mhurhangee/patent-ind-claim-en huggingface dataset:
Polypropylene composition comprising: - 40-90 % by total weight of the composition of a polymer blend comprising polypropylene having a melt flow index as measured according to ISO 1133 at 230 °C and 2.16 kg of 2.0-100 g/10 min; - 5-25 % by total weight of the composition of one or more ethylene/a-olefin copolymers with a density of 0.85-0.91 g/cm 3 and a melt flow index of 0.2-80 g/10 min (190°C, 2.16 kg); - 0.5-25 % by total weight of the composition of mineral filler selected from the group consisting of phyllosilicates, mica or wollastonite; and - 0.2-4 % by total weight of the composition of glass fibres having an average fibre diameter in the range of 5-30 μm. - 40-90 % by total weight of the composition of a polymer blend comprising polypropylene having a melt flow index as measured according to ISO 1133 at 230 °C and 2.16 kg of 2.0-100 g/10 min; - 5-25 % by total weight of the composition of one or more ethylene/a-olefin copolymers with a density of 0.85-0.91 g/cm 3 and a melt flow index of 0.2-80 g/10 min (190°C, 2.16 kg); - 0.5-25 % by total weight of the composition of mineral filler selected from the group consisting of phyllosilicates, mica or wollastonite; and - 0.2-4 % by total weight of the composition of glass fibres having an average fibre diameter in the range of 5-30 μm.
A pharmaceutical composition for cancer therapy prepared by a method comprising the steps of: manufacturing immortalized stem cells of dens deciduous dental pulp stem cells derived from mammal dental pulp by transfection; and preparing a conditioned medium by culturing said immortalized stem cells in a serum free medium for a predetermined period under the condition of hypoxic concentration of 0.5% or more but 10% or less of oxygen concentration between the temperature of 23 to 27 °C. manufacturing immortalized stem cells of dens deciduous dental pulp stem cells derived from mammal dental pulp by transfection; and preparing a conditioned medium by culturing said immortalized stem cells in a serum free medium for a predetermined period under the condition of hypoxic concentration of 0.5% or more but 10% or less of oxygen concentration between the temperature of 23 to 27 °C.
A method for calibrating a characteristic sensor comprising: receiving a plurality of data values from the characteristic sensor; obtaining a calibration reference value from another characteristic measuring device for the characteristic sensor; comparing a parameter relating to at least one of the plurality of data values to a threshold value; characterised by temporally correlating the calibration reference value with one of the plurality of data values using a first time delay if the parameter does not exceed the threshold value or with another one of the plurality of data values using a second time delay if the parameter is equal to or exceeds the threshold value; calculating a calibration factor based on the calibration reference value and the data value temporally correlated with the calibration reference value; and interpreting the plurality of data values using the calculated calibration factor. receiving a plurality of data values from the characteristic sensor; obtaining a calibration reference value from another characteristic measuring device for the characteristic sensor; comparing a parameter relating to at least one of the plurality of data values to a threshold value; characterised by temporally correlating the calibration reference value with one of the plurality of data values using a first time delay if the parameter does not exceed the threshold value or with another one of the plurality of data values using a second time delay if the parameter is equal to or exceeds the threshold value; calculating a calibration factor based on the calibration reference value and the data value temporally correlated with the calibration reference value; and interpreting the plurality of data values using the calculated calibration factor.
A system for determining the quality of a tube , the system comprising: an optically transparent substrate having a first side and an opposing second side; a camera disposed upon the first side of the optically transparent substrate , wherein the camera is operative to capture an image of a cross-sectional area of the tube disposed against the second side of the optically transparent substrate ; a source of illumination disposed on the first side of the optically transparent substrate , wherein the source of illumination is operative to illuminate the tube disposed against the second side of the optically transparent substrate ; a microprocessor operative to calculate dimensions and geometry of the tube from the image and determine acceptance or rejection of the tube based upon a determined parameter; a database to store data and calculations received from the microprocessor or camera ; and a monitor that receives the image to display the camera data; wherein the microprocessor is operative to calculate and combine the calculated results from multiple tube cross-sections into an overall calculation for that tube for boiler code compliance for linear tubes or for bent tubes. an optically transparent substrate having a first side and an opposing second side; a camera disposed upon the first side of the optically transparent substrate , wherein the camera is operative to capture an image of a cross-sectional area of the tube disposed against the second side of the optically transparent substrate ; a source of illumination disposed on the first side of the optically transparent substrate , wherein the source of illumination is operative to illuminate the tube disposed against the second side of the optically transparent substrate ; a microprocessor operative to calculate dimensions and geometry of the tube from the image and determine acceptance or rejection of the tube based upon a determined parameter; a database to store data and calculations received from the microprocessor or camera ; and a monitor that receives the image to display the camera data; wherein the microprocessor is operative to calculate and combine the calculated results from multiple tube cross-sections into an overall calculation for that tube for boiler code compliance for linear tubes or for bent tubes.
A blender base comprising: a housing comprising an air inlet aperture ; a motor disposed within the housing; a diffuser disposed in the housing and comprising a diffuser aperture operatively in fluid communication with the air inlet aperture; and a fan operatively forcing air to travel through the air inlet aperture , about the diffuser , and through the diffuser aperture ; wherein the aperture of the diffuser is not within a line of sight of the air inlet aperture , characterized in that a fan chamber is disposed in the housing, wherein the fan is disposed within the fan chamber, and wherein the housing further comprises an exhaust aperture , wherein said exhaust aperture is not within a line of sight of the fan . a housing comprising an air inlet aperture ; a motor disposed within the housing; a diffuser disposed in the housing and comprising a diffuser aperture operatively in fluid communication with the air inlet aperture; and a fan operatively forcing air to travel through the air inlet aperture , about the diffuser , and through the diffuser aperture ; wherein the aperture of the diffuser is not within a line of sight of the air inlet aperture , characterized in that a fan chamber is disposed in the housing, wherein the fan is disposed within the fan chamber, and wherein the housing further comprises an exhaust aperture , wherein said exhaust aperture is not within a line of sight of the fan .
A seat slide device comprising: a first rail (3 or 4) adapted to be fixed to one of a vehicle floor and a vehicle seat , the first rail (3 or 4) including a wall portion having a pair of insertion holes arranged in a widthwise direction of the first rail (3 or 4); a second rail (3 or 4) adapted to be fixed to the other one of the vehicle floor and the vehicle seat , wherein the second rail (3 or 4) is assembled to the first rail (3 or 4) so as to be movable relative to the first rail (3 or 4), and cooperates with the first rail (3 or 4) to form an inner space (S); a first stopper having an attachment portion and a pair of movement limiting portions , the attachment portion contacting an outer surface of the wall portion of the first rail (3 or 4) to be attached to the wall portion , the movement limiting portions being formed integrally with the attachment portion and extending from side edges of the attachment portion through the insertion holes to be located in the inner space (S); and a second stopper provided on the second rail (3 or 4), the seat slide device being characterized in that the movement limiting portions are arranged to be contactable with the second stopper in a direction of relative movement between the first rail (3 or 4) and the second rail (3 or 4), wherein, by being engaged with the second stopper , the movement limiting portions limit a relative movement range of the first and second rails . a first rail (3 or 4) adapted to be fixed to one of a vehicle floor and a vehicle seat , the first rail (3 or 4) including a wall portion having a pair of insertion holes arranged in a widthwise direction of the first rail (3 or 4); a second rail (3 or 4) adapted to be fixed to the other one of the vehicle floor and the vehicle seat , wherein the second rail (3 or 4) is assembled to the first rail (3 or 4) so as to be movable relative to the first rail (3 or 4), and cooperates with the first rail (3 or 4) to form an inner space (S); a first stopper having an attachment portion and a pair of movement limiting portions , the attachment portion contacting an outer surface of the wall portion of the first rail (3 or 4) to be attached to the wall portion , the movement limiting portions being formed integrally with the attachment portion and extending from side edges of the attachment portion through the insertion holes to be located in the inner space (S); and a second stopper provided on the second rail (3 or 4), the seat slide device being characterized in that the movement limiting portions are arranged to be contactable with the second stopper in a direction of relative movement between the first rail (3 or 4) and the second rail (3 or 4), wherein, by being engaged with the second stopper , the movement limiting portions limit a relative movement range of the first and second rails .
A mobile device comprising a processor and a computer readable medium having stored thereon instructions executable by the processor to cause the mobile device to perform: receiving, by the mobile device, data indicating a first household identifier ,HHID, wherein a first media playback system comprises a plurality of playback devices to which the mobile device is registered; after receiving the data indicating the first HHID corresponding to the first media playback system to which the mobile device is registered, automatically connecting the mobile device to the first media playback system having the first HHID; after connecting the mobile device to the first media playback system, controlling, via a software application, the first media playback system using the mobile device; after controlling, by the mobile device, the first media playback system, receiving data indicating a second HHID, wherein the second HHID corresponds to a second media playback system to which the mobile device is registered; after receiving the data indicating the second HHID corresponding to the second media playback system to which the mobile device is registered, automatically connecting the mobile device to the second media playback system, such that the mobile device may control either the first or the second media systems. receiving, by the mobile device, data indicating a first household identifier ,HHID, wherein a first media playback system comprises a plurality of playback devices to which the mobile device is registered; after receiving the data indicating the first HHID corresponding to the first media playback system to which the mobile device is registered, automatically connecting the mobile device to the first media playback system having the first HHID; after connecting the mobile device to the first media playback system, controlling, via a software application, the first media playback system using the mobile device; after controlling, by the mobile device, the first media playback system, receiving data indicating a second HHID, wherein the second HHID corresponds to a second media playback system to which the mobile device is registered; after receiving the data indicating the second HHID corresponding to the second media playback system to which the mobile device is registered, automatically connecting the mobile device to the second media playback system, such that the mobile device may control either the first or the second media systems.
Apparatus for processing at least one sample, comprising a processing chamber , a first input for inputting at least a first vessel into the processing chamber , a second input for inputting at least a second vessel into the processing chamber , wherein the second input is different from the first input , a rotor comprising at least a first compartment for receiving the first vessel from the first input and a second compartment for receiving the second vessel from the second input , a gripping device adapted to at least grip the first vessel and to transport the first vessel from the first input to the first compartment of the rotor , and a pipetting device adapted to at least pipette a sample from the first vessel and/or the second vessel , wherein the rotor is rotatable at least between a first processing position, at which the first vessel is transportable to the first compartment of the rotor by the gripping device , a second processing position, at which the second vessel is loadable into the second compartment of the rotor from the second input , and a third processing position, at which the sample of the first vessel and/or the second vessel is aspiratable by the pipetting device .
Surveying device , in particular a surface surveying device , for surveying inclinations and/or unevennesses of a preferably horizontally aligned surface of a headlight setting area , comprising at least one line laser which preferably self-aligns horizontally, at least one projection element on which a laser beam of the line laser is at least partially imageable as a laser line , and at least one camera which is configured to record a relative position of the laser line on the projection element , wherein the projection element and the camera are comprised in a mobile unit which is moveable and / or displaceable along a distance to be surveyed of a headlight setting area .
A sound field device configured to determine filter elements for driving an array of loudspeakers to generate an elevated sound impression at a bright zone , the sound field device comprising: - an elevation cue estimator configured to estimate an elevation cue of a head-related transfer function, HRTF, of at least one listener, - a low-frequency filter estimator configured to estimate one or more low-frequency filter elements based on the elevation cue, and - a high-frequency filter estimator configured to estimate one or more high-frequency filter elements based on the elevation cue, wherein an estimation method of the low-frequency filter estimator is different from an estimation method of the high-frequency filter estimator , characterized in that the low-frequency filter estimator comprises an optimizer configured to determine the one or more low-frequency filter elements by optimizing an error measure between a desired sound field at one or more control points of the bright zone , weighted by the elevation cue, and an estimate of a transfer function that represents a channel from the array of loudspeakers to the one or more control points of the bright zone. - an elevation cue estimator configured to estimate an elevation cue of a head-related transfer function, HRTF, of at least one listener, - a low-frequency filter estimator configured to estimate one or more low-frequency filter elements based on the elevation cue, and - a high-frequency filter estimator configured to estimate one or more high-frequency filter elements based on the elevation cue,
Brake system for an elevator system, comprising a first brake circuit , a second brake circuit and a control unit , the first and second brake circuits each comprising a brake , and each brake comprising an actuator and a main spring unit , the actuator being preloaded by the main spring unit in the closing direction of the brake , with the force required for the application of the braking force, and the actuator being activated by a control signal of the control unit , compensating the force of the main spring unit , and thereby releasing the brake , the control unit generating a first control signal for the first brake circuit and a second control signal for the second brake circuit , the control unit activating neither of the two control signals, only the first of the two control signals, only the second of the two control signals, or both control signals, characterized in that , upon activation, the control unit selects only one of the two control signals between the activation of the first control signal and the activation of the second control signal, such that the ratio of the number of activations of the first brake circuit and the number of activations of the second brake circuit aims at a fixed ratio . a first brake circuit , a second brake circuit and a control unit , the first and second brake circuits each comprising a brake , and each brake comprising an actuator and a main spring unit , the actuator being preloaded by the main spring unit in the closing direction of the brake , with the force required for the application of the braking force, and the actuator being activated by a control signal of the control unit , compensating the force of the main spring unit , and thereby releasing the brake , the control unit generating a first control signal for the first brake circuit and a second control signal for the second brake circuit , the control unit activating neither of the two control signals, only the first of the two control signals, only the second of the two control signals, or both control signals, characterized in that , upon activation, the control unit selects only one of the two control signals between the activation of the first control signal and the activation of the second control signal, such that the ratio of the number of activations of the first brake circuit and the number of activations of the second brake circuit aims at a fixed ratio .
A method of determining a viral recombination rate or frequency, the method comprising: (a) having a sample comprising viral genomic nucleic acids, wherein the viral genomic nucleic acids comprise a plurality of recombined nucleic acids, wherein each of the plurality of recombined nucleic acids comprises, on a same strand: a first viral sequence derived from a first viral genome and a second viral sequence derived from a second viral genome that is different from the first viral genome; (b) partitioning the sample into a plurality of discrete compartments; (c) performing an amplification reaction to generate signals within the plurality of discrete compartments; (d) enumerating the plurality of discrete compartments that comprise signals for both the first and second viral sequences in order to obtain a numerical value that can be used to calculate a proportion of the viral genomic nucleic acids in the sample that are recombined nucleic acids; and (e) determining a viral recombination rate or frequency for the first and second viral sequences based on the numerical value. (a) having a sample comprising viral genomic nucleic acids, wherein the viral genomic nucleic acids comprise a plurality of recombined nucleic acids, wherein each of the plurality of recombined nucleic acids comprises, on a same strand: a first viral sequence derived from a first viral genome and a second viral sequence derived from a second viral genome that is different from the first viral genome; (b) partitioning the sample into a plurality of discrete compartments; (c) performing an amplification reaction to generate signals within the plurality of discrete compartments; (d) enumerating the plurality of discrete compartments that comprise signals for both the first and second viral sequences in order to obtain a numerical value that can be used to calculate a proportion of the viral genomic nucleic acids in the sample that are recombined nucleic acids; and (e) determining a viral recombination rate or frequency for the first and second viral sequences based on the numerical value.
A friction stir spot welding device which is configured to perform spot welding of a plurality of plate materials which are lapped to each other, the friction stir spot welding device comprising: a displacement driving unit which is configured to displace lapped portions (Wa) of the plurality of plate materials (W1, W2) and a tool relatively to each other; a rotation driving unit which is configured to rotate the tool ; and a controller which is configured to receive a temperature of the tool and to control the displacement driving unit and the rotation driving unit so that the tool is plunged into the lapped portions (Wa) while rotating the tool , to perform friction stir spot welding, characterized in that , the controller is configured to execute a temperature holding control during the friction stir spot welding, in which temperature holding control the controller controls the rotation driving unit so that a rotational speed of the tool is set to a value which is equal to or lower than a predetermined rotational speed at which a temperature of the tool is regarded as being equal to a welding temperature of the lapped portions (Wa), and in which the controller controls the displacement driving unit to repeatedly increase and reduce a welding pressure or plunge depth of the tool in a predetermined change pattern, so that the temperature of the tool is held in a predetermined set range (ST). a displacement driving unit which is configured to displace lapped portions (Wa) of the plurality of plate materials (W1, W2) and a tool relatively to each other; a rotation driving unit which is configured to rotate the tool ; and a controller which is configured to receive a temperature of the tool and to control the displacement driving unit and the rotation driving unit so that the tool is plunged into the lapped portions (Wa) while rotating the tool , to perform friction stir spot welding, characterized in that , the controller is configured to execute a temperature holding control during the friction stir spot welding, in which temperature holding control the controller controls the rotation driving unit so that a rotational speed of the tool is set to a value which is equal to or lower than a predetermined rotational speed at which a temperature of the tool is regarded as being equal to a welding temperature of the lapped portions (Wa), and in which the controller controls the displacement driving unit to repeatedly increase and reduce a welding pressure or plunge depth of the tool in a predetermined change pattern, so that the temperature of the tool is held in a predetermined set range (ST).