mhurhangee/patent-ind-claim-en huggingface dataset:
A movable, foldable, refrigerated device , consisting of the reversible association of three elements: - a base , - a foldable exterior structure positioned on the base, - a foldable interior structure which is built into the foldable exterior structure, said base containing a refrigerating unit , said foldable exterior structure comprising at least one hermetic facade consisting of a side closed by a refrigerating door , said foldable interior structure being formed by at least one module , characterized in that : - said foldable interior structure comprises compartments; - the sides other than the facade of said structure are covered by a removable isothermal insulating means ; - the at least one module of said foldable interior structure comprises a facade frame , a vertical wire-screened wall parallel to said frame and at least two horizontal wire-screened walls positioned between the frame and the vertical wall , the assembly delimiting at least one enclosed volume inside the foldable exterior structure , said enclosed volume forming a compartment comprising at least one movable partition that is fixed by a hinge to the vertical wall , said movable partition forming a means for modulating the volume of the compartment into two sub-compartments (24', 24", 25', 25", 26', 26"), each of said compartments and sub-compartments (24', 24", 25', 25", 26', 26") being closed by at least one door comprising a secured access means , said door being rigidly connected to the frame . - a base , - a foldable exterior structure positioned on the base, - a foldable interior structure which is built into the foldable exterior structure, - said foldable interior structure comprises compartments; - the sides other than the facade of said structure are covered by a removable isothermal insulating means ; - the at least one module of said foldable interior structure comprises a facade frame , a vertical wire-screened wall parallel to said frame and at least two horizontal wire-screened walls positioned between the frame and the vertical wall , the assembly delimiting at least one enclosed volume inside the foldable exterior structure , said enclosed volume forming a compartment comprising at least one movable partition that is fixed by a hinge to the vertical wall , said movable partition forming a means for modulating the volume of the compartment into two sub-compartments (24', 24", 25', 25", 26', 26"), each of said compartments and sub-compartments (24', 24", 25', 25", 26', 26") being closed by at least one door comprising a secured access means , said door being rigidly connected to the frame .
A method for determining a codebook, comprising steps of: configuring at a base station for a User Equipment, UE, a codebook determination parameter in accordance with an antenna array parameter adopted by the base station (S101); wherein the codebook determination parameter comprises information about one or more sets of matrices for determining the codebook; and transmitting the codebook determination parameter to the UE to instruct the UE to determine the codebook in accordance with the codebook determination parameter (S102), wherein subsequent to the step of transmitting the codebook determination parameter to the UE, the method further comprises receiving Channel State Information, CSI, reported by the UE, the CSI being determined by the UE in accordance with the codebook which is determined in accordance with the codebook determination parameter; the CSI comprises one or more Precoding Matrix Indicators, PMIs, corresponding to a precoding matrix; and the method is characterized in that : a codeword in the codebook is acquired by the base station through calculation on a matrix in the set of matrices using a calculation rule agreed with the UE in advance, or acquired by taking a matrix in the set of matrices as a component of a codeword in the codebook, or acquired by taking a resulted matrix after calculation in the set of matrices as a component of the codeword in the codebook. configuring at a base station for a User Equipment, UE, a codebook determination parameter in accordance with an antenna array parameter adopted by the base station (S101); wherein the codebook determination parameter comprises information about one or more sets of matrices for determining the codebook; and transmitting the codebook determination parameter to the UE to instruct the UE to determine the codebook in accordance with the codebook determination parameter (S102), wherein subsequent to the step of transmitting the codebook determination parameter to the UE, the method further comprises receiving Channel State Information, CSI, reported by the UE, the CSI being determined by the UE in accordance with the codebook which is determined in accordance with the codebook determination parameter; the CSI comprises one or more Precoding Matrix Indicators, PMIs, corresponding to a precoding matrix; and the method is characterized in that : a codeword in the codebook is acquired by the base station through calculation on a matrix in the set of matrices using a calculation rule agreed with the UE in advance, or acquired by taking a matrix in the set of matrices as a component of a codeword in the codebook, or acquired by taking a resulted matrix after calculation in the set of matrices as a component of the codeword in the codebook.
A device which transforms a vertical weight into pressure on a liquid contained such that it is sealed between a fixed part or static tank and a movable part or movable cover , whereby the pressure is transmitted using a lateral compressor entering each of a plurality of liquid-filled, sealed chambers into which a pressurized liquid-filled space with 360 degrees of revolution about a main shaft is divided and whereby a coupling between the static tank and the movable cover is a complete surface of revolution about the main shaft , the chambers are hollow spaces taking up the entire hollow space between the cover and the tank, and vertical ribs of the cover which separate the chambers of the cover from one another demarcate the chambers vertically, and against which the lateral compressor slides vertically on the face thereof opposite the direction of advancement, such that the lateral compressor rests solely and exclusively on the pressurized liquid transmitting thereto the entire weight it receives by means of an inclined surface of revolution, having zero width at the lower point thereof and a width equal to the width of a groove in the upper part of the respective chamber , generating an unbalanced pressure on the face of the rib of the cover opposite the advancement of the movable cover , whereby the unbalanced pressure generates an angular movement of an assembly consisting of the movable cover , the lateral compressor , weights , counterweights and the main shaft, thereby generating a drive torque in the main shaft .
An activin-ActRII antagonist for use in treating or preventing anemia in a human patient, wherein the activin-ActRII antagonist is selected from the group consisting of an antisense molecule, an siRNA molecule and a ribozyme molecule, wherein (i) the antisense molecule, siRNA molecule or ribozyme molecule inhibits expression of ActRIIa or ActRIIb, (ii) the ActRIIa comprises an amino acid sequence selected from SEQ ID NOs: 2, 3, 7 or 12, or having an amino acid sequence that is at least 80%, 85%, 90%, 95%, 97% or 99% identical to an amino acid sequence selected from SEQ ID NOs: 2, 3, 7, 12 or 13, and (iii) the ActRIIb comprises an amino acid sequence that is at least 80%, 85%, 90%, 95%, 97% or 99% identical to an amino acid sequence selected from SEQ ID NOs: 16, 17, 20, or 21. (i) the antisense molecule, siRNA molecule or ribozyme molecule inhibits expression of ActRIIa or ActRIIb, (ii) the ActRIIa comprises an amino acid sequence selected from SEQ ID NOs: 2, 3, 7 or 12, or having an amino acid sequence that is at least 80%, 85%, 90%, 95%, 97% or 99% identical to an amino acid sequence selected from SEQ ID NOs: 2, 3, 7, 12 or 13, and (iii) the ActRIIb comprises an amino acid sequence that is at least 80%, 85%, 90%, 95%, 97% or 99% identical to an amino acid sequence selected from SEQ ID NOs: 16, 17, 20, or 21.
A buckle for fastening a load strap , comprising: a buckle frame having two substantially parallel side arms , a crossbar extending between said side arms along a main axis, the main axis being substantially perpendicular to the side arms , a cam arranged between the side arms , the cam being pivotable between a clamping position, in which a load strap inserted between a gripping portion of the cam and the crossbar is clamped, and a release position, in which a clearance between the gripping portion and the crossbar is increased, characterized in that the crossbar forms part of a locking element , which is displaceable between a closed position, in which the crossbar extends between the side arms such that a load strap positioned between the cam and the crossbar is laterally constrained by the side arms , and an open position, in which the crossbar is separated from at least one of the side arms , such that a load strap is laterally insertable between the cam and the crossbar , and the locking element is displaceable such that the main axis of the crossbar remains perpendicular to the side arms during a displacement between the closed position and the open position of the locking element , and the locking element is pivotably connected to a side arm and pivotably displaceable between the closed position and the open position of the locking element . a buckle frame having two substantially parallel side arms , a crossbar extending between said side arms along a main axis, the main axis being substantially perpendicular to the side arms , a cam arranged between the side arms , the cam being pivotable between a clamping position, in which a load strap inserted between a gripping portion of the cam and the crossbar is clamped, and a release position, in which a clearance between the gripping portion and the crossbar is increased, characterized in that the crossbar forms part of a locking element , which is displaceable between a closed position, in which the crossbar extends between the side arms such that a load strap positioned between the cam and the crossbar is laterally constrained by the side arms , and an open position, in which the crossbar is separated from at least one of the side arms , such that a load strap is laterally insertable between the cam and the crossbar , and the locking element is displaceable such that the main axis of the crossbar remains perpendicular to the side arms during a displacement between the closed position and the open position of the locking element , and the locking element is pivotably connected to a side arm and pivotably displaceable between the closed position and the open position of the locking element .
An antenna arrangement comprising: a patch radiator ; a feed arrangement for the patch radiator ; and a cavity for the feed arrangement , wherein the feed arrangement comprises a slot in a conductive layer located between the patch radiator and the cavity , wherein the patch radiator is supported by a support that extends through an aperture in the conductive layer at a central location within an inner perimeter of the slot .
A display device comprising: a display, operable to generate a real image; and an optical system arranged to generate a virtual image from a real image on the display, by projecting light from the display to an eye position; wherein the virtual image is at a distance from the eye position and wherein the rays of said projected light comprise both peripheral and foveal rays, the foveal rays being those forming an angle smaller than 2.5° to a radial direction of the eye sphere at the point where the respective ray meets the eye sphere, and the peripheral rays being those that reach the peripheral retina; and wherein the resolution of the virtual image produced by said foveal rays is higher than that produced by said peripheral rays a display, operable to generate a real image; and an optical system arranged to generate a virtual image from a real image on the display, by projecting light from the display to an eye position; wherein the virtual image is at a distance from the eye position and wherein the rays of said projected light comprise both peripheral and foveal rays, the foveal rays being those forming an angle smaller than 2.5° to a radial direction of the eye sphere at the point where the respective ray meets the eye sphere, and the peripheral rays being those that reach the peripheral retina; and wherein the resolution of the virtual image produced by said foveal rays is higher than that produced by said peripheral rays
A computer-implemented image restoration method comprising: determining an anchor image based on individual images of a burst image set ; executing a feature extraction network based on the burst image set while using anchor information of the anchor image (320; 430), comprising extracting a local feature while using the anchor information for each of a plurality of layer groups of the feature extraction network , and wherein the executing of the local feature comprises: extracting a primary local feature from a first individual image of the individual images using a first layer group of the plurality of layer groups; transforming the primary local feature by fusing the anchor information with the primary local feature; extracting a secondary local feature from the transformed primary local feature using a second layer group of the plurality of layer groups; and determining a global feature based on the secondary local feature; generating a restored image based on a feature map corresponding to an output of the feature extraction network . determining an anchor image based on individual images of a burst image set ; executing a feature extraction network based on the burst image set while using anchor information of the anchor image (320; 430), comprising extracting a local feature while using the anchor information for each of a plurality of layer groups of the feature extraction network , and wherein the executing of the local feature comprises: extracting a primary local feature from a first individual image of the individual images using a first layer group of the plurality of layer groups; transforming the primary local feature by fusing the anchor information with the primary local feature; extracting a secondary local feature from the transformed primary local feature using a second layer group of the plurality of layer groups; and determining a global feature based on the secondary local feature; extracting a primary local feature from a first individual image of the individual images using a first layer group of the plurality of layer groups; transforming the primary local feature by fusing the anchor information with the primary local feature; extracting a secondary local feature from the transformed primary local feature using a second layer group of the plurality of layer groups; and determining a global feature based on the secondary local feature; generating a restored image based on a feature map corresponding to an output of the feature extraction network .
A weighing apparatus comprising: a load cell ; a fixing portion to which one end of the load cell is fixed; a hopper configured to store articles; a connecting portion configured to connect the other end of the load cell and the hopper to each other; a first support portion facing a first portion provided to the load cell or the connecting portion via a first gap (C1) and configured to support the first portion along a first direction (D1) when a first limit load acts on the hopper ; and a second support portion facing a second portion provided to the load cell or the connecting portion via a second gap (C2) and configured to support the second portion along a second direction (D2) while the first support portion supports the first portion when a second limit load larger than the first limit load acts on the hopper , characterized in that the second direction (D2) intersects the first direction (D1). a load cell ; a fixing portion to which one end of the load cell is fixed; a hopper configured to store articles; a connecting portion configured to connect the other end of the load cell and the hopper to each other; a first support portion facing a first portion provided to the load cell or the connecting portion via a first gap (C1) and configured to support the first portion along a first direction (D1) when a first limit load acts on the hopper ; and a second support portion facing a second portion provided to the load cell or the connecting portion via a second gap (C2) and configured to support the second portion along a second direction (D2) while the first support portion supports the first portion when a second limit load larger than the first limit load acts on the hopper , characterized in that the second direction (D2) intersects the first direction (D1).
A system for selecting media content for playback on a networked media player connected to a local network, the system comprising: one or more processors on a content selection server configured to facilitate interoperability between computing devices operating on different communication networks, wherein the content selection server is configured to connect to the computing devices and the media player through a connecting network , the one or more processors configured to: obtain location information for a plurality of computing devices and for the media player; identify a group of computing devices that are within a set viewing distance or listening distance from the networked media player, wherein a first computing device of the group of computing devices cannot directly communicate with the networked media player without reconfiguration; determine a group of users associated with the group of computing devices, wherein the group of users each have a streaming service account associated with a recommendation system; communicate with one or more streaming services associated with the streaming service accounts to obtain user account information related to media content preferences; determine whether there is matching media content in playlists of the group of users; in response to determining there is no matching media content in the playlists, select a first media content for playback on the networked media player based on matching recommendations of a plurality of recommendations generated by the recommendation systems associated with the streaming service accounts; and provide the selected first media content to the networked media player. obtain location information for a plurality of computing devices and for the media player; identify a group of computing devices that are within a set viewing distance or listening distance from the networked media player, wherein a first computing device of the group of computing devices cannot directly communicate with the networked media player without reconfiguration; determine a group of users associated with the group of computing devices, wherein the group of users each have a streaming service account associated with a recommendation system; communicate with one or more streaming services associated with the streaming service accounts to obtain user account information related to media content preferences; determine whether there is matching media content in playlists of the group of users; in response to determining there is no matching media content in the playlists, select a first media content for playback on the networked media player based on matching recommendations of a plurality of recommendations generated by the recommendation systems associated with the streaming service accounts; and provide the selected first media content to the networked media player.
Motorized air circulation valve comprising a gear motor , a valve body , a rotary shaft provided with a shutter , said rotary shaft being rotated by said gear motor , said gear motor comprising a reduction gear train, an electric motor formed by a rotor having N pairs of magnetic poles linked to a pinion of said reduction gear train, and said pinion driving an output wheel rigidly connected to said rotary shaft , characterized in that the electric motor is a brushless motor and comprises a stator part having at least two coils , said stator part having 2 angular sectors alpha1 and alpha2, which have radii R1 and R2, respectively, with R1 being greater than R2, the center of the radii and angular sectors being defined relative to the center of rotation of the rotor , the angular sector alpha1 being defined by the angular distance between the axes of the first and last coils viewed in a circumferential direction of the motor; in that the angular sector alpha1 is less than 180° and comprises said coils, there being no coils contained entirely within the sector alpha2; in that one end of the gear motor defines a flank of the gear motor ; and in that the angular sector alpha2 of the stator part is positioned facing the flank ; in that a printed circuit is attached to the electric motor, and positioned between the motor and the reduction gear train.
An implant, the implant comprising: a sheet of substrate material ; a first strand of material extending adjacent to a first side of the sheet of substrate material ; a plurality of gripping strands extending proud of a second side of the sheet of substrate material , wherein each gripping strand of the plurality of gripping strands comprises one or more arms extending proud of the second side of the sheet of substrate material , wherein each gripping strand extends from a vertex in which the gripping strand is wrapped around the first strand of material extending on the first side of the sheet of substrate material ; and a grid pattern stitched through the sheet of substrate material formed by a second strand of material and either the first strand or a third strand of material. a sheet of substrate material ; a first strand of material extending adjacent to a first side of the sheet of substrate material ; a plurality of gripping strands extending proud of a second side of the sheet of substrate material , wherein each gripping strand of the plurality of gripping strands comprises one or more arms extending proud of the second side of the sheet of substrate material , wherein each gripping strand extends from a vertex in which the gripping strand is wrapped around the first strand of material extending on the first side of the sheet of substrate material ; and a grid pattern stitched through the sheet of substrate material formed by a second strand of material and either the first strand or a third strand of material.
A device for tensioning an orthopedic device, comprising: a screw drive ; a body including first and second cam levers respectively configured to capture first and second ends of a cable between a respective cam lever and the body; a compression spring oriented between the screw drive and the body; and a screw gear operatively connected to the screw drive to translate the screw drive along the screw gear , a translation of the screw drive causing compression of the spring , the spring configured to provide a force against the screw drive and the body, thereby providing a tension to the cable by pulling the ends of the cable away from the orthopedic device. a screw drive ; a body including first and second cam levers respectively configured to capture first and second ends of a cable between a respective cam lever and the body; a compression spring oriented between the screw drive and the body; and a screw gear operatively connected to the screw drive to translate the screw drive along the screw gear , a translation of the screw drive causing compression of the spring , the spring configured to provide a force against the screw drive and the body, thereby providing a tension to the cable by pulling the ends of the cable away from the orthopedic device.