mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a first computing device , the method comprising: determining, by the first computing device , an ephemeral key pair comprising an ephemeral public key (ePubF) and an ephemeral private key (ePriF); generating, by the first computing device , a first shared secret using the ephemeral private key (ePriF) and a static second device public key (PubS); encrypting, by the first computing device , request data using the first shared secret to obtain encrypted request data; sending, by the first computing device , a request message including the encrypted request data and the ephemeral public key (ePubF) to a second computing device ; the method characterized by : receiving, by the first computing device , a response message including encrypted response data and a blinded static second device public key from the second computing device , wherein the blinded static second device public key is determined by combining the static second device public key with another data element; determining, by the first computing device , a second shared secret using the ephemeral private key (ePriF) and the blinded static second device public key; and decrypting, by the first computing device , the encrypted response data using the second shared secret to determine response data. determining, by the first computing device , an ephemeral key pair comprising an ephemeral public key (ePubF) and an ephemeral private key (ePriF); generating, by the first computing device , a first shared secret using the ephemeral private key (ePriF) and a static second device public key (PubS); encrypting, by the first computing device , request data using the first shared secret to obtain encrypted request data; sending, by the first computing device , a request message including the encrypted request data and the ephemeral public key (ePubF) to a second computing device ; the method characterized by : receiving, by the first computing device , a response message including encrypted response data and a blinded static second device public key from the second computing device , wherein the blinded static second device public key is determined by combining the static second device public key with another data element; determining, by the first computing device , a second shared secret using the ephemeral private key (ePriF) and the blinded static second device public key; and decrypting, by the first computing device , the encrypted response data using the second shared secret to determine response data. receiving, by the first computing device , a response message including encrypted response data and a blinded static second device public key from the second computing device , wherein the blinded static second device public key is determined by combining the static second device public key with another data element; determining, by the first computing device , a second shared secret using the ephemeral private key (ePriF) and the blinded static second device public key; and decrypting, by the first computing device , the encrypted response data using the second shared secret to determine response data.
A method of making a flexible packaging film comprising: providing a blown film comprising high density polyethylene resin, at least 50% by weight inorganic filler, and an initial thickness; orienting said blown film in a machine direction to produce an oriented film having a final thickness which is at least 35% less than said initial thickness, and laminating said oriented film with one or more skin layers, wherein said one or more skin layers comprises ethylene acrylic acid. providing a blown film comprising high density polyethylene resin, at least 50% by weight inorganic filler, and an initial thickness; orienting said blown film in a machine direction to produce an oriented film having a final thickness which is at least 35% less than said initial thickness, and laminating said oriented film with one or more skin layers, wherein said one or more skin layers comprises ethylene acrylic acid.
A composition for detection of proteins comprising a) a protein-complexing dye, b) a cyclic oligomer selected from a cyclic oligosaccharide, calixarene, curcurbituril, pillararene, or derivatives thereof, and c) tartaric acid. a) a protein-complexing dye, b) a cyclic oligomer selected from a cyclic oligosaccharide, calixarene, curcurbituril, pillararene, or derivatives thereof, and c) tartaric acid.
An electronic balance comprising: a main body in which a weighing chamber is formed; a weighing pan which is provided in the weighing chamber and includes a placement surface on which a sample is placed; a bottom wall which forms a bottom surface of the weighing chamber at a location higher than the placement surface and in which an opening is formed at a location facing the weighing pan; and an accommodating wall , which is located in the opening of the bottom wall and surrounds an outer periphery and a lower side of the weighing pan so as to accommodate the weighing pan inside. a main body in which a weighing chamber is formed; a weighing pan which is provided in the weighing chamber and includes a placement surface on which a sample is placed; a bottom wall which forms a bottom surface of the weighing chamber at a location higher than the placement surface and in which an opening is formed at a location facing the weighing pan; and an accommodating wall , which is located in the opening of the bottom wall and surrounds an outer periphery and a lower side of the weighing pan so as to accommodate the weighing pan inside.
A method of assessing a feature on a patient's skin surface, including: i. receiving a three-dimensional data set representative of the patient's skin surface; ii. determining a boundary of the feature in the three-dimensional data set; iii. determining with a processor a three-dimensional surface area of the feature within the boundary; and iv. identifying a plurality of sub-regions within the boundary and identifying one or more tissue types in each sub-region, wherein identifying the plurality of sub-regions includes-receiving, via a user interface , a user input manually identifying one or more of the plurality of sub-regions; and automatically identifying, with a processor, one or more others of the plurality of sub-regions. i. receiving a three-dimensional data set representative of the patient's skin surface; ii. determining a boundary of the feature in the three-dimensional data set; iii. determining with a processor a three-dimensional surface area of the feature within the boundary; and iv. identifying a plurality of sub-regions within the boundary and identifying one or more tissue types in each sub-region, wherein identifying the plurality of sub-regions includes-receiving, via a user interface , a user input manually identifying one or
A measuring device for determining sound emissions on one or more partial surfaces on one or more rotor blades of a wind turbine, comprising: at least one pressure sensor and/or a microphone on at least one of the rotor blades ; wherein the at least one pressure sensor and/or the microphone is mounted flush with a surface of the rotor blades ; a data processing device which is configured to analyze the signal of the at least one pressure sensor and/or microphone for sound emissions; characterized in that the data processing device is further configured to determine a far field of the sound emissions at a predetermined distance from the wind turbine while taking wind direction, wind speed, and the azimuth of the wind turbine into account. at least one pressure sensor and/or a microphone on at least one of the rotor blades ; wherein the at least one pressure sensor and/or the microphone is mounted flush with a surface of the rotor blades ; a data processing device which is configured to analyze the signal of the at least one pressure sensor and/or microphone for sound emissions; characterized in that the data processing device is further configured to determine a far field of the sound emissions at a predetermined distance from the wind turbine while taking wind direction, wind speed, and the azimuth of the wind turbine into account.
A hair dryer comprising: - a tubular body along a longitudinal axis with, at its opposite ends, an air inlet and an air outlet; - an impeller located in said tubular body which, in use, is driven in rotation by a motor in the direction of the longitudinal axis, which makes it possible to suction the air through the inlet and expel the air through the outlet of said tubular body, characterized in that the hairdryer comprises: an air intake bend comprising one or more vanes that are globally parallel to the curve of the bend . - a tubular body along a longitudinal axis with, at its opposite ends, an air inlet and an air outlet; - an impeller located in said tubular body which, in use, is driven in rotation by a motor in the direction of the longitudinal axis, which makes it possible to suction the air through the inlet and expel the air through the outlet of said tubular body, characterized in that the hairdryer comprises: an air intake bend comprising one or more vanes that are globally parallel to the curve of the bend .
A low profile antenna apparatus adapted to be installed in a cavity in a surface like a surface of a wall, a maintenance access hole in a roadway, a manhole, or to be installed in a cavity of a conductive grid such as a maintenance hatch , the apparatus comprising: a ground conductor comprising a recess and configured to provide a ground plane for the antenna apparatus; a monocone antenna arranged in the recess of the ground conductor; and a DC conductive connection between the monocone antenna and the ground conductor to ground the monocone antenna , wherein the shape of the recess is one of: tapered, a hollow frustum shape, a cone shape, and a horn shape. a ground conductor comprising a recess and configured to provide a ground plane for the antenna apparatus; a monocone antenna arranged in the recess of the ground conductor; and a DC conductive connection between the monocone antenna and the ground conductor to ground the monocone antenna , wherein the shape of the recess is one of: tapered, a hollow frustum shape, a cone shape, and a horn shape.
A virtualized network function resource management method, comprising: sending, by a virtualized network function manager, VNFM, device , a preprocessing request message to a manager device, wherein the preprocessing request message is used to request the manager device to perform resource pre-scaling in on a virtualized network function, VNF, instance, and the resource pre-scaling in comprises a migrating service carried in a virtualization container on which resource pre-scaling in needs to be performed; and performing, by the VNFM device , resource scaling in on the VNF instance after determining that the manager device completes the resource pre-scaling in, characterized in that the manager device is an element manager, EM, device, and the performing, by the VNFM device , resource scaling in on the VNF instance after determining that the EM device completes the resource pre-scaling in comprises: receiving, by the VNFM device , a preprocessing acknowledgment message sent by the EM device, wherein the preprocessing acknowledgment message is used to notify the VNFM device that the resource pre-scaling in has been completed; and performing, by the VNFM device , the resource scaling in on the VNF instance based on the preprocessing acknowledgment message. sending, by a virtualized network function manager, VNFM, device , a preprocessing request message to a manager device, wherein the preprocessing request message is used to request the manager device to perform resource pre-scaling in on a virtualized network function, VNF, instance, and the resource pre-scaling in comprises a migrating service carried in a virtualization container on which resource pre-scaling in needs to be performed; and performing, by the VNFM device , resource scaling in on the VNF instance after determining that the manager device completes the resource pre-scaling in, characterized in that the manager device is an element manager, EM, device, and the performing, by the VNFM device , resource scaling in on the VNF instance after determining that the EM device completes the resource pre-scaling in comprises: receiving, by the VNFM device , a preprocessing acknowledgment message sent by the EM device, wherein the preprocessing acknowledgment message is used to notify the VNFM device that the resource pre-scaling in has been completed; and performing, by the VNFM device , the resource scaling in on the VNF instance based on the preprocessing acknowledgment message. receiving, by the VNFM device , a preprocessing acknowledgment message sent by the EM device, wherein the preprocessing acknowledgment message is used to notify the VNFM device that the resource pre-scaling in has been completed; and performing, by the VNFM device , the resource scaling in on the VNF instance based on the preprocessing acknowledgment message.
Arrangement comprising a housing and a flexible container arranged therein filled with a liquid, in particular a medicine, wherein the housing is at least partially lined with an elastic foam , characterized in that the housing is lined with the foam in such a way that an increase in volume of the container arranged in the housing that occurs upon freezing is substantially completely compensated by the foam .
A paper machine for manufacturing paper, wherein the paper machine has a machine-wide fiber-suspension-inlet , a vat with a uniflow cylinder mold rotating therein, a vat inlet , and a fiber web pickup device , wherein a vat channel is formed between the uniflow cylinder mold and the vat , and wherein the vat inlet has a flow guiding device , and the flow guiding device has a cover that covers the suspension level (A1) of the fiber suspension in the vat inlet and continuously accelerates the suspension stream while guiding it into the vat channel inlet , characterized in that the cover , viewed in the flow direction, has a rigid top lip that is curved downwardly at the end, and an adjoining flexible skirt that may be situated so as to rest against the cylinder mold .
An apparatus for a base station transceiver of a mobile communication system , the base station transceiver being configured to serve mobile transceivers in at least one cell of the mobile communication system , the apparatus comprising one or more interfaces being configured to provide signals for multiple antennas; a control module being configured to control the one or more interfaces ; form a grid of beams covering the cell; assign at least one beam of the grid of beams to a mobile transceiver ; and adapt the assigned beam based on a mobility and/or a location of the mobile transceiver , characterized in that the control module is configured to adapt the direction of the grid of beams together with the direction of the assigned beam based on the mobility and/or the location of the mobile transceiver , while keeping directional relations of the beams within the grid of beams. control the one or more interfaces ; form a grid of beams covering the cell; assign at least one beam of the grid of beams to a mobile transceiver ; and adapt the assigned beam based on a mobility and/or a location of the mobile transceiver , characterized in that the control module is configured to adapt the direction of the grid of beams together with the direction of the assigned beam based on the mobility and/or the location of the mobile transceiver , while keeping directional relations of the beams within the grid of beams.
Freezer for biosanitary and cytotoxic waste, comprising: - an inner space , which houses a waste container , - a front door , through which the waste container in the inner space is inserted/removed, - an upper door , through which the waste is poured into the inner container , - cooling means , - inner space temperature control means, and - an air purifier that treats an air stream coming from the inner space . characterised in that the air purifier is arranged on the outside of the freezer compartment comprising an upper air inlet (5.1) and a front air inlet (5.2), wherein, the upper air inlet (5.1) is oriented towards the upper door and the front air inlet (5.2) is oriented towards the front door , wherein the air purifier comprises an impeller means to drag the air stream coming from the inner space towards the air purifier , when the upper door or front door of the freezer is opened. - an inner space , which houses a waste container , - a front door , through which the waste container in the inner space is inserted/removed, - an upper door , through which the waste is poured into the inner container , - cooling means , - inner space temperature control means, and - an air purifier that treats an air stream coming from the inner space .
A tail bearing housing of a gas turbine engine comprising: - an inner casing and an outer casing concentrically arranged along a longitudinal axis , and - a plurality of vanes having a leading edge , a trailing edge , a first wall extending from the leading edge to the trailing edge and a second wall extending from the leading edge to the trailing edge , the first wall and the second wall defining an aerofoil, the vanes being connected at a first end to the outer casing and at a second end to the inner casing , wherein at least one vane of said plurality of vanes is a vent vane comprising a first aperture arranged in the first end and a second aperture arranged in the aerofoil, the second aperture being configured to be in fluid communication with the first aperture through an inner cavity to vent bleed air ; characterised in that the second aperture is arranged at, or adjacent, the trailing edge and is shaped such that bleed air is vented parallel to the longitudinal axis . - an inner casing and an outer casing concentrically arranged along a longitudinal axis , and - a plurality of vanes having a leading edge , a trailing edge , a first wall extending from the leading edge to the trailing edge and a second wall extending from the leading edge to the trailing edge , the first wall and the second wall defining an aerofoil, the vanes being connected at a first end to the outer casing and at a second end to the inner casing , wherein at least one vane of said plurality of vanes is a vent vane comprising a first aperture arranged in the first end and a second aperture arranged in the aerofoil, the second aperture being configured to be in fluid communication with the first aperture through an inner cavity to vent bleed air ;
A spray nozzle comprising: a nozzle body having a first portion and a second portion , the first portion having a cylindrical configuration, the second portion including a dome-shaped end wall , the first and second portions of the nozzle body defining an internal fluid passage having an inlet end and a downstream end defined by the dome-shaped end wall; a flow control element arranged at the inlet end of the internal fluid passage, the flow control element including a pre-orifice through which fluid can enter the internal fluid passage of the nozzle body; and first and second discharge orifices in the dome-shaped end wall with each of the first and second discharge orifices being arranged on a respective one of opposing first and second sides of an apex of the dome-shaped end wall, the first and second discharge orifices each having an elongated slit-like configuration that is relatively narrower in width at a first end thereof than at a second end thereof with the first end being arranged relatively closer to the apex than the second end, a portion of the first and second discharge orifices near the first end of each discharge orifice being in overlapping relation when viewed from the first side towards the second side, and said first and second discharge orifices being in parallel relation to each other and each widen continuously as the respective discharge orifice extends from the first end to the second end for producing a fan shaped fluid discharge pattern from the spray nozzle with even distribution. a nozzle body having a first portion and a second portion , the first portion having a cylindrical configuration, the second portion including a dome-shaped end wall , the first and second portions of the nozzle body defining an internal fluid passage having an inlet end and a downstream end defined by the dome-shaped end wall; a flow control element arranged at the inlet end of the internal fluid passage, the flow control element including a pre-orifice through which fluid can enter the internal fluid passage of the nozzle body; and first and second discharge orifices in the dome-shaped end wall with each of the first and second discharge orifices being arranged on a respective one of opposing first and second sides of an apex of the dome-shaped end wall, the first and second discharge orifices each having an elongated slit-like configuration that is relatively narrower in width at a first end thereof than at a second end thereof with the first end being arranged relatively closer to the apex than the second end, a portion of the first and second discharge orifices near the first end of each discharge orifice being in overlapping relation when viewed from the first side towards the second side, and said first and second discharge orifices being in parallel relation to each other and each widen continuously as the respective discharge orifice extends from the first end to the second end for producing a fan shaped fluid discharge pattern from the spray nozzle with even distribution.
An assembly comprising a lock and a cardan , the lock comprising a rotor and a stator , said rotor being disposed inside said stator and configured to be movable in rotation about an axis of rotation (A) relative to the stator , the rotor being configured to be connected to a latch by said cardan at a connection interface configured to receive one end of said cardan , in which the lock includes a protection element fixed to said stator and configured to cover at least part of the connection interface of the rotor with the cardan , the lock comprising a rod , said rotor comprises at least one housing of the rotor configured to receive the rod , said end of said cardan comprises at least one housing of the cardan configured to receive the rod , said rod being configured to connect said rotor to said cardan , the lock being characterized in that the housing has a flare, configured to clamp the rod . the lock comprising a rod , said rotor comprises at least one housing of the rotor configured to receive the rod , said end of said cardan comprises at least one housing of the cardan configured to receive the rod , said rod being configured to connect said rotor to said cardan , the lock being characterized in that the housing has a flare, configured to clamp the rod .