mhurhangee/patent-ind-claim-en huggingface dataset:
Method for a base station (gNB) communicating with a plurality of User Entities, UE, (UE1, UE2 according to a Time Division Duplex, TDD, access scheme via antennas, the base station moreover being adapted for receiving Scheduling Requests, SRs, from the UEs, a SR indicating a request for scheduling an uplink transmission from a UE, the base station communicating over a plurality of antennas associated with respective wide beams (WB1-WBn) and narrow beams (NB), a plurality of wide beams (WB, WB1-WBn) covering respective areas, whereby for each wide beam (WB1-WBn) at least one narrow beam (NB) forms a joint area with a wide beam (WB; WB1-WBn), the TDD scheme involving at least a Physical Uplink Shared Channel, PUSCH, , the TDD scheme comprises periodically appearing SR occasions , the base station being adapted for receiving and decoding a transmission from a UE and establishing whether a SR from at least one UE is received in a periodic occasion, characterized in that the method moreover being adapted for - determining whether at least one UE appears under a wide beam, and if a single UE appear under the wide beam, - using a narrow beam (NB) within the wide beam for receiving and decoding at least one periodic SR received from the UE under said wide beam. the base station communicating over a plurality of antennas associated with respective wide beams (WB1-WBn) and narrow beams (NB), a plurality of wide beams (WB, WB1-WBn) covering respective areas, whereby for each wide beam (WB1-WBn) at least one narrow beam (NB) forms a joint area with a wide beam (WB; WB1-WBn), the TDD scheme involving at least a Physical Uplink Shared Channel, PUSCH, , the TDD scheme comprises periodically appearing SR occasions , the base station being adapted for receiving and decoding a transmission from a UE and establishing whether a SR from at least one UE is received in a periodic occasion, characterized in that the method moreover being adapted for - determining whether at least one UE appears under a wide beam, and if a single UE appear under the wide beam, - using a narrow beam (NB) within the wide beam for receiving and decoding at least one periodic SR received from the UE under said wide beam. - determining whether at least one UE appears under a wide beam, and if a single UE appear under the wide beam, - using a narrow beam (NB) within the wide beam for receiving and decoding at least one periodic SR received from the UE under said wide beam.
Method for selecting a function of an infotainment system of a motor vehicle , comprising: transmitting data to the infotainment system ; checking at the infotainment system whether the transmitted data can be assigned to functions of the infotainment system ; and, insofar as the data can be assigned to functions of the infotainment system , offering those functions for use to which the data can be assigned, wherein the infotainment system comprises at least two operating modes, and each operating mode has at least one function, further comprising: preferably offering those functions for use which, when transmitting the data, an active and/or a predetermined operating mode has. transmitting data to the infotainment system ; checking at the infotainment system whether the transmitted data can be assigned to functions of the infotainment system ; and, insofar as the data can be assigned to functions of the infotainment system , offering those functions for use to which the data can be assigned, wherein the infotainment system comprises at least two operating modes, and each operating mode has at least one function, further comprising: preferably offering those functions for use which, when transmitting the data, an active and/or a predetermined operating mode has.
Scissor lift cradle comprising: - a frame able to rest on the ground by connecting members , - a platform , - a device for lifting the platform , comprising a set of jointed bars supporting the platform , such that the elevation of the platform relative to the frame is variable and controlled by the set of jointed bars , the set of jointed bars comprising four lower bars defining parallel pairs hinged to four lower articulation blocks connected to the frame , the set of jointed bars also comprising four upper bars defining parallel pairs hinged to four upper articulation blocks connected to the platform , - at least four sensors each configured to measure a reaction force (R1-R4, R5-R8) induced by the platform in one of the four lower articulation blocks and/or in one of the four upper articulation blocks along a vertical axis (Z8) of the scissor lift cradle , these sensors each equipping a lower or upper articulation block, the cradle being characterized in that each articulation block provided with a sensor comprises a first portion secured to a pivot axis hinged to one of the lower or upper bars, respectively, and a second portion which is movable relative to the first portion and in contact with a surface of the frame or the platform , respectively, and in that each sensor is inserted between the first portion and the second portion of the articulation block in which the sensor is mounted so as to measure a force exerted by the second portion on the first portion corresponding to the reaction force (R1-R4, R5-R8). - a frame able to rest on the ground by connecting members , - a platform , - a device for lifting the platform , comprising a set of jointed bars supporting the platform , such that the elevation of the platform relative to the frame is variable and controlled by the set of jointed bars , the set of jointed bars comprising four lower bars defining parallel pairs hinged to four lower articulation blocks connected to the frame , the set of jointed bars also comprising four upper bars defining parallel pairs hinged to four upper articulation blocks connected to the platform , - at least four sensors each configured to measure a reaction force (R1-R4, R5-R8) induced by the platform in one of the four lower articulation blocks and/or in one of the four upper articulation blocks along a vertical axis (Z8) of the scissor lift cradle , these sensors each equipping a lower or upper articulation block,
Method for manufacturing components of a case , said case comprising at least two components made of sheet-like material, the components jointly forming a storage space, the method comprising at least following steps: - first, coating at least part of a sheet-like material on at least one of its surfaces with an adhesive ; - then, working said sheet-like material into at least two sheet-like components , with each one having two surfaces and edges , of which components at least one is worked out of the sheet-like material coated with said adhesive, whereby, while working the material, also removing part of said adhesive the material is coated with, thereby automatically conforming the remaining adhesive on the coated material to the shape of the component; - working a storage space into at least one of the components ; whereby, in order to form said case with said storage space in it, the components are attachable to one another on their surfaces with help of said remaining adhesive . - first, coating at least part of a sheet-like material on at least one of its surfaces with an adhesive ; - then, working said sheet-like material into at least two sheet-like components , with each one having two surfaces and edges , of which components at least one is worked out of the sheet-like material coated with said adhesive, whereby, while working the material, also removing part of said adhesive the material is coated with, thereby automatically conforming the remaining adhesive on the coated material to the shape of the component; - working a storage space into at least one of the components ; whereby, in order to form said case with said storage space in it, the components are attachable to one another on their surfaces with help of said remaining adhesive .
A radionuclide carrier system for intraoperative permanent brachytherapy comprising: an implantable carrier configured to hold one or more radioactive seeds in precise locations within a surgically-created cavity defining a treatment area to produce a dosimetrically customizable implant in real time for the treatment area; wherein the implantable carrier is a biocompatible material having a first surface and an opposing second surface parallel to the first surface, and a uniform thickness therebetween; a radioactive seed embedded in the implantable carrier at an offset position between the first and second surfaces such that the radionuclide seed is closer to the first surface than to the second surface , wherein the first surface includes a textural indicator that distinguishes the first surface from the second surface. an implantable carrier configured to hold one or more radioactive seeds in precise locations within a surgically-created cavity defining a treatment area to produce a dosimetrically customizable implant in real time for the treatment area; wherein the implantable carrier is a biocompatible material having a first surface and an opposing second surface parallel to the first surface, and a uniform thickness therebetween; a radioactive seed embedded in the implantable carrier at an offset position between the first and second surfaces such that the radionuclide seed is closer to the first surface than to the second surface , wherein the first surface includes a textural indicator that distinguishes the first surface from the second surface.
Coupling system for coupling a ski to a mountaineering ski boot , comprising coupling means placed at the rear of the heel of a boot , apt to engage with reciprocal coupling means provided on a heel piece for a ski , characterised in that in said heel a slide is provided, movable between a position protruding rearwardly from the heel interfering with said coupling means of the boot to prevent engagement thereof with the reciprocal coupling means on the heel piece , and a position retracted in the heel for freeing said coupling means of the boot for engagement with said reciprocal coupling means .
A locking pin for a closure of a drive rod fitting of a window, a French window or the like, having a base part provided for fastening in a drive rod of the drive rod fitting , having a head part provided for engagement in a striking plate of the closure and having a fixing element arranged between the head part and the base part , characterized in that the fixing element is held in an axially arranged guide between head part and base part and is designed for the non-positive holding of the axial position of the head part relative to the base part .
Planar precast concrete part - comprising at least one textile reinforcement , - wherein the textile reinforcement comprises a first number of fibres oriented in one direction and a second number of fibres oriented in a second direction, - the first number of fibres being longitudinal fibres and the second number of fibres being transverse fibres , the longitudinal fibres are orthogonal to the transverse fibres in a plan view of the textile reinforcement , - wherein the textile reinforcement is guided in the tensile stressed area of the precast concrete part , - wherein the textile reinforcement completely carries away the tensile forces acting on the precast concrete part , - wherein the textile reinforcement comprises carbon fibres (3, 3', 3"), - wherein the fibres have a coating, the coating being an epoxy resin, and - wherein the textile reinforcement is formed in a single layer, characterised in that - the maximum grain size of the concrete of the precast concrete part has a size of at least 8.0 mm, - the textile reinforcement has additional fibres (3") which are oriented according to the action of a force on the precast concrete part , and - the additional fibres (3") are oblique fibres and the oblique fibres have an angle with respect to the longitudinal fibres and the transverse fibres . - comprising at least one textile reinforcement , - wherein the textile reinforcement comprises a first number of fibres oriented in one direction and a second number of fibres oriented in a second direction, - the first number of fibres being longitudinal fibres and the second number of fibres being transverse fibres , the longitudinal fibres are orthogonal to the transverse fibres in a plan view of the textile reinforcement , - wherein the textile reinforcement is guided in the tensile stressed area of the precast concrete part , - wherein the textile reinforcement completely carries away the tensile forces acting on the precast concrete part , - wherein the textile reinforcement comprises carbon fibres (3, 3', 3"), - wherein the fibres have a coating, the coating being an epoxy resin, and - wherein the textile reinforcement is formed in a single layer, characterised in that - the maximum grain size of the concrete of the precast concrete part has a size of at least 8.0 mm, - the textile reinforcement has additional fibres (3") which are oriented according to the action of a force on the precast concrete part , and - the additional fibres (3") are oblique fibres and the oblique fibres have an angle with respect to the longitudinal fibres and the transverse fibres .
A comb copolymer A2 comprising at least two boronic ester functional groups, said copolymer comprising a main chain and side chains, at least a portion of the side chains of the copolymer A2 being composed of oligomers comprising more than 30 carbon atoms.
An airfoil-shaped body comprising: a base skin made of composite material; a first hat-shaped spar made of composite material and comprising a forward flange and an aft flange integrally formed with the base skin , a top , a forward web that connects the forward flange to the top , and an aft web that connects the aft flange to the top ; a close-out skin ; and a first plurality of fasteners by which the close-out skin is attached to the top of the first hat-shaped spar , a second hat-shaped spar made of composite material and comprising a forward flange and an aft flange integrally formed with the base skin , a top , a forward web that connects the forward flange to the top , and an aft web that connects the aft flange to the top , and a second plurality of fasteners by which the close-out skin is attached to the top of the second hat-shaped spar , wherein the close-out skin comprises a first laminate made of composite material, wherein the close-out skin further comprises: a first honeycomb panel made of composite material and integrated with the first laminate; and a second laminate made of composite material and integrated with the first honeycomb panel , wherein the first honeycomb panel overlies a first space between the first and second hat-shaped spars . a base skin made of composite material; a first hat-shaped spar made of composite material and comprising a forward flange and an aft flange integrally formed with the base skin , a top , a forward web that connects the forward flange to the top , and an aft web that connects the aft flange to the top ; a close-out skin ; and a first plurality of fasteners by which the close-out skin is attached to the top of the first hat-shaped spar , a second hat-shaped spar made of composite material and comprising a forward flange and an aft flange integrally formed with the base skin , a top , a forward web that connects the forward flange to the top , and an aft web that connects the aft flange to the top , and a second plurality of fasteners by which the close-out skin is attached to the top of the second hat-shaped spar , wherein the close-out skin comprises a first laminate made of composite material, wherein the close-out skin further comprises: a first honeycomb panel made of composite material and integrated with the first laminate; and a second laminate made of composite material and integrated with the first honeycomb panel , wherein the first honeycomb panel overlies a first space between the first and second hat-shaped spars . a first honeycomb panel made of composite material and integrated with the first laminate; and a second laminate made of composite material and integrated with the first honeycomb panel , wherein the first honeycomb panel overlies a first space between the first and second hat-shaped spars .
Energy absorption device for a motor vehicle interior trim component, said device comprising a plurality of hollow pads made of moulded plastic material, said pads having an outer casing generally entering into a cylinder or into a cone section centred on an axis of revolution , such that said casing has a curved face and a first and a second flat and circular face, said pads being connected together by a connecting means , said pads comprising: - a base secured to said connecting means, said base extending substantially along said first flat face, - a curved wall extending along said curved face, - a plurality of lights axially elongated made in said curved wall, said front view lights being symmetrical with respect to said axis, said lights furthermore being arranged according to a symmetry of rotation about said axis, said device being characterised in that : - the edges of said lights extending along said axis are shaped as stairs, so as to define a plurality of steps , - the distance between said edges decreases as said base is approached. - a base secured to said connecting means, said base extending substantially along said first flat face, - a curved wall extending along said curved face, - a plurality of lights axially elongated made in said curved wall, said front view lights being symmetrical with respect to said axis, said lights furthermore being arranged according to a symmetry of rotation about said axis, - the edges of said lights extending along said axis are shaped as stairs, so as to define a plurality of steps , - the distance between said edges decreases as said base is approached.
A shock-absorbing buffer pad , comprised of an external compression body , an internal guide slot , and an inserted adjusting component , where the external compression body has a top part , a bottom part , and a compression elastic component , the center of the top part is configured with an inserting hole going downward, the bottom part is correspondingly located beneath the top part, the compression elastic component is connected between the top part and the bottom part, the middle section of the compression elastic component has a part folding inward, when the top part is pressed under an external force, the compression elastic component immediately accumulates an inverse elastic force, the internal guide slot is formed on the top surface of the bottom part of the external compression body, and is located inside the internal space of the external compression body, the internal guide slot has an inserting slot exposing upward, one of the internal walls of the inserting slot is formed with a stopping block , the inserted adjusting component has an inserting cylinder , which can be correspondingly inserted into the inserting hole of the top part, the top surface of the inserting cylinder is positioned around the inserting hole, the bottom part of the inserting cylinder is divided into multiple abutting walls, the multiple abutting walls correspond to the stopping block.
A system, comprising: a distributed acoustic sensing (DAS) data collection system coupled to at least one optical fiber at least partially positioned within a wellbore ; and an information handling system coupled to the DAS data collection system, the information handling system comprising a processor and a memory device coupled to the processor, the memory device containing a set of instruction that, when executed by the processor, cause the processor to receive seismic data from the DAS data collection system, the seismic data comprising seismic traces associated with a plurality of depths in the wellbore; determine a quality factor for each seismic trace; and remove one or more seismic traces from the seismic data based, at least in part, on the determined quality factors. a distributed acoustic sensing (DAS) data collection system coupled to at least one optical fiber at least partially positioned within a wellbore ; and an information handling system coupled to the DAS data collection system, the information handling system comprising a processor and a memory device coupled to the processor, the memory device containing a set of instruction that, when executed by the processor, cause the processor to receive seismic data from the DAS data collection system, the seismic data comprising seismic traces associated with a plurality of depths in the wellbore; determine a quality factor for each seismic trace; and remove one or more seismic traces from the seismic data based, at least in part, on the determined quality factors. receive seismic data from the DAS data collection system, the seismic data comprising seismic traces associated with a plurality of depths in the wellbore; determine a quality factor for each seismic trace; and remove one or more seismic traces from the seismic data based, at least in part, on the determined quality factors.
An optical film stack comprising (a) a light redirecting film assembly comprising a light redirecting film and having a first structured major surface and an opposing second major surface ; (b) a light diffusion film assembly having a first major surface and an opposing second major surface ; and (c) an optical adhesive ; wherein: the second major surface of the light redirecting film assembly has an array of protrusions and land portions surrounding the protrusions ; the second major surface of the light redirecting film assembly is oriented toward the first major surface of the light diffusion film assembly ; the optical adhesive is in a layer on the first major surface of the light diffusion film assembly ; and the protrusions on the second major surface of the light redirecting film assembly extend into and adhere to the optical adhesive layer such that the light redirecting film assembly and the light diffusion film assembly are physically coupled non-continuously, and characterized in that the adhesive extends completely over the protrusions and contacts the land portions adjacent the base of the protrusions on the second major surface of the light redirecting film assembly such that at said second major surface the aggregate proportion of the cross sectional area of the protrusions and adhesive contacting the land portions is from about 8 to about 25 per cent of the total cross sectional area of the optical film stack at the second major surface of the light redirecting film assembly. the second major surface of the light redirecting film assembly has an array of protrusions and land portions surrounding the protrusions ; the second major surface of the light redirecting film assembly is oriented toward the first major surface of the light diffusion film assembly ; the optical adhesive is in a layer on the first major surface of the light diffusion film assembly ; and the protrusions on the second major surface of the light redirecting film assembly extend into and adhere to the optical adhesive layer such that the light redirecting film assembly and the light diffusion film assembly are physically coupled non-continuously, and characterized in that