mhurhangee/ep-ind-claims huggingface dataset:
Filtration system, in particular for the cleaning of the intake air of a gas turbine, with a flow channel surrounded by walls with an inflow opening and an outflow opening, with a partition wall which is positioned between the inflow opening and the outflow opening, which is limited by the walls of the flow channel and which includes at least one holding beam (159, 160), and with at least two filters (100, 106, 156) for the cleaning of a fluid which flows through the flow channel, wherein at least one first filter (100, 106, 156) which constitutes one single mounting unit is mounted to the at least one holding beam (159, 160) on the partition wall and is sealed to the at least one holding beam (159, 160) of the partition wall, characterised in that at least one second filter (100, 106, 156) which again constitutes one single mounting unit is mounted to the at least one holding beam (159, 160) on the partition wall, wherein the at least one second filter (100, 106, 156) is sealed to the at least one holding beam (159, 160) of the partition wall and is sealed directly to the at least one first filter (100, 106, 156). with a flow channel surrounded by walls with an inflow opening and an outflow opening, with a partition wall which is positioned between the inflow opening and the outflow opening, which is limited by the walls of the flow channel and which includes at least one holding beam (159, 160), and with at least two filters (100, 106, 156) for the cleaning of a fluid which flows through the flow channel, wherein at least one first filter (100, 106, 156) which constitutes one single mounting unit is mounted to the at least one holding beam (159, 160) on the partition wall and is sealed to the at least one holding beam (159, 160) of the partition wall, characterised in that at least one second filter (100, 106, 156) which again constitutes one single mounting unit is mounted to the at least one holding beam (159, 160) on the partition wall, wherein the at least one second filter (100, 106, 156) is sealed to the at least one holding beam (159, 160) of the partition wall and is sealed directly to the at least one first filter (100, 106, 156).
A colloidal formulation for staining proteins in electrophoresis gels, the formulation comprising a Coomassie Brilliant Blue dye; a polyoxyethylene-containing surfactant or a poloxamer surfactant; ethanol or methanol; ammonium sulfate.
Partition curtain, which can be raised up, for sports halls, multi-purpose halls, event and exhibition halls, industrial halls, halls or the like, with at least one curtain support device and at least two curtain panels (2, 3) of artificial leather, plastic film, non-woven fabric, textile fabric or the like which are arranged opposite one another on the support device, which curtain webs (2, 3) are connected by substantially horizontally extending traction means and, in cooperation with vertically extending traction means, are connected to the curtain support device for common raising, wherein, in relation to a lowered state, a plurality of vertically spaced rows of the same vertical height of horizontal traction means extending side by side are provided, wherein further in a curtain web (2, 3) in the lowered state a horizontally extending folding zone is formed between two vertically directly successive rows, for presetting a folding-in of the curtain web (2, 3) in the course of a raising, characterised in that the folding zone is given by a reduction in thickness, and possibly compaction, of the curtain web (2, 3), which is otherwise formed continuously in a uniform material, or the curtain web (2, 3) has curtain part webs, the associated marginal edges of which extend in the region between two rows of horizontal tension means which follow one another directly in the vertical direction with respect to the lowered state and are used to form the folding zone which is formed by a folding layer connecting the marginal edges.
A respiratory function testing system characterized by: an air transforming device, configured to collect exhaled air for a predetermined period and generate a full-range sound signal according to the collected exhaled air, wherein the full-range sound signal comprises an ultrasonic signal; a sound reception device, configured to receive and record the full-range sound signal; and an operation device, communicating with the sound reception device and configured to receive and compute the ultrasonic signal in the full-range sound signal recorded by the sound reception device to generate a respiratory function parameter comprising peak expiratory flow, forced expiratory volume 1 and forced vital capacity, wherein the operation device is further configured to capture the sound pressure corresponding to the full-range sound signal at a predetermined frequency and the sound pressure corresponding to the predetermined frequency is adapted for reducing interference from a background noise, characterised in that to compute the ultrasonic signal comprises transforming a sound pressure of the ultrasonic signal under the predetermined period into a flow of the exhaled air under the predetermined period through a regression equation. an air transforming device, configured to collect exhaled air for a predetermined period and generate a full-range sound signal according to the collected exhaled air, wherein the full-range sound signal comprises an ultrasonic signal; a sound reception device, configured to receive and record the full-range sound signal; and an operation device, communicating with the sound reception device and configured to receive and compute the ultrasonic signal in the full-range sound signal recorded by the sound reception device to generate a respiratory function parameter comprising peak expiratory flow, forced expiratory volume 1 and forced vital capacity, wherein the operation device is further configured to capture the sound pressure corresponding to the full-range sound signal at a predetermined frequency and the sound pressure corresponding to the predetermined frequency is adapted for reducing interference from a background noise, characterised in that to compute the ultrasonic signal comprises transforming a sound pressure of the ultrasonic signal under the predetermined period into a flow of the exhaled air under the predetermined period through a regression equation.
An automotive radar installation structure, comprising: a radar main body formed in a flat solid shape and having a transmission/reception surface provided at one surface to transmit/receive a radio wave; and a fascia retainer used to attach a bumper fascia (108, 118) to a main body of a vehicle, the bumper fascia (108, 118) being an exterior part of a bumper (104, 106) at a rear or front of the vehicle, the fascia retainer including a fixation portion fixed to the vehicle main body, and a radar installation portion (128, 204) having a recessed shape into which the radar main body is fitted so that the transmission/reception surface of the radar main body faces outward of the vehicle, and a bottom, wherein the radar installation portion (128, 204) includes at least one support that supports the radar main body in an immovable manner by contacting an edge of the transmission/reception surface or a side of the radar main body, characterized in that the support includes a bridge portion that extends over the radar main body and holds down the edge of the transmission/reception surface, wherein an insertion opening is formed between the bridge portion and the bottom of the radar installation portion, wherein the radar main body is inserted from the insertion opening in a direction parallel to the transmission/reception surface, wherein the size of the opening, more specifically the distance from the bridge portion to a part of the bottom immediately thereunder is slightly smaller than the thickness of the radar main body so that the radar main body can be held therebetween. a radar main body formed in a flat solid shape and having a transmission/reception surface provided at one surface to transmit/receive a radio wave; and a fascia retainer used to attach a bumper fascia (108, 118) to a main body of a vehicle, the bumper fascia (108, 118) being an exterior part of a bumper (104, 106) at a rear or front of the vehicle, the fascia retainer including a fixation portion fixed to the vehicle main body, and a radar installation portion (128, 204) having a recessed shape into which the radar main body is fitted so that the transmission/reception surface of the radar main body faces outward of the vehicle, and a bottom, wherein the radar installation portion (128, 204) includes at least one support that supports the radar main body in an immovable manner by contacting an edge of the transmission/reception surface or a side of the radar main body, characterized in that the support includes a bridge portion that extends over the radar main body and holds down the edge of the transmission/reception surface, wherein an insertion opening is formed between the bridge portion and the bottom of the radar installation portion, wherein the radar main body is inserted from the insertion opening in a direction parallel to the transmission/reception surface, wherein the size of the opening, more specifically the distance from the bridge portion to a part of the bottom immediately thereunder is slightly smaller than the thickness of the radar main body so that the radar main body can be held therebetween.
An optical member, comprising: a transparent substrate; an alumina-based first transparent ceramic layer on the transparent substrate; and an alumina-based second transparent ceramic layer on the alumina-based first transparent ceramic layer such that the alumina-based first transparent ceramic layer is between the transparent substrate and the alumina-based second transparent ceramic layer, wherein the alumina-based first transparent ceramic layer and the alumina-based second transparent ceramic layer have independent compositions, and the independent compositions are each a silica-free composition, wherein a refractive index of the alumina-based second transparent ceramic layer is smaller than a refractive index of the alumina-based first transparent ceramic layer, wherein the alumina-based first transparent ceramic layer and the alumina-based second transparent ceramic layer independently include a phase-separation additive, and wherein an amount of the phase-separation additive in the alumina-based first transparent ceramic layer is larger than an amount of the phase-separation additive in the alumina-based second transparent ceramic layer. a transparent substrate; an alumina-based first transparent ceramic layer on the transparent substrate; and an alumina-based second transparent ceramic layer on the alumina-based first transparent ceramic layer such that the alumina-based first transparent ceramic layer is between the transparent substrate and the alumina-based second transparent ceramic layer, wherein the alumina-based first transparent ceramic layer and the alumina-based second transparent ceramic layer have independent compositions, and the independent compositions are each a silica-free composition, wherein a refractive index of the alumina-based second transparent ceramic layer is smaller than a refractive index of the alumina-based first transparent ceramic layer, wherein the alumina-based first transparent ceramic layer and the alumina-based second transparent ceramic layer independently include a phase-separation additive, and wherein an amount of the phase-separation additive in the alumina-based first transparent ceramic layer is larger than an amount of the phase-separation additive in the alumina-based second transparent ceramic layer.
A radiation sensor comprising: - a radiation detector array comprising a plurality of pixels (33, 34, 35, 36); - at least two readout connectors (11, 12) having a plurality of contacts, each of said readout connectors being configured for receiving a readout module; - a routing circuit having conductors configured for routing electrical signals from each of said plurality of pixels (33, 34) to a corresponding contact of one of said readout connector (11, 12), wherein said plurality of pixels is grouped in two or more groups of pixels (33, 34), at least two pixels of a first group of pixels being separated by at least one pixel from another group of pixels in the radiation detector array, said routing circuit being configured for leading signals from pixels of said first group of pixels to a first readout connector, and signals from pixels from said other group of pixels to a second readout connector. - a radiation detector array comprising a plurality of pixels (33, 34, 35, 36); - at least two readout connectors (11, 12) having a plurality of contacts, each of said readout connectors being configured for receiving a readout module; - a routing circuit having conductors configured for routing electrical signals from each of said plurality of pixels (33, 34) to a corresponding contact of one of said readout connector (11, 12),
A gyroscope comprising; a substrate; a guided mass system, the guided mass system comprising at least one proof-mass and at least one guiding arm; wherein the at least one proof-mass and the at least one guiding arm are disposed in a plane parallel to the substrate; the at least one proof-mass being coupled to the at least one guiding arm; the at least one guiding arm being coupled to the substrate through at least one spring; wherein the at least one proof-mass translates in a first direction and the at least one guiding arm rotates in the plane; wherein the at least one guiding arm and the at least one proof-mass are able to rotate out of the plane about a first sense axis, in response to angular velocity about a first input axis that is in the plane and orthogonal to the first direction, the first sense axis being in the plane and parallel to the first direction; an actuator for vibrating the at least one proof-mass in the first direction; a transducer for sensing motion of the at least one proof-mass normal to the plane; at least one other proof mass coupled to the at least one proof mass, wherein when the at least one proof mass is vibrating the at least one other proof mass vibrates; and at least one other transducer for sensing motion of the at least one other proof-mass in response to angular velocity about an axis other than the first input axis.
A method of providing a reliquefied natural gas product at a second location, comprising the steps of: providing liquefied natural gas ("LNG") (101, 801) from an LNG source (103, 203, 603, 703, 803); pumping the LNG to a pressure above a consumer pressure to thereby form pressurized LNG (107, 707); vaporizing the pressurized LNG at a first location to thereby form a pressurized natural gas; transporting the pressurized natural gas from the first location to the second location; expanding, at the second location, at least a portion of the pressurized natural gas to a second pressure to generate refrigeration content; characterized in that the at least portion of the pressurized natural gas is reliquefied using the refrigeration content to thereby form the reliquefied natural gas product (115, 215, 315, 415, 515, 715, 815), and the step of expanding further comprises steps of (i) cooling the pressurized natural gas in a heat exchanger (319, 419) to thereby generate a cooled product stream, (ii) separating the cooled product stream into a first stream and a second stream, and (iii) expanding the first stream below the consumer pressure to form an expanded first stream, wherein the expanded first stream provides refrigeration to the pressurized natural gas. providing liquefied natural gas ("LNG") (101, 801) from an LNG source (103, 203, 603, 703, 803); pumping the LNG to a pressure above a consumer pressure to thereby form pressurized LNG (107, 707); vaporizing the pressurized LNG at a first location to thereby form a pressurized natural gas; transporting the pressurized natural gas from the first location to the second location; expanding, at the second location, at least a portion of the pressurized natural gas to a second pressure to generate refrigeration content; characterized in that the at least portion of the pressurized natural gas is reliquefied using the refrigeration content to thereby form the reliquefied natural gas product (115, 215, 315, 415, 515, 715, 815), and the step of expanding further comprises steps of (i) cooling the pressurized natural gas in a heat exchanger (319, 419) to thereby generate a cooled product stream, (ii) separating the cooled product stream into a first stream and a second stream, and (iii) expanding the first stream below the consumer pressure to form an expanded first stream, wherein the expanded first stream provides refrigeration to the pressurized natural gas.
A method for a cellular device with Wi-Fi capability for provisioning of a software-based, Subscriber Identity Module, SIM, comprising: storing a configuration file in an electronic memory of the cellular device, the configuration file including information specifying at least one cellular technology and at least one frequency band supported by the cellular device; receiving, during a Wi-Fi scanning procedure, a signal from a Wi-Fi network in one or more of a beacon frame or a probe response frame, the signal indicating that the Wi-Fi network provides support for cellular subscription provisioning and comprising an identifier of a cellular network providing a cellular subscription; associating to the Wi-Fi network from which the signal has been received; identifying and verifying the identifier of the cellular network providing the cellular subscription; sending the information specifying the at least one cellular technology and the at least one frequency band supported by the cellular device to a subscription provisioning server over the Wi-Fi network, to perform provisioning of the cellular subscription for the cellular device; and receiving the cellular subscription in the form of the software-based SIM from the subscription provisioning server for providing access to a cellular service provided by the cellular network according to the information specifying the at least one cellular technology and the at least one frequency band supported by the cellular device. storing a configuration file in an electronic memory of the cellular device, the configuration file including information specifying at least one cellular technology and at least one frequency band supported by the cellular device; receiving, during a Wi-Fi scanning procedure, a signal from a Wi-Fi network in one or more of a beacon frame or a probe response frame, the signal indicating that the Wi-Fi network provides support for cellular subscription provisioning and comprising an identifier of a cellular network providing a cellular subscription; associating to the Wi-Fi network from which the signal has been received; identifying and verifying the identifier of the cellular network providing the cellular subscription; sending the information specifying the at least one cellular technology and the at least one frequency band supported by the cellular device to a subscription provisioning server over the Wi-Fi network, to perform provisioning of the cellular subscription for the cellular device; and receiving the cellular subscription in the form of the software-based SIM from the subscription provisioning server for providing access to a cellular service provided by the cellular network according to the information specifying the at least one cellular technology and the at least one frequency band supported by the cellular device.
Apparatus for selectively measuring at least two radiations, in particular chemiluminescence and/or fluorescence, from sample containers via at least two measurement light paths by means of at least two measuring devices with at least one beam source and at least one detector, wherein the sample containers can be moved on a common sample plane into the measurement positions, characterised in that a single filter carrier is provided, said filter carrier being held in such a way that it can be rotated or shifted in a horizontal plane and having at least two openings for holding in each case one emission filter as required, in that the common sample plane is arranged below the horizontal plane, and in that at least the two measuring devices (F1, L) are arranged between the two planes (E1, E2) in such a way that each of their associated measurement light paths can extend through each opening of the filter holder to the detector, said opening being selectable by rotating or shifting the filter carrier, wherein the respective sample to be evaluated by a particular measurement can be introduced into the measurement light path provided for said measurement.
A dynamic wireless power transfer system comprising: a power transmission coil that is provided in a road; a power transmission circuit that supplies electric power to the power transmission coil; a power reception coil (240, 240r) that is provided in a vehicle; a power reception circuit that is connected to the power reception coil; and a relay circuit that transfers electric power between the power transmission coil and the power reception coil, characterized in that the relay circuit includes a relay coil (71al, 71a2) that is provided in a tire of the vehicle, the tire includes a steel belt, the relay coil is provided in a tread portion of the tire that is further toward an outer circumferential side than the steel belt is, and the steel belt is covered by a conductive shield. a power transmission coil that is provided in a road; a power transmission circuit that supplies electric power to the power transmission coil; a power reception coil (240, 240r) that is provided in a vehicle; a power reception circuit that is connected to the power reception coil; and a relay circuit that transfers electric power between the power transmission coil and the power reception coil, characterized in that the relay circuit includes a relay coil (71al, 71a2) that is provided in a tire of the vehicle, the tire includes a steel belt, the relay coil is provided in a tread portion of the tire that is further toward an outer circumferential side than the steel belt is, and the steel belt is covered by a conductive shield.
An autoinjector comprising a body in the shape of an elongate cylinder that is adapted to receive a reservoir containing fluid and including a piston and a needle, such as a pre-filled syringe, said body comprising a distal portion of circular shape, a middle portion, and a proximal portion, a removable cap being fastened, before the autoinjector is used, to said proximal portion of said body, said middle portion of said body of circular shape including first anti-rolling means formed by at least one radially-projecting projection in the circular external profile of said middle portion of said body, said at least one radially-projecting projection forming at least one middle non-cylindrical zone in the external profile of said middle portion of said body, the autoinjector being characterized in that said removable cap includes a radially-outer portion of circular shape and second anti-rolling means forming at least one proximal non-cylindrical zone in the circular external profile of said removable cap, and in that said distal portion of said body includes third anti-rolling means forming at least one distal non-cylindrical zone in the circular external profile of said distal portion of said body.