mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for collecting a breath sample from a human subject and capturing volatile substances contained therein, the apparatus comprising at least a mask portion which, in use, is positioned over the subject's mouth and nostrils so as to collect breath exhaled from the subject; the apparatus further comprising: movement detection means (32, 110) for detecting movement of the mask portion, indicating at least an angular displacement of the subject's head; and an alarm signal generator, which alarm signal generator generates an alarm signal based on information output from the movement detection means if the subject's head is outside a predetermined range of acceptable orientations during collection of a breath sample, but only after the subject's head has been outside the predetermined range of acceptable orientations for a defined period of time.
An ink system of an ink jet printer comprising: a fluid tank comprising: a generally conically shaped side wall, the side wall sloping inwardly from a top portion to a bottom portion; and a bottom surface disposed adjacent the bottom portion of the side wall; an ink composition comprising a pigment disposed in the fluid tank; a first fluid conduit disposed in the fluid tank and comprising an opening adjacent to and above the bottom surface of the fluid tank; a second fluid conduit disposed in the fluid tank and comprising an opening at a location above the opening of the first fluid conduit; a pump in fluid communication with the first fluid conduit and the second fluid conduit, the pump operable to convey the ink composition in either direction through the first fluid conduit and the second fluid conduit; an ink supply line in fluid communication with the pump; a print head in fluid communication with the ink supply line; and a return line in fluid communication between the print head and the fluid tank. a fluid tank comprising: a generally conically shaped side wall, the side wall sloping inwardly from a top portion to a bottom portion; and a bottom surface disposed adjacent the bottom portion of the side wall; a generally conically shaped side wall, the side wall sloping inwardly from a top portion to a bottom portion; and a bottom surface disposed adjacent the bottom portion of the side wall; an ink composition comprising a pigment disposed in the fluid tank; a first fluid conduit disposed in the fluid tank and comprising an opening adjacent to and above the bottom surface of the fluid tank; a second fluid conduit disposed in the fluid tank and comprising an opening at a location above the opening of the first fluid conduit; a pump in fluid communication with the first fluid conduit and the second fluid conduit, the pump operable to convey the ink composition in either direction through the first fluid conduit and the second fluid conduit; an ink supply line in fluid communication with the pump; a print head in fluid communication with the ink supply line; and a return line in fluid communication between the print head and the fluid tank.
A bone treatment system comprising: a shaft that has a lumen which enables a bone filling material to be placed on a bone treatment site to flow therethrough; a placement device that is disposed on a distal side of the shaft and includes a balloon to be filled with the bone filling material via the lumen; and a deployment operation device that can be inserted into the lumen and is intended to break the balloon to expose the bone filling material filled inside the balloon, characterized by a fixing tube that surrounds the proximal end portion of the balloon and includes a gas discharge portion to discharge air present in the shaft or in the balloon a shaft that has a lumen which enables a bone filling material to be placed on a bone treatment site to flow therethrough; a placement device that is disposed on a distal side of the shaft and includes a balloon to be filled with the bone filling material via the lumen; and a deployment operation device that can be inserted into the lumen and is intended to break the balloon to expose the bone filling material filled inside the balloon, characterized by a fixing tube that surrounds the proximal end portion of the balloon and includes a gas discharge portion to discharge air present in the shaft or in the balloon
Fuel rail, having a pressure accumulator pipe for receiving fuel under pressure, wherein the pressure accumulator pipe comprises a forged tubular body on which nozzle-shaped injector mounts (4, 5) and supports are integrally formed from a uniform material and the pressure accumulator pipe can be secured via the supports to the cylinder head of an internal combustion engine by means of fastening screws, characterised in that each support has a leg section extending from the tubular body and has at its end on the cylinder head side a flange section with a passageway for passage of a fastening screw and that the supports are formed in alignment with the injector mounts (4, 5) on the tubular body, in such a way that the injector mounts (4, 5) and the supports of the pressure accumulator pipe are arranged so as to extend in the same direction transversely from the tubular body and along a straight line in the middle longitudinal plane.
A method of wireless communication, comprising: transmitting, by a first wireless communication device, a first signal according to a first numerology defining a first slot including a first number of symbols based on a first tone spacing, wherein the first signal indicates a second numerology defining a second slot including a second number of symbols based on a second tone spacing; and transmitting, by the first wireless communication device, a second signal according to the second numerology during a mini-slot in the second slot including a third number of symbols less than the second number of symbols in the second slot. transmitting, by a first wireless communication device, a first signal according to a first numerology defining a first slot including a first number of symbols based on a first tone spacing, wherein the first signal indicates a second numerology defining a second slot including a second number of symbols based on a second tone spacing; and transmitting, by the first wireless communication device, a second signal according to the second numerology during a mini-slot in the second slot including a third number of symbols less than the second number of symbols in the second slot.
A casting for a support housing, comprising: a fuel manifold comprising an a-stage fuel gas gallery and a b-stage fuel gas gallery; a-stage and b-stage rocket bases integrally cast with the fuel manifold, the a-stage gas gallery in fluid communication with the a-stage rocket bases and not in fluid communication with the b-stage rocket bases, and the b-stage gas gallery in fluid communication with the b-stage rocket bases and not in fluid communication with the a-stage rocket bases; and an oil tube passageway for each rocket base, each oil tube passageway spanning from an upstream end of the fuel manifold to an interior of a respective rocket base, wherein each oil tube passageway is disposed radially inward of an inner perimeter of the b-stage gas gallery. a fuel manifold comprising an a-stage fuel gas gallery and a b-stage fuel gas gallery; a-stage and b-stage rocket bases integrally cast with the fuel manifold, the a-stage gas gallery in fluid communication with the a-stage rocket bases and not in fluid communication with the b-stage rocket bases, and the b-stage gas gallery in fluid communication with the b-stage rocket bases and not in fluid communication with the a-stage rocket bases; and an oil tube passageway for each rocket base, each oil tube passageway spanning from an upstream end of the fuel manifold to an interior of a respective rocket base, wherein each oil tube passageway is disposed radially inward of an inner perimeter of the b-stage gas gallery.
A lighting device (110, 120, 130) comprising: a first light emitting part (81, 81A) comprising a first optical part and a light source part; wherein the first optical part includes a first reflecting part and a second reflecting part, a first direction extending from the first reflecting part to the second reflecting part crosses a second direction extending from the first light source part to the second reflecting part, a direction extending from the first light source part to the first reflecting part extends along a first plane which includes the first direction and the second direction, and crosses the second direction, a distance between the first reflecting part and the first light source part is larger than a distance between the second reflecting part and the first light source part, and a light distribution angle of a first-reflecting-part light, that is a portion of a first outgoing light from the first light source part reflected by the first reflecting part, in the first plane is larger than a light distribution angle of a second-reflecting-part light, that is a portion of the first outgoing light reflected by the second reflecting part, in the first plane, characterized in that the light distribution angle of the first-reflecting-part light in a third direction perpendicular to the first plane is larger than a light distribution angle of the second-reflecting-part light in the third direction. a first light emitting part (81, 81A) comprising a first optical part and a light source part; wherein the first optical part includes a first reflecting part and a second reflecting part, a first direction extending from the first reflecting part to the second reflecting part crosses a second direction extending from the first light source part to the second reflecting part, a direction extending from the first light source part to the first reflecting part extends along a first plane which includes the first direction and the second direction, and crosses the second direction, a distance between the first reflecting part and the first light source part is larger than a distance between the second reflecting part and the first light source part, and a light distribution angle of a first-reflecting-part light, that is a portion of a first outgoing light from the first light source part reflected by the first reflecting part, in the first plane is larger than a light distribution angle of a second-reflecting-part light, that is a portion of the first outgoing light reflected by the second reflecting part, in the first plane, characterized in that the light distribution angle of the first-reflecting-part light in a third direction perpendicular to the first plane is larger than a light distribution angle of the second-reflecting-part light in the third direction.
A vehicle for transporting living animals comprising: at least a first loading space; the first loading space is defined by a ceiling, a floor, a front wall, a rear wall, a first sidewall and a second sidewall; at least the first sidewall being movable such that the living animals may be loaded and unloaded along a substantial portion of the length of the first loading space; and, an air flow generator for generating an air flow of fresh air to be supplied to the first loading space; characterized in that, the first sidewall comprises an air supply duct configured to be coupled to and to receive fresh air from the air flow generator; the air supply duct extending a substantial portion of the length of the first loading space, the air supply duct comprises a plurality of openings for distributing the fresh air over the length of the first loading space and at least a part of the air supply duct is part of a movable section of the first sidewall. at least a first loading space; the first loading space is defined by a ceiling, a floor, a front wall, a rear wall, a first sidewall and a second sidewall; at least the first sidewall being movable such that the living animals may be loaded and unloaded along a substantial portion of the length of the first loading space; and, an air flow generator for generating an air flow of fresh air to be supplied to the first loading space; characterized in that, the first sidewall comprises an air supply duct configured to be coupled to and to receive fresh air from the air flow generator; the air supply duct extending a substantial portion of the length of the first loading space, the air supply duct comprises a plurality of openings for distributing the fresh air over the length of the first loading space and at least a part of the air supply duct is part of a movable section of the first sidewall.
An article of headwear, comprising: a material configured for surrounding at least a portion of an individual's head; an audio delivery device movably positioned within the material; and a microprocessor positioned within the material, the microprocessor being coupled to the audio delivery device, a covering being provided that is positioned partially around the microprocessor, the microprocessor and the covering flexing together at a joint, the flexing of the covering molding the component around the natural curvature of the individual's head. a material configured for surrounding at least a portion of an individual's head; an audio delivery device movably positioned within the material; and a microprocessor positioned within the material, the microprocessor being coupled to the audio delivery device, a covering being provided that is positioned partially around the microprocessor, the microprocessor and the covering flexing together at a joint, the flexing of the covering molding the component around the natural curvature of the individual's head.
An electro-optical system for exchanging quantum information comprising: a superconducting microwave cavity; an electro-optic material positioned inside of the superconductive microwave cavity; a superconducting qubit circuit formed on the electro-optic material having two electrodes (108a,108b) that are attached to a Josephson junction that is configured to form a superconducting charge qubit; a dipole antenna, formed on the electro-optical material by the two electrodes attached to the Josephson junction, for directly coupling the superconducting charge qubit to the superconducting microwave cavity; an optical photon input for receiving input optical photons; a microwave photon input for receiving input microwave photons; and an optical photon output for outputting optical photons that are modulated by a state of the superconducting charge qubit, wherein the electro-optical material is in a shape of a circular disk and is configured to accommodate whispering gallery modes at multiple frequencies, and wherein the superconductive qubit circuit is configured to store electric field energy as electromagnetic standing waves that induce birefringence in the electro-optic material such that the standing waves modulate the frequency of optical photons stored in the optical cavity depending on the state of the superconducting charge qubit. a superconducting microwave cavity; an electro-optic material positioned inside of the superconductive microwave cavity; a superconducting qubit circuit formed on the electro-optic material having two electrodes (108a,108b) that are attached to a Josephson junction that is configured to form a superconducting charge qubit; a dipole antenna, formed on the electro-optical material by the two electrodes attached to the Josephson junction, for directly coupling the superconducting charge qubit to the superconducting microwave cavity; an optical photon input for receiving input optical photons; a microwave photon input for receiving input microwave photons; and an optical photon output for outputting optical photons that are modulated by a state of the superconducting charge qubit, wherein the electro-optical material is in a shape of a circular disk and is configured to accommodate whispering gallery modes at multiple frequencies, and wherein the superconductive qubit circuit is configured to store electric field energy as electromagnetic standing waves that induce birefringence in the electro-optic material such that the standing waves modulate the frequency of optical photons stored in the optical cavity depending on the state of the superconducting charge qubit.
An in vitro method of determining homologous recombination deficiency status in a subject having ovarian cancer, wherein the method comprises (a) determining copy number variation of a genomic locus in a DNA test sample of cancer cells from the subject, wherein the genomic locus is selected from a pool of genomic loci comprising or consisting of the loci set forth in Table 1 and/or Table 2; wherein similarity between the CNVs of the pool of genomic loci in the DNA test sample and the CNVs of the pool of genomic loci of a reference sample of BRCA-like mutated cancer cells identifies the subject as HR deficient; and/or similarity between the CNVs in the pool of genomic loci in the DNA of the test sample and the CNVs in the pool of genomic loci of the control sample of BRCA non-mutated cancer cells identifies the subject as not being HR deficient, wherein similarity is the distance measure between centroids of the two classes, i.e., the control and the reference sample, and the centroid of the test sample, wherein the centroid of a class is constructed by shrinking the class centroid by an optimization routine towards the overall centroid of both classes after standardizing by the within-class standard deviation for each CNV; and optionally (b) transmitting the result to the subject or a third party, preferably a physician or genetic counselor. (a) determining copy number variation of a genomic locus in a DNA test sample of cancer cells from the subject, wherein the genomic locus is selected from a pool of genomic loci comprising or consisting of the loci set forth in Table 1 and/or Table 2; wherein similarity between the CNVs of the pool of genomic loci in the DNA test sample and the CNVs of the pool of genomic loci of a reference sample of BRCA-like mutated cancer cells identifies the subject as HR deficient; and/or similarity between the CNVs in the pool of genomic loci in the DNA of the test sample and the CNVs in the pool of genomic loci of the control sample of BRCA non-mutated cancer cells identifies the subject as not being HR deficient, wherein similarity is the distance measure between centroids of the two classes, i.e., the control and the reference sample, and the centroid of the test sample, wherein the centroid of a class is constructed by shrinking the class centroid by an optimization routine towards the overall centroid of both classes after standardizing by the within-class standard deviation for each CNV; and optionally (b) transmitting the result to the subject or a third party, preferably a physician or genetic counselor.
An image generation system for developing three-dimensional electronic models of objects, the image generation system comprising: a scanner operable to scan an object and provide scanner position data that includes a geographic position, slope and orientation of the scanner and image data representative of the object for each of a plurality of different geographic locations of the scanner in the vicinity of the object; and a computing system in communication with the scanner, where the computing system is operable to generate a three-dimensional electronic model of the object by fitting together the image data provided from each of the geographic locations based on the scanner position data, where the scanner includes a point scanner and a color scanner, the point scanner and the color scanner being independent scanning devices and being operable to synchronously provide image data representative of a geometric shape and a color of the object and wherein the point scanner and the color scanner are operable to emit directly a beam of light at the object; and wherein the image data consists of color point data obtained by the color scanner and geometric point data obtained by the point scanner and wherein fewer color points of the color point data are captured and associated with more numerous geometric points of the geometric point data; and where the computing system is operable to fill in gaps in color in a surface of each of three-dimensional electronic images obtained by the image data, in particular, by division of the surface into triangles and color blending between color point data within each of the triangles. a scanner operable to scan an object and provide scanner position data that includes a geographic position, slope and orientation of the scanner and image data representative of the object for each of a plurality of different geographic locations of the scanner in the vicinity of the object; and a computing system in communication with the scanner, where the computing system is operable to generate a three-dimensional electronic model of the object by fitting together the image data provided from each of the geographic locations based on the scanner position data, where the scanner includes a point scanner and a color scanner, the point scanner and the color scanner being independent scanning devices and being operable to synchronously provide image data representative of a geometric shape and a color of the object and wherein the point scanner and the color scanner are operable to emit directly a beam of light at the object; and wherein the image data consists of color point data obtained by the color scanner and geometric point data obtained by the point scanner and wherein fewer color points of the color point data are captured and associated with more numerous geometric points of the geometric point data;
A security management method for a WLAN authentication privacy infrastructure, WAPI, terminal accessing an IP multimedia subsystem, IMS, network, the method comprising the steps of: sending, by an authentication service unit ASU, under the circumstance that an access point and the WAPI terminal pass the verification of the ASU, a security information request message to a home subscriber server HSS, wherein the security information request message carries IMS account information of the WAPI terminal; setting, by the HSS, security information corresponding to the IMS account information of the WAPI terminal as access layer security configuration information after receiving the security information request message from the ASU; and receiving, by a proxy-call session control function P-CSCF, an IMS login request message from the WAPI terminal, inquiring about the security information of the WAPI terminal through the HSS, and allowing the WAPI terminal to execute an IMS service flow under the circumstance that the security information of the WAPI terminal is the access layer security configuration information. sending, by an authentication service unit ASU, under the circumstance that an access point and the WAPI terminal pass the verification of the ASU, a security information request message to a home subscriber server HSS, wherein the security information request message carries IMS account information of the WAPI terminal; setting, by the HSS, security information corresponding to the IMS account information of the WAPI terminal as access layer security configuration information after receiving the security information request message from the ASU; and receiving, by a proxy-call session control function P-CSCF, an IMS login request message from the WAPI terminal, inquiring about the security information of the WAPI terminal through the HSS, and allowing the WAPI terminal to execute an IMS service flow under the circumstance that the security information of the WAPI terminal is the access layer security configuration information.