mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a master base station (106C, 106E) in a cloud cell, the method comprising: receiving at least one data packet for a mobile station (108A, 108B) from a gateway; identifying a network node to which the at least one data packet is to be transmitted if the at least one data packet is received, wherein the network node is one of the mobile station, and a slave base station (106A, 106B, 106D, 106F) in the cloud cell; if the network node is the slave base station, performing a partial processing of the at least one data packet received from the data gateway and transmitting the partially processed at least one data packet to the slave base station, if the network node is the mobile base station, performing an entire processing of the at least one data packet received from the gateway and transmitting the entirely processed at least one data packet to the mobile station; and wherein the partial layer processing comprises a packet data convergence protocol, PDCP, sub layer processing, wherein the entire processing comprises the PDCP sub layer processing, a radio link control, RLC, sub layer processing, a medium access control, MAC, sub layer processing, and a physical, PHY, layer processing, and wherein the partially processed at least one data packet is transmitted to the slave base station, for a RLC sub layer processing, a MAC sub layer processing, and a PHY layer processing in the slave base station. receiving at least one data packet for a mobile station (108A, 108B) from a gateway; identifying a network node to which the at least one data packet is to be transmitted if the at least one data packet is received, wherein the network node is one of the mobile station, and a slave base station (106A, 106B, 106D, 106F) in the cloud cell; if the network node is the slave base station, performing a partial processing of the at least one data packet received from the data gateway and transmitting the partially processed at least one data packet to the slave base station, if the network node is the mobile base station, performing an entire processing of the at least one data packet received from the gateway and transmitting the entirely processed at least one data packet to the mobile station; and wherein the partial layer processing comprises a packet data convergence protocol, PDCP, sub layer processing, wherein the entire processing comprises the PDCP sub layer processing, a radio link control, RLC, sub layer processing, a medium access control, MAC, sub layer processing, and a physical, PHY, layer processing, and wherein the partially processed at least one data packet is transmitted to the slave base station, for a RLC sub layer processing, a MAC sub layer processing, and a PHY layer processing in the slave base station.
A cover for protecting a moored vessel and part of a pier during a loading operation against inclement weather, said cover comprising: a plurality of arches with a first end and a second end for traversing the moored vessel in a transverse direction from a land side to a water side, a canvas fitted to the plurality of arches; a plurality of floating bodies for supporting the first end of a respective one of the plurality of arches on the water side; and a plurality of support members for supporting the second end of a respective one of the plurality of arches on the land side. a plurality of arches with a first end and a second end for traversing the moored vessel in a transverse direction from a land side to a water side, a canvas fitted to the plurality of arches; a plurality of floating bodies for supporting the first end of a respective one of the plurality of arches on the water side; and a plurality of support members for supporting the second end of a respective one of the plurality of arches on the land side.
A method of manufacturing a packboard for an aircraft, the method comprising: coupling a head of a metal stud that is electrically conductive to a metal sheet that is electrically conductive such that the metal stud is in electrical contact with the metal sheet and the head of the metal stud is substantially flush with a first surface of the metal sheet; laying plies of electrically nonconductive material across a second surface, opposite the first surface, of the metal sheet, wherein laying the plies comprises: molding the plies to shape a packboard housing form having an inboard surface and an outboard surface, the second surface of the metal sheet extending across a minority portion, being less than half, of the outboard surface of the packboard housing form; and extending the metal stud completely through the plies; coupling a metal mesh that is electrically conductive across the first surface of the metal sheet and across a majority portion, being more than half, of the outboard surface of the packboard housing form, wherein the metal mesh is in electrical contact with the first surface of the metal sheet; and curing the plies to set the packboard housing form. coupling a head of a metal stud that is electrically conductive to a metal sheet that is electrically conductive such that the metal stud is in electrical contact with the metal sheet and the head of the metal stud is substantially flush with a first surface of the metal sheet; laying plies of electrically nonconductive material across a second surface, opposite the first surface, of the metal sheet, wherein laying the plies comprises: molding the plies to shape a packboard housing form having an inboard surface and an outboard surface, the second surface of the metal sheet extending across a minority portion, being less than half, of the outboard surface of the packboard housing form; and extending the metal stud completely through the plies; molding the plies to shape a packboard housing form having an inboard surface and an outboard surface, the second surface of the metal sheet extending across a minority portion, being less than half, of the outboard surface of the packboard housing form; and extending the metal stud completely through the plies; coupling a metal mesh that is electrically conductive across the first surface of the metal sheet and across a majority portion, being more than half, of the outboard surface of the packboard housing form, wherein the metal mesh is in electrical contact with the first surface of the metal sheet; and curing the plies to set the packboard housing form.
A method for determining a prediction direction, implemented by a decoder and comprising: determining a chroma intra prediction mode of a block to be decoded; acquiring a Direct Mode, DM, in the chroma intra prediction mode; and determining an index number of a prediction direction in a DM derived mode based on an offset N and an index number M of a prediction direction in the DM to determine the DM derived mode, N being a positive integer larger than or equal to 2 and M being a positive integer, wherein the determination of the index number of the prediction direction in the DM derived mode is based on a sum value of M and N, a difference value between the M and the N, a minimum value K1 of the index numbers of prediction directions in the DM and a maximum value K2 of the index numbers of the prediction directions in the DM, wherein the determination of the index number of the prediction direction in the DM derived mode based on the sum value and the difference value to determine the DM derived mode comprises: when the sum value is larger than or equal to K2 and the difference value is smaller than or equal to K1, determining that the index numbers of the prediction directions in the DM derived mode are K2 and K1 respectively, wherein M is 62, N is 5, K1 is 2, and K2 is 66. determining a chroma intra prediction mode of a block to be decoded; acquiring a Direct Mode, DM, in the chroma intra prediction mode; and determining an index number of a prediction direction in a DM derived mode based on an offset N and an index number M of a prediction direction in the DM to determine the DM derived mode, N being a positive integer larger than or equal to 2 and M being a positive integer, wherein the determination of the index number of the prediction direction in the DM derived mode is based on a sum value of M and N, a difference value between the M and the N, a minimum value K1 of the index numbers of prediction directions in the DM and a maximum value K2 of the index numbers of the prediction directions in the DM, wherein the determination of the index number of the prediction direction in the DM derived mode based on the sum value and the difference value to determine the DM derived mode comprises: when the sum value is larger than or equal to K2 and the difference value is smaller than or equal to K1, determining that the index numbers of the prediction directions in the DM derived mode are K2 and K1 respectively, wherein M is 62, N is 5, K1 is 2, and K2 is 66. when the sum value is larger than or equal to K2 and the difference value is smaller than or equal to K1, determining that the index numbers of the prediction directions in the DM derived mode are K2 and K1 respectively, wherein M is 62, N is 5, K1 is 2, and K2 is 66.
A gyratory crusher frame part comprising: a topshell having an annular wall extending around a longitudinal axis of the frame part, the wall being defined radially between a radially outward facing surface and a radially inward facing surface relative to the axis; a first and second mount region of the inward facing surface being inclined relative to the axis such that respective first axial upper ends (302, 308) of the first and second mount regions are positioned radially closer to the axis than respective second axially lower ends (305, 309), the second mount region positioned axially lower than the first mount region, wherein a part of the first mount region projects radially inward of a part of the second mount region; an annular rib positioned axially between the first and second mount regions and projecting radially inward from the wall, characterized by then annular rib having an inward facing mount surface positioned radially inward relative to the axially lower end of the first mount region and the axially upper end of the second mount region. a topshell having an annular wall extending around a longitudinal axis of the frame part, the wall being defined radially between a radially outward facing surface and a radially inward facing surface relative to the axis; a first and second mount region of the inward facing surface being inclined relative to the axis such that respective first axial upper ends (302, 308) of the first and second mount regions are positioned radially closer to the axis than respective second axially lower ends (305, 309), the second mount region positioned axially lower than the first mount region, wherein a part of the first mount region projects radially inward of a part of the second mount region; an annular rib positioned axially between the first and second mount regions and projecting radially inward from the wall, characterized by then annular rib having an inward facing mount surface positioned radially inward relative to the axially lower end of the first mount region and the axially upper end of the second mount region.
Testing body system comprising at least two elements which can be coupled to one another and can be arranged one behind the other in a longitudinal direction and/or next to one another in a preferably horizontal transverse direction at a right angle to the longitudinal direction in order to form a train which comprises the at least two elements and has a predeterminable total test load and/or a predeterminable X length and/or a predeterminable Y width and to guide it over a surface of a measuring system, a) at least one first element of the at least two elements being designed as a receiving element which extends with a length (L A) in the longitudinal direction, with a width (B A) in the transverse direction and with a height (H A) in a vertical direction extending orthogonally to the longitudinal direction and to the transverse direction, and has a base surface for resting on the surface, b) and at least one further element (A, D) of the at least two elements being designed b 1) as a further receiving element, of which the dimensions correspond to those of the first receiving element or differ in at least one dimension therefrom, or b 2) as a spacer element which extends with a length (L D) in the longitudinal direction, with a width (Bo) in the transverse direction and with a height (H D) in the vertical direction; c) each element (A, D) designed as a receiving element or spacer element has coupling means in order to be able to releasably couple two elements (A, D) to one another which are arranged directly one behind the other or next to one another in the X direction or Y direction, d) and each receiving element having a main body having one or more pockets, at least one pocket being designed to temporarily receive a test weight, and characterized in that the pockets extend into the main body starting from an upper side opposite the base surface in the vertical direction. a) at least one first element of the at least two elements being designed as a receiving element which extends with a length (L A) in the longitudinal direction, with a width (B A) in the transverse direction and with a height (H A) in a vertical direction extending orthogonally to the longitudinal direction and to the transverse direction, and has a base surface for resting on the surface, b) and at least one further element (A, D) of the at least two elements being designed b 1) as a further receiving element, of which the dimensions correspond to those of the first receiving element or differ in at least one dimension therefrom, or b 2) as a spacer element which extends with a length (L D) in the longitudinal direction, with a width (Bo) in the transverse direction and with a height (H D) in the vertical direction; c) each element (A, D) designed as a receiving element or spacer element has coupling means in order to be able to releasably couple two elements (A, D) to one another which are arranged directly one behind the other or next to one another in the X direction or Y direction, d) and each receiving element having a main body having one or more pockets, at least one pocket being designed to temporarily receive a test weight,
Container for fluid products, particularly pharmaceutical, cosmetic, medical products or the like, comprising: - at least a hollow body divided into: - at least a first tank containing a first fluid substance and communicating with a first dispensing hole of said first fluid substance; - at least a second tank containing a second fluid substance and communicating with a second dispensing hole of said second fluid substance; - at least a neck associated with said hollow body and on which are formed said first dispensing hole and said second dispensing hole; - at least a selector element associated with said neck by interposition of rotation means (18, 19) able to rotate said selector element around an axis of rotation, said selector element comprising at least an outlet channel able to dispense selectively, due to the rotation of said selector element, said first fluid substance or said second fluid substance, wherein said rotation means (18, 19) comprise at least a groove formed on said neck and at least an abutment protrusion formed on said selector element and at least partly inserted into said groove; characterized by the fact that said groove extends between a first shoulder and a second shoulder, said abutment protrusion is in rotational sliding contact on said first shoulder and said selector element is cap-shaped and can be fitted around said neck. - at least a hollow body divided into: - at least a first tank containing a first fluid substance and communicating with a first dispensing hole of said first fluid substance; - at least a second tank containing a second fluid substance and communicating with a second dispensing hole of said second fluid substance; - at least a neck associated with said hollow body and on which are formed said first dispensing hole and said second dispensing hole; - at least a selector element associated with said neck by interposition of rotation means (18, 19) able to rotate said selector element around an axis of rotation, said selector element comprising at least an outlet channel able to dispense selectively, due to the rotation of said selector element, said first fluid substance or said second fluid substance, wherein said rotation means (18, 19) comprise at least a groove formed on said neck and at least an abutment protrusion formed on said selector element and at least partly inserted into said groove;
A nonwoven fabric, which is a melt-blown nonwoven fabric, the nonwoven fabric comprising a constituent fiber containing a thermoplastic resin, the constituent fiber containing at least a first component and a second component, either one or both of the first component and the second component containing a crystal nucleating agent, the first component and the second component having a difference in crystallization start temperature of 5°C or more as measured by the method described in the specification, at least part of both the first component and the second component being exposed to a surface of the constituent fiber. either one or both of the first component and the second component containing a crystal nucleating agent, the first component and the second component having a difference in crystallization start temperature of 5°C or more as measured by the method described in the specification, at least part of both the first component and the second component being exposed to a surface of the constituent fiber.
A conformable tank, comprising: a body with a plurality of composite walls formed around a cavity, wherein the plurality of composite walls includes a flat side wall disposed opposite a curved side wall; and an internal support connected to one of the plurality of composite walls and positioned in the cavity; wherein a first section of one of the plurality of composite walls includes an exterior facing, an interior facing, and a core positioned between the exterior facing and the interior facing; and characterised in that the internal support extends through the interior facing and the core of the first section of one of the plurality of composite walls and is integrally formed with the exterior facing. a body with a plurality of composite walls formed around a cavity, wherein the plurality of composite walls includes a flat side wall disposed opposite a curved side wall; and an internal support connected to one of the plurality of composite walls and positioned in the cavity; wherein a first section of one of the plurality of composite walls includes an exterior facing, an interior facing, and a core positioned between the exterior facing and the interior facing; and characterised in that the internal support extends through the interior facing and the core of the first section of one of the plurality of composite walls and is integrally formed with the exterior facing.
A method for treating a surface of an object, characterized in that said method comprises the steps consisting of bringing the surface to be treated into contact with a diffusion intermediate and then of maintaining said surface to be treated in contact with said diffusion intermediate without any movement relative to each other, said diffusion intermediate being impregnated with a corrosive solution prior to contacting or during said contacting, and said diffusion intermediate being a solid, porous support chemically inert towards said corrosive solution. said diffusion intermediate being impregnated with a corrosive solution prior to contacting or during said contacting, and said diffusion intermediate being a solid, porous support chemically inert towards said corrosive solution.
A package comprising: a plurality of disposable absorbent articles; and a packaging having a front panel, a back panel, a top panel, a bottom panel, and a pair of side panels (16, 18), the panels (12, 14, 16, 18, 20, 22) cooperatively defining an interior compartment of the packaging, the plurality of disposable absorbent articles being compressed within the interior compartment, at least one of the side panels (16, 18) having an opening feature including a gusset and a line of weakness that extends through and is operatively connected to the gusset, the gusset having an upper edge, an inner panel, and an outer panel, the inner and outer panels defining a pocket, the line of weakness comprising a first portion, a second portion, and a third portion that spans between and connects the first and second portions (64, 66); the first and second portions (64, 66) extending longitudinally from the upper edge of the gusset to a location spaced from the upper edge; wherein the third portion of the line of weakness is located at least in part on the inner panel and is spaced from the upper edge of the gusset, wherein the gusset includes at least one finger aperture that extends through the outer panel of the gusset, characterised in that the third portion is disposed below the at least one finger aperture. a plurality of disposable absorbent articles; and a packaging having a front panel, a back panel, a top panel, a bottom panel, and a pair of side panels (16, 18), the panels (12, 14, 16, 18, 20, 22) cooperatively defining an interior compartment of the packaging, the plurality of disposable absorbent articles being compressed within the interior compartment, at least one of the side panels (16, 18) having an opening feature including a gusset and a line of weakness that extends through and is operatively connected to the gusset, the gusset having an upper edge, an inner panel, and an outer panel, the inner and outer panels defining a pocket, the line of weakness comprising a first portion, a second portion, and a third portion that spans between and connects the first and second portions (64, 66); the first and second portions (64, 66) extending longitudinally from the upper edge of the gusset to a location spaced from the upper edge; wherein the third portion of the line of weakness is located at least in part on the inner panel and is spaced from the upper edge of the gusset, wherein the gusset includes at least one finger aperture that extends through the outer panel of the gusset, characterised in that the third portion is disposed below the at least one finger aperture.
A method for producing a plug for use in a piercing-rolling mill for producing a seamless steel tube/pipe, the method for producing the plug for piercing-rolling comprising the steps of: shotblasting a surface of the plug; and arc-spraying a spray wire so as to form a film on a surface of a base metal of the plug that is shotblasted, characterized in that in the arc-spraying step, the arc-spraying is carried out by using, as the spray wire, a cored wire whose iron sheath tube is charged with iron oxide particles and, optionally, additionally with iron particles, so as to form the film containing iron oxides and Fe. shotblasting a surface of the plug; and arc-spraying a spray wire so as to form a film on a surface of a base metal of the plug that is shotblasted, characterized in that in the arc-spraying step, the arc-spraying is carried out by using, as the spray wire, a cored wire whose iron sheath tube is charged with iron oxide particles and, optionally, additionally with iron particles, so as to form the film containing iron oxides and Fe.
A shaker device comprising at least one motorised member that is intended to transmit by contact a shaking force to objects to be shaken, said member including a plurality of structural inserts (22, 24) that are covered by a wear jacket, said shaker device being characterised in that each of said structural inserts has two lobes, respectively a left lobe and a right lobes, said inserts being distributed in the jacket so as to form a respective discrete stack of left lobes and right lobes.