mhurhangee/ep-ind-claims huggingface dataset:
A method of managing a digital rights management module by using an apparatus for managing the DRM module, the method comprising: selecting a content from among available contents; receiving the DRM module for removing a DRM scheme applied to the selected content, wherein the DRM module corresponds to a DRM scheme protecting the selected content; using the selected content protected with the DRM scheme, by using the DRM module; and at least partially removing the DRM module from the apparatus for managing the DRM module; characterised in that the receiving of the DRM module further comprises receiving a DRM policy for managing the DRM module, wherein the at least partial removal of the DRM module is performed based on the DRM policy, wherein the DRM policy comprises information required to determine a portion to be removed from the DRM module if the DRM module is partially removed, and wherein the at least partial removal of the DRM module is performed if the selected content is completely used, if a power supply to the apparatus for managing the DRM module is blocked, or if a period of time set by the DRM policy expires to thereby prevent analysis and hacking of the DRM module. selecting a content from among available contents; receiving the DRM module for removing a DRM scheme applied to the selected content, wherein the DRM module corresponds to a DRM scheme protecting the selected content; using the selected content protected with the DRM scheme, by using the DRM module; and at least partially removing the DRM module from the apparatus for managing the DRM module; characterised in that the receiving of the DRM module further comprises receiving a DRM policy for managing the DRM module, wherein the at least partial removal of the DRM module is performed based on the DRM policy, wherein the DRM policy comprises information required to determine a portion to be removed from the DRM module if the DRM module is partially removed, and wherein the at least partial removal of the DRM module is performed if the selected content is completely used, if a power supply to the apparatus for managing the DRM module is blocked, or if a period of time set by the DRM policy expires to thereby prevent analysis and hacking of the DRM module.
Element (24, 26) for a system for connecting a windscreen wiper blade holder to a drive arm, said element (24, 26) being designed to be rigidly connected to said blade holder or to said arm and including rotation means (80a, 80b; 60b, 60a) designed to cooperate with complementary means (60a, 60b; 80b, 80a) of another element (26, 24) of the connection system to form an axis of rotation between the element (24, 26) and the second element (26, 24), said axis of rotation being designed to be the axis of rotation between said blade holder and said arm, characterized in that said means of rotation (80a, 80b; 60b, 60a) include a protuberance (80a, 60b), which is arranged on one side of the longitudinal mid-plane of said element (24, 26) and is able to cooperate with a cavity (60a, 80b) in the other element (26, 24), and a cavity (80b, 60a), which is arranged on the other side of said plane and is able to cooperate with a protuberance (60b, 80a) on the other element (26, 24), the element (24, 26) being asymmetrical in relation to said plane.
Method for transcoding a content to be rendered by a first contents rendering device connected to a network, the method being implemented by a transcoding system (SYST) and comprising - a step of emitting, subsequent to an emission via said network of a first message of announcement of the disappearance of the network of the first rendering device, an announcement message signalling the presence in said network of another device, termed substitution device, forming a contents rendering device, the substitution device being declared as a rendering device supporting at least one coding format not supported by the first rendering device, - a step of receiving a first set of at least one rendering parameter of a content to be rendered, encoded in a first coding format not supported by the first rendering device, - a step of dispatching to the first rendering device a second set of at least one rendering parameter to be used to obtain, from said transcoding system (SYST), said content to be rendered in a second coding format supported by the first rendering device. - a step of emitting, subsequent to an emission via said network of a first message of announcement of the disappearance of the network of the first rendering device, an announcement message signalling the presence in said network of another device, termed substitution device, forming a contents rendering device, the substitution device being declared as a rendering device supporting at least one coding format not supported by the first rendering device, - a step of receiving a first set of at least one rendering parameter of a content to be rendered, encoded in a first coding format not supported by the first rendering device, - a step of dispatching to the first rendering device a second set of at least one rendering parameter to be used to obtain, from said transcoding system (SYST), said content to be rendered in a second coding format supported by the first rendering device.
A sleeve for a piston of a hydraulic hammer, the sleeve comprising: a generally cylindrical body having a top end and a bottom end; and a central bore passing axially from the top end of the generally cylindrical body to the bottom end; wherein the generally cylindrical body is a composite structure including: a guide layer forming an inner annular surface of the central bore; an energizer layer located radially outward of the guide layer and being bonded to the guide layer, the energizer layer configured to surround and compress the guide layer inward; and a support layer bonded to the energizer layer and forming an outer surface of the generally cylindrical body; characterized in that the support layer comprises a porous intermediate material. a generally cylindrical body having a top end and a bottom end; and a central bore passing axially from the top end of the generally cylindrical body to the bottom end; wherein the generally cylindrical body is a composite structure including: a guide layer forming an inner annular surface of the central bore; an energizer layer located radially outward of the guide layer and being bonded to the guide layer, the energizer layer configured to surround and compress the guide layer inward; and a support layer bonded to the energizer layer and forming an outer surface of the generally cylindrical body; a guide layer forming an inner annular surface of the central bore; an energizer layer located radially outward of the guide layer and being bonded to the guide layer, the energizer layer configured to surround and compress the guide layer inward; and a support layer bonded to the energizer layer and forming an outer surface of the generally cylindrical body; characterized in that the support layer comprises a porous intermediate material.
Top plate for a transport pallet with a support surface comprising at least three boards which are separated by columns, wherein the top plate has an upper surface and a lower surface running parallel thereto, at least two projections projecting from the lower surface and at least two recesses extending from the upper surface in the direction of the lower surface, wherein the projections are each adapted to fit into the columns of the transport pallet and the recesses are each adapted to receive the projections, wherein the projections and the recesses each extend along a longitudinal axis which lies parallel to the upper and lower surfaces (12; 14) of the top plate, wherein the projections are arranged point-symmetrically with respect to a center point, and wherein the projections are arranged point-symmetrically with respect to the center point, characterized in that the longitudinal axes of the projections are orthogonal to the longitudinal axes of the recesses.
A torque limited drive system comprising: an input shaft; a brake; at least one gear unit (250; 260) driven by the input shaft; a torque limiter having a torque limit and being driven by the at least one gear unit (250; 260); and a torque limited output shaft driven by the torque limiter; characterized in that the torque limiter is adapted such that when it experiences a torque above its torque limit it applies said brake to said input shaft. an input shaft; a brake; at least one gear unit (250; 260) driven by the input shaft; a torque limiter having a torque limit and being driven by the at least one gear unit (250; 260); and a torque limited output shaft driven by the torque limiter; characterized in that the torque limiter is adapted such that when it experiences a torque above its torque limit it applies said brake to said input shaft.
A standby structural composite electrical energy storage device comprising a first electrode structure, comprising a composite material, said composite material comprising electrically conductive fibres in a binder matrix, a second electrode structure, comprising a composite material, said composite material comprising electrically conductive fibres in a binder matrix, a separator structure, formed from a composite material, said composite material comprising electrically insulating fibres in a binder matrix, wherein said structures being encapsulated in a binder matrix to form a cured fibre polymer composite,, wherein the separator structure separates the first and second electrode structures respectively, wherein said device comprises at least one void between said first and second electrode structures, said void capable of being filled with an electrolyte, at least one integral reservoir, comprising an electrolyte, wherein said reservoir is operably linked, by a valve, to said at least one void, such that operation of said valve allows the void to be charged with the electrolyte.
Method for finishing a workpiece, having the steps of: providing at least one workpiece having two surface layers (3, 5) and at least one core layer which is arranged between the surface layers (3, 5) and which preferably has a lower average density than the surface layers, characterised in that the method also includes: separating a section of at least one surface layer of the workpiece, and applying, in particular adhering, the separated section to a narrow surface of the workpiece as a closing, supporting and/or decorative edge. providing at least one workpiece having two surface layers (3, 5) and at least one core layer which is arranged between the surface layers (3, 5) and which preferably has a lower average density than the surface layers, characterised in that the method also includes: separating a section of at least one surface layer of the workpiece, and applying, in particular adhering, the separated section to a narrow surface of the workpiece as a closing, supporting and/or decorative edge. separating a section of at least one surface layer of the workpiece, and applying, in particular adhering, the separated section to a narrow surface of the workpiece as a closing, supporting and/or decorative edge.
An apparatus for configuring logical connectivity for a network (110, 210, 410, 510) comprising a plurality of nodes (111 A, 111 B, 111 C, 111 X), comprising: means for determining a physical topology of the network (110, 210, 410, 510) using information indicative of physical connectivity between nodes (111 A, 111 B, 111 C, 111 X) of the network (110, 210, 410, 510); means for determining, based on the physical topology of the network (110, 210, 410, 510), a set of label switched path, LSP, paths comprising, for each pair of nodes (111 A, 111 B, 111 C, 111 X) in the network (110, 210, 410, 510), at least two logical paths between the nodes (111 A, 111 B, 111 C, 111 X) of the node pair; means for determining, using the set of LSP paths, a set of LSPs comprising a plurality of LSPs adapted for providing full logical connectivity between the nodes (111 A, 111 B, 111 C, 111 X) of the network (110, 210, 410, 510); and characterized by further comprising means for modifying the set of LSPs in response to a physical topology change event, comprising: means for determining a new physical topology of the network (110, 210, 410, 510); means for modifying the set of LSP paths based on the new physical topology; and means for modifying the set of LSPs using the modified set of LSP paths. means for determining a physical topology of the network (110, 210, 410, 510) using information indicative of physical connectivity between nodes (111 A, 111 B, 111 C, 111 X) of the network (110, 210, 410, 510); means for determining, based on the physical topology of the network (110, 210, 410, 510), a set of label switched path, LSP, paths comprising, for each pair of nodes (111 A, 111 B, 111 C, 111 X) in the network (110, 210, 410, 510), at least two logical paths between the nodes (111 A, 111 B, 111 C, 111 X) of the node pair; means for determining, using the set of LSP paths, a set of LSPs comprising a plurality of LSPs adapted for providing full logical connectivity between the nodes (111 A, 111 B, 111 C, 111 X) of the network (110, 210, 410, 510); and characterized by further comprising means for modifying the set of LSPs in response to a physical topology change event, comprising: means for determining a new physical topology of the network (110, 210, 410, 510); means for modifying the set of LSP paths based on the new physical topology; and means for modifying the set of LSPs using the modified set of LSP paths.
Method for coding a multichannel sound signal, comprising the following steps: - coding at least one audio signal channel of the original multichannel signal or a downmix of the original multichannel signal; - dividing the original multichannel signal into frequency sub-bands; - determining a covariance matrix per frequency sub-band, representative of a spatial image of the original multichannel signal; - decomposing the determined covariance matrices into eigenvalues; - coding by quantizing the parameters resulting from the decomposition into eigenvalues comprising both eigenvalues and eigenvectors. - coding at least one audio signal channel of the original multichannel signal or a downmix of the original multichannel signal; - dividing the original multichannel signal into frequency sub-bands; - determining a covariance matrix per frequency sub-band, representative of a spatial image of the original multichannel signal; - decomposing the determined covariance matrices into eigenvalues; - coding by quantizing the parameters resulting from the decomposition into eigenvalues comprising both eigenvalues and eigenvectors.
A wireless communication unit comprising: an antenna arrangement; and an aperture tuner operably coupled to a first port of the antenna arrangement; wherein the wireless communication unit is characterized by: a measurement circuit operably coupled to an antenna input feed point of the antenna arrangement that is distal from the first port coupled to the aperture tuner and arranged to measure a parameter that represents an antenna input complex impedance value or a reflection coefficient value associated with the antenna arrangement, a controller, operably coupled to the aperture tuner and arranged to perform closed loop aperture tuning using the measured parameter. an antenna arrangement; and an aperture tuner operably coupled to a first port of the antenna arrangement; a measurement circuit operably coupled to an antenna input feed point of the antenna arrangement that is distal from the first port coupled to the aperture tuner and arranged to measure a parameter that represents an antenna input complex impedance value or a reflection coefficient value associated with the antenna arrangement, a controller, operably coupled to the aperture tuner and arranged to perform closed loop aperture tuning using the measured parameter.
An outer coating for an underground piping member made from iron, in particular cast iron, the outer coating being made of a first porous layer and of a second porous layer positioned on the first layer and capable of plugging the pores of the first layer, the outer coating being characterized in that: - the first layer comprises substantially pure zinc or an alloy or pseudo-alloy of zinc, the alloy or pseudo-alloy comprising at least 50 wt% zinc, and preferably between 0.5 wt% and 40 wt% aluminum, and - the second layer comprises a paint with a base of at least one organic resin, the paint being either single-component in an organic solvent or co-solvent, or dual-component, and - at least one among the first layer and second layer comprises a bactericidal agent. - the first layer comprises substantially pure zinc or an alloy or pseudo-alloy of zinc, the alloy or pseudo-alloy comprising at least 50 wt% zinc, and preferably between 0.5 wt% and 40 wt% aluminum, and - the second layer comprises a paint with a base of at least one organic resin, the paint being either single-component in an organic solvent or co-solvent, or dual-component, and - at least one among the first layer and second layer comprises a bactericidal agent.
A method of manufacturing an optic of an accommodating intraocular lens (10; 70; 80; 98; 300) to have an aspheric lens surface, comprising: providing an optic (12; 72; 82; 100; 301) comprising an anterior element (18; 120) and a posterior element (20; 140) that at least partially define an optic fluid chamber, wherein at least one of the anterior element (18; 120) and the posterior element (20; 140) has an external surface that is spherical; and prior to inserting the accommodating intraocular lens (10; 70; 80; 98; 300) into an eye, changing the shape of the at least one of the anterior element (18; 120) and the posterior element (20; 140) from the spherical configuration to an aspherical configuration. providing an optic (12; 72; 82; 100; 301) comprising an anterior element (18; 120) and a posterior element (20; 140) that at least partially define an optic fluid chamber, wherein at least one of the anterior element (18; 120) and the posterior element (20; 140) has an external surface that is spherical; and prior to inserting the accommodating intraocular lens (10; 70; 80; 98; 300) into an eye, changing the shape of the at least one of the anterior element (18; 120) and the posterior element (20; 140) from the spherical configuration to an aspherical configuration.
A golf ball (2, 20) comprising a main body (4, 22) that includes a core (8, 26) and a cover (12, 28) positioned outside the core, and a paint layer (6, 24) positioned outside the main body (4, 22), the paint layer (6, 24) being laminated on the cover (12, 28), wherein the paint layer (6, 24) comprises an indentation depth, that is measured by: 1. cutting the golf ball including the paint layer along a plane passing through a central point of the golf ball; and 2. pressing a cross-section of the paint layer exposed as a result of the above cutting in a direction perpendicular to the cross-section and measuring an indentation depth of the paint layer in the direction perpendicular to the cross-section, wherein the conditions at the measurement are as follows: Nanoindenter: "ENT-2100" manufactured by ELINOX INC. Temperature: 30°C Penetrator: a Berkovich penetrator with 65.03° AS (h) =26.43 h 2 Number of penetrations: 500 steps Step interval: 20msec (100 mgf) and the load of the penetrator is gradually increased until reaching 50 mgf, and wherein the indentation depth is measured when the load is 30 mgf; wherein either the cover (12, 28) has a Shore D hardness of not less than 20 and not greater than 50, and the indentation depth is not less than 400 nm and not greater than 3000 nm; or wherein the cover (12, 28) has a Shore D hardness of not less than 50 and not greater than 80, and the indentation depth is not less than 300 nm and not greater than 2500 nm. 1. cutting the golf ball including the paint layer along a plane passing through a central point of the golf ball; and 2. pressing a cross-section of the paint layer exposed as a result of the above cutting in a direction perpendicular to the cross-section and measuring an indentation depth of the paint layer in the direction perpendicular to the cross-section, Nanoindenter: "ENT-2100" manufactured by ELINOX INC. Temperature: 30°C Penetrator: a Berkovich penetrator with 65.03° AS (h) =26.43 h 2 Number of penetrations: 500 steps Step interval: 20msec (100 mgf) and the load of the penetrator is gradually increased until reaching 50 mgf, and wherein the indentation depth is measured when the load is 30 mgf; wherein either the cover (12, 28) has a Shore D hardness of not less than 20 and not greater than 50, and the indentation depth is not less than 400 nm and not greater than 3000 nm; or wherein the cover (12, 28) has a Shore D hardness of not less than 50 and not greater than 80, and the indentation depth is not less than 300 nm and not greater than 2500 nm.
Piezo-hydraulic actuator configured as a system comprising four chambers, wherein a first chamber is a drive bellow filled with a hydraulic fluid and movable by a piezo actuator, the drive bellow being hydraulically connected via a first back pressure valve with a second chamber configured as a hydraulic cylinder filled with the hydraulic fluid as first output, the housing and the hydraulic piston of which are mechanically coupled in parallel to an output bellow filled with the hydraulic fluid and forming a third chamber as second output, wherein the drive bellow is hydraulically connected via a second back pressure valve with a fourth chamber filled with the hydraulic fluid as reservoir, wherein same is hydraulically connected via a third back pressure valve with the output bellow and the hydraulic cylinder via a fourth back pressure valve with the output bellow.
A work vehicle comprising: a steering column which is arranged in front of a control seat which is provided on a travel machine body; and a control steering wheel which has an approximately round shape in a plan view and is arranged in an upper end side of a steering wheel shaft which protrudes upward out of an upper surface of the steering column, wherein the control steering wheel is constructed by spokes which are axially supported to the steering wheel shaft, and a steering wheel which is arranged in an outer side of the spokes, and the steering column is bilaterally symmetrical about the steering wheel shaft, whereby said work vehicle is characterized in that a plurality of switches (64, 65) are arranged at positions which are on the upper surface of the steering column in the base portion of the control steering wheel and correspond to an area surrounded by the spokes and the steering wheel in the control steering wheel at a straight traveling position. a steering column which is arranged in front of a control seat which is provided on a travel machine body; and a control steering wheel which has an approximately round shape in a plan view and is arranged in an upper end side of a steering wheel shaft which protrudes upward out of an upper surface of the steering column, wherein the control steering wheel is constructed by spokes which are axially supported to the steering wheel shaft, and a steering wheel which is arranged in an outer side of the spokes, and the steering column is bilaterally symmetrical about the steering wheel shaft, whereby said work vehicle is characterized in that a plurality of switches (64, 65) are arranged at positions which are on the upper surface of the steering column in the base portion of the control steering wheel and correspond to an area surrounded by the spokes and the steering wheel in the control steering wheel at a straight traveling position.