mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: detecting a trigger to change radio capabilities of a user equipment in an inactive state; transmitting a first message (412, 512, 612) comprising information indicating to change the radio capabilities of the user equipment, wherein the first message comprises a first access stratum message; receiving a second message (414, 514, 614) in response to transmitting the first message, wherein the second message comprises information corresponding to an action, and the second message comprises a second access stratum message; receiving a third message (430, 520, 630) comprising information requesting the radio capabilities of the user equipment; transmitting a fourth message comprising the radio capabilities of the user equipment; and receiving a fifth message comprising information for configuring a radio resource control of the user equipment and activating data radio bearers of the user equipment, wherein the fifth message is determined based on the radio capabilities of the user equipment: characterised in that the second message comprises a radio resource control resume message, a radio resource control setup message, or a radio resource control release message. detecting a trigger to change radio capabilities of a user equipment in an inactive state; transmitting a first message (412, 512, 612) comprising information indicating to change the radio capabilities of the user equipment, wherein the first message comprises a first access stratum message; receiving a second message (414, 514, 614) in response to transmitting the first message, wherein the second message comprises information corresponding to an action, and the second message comprises a second access stratum message; receiving a third message (430, 520, 630) comprising information requesting the radio capabilities of the user equipment; transmitting a fourth message comprising the radio capabilities of the user equipment; and receiving a fifth message comprising information for configuring a radio resource control of the user equipment and activating data radio bearers of the user equipment, wherein the fifth message is determined based on the radio capabilities of the user equipment: characterised in that the second message comprises a radio resource control resume message, a radio resource control setup message, or a radio resource control release message.
Device for the thermal management of an electric power train of an electric or hybrid motor vehicle, comprising a main housing accommodating at least an electric motor comprising a cooling circuit and a mechanical speed reducer coupled to said motor and comprising a lubrication circuit capable of being connected to said cooling circuit of said motor, said main housing comprising an oil sump, common to said cooling circuit and to said lubrication circuit, arranged in a lower part of said main housing, characterized in that said main housing comprises a partition for the separation of said main housing into two parts, in which there are arranged respectively, on the one hand, said motor and its cooling circuit, and, on the other hand, said speed reducer and its lubrication circuit, said oil sump comprising an oil overflow passage through said separating partition and, beneath said oil overflow passage, an oil channel extending through said separating partition between said two parts, said oil channel including one end discharging into said oil sump on the speed reducer side provided with a valve for regulating the flow of oil between said two parts, controlled by the temperature of the oil, and one opposite free end, discharging into said oil sump on the motor side, said controlled valve being adapted to close the passage of oil in said oil channel between said two parts when the temperature of the oil on the speed reducer side reaches a predefined temperature threshold, so that the oil stored on the motor side and the oil stored on the speed reducer side do not mix when said temperature threshold is reached.
An information processing apparatus, comprising: a recognizing portion configured to perform image recognition processing with respect to an image photographed by a photographing portion and calculate, for each recognized area, the recognized area corresponding to an object recognized, a reliability of the recognition result; and an irradiation control portion configured to control an irradiation pattern of visible light in a photographing direction of the photographing portion based on the reliability, wherein the irradiation control portion is configured to control light intensity of visible light with respect to a low-reliability area, that is the recognized area of which the reliability is lower than a prescribed threshold. a recognizing portion configured to perform image recognition processing with respect to an image photographed by a photographing portion and calculate, for each recognized area, the recognized area corresponding to an object recognized, a reliability of the recognition result; and an irradiation control portion configured to control an irradiation pattern of visible light in a photographing direction of the photographing portion based on the reliability, wherein the irradiation control portion is configured to control light intensity of visible light with respect to a low-reliability area, that is the recognized area of which the reliability is lower than a prescribed threshold.
A method for adjusting a flap bearing having a pivot bearing relative to a flap, folding flap, door, or the like of an item of furniture, an installation support of the flap bearing being fastened to the flap, folding flap, door, or the like, a bearing part of the flap bearing supporting the pivot bearing and being supported on the installation support for displacing along a displacement path, and a control arm being connected to the pivot bearing and producing a pivoting connection between the flap bearing and a flap holder fastened to a furniture frame of the item of furniture, wherein a positioning element is displaceably supported on the installation support and disposed in a displacement range of the bearing part along the displacement path of the bearing part; characterized in that the flap, folding flap, door, or the like is closed, wherein the bearing part strikes the positioning element and displaces the same into a setting position; that the flap, folding flap, door, or the like is opened, wherein the positioning element remains in position; and that the displacement path of the bearing part in the direction of a retaining force transmitted from the flap holder to the bearing part is adjusted and limited relative to the installation support such that the bearing part bears against the positioning element.
A method for improving the adhesion of a diamond coating on a metal surface of a part, said method comprising the following steps: a) forming, on the surface to be protected, a film of nanosize diamond particles; b) forming the diamond coating by diamond growth from the nanoparticles of the film, the growth being performed by plasma assisted chemical vapour deposition; the method being characterised in that, in the film of nanosize diamond particles obtained in step a), the particles are arranged stacked over each other in a plurality of successive stacking layers, the film being obtained by implementing the following operations: i) contacting the metal surface to be protected with a colloidal solution containing nanosize diamond particles dispersed in a solvent; and ii) removing the solvent through drying, whereby a stacking layer is obtained; the series of said operations i) and ii) being repeated several times in succession, preferably at least four times; and the method being characterised in that, in step b), the diamond growth from nanoparticles of the film is performed by plasma assisted chemical vapour deposition under conditions enabling a growth of the nanoparticles from 1 to 20nm, using a pressure between 2 and 30mbar and a temperature of the part to be coated between 200 and 400°C, whereby a diamond coating is obtained, having an inner face and an outer face, and including a porosity gradient increasing from the outer face towards the inner face. a) forming, on the surface to be protected, a film of nanosize diamond particles; b) forming the diamond coating by diamond growth from the nanoparticles of the film, the growth being performed by plasma assisted chemical vapour deposition; i) contacting the metal surface to be protected with a colloidal solution containing nanosize diamond particles dispersed in a solvent; and ii) removing the solvent through drying, whereby a stacking layer is obtained;
A method of modifying the surface properties of a catheter tubing polymeric substrate, comprising: providing a densified fluid having at least one silicone and/or fluorine-containing compound dispersed or dissolved therein; providing a polymeric substrate, wherein the polymeric substrate is catheter tubing, wherein the polymer substrate has a surface capable of incorporating the at least one silicone and/or fluorine-containing compound, and wherein incorporation of the at least one silicone and/or fluorine-containing compound into the surface of the polymeric substrate will lower the surface tension of the surface; positioning the polymeric substrate in a reactor; introducing into the reactor the densified fluid having the at least one silicone and/or fluorine-containing compound dispersed or dissolved therein; maintaining the reactor under conditions such that the at least one silicone and/or fluorine-containing compound transfers from the densified fluid into the surface of the polymeric substrate so that the at least one silicone and/or fluorine-containing compound lowers the surface tension of said surface. providing a densified fluid having at least one silicone and/or fluorine-containing compound dispersed or dissolved therein; providing a polymeric substrate, wherein the polymeric substrate is catheter tubing, wherein the polymer substrate has a surface capable of incorporating the at least one silicone and/or fluorine-containing compound, and wherein incorporation of the at least one silicone and/or fluorine-containing compound into the surface of the polymeric substrate will lower the surface tension of the surface; positioning the polymeric substrate in a reactor; introducing into the reactor the densified fluid having the at least one silicone and/or fluorine-containing compound dispersed or dissolved therein; maintaining the reactor under conditions such that the at least one silicone and/or fluorine-containing compound transfers from the densified fluid into the surface of the polymeric substrate so that the at least one silicone and/or fluorine-containing compound lowers the surface tension of said surface.
A method of manufacturing a stator of an axial flux permanent magnet machine, the machine having a stator comprising a stator housing defining a chamber comprising a set of coils wound on respective stator bars and disposed circumferentially at intervals about an axis of the machine, and a rotor bearing a set of permanent magnets and mounted for rotation about said axis, and wherein said rotor and stator are spaced apart along said axis to define a gap therebetween in which magnetic flux in the machine is generally in an axial direction, the method comprising: providing first and second radial walls for said stator housing, whereby the first and second radial walls are perpendicular to the axis of the machine; providing radially inner and radially outer side walls for said stator housing; assembling said first and second radial walls and said inner and outer side walls around said set of coils to form a stator assembly, wherein said assembling further comprises: providing one or more collapsible elements (502,504) between said side walls and one or both of said first and second radial walls, whereby said collapsible elements are plastically deformable, said collapsible elements comprising axially-collapsible portions of said side or radial walls of said stator housing; and attaching said side walls to said first and second radial walls, wherein said attaching comprises controlling one or both of a spacing and a degree of parallelism of said first and second radial walls by controlling the collapse of said one or more collapsible elements (502,504). providing first and second radial walls for said stator housing, whereby the first and second radial walls are perpendicular to the axis of the machine; providing radially inner and radially outer side walls for said stator housing; assembling said first and second radial walls and said inner and outer side walls around said set of coils to form a stator assembly, wherein said assembling further comprises: providing one or more collapsible elements (502,504) between said side walls and one or both of said first and second radial walls, whereby said collapsible elements are plastically deformable, said collapsible elements comprising axially-collapsible portions of said side or radial walls of said stator housing; and attaching said side walls to said first and second radial walls, wherein said attaching comprises controlling one or both of a spacing and a degree of parallelism of said first and second radial walls by controlling the collapse of said one or more collapsible elements (502,504). providing one or more collapsible elements (502,504) between said side walls and one or both of said first and second radial walls, whereby said collapsible elements are plastically deformable, said collapsible elements comprising axially-collapsible portions of said side or radial walls of said stator housing; and attaching said side walls to said first and second radial walls, wherein said attaching comprises controlling one or both of a spacing and a degree of parallelism of said first and second radial walls by controlling the collapse of said one or more collapsible elements (502,504).
A method of forming a gum structure using a pair of rollers including a first roller and a second roller, comprising: mixing gum ingredients to output a gum structure; and feeding from a hopper the gum structure directly onto at least one of the first roller and the second roller, the first roller being an upper roller and the second roller being a lower roller, the upper roller being arranged vertically above the lower roller in a horizontally offset relation, wherein the gum structure fed from the hopper onto at least one of the first roller and the second roller is a non-uniform gum mass and sizing the gum structure into a sheet of gum structure having a generally uniform thickness between 0.3 mm to 10 mm using the pair of rollers; wherein the sizing includes driving the pair of rollers in opposite directions to pull the non-uniform gum mass through a gap between the pair of rollers, and compressing the non-uniform gum mass to form the sheet of gum structure. mixing gum ingredients to output a gum structure; and feeding from a hopper the gum structure directly onto at least one of the first roller and the second roller, the first roller being an upper roller and the second roller being a lower roller, the upper roller being arranged vertically above the lower roller in a horizontally offset relation, wherein the gum structure fed from the hopper onto at least one of the first roller and the second roller is a non-uniform gum mass and sizing the gum structure into a sheet of gum structure having a generally uniform thickness between 0.3 mm to 10 mm using the pair of rollers; wherein the sizing includes driving the pair of rollers in opposite directions to pull the non-uniform gum mass through a gap between the pair of rollers, and compressing the non-uniform gum mass to form the sheet of gum structure.
A method for wireless communication by a base station, comprising: identifying one or more bandwidth parts of a component carrier of a cell to be allocated to a user equipment, UE; identifying a sounding reference signal, SRS, bandwidth configuration of a second radio access technology, RAT, for each of the one or more bandwidth parts, the SRS bandwidth configuration includes a plurality of bandwidth values; wherein at least a set of the plurality of bandwidth values are multiples of or a power of an integer of each other, and the at least one set of the plurality of bandwidth values include a first bandwidth value of a first radio access technology, RAT, and a second bandwidth value of the second radio access technology, RAT, the second bandwidth value being not supported by the first RAT; and transmitting the SRS bandwidth configuration to the UE. identifying one or more bandwidth parts of a component carrier of a cell to be allocated to a user equipment, UE; identifying a sounding reference signal, SRS, bandwidth configuration of a second radio access technology, RAT, for each of the one or more bandwidth parts, the SRS bandwidth configuration includes a plurality of bandwidth values; wherein at least a set of the plurality of bandwidth values are multiples of or a power of an integer of each other, and the at least one set of the plurality of bandwidth values include a first bandwidth value of a first radio access technology, RAT, and a second bandwidth value of the second radio access technology, RAT, the second bandwidth value being not supported by the first RAT; and transmitting the SRS bandwidth configuration to the UE.
Drilling device for producing a bore in the ground with - an auger which can be driven in a rotating manner and has at least one drill flight that runs along a central hollow stem, - a drill pipe which can be driven in a rotating manner independently of the auger and surrounds the auger at least in sections and - a rotary base which is rotatably arranged on a lower region of the auger and can be adjusted between a drilling position, in which a passage is open for ground material to the drill flight, and a closed position, in which the passage is closed, characterized in that for adjustment of the rotary base the auger and the drill pipe can be adjusted axially to each other between a first lifting position and a second lifting position, in that in the first lifting position the rotary base is arranged in the drilling position with open passage, in that in the second lifting position the rotary base is arranged in its closed position with closed passage and in that a control is provided and designed which indicates to a device operator whether the auger is in the first or the second lifting position and/or the rotary base is in the closed position. - an auger which can be driven in a rotating manner and has at least one drill flight that runs along a central hollow stem, - a drill pipe which can be driven in a rotating manner independently of the auger and surrounds the auger at least in sections and - a rotary base which is rotatably arranged on a lower region of the auger and can be adjusted between a drilling position, in which a passage is open for ground material to the drill flight, and a closed position, in which the passage is closed,
Drying apparatus for drying containers, comprising: a plurality of drying stations; a plurality of rest supports for resting the bottom of said containers, each one of said rest supports being located in a corresponding drying station; rotation means (6, 7) that are operatively active on said rest supports for rotating them about their axis of symmetry; a plurality of primary dispensers of air, located at said drying stations in such a way as to send air onto the containers placed on said rest supports; a rotating carousel, said rest supports being arranged along a first arc on said rotating carousel in such a manner as to follow the circumferential length of said rotating carousel at least for a pre-established angular portion, said primary dispensers being integrally mounted on said rotating carousel and extending along a second arc, which is concentric with said first arc; an air distributor located at the centre of said rotating carousel, said primary dispensers being connected to said air distributor, characterised in that it further comprises adjustment means for adjusting the orientation of said primary dispensers for the purpose of changing the direction of the jet of air sent onto the containers. a plurality of drying stations; a plurality of rest supports for resting the bottom of said containers, each one of said rest supports being located in a corresponding drying station; rotation means (6, 7) that are operatively active on said rest supports for rotating them about their axis of symmetry; a plurality of primary dispensers of air, located at said drying stations in such a way as to send air onto the containers placed on said rest supports; a rotating carousel, said rest supports being arranged along a first arc on said rotating carousel in such a manner as to follow the circumferential length of said rotating carousel at least for a pre-established angular portion, said primary dispensers being integrally mounted on said rotating carousel and extending along a second arc, which is concentric with said first arc; an air distributor located at the centre of said rotating carousel, said primary dispensers being connected to said air distributor, characterised in that it further comprises adjustment means for adjusting the orientation of said primary dispensers for the purpose of changing the direction of the jet of air sent onto the containers.
A column shoe for fastening reinforced concrete columns to a base, wherein the column shoe comprising a bottom plate with a bolt opening, a side plate member fastened to the bottom plate for providing a bolt casing of the bottom plate and the side plate member, anchor bars fastened to the side plate member for fastening the column shoe and the reinforced concrete column to one another, and back bond means for transmitting horizontal forces between the reinforced concrete column and a threaded rod projecting from the base and through the bolt opening in the bottom plate, wherein the side plate member is a monolithic structure comprising two side plate sections and a connecting section connecting said two side plates sections, and wherein the bolt casing being symmetrical with respect to an imaginary vertical central plane A of the bolt casing, wherein the anchor bars comprise two anchor bars so that one anchor bar is fastened to inner surface of each side plate sections that faces one another, wherein a slot extends from an upper edge of side plate member at the connecting section of the side plate member, wherein the slot is provided at the imaginary vertical plane A of the bolt casing, characterized by the slot extending between an inner surface of the side plate member and an outer surface of the side plate member, and by the anchor bars being provided spaced apart from the slot. a bottom plate with a bolt opening, a side plate member fastened to the bottom plate for providing a bolt casing of the bottom plate and the side plate member, anchor bars fastened to the side plate member for fastening the column shoe and the reinforced concrete column to one another, and back bond means for transmitting horizontal forces between the reinforced concrete column and a threaded rod projecting from the base and through the bolt opening in the bottom plate, wherein the side plate member is a monolithic structure comprising two side plate sections and a connecting section connecting said two side plates sections, and wherein the bolt casing being symmetrical with respect to an imaginary vertical central plane A of the bolt casing, wherein the anchor bars comprise two anchor bars so that one anchor bar is fastened to inner surface of each side plate sections that faces one another, wherein a slot extends from an upper edge of side plate member at the connecting section of the side plate member, wherein the slot is provided at the imaginary vertical plane A of the bolt casing, characterized by the slot extending between an inner surface of the side plate member and an outer surface of the side plate member, and by the anchor bars being provided spaced apart from the slot.