mhurhangee/ep-ind-claims huggingface dataset:
An emulsion with tolerance to alcohol comprising a monohydric alcohol; and an emulsifier; the content of the monohydric alcohol being 40 to 80 wt%, based on the total weight of the emulsion; the content of the emulsifier being 0.1 to 50 wt%, based on the total weight of the emulsion; and the emulsion being in the form of an O/W emulsion, W/O/W emulsion, O/W/O emulsion, or S/O/W emulsion, wherein the emulsifier comprises at least one emulsifier selected from the group consisting of 1) polyoxyethylene hydrogenated castor oils, and 2) polyoxyethylene castor oils. the content of the monohydric alcohol being 40 to 80 wt%, based on the total weight of the emulsion; the content of the emulsifier being 0.1 to 50 wt%, based on the total weight of the emulsion; and the emulsion being in the form of an O/W emulsion, W/O/W emulsion, O/W/O emulsion, or S/O/W emulsion, wherein the emulsifier comprises at least one emulsifier selected from the group consisting of 1) polyoxyethylene hydrogenated castor oils, and 2) polyoxyethylene castor oils.
An audio interval training device, comprising: a sensing unit to obtain a parameter of a user in physical exercise, the sensing unit being a heart rate monitor and the parameter being the user's heart rate as determined by a processing unit using a received heart rate from the heart rate monitor; a memory to store a plurality of audio signals, each having a predetermined tempo value; and the processing unit configured to i) receive a first and second target parameter value being a high heart rate target value and a low heart rate target value respectively, ii) select a first and second audio signal having a high tempo and a low tempo, respectively, the device being characterized by the processing unit being further configured to iii) alternatively render the first and second audio signals, wherein a respective audio signal is rendered to the user corresponding to the first and second target parameter value, as determined by the processing unit using the parameter from the sensing unit; wherein the processing unit is arranged to repeatedly render the first audio signal to the user until the user's heart rate reaches or exceeds the first target heart rate and then to render the second audio signal until the user's heart rate reaches or falls below the second target heart rate and then to render the first audio signal. a sensing unit to obtain a parameter of a user in physical exercise, the sensing unit being a heart rate monitor and the parameter being the user's heart rate as determined by a processing unit using a received heart rate from the heart rate monitor; a memory to store a plurality of audio signals, each having a predetermined tempo value; and the processing unit configured to i) receive a first and second target parameter value being a high heart rate target value and a low heart rate target value respectively, ii) select a first and second audio signal having a high tempo and a low tempo, respectively, the device being characterized by the processing unit being further configured to iii) alternatively render the first and second audio signals, wherein a respective audio signal is rendered to the user corresponding to the first and second target parameter value, as determined by the processing unit using the parameter from the sensing unit; wherein the processing unit is arranged to repeatedly render the first audio signal to the user until the user's heart rate reaches or exceeds the first target heart rate and then to render the second audio signal until the user's heart rate reaches or falls below the second target heart rate and then to render the first audio signal.
An information processing device (11; 61; 101) to be arranged inside an encoding device (51; 91) or to be arranged outside the encoding device (51;91) at a preceding stage to the encoding device (51; 91), comprising: a pass-through object selection unit configured to acquire data of L audio objects and select, from the L audio objects, M pass-through audio objects whose data is to be outputted as it is; and an object generation unit configured to generate, on a basis of the data of multiple non-pass-through audio objects that are not the pass-through objects among the L audio objects, the data of N new audio objects, N being smaller than (L - M), wherein the object generation unit is configured to generate, on the basis of the data of the multiple non-pass-through objects, the data of the N new objects to be arranged at positions different from one another, by rendering processing, wherein the positions of the N new audio objects are determined in advance. a pass-through object selection unit configured to acquire data of L audio objects and select, from the L audio objects, M pass-through audio objects whose data is to be outputted as it is; and an object generation unit configured to generate, on a basis of the data of multiple non-pass-through audio objects that are not the pass-through objects among the L audio objects, the data of N new audio objects, N being smaller than (L - M), wherein the object generation unit is configured to generate, on the basis of the data of the multiple non-pass-through objects, the data of the N new objects to be arranged at positions different from one another, by rendering processing, wherein the positions of the N new audio objects are determined in advance.
Power amplifier circuit comprising an input, an output comprising; - means for sensing (131, 132, 133) the input voltage; - a set of n cascode circuits, each comprising a first transistor (110-1, 110-2,... 110-n) having a gate, a source and a drain terminal and further comprising a second transistor (120-1, 120-2,... 120-n) having gate, source and drain terminal; the source and gate of the first transistor of said cascode circuits being respectively connected to a first reference voltage and to receive the input signal (RFin), the drain of said first transistor being connected to the source of said second transistor, the drain of which being coupled to said output; characterised by - a control circuit receiving the input voltage sensed by said sensing means (131, 132, 133) for generating a set of control signals which are transmitted to the gates of the second transistors of said n cascode circuits; so as to activate or deactivate some of said n cascode circuits and adapt the size of the transistors to the output power to issue to a load. - means for sensing (131, 132, 133) the input voltage; - a set of n cascode circuits, each comprising a first transistor (110-1, 110-2,... 110-n) having a gate, a source and a drain terminal and further comprising a second transistor (120-1, 120-2,... 120-n) having gate, source and drain terminal; the source and gate of the first transistor of said cascode circuits being respectively connected to a first reference voltage and to receive the input signal (RFin), the drain of said first transistor being connected to the source of said second transistor, the drain of which being coupled to said output; characterised by - a control circuit receiving the input voltage sensed by said sensing means (131, 132, 133) for generating a set of control signals which are transmitted to the gates of the second transistors of said n cascode circuits;
Green paper for producing a gas diffusion layer for a fuel cell, wherein the green paper has at least one first paper web, in which at least one watermark is made, where the watermark forms a patterning for the flow field of the gas diffusion layer produced from the green paper.
A device for protecting crop plants and/or sown seeds against unwanted plants or weed, comprising: a reusable, ribbon or rope-shaped structure to which a plurality of annular elements are attached spaced apart from one another, wherein the structure is designed to be applied to a cultivated surface so that each element marks the location of a useful plant or its sown seed, and wherein each element has a detectable means to mark the respective location (01, O2,... On) for detection by machine to manage mechanical weed control, characterized in that below each of the detectable means at least one fixing element is arranged to be inserted into a root ball of the respective plant or seed. a reusable, ribbon or rope-shaped structure to which a plurality of annular elements are attached spaced apart from one another, wherein the structure is designed to be applied to a cultivated surface so that each element marks the location of a useful plant or its sown seed, and wherein each element has a detectable means to mark the respective location (01, O2,... On) for detection by machine to manage mechanical weed control, characterized in that below each of the detectable means at least one fixing element is arranged to be inserted into a root ball of the respective plant or seed.
Method for producing a delivery unit having at least one gear pair, comprising an internal gear and an external gear which are arranged eccentrically with respect to one another, having the following method steps: a) the internal gear and the external gear are produced in a sintering process or in a metal injection-moulding process and are subsequently hardened, b) the internal gear and the external gear are joined in a play-free manner at a conical toothing, c) the common flat sides (24, 26), resulting after method step b), of the gear pair are machined until a common axial dimension H 1 has been achieved, wherein, according to method step b), in the joined state of internal gear and external gear, an overhang c is present between the internal gear and the external gear on the first common flat side and an undersize d is present between the internal gear and the external gear on the second common flat side. a) the internal gear and the external gear are produced in a sintering process or in a metal injection-moulding process and are subsequently hardened, b) the internal gear and the external gear are joined in a play-free manner at a conical toothing, c) the common flat sides (24, 26), resulting after method step b), of the gear pair are machined until a common axial dimension H 1 has been achieved,
Method for autonomously manoeuvring a vehicle, in which a driver of the vehicle is positioned outside the vehicle during the manoeuvring operation and the driver is detected during the manoeuvring operation by means of a detection device of the vehicle, the manoeuvring operation being at least interrupted if the driver is at least outside an image area of an image recorded by the detection device, characterized in that in order to identify the driver during the manoeuvring operation of the vehicle in the image from the detection device, before the manoeuvring operation is started, the driver is detected, at least in sections, on his way away from the vehicle to his target position, and it is thereby identified and determined that the driver forms the reference object for assessing when the image area is left during the manoeuvring operation.
A method for producing a disposable diagnostic test product and monitoring a product property of the test product, specifically for blood glucose test strips or tapes, comprising a) depositing on a substrate, preferably a carrier foil, a first layer of test material including a first metallic component and a second layer of test material covering the first layer and including a second metallic component, b) detecting XRF signals of the metallic components (18,22) in the composite of the first and second layer (16,20) using XRF spectrometry, c) determining a value for the quantity of each metallic component (18,22) in a measured area from the XRF signals, d) calculating the areal coating quantity of the first and second layer (16,20) using the quantity values of the metallic components (18,22) and predetermined values of the proportion of the metallic components (18,22) in the test materials. a) depositing on a substrate, preferably a carrier foil, a first layer of test material including a first metallic component and a second layer of test material covering the first layer and including a second metallic component, b) detecting XRF signals of the metallic components (18,22) in the composite of the first and second layer (16,20) using XRF spectrometry, c) determining a value for the quantity of each metallic component (18,22) in a measured area from the XRF signals, d) calculating the areal coating quantity of the first and second layer (16,20) using the quantity values of the metallic components (18,22) and predetermined values of the proportion of the metallic components (18,22) in the test materials.
Process for operating a polymer powder degasser vessel which comprises a silo comprising a main vertical cylinder and a hopper at the bottom of the cylinder, there being a polymer powder withdrawal pipe connected to the hopper by which polymer powder is withdrawn from the hopper, and which process comprises switching between a first set of conditions which are applied when the silo contains a first amount of polymer powder and a second set of conditions which are applied when the silo contains a second amount of the same polymer powder, the first and second amounts being different, and wherein at least one of the following applies: i) the second amount of polymer powder is greater than the first amount of polymer powder, and the flow rate at which polymer powder is withdrawn from the hopper and recirculated to the silo is less in the second set of conditions than in the first set of conditions, ii) the second amount of polymer powder is less than the first amount of polymer powder, and the flow rate at which polymer powder is withdrawn from the hopper and recirculated to the silo is higher in the second set of conditions than in the first set of conditions, iii) the locations by which purge gas is supplied to the silo differ in the second set of conditions compared to the first set of conditions, and further wherein a) the lower amount of polymer powder is such that the polymer powder occupies less than 45% of the volume of the silo, and b) the higher amount of polymer powder is such that the polymer powder occupies at least 50% of the volume of the silo and/or the higher amount is such that the polymer powder occupies at least 20% by volume of the silo more than the lower amount. i) the second amount of polymer powder is greater than the first amount of polymer powder, and the flow rate at which polymer powder is withdrawn from the hopper and recirculated to the silo is less in the second set of conditions than in the first set of conditions, ii) the second amount of polymer powder is less than the first amount of polymer powder, and the flow rate at which polymer powder is withdrawn from the hopper and recirculated to the silo is higher in the second set of conditions than in the first set of conditions, iii) the locations by which purge gas is supplied to the silo differ in the second set of conditions compared to the first set of conditions, a) the lower amount of polymer powder is such that the polymer powder occupies less than 45% of the volume of the silo, and b) the higher amount of polymer powder is such that the polymer powder occupies at least 50% of the volume of the silo and/or the higher amount is such that the polymer powder occupies at least 20% by volume of the silo more than the lower amount.
An electromagnetic induction position detection sensor (20, 20A, 20B, 20C) that has a wiring path pattern made of copper paste including copper powder and a binder formed on a sheet-shaped board made of resin and that has a plurality of position detection loop coils (21, 22) formed by thermally treating the wiring path pattern, wherein the wiring path pattern is configured to include the position detection loop coils (21, 22) and a connector section for connection between the position detection loop coils (21, 22) and external circuitry, on one face of the sheet-shaped board, the wiring path pattern made of the copper paste is formed to extend in a first direction, and the wiring path pattern formed to extend in the first direction is formed in a second direction orthogonal to the first direction at a given pitch, and on another face of the sheet-shaped board, the wiring path pattern made of the copper paste is formed to extend in the second direction, and the wiring path pattern formed to extend in the second direction is formed in the first direction at a given pitch, and further, a wiring path pattern is disposed on the one face and the other face in the connector section.
A method of selecting the intensity of a light source for monitoring an analyte in blood, comprising the steps of: providing the light source, the light source emitting light in a first wavelength into the tissue of the subject to obtain an analyte-pulse; providing a second light source, the second light source emitting light in a second wavelength into the tissue of the subject to obtain a blood-pulse; monitoring the similarity of the pulse shape obtained by the first wavelength to the pulse shape obtained by the second wavelength; and adjusting the intensity of the light emitted by the light source and/or the intensity of the light emitted by the second light source until the shape of the analyte-pulse and the shape of the blood-pulse are similar. providing the light source, the light source emitting light in a first wavelength into the tissue of the subject to obtain an analyte-pulse; providing a second light source, the second light source emitting light in a second wavelength into the tissue of the subject to obtain a blood-pulse; monitoring the similarity of the pulse shape obtained by the first wavelength to the pulse shape obtained by the second wavelength; and adjusting the intensity of the light emitted by the light source and/or the intensity of the light emitted by the second light source until the shape of the analyte-pulse and the shape of the blood-pulse are similar.
A mobility management system for managing streaming media service to a plurality of user devices disposed within an aircraft that is traveling along a predicted transport path through a multi-carrier communications system, the mobility management system comprising: a congestion modeler system to compute a congestion map to indicate congestion conditions for a plurality of carriers of the multi-carrier communications system along the predicted transport path, the congestion map indicating a first carrier as uncongested with respect to servicing the aircraft during a first service timeframe, and the congestion map indicating a second carrier as congested with respect to servicing the aircraft during a second service timeframe subsequent to the first service timeframe; a pre-positioning system to identify candidate media content portions for consumption by one or more of the plurality of user devices during the second service timeframe based at least in part on one or more media content items presently provided to the one or more of the plurality of user devices via the multi-carrier communications system; a terminal usage modeler system to select a set of media content portions from the candidate media content portions that satisfy a pre-position threshold; and a mobility-aware scheduler system to schedule transmission of the selected set of media content portions to the aircraft via the first carrier for storage local to the aircraft. a congestion modeler system to compute a congestion map to indicate congestion conditions for a plurality of carriers of the multi-carrier communications system along the predicted transport path, the congestion map indicating a first carrier as uncongested with respect to servicing the aircraft during a first service timeframe, and the congestion map indicating a second carrier as congested with respect to servicing the aircraft during a second service timeframe subsequent to the first service timeframe; a pre-positioning system to identify candidate media content portions for consumption by one or more of the plurality of user devices during the second service timeframe based at least in part on one or more media content items presently provided to the one or more of the plurality of user devices via the multi-carrier communications system; a terminal usage modeler system to select a set of media content portions from the candidate media content portions that satisfy a pre-position threshold; and a mobility-aware scheduler system to schedule transmission of the selected set of media content portions to the aircraft via the first carrier for storage local to the aircraft.
A method of making a two layer bandage comprising a nonwoven padding layer and an elastic layer, said method comprising (i) providing a pre-needled nonwoven padding layer formed from fibres and an elastic layer, said elastic layer under tension and said nonwoven padding layer not under tension, and (iii) fixing the nonwoven layer to the elastic layer by needling. (i) providing a pre-needled nonwoven padding layer formed from fibres and an elastic layer, said elastic layer under tension and said nonwoven padding layer not under tension, and (iii) fixing the nonwoven layer to the elastic layer by needling.
Method of preparing containers for blood-derived products which comprises at least: - a filling phase of the blood-derived product containers with a blood-derived product, - a viral inactivation phase of the blood-derived product containers, carried out by placing them in contact with steam in a chamber adapted for that purpose, - a quality control phase for detecting possible defects in the blood-derived product containers after the viral inactivation phase by a visual inspection of the containers in order to locate defects in said containers, said method being characterized by carrying out the viral inactivation phase at a sub-atmospheric pressure. - a filling phase of the blood-derived product containers with a blood-derived product, - a viral inactivation phase of the blood-derived product containers, carried out by placing them in contact with steam in a chamber adapted for that purpose, - a quality control phase for detecting possible defects in the blood-derived product containers after the viral inactivation phase by a visual inspection of the containers in order to locate defects in said containers, said method being characterized by carrying out the viral inactivation phase at a sub-atmospheric pressure.
An oven comprising an oven compartment defined by the side walls (2, 3), a rear wall, an upper wall, a lower wall and a front wall, a fan positioned on the rear wall, a circular heater disposed around the fan, a lower plate provided on the lower wall; and a plurality of jet nozzles arranged on said lower plate, characterized by a plurality of slits positioned among the jet nozzles, and a hidden tray positioned under the lower plate which collects the liquids flowing through said slits.