mhurhangee/ep-ind-claims huggingface dataset:
A system to control access via received audio tokens, comprising: a storage device; an audio microphone communicatively coupled to the storage device; a user computing device; a processor communicatively coupled to the storage device and the audio microphone, wherein the processor executes application code instructions that are stored in the storage device to cause the system to: receive an audio token communicated from the user computing device, the audio token comprising a set of data associated with a user account associated with the user computing device, wherein the user computing device communicates the audio token in response to a determination by the user computing device that the user computing device is at a particular location; analyze the set of data in the audio token; and in response to determining that the audio token is associated with the user account and that the user account is allowed entry to the particular location, allow access to a user associated with the user account. a storage device; an audio microphone communicatively coupled to the storage device; a user computing device; a processor communicatively coupled to the storage device and the audio microphone, wherein the processor executes application code instructions that are stored in the storage device to cause the system to: receive an audio token communicated from the user computing device, the audio token comprising a set of data associated with a user account associated with the user computing device, wherein the user computing device communicates the audio token in response to a determination by the user computing device that the user computing device is at a particular location; analyze the set of data in the audio token; and in response to determining that the audio token is associated with the user account and that the user account is allowed entry to the particular location, allow access to a user associated with the user account. receive an audio token communicated from the user computing device, the audio token comprising a set of data associated with a user account associated with the user computing device, wherein the user computing device communicates the audio token in response to a determination by the user computing device that the user computing device is at a particular location; analyze the set of data in the audio token; and in response to determining that the audio token is associated with the user account and that the user account is allowed entry to the particular location, allow access to a user associated with the user account.
Method for controlling at least one adjustment mechanism of a wind turbine, said method comprising the steps of: establishing at least one load or operational value of the wind turbine, characterized in that choosing a combination of at least two control strategies from a set of different control strategies based on the established at least one load or operational value, adjusting the weighting between said chosen combination of control strategies on the basis of least one load or operational value, and applying the chosen combination of control strategies to control said at least one adjustment mechanism. establishing at least one load or operational value of the wind turbine, characterized in that choosing a combination of at least two control strategies from a set of different control strategies based on the established at least one load or operational value, adjusting the weighting between said chosen combination of control strategies on the basis of least one load or operational value, and applying the chosen combination of control strategies to control said at least one adjustment mechanism.
A polypeptide comprising an immunoglobulin Fc domain and a heterologous polypeptide, wherein the heterologous polypeptide is fused to the N-terminus or the C-terminus of the Fc domain by a polypeptide linker comprising an amino acid sequence that is at least 90% identical to any one of SEQ ID NOs: 51-54 and 63-65.
Motor vehicle comprising an operating unit being arranged in said motor vehicle, wherein the operating unit is located below an elastic cover and the operation unit is designed such that it can be folded up from an at least approximately horizontal position, characterized in that the operating unit comprises a touch-sensitive operating panel; and in that the operating unit is designed as a conveyor belt or integrated into a conveyor belt allowing the operating panel to have a displaced position. the operating unit comprises a touch-sensitive operating panel; and in that the operating unit is designed as a conveyor belt or integrated into a conveyor belt allowing the operating panel to have a displaced position.
A terminal system comprising - a mobile terminal, in which a security operating system is implemented under whose control a secure runtime environment (E, TEE) can be produced in the terminal, - a security server, on which a server security operating system is implemented under whose control a virtual secure runtime environment can be produced on the security server, - a secure channel, via which the virtual secure runtime environment of the security server is transmissible to the secure runtime environment of the terminal, and - an inset device, with which the virtual secure runtime environment of the security server can be inset into the secure runtime environment of the terminal, so that the virtual runtime environment actually produced on the security server appears as apparently produced on the terminal, characterized in that the terminal system further comprises an application loading device, which - is adapted to download applications from an application provider by means of the terminal, and - comprises a server loading portion installed on the security server, which is adapted to download an application upon request by the terminal, so that the application can be called for execution from the terminal. - a mobile terminal, in which a security operating system is implemented under whose control a secure runtime environment (E, TEE) can be produced in the terminal, - a security server, on which a server security operating system is implemented under whose control a virtual secure runtime environment can be produced on the security server, - a secure channel, via which the virtual secure runtime environment of the security server is transmissible to the secure runtime environment of the terminal, and - an inset device, with which the virtual secure runtime environment of the security server can be inset into the secure runtime environment of the terminal, so that the virtual runtime environment actually produced on the security server appears as apparently produced on the terminal, - is adapted to download applications from an application provider by means of the terminal, and - comprises a server loading portion installed on the security server, which is adapted to download an application upon request by the terminal, so that the application can be called for execution from the terminal.
A welding apparatus, comprising a main unit which supports, optionally indirectly, a first electrode and a second electrode which can be crossed by an electric current in order to perform welding treatments, a device for the temporary release of a supporting arm of said first electrode being associated with said unit and being selectively activatable to temporarily allow the movement of said arm, characterized in that said device comprises a hollow axially symmetrical body, which is supported by said unit with the possibility of axial rotation at least between a first angular position, in which, with at least one axial portion thereof, it is arranged so as to interfere with the rotation of said arm, and a second angular position, in which a window provided along the lateral surface of said at least one portion is arranged along the rotational trajectory of said arm, in order to allow the movement of said arm, said device comprising a lever for the actuation of said body, which can slide at least between a first configuration, in which it is accommodated in a parallel manner in said body, and a second configuration, in which it protrudes from said body and a terminal portion of said lever is retained rotatably by said body, said body having a seat which is configured for interlocking coupling with said lever, arranged in said second configuration and rotated, about said terminal portion and with respect to the condition of parallel arrangement with said body, up to a predefined arrangement, for the actuation of the rotation of said body between said angular positions by means of the movement of said lever, said lever comprising a substantially cylindrical main stem which supports at one of its ends said terminal portion, said terminal portion being shaped like a sphere with a diameter that is larger than the diameter of the transverse cross-section of said stem and the diameter of an opening, which is provided along said body and is crossed by said lever in its sliding between said configurations.
An expandable sheath, comprising: a compliant membrane having a lumen extending therethrough; and a discontinuous outer member bonded to the membrane; wherein at least a portion of the outer member extends continuously around a circumference of the membrane in a first configuration; wherein the outer member is configured to separate to a second configuration when subjected to a radially outward force from within the membrane, characterized in that the membrane includes one or more folds disposed radially inward of the outer member and the outer member includes a plurality of weakening features disposed over the one or more folds. a compliant membrane having a lumen extending therethrough; and a discontinuous outer member bonded to the membrane; wherein at least a portion of the outer member extends continuously around a circumference of the membrane in a first configuration; wherein the outer member is configured to separate to a second configuration when subjected to a radially outward force from within the membrane, characterized in that the membrane includes one or more folds disposed radially inward of the outer member and the outer member includes a plurality of weakening features disposed over the one or more folds.
Polypropylene composition comprising (a) 55 to 95 parts per weight of a heterophasic propylene copolymer (HECO); (b) 1 to 20 parts per weight of a plastomer; and (c) 4 to 25 parts per weight of an inorganic filler; based on the total parts per weight of compounds (a), (b) and (c); wherein the heterophasic propylene copolymer (HECO) has am amount of xylene cold soluble fraction in the range of 22 to 45 wt.-%, based on the weight of the polypropylene composition; and wherein the inorganic filler is mica having a median particle size (D 50) in the range of 1.5 to 8.0 μm. (a) 55 to 95 parts per weight of a heterophasic propylene copolymer (HECO); (b) 1 to 20 parts per weight of a plastomer; and (c) 4 to 25 parts per weight of an inorganic filler;
Window or door comprising a window frame and a casement, wherein for the supply of fresh air the window frame or the casement comprises at least one air inlet opening in a first outer surface formed by a first profile wall and at least one air outlet opening in a second inner surface formed by a second profile wall, which are fluidically connected by a least one air duct in the window frame or in the casement, and for the discharge of room air the window frame or the casement in the second profile wall comprises air inlet openings and in the first profile wall comprises air outlet openings for conducting the room air away into the surrounding atmosphere, which are fluidically connected by at least one further air duct in the window frame or in the casement, so that in each case a separate air duct (13, 18) is arranged for the supplied air and for the extracted air, wherein a portion of the air duct is configured immediately adjacent to the second profile wall, wherein this portion has a length in the direction of the longitudinal extent of the profile wall which is at least 10% of the length of the second profile wall in this direction, characterised in that between four and thirty air outlet openings for the fresh air are arranged in the second profile wall.
A suction strainer provided inside a tank in which oil is stored, the suction strainer comprising: a tubular filtration section comprising a thin plate bended into a pleat shape; an upper plate that covers an entire upper end surface of the filtration section, the upper plate having an air vent hole; and a moving member provided to be movable between a position of closing the air vent hole and a position of opening the air vent hole, characterized in that the upper plate includes a rod-shaped member provided with a stopper on an upper end portion; the air vent hole is provided around the rod-shaped member in plan view; the moving member is a plate-shaped member having a hole into which the rod-shaped member is inserted; and the moving member is movable between a lower end position where the moving member is adjacent to the upper plate to close the air vent hole and an upper end position where the moving member abuts on the stopper. a tubular filtration section comprising a thin plate bended into a pleat shape; an upper plate that covers an entire upper end surface of the filtration section, the upper plate having an air vent hole; and a moving member provided to be movable between a position of closing the air vent hole and a position of opening the air vent hole, characterized in that the upper plate includes a rod-shaped member provided with a stopper on an upper end portion; the air vent hole is provided around the rod-shaped member in plan view; the moving member is a plate-shaped member having a hole into which the rod-shaped member is inserted; and the moving member is movable between a lower end position where the moving member is adjacent to the upper plate to close the air vent hole and an upper end position where the moving member abuts on the stopper.
A composition, which has a viscosity at 25°C of 5-100,000 mPa.s, measured with an oscillation type viscosimeter SV-10 (Kabushiki Kaisha A&D), and which is a curable resin composition comprising (i) an acrylic monomer and, dissolved therein (ii) a reaction product of - a copolymer (A-1)comprising a fluoroolefin unit and a radically polymerizable hydroxyl group-containing unsaturated monomer unit, and - a compound (A-2) having one isocyanate group and at least one radically polymerizable unsaturated group; and the composition does not contain an organic solvent not having a radically reactive group. (i) an acrylic monomer and, dissolved therein (ii) a reaction product of - a copolymer (A-1)comprising a fluoroolefin unit and a radically polymerizable hydroxyl group-containing unsaturated monomer unit, and - a compound (A-2) having one isocyanate group and at least one radically polymerizable unsaturated group; and - a copolymer (A-1)comprising a fluoroolefin unit and a radically polymerizable hydroxyl group-containing unsaturated monomer unit, and - a compound (A-2) having one isocyanate group and at least one radically polymerizable unsaturated group; and
Bottle with neck for a liquid product having an external shape, comprising: - a glass piece, said glass piece having an annular assembly surface; - a rigid piece having an annular assembly surface; - a neck formed on the glass piece or rigid piece; - an adhesive providing a fluidtight seal either between the annular assembly surface of the glass piece and the annular assembly surface of the rigid piece, or between the annular assembly surface of the glass piece and a sealing band, the sealing band being securely connected to the annular assembly surface of the rigid piece, thereby ensuring the fluidtight seal, the glass piece, rigid piece, and neck giving the bottle its external shape, in the case where the adhesive provides a fluidtight seal between the annular assembly surface of the glass piece and the annular assembly surface of the rigid piece, it further comprises a glue trap on the annular assembly surface (22, 32) of either the glass piece or the rigid piece or is divided between the glass piece and the rigid piece, characterized in that the glue trap has a filling groove for depositing adhesive, at least one bonding surface, and at least one overflow groove, the filling groove, the bonding surface, and the overflow groove being substantially concentric; and in the case where the adhesive provides a fluidtight seal between the annular assembly surface of the glass piece and a sealing band, characterized in that the sealing band is securely connected to the annular assembly surface of the rigid piece, thereby ensuring the fluidtight seal, the sealing band comprises two concentric annular portions, a first sealing portion of the annular assembly surface of the glass piece and a second sealing portion of the annular assembly surface of the rigid piece, and the annular assembly surfaces (22, 32) of the glass piece and the rigid piece being substantially adjacent and substantially in the same plane. - a glass piece, said glass piece having an annular assembly surface; - a rigid piece having an annular assembly surface; - a neck formed on the glass piece or rigid piece; - an adhesive providing a fluidtight seal either between the annular assembly surface of the glass piece and the annular assembly surface of the rigid piece, or between the annular assembly surface of the glass piece and a sealing band, the sealing band being securely connected to the annular assembly surface of the rigid piece, thereby ensuring the fluidtight seal,
A ferroelectric capacitor-based memory device comprising: (a) a substrate comprising a flexible polymer substrate; (b) a bottom electrode comprising a first doped graphene layer deposited on the substrate; (c) a ferroelectric layer deposited on the first doped graphene layer, wherein the ferroelectric layer has ferroelectric hysteresis properties; and (d) a top electrode deposited on the ferroelectric layer, wherein the bottom electrode, the ferroelectric layer, and the top electrode layer are formed on the substrate as a memory cell of the ferroelectric capacitor-based memory device, characterized in that the top electrode comprises a second doped graphene layer. (a) a substrate comprising a flexible polymer substrate; (b) a bottom electrode comprising a first doped graphene layer deposited on the substrate; (c) a ferroelectric layer deposited on the first doped graphene layer, wherein the ferroelectric layer has ferroelectric hysteresis properties; and (d) a top electrode deposited on the ferroelectric layer,
An acoustic echo cancellation unit, comprising: an audio processor configured to receive a multichannel audio signal and characterised by comprising: a first stage which is configured to process the multichannel audio signal to obtain a first set (SC_1) of spatial audio components representing an interim signal, wherein the first stage is configured to perform a non-linear processing or a time-varying processing, or a highly time-varying processing, to obtain the first set (SC_1) of spatial audio components; and a second stage which is configured to process the first set (SC_1) of spatial audio components to obtain a second set (SC_ 2) of spatial audio components representing loudspeaker playback signals; an echo cancellation processor configured to perform echo cancellation by use of the first set (SC_1) of spatial audio components or a deviated version of the first set (SC_1) of spatial audio components as reference signal and by use of at least one received microphone signal; wherein the deviated version is obtained by use of a spatial component combiner, by performing a linear processing. a first stage which is configured to process the multichannel audio signal to obtain a first set (SC_1) of spatial audio components representing an interim signal, wherein the first stage is configured to perform a non-linear processing or a time-varying processing, or a highly time-varying processing, to obtain the first set (SC_1) of spatial audio components; and a second stage which is configured to process the first set (SC_1) of spatial audio components to obtain a second set (SC_ 2) of spatial audio components representing loudspeaker playback signals; an echo cancellation processor configured to perform echo cancellation by use of the first set (SC_1) of spatial audio components or a deviated version of the first set (SC_1) of spatial audio components as reference signal and by use of at least one received microphone signal; wherein the deviated version is obtained by use of a spatial component combiner, by performing a linear processing.
A wind turbine system erection apparatus, comprising: a body portion for substantially surrounding a mast having an axis and supporting a wind turbine, the body portion having a window providing access to the axis of the mast, a section handler secured to the body portion and extending through the window, the section handler adapted to pick, lift, axis-align, and set a mast section; and a movement mechanism secured to the body portion, the movement mechanism adapted to moveably reposition the body portion to climb a length of the mast characterized in that a support is arranged on the body portion for supporting a wind turbine nacelle, such that, in use the body portion carries the wind turbine nacelle as the body portion climbs the mast as the mast is erected. a body portion for substantially surrounding a mast having an axis and supporting a wind turbine, the body portion having a window providing access to the axis of the mast, a section handler secured to the body portion and extending through the window, the section handler adapted to pick, lift, axis-align, and set a mast section; and a movement mechanism secured to the body portion, the movement mechanism adapted to moveably reposition the body portion to climb a length of the mast characterized in that a support is arranged on the body portion for supporting a wind turbine nacelle, such that, in use the body portion carries the wind turbine nacelle as the body portion climbs the mast as the mast is erected.
A blood pump, comprising a pump section having a proximal portion with a blood flow inlet and a distal portion with a blood flow outlet and an impeller for causing blood to flow into the blood flow inlet and towards the blood flow outlet, wherein the blood pump further comprises at least one filter associated with the proximal portion of the pump section and arranged with respect to the blood flow inlet so as to filter the blood before it enters the pump section, characterized in that the filter is expandable from a compressed configuration to an expanded configuration, wherein the filter is expandable at least in a radial direction to abut against an inner wall of a blood vessel in which the filter is to be arranged during operation of the blood pump.
A starting system for an internal combustion engine, which system comprises - a pressure medium source, - means for connecting the pressure medium source to at least two of the cylinders of the engine, - a starting valve in connection with each cylinder that is connected to the pressure medium source for controlling the admission of the pressure medium into the cylinder, - a control unit for controlling the operation of the starting valves, and - an absolute rotary encoder for determining the crank angle of the engine, characterized in that the system comprises coupling means arranged between the engine and the absolute rotary encoder for releasably coupling the encoder to the engine, the releasable coupling enables decoupling of the absolute rotary encoder from the engine when the engine is running. - a pressure medium source, - means for connecting the pressure medium source to at least two of the cylinders of the engine, - a starting valve in connection with each cylinder that is connected to the pressure medium source for controlling the admission of the pressure medium into the cylinder, - a control unit for controlling the operation of the starting valves, and - an absolute rotary encoder for determining the crank angle of the engine,