mhurhangee/ep-ind-claims huggingface dataset:
A nucleic acid polymerase capable of producing a non-DNA nucleotide polymer from a DNA nucleotide polymer template, said polymerase comprising amino acid sequence having at least 50% identity to the amino acid sequence of SEQ ID NO:1, wherein said amino acid sequence is mutated relative to the amino acid sequence of SEQ ID NO:1 at one or more residues of the thumb region, said residues selected from: amino acids 651 to 679 (patch 10A); wherein said amino acid sequence comprises the mutation E664K or E664Q relative to the amino acid sequence of SEQ ID NO:1, wherein said amino acid sequence comprises the mutation Y409N or Y409G relative to the amino acid sequence of SEQ ID NO:1; and wherein said non-DNA nucleotide polymer is an RNA polymer. said polymerase comprising amino acid sequence having at least 50% identity to the amino acid sequence of SEQ ID NO:1, wherein said amino acid sequence is mutated relative to the amino acid sequence of SEQ ID NO:1 at one or more residues of the thumb region, said residues selected from: amino acids 651 to 679 (patch 10A); wherein said amino acid sequence comprises the mutation E664K or E664Q relative to the amino acid sequence of SEQ ID NO:1, wherein said amino acid sequence comprises the mutation Y409N or Y409G relative to the amino acid sequence of SEQ ID NO:1; and wherein said non-DNA nucleotide polymer is an RNA polymer.
A Maillard flavor composition comprising a structured lipid phase and at least one Maillard reaction product produced by a method comprising: a) making the structured lipid phase comprising a continuous lipid phase made of liquid oil, and a dispersed aqueous phase comprising an aqueous solvent, wherein the aqueous phase contains at least a first reactant having a free carbonyl group, and a second reactant having an amino group available for reaction with the free carbonyl on the first reactant, wherein the step of making the structured lipid phase comprises mixing the lipid and the aqueous solvent to generate a structured lipid phase wherein the mixing step is sufficient to form a water-in-oil emulsion or a water-in-oil microemulsion and wherein the step of making the structured lipid phase comprises adding one or more emulsifier before or during the mixing, the emulsifier emulsifying or stabilizing, or both, the structured lipid phase; and b) incubating the structured lipid phase for a temperature from 60°C to 180°C and for a time from 1 minute to 12 hours sufficient for a Maillard reaction to occur between the first and second reactants, such that the at least one Maillard reaction product is formed. a) making the structured lipid phase comprising a continuous lipid phase made of liquid oil, and a dispersed aqueous phase comprising an aqueous solvent, wherein the aqueous phase contains at least a first reactant having a free carbonyl group, and a second reactant having an amino group available for reaction with the free carbonyl on the first reactant, wherein the step of making the structured lipid phase comprises mixing the lipid and the aqueous solvent to generate a structured lipid phase wherein the mixing step is sufficient to form a water-in-oil emulsion or a water-in-oil microemulsion and wherein the step of making the structured lipid phase comprises adding one or more emulsifier before or during the mixing, the emulsifier emulsifying or stabilizing, or both, the structured lipid phase; and b) incubating the structured lipid phase for a temperature from 60°C to 180°C and for a time from 1 minute to 12 hours sufficient for a Maillard reaction to occur between the first and second reactants, such that the at least one Maillard reaction product is formed.
Device for molding thread-like food products with a three-dimensional shape with a random arrangement, comprising: - a perforated spherical mold that can be opened in two half-shells (D1, D2), provided with an inlet suitable for passing a food product thread suitable for being aggregated inside said mold in a three-dimensional shape with a random arrangement, as a spherical ball, - a pneumatic system suitable for being coupled with said mold to compress and/or extract said thread inside said mold, in such a way that the thread passes through said inlet of the mold until it reaches the mold and is deposited inside the mold because of the action of said pneumatic system. - a perforated spherical mold that can be opened in two half-shells (D1, D2), provided with an inlet suitable for passing a food product thread suitable for being aggregated inside said mold in a three-dimensional shape with a random arrangement, as a spherical ball, - a pneumatic system suitable for being coupled with said mold to compress and/or extract said thread inside said mold, in such a way that the thread passes through said inlet of the mold until it reaches the mold and is deposited inside the mold because of the action of said pneumatic system.
A can end comprising a peripheral curl configured to be seamed to a can body flange; a center panel disposed within the peripheral curl; a tab coupled to the center panel by a rivet; the can end being characterised by a recess, formed in the centre panel between a heel of the tab and said peripheral curl; and fragrance encapsulated in microcapsules, the microcapsules being positioned within said recess such that upon actuation of the tab a user's finger activates as least a portion of the microcapsules to release the fragrance.
An integrated circuit,IC, die (1502; 1656), comprising: a device layer including a transistor array along a semiconductor fin; a backside interconnect on a backside of the device layer; a device layer interconnect in the device layer, electrically coupled to the backside interconnect, wherein the device layer interconnect is in conductive contact with a first source/drain region at a first surface of the device layer interconnect and a second source/drain region at a second, opposite surface of the device layer interconnect along the semiconductor fin; and S/D electrodes on the first and second surfaces of the device layer interconnect along the semiconductor fin; characterized in that the device layer interconnect is in an isolation trench taking the place of a gate of the transistor array. a device layer including a transistor array along a semiconductor fin; a backside interconnect on a backside of the device layer; a device layer interconnect in the device layer, electrically coupled to the backside interconnect, wherein the device layer interconnect is in conductive contact with a first source/drain region at a first surface of the device layer interconnect and a second source/drain region at a second, opposite surface of the device layer interconnect along the semiconductor fin; and S/D electrodes on the first and second surfaces of the device layer interconnect along the semiconductor fin; characterized in that the device layer interconnect is in an isolation trench taking the place of a gate of the transistor array.
Preparation for topical use for dermatological treatments comprising synthetic Cannabidiol as the main active ingredient, Cannabidiol being provided in association with one or more ingredients chosen from the terpenes group, characterized in that the preparation further comprises unsaturated oils capable of increasing the cutaneous absorption of Cannabidiol, said oils comprising one or more ozonized oily components. Cannabidiol being provided in association with one or more ingredients chosen from the terpenes group, characterized in that the preparation further comprises unsaturated oils capable of increasing the cutaneous absorption of Cannabidiol, said oils comprising one or more ozonized oily components.
A projection optical system that projects image light generated by modulating light emitted from a light source, comprising: a first lens system that has a positive refractive power as a whole and refracts the generated image light, a first reflective optical system that has a first reflection surface and a second reflection surface, the first reflection surface folding back and reflecting the image light refracted by the first lens system, the second reflection surface folding back and reflecting the image light reflected by the first reflection surface, a second lens system that has a positive refractive power as a whole and refracts the image light reflected by the second reflection surface, and a second reflective optical system that has a concave reflection surface reflecting the image light refracted by the second lens system toward an object to be projected, wherein the projection optical system apparatus is configured to satisfy the following relationship: 5×10 -7 <α1<3×10 -5, α1 representing a linear expansion coefficient of a first optical part on which the first reflection surface is formed. a first lens system that has a positive refractive power as a whole and refracts the generated image light, a first reflective optical system that has a first reflection surface and a second reflection surface, the first reflection surface folding back and reflecting the image light refracted by the first lens system, the second reflection surface folding back and reflecting the image light reflected by the first reflection surface, a second lens system that has a positive refractive power as a whole and refracts the image light reflected by the second reflection surface, and a second reflective optical system that has a concave reflection surface reflecting the image light refracted by the second lens system toward an object to be projected, wherein
A first apparatus for wireless communications, comprising: a processing system configured to: associate with an access point, remote from the first apparatus; monitor periodically a wireless medium for a request from a second apparatus, remote from the first apparatus, wherein the periodicity is based on a time source common to the access point and the second apparatus; and determine whether to enable an interface between the access point and the second apparatus in response to the request; send a response granting or denying the request; wherein the request comprises a probe request that is used to actively scan for access points; and wherein the first apparatus is relay capable; wherein the processing system is further configured to determine signal strength between the first apparatus and the access point and to enable the interface based on the determined signal strength between the first apparatus and the access point. a processing system configured to: associate with an access point, remote from the first apparatus; monitor periodically a wireless medium for a request from a second apparatus, remote from the first apparatus, wherein the periodicity is based on a time source common to the access point and the second apparatus; and determine whether to enable an interface between the access point and the second apparatus in response to the request; send a response granting or denying the request; associate with an access point, remote from the first apparatus; monitor periodically a wireless medium for a request from a second apparatus, remote from the first apparatus, wherein the periodicity is based on a time source common to the access point and the second apparatus; and determine whether to enable an interface between the access point and the second apparatus in response to the request; send a response granting or denying the request; wherein the request comprises a probe request that is used to actively scan for access points; and wherein the first apparatus is relay capable; wherein the processing system is further configured to determine signal strength between the first apparatus and the access point and to enable the interface based on the determined signal strength between the first apparatus and the access point.
Method for pyrolysing or thermolysing a fluid or fluidised starting material in a tube bundle reactor consisting of a plurality of heatable reactor tubes, wherein the starting material is supplied to the tube bundle reactor at one end through at least one supply line, wherein the supply line has a plurality of pressure reduction units, which units allow an overpressure before the starting material is introduced into individual reactor tubes of the tube bundle reactor and a vacuum in the interior of the reactor tubes, wherein the pressure reduction units are capillaries having a different pressure resistance due to different capillary diameters and/or capillary lengths and control a substantially equal inflow of the starting material into individual reactor tubes, and the reactor tubes are heated in at least one primary portion to a decomposition temperature of the starting material, as a result of which the starting material is pyrolysed or thermolysed and a pyrolysis or thermolysis product is obtained.
Sensor for recording measured values and outputting data samples, having at least one first register storing a sensor time containing time information about the phase and/or period of the data samples, wherein the first register is readable externally by a control unit, characterized in that the sensor contains at least one second register that is writable externally by the control unit such that the phase and/or the period of the data samples in the sensor is adjusted by the control unit.
Method for assisted piloting of an aircraft equipped with a rotary wing and with a propulsion unit comprising at least one propulsion propeller, each propeller comprising a plurality of first blades, the rotary wing comprising at least one rotor equipped with a plurality of second blades, in said method an order from a pilot of the aircraft that is given to request a movement in a longitudinal or vertical direction is translated into an acceleration setpoint for acceleration in said direction, then this acceleration setpoint is transformed by predetermined rules into at least one setpoint for maintaining longitudinal attitude (θ*) which is transmitted to a first automatic system for maintaining longitudinal attitude that controls a longitudinal cyclic pitch of the second blades of the rotary wing in order to comply with said setpoint for maintaining longitudinal attitude (θ*) and into a first setpoint for maintaining load factor (Nx*) in a longitudinal direction of the aircraft, parallel to a roll axis of said aircraft, which is transmitted to a second automatic system for maintaining said load factor that controls a collective pitch of the first blades of the propulsion unit in order to comply with said first setpoint (Nx*), in said method, when said order is an order to move in a vertical direction parallel to the direction of gravity, this order to move in an elevation direction is translated into a vertical acceleration setpoint, then this vertical acceleration setpoint is transformed into a setpoint for maintaining longitudinal attitude (θ*) which is transmitted to a first automatic system for maintaining longitudinal attitude, into a first load factor setpoint (Nx*) which is transmitted to a second automatic system for maintaining load factor, and into a second load factor setpoint (NZcoll*) which is transmitted to a third automatic system for maintaining load factor that controls a change in the collective pitch of the second blades of the rotary wing, said method being characterized in that said setpoint for maintaining longitudinal attitude is determined by the following first vertical control rule: θ * = ∫ q * dt with q * = g / u · − a " · Nz * + cosθ · cosφ − k " / a " + b " and Nz * = 1 / a ' · cosθ · cosφ + b ' · sinθ · − a ' · Γz * / g + 1 − k ' · sinθ where "θ*" represents the setpoint for maintaining longitudinal attitude expressed in radians, "Γz*" represents the vertical acceleration setpoint, "g" represents the acceleration due to gravity, "u" represents the current longitudinal speed of the aircraft, "θ" represents the current longitudinal attitude, "φ" represents the current roll angle of the aircraft, "•" represents the multiplication sign, "/" represents the division sign, "a'" represents a first vertical constant, "b'" represents a second vertical constant, "k'" represents a third vertical constant, "a"" represents a fourth vertical constant, "b"" represents a fifth vertical constant, "k"" represents a sixth vertical constant, the setpoint for maintaining longitudinal attitude θ* being frozen when the vertical acceleration setpoint is equal to 1.
Scale, in particular bathroom scales, with a base plate, which comprises a supporting surface for supporting a mass to be weighed, having at least one weighing cell for detecting a measured value, in particular for measuring weight, and having at least one radiation-emitting component which is arranged on a contact surface of the base plate which faces the supporting surface, characterised in that the at least one radiation-emitting component is attached to an additional weighing cell, which is arranged centrally on the contact surface.
A method performed by a terminal in a communication system, the method comprising: identifying k' being a minimum slot offset value among slot offset values in a time-domain resource allocation table in the terminal, wherein each of the slot offset values indicates an interval between a slot in which downlink control information, DCI, for scheduling a data communication between a base station and the terminal is received and a slot in which the data communication is scheduled; receiving, in a k-th slot, from a base station, a physical downlink control channel, PDCCH, for scheduling data transmission; in case that the k' is larger than 0, switching an operation mode in the k-th slot from an active mode to a first sleep mode until a (k+k')-th slot, after receiving the PDCCH; blind-decoding, in the (k+k')-th slot, the PDCCH received in the k-th slot based on switching the operation mode from the first sleep mode to the active mode; identifying whether DCI for the terminal has been obtained as a result of the blind-decoding; and determining to operate in a second sleep mode in a remaining time period of the (k+k')-th slot after completion of the blind-decoding based on an identification that no DCI for the terminal has been obtained as a result of the blind-decoding. identifying k' being a minimum slot offset value among slot offset values in a time-domain resource allocation table in the terminal, wherein each of the slot offset values indicates an interval between a slot in which downlink control information, DCI, for scheduling a data communication between a base station and the terminal is received and a slot in which the data communication is scheduled; receiving, in a k-th slot, from a base station, a physical downlink control channel, PDCCH, for scheduling data transmission; in case that the k' is larger than 0, switching an operation mode in the k-th slot from an active mode to a first sleep mode until a (k+k')-th slot, after receiving the PDCCH; blind-decoding, in the (k+k')-th slot, the PDCCH received in the k-th slot based on switching the operation mode from the first sleep mode to the active mode; identifying whether DCI for the terminal has been obtained as a result of the blind-decoding; and determining to operate in a second sleep mode in a remaining time period of the (k+k')-th slot after completion of the blind-decoding based on an identification that no DCI for the terminal has been obtained as a result of the blind-decoding.
A method for reducing organic chlorine compounds in a cement production facility by which a quantity of organic chlorine compounds contained in powder is reduced in the cement production facility, wherein the powder is a cement raw material containing the organic chlorine compounds and dust collected inside the cement production facility, the method comprising: a heating step for heating the powder before it is supplied to a first preliminary heater to separate the organic chlorine compounds from the powder or decompose the organic chlorine compounds, wherein the heating step supplies the powder to an organic matter remover and heats it before the powder is supplied to the first preliminary heater, and the powder heated by the organic matter remover is at a temperature of 300°C or higher; and a thermal decomposition step for supplying heat-treated gas containing the organic chlorine compounds generated by heating the powder to a high temperature part of the cement production facility, which is at a temperature of 800°C or higher on normal operation of the cement production facility, thereby thermally decomposing the organic chlorine compounds contained in the heat-treated gas. a heating step for heating the powder before it is supplied to a first preliminary heater to separate the organic chlorine compounds from the powder or decompose the organic chlorine compounds, wherein the heating step supplies the powder to an organic matter remover and heats it before the powder is supplied to the first preliminary heater, and the powder heated by the organic matter remover is at a temperature of 300°C or higher; and a thermal decomposition step for supplying heat-treated gas containing the organic chlorine compounds generated by heating the powder to a high temperature part of the cement production facility, which is at a temperature of 800°C or higher on normal operation of the cement production facility, thereby thermally decomposing the organic chlorine compounds contained in the heat-treated gas.
Process for producing an absorbent polymer structure (Pa), comprising the steps of: - increasing the absorption under a load of 2.068 kPa or 6.205 kPa compared to an untreated absorbent polymer structure (Pu) by a first treatment of an outer region of the untreated absorbent polymer structure (Pu) to obtain a treated absorbent polymer structure (Pb); - lowering the AUL compared to the treated polymer structure (Pb) by a second treatment of an outer region of the treated absorbent polymer structure (Pb), wherein the first treatment is effected by means of a chemical crosslinker, by thermal crosslinking or by radiative crosslinking, and the second treatment by contacting the treated absorbent polymer structure (Pb) with a coating composition, and wherein the coating composition present in the form of a coating composition particle includes a saccharide-based polymer, wherein the treated absorbent polymer structure (Pb) has a CRC according to ERT 441.1-99 of 10-100 g/g. - increasing the absorption under a load of 2.068 kPa or 6.205 kPa compared to an untreated absorbent polymer structure (Pu) by a first treatment of an outer region of the untreated absorbent polymer structure (Pu) to obtain a treated absorbent polymer structure (Pb); - lowering the AUL compared to the treated polymer structure (Pb) by a second treatment of an outer region of the treated absorbent polymer structure (Pb),
A method characterized by comprising: transmitting a delay value to each of a plurality of digital subscriber line, DSL, transceivers (120, 712, 714, 1530), by a distribution point unit, DPU; and receiving, by the DPU, a plurality of signals at substantially the same time, wherein each of the plurality of signals is from a different DSL transceiver in the plurality of DSL transceivers (120, 712, 714, 1530) and transmitted at different times based on the delay value and a corresponding propagation delay. transmitting a delay value to each of a plurality of digital subscriber line, DSL, transceivers (120, 712, 714, 1530), by a distribution point unit, DPU; and receiving, by the DPU, a plurality of signals at substantially the same time, wherein each of the plurality of signals is from a different DSL transceiver in the plurality of DSL transceivers (120, 712, 714, 1530) and transmitted at different times based on the delay value and a corresponding propagation delay.