mhurhangee/ep-ind-claims huggingface dataset:
A physiological sensor having optical intensity compensation introduced along an optical path from emission to detection so as to compensate for unequal tissue attenuation as a function of wavelength, the sensor comprising: a plurality of emitters configured to transmit optical radiation having a plurality of wavelengths into a tissue site; at least one detector configured to receive the optical radiation after tissue attenuation; and an equalization configured to compensate optical radiation intensity so as to account for differences in tissue attenuation across at least a portion of the plurality of wavelengths, the equalization comprising an optical filter covering a subset of the plurality of emitters, the optical filter positioned proximate the subset of the plurality of emitters relative to the tissue site and configured to attenuate at least a portion of the optical radiation before the optical radiation is transmitted to the tissue site. a plurality of emitters configured to transmit optical radiation having a plurality of wavelengths into a tissue site; at least one detector configured to receive the optical radiation after tissue attenuation; and an equalization configured to compensate optical radiation intensity so as to account for differences in tissue attenuation across at least a portion of the plurality of wavelengths, the equalization comprising an optical filter covering a subset of the plurality of emitters, the optical filter positioned proximate the subset of the plurality of emitters relative to the tissue site and configured to attenuate at least a portion of the optical radiation before the optical radiation is transmitted to the tissue site.
A heat source side unit having a compressor and a heat source side heat exchanger and forming a refrigerant cycle by connecting an expansion device and a load side heat exchanger by a pipeline, comprising an oil separator separating off the refrigerator oil contained in the refrigerant, and an oil tank to feed and supply refrigerator oil to the compressor due to a lack of refrigerator oil caused by washing the refrigerant cycle, wherein the oil tank is arranged in between the oil separator and the heat source side heat exchanger of the refrigerant cycle in series, characterized in that a pipeline, which is connected between the oil separator and the oil tank, also feeds the refrigerator oil separated by the oil separator through the oil tank to the compressor.
A counterweight mounting device for a working machine, which is installed on a frame supporting a counterweight; comprising: a first link of which a lower end is coupled to the frame so that the first link is rotatable about a first hinge shaft; a second link including a slot guide into which a second hinge shaft coupled to an upper end of the first link is inserted and in which the second hinge shaft slides; a hydraulic cylinder of which a lower end is coupled to the frame so that the hydraulic cylinder is rotatable about a cylinder rotation shaft and an upper end is coupled to the second hinge shaft and rotates the first link; characterised by a connection member installed on an upper end of the second link and connected to the counterweight, a third link of which one end is rotatably coupled to the first link and the other end is rotatably coupled to a lower end of the second link; and a fourth link of which one end is rotatably coupled to the frame and the other end is rotatably coupled to the lower end of the second link. a first link of which a lower end is coupled to the frame so that the first link is rotatable about a first hinge shaft; a second link including a slot guide into which a second hinge shaft coupled to an upper end of the first link is inserted and in which the second hinge shaft slides; a hydraulic cylinder of which a lower end is coupled to the frame so that the hydraulic cylinder is rotatable about a cylinder rotation shaft and an upper end is coupled to the second hinge shaft and rotates the first link; a connection member installed on an upper end of the second link and connected to the counterweight, a third link of which one end is rotatably coupled to the first link and the other end is rotatably coupled to a lower end of the second link; and a fourth link of which one end is rotatably coupled to the frame and the other end is rotatably coupled to the lower end of the second link.
A method for processing handoff confirm messages comprising the following steps: receiving, by a serving base station, a handoff indication message from a terminal and, and determining, by the serving base station according to the handoff indication message, the content of the field of an HO confirm type in the handoff confirm message which is to be sent; and determining, by the serving base station according to the content of the field of the HO confirm type, whether to include service flow information in the handoff confirm messages or not when sending them to multiple target base stations or target access service networks, characterized in that, when the content of the field of the HO confirm type indicates the handover is cancelled or rejected, the service flow information is not included in the handoff confirm message, and a terminal identifier is included in the handoff confirm message. receiving, by a serving base station, a handoff indication message from a terminal and, and determining, by the serving base station according to the handoff indication message, the content of the field of an HO confirm type in the handoff confirm message which is to be sent; and determining, by the serving base station according to the content of the field of the HO confirm type, whether to include service flow information in the handoff confirm messages or not when sending them to multiple target base stations or target access service networks, characterized in that, when the content of the field of the HO confirm type indicates the handover is cancelled or rejected, the service flow information is not included in the handoff confirm message, and a terminal identifier is included in the handoff confirm message.
Rotor comprising a vane carrier, a transmission coupling, configured for transmitting a driving torque to the vane carrier, and at least one vane; wherein the vane carrier comprises a seat having a blind bottom, and wherein the transmission coupling comprises an engaging end configured for being inserted into the seat of the vane carrier and having a first face oriented towards the bottom of the seat of the vane carrier and proximal thereto, and a second face oriented in a direction opposite to that of the first face, the rotor further comprising a first support element (70; 170) comprising a base (71; 171) resting on the second face of said engaging end, and at least a first wing (75, 76; 175, 176) arranged between a respective first thrust surface of the engaging end and a corresponding first abutment surface of the seat, said first abutment surface facing the first thrust surface, the rotor being characterized in that it comprises a second support element comprising a base arranged between the bottom of the seat of the vane carrier and the first face of the engaging end of the transmission coupling. the rotor further comprising a first support element (70; 170) comprising a base (71; 171) resting on the second face of said engaging end, and at least a first wing (75, 76; 175, 176) arranged between a respective first thrust surface of the engaging end and a corresponding first abutment surface of the seat, said first abutment surface facing the first thrust surface, the rotor being characterized in that it comprises a second support element comprising a base arranged between the bottom of the seat of the vane carrier and the first face of the engaging end of the transmission coupling.
A method for a wireless device to transmit an indication of a precoder to a network node, the method comprising: determining from a codebook an indication of a precoder comprising: a first beam phase parameter and a second beam phase parameter corresponding to a first beam and second beam, respectively; the first beam phase parameter taking on one of a first integer number of phase values; and the second beam phase parameter taking on one of a second integer number of phase values, the second beam having a lesser power than the first beam and the second integer number of phase values being less than the first integer number of phase values, the first and second integer number of phase values being respective granularities of respective co-phasing factors for the first and second beams, a co-phasing factor for a beam corresponding to a phase factor associated with one of a plurality of polarizations on which the beam is transmitted; and reporting the determined indication of the precoder to a network node. a first beam phase parameter and a second beam phase parameter corresponding to a first beam and second beam, respectively; the first beam phase parameter taking on one of a first integer number of phase values; and the second beam phase parameter taking on one of a second integer number of phase values, the second beam having a lesser power than the first beam and the second integer number of phase values being less than the first integer number of phase values, the first and second integer number of phase values being respective granularities of respective co-phasing factors for the first and second beams, a co-phasing factor for a beam corresponding to a phase factor associated with one of a plurality of polarizations on which the beam is transmitted; and reporting the determined indication of the precoder to a network node.
A method of providing a communication function, comprising: receiving, by a server of a mobile network operator, MNO, an activation request to enable a communication profile in a first user equipment, UE, wherein the communication profile is associated with a user, and wherein a maximum number of communication profiles associated with the user can be provided at the same time; determining, by the server of the MNO, a number of communication profiles which are associated with the user and which are currently enabled; and if the number of communication profiles which are associated with the user and which are currently enabled is equal to the maximum number of communication profiles: disabling a communication profile associated with the user in a second UE; and enabling a communication profile associated with the user in the first UE. receiving, by a server of a mobile network operator, MNO, an activation request to enable a communication profile in a first user equipment, UE, wherein the communication profile is associated with a user, and wherein a maximum number of communication profiles associated with the user can be provided at the same time; determining, by the server of the MNO, a number of communication profiles which are associated with the user and which are currently enabled; and if the number of communication profiles which are associated with the user and which are currently enabled is equal to the maximum number of communication profiles: disabling a communication profile associated with the user in a second UE; and enabling a communication profile associated with the user in the first UE. disabling a communication profile associated with the user in a second UE; and enabling a communication profile associated with the user in the first UE.
A process fluid pressure transmitter comprising: a pressure sensor having an electrical characteristic that changes with pressure; transmitter electronics coupled to the pressure sensor to sense the electrical characteristic and calculate a pressure output; and an isolation system including: a base member, an isolation diaphragm mounted to the base member and interposed between the pressure sensor and a process fluid, a fill-fluid disposed between the isolation diaphragm and the pressure sensor, and wherein the base member and the isolation diaphragm are constructed from different materials, characterized in that the coefficient of thermal expansion of the isolation diaphragm is larger than the coefficient of thermal expansion of the base member, wherein the difference in coefficients of thermal expansion is about 6x10 -6 /°C or more. a pressure sensor having an electrical characteristic that changes with pressure; transmitter electronics coupled to the pressure sensor to sense the electrical characteristic and calculate a pressure output; and an isolation system including: a base member, an isolation diaphragm mounted to the base member and interposed between the pressure sensor and a process fluid, a fill-fluid disposed between the isolation diaphragm and the pressure sensor, and wherein the base member and the isolation diaphragm are constructed from different materials, characterized in that the coefficient of thermal expansion of the isolation diaphragm is larger than the coefficient of thermal expansion of the base member, wherein the difference in coefficients of thermal expansion is about 6x10 -6 /°C or more. a base member, an isolation diaphragm mounted to the base member and interposed between the pressure sensor and a process fluid, a fill-fluid disposed between the isolation diaphragm and the pressure sensor, and wherein the base member and the isolation diaphragm are constructed from different materials, characterized in that the coefficient of thermal expansion of the isolation diaphragm is larger than the coefficient of thermal expansion of the base member, wherein the difference in coefficients of thermal expansion is about 6x10 -6 /°C or more.
A soluble preparation for nasal douches of the pulverulent type, of any granulometry, which comprises sodium chloride, characterized in that it comprises for every 1000 mg overall: - sodium chloride in a quantity comprised between 710 mg, corresponding to 71% by weight, and 720 mg, corresponding to 72% by weight, in every 1000 mg of soluble preparation, as an agent for washing and breaking up bacterial film; - sodium bicarbonate in a quantity comprised between 275 mg, corresponding to 27.5% by weight, and 290 mg, corresponding to 29% by weight, in every 1000 mg of soluble preparation, as a pH adjustment agent; - hyaluronic acid in a quantity comprised between 2.9 mg, corresponding to 0.29% by weight, and 3.2 mg, corresponding to 0.32% by weight, in every 1000 mg of soluble preparation, as an agent of a type chosen from among softening, moisturizing, protective, inductive of mucociliary motility, tissue restructuring, and a combination, thereof. - sodium chloride in a quantity comprised between 710 mg, corresponding to 71% by weight, and 720 mg, corresponding to 72% by weight, in every 1000 mg of soluble preparation, as an agent for washing and breaking up bacterial film; - sodium bicarbonate in a quantity comprised between 275 mg, corresponding to 27.5% by weight, and 290 mg, corresponding to 29% by weight, in every 1000 mg of soluble preparation, as a pH adjustment agent; - hyaluronic acid in a quantity comprised between 2.9 mg, corresponding to 0.29% by weight, and 3.2 mg, corresponding to 0.32% by weight, in every 1000 mg of soluble preparation, as an agent of a type chosen from among softening, moisturizing, protective, inductive of mucociliary motility, tissue restructuring, and a combination, thereof.
A turbine airfoil comprising a leading edge; wherein said leading edge comprises: a first segment including a stagnation region of the airfoil having a first curvature; a second segment having a second curvature on a first side of the first segment; and a third segment having a third curvature on a second side of the first segment, said leading edge is convex; the first segment, the second segment and the third segment comprise a continuous uninterrupted surface; and the stagnation region of the airfoil extends spanwise a length of the airfoil along the leading edge along the entire airfoil, characterised in that the first curvature is less than the second curvature and the third curvature. a first segment including a stagnation region of the airfoil having a first curvature; a second segment having a second curvature on a first side of the first segment; and a third segment having a third curvature on a second side of the first segment, said leading edge is convex; the first segment, the second segment and the third segment comprise a continuous uninterrupted surface; and the stagnation region of the airfoil extends spanwise a length of the airfoil along the leading edge along the entire airfoil, characterised in that the first curvature is less than the second curvature and the third curvature.
A process for producing a surface-modified calcium carbonate, the process comprising contacting a milk of lime comprising calcium hydroxide with at least one amphiphilic copolymer comprising hydrophilic subunits and hydrophobic subunits, wherein: the hydrophilic subunits derive from at least one ethylenically-unsaturated compound comprising a carboxylic acid group or salt or derivative thereof; the hydrophobic subunits derive from at least one ethylenically-unsaturated compound comprising a hydrophobic group; and the amphiphilic copolymer has a hydrophilic-lipophilic balance value ranging from about 1 to about 40. the hydrophilic subunits derive from at least one ethylenically-unsaturated compound comprising a carboxylic acid group or salt or derivative thereof; the hydrophobic subunits derive from at least one ethylenically-unsaturated compound comprising a hydrophobic group; and the amphiphilic copolymer has a hydrophilic-lipophilic balance value ranging from about 1 to about 40.
A method for detecting a leakage in a fuel tank system, the method comprising: • setting a first reference pressure value; • generating an initial pressure in the fuel tank system; • determining a pressure difference between the pressure in the fuel tank system and the first reference pressure; • determining a linearity metric, by comparing the determined pressure difference to at least one out of a linear and a non-linear data model, the linearity metric quantifying the non-linearity of said pressure difference as a function of time; • detecting a leakage in the fuel tank system based on the linearity metric, wherein a non-linear pressure difference function of time is indicative of a leakage in the fuel tank system; characterized in that the method further comprises: • setting a second reference pressure value; • setting a reference time interval; • determining an approached limit value of the pressure difference after the reference time interval has elapsed from the time of generating an initial pressure; and • detecting a leakage in the fuel tank system if the linearity metric indicates the measured pressure difference to be a non-linear function of time, and the approached limit value is calculated to be within a pre-determined distance from the second reference pressure. • setting a first reference pressure value; • generating an initial pressure in the fuel tank system; • determining a pressure difference between the pressure in the fuel tank system and the first reference pressure; • determining a linearity metric, by comparing the determined pressure difference to at least one out of a linear and a non-linear data model, the linearity metric quantifying the non-linearity of said pressure difference as a function of time; • detecting a leakage in the fuel tank system based on the linearity metric, wherein a non-linear pressure difference function of time is indicative of a leakage in the fuel tank system; • setting a second reference pressure value; • setting a reference time interval; • determining an approached limit value of the pressure difference after the reference time interval has elapsed from the time of generating an initial pressure; and • detecting a leakage in the fuel tank system if the linearity metric indicates the measured pressure difference to be a non-linear function of time, and the approached limit value is calculated to be within a pre-determined distance from the second reference pressure.
A compound, or a pharmaceutically acceptable salt thereof, having a Formula or: or wherein: A is -COOR 1 or -G-HET for Formula, or -G-HET for Formula; B is a bond; each R 1 independently is H or C 1-6 alkyl; R 2 is H or OH; HET is an unsubstituted or substituted imidazolyl, tetrazolyl, triazolyl, or isoxazolyl group, wherein the substituents are selected from one or more hydroxyl or alkoxy groups selected from OMe, OEt, and OPr; G is O, S, NH, or absent; C x is an alkylene group having x carbon atoms; C y is an alkyl group having y carbon atoms; x is 3, 4, 5, 6, or 7; y is 4, 5, 6, 7; and each carbon atom of the compound of Formula or Formula independently is unsubstituted; with the proviso that when x is 6, y is 5, and each carbon atom of Formula is unsubstituted, then A is not -COOH. A is -COOR 1 or -G-HET for Formula, or -G-HET for Formula; B is a bond; each R 1 independently is H or C 1-6 alkyl; R 2 is H or OH; HET is an unsubstituted or substituted imidazolyl, tetrazolyl, triazolyl, or isoxazolyl group, wherein the substituents are selected from one or more hydroxyl or alkoxy groups selected from OMe, OEt, and OPr; G is O, S, NH, or absent; C x is an alkylene group having x carbon atoms; C y is an alkyl group having y carbon atoms; x is 3, 4, 5, 6, or 7; y is 4, 5, 6, 7; and each carbon atom of the compound of Formula or Formula independently is unsubstituted;
A method of removing a silyl protecting group from an oligonucleotide, comprising the step of admixing an oligonucleotide bearing a siiyi protecting group with pyridine-HF, TAS-F, or polyvinyl pyridine-HF.
Method for detecting the mass flow rate of the spreading material, in particular fertilizer, which is discharged by means of at least one centrifugal disc of an agricultural distributor machine, wherein the distributor machine has at least one radar sensor, which receives radar signals reflected by the spreading material, and at least one spreading material container and at least one device for opening and closing a feed device for the spreading material applied to the at least one centrifugal disc, wherein a variable, which is proportional to the mass flow rate of the distributed spreading material, is determined from the amplitude of the radar signal which is reflected by the spreading material, characterized in that in the event of a reduction which is unforeseen, that is to say is not brought about by activation of the device for opening and closing the feed device, in the variable of the at least one centrifugal disc which is proportional to the mass flow rate of the distributed spreading material and/or in the event of the unforeseen reduction in the sum of the mass flow rates of the distributed spreading material of at least two centrifugal discs taking into account the other spreading parameters such as, preferably, the rotational speed of the centrifugal disc and/or impact point of the spreading material on the centrifugal disc, which reduction permits a blockage in the feed device or an empty spreading material container to be inferred, an audible and/or visual indication is issued at a suitable indicator device and/or the at least one device for opening and closing the at least one feed device of the spreading material for the corresponding at least one centrifugal disc is opened automatically, in order to restore the original and desired mass flow rate.