mhurhangee/patent-ind-claim-en huggingface dataset:
A method for hybrid content provisioning of remote content stored on a remote content platform and native content, the method comprising: receiving at at least one processor first content information associated with first content stored on a remote content platform; packaging with the at least one processor the received first content information into a first packaged data-asset comprising a link directing to content stored on the remote content platform; enriching with the at least one processor the first packaged data-asset with metadata relating to the received content; receiving at the processor a first content request from a first user device; identifying a first package-data asset associated with remote content; delivering the first package-data asset to the first user device; receiving at the processor a second content request from the first user device; identifying a second package-data asset associated with native content; and delivering the second package-data asset to the first user device. receiving at at least one processor first content information associated with first content stored on a remote content platform; packaging with the at least one processor the received first content information into a first packaged data-asset comprising a link directing to content stored on the remote content platform; enriching with the at least one processor the first packaged data-asset with metadata relating to the received content; receiving at the processor a first content request from a first user device; identifying a first package-data asset associated with remote content; delivering the first package-data asset to the first user device; receiving at the processor a second content request from the first user device; identifying a second package-data asset associated with native content; and delivering the second package-data asset to the first user device.
A method for indicating parameters of a precoder from a wireless device to a network node in a wireless communication system, the method comprising: determining at least one rotation factors associated with a plurality of orthogonal beams; selecting a subset of beams from the plurality of orthogonal beams, wherein the selected subset of beams creates a reduced beam space transformation matrix; and sending , to the network node, the selected subset of beams and the at least one rotation factors, wherein the selected subset of beams and the at least one rotation factors are part of the parameters of the precoder. determining at least one rotation factors associated with a plurality of orthogonal beams; selecting a subset of beams from the plurality of orthogonal beams, wherein the selected subset of beams creates a reduced beam space transformation matrix; and sending , to the network node, the selected subset of beams and the at least one rotation factors, wherein the selected subset of beams and the at least one rotation factors are part of the parameters of the precoder.
A method comprising: determining, by a server device , an anticipated travel duration of a client device ; based on the anticipated travel duration, selecting, by the server device , a playlist template from a plurality of playlist templates, wherein the selected playlist template includes a sequence of audio content placeholders , wherein the placeholders in the sequence are associated with respective quantity tags and respective type tags, wherein the quantity tags specify integer numbers of media files to be selected for the associated placeholder, wherein the type tags specify media content types of the media files to be selected for the associated placeholder, and wherein a duration of the playlist template is within a threshold of the anticipated travel duration; generating, by the server device , a playlist from the playlist template , wherein generating the playlist comprises, for each placeholder in the sequence, (i) selecting one or more media files as specified by the quantity tag and the type tag, respectively, of the placeholder, and (ii) including, in the playlist , references to audible versions of the one or more media files selected; and transmitting the generated playlist to the client device . determining, by a server device , an anticipated travel duration of a client device ; based on the anticipated travel duration, selecting, by the server device , a playlist template from a plurality of playlist templates, wherein the selected playlist template includes a sequence of audio content placeholders , wherein the placeholders in the sequence are associated with respective quantity tags and respective type tags, wherein the quantity tags specify integer numbers of media files to be selected for the associated placeholder, wherein the type tags specify media content types of the media files to be selected for the associated placeholder, and wherein a duration of the playlist template is within a threshold of the anticipated travel duration; generating, by the server device , a playlist from the playlist template , wherein generating the playlist comprises, for each placeholder in the sequence, (i) selecting one or more media files as specified by the quantity tag and the type tag, respectively, of the placeholder, and (ii) including, in the playlist , references to audible versions of the one or more media files selected; and transmitting the generated playlist to the client device .
Device for producing pellets, with a machine frame , a hollow outer cylinder mounted therein with a first axis of rotation , and an inner cylinder arranged in the outer cylinder with a second axis of rotation , whereby a wedge-shaped gap is formed between an inner surface of the outer cylinder and an outer surface of the inner cylinder , whereby the outer cylinder and/or the inner cylinder has/have radial holes for pressing through material, and whereby in each case a pivot arm , on which the inner cylinder is mounted to rotate, is arranged on both sides of the inner cylinder , whereby each pivot arm is movably mounted on the machine frame in the area of its two ends , and whereby each pivot arm on the second end is mounted by means of an eccentric shaft on the machine frame , characterized by a connecting element , which is swivel-connected to the first end of the pivot arm via a first bearing and is swivel-connected to the machine frame via a second bearing , and in that a distance between the two bearings of the connecting element can be adjusted.
Radial shaft seal for sealing a shaft mounted in a housing , comprising a sealing ring with a circumferential recess surrounding it on its outside for receiving an annular retaining clip , and a radially outwardly biased, annular retaining clip which, in an assembly position for inserting the sealing ring into the housing , is completely receivable in the recess and which, in an installation position, partially projects radially beyond the recess , characterised in that the recess has a circumferential sealing ring groove and a sealing ring opening that opens into the sealing ring groove and extends radially. a radially outwardly biased, annular retaining clip which, in an assembly position for inserting the sealing ring into the housing , is completely receivable in the recess and which, in an installation position, partially projects radially beyond the recess , characterised in that the recess has a circumferential sealing ring groove and a sealing ring opening that opens into the sealing ring groove and extends radially.
Vertical packaging machine for packaging products in a modified atmosphere, comprising • a hopper through which the products to be packaged are introduced, • a hollow forming element arranged downstream of the hopper , at least the hopper and the forming element forming a supply conduit (CS) through which the product to be packaged falls, • a feeder for feeding a continuous film around the forming element , the forming element being configured to impart a tubular shape to said film , • a sealing tool configured for longitudinally sealing together the longitudinal ends of the tubular-shaped film, a film tube (TB) being generated, • a sealing and cutting tool arranged downstream of the forming element and configured for transversely sealing and cutting the film tube (TB), obtaining a transversely closed film tube (TB) upstream of the transverse cut, and a closed package physically separated from the film tube (TB) downstream of the transverse cut, and • an injection device configured for injecting a gaseous fluid into the supply conduit (CS), the injection device being configured for causing a Venturi effect to be generated inside the supply conduit (CS) when it injects the gaseous fluid into said supply conduit (CS) through an inlet point or area (3.10) of the supply conduit (CS), a negative pressure upstream of said inlet point or area (3.10) being generated, the vertical packaging machine being characterized in that it comprises a gas source configured for supplying gas suitable for packaging products in a modified atmosphere, and a supply unit communicating the source with the inside of the supply conduit (CS) through at least one supply port (4.0) of said supply conduit (CS), said supply port (4.0) being arranged upstream of the inlet point or area (3.10) of the supply conduit (CS), such that when the injection device injects the gaseous fluid into the supply conduit (CS), said injection causes gas to be suctioned from the supply unit into said supply conduit (CS). • a hopper through which the products to be packaged are introduced, • a hollow forming element arranged downstream of the hopper , at least the hopper and the forming element forming a supply conduit (CS) through which the product to be packaged falls, • a feeder for feeding a continuous film around the forming element , the forming element being configured to impart a tubular shape to said film , • a sealing tool configured for longitudinally sealing together the longitudinal ends of the tubular-shaped film, a film tube (TB) being generated, • a sealing and cutting tool arranged downstream of the forming element and configured for transversely sealing and cutting the film tube (TB), obtaining a transversely closed film tube (TB) upstream of the transverse cut, and a closed package physically separated from the film tube (TB) downstream of the transverse cut, and • an injection device configured for injecting a gaseous fluid into the supply conduit (CS),
Connector unit for connecting a mobile apparatus including a neck in a conference unit , comprising: - a housing adapted for placing said neck in said conference unit ; - an electric connector component forming a first element of a connector pair , and adapted for connecting to a second element of said connector pair within said neck ; - a positioning component adapted for positioning said electric connector component within said housing , said positioning component comprising an elastic or resilient part , such that elastic compression of said part allows for clearance in the position of said electric connector component relative to said housing ; - a linking component adapted for electrically linking said electric connector component to a processing unit within said conference unit , CHARACTERIZED IN THAT : - said connector pair is adapted for high-speed digital data transmission, allowing a transfer rate of at least 480 Mb/s; - said electric connector component has sides adapted to slide along inner surfaces of said housing when positioning said electric connector component within said housing, such that in assembled condition said sides are in contact with said inner surfaces of said housing ; - said positioning component is adapted to be mounted underneath said electric connector component , thereby bearing said electric connector component . - a housing adapted for placing said neck in said conference unit ; - an electric connector component forming a first element of a connector pair , and adapted for connecting to a second element of said connector pair within said neck ; - a positioning component adapted for positioning said electric connector component within said housing , said positioning component comprising an elastic or resilient part , such that elastic compression of said part allows for clearance in the position of said electric connector component relative to said housing ; - a linking component adapted for electrically linking said electric connector component to a processing unit within said conference unit , - said connector pair is adapted for high-speed digital data transmission, allowing a transfer rate of at least 480 Mb/s; - said electric connector component has sides adapted to slide along inner surfaces of said housing when positioning said electric connector component within said housing, such that in assembled condition said sides are in contact with said inner surfaces of said housing ; - said positioning component is adapted to be mounted underneath said electric connector component , thereby bearing said electric connector component .
A porous support for parallel organic synthesis which is a paper-based array comprising: a sheet of paper that contains a periodic array of areas; a solvophilic area for spotting and permeating an organic solvent comprising a reagent for synthesizing an organic compound; and a solvophobic area that surrounds the solvophilic area wherein the solvophobic area comprises a perfluorinated material such as perfluorinated polymer that repels the organic solvent. a sheet of paper that contains a periodic array of areas; a solvophilic area for spotting and permeating an organic solvent comprising a reagent for synthesizing an organic compound; and a solvophobic area that surrounds the solvophilic area wherein the solvophobic area comprises a perfluorinated material such as perfluorinated polymer that repels the organic solvent.
A battery pack comprising: battery cells comprising first battery cells and second battery cells, each of the first and second battery cells comprising a first end portion and a second end portion that are opposite each other in a length direction thereof, adjacent first end portions being arranged in a stepped manner; and a case providing an accommodation space in which the battery cells and a cooling fluid to cool the battery cells are accommodated, the case comprising a first cover covering the first end portions of the battery cells, the first cover being arranged along a height difference between the first end portions of the first and second battery cells and defining a height difference space, corresponding to the height difference, on an outer side of the first cover. battery cells comprising first battery cells and second battery cells, each of the first and second battery cells comprising a first end portion and a second end portion that are opposite each other in a length direction thereof, adjacent first end portions being arranged in a stepped manner; and a case providing an accommodation space in which the battery cells and a cooling fluid to cool the battery cells are accommodated, the case comprising a first cover covering the first end portions of the battery cells, the first cover being arranged along a height difference between the first end portions of the first and second battery cells and defining a height difference space, corresponding to the height difference, on an outer side of the first cover.
Hydraulic brake arrangement comprising rear and/or front brakes of an off-road vehicle, said hydraulic brake arrangement comprising a source of fluid in pressure, a power stage valve fluidly interposed between said source and said rear and/or front brakes and a pilot stage , said pilot stage being configured to provide a first and a second hydraulic pressure signal to control said power stage valve to allow fluid from said source to flow towards said rear and/or front brakes , characterized by said power stage valve comprising a gain valve , a logic valve and a plurality of security valves , said gain valve being fluidly interposed between said source and said logic valve and being configured to assume at least a first position in which it allows passage of fluid to said logic valve while increasing pressure value of the this latter and a second position into which fluid passage is prevented, in function of the greatest between said first and second hydraulic pressure signals; said logic valve being fluidly interposed between said gain valve and said plurality of security valve and being configured to subdivide the flow of fluid among at least one of said plurality of security valves in function of said first and second hydraulic pressure signals; said plurality of security valves being fluidly interposed between said logic valve and said rear and/or front brakes and being configured to allow passage of fluid from logic valve to said rear and/or front brakes or to allow passage of said first and second hydraulic pressure signals or no passage of fluid towards said rear and/or front brakes in function of said first and second hydraulic pressure signals and at least one hydraulic signal taken from upstream or downstream with respect to said security valves . said gain valve being fluidly interposed between said source and said logic valve and being configured to assume at least a first position in which it allows passage of fluid to said logic valve while increasing pressure value of the this latter and a second position into which fluid passage is prevented, in function of the greatest between said first and second hydraulic pressure signals; said logic valve being fluidly interposed between said gain valve and said plurality of security valve and being configured to subdivide the flow of fluid among at least one of said plurality of security valves in function of said first and second hydraulic pressure signals; said plurality of security valves being fluidly interposed between said logic valve and said rear and/or front brakes and being configured to allow passage of fluid from logic valve to said rear and/or front brakes or to allow passage of said first and second hydraulic pressure signals or no passage of fluid towards said rear and/or front brakes in function of said first and second hydraulic pressure signals and at least one hydraulic signal taken from upstream or downstream with respect to said security valves .
A portable liquid medicine administration device for continuous or intermittent administration of a liquid medicine into a living body, the device comprising: a liquidmedicine administration device main body filled with the liquid medicine; and a cradle to which the liquid medicine administration device main body is detachably attached, wherein the liquid medicine administration device main body includes: an alarm unit that outputs an alarm on the basis of a notification event in a state of being attached to the cradle ; and an alarm control unit that stops the alarm on the basis of a change in a relative position between the cradle and the liquid medicine administration device main body . a liquidmedicine administration device main body filled with the liquid medicine; and a cradle to which the liquid medicine administration device main body is detachably attached, wherein the liquid medicine administration device main body includes: an alarm unit that outputs an alarm on the basis of a notification event in a state of being attached to the cradle ; and an alarm control unit that stops the alarm on the basis of a change in a relative position between the cradle and the liquid medicine administration device main body . an alarm unit that outputs an alarm on the basis of a notification event in a state of being attached to the cradle ; and an alarm control unit that stops the alarm on the basis of a change in a relative position between the cradle and the liquid medicine administration device main body .
System for balancing an electric motor of a propulsion system , in particular of an aircraft, with at least one parameter (P1, P2) comprising at least two electric motors and a propulsion member driven in rotation by said electric motors, characterised in that said balancing system comprises a balancing module associated with each electric motor , each of the balancing modules being configured to calculate a correction of the speed setpoint (Corr_Cons_V1, Corr_Cons_V2) as a function of a correction factor (F1, F2) of the speed setpoint dependent on said at least one parameter (P1, P2) of the associated electric motor that is intended to be balanced and a speed setpoint (Cons_VH) of the propulsion member .
A dewatering apparatus for use in the manufacture of a fibrous web , comprising: a. a steam box comprising a steam housing in sealed communication with a steam inlet , the steam housing having an apertured bottom plate having a leading edge and a trailing edge and a cross-sectional shape comprising a curvilinear portion and a linear portion , wherein the bottom plate comprises a first plurality of apertures defining a first steam addition zone having a leading steam addition zone edge and a trailing steam addition zone edge and the curvilinear portion is convex and the bottom plate apertures are disposed at least partially along the curvilinear portion; b. a vacuum box comprising a cover having a plurality of apertures in facing arrangement with the apertured bottom plate; c. a belt for continuously conveying the fibrous web between the apertured bottom plate and the plurality of apertures of the vacuum box cover; and wherein the steam addition zone is disposed at least partially along the curvilinear portion of the bottom plate, and the curvilinear portion is shaped such that a distance (H1) between an upper surface of the fibrous web and a bottom surface of the bottom plate at the leading steam addition zone edge is less than a distance (H2) between the upper surface and the bottom surface at the trailing steam addition zone edge. a. a steam box comprising a steam housing in sealed communication with a steam inlet , the steam housing having an apertured bottom plate having a leading edge and a trailing edge and a cross-sectional shape comprising a curvilinear portion and a linear portion , wherein the bottom plate comprises a first plurality of apertures defining a first steam addition zone having a leading steam addition zone edge and a trailing steam addition zone edge and the curvilinear portion is convex and the bottom plate apertures are disposed at least partially along the curvilinear portion; b. a vacuum box comprising a cover having a plurality of apertures in facing arrangement with the apertured bottom plate; c. a belt for continuously conveying the fibrous web between the apertured bottom plate and the plurality of apertures of the vacuum box cover; and
A motion compensation system for a load hanging from a mobile unit , comprising a crown block , a travelling block for fastening said load, at least one articulated arm for connecting said crown block to said mobile unit , each articulated arm comprising at least one pulley , a cable running through said pulleys of each articulated arm and through said first and second blocks , and at least a first main cylinder fastened to said mobile unit and to said crown block , characterized in that said compensation system comprises at least one secondary cylinder rotationally mounted on said mobile unit and on a joint of said articulated arm .