed between said reference electrode and said counter electrode; and a functionalized working electrode disposed within said sensing well; characterised in that one or more of a molecular recognition unit to a stress marker is encapsulated in mesoporous carbon inks of the sensor and coupled to said functionalized working electrode.