mhurhangee/ep-ind-claims huggingface dataset:
Pulper for pulverizing and suspending paper pulp, having an upwardly open container in which the paper pulp may be mixed with water, be comminuted, and suspended, such that a paper-pulp containing suspension is formed, wherein the container has a substantially cylindrical side wall, a driven rotor for generating a circulation flow in the container being located on the base of the container, and a vertical flow barrier (8, 8', 8") being inserted on the side wall of the container, characterized in that the front side of the flow barrier (8', 8") in relation to the vertical is disposed at an angle (δ) between 0 and 10°, the angle (δ) being aligned such that at least the major part of the front side from the bottom to the top converges with the axis of the container.
A backwashing suction device for a fabric filtration apparatus having a fiber disk filter provided with pile threads, the backwashing suction device comprising: a suction body formed in a container shape and having a drain hole through which contents inside the suction body are discharged to the outside; and a suction plate mounted on the suction body so that an inlet portion of the suction body is closeable and having at least one suction slit to perform backwashing, wherein the suction slit forms a slope so that an inner surface of an edge through which the pile threads introduced into the suction slit exit is gradually widened in an inward direction from an inlet of the suction slit, characterized in that a plurality of friction protrusions are formed to protrude from the slope so that, as the fiber disk filter rotates while being backwashed, the pile threads are repeatedly pressed against and separated from the friction protrusions. a suction body formed in a container shape and having a drain hole through which contents inside the suction body are discharged to the outside; and a suction plate mounted on the suction body so that an inlet portion of the suction body is closeable and having at least one suction slit to perform backwashing, wherein the suction slit forms a slope so that an inner surface of an edge through which the pile threads introduced into the suction slit exit is gradually widened in an inward direction from an inlet of the suction slit, characterized in that a plurality of friction protrusions are formed to protrude from the slope so that, as the fiber disk filter rotates while being backwashed, the pile threads are repeatedly pressed against and separated from the friction protrusions.
A method for preparing a printing screen for the screen printing of value documents or security elements for value documents, wherein the printing screen is supplied, which has a printing side, a screen fabric and a stencil which makes the screen fabric impermeable to printing media except for places printing motifs, wherein a foil is supplied and provided with openings at the places on the foil which correspond to the places of the printing screen printing the motifs, and the foil is applied, preferably adhesively bonded, to the printing side of the printing screen over the full area, wherein the openings are located over the places of the printing screen printing the motifs, so that the places of the printing screen printing the motifs are all omitted from foil cover, characterized in that the openings are larger than the places printing the motifs.
A method performed by a terminal device in a wireless telecommunications network comprising the terminal device and a plurality of base stations (204, 206), wherein the base stations are arranged into groups of one or more base stations supporting communications over different tracking areas in such a way that different groups comprise base stations in different tracking areas, wherein the method comprises: establishing a radio resource control, RRC, connection with an initially selected base station and entering an RRC connected mode of operation with respect to the initially selected base station, wherein the initially selected base station is a member of a first group of base stations; suspending the RRC connection with the initially selected base station and entering an RRC suspended mode of operation; and subsequently transmitting a message to request a resumed RRC connection to a subsequently selected base station, wherein the subsequently selected base station is selected in accordance with a cell selection or reselection procedure for the terminal device performed while in the RRC suspended mode of operation, and wherein the message to request a resumed RRC connection comprises information on the identity of the initially selected base station and is transmitted with a first format if the subsequently selected base station is a member of the first group of base stations and is transmitted with a second format, which is different from the first format, if the subsequently selected base station is not a member of the first group of base stations. establishing a radio resource control, RRC, connection with an initially selected base station and entering an RRC connected mode of operation with respect to the initially selected base station, wherein the initially selected base station is a member of a first group of base stations; suspending the RRC connection with the initially selected base station and entering an RRC suspended mode of operation; and subsequently transmitting a message to request a resumed RRC connection to a subsequently selected base station, wherein the subsequently selected base station is selected in accordance with a cell selection or reselection procedure for the terminal device performed while in the RRC suspended mode of operation, and wherein the message to request a resumed RRC connection comprises information on the identity of the initially selected base station and is transmitted with a first format if the subsequently selected base station is a member of the first group of base stations and is transmitted with a second format, which is different from the first format, if the subsequently selected base station is not a member of the first group of base stations.
Pot support grate for household cooking appliances, comprising a plurality of spokes with at least one portion on which a pot can be laid, at least one pad (15, 16, 20) of elastic material for laying the grate on a cooking top of the household appliance, wherein the pad (15, 16, 20) is at least partially made of polymeric material comprising thermochromic pigments, so that the pad will change its colour at preset temperature values, characterized in that said at least one pad (15, 16, 20) comprises a portion that protrudes under the grate, adapted for contacting the top of the household appliance and for remaining visible once the grate has been arranged on the household appliance.
A method of determining a reference direction for an angular measurement device, comprising: providing a rigid structure having an antenna for a global navigation satellite system fixed at a first point thereof; fixing the angular measurement device to a second point on the rigid structure, characterized in that the second point is separated from the first point by at least 0.5 metres and wherein a sensitive axis of the angular measurement device is not aligned with the direction between the first point and the second point; and in that the method further comprises: while rotating the rigid structure so as to cause rotational movement of the antenna around the sensitive axis of the angular measurement device, acquiring velocity measurement data from the global navigation satellite system and angular velocity measurement data from the angular measurement device; and using the velocity measurement data and the angular velocity measurement data to determine a reference direction for the angular measurement device. providing a rigid structure having an antenna for a global navigation satellite system fixed at a first point thereof; fixing the angular measurement device to a second point on the rigid structure, characterized in that the second point is separated from the first point by at least 0.5 metres and wherein a sensitive axis of the angular measurement device is not aligned with the direction between the first point and the second point; and in that the method further comprises: while rotating the rigid structure so as to cause rotational movement of the antenna around the sensitive axis of the angular measurement device, acquiring velocity measurement data from the global navigation satellite system and angular velocity measurement data from the angular measurement device; and using the velocity measurement data and the angular velocity measurement data to determine a reference direction for the angular measurement device. while rotating the rigid structure so as to cause rotational movement of the antenna around the sensitive axis of the angular measurement device, acquiring velocity measurement data from the global navigation satellite system and angular velocity measurement data from the angular measurement device; and using the velocity measurement data and the angular velocity measurement data to determine a reference direction for the angular measurement device.
A method for use in a communication system wherein a client device requests media files from a media ingestion system, the method comprising: providing, at the media ingestion system, multiple layers (1204, 1206, 1208) of media data within the media files, wherein a version of media content can be constructed from a subset of the multiple layers (1204, 1206, 1208); and providing metadata to enable construction of requests for the layers (1204, 1206, 1208) of media data; wherein layers comprising a block are stored within a single file and metadata is provided specifying byte ranges within the file corresponding to the individual layers. providing, at the media ingestion system, multiple layers (1204, 1206, 1208) of media data within the media files, wherein a version of media content can be constructed from a subset of the multiple layers (1204, 1206, 1208); and providing metadata to enable construction of requests for the layers (1204, 1206, 1208) of media data; wherein layers comprising a block are stored within a single file and metadata is provided specifying byte ranges within the file corresponding to the individual layers.
A bearing element comprising: - a bearing element substrate; and - a sliding layer of a sliding layer material, the sliding layer material comprising a polymeric material and nanodiamonds; - wherein the nanodiamonds are surface-functionalised nanodiamonds, characterized in that - the sliding layer comprises at least two layers, - at least one of the at least two layers of the sliding layer comprises a different percentage by weight of surface-functionalised nanodiamonds than at least one other layer of the sliding layer. - a bearing element substrate; and - a sliding layer of a sliding layer material, the sliding layer material comprising a polymeric material and nanodiamonds; - wherein the nanodiamonds are surface-functionalised nanodiamonds, characterized in that - the sliding layer comprises at least two layers, - at least one of the at least two layers of the sliding layer comprises a different percentage by weight of surface-functionalised nanodiamonds than at least one other layer of the sliding layer.
A computer-implemented method for a node to obtain a credential from a group of specialized nodes, each of the specialized nodes having a private key share of a group private key, wherein the method comprises: sending a request, from the node to a plurality of the specialized nodes, for the credential, wherein the node has an identifier, wherein the identifier includes an identifier string identifying the node and a role string identifying the role of the group of specialized nodes, wherein the identifier is formed from a concatenation of the identifier string, the role string and the expiration time of the credential; receiving, from each node in the plurality of the specialized nodes, a portion of a secret point generated by that node from the identifier and that node's private key share; and generating the secret point by combining the received portions of the secret point, and wherein the secret point comprises the group private key times a map-to-point hash of the identifier, and the credential comprises the identifier and the secret point, and wherein none of the specialized nodes nor the node is required to obtain a complete copy of the group private key; and wherein: the node is not a member of the specialized group of nodes. sending a request, from the node to a plurality of the specialized nodes, for the credential, wherein the node has an identifier, wherein the identifier includes an identifier string identifying the node and a role string identifying the role of the group of specialized nodes, wherein the identifier is formed from a concatenation of the identifier string, the role string and the expiration time of the credential; receiving, from each node in the plurality of the specialized nodes, a portion of a secret point generated by that node from the identifier and that node's private key share; and generating the secret point by combining the received portions of the secret point, and wherein the secret point comprises the group private key times a map-to-point hash of the identifier, and the credential comprises the identifier and the secret point, and wherein none of the specialized nodes nor the node is required to obtain a complete copy of the group private key; and wherein: the node is not a member of the specialized group of nodes.
A method for determining a scheduling user, applied to a first base station in a data transmission system in a coordinated beamforming, CBF, weight adjustment process, wherein the first base station comprises at least two antennas, the first base station manages a first cell, and the method comprises: determining a first pre-scheduling user that is a CBF to-be-adjusted user at a second moment from a user in the first cell at a first moment, wherein the second moment is later than the first moment; determining a first transmit weight of the first cell at the second moment after CBF weight adjustment for the first pre-scheduling user; receiving a second transmit weight at the second moment that is sent by a second base station to which a second cell belongs in the data transmission system, wherein the second cell comprises a neighboring cell that meets a preset interaction condition and that is in a neighboring cell of the first cell; calculating a signal to interference plus noise ratio, SINR, of each user in the first cell at the second moment based on the first transmit weight and the second transmit weight; selecting a target scheduling user at the second moment from the users in the first cell based on the SINR of each user at the second moment, and characterised by transmitting, by the first base station, at the second moment data to the target scheduling user by using a modulation and coding scheme, MCS, of the target scheduling user, wherein a used transmit weight at the second moment is the first transmit weight determined by the first base station, and a transmit weight used by the second base station is the second transmit weight sent by the second base station. determining a first pre-scheduling user that is a CBF to-be-adjusted user at a second moment from a user in the first cell at a first moment, wherein the second moment is later than the first moment; determining a first transmit weight of the first cell at the second moment after CBF weight adjustment for the first pre-scheduling user; receiving a second transmit weight at the second moment that is sent by a second base station to which a second cell belongs in the data transmission system, wherein the second cell comprises a neighboring cell that meets a preset interaction condition and that is in a neighboring cell of the first cell; calculating a signal to interference plus noise ratio, SINR, of each user in the first cell at the second moment based on the first transmit weight and the second transmit weight; selecting a target scheduling user at the second moment from the users in the first cell based on the SINR of each user at the second moment, and characterised by transmitting, by the first base station, at the second moment data to the target scheduling user by using a modulation and coding scheme, MCS, of the target scheduling user, wherein a used transmit weight at the second moment is the first transmit weight determined by the first base station, and a transmit weight used by the second base station is the second transmit weight sent by the second base station.
A method for imparting surface effects to a substrate comprising contacting all or a portion of a surface of the substrate with a coating composition comprising a coating base and at least one hydrophobic compound having at least one linkage of Formula I: - NHC -X- wherein X is the residue of alkyl citrates, pentaerythritol esters or a cyclic or acyclic sugar alcohol which is substituted with at least two -R 1; -C R 1; -(CH 2 CH 2 O) n (CH(CH 3)CH 2 O) m C R 1; or mixtures thereof; where the cyclic or acyclic sugar alcohol is selected from a saccharide, reduced sugar, aminosaccharide, aldonic acid, or aldonic acid lactone; wherein each n is independently 0 to 20; each m is independently 0 to 20; m+n is greater than 0; each R 1 is independently a linear or branched alkyl group having 5 to 29 carbons optionally comprising at least 1 unsaturated bond; wherein the hydrophobic compound contains 0% reactive isocyanate groups, and the substrate is selected from the group consisting of proppant particles, unglazed concrete, brick, tile, granite, limestone, marble, grout, mortar, wood, terrazzo, and gypsum board. X is the residue of alkyl citrates, pentaerythritol esters or a cyclic or acyclic sugar alcohol which is substituted with at least two -R 1; -C R 1; -(CH 2 CH 2 O) n (CH(CH 3)CH 2 O) m C R 1; or mixtures thereof; where the cyclic or acyclic sugar alcohol is selected from a saccharide, reduced sugar, aminosaccharide, aldonic acid, or aldonic acid lactone; wherein each n is independently 0 to 20; each m is independently 0 to 20; m+n is greater than 0; each R 1 is independently a linear or branched alkyl group having 5 to 29 carbons optionally comprising at least 1 unsaturated bond; wherein the hydrophobic compound contains 0% reactive isocyanate groups, and the substrate is selected from the group consisting of proppant particles, unglazed concrete, brick, tile, granite, limestone, marble, grout, mortar, wood, terrazzo, and gypsum board.
A photoacoustic imaging method, comprising: non-invasively scanning a subject with light (step A3); detecting acoustic waves generated within the subject by the scanning of light to obtain acoustic wave detection signals (step A6); and generating volume data that represent three dimensional acoustic images of the subject based on the acoustic wave detection signals; characterized in that the photoacoustic imaging method further comprises: generating photoacoustic projection images of the subject projected in an irradiation depth direction of the light based on the acoustic wave detection signals prior to the volume data being generated, concurrently with the scanning of the light (step A12); and displaying the photoacoustic projection images by a display means (step A14), wherein: absolute values of the acoustic wave detection signals are integrated with respect to the irradiation depth direction of the light; and the photoacoustic projection images are generated based on the integrated values of the absolute values of the acoustic wave detection signals. non-invasively scanning a subject with light (step A3); detecting acoustic waves generated within the subject by the scanning of light to obtain acoustic wave detection signals (step A6); and generating volume data that represent three dimensional acoustic images of the subject based on the acoustic wave detection signals; characterized in that the photoacoustic imaging method further comprises: generating photoacoustic projection images of the subject projected in an irradiation depth direction of the light based on the acoustic wave detection signals prior to the volume data being generated, concurrently with the scanning of the light (step A12); and displaying the photoacoustic projection images by a display means (step A14), wherein: absolute values of the acoustic wave detection signals are integrated with respect to the irradiation depth direction of the light; and the photoacoustic projection images are generated based on the integrated values of the absolute values of the acoustic wave detection signals. generating photoacoustic projection images of the subject projected in an irradiation depth direction of the light based on the acoustic wave detection signals prior to the volume data being generated, concurrently with the scanning of the light (step A12); and displaying the photoacoustic projection images by a display means (step A14), wherein: absolute values of the acoustic wave detection signals are integrated with respect to the irradiation depth direction of the light; and the photoacoustic projection images are generated based on the integrated values of the absolute values of the acoustic wave detection signals. absolute values of the acoustic wave detection signals are integrated with respect to the irradiation depth direction of the light; and the photoacoustic projection images are generated based on the integrated values of the absolute values of the acoustic wave detection signals.
Method for the exhaust gas treatment of an internal combustion engine, in whose exhaust system is arranged a particle filter or a four-way catalytic converter, comprising the following steps: - operating the internal combustion engine in a normal operation with a stoichiometric combustion-air ratio, wherein the soot particles arising during combustion are retained in the exhaust system by the particle filter or the four-way catalytic converter, - determining the particle input into the particle filter or the four-way catalytic converter by means of a calculation model, - transmitting a shutdown request of the internal combustion engine to a control unit of said internal combustion engine, - shutting down the fuel injection into the combustion chambers of the internal combustion engine, wherein the fuel injection is shut down if the engine speed (n) of the internal combustion engine is above a threshold value (S 1), - regeneration of the particle filter or of the four-way catalytic converter by means of the residual oxygen delivered into the exhaust system upon the internal combustion engine running down after shutting down the fuel injection, wherein - the soot discharge from the particle filter or from the four-way catalytic converter is determined by means of a calculation model. - operating the internal combustion engine in a normal operation with a stoichiometric combustion-air ratio, wherein the soot particles arising during combustion are retained in the exhaust system by the particle filter or the four-way catalytic converter, - determining the particle input into the particle filter or the four-way catalytic converter by means of a calculation model, - transmitting a shutdown request of the internal combustion engine to a control unit of said internal combustion engine, - shutting down the fuel injection into the combustion chambers of the internal combustion engine, wherein the fuel injection is shut down if the engine speed (n) of the internal combustion engine is above a threshold value (S 1), - regeneration of the particle filter or of the four-way catalytic converter by means of the residual oxygen delivered into the exhaust system upon the internal combustion engine running down after shutting down the fuel injection, wherein - the soot discharge from the particle filter or from the four-way catalytic converter is determined by means of a calculation model.