mhurhangee/ep-ind-claims huggingface dataset:
A radiological threat material detection system, comprising: a. at least one cable having an enclosed, elongated interior volume for carrying an ionization current signal that is induced within the at least one cable by a radiological material emitting ionizing radiation when the radiological material is within a predefined distance from the at least one cable; and b. at least one detector coupled with the at least one cable for measuring the induced ionization current signal, wherein the at least one detector records the measured signal. a. at least one cable having an enclosed, elongated interior volume for carrying an ionization current signal that is induced within the at least one cable by a radiological material emitting ionizing radiation when the radiological material is within a predefined distance from the at least one cable; and b. at least one detector coupled with the at least one cable for measuring the induced ionization current signal, wherein the at least one detector records the measured signal.
A cartomizer for an aerosol generating device, in particular an electronic cigarette or vaporizer, the cartomizer comprising: a container for holding at least one reservoir configured to contain a vaporizable material; a vaporizing chamber fluidly connected to a mouth end by a vapor passage; a liquid transport element, in particular a porous capillary member, extending from inside the at least one reservoir to inside the vaporizing chamber in order to convey the vaporizable material from the at least one reservoir to the inside of the vaporizing chamber; an air inlet arranged to supply the vaporizing chamber with air in use; wherein a leakage collecting chamber is arranged between the vaporizing chamber and the air inlet to collect vaporizable material from the vaporizing chamber, and the leakage collecting chamber comprises at least one liquid stopping or barrier wall (23, 24), in particular a first liquid stopping or barrier wall, arranged between the leakage collecting chamber and the air inlet, in particular at least one through-hole of the air inlet, forming an overflow, and the cartomizer further comprises a center leakage collecting chamber that is provided between the air inlet and the leakage collecting chamber. a container for holding at least one reservoir configured to contain a vaporizable material; a vaporizing chamber fluidly connected to a mouth end by a vapor passage; a liquid transport element, in particular a porous capillary member, extending from inside the at least one reservoir to inside the vaporizing chamber in order to convey the vaporizable material from the at least one reservoir to the inside of the vaporizing chamber; an air inlet arranged to supply the vaporizing chamber with air in use; wherein a leakage collecting chamber is arranged between the vaporizing chamber and the air inlet to collect vaporizable material from the vaporizing chamber, and the leakage collecting chamber comprises at least one liquid stopping or barrier wall (23, 24), in particular a first liquid stopping or barrier wall, arranged between the leakage collecting chamber and the air inlet, in particular at least one through-hole of the air inlet, forming an overflow, and the cartomizer further comprises a center leakage collecting chamber that is provided between the air inlet and the leakage collecting chamber.
Electrohydraulic motor vehicle control device, in particular for a motor vehicle brake system, comprising a hydraulic unit with electrically activated valves and a brake-pedal-activated master brake cylinder, an electronic control unit which comprises a first printed circuit board with electrical and/or electronic components for actuating the valves, and an electric motor for driving an electrically controllable, hydraulic pressure source which is arranged on a first side face of the hydraulic unit, characterized in that a second printed circuit board is provided which is arranged in a region of the first side face of the hydraulic unit, wherein a first sensor element for sensing activation of a brake pedal is arranged on the second printed circuit board.
A method of making ultra-small lipid structures (USLS) comprising the single step of diluting an optically clear stock solution containing: (a) a hydro-organic solvent mixture containing about 0.1% to about 20% (v/v) water and about 80% to about 99.9% (v/v) of one or more water-miscible organic solvents; (b) about 50 mg/ml to about 250 mg/ml of one or more lipid compounds; and (c) one or more passenger compounds; with water at a dilution ratio of about 1:5 to about 1:200, wherein the term "ultra-small lipid structures (USLS)" refers to lipid vesicles having a bilayer or non-bilayer lipid surrounding structure and an aqueous or semi-aqueous core, and having an average diameter of 100 nm or less as measured using a dynamic light scattering analyzer, and wherein the USLS product obtained contains a population of from 1% to 2% particles having diameter of from 1 nm to 5 nm as measured using a dynamic light scattering analyzer. (a) a hydro-organic solvent mixture containing about 0.1% to about 20% (v/v) water and about 80% to about 99.9% (v/v) of one or more water-miscible organic solvents; (b) about 50 mg/ml to about 250 mg/ml of one or more lipid compounds; and (c) one or more passenger compounds;
An antibody constant region that comprises an amino acid sequence of SEQ ID NO:32 in which Thr at position 223, His at position 224, and Thr at position 225 (EU numbering) are deleted.
A system for determining the position of a downhole drill pipe relative to a wrench arrangement, the system being configured to control the wrench arrangement for connecting adjacent drill pipes in a downhole string and comprising: an imaging means arranged to capture an image of the drill-string in a region above the well bore for engagement by the wrench; and a processor operable to analyse said captured image and to determine therefrom the position of the uppermost end of a drill pipe projecting from the well bore relative to said wrench, the system further comprising control means operable in response to signals from the processor to control the position of the wrench arrangement in dependence on the position of the uppermost end of said drill pipe projecting from the well bore, wherein the processor is configured to determine said position of the uppermost end of the drill pipe via a motion detection algorithm, the imaging means capturing a sequence of said images whilst the wrench arrangement is moved towards the drill pipe projecting from the well bore, such that the sequence of images includes the static position of the drill pipe and the moving wrench arrangement, and the processor being configured to filter out parts of said image sequence containing motion and to determine from the remaining static parts of the image the position of the uppermost end of the drill pipe.
Method for detecting antigen responsive cells in a sample comprising: - providing major histocompatibility complexes carrying at least one label, with three or more predetermined antigens, preferably peptides, wherein each antigen is represented by at least two different labels; - contacting said antigen-containing histocompatibility complexes with said sample; - detecting binding of said antigen loaded histocompatibility complexes to said antigen responsive cells, thereby detecting cells responsive to said antigen; wherein said antigen responsive cells are T-cells and wherein said antigen is detected by detecting the presence of said at least two different labels bound to an antigen responsive cell through said major histocompatibility complexes loaded with said antigen. - providing major histocompatibility complexes carrying at least one label, with three or more predetermined antigens, preferably peptides, wherein each antigen is represented by at least two different labels; - contacting said antigen-containing histocompatibility complexes with said sample; - detecting binding of said antigen loaded histocompatibility complexes to said antigen responsive cells, thereby detecting cells responsive to said antigen;
A device for treating a thrombus in a vessel, the device comprising: a first portion comprising a plurality of wires woven to form a textile structure expandable from a collapsed configuration to an expanded configuration, and a second portion (8700, 200) including a tubular member, characterized in: the textile structure comprising, in the expanded configuration: a plurality of self-expanding bulbs, and a plurality of necks, pairs of the plurality of self-expanding bulbs spaced along a longitudinal axis of the textile structure by a neck of the plurality of necks, the tubular member comprising: a wire; and a hypotube comprising a lumen, the hypotube distal to the wire, wherein a distal end of the wire is fixably coupled inside the lumen at a proximal end of the hypotube; and a bonding zone coupling the first portion and a distal end of the hypotube. a first portion comprising a plurality of wires woven to form a textile structure expandable from a collapsed configuration to an expanded configuration, and a second portion (8700, 200) including a tubular member, characterized in: the textile structure comprising, in the expanded configuration: a plurality of self-expanding bulbs, and a plurality of necks, pairs of the plurality of self-expanding bulbs spaced along a longitudinal axis of the textile structure by a neck of the plurality of necks, the tubular member comprising: a wire; and a hypotube comprising a lumen, the hypotube distal to the wire, a plurality of self-expanding bulbs, and a plurality of necks, pairs of the plurality of self-expanding bulbs spaced along a longitudinal axis of the textile structure by a neck of the plurality of necks, the tubular member comprising: a wire; and a hypotube comprising a lumen, the hypotube distal to the wire, a wire; and a hypotube comprising a lumen, the hypotube distal to the wire, wherein a distal end of the wire is fixably coupled inside the lumen at a proximal end of the hypotube; and a bonding zone coupling the first portion and a distal end of the hypotube.
Socket holding device for a power tool, comprising an anvil, on which anvil are provided a drive square head for clipping a tool, and a holding bolt for locking a clipped tool element, the holding bolt being supported elastically in a recessed seat of the drive square head in such a way as to be moveable perpendicular to a rotation axis of the anvil, the holding bolt being locked by at least one stop pin disposed in a mounting hole of the drive square head, the stop pin comprising a first portion partially clipped on the holding bolt, characterized in that the diameter of the first portion of the stop pin is larger than the inner diameter of the mounting hole, and the diameter of a second portion, accommodated in the mounting hole, of the stop pin is smaller than the diameter of the first portion and substantially equal to or smaller than the inner diameter of the mounting hole.
A low-latency network device for treating serial data received at a receiving data rate, the device comprising: an oscillator generating a device-wide clock; a receiving physical medium attachment, PMA, having an internal data width, the PMA being configured to: receive the serial data, deserialize the serial data based on the device-wide clock and internal data width, whereby the received serial data is oversampled, the oversampling of the received serial data being asynchronous relative to a timing of the received serial data, and output a parallelized sample stream; a symbol timing synchronization module configured to: receive the parallelized sample stream; and detect, from the parallelized sample stream, synchronized bit values corresponding to bit values of the received serial data; and a physical convergence sublayer, PCS, configured to: receive the synchronized bit values; and delineate packets from the synchronized bit values, to provide packet-delineated parallelized data, characterized in that the receiving PMA, the symbol timing synchronization module and the PCS being all driven by the device-wide clock. an oscillator generating a device-wide clock; a receiving physical medium attachment, PMA, having an internal data width, the PMA being configured to: receive the serial data, deserialize the serial data based on the device-wide clock and internal data width, whereby the received serial data is oversampled, the oversampling of the received serial data being asynchronous relative to a timing of the received serial data, and output a parallelized sample stream; receive the serial data, deserialize the serial data based on the device-wide clock and internal data width, whereby the received serial data is oversampled, the oversampling of the received serial data being asynchronous relative to a timing of the received serial data, and output a parallelized sample stream; a symbol timing synchronization module configured to: receive the parallelized sample stream; and detect, from the parallelized sample stream, synchronized bit values corresponding to bit values of the received serial data; and receive the parallelized sample stream; and detect, from the parallelized sample stream, synchronized bit values corresponding to bit values of the received serial data; and a physical convergence sublayer, PCS, configured to: receive the synchronized bit values; and delineate packets from the synchronized bit values, to provide packet-delineated parallelized data, receive the synchronized bit values; and delineate packets from the synchronized bit values, to provide packet-delineated parallelized data, characterized in that the receiving PMA, the symbol timing synchronization module and the PCS being all driven by the device-wide clock.
Separation device, particularly for separating oil aerosols from a fluid, such as an air stream, having a supply system and a take-off system connected thereto via pipework (6, 14), which comprises a bypass line between a supply side and a discharge side for purified or contaminated fluid, characterised in that the supply system ensures, by means of an adjustment apparatus, that, apart from in the event of the supply system failing, no or substantially no contaminated fluid passes via the bypass line from the discharge side to the supply side of the take-off system, avoiding the supply system.
Bypass turbomachine for an aircraft, comprising: - a motor provided for turning a fan; - an annular inter-duct element that is concentric with the motor; - a nacelle that is concentric with the inter-duct element, the inter-duct element and the nacelle defining between them a fan duct in which there flows an air flow; - at least one fluid circuit configured to make a fluid move towards or out of the motor; the turbomachine comprising a thermoacoustic system associated with a fluid circuit, the thermoacoustic system comprising an exchanger which is connected to the fluid circuit and in which there flows a fluid that is to be cooled, characterized in that the thermoacoustic system comprises an acoustic attenuation structure which is distinct from the exchanger and which forms all or part of a wall (2a, 4a) of the fan duct, and at least one heat-duct tube comprising a first portion that is entirely received in the acoustic structure and a second portion with an end that is received in the exchanger, and a single curved elbow with a non-zero angle between the two portions. - a motor provided for turning a fan; - an annular inter-duct element that is concentric with the motor; - a nacelle that is concentric with the inter-duct element, the inter-duct element and the nacelle defining between them a fan duct in which there flows an air flow; - at least one fluid circuit configured to make a fluid move towards or out of the motor;
A chamberless smoke detector, comprising: a first optical smoke detector having a first smoke detector light source arranged for emitting a first beam of light and a first scattered light sensor positioned to detect light from the first beam which is scattered by smoke present within a detection zone; a second optical smoke detector having a second smoke detector light source arranged for emitting a second beam of light and a second scattered light sensor positioned to detect light from the second beam which is scattered by smoke present within the detection zone; and an object proximity detector to detect an object in the detection zone, wherein the first smoke detector light source and the first scattered light sensor are inclined, with respect to a line normal to the smoke detector, by a greater angle than the second smoke detector light source and the second scattered light sensor. a first optical smoke detector having a first smoke detector light source arranged for emitting a first beam of light and a first scattered light sensor positioned to detect light from the first beam which is scattered by smoke present within a detection zone; a second optical smoke detector having a second smoke detector light source arranged for emitting a second beam of light and a second scattered light sensor positioned to detect light from the second beam which is scattered by smoke present within the detection zone; and an object proximity detector to detect an object in the detection zone, wherein the first smoke detector light source and the first scattered light sensor are inclined, with respect to a line normal to the smoke detector, by a greater angle than the second smoke detector light source and the second scattered light sensor.
A compound having the structure: wherein ψ is absent or present, and when present is a bond; R 1, R 2, R 3, R 4, and R 5 are each independently H, halogen, CF 3 or C 1 -C 4 alkyl; R 6 is absent or present, and when present is H, OH, or halogen; A is absent or present, and when present is B is substituted or unsubstituted monocycle, bicycle, heteromonocycle, heterobicycle, or benzyl, wherein when ψ is present, then R 6 is absent and when ψ is absent, then R 6 is present, or a pharmaceutically acceptable salt thereof. ψ is absent or present, and when present is a bond; R 1, R 2, R 3, R 4, and R 5 are each independently H, halogen, CF 3 or C 1 -C 4 alkyl; R 6 is absent or present, and when present is H, OH, or halogen; A is absent or present, and when present is B is substituted or unsubstituted monocycle, bicycle, heteromonocycle, heterobicycle, or benzyl, wherein when ψ is present, then R 6 is absent and when ψ is absent, then R 6 is present,
A terminal device (101; 1100), comprising: at least one processor; and at least one memory including computer program codes; the at least one memory and the computer program codes are configured to, with the at least one processor, cause the terminal device to: transmit, a subscription for an analytics with an analytics identity to a Unified Data Management, UDM, receive a subscribed analytics identity from the UDM, according to the subscription for the analytics, transmit a request comprising the analytics identity to a Session Management Function, SMF, or an Application Function, AF, and receive analytics result data from the SMF or the AF, according to the analytics identity after authorization of the request. at least one processor; and at least one memory including computer program codes; the at least one memory and the computer program codes are configured to, with the at least one processor, cause the terminal device to: transmit, a subscription for an analytics with an analytics identity to a Unified Data Management, UDM, receive a subscribed analytics identity from the UDM, according to the subscription for the analytics, transmit a request comprising the analytics identity to a Session Management Function, SMF, or an Application Function, AF, and receive analytics result data from the SMF or the AF, according to the analytics identity after authorization of the request. transmit, a subscription for an analytics with an analytics identity to a Unified Data Management, UDM, receive a subscribed analytics identity from the UDM, according to the subscription for the analytics, transmit a request comprising the analytics identity to a Session Management Function, SMF, or an Application Function, AF, and receive analytics result data from the SMF or the AF, according to the analytics identity after authorization of the request.
A method for collaborative spatial mapping performed by a requesting device, the method comprising: generating an object map request for object information for a location, the object map request comprising a location identifier identifying the location and object type information specifying an object type, wherein the object map request further comprises or is associated with a policy setting comprising device information specifying one or more specific devices and/or one or more device types from which the requesting device will accept a response to the object map request; transmitting the object map request; and receiving a response to the object map request, the response comprising object information about an identified object of the specified object type. generating an object map request for object information for a location, the object map request comprising a location identifier identifying the location and object type information specifying an object type, wherein the object map request further comprises or is associated with a policy setting comprising device information specifying one or more specific devices and/or one or more device types from which the requesting device will accept a response to the object map request; transmitting the object map request; and receiving a response to the object map request, the response comprising object information about an identified object of the specified object type.
A system for endometrial ablation comprising: a thin dielectric wall at least partially surrounding an interior chamber and having a shape for positioning in a uterine cavity, wherein the dielectric wall is adapted to occupy a triangular configuration for contacting endometrial tissue about the uterine cavity; a gas source configured to deliver a non-conductive gas into the interior chamber; a first polarity electrode exposed to the interior chamber; a second polarity electrode external to the interior chamber for contacting patient tissue; a radiofrequency energy source coupled to the first and second polarity electrodes for providing a voltage sufficient to convert the non-conductive gas to a plasma and to capacitively couple current across the dielectric wall to endometrial tissue; and a support structure in the interior chamber capable of contracted and expanded shapes, wherein the support structure comprises spring elements to bias the dielectric wall toward an expanded shape, wherein the first polarity electrode comprises at least a portion of the support structure. a thin dielectric wall at least partially surrounding an interior chamber and having a shape for positioning in a uterine cavity, wherein the dielectric wall is adapted to occupy a triangular configuration for contacting endometrial tissue about the uterine cavity; a gas source configured to deliver a non-conductive gas into the interior chamber; a first polarity electrode exposed to the interior chamber; a second polarity electrode external to the interior chamber for contacting patient tissue; a radiofrequency energy source coupled to the first and second polarity electrodes for providing a voltage sufficient to convert the non-conductive gas to a plasma and to capacitively couple current across the dielectric wall to endometrial tissue; and a support structure in the interior chamber capable of contracted and expanded shapes, wherein the support structure comprises spring elements to bias the dielectric wall toward an expanded shape, wherein the first polarity electrode comprises at least a portion of the support structure.
A cosmetic composition comprising at least one extract of slender-beaded coral weed, an essential oil of everlasting and an aqueous extract of everlasting and/or an oily extract of everlasting, wherein the concentration of extract of slender-beaded coral weed is from 0.001% to 5% by weight relative to the total weight of the composition.