mhurhangee/patent-ind-claim-en huggingface dataset:
A daylighting structure formed of a light-transmitting material that is attached to a daylighting portion of a building and propagates an incident light from an outside to a ceiling surface of a building interior, the light-transmitting material comprising: an upper side incidence and emission curved surface that is formed of an outdoor region curved surface in which the incident light is refracted and incident to the inside of the light-transmitting material in a focused form, and an indoor region curved surface from which the internally reflected light of the refracted incident light is refracted and emitted toward the ceiling surface in a diffused form, the upper side incidence and emission curved surface extending in a longitudinal direction of the light-transmitting material in a state of projecting upward from an end portion toward a center side of a width direction of the light-transmitting material ; and a lower side reflection surface in which the refracted incident light reflects and changes to the internally reflected light advancing to the indoor region curved surface of the upper side incidence and emission curved surface, the lower side reflection surface extending in the longitudinal direction of the light-transmitting material , characterized in that the light-transmitting material has a mirror portion for generating the internally reflected light in a side surface of the longitudinal direction of the light-transmitting material , and in that a plurality of light-transmitting materials are connected in the longitudinal direction. an upper side incidence and emission curved surface that is formed of an outdoor region curved surface in which the incident light is refracted and incident to the inside of the light-transmitting material in a focused form, and an indoor region curved surface from which the internally reflected light of the refracted incident light is refracted and emitted toward the ceiling surface in a diffused form, the upper side incidence and emission curved surface extending in a longitudinal direction of the light-transmitting material in a state of projecting upward from an end portion toward a center side of a width direction of the light-transmitting material ; and a lower side reflection surface in which the refracted incident light reflects and changes to the internally reflected light advancing to the indoor region curved surface of the upper side incidence and emission curved surface, the lower side reflection surface extending in the longitudinal direction of the light-transmitting material , characterized in that the light-transmitting material has a mirror portion for generating the internally reflected light in a side surface of the longitudinal direction of the light-transmitting material , and in that a plurality of light-transmitting materials are connected in the longitudinal direction.
A seal assembly for a bearing, the seal assembly comprising: an inner seal member comprising an annular ring having an axially inward facing surface and an axially outward facing surface , the annular ring having a first lobe extending outwardly from a radially outermost portion of the annular ring , the annular ring having a leg extending axially outward from the axially outward facing surface , proximate the first lobe , a seal receiving surface extending along a portion of the axially outward facing surface and along a radially inward facing surface of the leg , the seal receiving surface having a first seating area and a second seating area ; an outer seal member positioned radially inward from the leg and axially outward from the axially outward facing surface of the annular ring , the outer seal member comprising a pivot member having a second lobe extending outwardly therefrom; a retaining ring having a circumferential groove formed therein, the retaining ring being positioned axially outward of the annular ring and radially inward from the leg ; and the pivot member being pivotally seated in the groove so that the second lobe is moveable between the first seating area and the second seating area . an inner seal member comprising an annular ring having an axially inward facing surface and an axially outward facing surface , the annular ring having a first lobe extending outwardly from a radially outermost portion of the annular ring , the annular ring having a leg extending axially outward from the axially outward facing surface , proximate the first lobe , a seal receiving surface extending along a portion of the axially outward facing surface and along a radially inward facing surface of the leg , the seal receiving surface having a first seating area and a second seating area ; an outer seal member positioned radially inward from the leg and axially outward from the axially outward facing surface of the annular ring , the outer seal member comprising a pivot member having a second lobe extending outwardly therefrom; a retaining ring having a circumferential groove formed therein, the retaining ring being positioned axially outward of the annular ring and radially inward from the leg ; and the pivot member being pivotally seated in the groove so that the second lobe is moveable between the first seating area and the second seating area .
A computer-controlled method in an Adaptive Bitrate Quality of Experience Management Unit for managing bandwidth usage and Quality of Experience, QoE, at a customer premises where multiple client devices independently download content from multiple providers, the method comprising: assigning a priority level to each provider and to each client device; translating the assigned priority levels into weights; and utilizing the weights in a Weighted Fair Queuing algorithm to control, at any given time, an amount of bandwidth each client device is allowed to utilize to download content from any given provider, thereby maintaining a desired QoE for each client device/provider combination, and characterized in that utilizing the Weighted Fair Queuing algorithm includes utilizing Phantom Packet Transmission Weighted Fair Queuing to prevent a first client device from increasing its bit rate when a second client device is in an idle phase of its duty cycle due to a full buffer. assigning a priority level to each provider and to each client device; translating the assigned priority levels into weights; and utilizing the weights in a Weighted Fair Queuing algorithm to control, at any given time, an amount of bandwidth each client device is allowed to utilize to download content from any given provider, thereby maintaining a desired QoE for each client device/provider combination, and characterized in that utilizing the Weighted Fair Queuing algorithm includes utilizing Phantom Packet Transmission Weighted Fair Queuing to prevent a first client device from increasing its bit rate when a second client device is in an idle phase of its duty cycle due to a full buffer.
A compound of formula , or a pharmaceutically acceptable salt thereof, for use in the treatment or prevention of nonalcoholic fatty liver disease
A multi-sided display, comprising: a first display panel and a second display panel , two opposite edges of the first display panel are respectively bent towards the reverse side of a display area thereof, to allow the first display panel to form a U-shaped structure; two opposite edges of the second display panel are respectively bent towards the reverse side of a display area thereof, to allow the second display panel to form a U-shaped structure; the two edges of the first display panel bent towards the display area thereof are respectively encapsulated with the two edges of the second display panel bent towards the display area thereof to form a closed structure together with a first encapsulation plate and a second encapsulation plate ; and each display surface of the multi-sided display is controlled independently ; ; wherein the first encapsulation plate is configured to seal the top of the closed structure and the second encapsulation plate is configured to seal the bottom of the closed structure ; the multi-sided display further comprises at least one function slot and/or physical function key , wherein the function slot and/or the physical function key are/is disposed at an encapsulated position of the edges of the first display panel and the second display panel ; or disposed in a non-display area of the first display panel and/or the second display panel ; or disposed on a surface of the first encapsulation plate and/or the second encapsulation plate .
Package (200, 200', 200") comprising a tray (14, 14', 14") and a sleeve (18, 18', 18") inside which the tray (14, 14', 14") may slide in a longitudinal direction (L), the packaging (200, 200', 200") comprising at least one tamper-proof element of the packaging (200, 200', 200"), said tamper-proof element comprising: - a first section integral with the tray (14, 14', 14"), and - a second section linked by at least one line of weakness to the sleeve (18, 18', 18"), characterized in that the first section and the second section are juxtaposed with one another in a first direction of the tamper-proof element , and each extend over the entire width of the tamper-proof element in a second direction orthogonal to the first direction, there is a non-zero and different angle of 180° between the first section and the second section , and the or each line of weakness opens into a longitudinal end edge of the sleeve (18, 18', 18"). - a first section integral with the tray (14, 14', 14"), and - a second section linked by at least one line of weakness to the sleeve (18, 18', 18"),
Screening device in the form of a screen basket, with screen slots or screen gaps formed between screen bars , which screen bars are triangular in profile and their base area is accommodated in receiving recesses of support elements adapted to the geometry of the base area and is permanently attached to these, wherein, in the direction of flow from a fabric inlet side to the reject outlet side , the screening device is divided into at least a first treatment area (A) and a second treatment area (B), and the diameter of the screening device is larger on the fabric inlet side than on the reject outlet side , characterized in that the profiled bars are arranged in such a way that, with a constant slot width (w) between adjacent screen bars , the bars have a profile depth (t1) in the first treatment area (A) and a profile depth (t2) in the second treatment area (B), wherein the profile depth (t1) in the first treatment area (A) is smaller than the profile depth (t2) in the second treatment area (B), with the profile depth (t1, t2) increasing in steps starting from the fabric inlet side to the reject outlet side .
Device for the water-tight connection of pipes and accessories for said pipes; comprising a tubular clamp with overlaps with the pipes or accessories to connect, said clamp comprising: - a first portion equipped with a first corrugated inner profile complementary to a first end outer profile made on a first pipe - or first accessory to connect thereon by means of a first outer overlap , - a second portion equipped with a second corrugated inner profile complementary to a second end outer profile disposed on a second pipe or second accessory to connect thereon by means of a second outer overlap , characterized in that said clamp also comprises - pressure seals disposed on the first overlap and on the second overlap , wherein the pressure seals are integrated in a first coating which spans, at least, the first overlap and in a second coating which spans, at least, the second overlap ; the coatings being made in compressing material and with the respective inner profiles being incorporated in said coatings, and - said clamp being divided into half-clamps that together span the contour of the pipes or accessories to connect, said half-clamps comprising perimetric mutual tightening means. - a first portion equipped with a first corrugated inner profile complementary to a first end outer profile made on a first pipe - or first accessory to connect thereon by means of a first outer overlap , - a second portion equipped with a second corrugated inner profile complementary to a second end outer profile disposed on a second pipe or second accessory to connect thereon by means of a second outer overlap , characterized in that said clamp also comprises - pressure seals disposed on the first overlap and on the second overlap , wherein the pressure seals are integrated in a first coating which spans, at least, the first overlap and in a second coating which spans, at least, the second overlap ; the coatings being made in compressing material and with the respective inner profiles being incorporated in said coatings, and - said clamp being divided into half-clamps that together span the contour of the pipes or accessories to connect, said half-clamps comprising perimetric mutual tightening means.
Compound selected from among celastrol, pristimerin, 22beta-hydroxy tingenone and pharmaceutically acceptable salts thereof, for use in the topical treatment and/or prevention of an actinic keratosis.
A six-phase rotating electric machine of the double three-phase type comprising a rotor and a stator with two three-phase windings angularly offset from each other and comprising three electronic power modules , the first three and the second three phase windings form the first and the second three-phase system which are angularly offset by a predetermined offset angle (φ), wherein the first and the second phase windings are respectively connected from first (U1, V1, W1) and second (U2, V2, W2) phase currents flowing through the first and second phase windings, each electronic power module being capable of controlling a first (U1, V1, W1) and a second (U2, V2, W2) phase current, and each module comprises electronic components and external connection elements , each arranged in a housing, including a first and a second power terminal capable of being electrically connected to a first and a second one of the first and the second phase windings ; 5, 6, 7), the first terminal and the second power terminal of each electronic power module being connected respectively to a winding of the first three-phase system and to a winding of the second three-phase system in order to establish a phase offset a, between these windings, characterised in that the totality of the phase offsets of the electronic power modules is a variation of an instantaneous phase offset α, , 17) minimises a variation of a total instantaneous electrical power, corresponding to the sum of the power losses in each of the electronic power modules , by an average value as a function of an electrical angle Θ, where θ = ωt, where ω is the pulsation of the phase currents and t is the time variable, the total instantaneous electrical power being proportional to the function sin 2 θ+sin 2 (θ-α), where θ and α are the electrical angle and the phase offset, respectively, where the phase offset is the angle between the phase currents and the time variable, the phase offset, where the phase offset α is 90°.
A (+) enantiomer of a compound selected from the following group of compounds: or a pharmaceutically acceptable hydrate thereof, wherein the optical rotation is recorded on Autopol IV automatic polarimeter, at 20°C in MeOH.
Dental care assembly having a container which has a movable lid and a dental care element receptacle and a UV lamp which is arranged in the container and the effective range of which comprises the dental care element receptacle, wherein the UV lamp is connected to a control device with which an operating state of the UV lamp is changeable, the control device is connected to a closing sensor , with which a closing state of the lid is determinable, the control device comprises a timer, at least one dental care element is removably arranged in the dental care element receptacle, the dental care element has at least one sound generator , in particular an ultrasonic generator, and at least two dental care agent dispensers are arranged on opposite sides of the dental care element receptacle, characterized in that the dental care element and the control device are connected by a cable and the dental care agent dispensers have at least one fluidic connection to the dental care element holder. the UV lamp is connected to a control device with which an operating state of the UV lamp is changeable, the control device is connected to a closing sensor , with which a closing state of the lid is determinable, the control device comprises a timer, at least one dental care element is removably arranged in the dental care element receptacle, the dental care element has at least one sound generator , in particular an ultrasonic generator, and at least two dental care agent dispensers are arranged on opposite sides of the dental care element receptacle, characterized in that the dental care element and the control device are connected by a cable and the dental care agent dispensers have at least one fluidic connection to the dental care element holder.
An antibody binding Growth Differentiation Factor 15 (GDF15), or a GDF15 binding antibody fragment thereof, for use in treating rheumatoid arthritis (RA), spondyloarthritis (SpA), psoriatic arthritis or osteoarthritis (OA).
An analysis method for determining nerve fiber layer thickness in an area of a retinal nerve fiber layer, whereby the analysis method is performed by means of a perimeter , said perimeter comprising means for data processing using a database , the database comprising a plurality of datasets of healthy eyes and datasets of eyes with glaucoma in different stages, each of the datasets comprising functional data of a field of vision obtained by perimetric measurements and thickness of a retinal nerve fiber layer obtained by OCT measurements, wherein, by means of the perimeter, functional data of a field of vision of the eye are measured, a retina of the eye being divided into points , which represent the field of vision, optical stimuli of a defined intensity being provided, using a stimulation device , to predetermined points (P1, P22, P26, P35, P44, P57) of the retina which are selected from the database, the selection and a weighting of the predetermined points with regard to their ability for the determination of the nerve fiber layer thickness having taken place by means of a statistical calculation method, the predetermined points are measured, a reaction to a stimulus being determined, using a measuring device , as a measuring result of each predetermined point, the measuring results of the predetermined points having a statistically significant relation to the thickness of a retinal nerve fiber layer of the eye, the thickness of the retinal nerve fiber layer of the eye being derived , using the means for data processing , from the measuring results of the predetermined points and from the datasets, the measuring results of the measured points being compared to the datasets stored in the database for respectively corresponding points (P1, P22, P26, P35, P44, P57), the thickness of a retinal nerve fiber layer of the eye being derived from the datasets, which in the comparison present an approximate coincidence or a high correlation with the measuring results of the measured points, the derived thickness being displayed using a display device .
A three-dimensional memory structure comprising: a film stack , the film stack comprising conductive and dielectric layers alternatingly stacked on top of each other in a vertical direction ; memory strings in a channel structure region penetrating through the film stack in the vertical direction, wherein each of the memory strings comprise a memory film , a channel layer and a core filling film ; and contact structures in the channel structure region penetrating through one or more of the conductive and dielectric layers in the vertical direction such that each conductive layer of the film stack is electrically connected to at least one of the contact structures, wherein each contact structure comprises a liner surrounding a conductive material, wherein the liner comprises an insulator configured to electrically isolate the contact structures from one or more conductive layers of the film stack ; the conductive material contacts each conductive layer of the film stack; characterized in that the contact structures and the memory strings are arranged alternatingly along a X-direction, which is perpendicular to the vertical direction, in a portion of the channel structure region. a film stack , the film stack comprising conductive and dielectric layers alternatingly stacked on top of each other in a vertical direction ; memory strings in a channel structure region penetrating through the film stack in the vertical direction, wherein each of the memory strings comprise a memory film , a channel layer and a core filling film ; and contact structures in the channel structure region penetrating through one or more of the conductive and dielectric layers in the vertical direction such that each conductive layer of the film stack is electrically connected to at least one of the contact structures, wherein each contact structure comprises a liner surrounding a conductive material, wherein the liner comprises an insulator configured to electrically isolate the contact structures from one or more conductive layers of the film stack ; the conductive material contacts each conductive layer of the film stack; characterized in that the contact structures and the memory strings are arranged alternatingly along a X-direction, which is perpendicular to the vertical direction, in a portion of the channel structure region.
Eyewear , comprising: a frame ; a battery ; a printed circuit board (PCB) ; a flexible printed circuit (FPC) coupling the battery to the PCB ; a see-through display (180C-D) supported by the frame and configured to generate images; a dipole antenna configured to communicate wireless signals, wherein the dipole antenna has a first leg including a portion of the battery and the FPC , and a second leg, wherein the second leg has a first portion and a second portion, further comprising a low permittivity material coupled to and dielectrically loading the first portion, and a high permittivity material coupled to and dielectrically loading the second portion of the second leg; and an antenna feed coupled to the dipole antenna . a frame ; a battery ; a printed circuit board (PCB) ; a flexible printed circuit (FPC) coupling the battery to the PCB ; a see-through display (180C-D) supported by the frame and configured to generate images; a dipole antenna configured to communicate wireless signals, wherein the dipole antenna has a first leg including a portion of the battery and the FPC , and a second leg, wherein the second leg has a first portion and a second portion, further comprising a low permittivity material coupled to and dielectrically loading the first portion, and a high permittivity material coupled to and dielectrically loading the second portion of the second leg; and an antenna feed coupled to the dipole antenna .