mhurhangee/ep-ind-claims huggingface dataset:
A disposing method for an inlet pipe in a muffler that includes a cylindrical outer shell both ends of which are open, an approximately L-shaped inlet pipe for introducing exhaust gas into the outer shell, and a separating plate for sectioning the inside of the outer shell, thereby defining a plurality of muffling chambers, the disposing method comprising: a first step of inserting the inlet pipe into the outer shell along a direction from an opening at one end of the outer shell to an opening at the other end; a second step of disposing the inlet pipe by moving the inlet pipe within the outer shell in a direction substantially orthogonal to the direction of insertion of the inlet pipe such that one end of the inlet pipe is inserted through an opening provided in a side wall of the outer shell; and a third step of disposing the separating plate by inserting the separating plate into the outer shell from the opening at the other end of the outer shell such that the other end of the inlet pipe is inserted through an opening provided in the separating plate. a first step of inserting the inlet pipe into the outer shell along a direction from an opening at one end of the outer shell to an opening at the other end; a second step of disposing the inlet pipe by moving the inlet pipe within the outer shell in a direction substantially orthogonal to the direction of insertion of the inlet pipe such that one end of the inlet pipe is inserted through an opening provided in a side wall of the outer shell; and a third step of disposing the separating plate by inserting the separating plate into the outer shell from the opening at the other end of the outer shell such that the other end of the inlet pipe is inserted through an opening provided in the separating plate.
A light emitting device comprising: a light emitting chip; a phosphor layer on the light emitting chip; a diffusion layer disposed between the light emitting chip and the phosphor; a phosphor added into the phosphor layer to absorb a light emitted from the light emitting chip and emit a central wavelength of a first blue color, wherein the phosphor has a blue wavelength comprising a central wavelength in a range of 460 nm to 475 nm wherein the phosphor is expressed by a composition formula of La x O y Si 6 Al 4 N 12:Ce 3+ z, the x is in a range of 2≤x≤8, the y is in a range of 3≤y≤12, and the z is in a range of 0<z<0.75 to emit a blue central wavelength. a light emitting chip; a phosphor layer on the light emitting chip; a diffusion layer disposed between the light emitting chip and the phosphor; a phosphor added into the phosphor layer to absorb a light emitted from the light emitting chip and emit a central wavelength of a first blue color, wherein the phosphor has a blue wavelength comprising a central wavelength in a range of 460 nm to 475 nm wherein the phosphor is expressed by a composition formula of La x O y Si 6 Al 4 N 12:Ce 3+ z, the x is in a range of 2≤x≤8, the y is in a range of 3≤y≤12, and the z is in a range of 0<z<0.75 to emit a blue central wavelength.
An imaging sensor package comprising: an imaging sensor; and an architected substrate coupled to a bottom surface of the imaging sensor, the architected substrate having local stiffness variations along an in-plane direction of the architected substrate, wherein the imaging sensor and the architected substrate are curved, and characterised in that the imaging sensor is wrinkled, wherein the wrinkles are low-amplitude wrinkles, having an amplitude less than twice of the pixel width, and are imparted by the stiffness variations of the architected substrate. an imaging sensor; and an architected substrate coupled to a bottom surface of the imaging sensor, the architected substrate having local stiffness variations along an in-plane direction of the architected substrate, wherein the imaging sensor and the architected substrate are curved, and characterised in that the imaging sensor is wrinkled, wherein the wrinkles are low-amplitude wrinkles, having an amplitude less than twice of the pixel width, and are imparted by the stiffness variations of the architected substrate.
An ultrasound based measurement method, the method comprising: performing ultrasonic beamfocusing on an actual focusing point; receiving data by receiving an acoustic field reflected from a reflector in response to the ultrasonic beamfocusing; characterized by obtaining an element of synthetic data corresponding to a focusing point in a region adjacent to the reflector by applying a synthetic focusing method to the received data corresponding to the actual focusing point, wherein the obtaining the element of the synthetic data comprises determining a synthetic focusing point, i.e. a virtual focusing point, in the region adjacent to the reflector and estimating a delay between the synthetic focusing point and the actual focusing point; and generating an image of the reflector based on the element of the synthetic data. performing ultrasonic beamfocusing on an actual focusing point; receiving data by receiving an acoustic field reflected from a reflector in response to the ultrasonic beamfocusing; characterized by obtaining an element of synthetic data corresponding to a focusing point in a region adjacent to the reflector by applying a synthetic focusing method to the received data corresponding to the actual focusing point, wherein the obtaining the element of the synthetic data comprises determining a synthetic focusing point, i.e. a virtual focusing point, in the region adjacent to the reflector and estimating a delay between the synthetic focusing point and the actual focusing point; and generating an image of the reflector based on the element of the synthetic data.
A filament circuit for a lamp, which lamp is configured to be powered via a ballast, the filament circuit comprising - a first filament-input configured to be coupled to a first ballast-output of the ballast, - a second filament-input configured to be coupled to a second ballast-output of the ballast, - a first circuit comprising an inductor, and characterised by comprising - a second circuit comprising a parallel configuration of a resistor and a capacitor, - a direct-current path between the first filament-input and the second filament-input, a series configuration of the first and second circuits (13, 14) comprising the direct-current path, and - a filament-output configured to be coupled to a driver-input of a driver for driving a light source of the lamp, wherein the filament-output is directly derived a) from the first filament-input or b) from the second filament-input or c) from the junction between the first circuit and the second circuit. - a first filament-input configured to be coupled to a first ballast-output of the ballast, - a second filament-input configured to be coupled to a second ballast-output of the ballast, - a first circuit comprising an inductor, and characterised by comprising - a second circuit comprising a parallel configuration of a resistor and a capacitor, - a direct-current path between the first filament-input and the second filament-input, a series configuration of the first and second circuits (13, 14) comprising the direct-current path, and - a filament-output configured to be coupled to a driver-input of a driver for driving a light source of the lamp, wherein the filament-output is directly derived a) from the first filament-input or b) from the second filament-input or c) from the junction between the first circuit and the second circuit. a) from the first filament-input or b) from the second filament-input or c) from the junction between the first circuit and the second circuit.
A content playing apparatus comprising: an input unit that is configured to receive a content item sharing command from a user; a communication unit that, when the input unit receives the content item sharing command, is configured to: transmit the content item sharing command to a network apparatus; and receive information on at least one device of a plurality of devices that are connected to the network apparatus, wherein the network apparatus has determined the at least one device using priority information, wherein the priority information indicates a priority among the plurality of devices for outputting the content item corresponding to the content item sharing command; a graphical user interface, GUI, processor that is configured to generate an integrated user interface, UI, to control the at least one device, based on the information on the at least one device received by the communication unit; a display that is configured to display the integrated UI; and a controller that, when a user command to control an operation of the at least one device is input through the integrated UI, is configured to transmit the user command to the network apparatus such that the network apparatus controls the operation of the at least one device. an input unit that is configured to receive a content item sharing command from a user; a communication unit that, when the input unit receives the content item sharing command, is configured to: transmit the content item sharing command to a network apparatus; and receive information on at least one device of a plurality of devices that are connected to the network apparatus, wherein the network apparatus has determined the at least one device using priority information, wherein the priority information indicates a priority among the plurality of devices for outputting the content item corresponding to the content item sharing command; transmit the content item sharing command to a network apparatus; and receive information on at least one device of a plurality of devices that are connected to the network apparatus, wherein the network apparatus has determined the at least one device using priority information, wherein the priority information indicates a priority among the plurality of devices for outputting the content item corresponding to the content item sharing command; a graphical user interface, GUI, processor that is configured to generate an integrated user interface, UI, to control the at least one device, based on the information on the at least one device received by the communication unit; a display that is configured to display the integrated UI; and a controller that, when a user command to control an operation of the at least one device is input through the integrated UI, is configured to transmit the user command to the network apparatus such that the network apparatus controls the operation of the at least one device.
A running gear of a rail vehicle defining a longitudinal direction, a transverse direction and a height direction, said running gear comprising - a first wheel unit (103.1) and a second wheel unit (103.2) defining a wheel unit axle distance, - a running gear frame supported on said first wheel unit (103.1) and said second wheel unit (103.2), and - a first drive unit (107.1) driving said first wheel unit (103.1); - said first drive unit (107.1) comprising a first gear unit, a first motor unit and a first reaction moment support unit connected to said running gear frame at a first support location to balance a drive moment exerted onto said first wheel unit (103.1) by said first drive unit (107.1); - said first reaction moment support unit being a substantially plate shaped element defining a plane of main extension; - said first support location, in said transverse direction, being laterally offset from a center of said running gear frame; characterized in that - said first reaction moment support unit is connected to said first gear unit, and - said first support location, in said longitudinal direction, is located at a first support location distance from a first wheel unit axle of said first wheel unit (103.1), which is at least 35% of said wheel unit axle distance. - a first wheel unit (103.1) and a second wheel unit (103.2) defining a wheel unit axle distance, - a running gear frame supported on said first wheel unit (103.1) and said second wheel unit (103.2), and - a first drive unit (107.1) driving said first wheel unit (103.1); - said first drive unit (107.1) comprising a first gear unit, a first motor unit and a first reaction moment support unit connected to said running gear frame at a first support location to balance a drive moment exerted onto said first wheel unit (103.1) by said first drive unit (107.1); - said first reaction moment support unit being a substantially plate shaped element defining a plane of main extension; - said first support location, in said transverse direction, being laterally offset from a center of said running gear frame; - said first reaction moment support unit is connected to said first gear unit, and - said first support location, in said longitudinal direction, is located at a first support location distance from a first wheel unit axle of said first wheel unit (103.1), which is at least 35% of said wheel unit axle distance.
A high-strength hot-rolled steel sheet having a tensile strength, TS, of 980 MPa or more, comprising a component composition containing, by mass, C: 0.04% or more and 0.15% or less, Si: 0.4% or more and 2.0% or less, Mn: 1.0% or more and 3.0% or less, P: 0% or more and 0.100% or less, S: 0% or more and 0.0100% or less, Al: 0.01% or more and 2.00% or less, N: 0.010% or less, including 0%, Ti: 0.03% or more and 0.15% or less, B: 0.0005% or more and 0.0050% or less, and one or two or more selected from Cr: 0.10% or more and 2.50% or less, Mo: 0.05% or more and 0.50% or less, Nb: 0.005% or more and 0.060% or less, and V: 0.05% or more and 0.50% or less, and optionally one or more of Cu: 0.01% or more and 0.50% or less, Ni: 0.01% or more and 0.50% or less, Sb: 0.0002% or more and 0.0200% or less, Ca: 0.0002% or more and 0.0100% or less, Mg: 0.0002% or more and 0.0100% or less, and REM: 0.0002% or more and 0.0100% or less, the balance being Fe and incidental impurities; and a microstructure containing 75.0% or more by area and less than 97.0% by area of a primary phase composed of an upper bainite phase, the primary phase having an average grain size of 12.0 μm or less, more than 3.0% by area and 25.0% or less by area of a secondary phase that is a structure composed of one or two of a lower bainite phase and/or a tempered martensite phase, and a martensite phase, wherein the number density of grains of the secondary phase having an equivalent circular diameter of 0.5 μm or more is 150,000 grains/mm 2 or less, wherein the total area percentage of a retained austenite phase, a pearlite phase and a ferrite phase is 0% to less than 3.0%, wherein the steel sheet has an arithmetic mean surface roughness (Ra) of 2.00 μm or less, and wherein the average grain size of the primary phase, the area percentage of phases, the number density of secondary phase, the equivalent circular diameter of grain of secondary phase and arithmetic mean surface roughness are measured by the methods specified in the description.
A cartomiser for a vapour provision system, the cartomiser including a container for holding a reservoir of free liquid to be vaporised; an atomising chamber; a porous wick extending from inside the container, through an aperture in a wall of the atomising chamber, to inside the atomising chamber in order to convey the liquid from the reservoir to the inside of the atomising chamber for vaporisation; and a resilient seal provided in said aperture to restrict the liquid from entering the atomising chamber from the reservoir except by travelling along the wick; wherein said resilient seal is provided as a lip seal comprising a resilient ridge formed on the inside of the aperture and protruding at least partly into the aperture, wherein the lip seal is compressed and/or deflected when the wick is located in the aperture; and wherein the resilience of the seal is such as to restrict liquid from entering the atomising chamber around the wick without significantly impacting the ability of the wick itself to transfer liquid from the reservoir into the atomising chamber. a container for holding a reservoir of free liquid to be vaporised; an atomising chamber; a porous wick extending from inside the container, through an aperture in a wall of the atomising chamber, to inside the atomising chamber in order to convey the liquid from the reservoir to the inside of the atomising chamber for vaporisation; and a resilient seal provided in said aperture to restrict the liquid from entering the atomising chamber from the reservoir except by travelling along the wick; wherein said resilient seal is provided as a lip seal comprising a resilient ridge formed on the inside of the aperture and protruding at least partly into the aperture, wherein the lip seal is compressed and/or deflected when the wick is located in the aperture; and wherein the resilience of the seal is such as to restrict liquid from entering the atomising chamber around the wick without significantly impacting the ability of the wick itself to transfer liquid from the reservoir into the atomising chamber.
A method for performing, by a user equipment, UE, a random access, RA, procedure in a wireless communication system, the method comprising: establishing connection with a first node and a second node, wherein the first node is a master evolved NodeB, MeNB, and the second node is a secondary eNB, SeNB; transmitting an RA preamble to the second node on a cell of a group associated with the second node; and if a number of RA preamble transmissions reaches a number associated with maximum preamble transmissions, stopping uplink, UL, transmission to all cells of the group associated with the second node and transmitting an indication indicating an RA problem to the first node. establishing connection with a first node and a second node, wherein the first node is a master evolved NodeB, MeNB, and the second node is a secondary eNB, SeNB; transmitting an RA preamble to the second node on a cell of a group associated with the second node; and if a number of RA preamble transmissions reaches a number associated with maximum preamble transmissions, stopping uplink, UL, transmission to all cells of the group associated with the second node and transmitting an indication indicating an RA problem to the first node.
An endotracheal tube configured to transfer gas between a ventilator and a patient's lungs, comprising: a first end configured to connect to the ventilator; a second end configured for insertion into the patient's lungs; and a pressure differential flow sensor positioned at the second end, wherein the second end of the tube comprises a first airway portion having a first cross-sectional diameter and a second airway portion having a second cross sectional diameter larger than the first cross sectional diameter, wherein the pressure differential flow sensor is configured to measure a difference in flow between the first airway portion and the second airway portion, the endotracheal tube has a fixed diameter and and the first cross-sectional diameter is equivalent to the fixed diameter of the endotracheal tube.
Door leaf fall detection device for detecting a fall of a door leaf of a door, preferably a high-speed industrial door, characterized in that the door leaf fall detection device is provided on or in the door leaf, comprising: a means for detecting an acceleration of the door leaf fall detection device in at least one falling direction of the door leaf fall detection device; a wireless communication unit for transmitting a fall notification signal, if the fall of the door leaf is positively detected, wherein the positive detection of the fall of the door leaf is based on the detected acceleration. a means for detecting an acceleration of the door leaf fall detection device in at least one falling direction of the door leaf fall detection device; a wireless communication unit for transmitting a fall notification signal, if the fall of the door leaf is positively detected, wherein the positive detection of the fall of the door leaf is based on the detected acceleration.
Use of a salt of an anion derived from a sulfonic acid having a skeleton of benzene or naphthalene having at least one OH group, and at least one divalent or more cation other than a transition metal cation as a reaction accelerator for polymerizing conductive polymer wherein the matrix of the conductive polymer is a polymer of at least one monomer selected from the group consisting of thiophene and derivatives thereof, wherein the salt is in an aqueous solution.
An attachment for a blower vacuum device comprising: a collection bag; a coupler for removeably coupling the attachment to an air outlet of the blower vacuum and for directing air from the air outlet into the collection bag; characterised by a rotatable cuff fixed to the collection bag and rotatably mounted to the coupler such that the collection bag is rotatable with respect to the air outlet. a collection bag; a coupler for removeably coupling the attachment to an air outlet of the blower vacuum and for directing air from the air outlet into the collection bag; characterised by a rotatable cuff fixed to the collection bag and rotatably mounted to the coupler such that the collection bag is rotatable with respect to the air outlet.
An article comprising: (i) a carbon fibre reinforced plastic (CFRP) substrate, (ii) a buffer layer disposed adjacent the substrate, and comprising a poly(para-xylylene) polymer; and (iii) a moisture barrier coating disposed adjacent the buffer layer, and comprising diamond-like carbon. (i) a carbon fibre reinforced plastic (CFRP) substrate, (ii) a buffer layer disposed adjacent the substrate, and comprising a poly(para-xylylene) polymer; and (iii) a moisture barrier coating disposed adjacent the buffer layer, and comprising diamond-like carbon.
A base station method comprising: determining first information about a first user equipment, UE, device based on a first pilot signal that is received from the first UE device using a wireless transceiver, the first information including a first requested frequency (210, 214); determining second information about a second UE device based on a second pilot signal that is received from the second UE device using the wireless transceiver, the second information including a second requested frequency (212, 214); if the first requested frequency and the second requested frequency are similar, customizing at least one transmission characteristic based on both the first information and the second information, the at least one transmission characteristic including a response frequency; and causing the wireless transceiver to use the at least one transmission characteristic to transmit a system information message to both the first UE device and the second UE device. determining first information about a first user equipment, UE, device based on a first pilot signal that is received from the first UE device using a wireless transceiver, the first information including a first requested frequency (210, 214); determining second information about a second UE device based on a second pilot signal that is received from the second UE device using the wireless transceiver, the second information including a second requested frequency (212, 214); if the first requested frequency and the second requested frequency are similar, customizing at least one transmission characteristic based on both the first information and the second information, the at least one transmission characteristic including a response frequency; and causing the wireless transceiver to use the at least one transmission characteristic to transmit a system information message to both the first UE device and the second UE device.