mhurhangee/ep-ind-claims huggingface dataset:
Harvesting machine for potatoes, beets or similar root crops in the form of a selfpropelled or trailed bunker harvester, comprising an intermediate or overload bunker which holds uprooted root crops after a cleaning phase, the root crops being dischargeable from the receiving chamber of said bunker by means of a conveying device which forms an endless floor at least in regions of the bunker, comprises a lateral transfer assembly and can be oriented substantially transversely to the direction of travel of the machine, characterised in that the conveying device interacts with a wall-like movable abutment structure at least in the region of a longitudinal side,of the receiving chamber which faces away from the lateral transfer assembly, the abutment structure being provided with particular moving parts which, at least when the conveying device is active, provide the particular conveying direction (A, A') of said conveying device.
A recuperated gas turbine engine comprising a cooling system for cooling hot components of the engine, the cooling system comprising: a compressor comprising a compressor outlet; a turbine comprising a turbine inlet and a turbine outlet; a recuperator heat exchanger; a recuperator flow path in fluid communication with the compressor outlet and the recuperator heat exchanger; and a bleed flow path in fluid communication with the compressor outlet, the hot components of the recuperated gas turbine engine, and the turbine inlet; wherein the hot components of the engine comprise a turbine volute in fluid communication with the bleed flow path; and a ratio of a mass flow in the bleed flow path to a mass flow in the compressor outlet is equal to a bleed fraction which is greater than or equal to zero and less than or equal to one. a compressor comprising a compressor outlet; a turbine comprising a turbine inlet and a turbine outlet; a recuperator heat exchanger; a recuperator flow path in fluid communication with the compressor outlet and the recuperator heat exchanger; and a bleed flow path in fluid communication with the compressor outlet, the hot components of the recuperated gas turbine engine, and the turbine inlet; wherein the hot components of the engine comprise a turbine volute in fluid communication with the bleed flow path; and a ratio of a mass flow in the bleed flow path to a mass flow in the compressor outlet is equal to a bleed fraction which is greater than or equal to zero and less than or equal to one.
Method for producing a hose, configured for water conduction, in particular for drinking water conduction, in a water-carrying system and configured for connecting a sanitary tap, a dishwasher and/or a washing machine to a water supply line, in particular to an angle valve, wherein a, preferably corrugated, hose portion is produced from plastic, wherein the hose portion is permanently connected at at least one end to a connecting piece made of plastic and formed differently from the hose portion by joining, preferably by friction welding, wherein the connecting piece is configured for connecting the hose to a complementarily formed connecting piece of a sanitary tap or of a dishwasher and/or washing machine or of a water supply line, wherein the maximum pressure resistance of the hose portion and of the connecting piece is at least 40 bar and the hose portion is produced in an extrusion process and has, at the at least one end, a joining region with an inner and/or outer geometry which differs from the rest of the hose portion, the connecting piece being permanently connected to the hose portion in the joining region by joining, and/or the maximum pressure resistance of the hose portion and the connecting piece is at least 40 bar, and a further connecting piece is formed at another end of the hose portion, the hose portion and the further connecting piece being produced in one piece by extrusion in a common extrusion process. wherein a, preferably corrugated, hose portion is produced from plastic, wherein the hose portion is permanently connected at at least one end to a connecting piece made of plastic and formed differently from the hose portion by joining, preferably by friction welding, wherein the connecting piece is configured for connecting the hose to a complementarily formed connecting piece of a sanitary tap or of a dishwasher and/or washing machine or of a water supply line, wherein the maximum pressure resistance of the hose portion and of the connecting piece is at least 40 bar and the hose portion is produced in an extrusion process and has, at the at least one end, a joining region with an inner and/or outer geometry which differs from the rest of the hose portion, the connecting piece being permanently connected to the hose portion in the joining region by joining, and/or the maximum pressure resistance of the hose portion and the connecting piece is at least 40 bar, and a further connecting piece is formed at another end of the hose portion, the hose portion and the further connecting piece being produced in one piece by extrusion in a common extrusion process.
A method comprising: receiving, by at least one processor, calibration information comprising a first power spectral density value and a first sand concentration value at a particular frequency; collecting, by at least one processor, data in a liquid flow at the particular frequency at a first depth in a downhole environment; determining, by the at least one processor, a second power spectral density value for the data in the liquid flow at the particular frequency; comparing, by the at least one processor, the second PSD value with the first PSD value and determining that sand is present in the liquid flow when the second PSD value is greater than the first PSD value by a predefined threshold; and quantifying, by the at least one processor, a second sand concentration value of the sand present in the liquid flow based on the first sand concentration value. receiving, by at least one processor, calibration information comprising a first power spectral density value and a first sand concentration value at a particular frequency; collecting, by at least one processor, data in a liquid flow at the particular frequency at a first depth in a downhole environment; determining, by the at least one processor, a second power spectral density value for the data in the liquid flow at the particular frequency; comparing, by the at least one processor, the second PSD value with the first PSD value and determining that sand is present in the liquid flow when the second PSD value is greater than the first PSD value by a predefined threshold; and quantifying, by the at least one processor, a second sand concentration value of the sand present in the liquid flow based on the first sand concentration value.
A directed delivery apparatus (1a, 1b, 1c, 1d), for drone delivery of an item to a location, the apparatus including: a receptacle ( 22c, 22d) to receive the item at the location, a plurality of location means about the perimeter of the receptacle (22c, 22d) to specifically define where the item is to be placed, the location means being able to communicate with the drone such that the drone can align to the correct receptacle (22c, 22d) within the GPS location before release of the item within; a plurality of securable containers to receive the delivered item, spaced some distance from the receptacle (22c, 22d), in substantially the vertical plane; and a conduit (24a, 24b, 24c, 24d) between the receptacle (22c, 22d) and the containers to direct the item from the receptacle (22c, 22d) to one securable container of the plurality of securable containers minimising the risk of damage during travel and characterised in that the conduit (24c, 24d) includes a spiral arrangement (26c, 26d) which directs the movement of the item between the receptacle (22c, 22d) and the securable containers, and in that the securable containers are spaced from each other vertically along the spiral arrangement and in that the spiral arrangement comprises one or more controlled gates, controlled in response to the delivery of the item by the drone to direct the item into the correct securable container. a receptacle ( 22c, 22d) to receive the item at the location, a plurality of location means about the perimeter of the receptacle (22c, 22d) to specifically define where the item is to be placed, the location means being able to communicate with the drone such that the drone can align to the correct receptacle (22c, 22d) within the GPS location before release of the item within; a plurality of securable containers to receive the delivered item, spaced some distance from the receptacle (22c, 22d), in substantially the vertical plane; and a conduit (24a, 24b, 24c, 24d) between the receptacle (22c, 22d) and the containers to direct the item from the receptacle (22c, 22d) to one securable container of the plurality of securable containers minimising the risk of damage during travel and characterised in that the conduit (24c, 24d) includes a spiral arrangement (26c, 26d) which directs the movement of the item between the receptacle (22c, 22d) and the securable containers, and in that the securable containers are spaced from each other vertically along the spiral arrangement and in that the spiral arrangement comprises one or more controlled gates, controlled in response to the delivery of the item by the drone to direct the item into the correct securable container.
An ultra-high strength steel sheet having excellent bendability, comprising: by wt%, 0.12 to 0.2% of C, 0.5% or less of Si, excluding 0%, 2.5 to 4.0% of Mn, 0.03% or less of P, excluding 0%, 0.015% or less of S, excluding 0%, 0.1% or less of Al, excluding 0%, 1.0% or less of Cr, excluding 0%, 0.01% or less of N, excluding 0%, and a balance of Fe and inevitable impurities, wherein the steel sheet further optionally comprises, by wt%, one or more of 0.005% or less of B, excluding 0%, 0.1% or less of Mo, excluding 0%, 0.1% or less of Ti, excluding 0%, 0.1% or less of Nb, excluding 0%, 0.1% or less of Zr, excluding 0%, and 0.1% or less of V, excluding 0%, wherein a microstructure of a surface layer region, a portion within 45 μm in a thickness direction from a surface, comprises ferrite of 50 to 70% by area fraction and residual martensite, and wherein a microstructure of a remaining region other than the surface layer region comprises martensite of 95% or higher and bainite and ferrite of 5% or less by area fraction, wherein the steel sheet has a bendability index, R/t, of 4 or lower, and wherein the steel sheet has tensile strength of 1200MPa or higher. by wt%, 0.12 to 0.2% of C, 0.5% or less of Si, excluding 0%, 2.5 to 4.0% of Mn, 0.03% or less of P, excluding 0%, 0.015% or less of S, excluding 0%, 0.1% or less of Al, excluding 0%, 1.0% or less of Cr, excluding 0%, 0.01% or less of N, excluding 0%, and a balance of Fe and inevitable impurities, wherein the steel sheet further optionally comprises, by wt%, one or more of 0.005% or less of B, excluding 0%, 0.1% or less of Mo, excluding 0%, 0.1% or less of Ti, excluding 0%, 0.1% or less of Nb, excluding 0%, 0.1% or less of Zr, excluding 0%, and 0.1% or less of V, excluding 0%, wherein a microstructure of a surface layer region, a portion within 45 μm in a thickness direction from a surface, comprises ferrite of 50 to 70% by area fraction and residual martensite, and wherein a microstructure of a remaining region other than the surface layer region comprises martensite of 95% or higher and bainite and ferrite of 5% or less by area fraction, wherein the steel sheet has a bendability index, R/t, of 4 or lower, and wherein the steel sheet has tensile strength of 1200MPa or higher.
A method for displaying on a computer display screen an effect of a therapeutic procedure being applied by a therapy instrument to an anatomic structure as a registered overlay to a primary image of the anatomic structure which has been captured by a camera unit so as to provide information of only an exterior of the anatomic structure while the therapeutic procedure is being applied by the therapy instrument to the anatomic structure, the method comprising: generating an auxiliary image of a computer model of the therapeutic effect of the therapeutic procedure being applied by the therapy instrument to the anatomic structure, wherein the computer model has a volumetric shape determined at least partially by at least one of an energy level being applied to the anatomic structure by the therapy instrument as the therapeutic procedure is being applied by the therapy instrument, the geometry of a therapeutic end of the therapy instrument, and features of surrounding tissue of the anatomic structure being subjected to the therapeutic procedure; registering the auxiliary image of the computer model of the therapeutic effect with the primary image of the anatomic structure; and displaying the primary image of the anatomic structure overlaid with the auxiliary image on the computer display screen during the therapeutic procedure. generating an auxiliary image of a computer model of the therapeutic effect of the therapeutic procedure being applied by the therapy instrument to the anatomic structure, wherein the computer model has a volumetric shape determined at least partially by at least one of an energy level being applied to the anatomic structure by the therapy instrument as the therapeutic procedure is being applied by the therapy instrument, the geometry of a therapeutic end of the therapy instrument, and features of surrounding tissue of the anatomic structure being subjected to the therapeutic procedure; registering the auxiliary image of the computer model of the therapeutic effect with the primary image of the anatomic structure; and displaying the primary image of the anatomic structure overlaid with the auxiliary image on the computer display screen during the therapeutic procedure.
An antibody, wherein the antibody is raised against stabilized protofibril comprising the N-terminal truncated Amyloid beta (Aβ) Aβ3(pE)-42, and is selected such that it (i) binds soluble protofibril comprising Aβ3(pE)-42, (ii) binds Aβ3(pE)-42 monomer, and (iii) exhibits no or substantially no binding with non-N-terminal truncated Aβ monomer, wherein: (a) the non-N-terminal truncated Aβ monomer may or may not have a C-terminal truncation; and (b) the stabilized protofibril is stabilized with a hydrophobic organic agent comprising a non-ionic detergent, a zwitterionic detergent, 4-hydroxy-2-nonenal, or 4-oxo-2-nonenal, and wherein the stabilized protofibril has a lower formation rate to a non-soluble aggregated form than a non-stabilized form of the protofibril. (a) the non-N-terminal truncated Aβ monomer may or may not have a C-terminal truncation; and (b) the stabilized protofibril is stabilized with a hydrophobic organic agent comprising a non-ionic detergent, a zwitterionic detergent, 4-hydroxy-2-nonenal, or 4-oxo-2-nonenal, and wherein the stabilized protofibril has a lower formation rate to a non-soluble aggregated form than a non-stabilized form of the protofibril.
Use of an antisecretory protein with an amino acid sequence as shown in SEQ ID NO:6, or a homologue and/or a fragment thereof comprising an amino acid sequence as shown in SEQ ID NO 4, having antisecretory activity, and/or a pharmaceutically active salt thereof, for the manufacture of a pharmaceutical composition for the prevention and/or treatment of intraocular hypertension.
A method of managing physical effort expended by a user of a human-propelled vehicle provided with a control unit connected to an electric motor that is powered by a battery and that is arranged to take the place at least in part of the user for the purposes of propelling and of braking the vehicle, as a function of a program executed by the control unit in order to manage the physical effort expended by the user, the control unit being connected to a GNSS device, the method comprising the steps of: - determining firstly target values for at least one physiological parameter and for the effort delivered by the user, and secondly a route towards a predetermined point of arrival; - acquiring information used by the control program, namely at least one geographical location of the vehicle, the physiological parameter of the user, a state of charge of the battery, an effort delivered by the motor, and the effort delivered by the user; and - controlling the motor as a function of the information and of the target values in such a way that over at least a portion of the route, the motor opposes the effort delivered by the user in order to achieve the target values for the physiological parameter and for the effort delivered by the user. - determining firstly target values for at least one physiological parameter and for the effort delivered by the user, and secondly a route towards a predetermined point of arrival; - acquiring information used by the control program, namely at least one geographical location of the vehicle, the physiological parameter of the user, a state of charge of the battery, an effort delivered by the motor, and the effort delivered by the user; and - controlling the motor as a function of the information and of the target values in such a way that over at least a portion of the route, the motor opposes the effort delivered by the user in order to achieve the target values for the physiological parameter and for the effort delivered by the user.
Cleaning device for cleaning items to be cleaned, wherein the cleaning device has at least one fluid device for applying at least one cleaning fluid to the items to be cleaned, wherein the cleaning device has at least one cleaning chamber in which the cleaning fluid is applied to the items to be cleaned, wherein the cleaning device has at least one electrical load, wherein the cleaning device has at least one electrical connection for supplying electrical energy to the cleaning device, wherein the cleaning device has at least one energy store, wherein the cleaning device is designed to receive electrical energy via the electrical connection and to temporarily store said electrical energy in the energy store, and wherein the cleaning device is further designed to supply electrical energy from the energy store to the at least one electrical load, characterized in that the cleaning device is designed to selectively supply electrical energy from the energy store and selectively directly supply electrical energy which is received via the electrical connection to the at least one electrical load, wherein the cleaning device is designed to simultaneously supply electrical energy from the energy store and directly supply electrical energy which is received via the electrical connection to the at least one electrical load.
An installation module for a motor vehicle with an optical sensor system which is designed a) for monitoring an actuation region lying outside the motor vehicle for an actuation period in order to determine an intention of a user in the actuation region, b) for providing a work signal if a user intention is detected, wherein an aid (31, 43, 45, 60) is provided that helps the user to make his intention known in the actuation region (22, 28), so that the work signal is provided, wherein the optical sensor system includes the optical sensor in order to receive light from the actuation region, and the optical sensor system includes a light module having at least one light source for emitting light, characterized in that the light source is designed to emit light in the non-visible range, wherein the optical sensor has an image sensor with pixels, wherein only the portion of pixels (56, 58) that map the actuation region is evaluated while the actuation region is being monitored, wherein in particular different pixels (56, 58) are evaluated depending on the position (28, 29) of the actuation region. a) for monitoring an actuation region lying outside the motor vehicle for an actuation period in order to determine an intention of a user in the actuation region, b) for providing a work signal if a user intention is detected,
A receiver module for determining error-corrected bits from differential phase shift keyed, D-PSK, symbols, the receiver module comprising: a symbol de-interleaver configured to receive the D-PSK symbols and perform symbol-level de-interleaving to generate de-interleaved D-PSK symbols; a symbol demodulator configured to generate demodulated bits based on the de-interleaved D-PSK symbols generated by the symbol de-interleaver; a forward error correction decoder configured to provide error-corrected bits based on the demodulated bits; and a forward error correction encoder configured to encode the error-corrected bits and to provide encoded bits to the symbol demodulator, wherein the symbol demodulator is further configured to regenerate the demodulated bits based on the encoded bits, wherein the symbol demodulator, forward error correction decoder and forward error correction encoder are arranged to provide a loop for iterative regeneration of the demodulated bits, and wherein the loop is downstream of the symbol de-interleaver. a symbol de-interleaver configured to receive the D-PSK symbols and perform symbol-level de-interleaving to generate de-interleaved D-PSK symbols; a symbol demodulator configured to generate demodulated bits based on the de-interleaved D-PSK symbols generated by the symbol de-interleaver; a forward error correction decoder configured to provide error-corrected bits based on the demodulated bits; and a forward error correction encoder configured to encode the error-corrected bits and to provide encoded bits to the symbol demodulator, wherein the symbol demodulator is further configured to regenerate the demodulated bits based on the encoded bits, wherein the symbol demodulator, forward error correction decoder and forward error correction encoder are arranged to provide a loop for iterative regeneration of the demodulated bits, and wherein the loop is downstream of the symbol de-interleaver.
Vertical flow-wrapper with: - a form-fill-tube along which a film is transported in a transport direction and formed into a tube, - a longitudinal-sealing means, which seals two opposing longitudinal ends of the formed film together to a longitudinal seal, comprising a seal jaw and a pair of guiding rollers provided upstream from seal jaw to guide the two opposing ends of the formed film through the seal jaw and pressing means to press the two opposing ends of the formed film together to form the longitudinal seal, - a cross-sealing means and a cutting means which provide cross seals to each package and separate the packages from each other and characterized in, that the axis of rotation of the guiding rollers are provided parallel to the transportation plane of the two opposing ends of the formed film and not perpendicular to the transport direction. - a form-fill-tube along which a film is transported in a transport direction and formed into a tube, - a longitudinal-sealing means, which seals two opposing longitudinal ends of the formed film together to a longitudinal seal, comprising a seal jaw and a pair of guiding rollers provided upstream from seal jaw to guide the two opposing ends of the formed film through the seal jaw and pressing means to press the two opposing ends of the formed film together to form the longitudinal seal, - a cross-sealing means and a cutting means which provide cross seals to each package and separate the packages from each other and characterized in, that the axis of rotation of the guiding rollers are provided parallel to the transportation plane of the two opposing ends of the formed film and not perpendicular to the transport direction.