mhurhangee/ep-ind-claims huggingface dataset:
A method for planning ion based radiotherapy, comprising the step of modelling ion multiple scattering, said modelling comprising the following steps, performed in a computer: - determining multiple elastic scattering of ions for scattering angles in a first angular interval having an upper limit at a selected cut-off angle by means of a model for Coulomb scattering; - determining multiple elastic scattering of ions for scattering angles in a second angular interval having a lower limit at the selected cut-off angle to reflect the net effect of both the Coulomb force and the nuclear force in the second angular interval; - determining the scattering for angles in a range comprising at least a part of the first angular interval and at least a part of the second angular interval, based on the results obtained for the first and second angular interval, respectively. - determining multiple elastic scattering of ions for scattering angles in a first angular interval having an upper limit at a selected cut-off angle by means of a model for Coulomb scattering; - determining multiple elastic scattering of ions for scattering angles in a second angular interval having a lower limit at the selected cut-off angle to reflect the net effect of both the Coulomb force and the nuclear force in the second angular interval; - determining the scattering for angles in a range comprising at least a part of the first angular interval and at least a part of the second angular interval, based on the results obtained for the first and second angular interval, respectively.
A vertical axis wind turbine with a variable geometry of blades comprising a frame, a shaft, at least two blades of variable cross-section curvature, characterized in that - the frame is equipped with two coaxially arranged guide rings, placed at the opposite ends of the frame in the plane perpendicular to the shaft axis of rotation, - between the guide rings, parallelly to the shaft axis, there are blade arms that are attached kinetically to the guide rings with guide elements (13, 14), moreover, the blade arms are connected at their both ends to the shaft with linear sliders that enable the blade arms to move at a variable distance from the shaft, - the shaft axis of rotation of the turbine is displaced with respect to an axis of the guide rings by an eccentricity equal to, at least, 0.01 of the diameter of the frame, - it comprises at least one means for positioning the eccentricity line at the angle α with respect to the wind direction, where the angle α is higher than 0° and lower than 180°, - moreover, outer edges of the blades are connected to the blade arms and they are in a constant mutual angular position with respect to the shaft, - whereas inner edges of the blades are connected to the shaft, - where the blades are made of elastic materials of high fatigue strength, and the curvature of their cross-sections depends on an angular position of the blade arms with respect to the straight line determined by the points of intersection of the plane of one of the guide rings with the shaft axis and the axis of the guide rings. - the frame is equipped with two coaxially arranged guide rings, placed at the opposite ends of the frame in the plane perpendicular to the shaft axis of rotation, - between the guide rings, parallelly to the shaft axis, there are blade arms that are attached kinetically to the guide rings with guide elements (13, 14), moreover, the blade arms are connected at their both ends to the shaft with linear sliders that enable the blade arms to move at a variable distance from the shaft, - the shaft axis of rotation of the turbine is displaced with respect to an axis of the guide rings by an eccentricity equal to, at least, 0.01 of the diameter of the frame, - it comprises at least one means for positioning the eccentricity line at the angle α with respect to the wind direction, where the angle α is higher than 0° and lower than 180°, - moreover, outer edges of the blades are connected to the blade arms and they are in a constant mutual angular position with respect to the shaft, - whereas inner edges of the blades are connected to the shaft, - where the blades are made of elastic materials of high fatigue strength, and the curvature of their cross-sections depends on an angular position of the blade arms with respect to the straight line determined by the points of intersection of the plane of one of the guide rings with the shaft axis and the axis of the guide rings.
A load balancing method, characterized in that the method comprises: registering services that can be provided by a service provision module in a server and acquiring, according to a service request initiated by a service use module in a client, a list of service provision modules that can provide a corresponding service; and selecting, according to the list, a service provision module from the list through a load balancing algorithm to perform the service requested by the service use module; when multiple service provision modules are selected, arranging and calling the multiple service provision modules in an order from a low load to a heavy load; wherein one or more service provision modules are set in a server; and one or more services are provided by one service provision module. registering services that can be provided by a service provision module in a server and acquiring, according to a service request initiated by a service use module in a client, a list of service provision modules that can provide a corresponding service; and selecting, according to the list, a service provision module from the list through a load balancing algorithm to perform the service requested by the service use module; when multiple service provision modules are selected, arranging and calling the multiple service provision modules in an order from a low load to a heavy load; wherein one or more service provision modules are set in a server; and one or more services are provided by one service provision module.
A curable composition comprising a) one or more reactive components that cure upon exposure to suitable conditions, and b) a sulfur impregnated particulate solid which acts as a release agent for sulfur during the cure process; and c) optionally a solvent, and d) at least one film former selected from halogenated polyolefins and a film former component comprising at least one non-halogenated hydroxy group containing resin together with at least one cross linking agent. a) one or more reactive components that cure upon exposure to suitable conditions, and b) a sulfur impregnated particulate solid which acts as a release agent for sulfur during the cure process; and c) optionally a solvent, and d) at least one film former selected from halogenated polyolefins and a film former component comprising at least one non-halogenated hydroxy group containing resin together with at least one cross linking agent.
An internal combustion engine, comprising a fuel delivery pipe, a cylinder head and a fastening structure for fastening the fuel delivery pipe to the cylinder head, the fastening structure characterized by comprising: three or more bosses (208, 210, 212, 214, 216, 220, 222, 224, 226, 228, 232, 234, 236, 238 and 240) provided on each of the cylinder head and the fuel delivery pipe; and a plurality of fastening portions formed by bolting the bosses on the cylinder head to the bosses on the fuel delivery pipe, wherein the plurality of fastening portions are such that fastening portions positioned at both end portions of the fuel delivery pipe are less rigid than one or more fastening portions positioned in a middle between the fastening portions positioned at both end portions of the fuel delivery pipe, wherein diameters of the bosses on the cylinder head or diameters of the bosses on the fuel delivery pipe that are positioned at both end portions of the fuel delivery pipe are smaller than a diameter of one or more bosses positioned in the middle. three or more bosses (208, 210, 212, 214, 216, 220, 222, 224, 226, 228, 232, 234, 236, 238 and 240) provided on each of the cylinder head and the fuel delivery pipe; and a plurality of fastening portions formed by bolting the bosses on the cylinder head to the bosses on the fuel delivery pipe, wherein the plurality of fastening portions are such that fastening portions positioned at both end portions of the fuel delivery pipe are less rigid than one or more fastening portions positioned in a middle between the fastening portions positioned at both end portions of the fuel delivery pipe, wherein diameters of the bosses on the cylinder head or diameters of the bosses on the fuel delivery pipe that are positioned at both end portions of the fuel delivery pipe are smaller than a diameter of one or more bosses positioned in the middle.
A portable stand comprising: a first case that defines an enclosed space, said first case having an interior; at least two extendible legs; and an extendible mast pivotally attached to said interior of said first case, wherein said extendible legs may be retracted for storage inside of said case and said mast can be retracted for storage inside of said case, said legs and said mast being extendable from said case at a site of use by manipulation of said legs and mast without requiring connection of parts thereto, wherein said mast extends upward vertically higher than the height of said case and said legs extend from said case to provide stability for said mast when said mast is extended upwards from said case, characterised by each of said extendible legs being individually pivotally attached to said interior of said first case. a first case that defines an enclosed space, said first case having an interior; at least two extendible legs; and an extendible mast pivotally attached to said interior of said first case, wherein said extendible legs may be retracted for storage inside of said case and said mast can be retracted for storage inside of said case, said legs and said mast being extendable from said case at a site of use by manipulation of said legs and mast without requiring connection of parts thereto, wherein said mast extends upward vertically higher than the height of said case and said legs extend from said case to provide stability for said mast when said mast is extended upwards from said case, characterised by each of said extendible legs being individually pivotally attached to said interior of said first case.
Transponder-based module intended to be placed on a mobile object and designed to transmit information in proximity to a reading device (3, 3'), on the basis of an interrogation signal transmitted by the reading device (3, 3') and received by the transponder-based module, the transponder-based module comprising: - at least one auxiliary energy source for providing energy by energy extraction for the electrical power supply of the transponder-based module, - at least one sensor for performing a plurality of measurements of at least one physical parameter, - a microcontroller linked to the measurement sensor for receiving the measurements of the sensor, - a memory unit for storing in at least one memory the measurement data of the measurements performed by the sensor and processed in the microcontroller for their storage, - a receiver designed to receive at least one interrogation signal from a reading device (3, 3'), when the transponder-based module is situated in proximity to a reading device (3, 3'), and - a transmitter designed to transmit measurement data stored on the basis of the interrogation of a reading device, the microcontroller being regulated by a low-frequency internal oscillator, which is an oscillator of RC or ring type, so as to regulate the measurements performed by the sensor over time, these measurements being stored in the memory unit with indication of the time of each measurement in a low power mode, at least the microcontroller and the sensor being powered continuously by the auxiliary energy source, the transmitter, once activated subsequent to the reception of an interrogation signal by the receiver of a reading device in proximity, being designed to transmit signals of measurement data stored at ultra-high frequency and at a very high bitrate greater than 10 Mbits/s, and the memory unit comprising a volatile memory and a nonvolatile memory, and as a function of the level of the supply voltage detected by the microcontroller, the microcontroller is able to store the measurement data of one or more sensors in the nonvolatile memory, if the supply voltage level is greater than a defined threshold, and in the volatile memory, if the supply voltage level is less than the defined threshold. - at least one auxiliary energy source for providing energy by energy extraction for the electrical power supply of the transponder-based module, - at least one sensor for performing a plurality of measurements of at least one physical parameter, - a microcontroller linked to the measurement sensor for receiving the measurements of the sensor, - a memory unit for storing in at least one memory the measurement data of the measurements performed by the sensor and processed in the microcontroller for their storage, - a receiver designed to receive at least one interrogation signal from a reading device (3, 3'), when the transponder-based module is situated in proximity to a reading device (3, 3'), and - a transmitter designed to transmit measurement data stored on the basis of the interrogation of a reading device,
An integrated circuit (10, 300) comprising: a plurality of configuration shift registers, wherein each of the plurality of configuration shift registers is formed from a plurality of serially-coupled configuration registers, wherein the plurality of configuration shift registers are partitioned into a predetermined number of configuration shift register partial reconfiguration regions (321A, 321B), and wherein each configuration shift register partial reconfiguration region (321A, 321B) is coupled to a partial reconfiguration circuit (302A, 302B) that includes: region enable circuitry configured to receive partial reconfiguration circuit enable data and to selectively enable reconfiguration of the configuration shift register partial reconfiguration region (321A, 321B) based on the partial reconfiguration circuit enable data; and region control circuitry configured to receive global configuration control signals (314, 315, 316) and to generate local reconfiguration control signals (414, 415, 416) based on the partial reconfiguration circuit enable data when the reconfiguration of the configuration shift register partial reconfiguration region (321A, 321B) is enabled by the region enable circuitry. region enable circuitry configured to receive partial reconfiguration circuit enable data and to selectively enable reconfiguration of the configuration shift register partial reconfiguration region (321A, 321B) based on the partial reconfiguration circuit enable data; and region control circuitry configured to receive global configuration control signals (314, 315, 316) and to generate local reconfiguration control signals (414, 415, 416) based on the partial reconfiguration circuit enable data when the reconfiguration of the configuration shift register partial reconfiguration region (321A, 321B) is enabled by the region enable circuitry.
A composition for use in a therapeutic method of regenerating adipose tissues comprising, as an ingredient, exosomes derived from adipose-derived stem cells differentiating into adipocytes, wherein the regenerating adipose tissues refers to the regeneration of adipose tissues by recovering damaged adipose tissues or inducing the production of deficient adipose tissues; wherein the stem cells differentiating into adipocytes refer to stem cells where lipid droplets are formed in the cytoplasm while the stem cells become gradually uneven; and wherein the exosomes comprise macrophage colony stimulating factor (MCSF), tumor necrosis factor-α (TNF-α), leptin, insulin, angiopoietin-1 (ANGPT1), and adipocyte complement-related protein of 30 kDa (Acrp30).
A separation membrane comprising: a separation functional layer composed of a polyamide containing, as a monomer unit, at least one selected from the group consisting of piperazine and a piperazine derivative; and a coating covering the separation functional layer and containing a polymer having a repeating unit represented by the following formula: wherein N + is a nitrogen atom constituting a quaternary ammonium cation, and R 1 and R 2 are each independently a substituent containing a carbon atom bonded to the nitrogen atom, wherein the piperazine derivative is a compound obtained by substitution of at least one hydrogen atom bonded to a carbon atom or nitrogen atom of piperazine with a substituent, characterized in that the polymer satisfies one of the following conditions or: the polymer is a copolymer of a first monomer serving to form the repeating unit and a second monomer, the second monomer has a reactive substituent capable of being chemically bonded to the separation functional layer, and the reactive substituent is an epoxy group, a hydroxy group, an amino group, or an amide group; or the polymer is a copolymer or a modified homopolymer represented by the following formula: wherein in the formula, m and n are each independently an integer of 1 or more. a separation functional layer composed of a polyamide containing, as a monomer unit, at least one selected from the group consisting of piperazine and a piperazine derivative; and a coating covering the separation functional layer and containing a polymer having a repeating unit represented by the following formula: N + is a nitrogen atom constituting a quaternary ammonium cation, and R 1 and R 2 are each independently a substituent containing a carbon atom bonded to the nitrogen atom, wherein the piperazine derivative is a compound obtained by substitution of at least one hydrogen atom bonded to a carbon atom or nitrogen atom of piperazine with a substituent, characterized in that the polymer satisfies one of the following conditions or: the polymer is a copolymer of a first monomer serving to form the repeating unit and a second monomer, the second monomer has a reactive substituent capable of being chemically bonded to the separation functional layer, and the reactive substituent is an epoxy group, a hydroxy group, an amino group, or an amide group; or the polymer is a copolymer or a modified homopolymer represented by the following formula: the polymer is a copolymer of a first monomer serving to form the repeating unit and a second monomer, the second monomer has a reactive substituent capable of being chemically bonded to the separation functional layer, and the reactive substituent is an epoxy group, a hydroxy group, an amino group, or an amide group; or the second monomer has a reactive substituent capable of being chemically bonded to the separation functional layer, and the reactive substituent is an epoxy group, a hydroxy group, an amino group, or an amide group; or the polymer is a copolymer or a modified homopolymer represented by the following formula:
Supply device for providing at least one supply product, comprising a mounting unit for mounting the supply device on a support, preferably a ceiling of a room, and an extension arm, wherein the extension arm is arranged pivotably around a vertical pivot axis relative to the mounting unit, characterized in that the extension arm is configured basically as an integral part along the longitudinal extension thereof and the extension arm comprises at least one terminal (4, 4', 4") for a supply product which is directly integrated with the extension arm. a mounting unit for mounting the supply device on a support, preferably a ceiling of a room, and an extension arm, wherein the extension arm is arranged pivotably around a vertical pivot axis relative to the mounting unit, characterized in that the extension arm is configured basically as an integral part along the longitudinal extension thereof and the extension arm comprises at least one terminal (4, 4', 4") for a supply product which is directly integrated with the extension arm.
Safety system for a structure, e.g. for a roof, in particular a pitched roof, a pylon, or a wind turbine, comprising an anchor attached or configured to be attached to an upper part of the structure and/or upwards of a work area and a safety line with which a person working on the structure can be secured to the anchor, a guide member comprising a first end for giving out the safety line and a second end for feeding the safety line to the guide member, characterised in that, said first end of the guide member is securely connected to the anchor, such that the second end of the guide member is positioned at a lower location on the structure or below the structure.
A hair cutting system comprising: a hair cutting appliance comprising one or more pairs of cutting blades for cutting hair; a comb arranged forwards of the cutting blades and configured to guide hair towards the cutting blades; and a hair collector, the hair collector comprising a hair chamber for receiving hairs cut by the hair cutting appliance and a coupling portion configured to couple the hair collector to the hair cutting appliance; characterized in that, when the hair cutting system is assembled, a portion of the comb is arranged within the hair chamber. a hair cutting appliance comprising one or more pairs of cutting blades for cutting hair; a comb arranged forwards of the cutting blades and configured to guide hair towards the cutting blades; and a hair collector, the hair collector comprising a hair chamber for receiving hairs cut by the hair cutting appliance and a coupling portion configured to couple the hair collector to the hair cutting appliance; characterized in that, when the hair cutting system is assembled, a portion of the comb is arranged within the hair chamber.