mhurhangee/patent-ind-claim-en huggingface dataset:
One or more non-transitory computer-readable media having computer-executable instructions stored thereon that, when executed by a processor , cause the processor to: receive, from a client device , information identifying a position of a user focus within a display area of the client device ; rank a plurality of display regions of the display area based on the information identifying the position of the user focus , wherein ranking the plurality of display regions comprises: identifying a primary display region of the plurality of display regions based on the position of the user focus , wherein the primary display region is associated with the position of the user focus in the display area ; identifying a secondary display region of the plurality of display regions, wherein the secondary display region is different from the primary display region ; and determining respective sizes of the plurality of display regions based on network bandwidth availability; transmit, to the client device , one or more frames of the primary display region of the plurality of display regions at a first image resolution; and transmit, to the client device , one or more frames of the secondary display region of the plurality of display regions at a second image resolution lower than the first image resolution. receive, from a client device , information identifying a position of a user focus within a display area of the client device ; rank a plurality of display regions of the display area based on the information identifying the position of the user focus , wherein ranking the plurality of display regions comprises: identifying a primary display region of the plurality of display regions based on the position of the user focus , wherein the primary display region is associated with the position of the user focus in the display area ; identifying a secondary display region of the plurality of display regions, wherein the secondary display region is different from the primary display region ; and determining respective sizes of the plurality of display regions based on network bandwidth availability; identifying a primary display region of the plurality of display regions based on the position of the user focus , wherein the primary display region is associated with the position of the user focus in the display area ; identifying a secondary display region of the plurality of display regions, wherein the secondary display region is different from the primary display region ; and determining respective sizes of the plurality of display regions based on network bandwidth availability; transmit, to the client device , one or more frames of the primary display region of the plurality of display regions at a first image resolution; and transmit, to the client device , one or more frames of the secondary display region of the plurality of display regions at a second image resolution lower than the first image resolution.
Fork component for an at least partially muscle-powered vehicle and in particular a bicycle having a fork column unit consisting at least in part of a fibrous composite material , wherein the fork column unit comprises a fork column and a fork crown configured as two separate parts connected with one another by form-fit to form the fork column unit , wherein the fork column and the fork crown are connected to one another non-rotatably relative to the longitudinal axis on an accommodation section of the fork crown , characterized in that the fork column shows at least one lug projecting outwardly in an accommodation region and that the fork crown comprises a wall of a fibrous composite material and at least one core of a more lightweight material.
A vehicle lamp having a structure in which a lower substrate, a fluorescent film and a color filter are stacked in this order, wherein the fluorescent film and the color filter comprise polydimethylsiloxane (PDMS).
A wheel-well closure system for a motor vehicle , having a wheel-arch delimiting a wheel-well and a wheel system mounted in the wheel-well , the system comprising:- a support structure (20 ; 120) connected to the wheel-arch ; and- a cover connected to the support structure (20 ; 120) and covering the wheel-well ;wherein the cover is made of a flexible material and is secured to the wheel arch ;wherein the wheel system comprises a wheel , a continuous annular part secured to the wheel facing the cover and rotating with the wheel about a horizontal axis (X4); and characterized in that the support structure (20; 120) comprises an arm (22 ; 122) extending radially in front of the wheel system and against the cover , a steering movement of the wheel about a vertical axis (Y4) causing the continuous annular part of the wheel system to push the support structure (20 ; 120) and stretch the cover outside the wheel-well .
A seat assembly comprising: a seat cushion ; a backrest ; a headrest with a head support beam and lateral pivot beams ; wherein the headrest is moveably secured to an upper portion of a back of the backrest through the lateral pivot beams ; wherein the headrest is configured to be moved between a stowed position in which the headrest is retained within a portion of the backrest and a deployed position in which the headrest is configured to support a passenger in a forward resting position, wherein the head support beam spans between the opposed lateral pivot beams ; wherein the head support beam extends between upper ends of the lateral pivot beams , and wherein lower ends of the lateral pivot beams are pivotally coupled to the back of the backrest ; and a tray table moveably coupled to a lower portion of the back of the backrest , wherein the tray table is positioned below the headrest . a seat cushion ; a backrest ; a headrest with a head support beam and lateral pivot beams ; wherein the headrest is moveably secured to an upper portion of a back of the backrest through the lateral pivot beams ; wherein the headrest is configured to be moved between a stowed position in which the headrest is retained within a portion of the backrest and a deployed position in which the headrest is configured to support a passenger in a forward resting position, wherein the head support beam spans between the opposed lateral pivot beams ; wherein the head support beam extends between upper ends of the lateral pivot beams , and wherein lower ends of the lateral pivot beams are pivotally coupled to the back of the backrest ; and a tray table moveably coupled to a lower portion of the back of the backrest , wherein the tray table is positioned below the headrest .
A filter element comprising: a casing having an outer surface that defines an outer perimeter of the casing ; and a flange connected to the outer surface and extending around the outer perimeter of the casing , the flange comprising: a plurality of snap members that are configured to resiliently engage one or more ramp members of a housing to connect the filter element with the housing , wherein a snap member , of the plurality of snap members , includes: a fulcrum projecting radially from the flange ; and a lever mounted on the fulcrum and extending in a direction that is substantially perpendicular to the fulcrum ; characterised in that the lever comprises: a latch portion at a first end of the lever ; and a handle portion at a second end of the lever , wherein the first end is opposite to the second end , and the fulcrum is located between the latch portion and the handle portion of the lever ; and wherein the latch portion comprises: a lower surface that faces the flange and is configured to slide over an angled surface of the one or more ramp members as the filter element is inserted into the housing ; and an aperture that is configured to receive the one or more ramp members of the housing when the filter element and the housing are in a latched state. a casing having an outer surface that defines an outer perimeter of the casing ; and a flange connected to the outer surface and extending around the outer perimeter of the casing , the flange comprising: a plurality of snap members that are configured to resiliently engage one or more ramp members of a housing to connect the filter element with the housing , wherein a snap member , of the plurality of snap members , includes: a fulcrum projecting radially from the flange ; and a lever mounted on the fulcrum and extending in a direction that is substantially perpendicular to the fulcrum ; a fulcrum projecting radially from the flange ; and a lever mounted on the fulcrum and extending in a direction that is substantially perpendicular to the fulcrum ; a latch portion at a first end of the lever ; and a handle portion at a second end of the lever , wherein the first end is opposite to the second end , and the fulcrum is located between the latch portion and the handle portion of the lever ; and wherein the latch portion comprises: a lower surface that faces the flange and is configured to slide over an angled surface of the one or more ramp members as the filter element is inserted into the housing ; and an aperture that is configured to receive the one or more ramp members of the housing when the filter element and the housing are in a latched state. a lower surface that faces the flange and is configured to slide over an angled surface of the one or more ramp members as the filter element is inserted into the housing ; and an aperture that is configured to receive the one or more ramp members of the housing when the filter element and the housing are in a latched state.
A container having a taper mechanism , wherein the container is designed to be flexible and is provided to enclose an object in the interior thereof, wherein the taper mechanism is able to pull at least two pulling sides of a tapered surface of the container by means of at least one cable pull towards each other to reduce the circumference of the interior of the container , wherein the cable of the cable pull is alternately guided on opposite pulling sides in cable pull guides that are arranged next to each other along the pulling sides and spaced apart, wherein the at least one cable pull is arranged between the tapered surface and a flexible top surface provided therefore, characterized in that the top surface is connected at least sectionally with the tapered surface along the at least one cable pull between the pulling sides .
Device (D) for converting solid organic matter into mixtures of methane (CH 4 ) and/or hydrogen (H 2 ) and/or carbon dioxide (CO 2 ) comprising at least the five following functions: (i) a pyrogasification function Pygaz of solid organic matter in order to form a pyrogasification gas GP , (ii) a steam reforming function VR of the pyrogasification oils contained in the pyrogasification gas GP resulting from function (i), (iii) a gas-to-water reaction function WGS applied to the gases resulting from function (ii), (iv) a cooling and washing function RL of the gases resulting from function (iii), (v) a biomethanation function B of the gases resulting from function (iv). (i) a pyrogasification function Pygaz of solid organic matter in order to form a pyrogasification gas GP , (ii) a steam reforming function VR of the pyrogasification oils contained in the pyrogasification gas GP resulting from function (i), (iii) a gas-to-water reaction function WGS applied to the gases resulting from function (ii), (iv) a cooling and washing function RL of the gases resulting from function (iii), (v) a biomethanation function B of the gases resulting from function (iv).
An electronic device comprising: a power unit comprising a housing having a cylindrical outer appearance and being configured to accommodate a battery ; a communication unit configured to wirelessly communicate with an external device; a printer unit comprising a cylindrical case having a cylindrical outer appearance and being configured to accommodate a printer mechanical unit , a gear unit and a motor , wherein the mechanical unit , the gear unit and the motor are connected to be coaxial with respect to the cylindrical case, wherein the printer unit prints print data received from the external device through the communication unit on a recording sheet; and a connection unit configured to mechanically connect the power unit and the printer unit to each other and being configured to be bent at an axis thereof so as to bend the electronic device at the axis, wherein the electronic device is switchable between a first state in which the power unit and the printer unit are linearly aligned, and a second state in which the electronic device is bent at the axis; and an outer appearance of the electronic device in the first state is a cylindrical shape, wherein the electronic device further comprises a hinge spring provided in the connection unit and being configured to retain the position of the electronic device in the second state. a power unit comprising a housing having a cylindrical outer appearance and being configured to accommodate a battery ; a communication unit configured to wirelessly communicate with an external device; a printer unit comprising a cylindrical case having a cylindrical outer appearance and being configured to accommodate a printer mechanical unit , a gear unit and a motor , wherein the mechanical unit , the gear unit and the motor are connected to be coaxial with respect to the cylindrical case, wherein the printer unit prints print data received from the external device through the communication unit on a recording sheet; and a connection unit configured to mechanically connect the power unit and the printer unit to each other and being configured to be bent at an axis thereof so as to bend the electronic device at the axis, wherein the electronic device is switchable between a first state in which the power unit and the printer unit are linearly aligned, and a second state in which the electronic device is bent at the axis; and an outer appearance of the electronic device in the first state is a cylindrical shape, wherein the electronic device further comprises a hinge spring provided in the connection unit and being configured to retain the position of the electronic device in the second state.
A method of a touch sensitive device , comprising: determining natural frequency responses of at least a first region and at least a second region of the touch sensitive device by performing a modal analysis on the touch sensitive device to generate a set of drive frequency values for the at least first region and the at least second region ; receiving touch input to the at least first region of the touch sensitive device ; determining a first drive frequency signal based on the natural frequency response of the at least first region ; outputting the first drive frequency signal to one or more haptic actuators , , , of the touch sensitive device ; receiving touch input to the at least second region of the touch sensitive device ; determining a second drive frequency signal based on the determined natural frequency response of the at least second region ; and outputting the second drive frequency signal to one or more haptic actuators , , , of the touch sensitive device . determining natural frequency responses of at least a first region and at least a second region of the touch sensitive device by performing a modal analysis on the touch sensitive device to generate a set of drive frequency values for the at least first region and the at least second region ; receiving touch input to the at least first region of the touch sensitive device ; determining a first drive frequency signal based on the natural frequency response of the at least first region ; outputting the first drive frequency signal to one or more haptic actuators , , , of the touch sensitive device ; receiving touch input to the at least second region of the touch sensitive device ; determining a second drive frequency signal based on the determined natural frequency response of the at least second region ; and outputting the second drive frequency signal to one or more haptic actuators , , , of the touch sensitive device .
A microelectrode array, comprising a. an electrode carrier which supports a plurality of microelectrodes disposed on the upper surface of the electrode carrier , b. a cover slip with a surface to which electroconductive cells are adhered, wherein the microelectrodes are configured to transmit or receive an electrical signal to or from the electroconductive cells , c. a chamber , which accommodates the electrode carrier and the cover slip carrying the electroconductive cells , characterized in that the cover slip carrying the electroconductive cells is placed upside-down onto the electrode carrier such that the electroconductive cells are faced towards the microelectrodes and that the electroconductive cells are in electrical contact with the plurality of microelectrodes to receive and transmit electrical signals, wherein the bottom side of the cover slip which bears the electroconductive cells and the upper surface of the electrode carrier form a flow channel within the chamber for transporting fluids to or from the electroconductive cells . a. an electrode carrier which supports a plurality of microelectrodes disposed on the upper surface of the electrode carrier , b. a cover slip with a surface to which electroconductive cells are adhered, wherein the microelectrodes are configured to transmit or receive an electrical signal to or from the electroconductive cells , c. a chamber , which accommodates the electrode carrier and the cover slip carrying the electroconductive cells , characterized in that the cover slip carrying the electroconductive cells is placed upside-down onto the electrode carrier such that the electroconductive cells are faced towards the microelectrodes and that the electroconductive cells are in electrical contact with the plurality of microelectrodes to receive and transmit electrical signals, wherein the bottom side of the cover slip which bears the electroconductive cells and the upper surface of the electrode carrier form a flow channel within the chamber for transporting fluids to or from the electroconductive cells .
A composition comprising N-carbamimidoyl-5-(1-methyl-1H-pyrazol-4-yl)-2-naphthamide, or a pharmaceutically acceptable salt thereof, for use in a method of treating or preventing influenza virus infection in a subject.
Stack storage assembly for containers, having multiple uprights that are connected to one another by transverse connectors , wherein at least one transverse connector is connected to uprights via connection elements , each of which bears against a contact surface of an upright , characterized in that the contact surface comprises a slot into at which at least one self-cutting or self-tapping screw protruding through the connection element is screwed.
An image forming apparatus comprising: a body; a power supply to output an operation voltage; a controller to control the output of the operation voltage from the power supply , based on whether a replaceable unit is installed within the body; and a cover that covers the body; characterised by comprising a high voltage generating part to receive the operation voltage from the power supply and output a high voltage as a high charging voltage, high developing voltage and/or a high transfer voltage; and a cover switch that is connected to an input terminal of the high voltage generating part , interlocks with the cover , and has an OFF state in which the operation voltage is not supplied to the high voltage generating part and an ON state in which the operation voltage is supplied to the high voltage generating part; wherein the controller detects whether the cover switch is in one of the OFF state and the ON state by detecting a voltage at the input terminal of the high voltage generating part . a body; a power supply to output an operation voltage; a controller to control the output of the operation voltage from the power supply , based on whether a replaceable unit is installed within the body; and a cover that covers the body; characterised by comprising a high voltage generating part to receive the operation voltage from the power supply and output a high voltage as a high charging voltage, high developing voltage and/or a high transfer voltage; and a cover switch that is connected to an input terminal of the high voltage generating part , interlocks with the cover , and has an OFF state in which the operation voltage is not supplied to the high voltage generating part and an ON state in which the operation voltage is supplied to the high voltage generating part; wherein the controller detects whether the cover switch is in one of the OFF state and the ON state by detecting a voltage at the input terminal of the high voltage generating part .
Use of at least one bacterial amylase in poultry feed to improve the nutritional value of the feed, for improving weight gain and/or feed conversion ratio of poultry, wherein the bacterial amylase is a polypeptide having at least 80% identity to amino acids 1-481 of SEQ ID NO: 2, and wherein the bacterial amylase is added to the poultry feed at a dose of between 20 and 400 KNU/kg feed.
Blade for a wind turbine comprising an ice formation prevention system comprising heating means connected to power supply cables , a lightning protection system including at least one lightning down conductor and configured to conduct the lightning striking the blade to the ground through the lightning down conductor , and surge protection devices that connect the ice formation prevention system with the lightning protection system ensuring the equipotentiality of both systems , characterized in that the heating means comprise at least one first radiant element and at least one second radiant element arranged faced to each other around a leading edge of the blade , with the first radiant element being connected to the power supply cables through respective connectors at the respective connection points (C1, C2), and the lightning conductor is connected to each power supply cable at the connection points (C1, C2) through the respective surge protection device , the second radiant element being electrically connected to the first radiant element so that the second radiant element is electrically supplied only through the first radiant element .
A method for realizing a service brake chamber used in an air brake system of heavy vehicles , in which the chamber is formed by connecting a pressure housing and non-pressure housing Characterized in that the said method connects a pressure housing and non-pressure housing of the service brake chamber which are made by composite material composed of non-metalic polymeric matrix, reinforced with glass fiber or carbon fiber and produced by plastic injection molding process, comprises the process steps below: • Compressing a Pressure housing , non-pressure housing and diaphragm by means of press machine. • Aligning Keyways with recesses of pressure housing and the other half of recesses of non-pressure housings , aligned by compressing diaphragm at rates to provide sealing. • Forming during the compression step At least 6 wedge mounting spaces which are required for the insertion of the wedges in the keyways in the radial direction is formed during the compression process enables the occurrence of the keyways at the same time. • Terminating the connection process by placing the wedges into the wedge mounting spaces and are driven to the keyways in the radial direction. • Compressing a Pressure housing , non-pressure housing and diaphragm by means of press machine. • Aligning Keyways with recesses of pressure housing and the other half of recesses of non-pressure housings , aligned by compressing diaphragm at rates to provide sealing. • Forming during the compression step At least 6 wedge mounting spaces which are required for the insertion of the wedges in the keyways in the radial direction is formed during the compression process enables the occurrence of the keyways at the same time. • Terminating the connection process by placing the wedges into the wedge mounting spaces and are driven to the keyways in the radial direction.