mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting information from a first information provider to a second information provider via an information intermediary, wherein first information is transmitted from the first information provider to the information intermediary, wherein a unique identifier being uniquely associated with the first information is generated and encrypted by the first information provider with a first key not known to the second information provider, and transmitted from the first information provider to the second information provider and then to the information intermediary; the first key being encrypted by the first information provider with an asymmetric encryption method using a public key for encryption and a private key for decryption, and being transmitted from the first information provider to the second information provider, the private key being not known to the second information provider and/or being only known to the information intermediary, wherein the information intermediary: - at a first point in time, receives the first information from the first information provider; - generates data regarding the first information; - at a second point in time, receives the encrypted unique identifier and the encrypted first key from the second information provider, decrypts the encrypted first key using the private key, and decrypts the unique identifier using the first key; - transmits the data regarding the first information to the second information provider; wherein the second information provider receives the data regarding the first information from the information intermediary. - at a first point in time, receives the first information from the first information provider; - generates data regarding the first information; - at a second point in time, receives the encrypted unique identifier and the encrypted first key from the second information provider, decrypts the encrypted first key using the private key, and decrypts the unique identifier using the first key; - transmits the data regarding the first information to the second information provider;
Apparatus for applying pulsed electrical stimulation to a human or animal subject, the apparatus comprising a control circuit (106, 116) having a number of output terminals (102, 108) each of which is connectable, in use, to at least one of an array (greater than two) of electrodes placed on and/or in the subject; characterised in that the control circuit includes means (104, 110, 112) whereby the pulses are subdivided into a plurality of contiguous time periods and means (104, 110, 112) configured to selectively connect, for each time period, each output terminal (102, 108) such that its respective electrode(s) is/are connected as either anode, cathode or neither; the control circuit (106, 116) further being operable such that the current during a single time period is less than a predetermined stimulation threshold for tissue in a preselected region and/or nerve type, but the time-summated current over a number of time periods is greater than a preselected stimulation threshold for another preselected region and/or nerve type. characterised in that the control circuit includes means (104, 110, 112) whereby the pulses are subdivided into a plurality of contiguous time periods and means (104, 110, 112) configured to selectively connect, for each time period, each output terminal (102, 108) such that its respective electrode(s) is/are connected as either anode, cathode or neither; the control circuit (106, 116) further being operable such that the current during a single time period is less than a predetermined stimulation threshold for tissue in a preselected region and/or nerve type, but the time-summated current over a number of time periods is greater than a preselected stimulation threshold for another preselected region and/or nerve type.
A rubber composition for a tread, comprising: a rubber component; silica; a silane coupling agent; a sulfur vulcanizing agent; a sulfenamide or thiazole vulcanization accelerator 1; and a thiuram vulcanization accelerator 2, wherein the silane coupling agent comprises a silane coupling agent with a sulfur content of 15% by mass or more, and wherein the amount of the sulfur vulcanizing agent, the amount of the vulcanization accelerator 1 and the amount of the vulcanization accelerator 2, each per 100 parts by mass of the rubber component, satisfy the following formulas to: 0.1 ≤ A ≤ 3.0 1.0 ≤ B + C / A ≤ 60 and 1.0 ≤ C / B a rubber component; silica; a silane coupling agent; a sulfur vulcanizing agent; a sulfenamide or thiazole vulcanization accelerator 1; and a thiuram vulcanization accelerator 2, wherein the silane coupling agent comprises a silane coupling agent with a sulfur content of 15% by mass or more, and wherein the amount of the sulfur vulcanizing agent, the amount of the vulcanization accelerator 1 and the amount of the vulcanization accelerator 2, each per 100 parts by mass of the rubber component, satisfy the following formulas to: 0.1 ≤ A ≤ 3.0 1.0 ≤ B + C / A ≤ 60 and 1.0 ≤ C / B
A modified T cell, wherein the modified cell has a nucleic acid encoding a modified PD-1, wherein the modified PD-1 is truncated PD-1 that does not include an intracellular domain; has a partial or a complete deletion of the PD-1 gene and a reduced amount of PD-1 as compared to the corresponding wild-type cell, or expresses a modified PD-1, wherein the modified PD-1 is non-functional PD-1; and wherein the modified cell comprises a chimeric antigen receptor comprising an antigen recognition domain of a specific antibody and an intracellular domain, or a modified or wild-type T cell receptor. has a nucleic acid encoding a modified PD-1, wherein the modified PD-1 is truncated PD-1 that does not include an intracellular domain; has a partial or a complete deletion of the PD-1 gene and a reduced amount of PD-1 as compared to the corresponding wild-type cell, or expresses a modified PD-1, wherein the modified PD-1 is non-functional PD-1;
Battery having a controller, wherein the battery comprises at least one battery cell and/or at least one battery module, characterized in that the battery further comprises at least one measuring circuit, and also a communication bus for communication between the controller and the at least one measuring circuit, and also an interface that is designed to allow at least one temperature inside the battery, a voltage of the battery and/or a voltage of the at least one battery cell and/or of the at least one battery module to be measured by means of access to the communication bus, and/or the battery to be discharged when the controller has failed.
An induction heating cooker comprising: a plurality of heating coils; a plurality of inverter circuits that supply a high-frequency current to the heating coils; output current detecting means for detecting an output current of each of the inverter circuits; power detecting means for detecting input power or output power of each of the inverter circuits; control means for performing individual drive control of each of the inverter circuits; and load determining means for performing a load determination as to whether, on a basis of the output current and the input power or the output power of an inverter circuit of the inverter circuits that is being driven, a heating target is placed above a corresponding heating coil of the heating colls, characterized in that the control means is configured to, during performance of a heating operation for applying set power to a heating target, on a basis of a determination result by the load determining means, control an inverter circuit of the inverter circuits to output power corresponding to the set power to a heating coil of the heating coils above which a heating target is placed, and control, in a case where the heating target is moved to be not placed above the heating coil to which power corresponding to the set power is being output, the inverter circuit to output a specific power that is smaller than or equal to the set power to the heating coil. a plurality of heating coils; a plurality of inverter circuits that supply a high-frequency current to the heating coils; output current detecting means for detecting an output current of each of the inverter circuits; power detecting means for detecting input power or output power of each of the inverter circuits; control means for performing individual drive control of each of the inverter circuits; and load determining means for performing a load determination as to whether, on a basis of the output current and the input power or the output power of an inverter circuit of the inverter circuits that is being driven, a heating target is placed above a corresponding heating coil of the heating colls, characterized in that the control means is configured to, during performance of a heating operation for applying set power to a heating target, on a basis of a determination result by the load determining means, control an inverter circuit of the inverter circuits to output power corresponding to the set power to a heating coil of the heating coils above which a heating target is placed, and control, in a case where the heating target is moved to be not placed above the heating coil to which power corresponding to the set power is being output, the inverter circuit to output a specific power that is smaller than or equal to the set power to the heating coil.
A surgical item managing method for a smart operating room, for use by a surgical item managing system for the smart operating room to manage a surgical item used during a surgical procedure, the surgical item comprising a flexible RFID tag (901, 901a), wherein the surgical item managing system for the smart operating room further comprises a scanner, the scanner comprises a plurality of read regions, and each region of the plurality of read regions has positioning coordinates (X, Y), wherein the surgical item managing method comprises the steps of: scanning the flexible RFID tag (901. 901a) with the scanner and receiving a plurality of return signals from the flexible RFID tag (901. 901a) by the plurality of read regions, computing a tag position of the flexible RFID tag (901. 901a) according to different levels of signal strength of the return signals received by the read regions between the flexible RFID tag (901. 901a) and the read regions, to obtain the tag position of the flexible RFID tag (901, 901a); taking an image of a patient, so as to obtain an image position of the patient; determining whether a position of the flexible RFID tag (901, 901a) and the image position of the patient overlap, so as to determine whether the surgical item corresponding to the flexible RFID tag (901, 901a) is in a body of the patient; and giving a warning if the surgical item is in the body of the patient. scanning the flexible RFID tag (901. 901a) with the scanner and receiving a plurality of return signals from the flexible RFID tag (901. 901a) by the plurality of read regions, computing a tag position of the flexible RFID tag (901. 901a) according to different levels of signal strength of the return signals received by the read regions between the flexible RFID tag (901. 901a) and the read regions, to obtain the tag position of the flexible RFID tag (901, 901a); taking an image of a patient, so as to obtain an image position of the patient; determining whether a position of the flexible RFID tag (901, 901a) and the image position of the patient overlap, so as to determine whether the surgical item corresponding to the flexible RFID tag (901, 901a) is in a body of the patient; and giving a warning if the surgical item is in the body of the patient.
Method for doping of silicon wafers using a diffusion oven, said diffusion oven having a door for loading and unloading of the silicon wafers, an inner volume, gas inlets for a reaction gas, a doping gas and a carrier gas and means for modifying the flow rate of said reaction gas, said doping gas and said carrier gas into the interior volume of the diffusion oven, said method comprising the steps of - loading silicon wafers into the diffusion oven, - heating the diffusion oven in accordance with a predetermined temperature profile at least during a deposition time, - letting reaction gas, doping gas and carrier gas flow simultaneously into the interior volume and - unloading the doped silicon wafers from the diffusion oven characterized in that during the deposition time in which reaction gas, doping gas and carrier gas flow simultaneously into the interior volume of the diffusion oven, the ratio of the flow rate of reaction gas and flow rate of doping gas is changed at least once from a first ratio to a second ratio and/or the flow rate of the carrier gas is changed at least once from a first flow rate to a second flow rate. - loading silicon wafers into the diffusion oven, - heating the diffusion oven in accordance with a predetermined temperature profile at least during a deposition time, - letting reaction gas, doping gas and carrier gas flow simultaneously into the interior volume and - unloading the doped silicon wafers from the diffusion oven
A reactor for continuously preparing H 2 S from hydrogen and sulfur, comprising a distributor device for distributing gaseous hydrogen in a sulfur melt present at least in a lower part of the reactor, wherein the distributor device is arranged in the sulfur melt and comprises a distributor plate which is arranged in the reactor and has an edge extending downward with an edge region, the hydrogen being distributable in the sulfur melt from a hydrogen bubble which forms below the distributor plate via the edge region, the reactor additionally having a feed device for the gaseous hydrogen into the reactor, comprising an open tube which is arranged vertically in the reactor and through which the gaseous hydrogen can be passed into the sulfur melt below the distributor device, in order to form a hydrogen bubble below the distributor plate.
Use of a stabilized HIV gp140 trimer for the manufacture of a medicament for inducing a neutralizing anti-HIV antisera in a subject, wherein the HIV gp140 trimer comprises a HIV gp140 polypeptide comprising an amino acid sequence at least 95% identical to the sequence and, comprising the V3 loop peptide consisting of the sequence Thr Arg Pro Asn Asn Asn Thr Arg Lys Ser Met Arg Ile Gly Pro Gly Gln Thr Phe Tyr Ala Thr Gly Asp Ile Ile Gly Asp Ile Arg Gln Ala Tyr (SEQ ID NO:8); and comprising the T4-fibritin foldon trimerization domain, thereby forming a stabilized trimer capable of eliciting production of neutralizing antisera against HIV when the stabilized trimer is administered to a subject. comprising the V3 loop peptide consisting of the sequence Thr Arg Pro Asn Asn Asn Thr Arg Lys Ser Met Arg Ile Gly Pro Gly Gln Thr Phe Tyr Ala Thr Gly Asp Ile Ile Gly Asp Ile Arg Gln Ala Tyr (SEQ ID NO:8); and comprising the T4-fibritin foldon trimerization domain, thereby forming a stabilized trimer capable of eliciting production of neutralizing antisera against HIV when the stabilized trimer is administered to a subject.
Method for estimating the dilution ratio of fuel in the oil of an internal combustion engine equipped with a device for treating the combustion gases requiring phases of regeneration by post-injection of fuel, according to which the dilution ratio is estimated as a function of the operating mode of the engine, in which, outside of the regeneration phases, the variation of the dilution ratio (dC) at each instant is calculated from a set of parameters comprising at least: - a value representative of the evaporation temperature of the fuel diluted in the oil of the engine, and - the time ( t) elapsed since the end of the last regeneration phase, CHARACTERIZED IN THAT outside of the regeneration phases, this set of parameters for calculating the variation ( dC) further comprises at least: - the dilution ratio ( C ( t)) at the time ( t), - a predetermined rate constant ( k 0), - the enthalpy of vaporization of the fuel ( E a), and - the ideal gas constant. - a value representative of the evaporation temperature of the fuel diluted in the oil of the engine, and - the time ( t) elapsed since the end of the last regeneration phase, - the dilution ratio ( C ( t)) at the time ( t), - a predetermined rate constant ( k 0), - the enthalpy of vaporization of the fuel ( E a), and - the ideal gas constant.
A surface patterned frozen dessert manufacturing method having: a step for filling ice cream material into a cup and forming an ice cream layer; a step for flattening the top surface of an ice cream layer; a step for forming a first sauce layer on a flattened ice cream layer; a step for forming, at the top layer portion of the first sauce layer, at least one second sauce layer of a color different from the first sauce layer, on the same sauce pattern circle; and a step for moving an inscribing member, supported so that a free end thereof can be displaced relative to a support position in the circumferential direction of the sauce pattern, along the circumference of the sauce pattern. a step for filling ice cream material into a cup and forming an ice cream layer; a step for flattening the top surface of an ice cream layer; a step for forming a first sauce layer on a flattened ice cream layer; a step for forming, at the top layer portion of the first sauce layer, at least one second sauce layer of a color different from the first sauce layer, on the same sauce pattern circle; and a step for moving an inscribing member, supported so that a free end thereof can be displaced relative to a support position in the circumferential direction of the sauce pattern, along the circumference of the sauce pattern.
An impeller comprising: an annular hub having a circular sectional shape formed in an axial direction; a plurality of first blades arranged on an outer peripheral surface of the hub; and a plurality of second blades arranged on a downstream-side in a fluid flowing direction from each trailing edge of the first blades, on the outer peripheral surface of the hub, wherein the number of the second blades is larger than the number of the first blades, and is smaller than twice the number of the first blades, and the impeller being characterised in that each leading edge of the second blades is located on the downstream-side in the fluid flowing direction from a position of 1/2 of a meridian plane length. an annular hub having a circular sectional shape formed in an axial direction; a plurality of first blades arranged on an outer peripheral surface of the hub; and a plurality of second blades arranged on a downstream-side in a fluid flowing direction from each trailing edge of the first blades, on the outer peripheral surface of the hub, wherein the number of the second blades is larger than the number of the first blades, and is smaller than twice the number of the first blades, and the impeller being characterised in that each leading edge of the second blades is located on the downstream-side in the fluid flowing direction from a position of 1/2 of a meridian plane length.
A method of preparing a superabsorbent polymer having improved anti-caking properties, comprising: a) adding a superabsorbent polymer with 0.0001 to 15.0 parts by weight of particles having i) a BET specific surface, as measured using a BET meter, of 300 ∼ 1500 m 2 /g and ii) a porosity, as measured as disclosed in the specification, of 50% or more, based on 100 parts by weight of the superabsorbent polymer; and b) adding the superabsorbent polymer and the particles obtained in a) with 2.5 to 7.5 parts by weight of water, based on 100 parts by weight of the superabsorbent polymer and the particles, and performing aging time control treatment, yielding the superabsorbent polymer having improved anti-caking properties, wherein the aging time control treatment in b) is performed by adding the superabsorbent polymer and the particles with water at 15 to 25°C and then conducting aging with stirring at 5 to 1500 rpm at 26 to 95°C for 1 to 120 min. a) adding a superabsorbent polymer with 0.0001 to 15.0 parts by weight of particles having i) a BET specific surface, as measured using a BET meter, of 300 ∼ 1500 m 2 /g and ii) a porosity, as measured as disclosed in the specification, of 50% or more, based on 100 parts by weight of the superabsorbent polymer; and b) adding the superabsorbent polymer and the particles obtained in a) with 2.5 to 7.5 parts by weight of water, based on 100 parts by weight of the superabsorbent polymer and the particles, and performing aging time control treatment, yielding the superabsorbent polymer having improved anti-caking properties,
A composition comprising - an ester of a fatty acid and dextrin - a mixture of branched and linear saturated C15-C19 alkanes - a UV-filter of the formula wherein the amount of branched saturated C15-C19 alkane in said mixture of branched and linear saturated C15-C19 alkanes is more than 80 % by weight, preferably more that 90 % by weight, most preferred more than 92 % by weight. - an ester of a fatty acid and dextrin - a mixture of branched and linear saturated C15-C19 alkanes - a UV-filter of the formula wherein the amount of branched saturated C15-C19 alkane in said mixture of branched and linear saturated C15-C19 alkanes is more than 80 % by weight, preferably more that 90 % by weight, most preferred more than 92 % by weight.
Method for in-vitro determination of the presence of bacteria producing beta-lactamases, in a sample that may contain said bacteria, said method comprising the following steps: (a) incubating said sample in a medium containing a substrate of the beta-lactamases, having electrochemical properties, in particular a beta-lactam antibiotic having electrochemical properties, and (b) applying a means of electrochemical analysis in order to determine the presence of the substrate of the beta-lactamases after having been hydrolyzed. (a) incubating said sample in a medium containing a substrate of the beta-lactamases, having electrochemical properties, in particular a beta-lactam antibiotic having electrochemical properties, and (b) applying a means of electrochemical analysis in order to determine the presence of the substrate of the beta-lactamases after having been hydrolyzed.
Motor vehicle, in particular motorhome, having a chassis supporting a body with at least two axles (4, 4'), and having a transport receptable arranged in the body with a receiving floor, wherein the receiving floor is designed to be retractable and extendable relative to the body for the purpose of loading and unloading with an object, for example a passenger car, and wherein the receiving floor loaded with the object is lifted by means of a lifting device within the transport receptable after retraction, characterized in that the lifting device reaches through the receiving floor, wherein the lifting device is releasably locked to the receiving floor and as a result the receiving floor is mounted in a floating manner relative to the lifting device such that a relative movement is permitted between the receiving floor and the lifting device. the lifting device reaches through the receiving floor, wherein the lifting device is releasably locked to the receiving floor and as a result the receiving floor is mounted in a floating manner relative to the lifting device such that a relative movement is permitted between the receiving floor and the lifting device.
A drive roller for an inclined conveyor for conveying crop material into a self-propelled harvester, wherein the drive roller can be non-rotatably fixed to a drive shaft by means of a hub extending concentrically about a drive axis, wherein the drive roller has entrainment members which are arranged distributed uniformly on the hub and which extend from the hub towards an open end and are provided for positively locking and/or force locking transport of a conveyor belt, wherein an outside surface of the hub, that is towards the entrainment members, is at least partly of a ramp-shaped configuration so that the hub tapers in or in opposite relationship to an axial direction of the axis towards the open end, characterised in that the entrainment members respectively taper at an underside towards the outside surface in a direction towards the open end.