mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting random access of a wireless device, the method being performed in a radio network node of a wireless communication system, the radio network node serving a cell, the method comprising: - determining whether to allocate a dedicated random access preamble to the wireless device at paging of the wireless device in the cell, and - when it is determined to allocate the dedicated random access preamble to the wireless device at paging: transmitting an indicator of the dedicated random access preamble to the wireless device in a message related to the paging of the wireless device, wherein the dedicated random access preamble is valid for random access during a time window during which the dedicated random access preamble is reserved for the wireless device, characterized in that the method further comprises preconfiguring the dedicated random access preamble in the wireless device by: - transmitting the dedicated random access preamble to the wireless device prior to determining whether to allocate the dedicated random access preamble. - determining whether to allocate a dedicated random access preamble to the wireless device at paging of the wireless device in the cell, and - when it is determined to allocate the dedicated random access preamble to the wireless device at paging: transmitting an indicator of the dedicated random access preamble to the wireless device in a message related to the paging of the wireless device, wherein the dedicated random access preamble is valid for random access during a time window during which the dedicated random access preamble is reserved for the wireless device, - transmitting the dedicated random access preamble to the wireless device prior to determining whether to allocate the dedicated random access preamble.
A monoamine compound represented by the following general formula: wherein R 1 to R 3 each independently represent a phenyl group which has no substituent in the p-position and may have a substituent in at least one of o- and m-positions, in which the substituents may be bonded to each other to form a cyclic structure, and R 1 to R 3 are groups different from each other, and wherein at least one of R 1 to R 3 is a group including a partial structure represented by the following general formula: wherein X represents any one of -NR 4 - (where R 4 represents an aryl group which may have a substituent), -O-, and -S-; and the X-containing fused ring in general formula may further have a substituent, in which the substituents may be bonded to each other to form a cyclic structure, with the proviso that the monoamine compound is not represented by either one of the following structural formulas: wherein R 1 to R 3 each independently represent a phenyl group which has no substituent in the p-position and may have a substituent in at least one of o- and m-positions, in which the substituents may be bonded to each other to form a cyclic structure, and R 1 to R 3 are groups different from each other, and wherein at least one of R 1 to R 3 is a group including a partial structure represented by the following general formula: wherein X represents any one of -NR 4 - (where R 4 represents an aryl group which may have a substituent), -O-, and -S-; and the X-containing fused ring in general formula may further have a substituent, in which the substituents may be bonded to each other to form a cyclic structure, with the proviso that the monoamine compound is not represented by either one of the following structural formulas:
A lid for a storage battery in which a terminal section made up of a terminal having a cavity portion into which a nut is inserted, a bushing, and a conductive portion joining both is insert-molded in a lid made of synthetic resin, wherein an anchor portion is projected on a bottom portion of the terminal excluding at least a central portion of the bottom portion of the terminal, and at least the central portion of the bottom portion of the terminal where the anchor portion is not projected is deformed by an injection molding pressure of the synthetic resin at the time of the insert molding, by which the nut is pressed and fixed to the cavity portion of the terminal.
A secondary battery comprising: an electrode assembly including a first electrode tab and a second electrode tab; a case accommodating the electrode assembly, the case having an opening; a cap plate coupled to the case at the opening of the case; a first current collector electrically connected to the first electrode tab of the electrode assembly; a second current collector electrically connected to the second electrode tab of the electrode assembly; and a sub-tab (140, 141) coupled to one of the first and second electrode tabs (111, 112) of the electrode assembly by welding, wherein at least one of the first and second current collectors (121, 131) includes a first region (121a, 131a) and a second region (121c, 131c) recessed relative to the first region (121a, 131a) in a direction facing the electrode assembly, wherein the sub-tab (140, 141) is integrally formed with the one of the first and second current collectors (121, 131),and wherein a portion of the sub-tab (140, 141) together with the one of the first and second electrode tabs (111, 112) welded to the portion of the sub-tab (140, 141) is bent 90 degrees with respect to a plane orthogonal to the second region (121c, 131c) of one of the first and second current collectors (121, 131) along a boundary between the sub-tab (140, 141) and the one of the first and second current collectors (121, 131) such that the sub-tab (140, 141) contacts an outer side surface of the second region (121c, 131c) of the one of the first and second current collectors (121, 131). an electrode assembly including a first electrode tab and a second electrode tab; a case accommodating the electrode assembly, the case having an opening; a cap plate coupled to the case at the opening of the case; a first current collector electrically connected to the first electrode tab of the electrode assembly; a second current collector electrically connected to the second electrode tab of the electrode assembly; and a sub-tab (140, 141) coupled to one of the first and second electrode tabs (111, 112) of the electrode assembly by welding, wherein at least one of the first and second current collectors (121, 131) includes a first region (121a, 131a) and a second region (121c, 131c) recessed relative to the first region (121a, 131a) in a direction facing the electrode assembly, wherein the sub-tab (140, 141) is integrally formed with the one of the first and second current collectors (121, 131),and wherein a portion of the sub-tab (140, 141) together with the one of the first and second electrode tabs (111, 112) welded to the portion of the sub-tab (140, 141) is bent 90 degrees with respect to a plane orthogonal to the second region (121c, 131c) of one of the first and second current collectors (121, 131) along a boundary between the sub-tab (140, 141) and the one of the first and second current collectors (121, 131) such that the sub-tab (140, 141) contacts an outer side surface of the second region (121c, 131c) of the one of the first and second current collectors (121, 131).
A method of 3D print modelling, comprising the steps of: generating a point cloud representation of a target virtual object for 3D printing; generating a voxel representation of the point cloud by adding a respective first voxel when a respective first point from the point cloud representation is located in the notional volume occupied by that first voxel; assigning a first colour associated with the first point to all the faces of the first voxel; and if a second point from the point cloud representation is located within the volume of the first voxel, assigning a second colour associated with the second point to a respective face of the first voxel corresponding to a surface normal of the second point to change the colour assigned to the respective face to the second colour, the surface normal of the second point corresponding to a normal of a surface of the target virtual object; and thickening the voxel representation of the point cloud by generating a duplicate voxel adjacent to the first voxel and along a first axis passing through the two opposing faces of the first voxel respectively having the first and second colours; wherein the first voxel and the duplicate voxel are respectively assigned the first colour and the second colour. generating a point cloud representation of a target virtual object for 3D printing; generating a voxel representation of the point cloud by adding a respective first voxel when a respective first point from the point cloud representation is located in the notional volume occupied by that first voxel; assigning a first colour associated with the first point to all the faces of the first voxel; and if a second point from the point cloud representation is located within the volume of the first voxel, assigning a second colour associated with the second point to a respective face of the first voxel corresponding to a surface normal of the second point to change the colour assigned to the respective face to the second colour, the surface normal of the second point corresponding to a normal of a surface of the target virtual object; and thickening the voxel representation of the point cloud by generating a duplicate voxel adjacent to the first voxel and along a first axis passing through the two opposing faces of the first voxel respectively having the first and second colours; wherein the first voxel and the duplicate voxel are respectively assigned the first colour and the second colour. assigning a second colour associated with the second point to a respective face of the first voxel corresponding to a surface normal of the second point to change the colour assigned to the respective face to the second colour, the surface normal of the second point corresponding to a normal of a surface of the target virtual object; and thickening the voxel representation of the point cloud by generating a duplicate voxel adjacent to the first voxel and along a first axis passing through the two opposing faces of the first voxel respectively having the first and second colours; wherein the first voxel and the duplicate voxel are respectively assigned the first colour and the second colour.
A main beam for wind turbine blade, comprising: one or more carbon fiber pultruded bodies, each of the carbon fiber pultruded bodies comprising one or more carbon fiber pultruded sheets, the carbon fiber pultruded sheets are stacked along a thickness direction of the carbon fiber pultruded bodies, the carbon fiber pultruded sheets are formed by curing a first infusion material; one or more inlays, which are arranged adjacent to the carbon fiber pultruded bodies in a direction perpendicular to a thickness direction of the main beam; one or more overlays, which only cover the carbon fiber pultruded bodies on both sides in the thickness direction of the main beam; and a second infusion material, which impregnates the carbon fiber pultruded bodies, the inlays and the overlays, wherein the one or more inlays comprises a main body of the inlays, the thickness d1 of which is less than or equal to the sum D of the thicknesses of the adjacent carbon fiber pultruded bodies and the overlays; and a transition portion of the inlays arranged between the main body of the inlays and the adjacent carbon fiber pultruded bodies to form a thickness transition, the thickness d2 of which varies between zero and D-d1 from the main body of the inlays to the carbon fiber pultruded bodies. one or more carbon fiber pultruded bodies, each of the carbon fiber pultruded bodies comprising one or more carbon fiber pultruded sheets, the carbon fiber pultruded sheets are stacked along a thickness direction of the carbon fiber pultruded bodies, the carbon fiber pultruded sheets are formed by curing a first infusion material; one or more inlays, which are arranged adjacent to the carbon fiber pultruded bodies in a direction perpendicular to a thickness direction of the main beam; one or more overlays, which only cover the carbon fiber pultruded bodies on both sides in the thickness direction of the main beam; and a second infusion material, which impregnates the carbon fiber pultruded bodies, the inlays and the overlays, wherein the one or more inlays comprises a main body of the inlays, the thickness d1 of which is less than or equal to the sum D of the thicknesses of the adjacent carbon fiber pultruded bodies and the overlays; and a transition portion of the inlays arranged between the main body of the inlays and the adjacent carbon fiber pultruded bodies to form a thickness transition, the thickness d2 of which varies between zero and D-d1 from the main body of the inlays to the carbon fiber pultruded bodies.
An accessory for a microscope arranged to carry out Attenuated Total Internal Reflectance measurements, said accessory comprising a support which can be mounted on the movable stage of the microscope, a mounting member for mounting an ATR crystal carried on said support, said mounting member being so mounted and arranged on the support that it can be moved between a position in which a crystal mounted on the mounting member is aligned with the optical axis of the microscope and a position in which the crystal is displaced from the optical axis, wherein the mounting member comprises an elongate arm pivotally supported at one end on a first guide pin, said arm being pivotal about said pin to allow said movement of the mounting member, and characterized in that the other end of the arm has an opening which engages a second pin carried by the support when the mounting member is located in the position in which the crystal lies on said optical axis.
A manufacturing apparatus for an absorbent body comprising: a first conveyor that conveys an air-permeable first sheet while sucking the first sheet along a flat first slope surface; a second conveyor that conveys an air-permeable second sheet while sucking the second sheet along a flat second slope surface having a slope opposite to the first slope surface; a first distribution device that forms a first absorbent layer in the first sheet by distributing absorbent powder on an upper surface of the first sheet being conveyed along the first slope surface; a second distribution device that forms a second absorbent layer in the second sheet by distributing absorbent powder on an upper surface of the second sheet being conveyed along the second slope surface; a stacking part that stacks the first sheet conveyed by the first conveyor and the second sheet conveyed by the second conveyor in such a manner as to cause the first absorbent layer of the first sheet and the second absorbent layer of the second sheet to face each other; the stacking part is a stacking roller that rolls in the first sheet conveyed by the first conveyor and the second sheet conveyed by the second conveyor and also stacks the first sheet and the second sheet on each other, and a stacking conveyor that a thin paper is fed on, the stacking conveyor conveying the thin paper and the first and second sheets (S1, S2) downstream in a state where the thin paper is provided under a stack of the first and second sheets (S1, S2) stacked together, the stacking conveyor contacting the stacking roller with the stack and the thin paper therebetween. a first conveyor that conveys an air-permeable first sheet while sucking the first sheet along a flat first slope surface; a second conveyor that conveys an air-permeable second sheet while sucking the second sheet along a flat second slope surface having a slope opposite to the first slope surface; a first distribution device that forms a first absorbent layer in the first sheet by distributing absorbent powder on an upper surface of the first sheet being conveyed along the first slope surface; a second distribution device that forms a second absorbent layer in the second sheet by distributing absorbent powder on an upper surface of the second sheet being conveyed along the second slope surface; a stacking part that stacks the first sheet conveyed by the first conveyor and the second sheet conveyed by the second conveyor in such a manner as to cause the first absorbent layer of the first sheet and the second absorbent layer of the second sheet to face each other; the stacking part is a stacking roller that rolls in the first sheet conveyed by the first conveyor and the second sheet conveyed by the second conveyor and also stacks the first sheet and the second sheet on each other, and a stacking conveyor that a thin paper is fed on, the stacking conveyor conveying the thin paper and the first and second sheets (S1, S2) downstream in a state where the thin paper is provided under a stack of the first and second sheets (S1, S2) stacked together, the stacking conveyor contacting the stacking roller with the stack and the thin paper therebetween.
An apparatus comprising: a pin electrically to couple a first agent to a second agent (102-2 to 102-M), the pin comprising a plurality of electrically conducting longitudinal portions that are at least partially separated by an electrically insulating longitudinal portion, wherein the electrically insulating longitudinal portion is arranged electrically to insulate the plurality of electrically conducting longitudinal portions of the pin from each other; and wherein one of the plurality of electrically conducting longitudinal portions is arranged to carry a signal and another one of the plurality of electrically conducting longitudinal portions is arranged to carry a ground signal, characterized in that the plurality of electricity conducting longitudinal portions and the electrically insulating longitudinal portion are disposed in parallel separate planes that are parallel to a length of the pin. a pin electrically to couple a first agent to a second agent (102-2 to 102-M), the pin comprising a plurality of electrically conducting longitudinal portions that are at least partially separated by an electrically insulating longitudinal portion, wherein the electrically insulating longitudinal portion is arranged electrically to insulate the plurality of electrically conducting longitudinal portions of the pin from each other; and wherein one of the plurality of electrically conducting longitudinal portions is arranged to carry a signal and another one of the plurality of electrically conducting longitudinal portions is arranged to carry a ground signal, characterized in that the plurality of electricity conducting longitudinal portions and the electrically insulating longitudinal portion are disposed in parallel separate planes that are parallel to a length of the pin.
A textile component, comprising: a first material element having a first edge, wherein the first edge includes a first portion of a spacer mesh material engaged with a first seam support material via a first thermoplastic material; a second material element having a second edge, wherein the second edge includes a second portion of a spacer mesh material engaged with a second seam support material via a second thermoplastic material, wherein the second thermoplastic material may be the same as or different from the first thermoplastic material, and wherein the second seam support material may be the same as or different from the first seam support material; and means for engaging the first edge and the second edge in an abutting edge joint. a first material element having a first edge, wherein the first edge includes a first portion of a spacer mesh material engaged with a first seam support material via a first thermoplastic material; a second material element having a second edge, wherein the second edge includes a second portion of a spacer mesh material engaged with a second seam support material via a second thermoplastic material, wherein the second thermoplastic material may be the same as or different from the first thermoplastic material, and wherein the second seam support material may be the same as or different from the first seam support material; and means for engaging the first edge and the second edge in an abutting edge joint.
A piezoelectric ceramic having a remanent polarization, comprising: a perovskite-type metal oxide containing barium titanate; and Mn; characterized in that: when a surface thereof being parallel, with a tolerance of ± 10°, to the direction of the remanent polarization is a measurement surface subjected to X-ray diffraction analysis at room temperature, the ratio of the diffraction intensity of the plane of the measurement surface to the diffraction intensity of the plane of the measurement surface is 1.0 or more, the diffraction peak of the plane has a half width of 1.2° or less, and the lattice constant c of the c-axis thereof and the lattice constant a of the a-axis thereof satisfy the relationship 1.004 ≤ c/a ≤ 1.010. a perovskite-type metal oxide containing barium titanate; and Mn; characterized in that: when a surface thereof being parallel, with a tolerance of ± 10°, to the direction of the remanent polarization is a measurement surface subjected to X-ray diffraction analysis at room temperature, the ratio of the diffraction intensity of the plane of the measurement surface to the diffraction intensity of the plane of the measurement surface is 1.0 or more, the diffraction peak of the plane has a half width of 1.2° or less, and the lattice constant c of the c-axis thereof and the lattice constant a of the a-axis thereof satisfy the relationship 1.004 ≤ c/a ≤ 1.010.
A non-adherent wound dressing comprising a substrate in the form of a perforated sheet of melt-blown non-woven material, wherein said melt-blown non-woven material is readily extensible in all directions and wherein the substrate is impregnated with, and coated on both sides with, a silicone gel.
A method of reporting Multimedia Broadcast Multicast Service, MBMS, counting results, the method being performed by a base station configured for MBMS and comprising: receiving a base station counting request from a Multi-cell/Multicast Coordination Entity, MCE, including an identifier for each of one or more MBMS services, and also including an update time; transmitting corresponding user equipment, UE, counting requests to UEs supported by the base station, to determine if the UEs are either receiving or want to receive the one or more MBMS services; transmitting an empty list of service identifiers to the MCE if no counting results are received from the supported UEs within a defined reporting window for the one or more identified MBMS services; and transmitting to the MCE a report including a determined quantity of UEs for each of the one or more identified services, the report also including the update time from the received request, if counting results are received from the supported UEs for the one or more identified MBMS services within the defined reporting window. receiving a base station counting request from a Multi-cell/Multicast Coordination Entity, MCE, including an identifier for each of one or more MBMS services, and also including an update time; transmitting corresponding user equipment, UE, counting requests to UEs supported by the base station, to determine if the UEs are either receiving or want to receive the one or more MBMS services; transmitting an empty list of service identifiers to the MCE if no counting results are received from the supported UEs within a defined reporting window for the one or more identified MBMS services; and transmitting to the MCE a report including a determined quantity of UEs for each of the one or more identified services, the report also including the update time from the received request, if counting results are received from the supported UEs for the one or more identified MBMS services within the defined reporting window.