mhurhangee/ep-ind-claims huggingface dataset:
A projection display comprising a waveguide element into which image bearing light can be injected to propagate along the waveguide element by total internal reflection, the waveguide element including: a first layer of material with a first predetermined refractive index and/or first predetermined thickness; a second layer of material with a second predetermined refractive index and/or second predetermined thickness; a grating element arranged on either the first or the second layer of material and arranged to provide at least some beam splitting of image bearing light passing through the grating element and to direct at least some image bearing light propagating along the waveguide element which impinges on the grating element such that the incidence angle of the directed light on the internal surfaces of the waveguide element is greater than the critical angle so that light is output from the waveguide element; the first and second layers of material are arranged to abut one another such that the grating element is arranged between the first and the second layers of material; and wherein the first predetermined refractive index and second predetermined refractive index and/or the first predetermined and second predetermined thickness are arranged to vary the spatial periodicity of image bearing light radiated from the waveguide element for mitigating pupil banding in an image perceived by an observer of the projection display. a first layer of material with a first predetermined refractive index and/or first predetermined thickness; a second layer of material with a second predetermined refractive index and/or second predetermined thickness; a grating element arranged on either the first or the second layer of material and arranged to provide at least some beam splitting of image bearing light passing through the grating element and to direct at least some image bearing light propagating along the waveguide element which impinges on the grating element such that the incidence angle of the directed light on the internal surfaces of the waveguide element is greater than the critical angle so that light is output from the waveguide element; the first and second layers of material are arranged to abut one another such that the grating element is arranged between the first and the second layers of material; and wherein the first predetermined refractive index and second predetermined refractive index and/or the first predetermined and second predetermined thickness are arranged to vary the spatial periodicity of image bearing light radiated from the waveguide element for mitigating pupil banding in an image perceived by an observer of the projection display.
A rubber composition comprising: per 100 parts by mass of diene rubber, from 5 to 200 parts by mass of silica, from 1 to 20 mass% of a silane coupling agent relative to the mass of the silica, and from 1 to 20 mass% of a polyglycerin fatty acid ester derived from a fatty acid having from 6 to 24 carbons relative to the mass of the silica, the polyglycerin fatty acid ester being represented by Formula: where R represents a carbon chain derived from the fatty acid, and n represents from 0 to 8. per 100 parts by mass of diene rubber, from 5 to 200 parts by mass of silica, from 1 to 20 mass% of a silane coupling agent relative to the mass of the silica, and from 1 to 20 mass% of a polyglycerin fatty acid ester derived from a fatty acid having from 6 to 24 carbons relative to the mass of the silica, the polyglycerin fatty acid ester being represented by Formula: where R represents a carbon chain derived from the fatty acid, and n represents from 0 to 8.
CF paper, comprising a base paper and a coating applied thereto which contains at least one binder, at least one colour developer, at least one coating pigment and conventional auxiliaries, characterised in that the at least one binder comprises a cross-linked biopolymer material in the form of nanoparticles.
Display apparatus of a motor vehicle by means of which an operating mode of a hybrid vehicle can be displayed, specifically at least one of the operating modes of driving purely by electric motor and/or driving purely by internal combustion engine and/or combined driving by electric motor and internal combustion engine and, as a special case of combined driving by electric motor and internal combustion engine, boosting by electric motor, wherein, when the operating mode of boosting by electric motor is displayed, an available boost duration is displayed in addition to the operating mode, characterized in that the remaining available boost duration is displayed in the manner of a reverse countdown in the case of activated boosting.
Fixing arrangement for fixing a sanitaryware item, especially made of ceramics, having a main body which has a receiving channel extending along a longitudinal axis, and having an especially rod-shaped adapter element with a threaded bore for screwing onto a threaded rod, wherein the adapter element is arranged to be inserted into the receiving channel, and having a holding element, especially a screw, for interlockingly holding the adapter element in the receiving channel, the holding element being arranged in the main body especially so as to be displaceable transversely with respect to the longitudinal axis, characterised in that the fixing arrangement has a device such that the adapter element is insertable into the receiving channel only within a limited range of rotation of a minimum of 2 degrees, especially a minimum of 10 degrees, and a maximum of 180 degrees, preferably a maximum of 90 degrees, about the longitudinal axis.
An in vitro method of determining the risk of recurrence of hormone-refractory or hormone-naive prostate cancer, the method comprising determining the level of expression of an androgen receptor variant polypeptide that lacks an androgen receptor ligand binding domain having SEQ ID NO: 8 (AR-V7) or being at least 90%, 95% or 99% identical thereto or a polynucleotide encoding said polypeptide having SEQ ID NO: 1 (AR-V7) or being at least 90%, 95% or 99% identical thereto in a subject sample, wherein a greater than median AR-V7 expression relative to a control subject sample having less than median AR-V7 expression indicates that the subject has an increased risk of recurrence of hormone-refractory or hormone-naive prostate cancer.
A device for cleaning a knife plate of a meat grinder includes a body, a central locating element, a grip and at least one working surface (4, 5) provided with a matrix of projecting cleaning elements (6, 10), characterized in that apexes of the cleaning elements (6, 10) form a cleaning surface (8, 14) sloping in the direction from the central locating element to a periphery of the device for cleaning the knife plate.
A refrigerant distributor comprising: an outer pipe through which refrigerant flows and to which a plurality of heat transfer pipes are connected at a predetermined spacing from each other; an inner pipe housed in the outer pipe, through which the refrigerant flows and that has a refrigerant outflow hole through which the refrigerant flows out of the inner pipe into the outer pipe; and a structural part with which the inner pipe or the outer pipe is provided, in which the refrigerant enters an undeveloped state of two-phase gas-liquid flow, and through which the refrigerant flows into the inner pipe, wherein the refrigerant outflow hole is configured such that an angle between a lower end of the inner pipe on a vertical line passing through a center of the inner pipe and a position of presence of the refrigerant outflow hole as seen from the center of the inner pipe satisfies φ D0 < θ < φ DS, where φ D0 = (-0.0408 × AS + 74.124) × 0.62, φ DS = (-0.0408 × AS + 74.124) × 1.2, φ D0 is a liquid-surface angle of the refrigerant in a case in which it is assumed that a gas-liquid slip ratio of the refrigerant is 1 and a gas-liquid interface of the refrigerant is flat and horizontal, φ DS is a liquid surface angle of the refrigerant, and AS [mm 2] is a flow passage cross-sectional area of the inner pipe, characterized in that the inner pipe is further linearly extended than the outer pipe, the structural part is the inner pipe thus extended, and L < 10 × D, where D is an inside diameter of an extended portion of the inner pipe and L is a length of the extended portion of the inner pipe. an outer pipe through which refrigerant flows and to which a plurality of heat transfer pipes are connected at a predetermined spacing from each other; an inner pipe housed in the outer pipe, through which the refrigerant flows and that has a refrigerant outflow hole through which the refrigerant flows out of the inner pipe into the outer pipe; and a structural part with which the inner pipe or the outer pipe is provided, in which the refrigerant enters an undeveloped state of two-phase gas-liquid flow, and through which the refrigerant flows into the inner pipe, wherein the refrigerant outflow hole is configured such that an angle between a lower end of the inner pipe on a vertical line passing through a center of the inner pipe and a position of presence of the refrigerant outflow hole as seen from the center of the inner pipe satisfies φ D0 < θ < φ DS, where φ D0 = (-0.0408 × AS + 74.124) × 0.62, φ DS = (-0.0408 × AS + 74.124) × 1.2, φ D0 is a liquid-surface angle of the refrigerant in a case in which it is assumed that a gas-liquid slip ratio of the refrigerant is 1 and a gas-liquid interface of the refrigerant is flat and horizontal, φ DS is a liquid surface angle of the refrigerant, and AS [mm 2] is a flow passage cross-sectional area of the inner pipe, characterized in that the inner pipe is further linearly extended than the outer pipe, the structural part is the inner pipe thus extended, and L < 10 × D, where D is an inside diameter of an extended portion of the inner pipe and L is a length of the extended portion of the inner pipe.
A computerized method, comprising: receiving information regarding a lockout-tagout procedure for a location or device; recalling the lockout-tagout procedure in response to receiving the information; presenting feedback instructions to a user regarding the lockout-tagout procedure; reading identifying information from one or more of a plurality of lockout-tagout devices that are placed or removed as a part of the lockout-tagout procedure in accordance with the feedback instructions presented to the user; and causing the one or more of the plurality of lockout-tagout devices that are placed or removed to be associated with the location or device in a memory (512, 560, 964) when the one or more of the plurality of lockout-tagout devices are determined to comply with the lockout-tagout procedure, wherein the association is made in accordance with the lockout-tagout procedure. receiving information regarding a lockout-tagout procedure for a location or device; recalling the lockout-tagout procedure in response to receiving the information; presenting feedback instructions to a user regarding the lockout-tagout procedure; reading identifying information from one or more of a plurality of lockout-tagout devices that are placed or removed as a part of the lockout-tagout procedure in accordance with the feedback instructions presented to the user; and causing the one or more of the plurality of lockout-tagout devices that are placed or removed to be associated with the location or device in a memory (512, 560, 964)
A magnetic variable-damping vibration reduction control method of a washing machine, comprising: providing a variable-damping shock absorber arranged at a bottom of an outer drum of a washing machine, wherein, one end of the variable-damping shock absorber is connected with the outer drum, another end is connected with a housing of the washing machine, and during stages with different rotating speeds, different currents are input into the variable-damping shock absorber, and the variable-damping shock absorber generates corresponding damping forces to reduce vibration, characterized in that: in a vibration reduction process, detecting an amplitude A of vibration and an actual rotating speed N of a motor in real time, calculating a speed difference ΔN between the actual rotating speed N and a target rotating speed, determining a damping force F which is possessed by the variable-damping shock absorber based on the amplitude A and the speed difference ΔN; determining a movement speed V of the variable-damping shock absorber based on the amplitude A and the actual rotating speed N, determining and adjusting an input current based on the damping force F and a movement speed V. in a vibration reduction process, detecting an amplitude A of vibration and an actual rotating speed N of a motor in real time, calculating a speed difference ΔN between the actual rotating speed N and a target rotating speed, determining a damping force F which is possessed by the variable-damping shock absorber based on the amplitude A and the speed difference ΔN; determining a movement speed V of the variable-damping shock absorber based on the amplitude A and the actual rotating speed N, determining and adjusting an input current based on the damping force F and a movement speed V.
A blowout preventer for severing a tubular of a wellbore, the blowout preventer comprising: a housing having a bore therethrough for receiving the tubular; an actuator positionable in the housing; and a plurality of cutting tools positionable in the housing in a dome-shaped configuration and selectively movable into an actuated position with the actuator, each of the plurality of cutting tools comprising a cutting tool comprising: a base supportable by the actuator and selectively movable thereby; and a cutting head supported by the base, the cutting head comprising a tip having a piercing point at an end thereof and at least one cutting surface, the piercing point for piercing the tubular, the at least one cutting surface tapering away from the piercing point for cutting through the tubular whereby, in use, the cutting head passes through the tubular. a housing having a bore therethrough for receiving the tubular; an actuator positionable in the housing; and a plurality of cutting tools positionable in the housing in a dome-shaped configuration and selectively movable into an actuated position with the actuator, each of the plurality of cutting tools comprising a cutting tool comprising: a base supportable by the actuator and selectively movable thereby; and a cutting head supported by the base, the cutting head comprising a tip having a piercing point at an end thereof and at least one cutting surface, the piercing point for piercing the tubular, the at least one cutting surface tapering away from the piercing point for cutting through the tubular whereby, in use, the cutting head passes through the tubular.
A heat and moisture exchanger comprising: a plurality of panels, each of the panels comprising a flexible separator comprising a corrugated sheet, and corrugations of the corrugated sheet are formed to provide ridges having flattened tops; and first and second thin water-vapor-permeable membrane sheets (12A, 12B) attached to the flattened tops of the ridges on opposing faces of the separator, the separator holding the first and second water-vapor-permeable membrane sheets (12A, 12B) in a spaced-apart parallel relationship, the panel stiffened by the attachment of the membrane sheets (12A, 12B) to the separator, the separator and the first and second membrane sheets (12A, 12B) defining first channels between the ridges on the separator, the first channels extending in a first direction across each of the panels for carrying a first flow; the panels stacked in a parallel spaced-apart relationship, with elongated spacers between the adjacent ones of the panels to provide open second channels between adjacent ones of the panels, the second channels extending to carry a second flow through the heat and moisture exchanger in a second direction transverse to the first direction. a flexible separator comprising a corrugated sheet, and corrugations of the corrugated sheet are formed to provide ridges having flattened tops; and first and second thin water-vapor-permeable membrane sheets (12A, 12B) attached to the flattened tops of the ridges on opposing faces of the separator, the separator holding the first and second water-vapor-permeable membrane sheets (12A, 12B) in a spaced-apart parallel relationship, the panel stiffened by the attachment of the membrane sheets (12A, 12B) to the separator, the separator and the first and second membrane sheets (12A, 12B) defining first channels between the ridges on the separator, the first channels extending in a first direction across each of the panels for carrying a first flow; the panels stacked in a parallel spaced-apart relationship, with elongated spacers between the adjacent ones of the panels to provide open second channels between adjacent ones of the panels, the second channels extending to carry a second flow through the heat and moisture exchanger in a second direction transverse to the first direction.
A peptide comprising or consisting of at least 8 consecutive amino acid residues of the sequence set forth in SEQ ID NO: 3, the upper limit for the length of said peptide being 100 amino acid residues wherein (i) said at least 8 consecutive amino acid residues are a subsequence of an extracellular domain of KIR4.1, said extracellular domain consisting of the sequence set forth in SEQ ID NO: 1 or 2; or (ii) said peptide comprises or consists of the sequence of SEQ ID NO: 1 or 2. (i) said at least 8 consecutive amino acid residues are a subsequence of an extracellular domain of KIR4.1, said extracellular domain consisting of the sequence set forth in SEQ ID NO: 1 or 2; or (ii) said peptide comprises or consists of the sequence of SEQ ID NO: 1 or 2.
A method of visually indicating compliance with lighting requirements for one or more sections of a roadway surface, wherein the one or more sections includes one or more lights, the method comprising: collecting light measurement data and corresponding GPS determined locations associated with each collected light measurement; creating a display depicting one or more sections of the roadway; determining for a given section of the roadway its classification; obtaining the regulatory lighting lux standard for such a classification; determining each sections' level of compliance with regulatory lighting requirements; and visually depicting on the display the level of compliance for one or more sections of the roadway. collecting light measurement data and corresponding GPS determined locations associated with each collected light measurement; creating a display depicting one or more sections of the roadway; determining for a given section of the roadway its classification; obtaining the regulatory lighting lux standard for such a classification; determining each sections' level of compliance with regulatory lighting requirements; and visually depicting on the display the level of compliance for one or more sections of the roadway.
An automatic focusing control method for use with a terminal equipped with a camera, comprising: obtaining (S101, S201) a movement speed of an object in a picture to be photographed by the camera; determining (S102, S202) whether the movement speed is within a preset speed range;and focusing (S103, S205) on the object if the movement speed is within the preset speed range; characterized by recording respective movement speeds of the object in a plurality of moments; the preset speed range being calculated (S302, S303) according to said respective movement speeds of the object obtained in the plurality of moments, such that the preset speed range is amended continuously according to the movement speed of the object. obtaining (S101, S201) a movement speed of an object in a picture to be photographed by the camera; determining (S102, S202) whether the movement speed is within a preset speed range;and focusing (S103, S205) on the object if the movement speed is within the preset speed range;
A biometric information acquisition device having a sensor detecting a vibration including a heartbeat of a person and acquire biometric information on the person, the biometric information acquisition device comprising: a plurality of candidate extraction units (38a to 38t) extracting respective sets of pulse position candidates from a target signal that is a signal relating to a vibration signal from the sensor, based on a predetermined specific form; a distribution calculation unit calculating a frequency distribution relating to a pulse interval on each of the sets of pulse position candidates extracted by the candidate extraction units (38a to 38t); a distribution ratio calculation unit calculating a distribution ratio of a modal class to a total frequency on each frequency distribution calculated by the distribution calculation unit; and a selection unit selecting a set of pulse position candidates extracted by one of the candidate extraction units (38a to 38t) using the relative frequencies calculated by the distribution ratio calculation unit as an indicator for evaluating accuracy of the set of pulse position candidates. a plurality of candidate extraction units (38a to 38t) extracting respective sets of pulse position candidates from a target signal that is a signal relating to a vibration signal from the sensor, based on a predetermined specific form; a distribution calculation unit calculating a frequency distribution relating to a pulse interval on each of the sets of pulse position candidates extracted by the candidate extraction units (38a to 38t); a distribution ratio calculation unit calculating a distribution ratio of a modal class to a total frequency on each frequency distribution calculated by the distribution calculation unit; and a selection unit selecting a set of pulse position candidates extracted by one of the candidate extraction units (38a to 38t) using the relative frequencies calculated by the distribution ratio calculation unit as an indicator for evaluating accuracy of the set of pulse position candidates.
A production method of solid preparation, which includes the following steps: dissolving water-insoluble and/or water indissolvable alkaline active pharmaceutical ingredient in a acidifier-containing acid solution to obtain medicated acid liquid; homogeneously mixing alkalizer, adjuvants and the said medicated acid liquid, and carrying out wet granulation; wherein the said alkalizer is the reagent to reduce the acidity of the mixture of the alkalizer and the medicated acid liquid relative to the acidity of the medicated acid liquid.