mhurhangee/ep-ind-claims huggingface dataset:
A system for providing for interactions with a display comprising: a computer-driven display; one or more cameras that capture images of the display and of a plurality of users (204, 206, 208) of a plurality of mobile computing devices (210, 212, 214); a vision-based user tracking module configured to track each user (204, 206, 208) using the captured images, and for each user of the plurality of users: infer a general identity for the user based on the captured images by tracking the user's hand and correlating the hand's motion with information from each of the plurality of mobile computing devices' sensors or inertial information to determine which user is in possession of one of the plurality of the mobile computing devices, wherein the general identity is used to distinguish the user from other users of the plurality of users without requiring the user to explicitly register a specific, personalized identity with a mobile computing device; and at least one computing device that is in communication with the plurality of mobile computing devices (210, 212, 214), each of which is associated with one of the plurality of users (204, 206, 208), the one or more cameras, the computer-driven display, and the vision-based tracking module, and that issues commands to reconfigure content shown on the computer-driven display when an event is received from one of the plurality of mobile computing devices and the associated user (204, 206, 208) is within a prescribed distance from the computer-driven display a computer-driven display; one or more cameras that capture images of the display and of a plurality of users (204, 206, 208) of a plurality of mobile computing devices (210, 212, 214); a vision-based user tracking module configured to track each user (204, 206, 208) using the captured images, and for each user of the plurality of users: infer a general identity for the user based on the captured images by tracking the user's hand and correlating the hand's motion with information from each of the plurality of mobile computing devices' sensors or inertial information to determine which user is in possession of one of the plurality of the mobile computing devices, wherein the general identity is used to distinguish the user from other users of the plurality of users without requiring the user to explicitly register a specific, personalized identity with a mobile computing device; and at least one computing device that is in communication with the plurality of mobile computing devices (210, 212, 214), each of which is associated with one of the plurality of users (204, 206, 208), the one or more cameras, the computer-driven display, and the vision-based tracking module, and that issues commands to reconfigure content shown on the computer-driven display when an event is received from one of the plurality of mobile computing devices and the associated user (204, 206, 208) is within a prescribed distance from the computer-driven display
A method for delivering an audio and/or video content using adaptive streaming from a cache server to a client device, the audio and/or video content being segmented into data segments available in various representations with respective audio and/or video qualities, the representations being time-aligned per segment, the segments being further divided into chunks, wherein the method comprises: - obtaining a round-trip time value applicable between the cache server and the client device; - computing a minimum bulk transfer size mTBS from the maximum average bitrate of the various representations of the audio and/or video content and from the obtained round-trip time value; - computing a minimum bulk duration mTBDi, with respect to the audio and/or video content, for the representation i of the audio and/or video content which has to be delivered to the client device; and - delivering the audio and/or video content by burst transfers in the form of L bulks of at least one chunk or aggregated successive chunks for each segment, the L bulks containing jointly audio and/or video content data corresponding to said segment, and wherein, for each segment, at least L-1 bulk or bulks are respectively formed by M chunk or chunks such that ∑ j = 1 M CH j > mTBDi and ∑ j = 1 M − 1 CH j ≤ mTBDi wherein CH j (j = 1,..,M) represents the time duration of the chunk j with respect to the audio and/or video content. - obtaining a round-trip time value applicable between the cache server and the client device; - computing a minimum bulk transfer size mTBS from the maximum average bitrate of the various representations of the audio and/or video content and from the obtained round-trip time value; - computing a minimum bulk duration mTBDi, with respect to the audio and/or video content, for the representation i of the audio and/or video content which has to be delivered to the client device; and - delivering the audio and/or video content by burst transfers in the form of L bulks of at least one chunk or aggregated successive chunks for each segment, the L bulks containing jointly audio and/or video content data corresponding to said segment,
An audiofrequency magnetostrictive actuator for coupling audiofrequency vibrations into a surface, whereby the surface radiates sound, comprising an assembly including at least two giant magnetostrictive material rods (8 and 9) spaced apart from each other on the same longitudinal axis, each rod being surrounded by a respective energising electromagnetic coil (10 and 11) connected to an audiofrequency signal source and each rod being mounted between respective biasing permanent magnets (12, 13 and 14), the assembly being mounted between biasing permanent magnets and between a mechanical pre-stressing means (1,28,30,20,26,37) and a foot (3,27,37) engageable with said surface to couple vibrations into said surface, characterised in that the pre-stressing means includes a biasing weight (1,28,30), and the end of the assembly engages a lever (23,31) connected to the foot (27,37), whereby the forces may be applied by the foot in a direction oblique to, or at right-angles to, the said longitudinal axis.
A method for detecting HPV-induced high-grade precancerous lesions and HPV-induced invasive cancers and nonHPV-induced endometrial cancer and vulvar cancer, said method comprising: - detection of hypermethylation in the GHSR and/or ZIC1 gene in a cell whereby such hypermethylation indicates the presence of HPV-induced high-grade precancerous lesions or HPV-induced invasive cancers, - detection of hypermethylation in the GHSR and ZIC1 gene in a cell whereby such hypermethylation indicates the presence of nonHPV-induced endometrial cancer, or nonHPV-induced vulvar cancer, or - detection of hypermethylation in the ZIC1 gene in a cell whereby such hypermethylation indicates the presence of nonHPV-induced endometrial cancer or vulvar cancer. - detection of hypermethylation in the GHSR and/or ZIC1 gene in a cell whereby such hypermethylation indicates the presence of HPV-induced high-grade precancerous lesions or HPV-induced invasive cancers, - detection of hypermethylation in the GHSR and ZIC1 gene in a cell whereby such hypermethylation indicates the presence of nonHPV-induced endometrial cancer, or nonHPV-induced vulvar cancer, or - detection of hypermethylation in the ZIC1 gene in a cell whereby such hypermethylation indicates the presence of nonHPV-induced endometrial cancer or vulvar cancer.
A linear liquid level sensing system comprising: a vessel containing an electrically conductive liquid with an electrical ground, a collector spanning a vertical distance corresponding to a desired-level-determining range, an insulator encasing the collector and having a liquid-contacting area which changes with the level of the liquid; a voltage-supplying source which supplies a voltage to the collector so that the collector incurs a charge corresponding to the vertical level of the liquid; a charge-sensing device configured to sense the collector-incurred charge; and a single electrical line electrically connecting both the voltage-supplying source and the charge-sensing device to the collector such that the voltage-supplying source supplies the voltage to the collector through the single electrical line and the charge-sensing device senses the charge induced on the collector through the same single electrical line; wherein the collector and encasing insulator are situated within the vessel and at least partially submerged within the liquid and wherein the vessel is a tank configured to be installed on an aircraft, the linear liquid level sensing system being characterized in that the electrically-conductive liquid is potable water. a vessel containing an electrically conductive liquid with an electrical ground, a collector spanning a vertical distance corresponding to a desired-level-determining range, an insulator encasing the collector and having a liquid-contacting area which changes with the level of the liquid; a voltage-supplying source which supplies a voltage to the collector so that the collector incurs a charge corresponding to the vertical level of the liquid; a charge-sensing device configured to sense the collector-incurred charge; and a single electrical line electrically connecting both the voltage-supplying source and the charge-sensing device to the collector such that the voltage-supplying source supplies the voltage to the collector through the single electrical line and the charge-sensing device senses the charge induced on the collector through the same single electrical line; wherein the collector and encasing insulator are situated within the vessel and at least partially submerged within the liquid and wherein the vessel is a tank configured to be installed on an aircraft, the linear liquid level sensing system being characterized in that the electrically-conductive liquid is potable water.
An antibody molecule having specificity for human TNFα, which is a Fab fragment characterized in that it comprises a light chain having the sequence given in SEQ ID NO:113 and a heavy chain having the sequence given in SEQ ID NO:111.
A method for controlling a laser apparatus configured to fragment a stone, comprising: emitting a low energy check pulse from a laser fiber, detecting a response based upon the low energy check pulse, and based, at least partially, upon the detected response, determining if a portion of a basket is in a path of the laser pulse, and to: allow delivery of a high energy laser pulse from the laser fiber, if the basket is not detected, or prevent delivery of a high energy laser pulse from the laser fiber, if the basket is detected. emitting a low energy check pulse from a laser fiber, detecting a response based upon the low energy check pulse, and based, at least partially, upon the detected response, determining if a portion of a basket is in a path of the laser pulse, and to: allow delivery of a high energy laser pulse from the laser fiber, if the basket is not detected, or prevent delivery of a high energy laser pulse from the laser fiber, if the basket is detected. allow delivery of a high energy laser pulse from the laser fiber, if the basket is not detected, or prevent delivery of a high energy laser pulse from the laser fiber, if the basket is detected.
A fiber-reinforced composite material composed of a laminated body comprising a plurality of reinforcing-fiber-containing layers and a resin layer in each interlaminar region between adjacent reinforcing-fiber-containing layers, characterized in that said resin layer is a layer wherein a cured product of a compound having in its molecule a benzoxazine ring represented by formula and epoxy resin is impregnated with at least polyamide 12 powder: wherein R 1 stands for a chain alkyl group having 1 to 12 carbon atoms, a cyclic alkyl group having 3 to 8 carbon atoms, a phenyl group, or a phenyl group substituted with a chain alkyl group having 1 to 12 carbon atoms or a halogen, and a hydrogen atom is bonded to at least one of the carbon atoms of the aromatic ring at ortho- or para-position with respect to the carbon atom to which the oxygen atom is bonded, wherein the content of component is 65 to 78 mass%, and the content of epoxy resin is 22 to 35 mass%, with the total of components and being 100 mass%, wherein a ratio in thickness of each resin layer to each reinforcing-fiber-containing layer is 1: 2 to 6.
A child carrier adapted to be worn by a wearer for carrying a child, comprising: a hip belt adapted to be secured about a waist of the wearer, and a seat part connected to the hip belt and comprising: a seating surface adapted to seat the child on, a main pocket located under the seating surface, and an inflatable insert deformable between an inflated state and a deflated state, the inflatable insert providing shape to the seat part when inserted into the main pocket and inflated, the child carrier further comprising a torso support part for supporting the torso of the child, connected to the seat part, and at least one shoulder strap for the wearer, connected to the torso support part, characterized in that the main pocket is reversible and configured to form a storage pocket when turned inside out, the storage pocket being configured to store the seat part, including the inflatable insert in its deflated state, the hip belt, the torso support part and the at least one shoulder strap. a hip belt adapted to be secured about a waist of the wearer, and a seat part connected to the hip belt and comprising: a seating surface adapted to seat the child on, a main pocket located under the seating surface, and an inflatable insert deformable between an inflated state and a deflated state, the inflatable insert providing shape to the seat part when inserted into the main pocket and inflated, the child carrier further comprising a torso support part for supporting the torso of the child, connected to the seat part, and at least one shoulder strap for the wearer, connected to the torso support part, characterized in that the main pocket is reversible and configured to form a storage pocket when turned inside out, the storage pocket being configured to store the seat part, including the inflatable insert in its deflated state, the hip belt, the torso support part and the at least one shoulder strap. a seating surface adapted to seat the child on, a main pocket located under the seating surface, and an inflatable insert deformable between an inflated state and a deflated state, the inflatable insert providing shape to the seat part when inserted into the main pocket and inflated, the child carrier further comprising a torso support part for supporting the torso of the child, connected to the seat part, and at least one shoulder strap for the wearer, connected to the torso support part, characterized in that the main pocket is reversible and configured to form a storage pocket when turned inside out, the storage pocket being configured to store the seat part, including the inflatable insert in its deflated state, the hip belt, the torso support part and the at least one shoulder strap.
An optical filter having a passband at least partially overlapping a wavelength range of 800 nm to 1100 nm and a center wavelength in the range of 800nm to 1100nm which shifts by less than 20 nm with a change in angle of incidence from 0° to 30°, comprising a filter stack including a plurality of hydrogenated silicon layers and a plurality of lower-refractive-index layers, wherein the plurality of hydrogenated silicon layers each has a refractive index of greater than 3 over the wavelength range of 800 nm to 1100 nm and an extinction coefficient of less than 0.0005 over the wavelength range of 800 nm to 1100 nm, and the plurality of lower-refractive-index layers each has a refractive index of less than 3 over the wavelength range of 800 nm to 1100 nm, stacked in alternation with the plurality of hydrogenated silicon layers; characterised in that the plurality of hydrogenated silicon layers are deposited with a hydrogen flow rate of more than 80 sccm in a pulsed direct current sputtering process; and that the lower-refractive-index layers are composed of silicon dioxide (SiO 2), aluminium oxide (Al 2 O 3), titanium dioxide (TiO 2), niobium pentoxide (Nb 2 O 5), tantalum pentoxide (Ta 2 O 5), or a mixture thereof.
A method for measuring a scattering intensity distribution, comprising: reflecting X-rays emitted from an X-ray source by an X-ray optical element so as to converge In a vicinity of a surface of a sample; causing monochromatic X-rays to pass through a plurality of optical paths (P1, P2) to the sample at glancing angles (ω) that differ depending on the respective optical paths (P1, P2), at a time with correlation that a plane along which the X-rays propagate Is Inclined at a given angle with respect to a reference plane and is inclined at a given angle with respect to a plane including a central optical path among the optical paths (P1, P2) and a normal of the reference plane; detecting scattering intensities of the monochromatic X-rays scattered by the sample using a two-dimensional detector; and coordinate-transforming the scattering intensities detected by the two-dimensional detector based on the correlation thereby to measure the scattering intensity distribution in a reciprocal space. reflecting X-rays emitted from an X-ray source by an X-ray optical element so as to converge In a vicinity of a surface of a sample; causing monochromatic X-rays to pass through a plurality of optical paths (P1, P2) to the sample at glancing angles (ω) that differ depending on the respective optical paths (P1, P2), at a time with correlation that a plane along which the X-rays propagate Is Inclined at a given angle with respect to a reference plane and is inclined at a given angle with respect to a plane including a central optical path among the optical paths (P1, P2) and a normal of the reference plane; detecting scattering intensities of the monochromatic X-rays scattered by the sample using a two-dimensional detector; and coordinate-transforming the scattering intensities detected by the two-dimensional detector based on the correlation thereby to measure the scattering intensity distribution in a reciprocal space.
A composition for use in controlling ectoparasites comprising an isoxazoline compound, the isoxazoline compound being dispersed in an amorphous state in a solid vehicle of a polymer compound, wherein the isoxazoline compound is one or more compounds selected from compounds represented by the following formulae to: wherein the ratio by weight of the isoxazoline compound to the polymer compound is 1: 0.1 to 1: 100; wherein the polymer compound is one or more polymer compounds selected from the group consisting of a vinyl pyrrolidone/vinyl acetate copolymer, polyvinyl pyrrolidone, and dimethylaminoethyl methacrylate/butyl methacrylate/methyl methacrylate copolymer, and wherein the composition is to be administered orally to a host animal. wherein the ratio by weight of the isoxazoline compound to the polymer compound is 1: 0.1 to 1: 100; wherein the polymer compound is one or more polymer compounds selected from the group consisting of a vinyl pyrrolidone/vinyl acetate copolymer, polyvinyl pyrrolidone, and dimethylaminoethyl methacrylate/butyl methacrylate/methyl methacrylate copolymer, and wherein the composition is to be administered orally to a host animal.
A permanent magnetic material, comprising: an Nd-Fe-B alloy; and an additive including at least a cobalt ferrite, characterized in that the cobalt ferrite is 0.5 wt % to 10 wt % of the Nd-Fe-B alloy. an Nd-Fe-B alloy; and an additive including at least a cobalt ferrite, characterized in that the cobalt ferrite is 0.5 wt % to 10 wt % of the Nd-Fe-B alloy.
A medical system for ultrasonic decomposition of intraluminal clots, comprising: a stylet (202, 302, 402) configured to insert into a lumen of a catheter including a fluid, the stylet (202, 302, 402) including: one or more electrical impedance sensors in a distal portion of the stylet (202, 302, 402), the one-or-more impedance sensors configured to detect changes in impedance for identifying intraluminal clots in the catheter; and one or more ultrasound transducers embedded in the distal portion of the stylet (202, 302, 402), the one-or-more ultrasousnd transducers configured for decomposing the intraluminal clots to reestablish patency in the catheter. one or more electrical impedance sensors in a distal portion of the stylet (202, 302, 402), the one-or-more impedance sensors configured to detect changes in impedance for identifying intraluminal clots in the catheter; and one or more ultrasound transducers embedded in the distal portion of the stylet (202, 302, 402), the one-or-more ultrasousnd transducers configured for decomposing the intraluminal clots to reestablish patency in the catheter.
A parts cleaner for use in a process whereby washing solvent is preferred to be always available, and wherein said washing solvent is preferred to be as clean as possible for use, the cleaner comprising, in combination, a parts washer, a drum for clean solvent and a drum for used solvent, said clean solvent drum having an outlet spout for supplying clean solvent to the washer for cleaning and an inlet for receiving clean recycled solvent, said used solvent drum having an inlet for receiving used solvent from the washer, an outlet spout for supplying used solvent to the washer for cleaning, and an outlet for supplying used solvent for recycling in a recycler, wherein recycled solvent from the recycler is delivered to the clean solvent drum, characterised by means for automatically switching the draw of solvent to the washer between said outlet spout of the clean solvent drum and said outlet spout of the used solvent drum, for drawing solvent as clean as possible for part cleaning use.