mhurhangee/ep-ind-claims huggingface dataset:
Arrangement, comprising a first part, comprising a second part, the first part having at least one screw opening for attachment to the second part having a screw thread, comprising a screw which is screwed into the screw thread through the screw opening, and comprising a device for attaching the first part to the second part, the device having an insertion aid which is associated with the screw opening and comprises at least two guide tongues which extend toward one another in a funnel shape to the screw opening and can be elastically spread apart at least at their free ends facing the screw opening, characterized in that the insertion aid is designed or arranged such that the free ends of the guide tongues laterally abut the largest diameter of the screw head (6") when the screw is fully screwed into the screw thread.
A content input method for a terminal device comprising a first interface, a second interface and a display, wherein the method comprises: receiving a first input of a user for target content in a first interface; and characterized by in response to the first input, selecting the target content, and displaying the target content in a target input area, wherein the target input area is an input area in a second interface, and the first interface and the second interface are different; and the second interface is a last interface displayed before the first interface is displayed by the terminal device. receiving a first input of a user for target content in a first interface; and characterized by in response to the first input, selecting the target content, and displaying the target content in a target input area, wherein the target input area is an input area in a second interface, and the first interface and the second interface are different; and the second interface is a last interface displayed before the first interface is displayed by the terminal device.
A local System On Chip, SOC, unit configured to operate with a remote SOC so as to form a shared memory system having a plurality of memories, said local SOC comprising: a local node controller; and on-chip memory connected to said local node controller; wherein in response to receiving a request from a remote controller of a remote SOC to access a memory location, characterized in that said local controller determines whether the local SOC has exclusive ownership of said memory location; sends data from said memory location, if said local SOC has exclusive ownership of said memory location; and stores an entry (304, 306) in said on-chip memory that identifies the remote SOC as having generated the request; and invalidates all other cached copies of said memory location in said shared memory system. wherein an address of the requested memory location is part of a shared global memory space that includes memory addresses of memory locations of each memory in the shared memory system. a local node controller; and on-chip memory connected to said local node controller; wherein in response to receiving a request from a remote controller of a remote SOC to access a memory location, characterized in that said local controller determines whether the local SOC has exclusive ownership of said memory location; sends data from said memory location, if said local SOC has exclusive ownership of said memory location; and stores an entry (304, 306) in said on-chip memory that identifies the remote SOC as having generated the request; and invalidates all other cached copies of said memory location in said shared memory system. wherein an address of the requested memory location is part of a shared global memory space that includes memory addresses of memory locations of each memory in the shared memory system.
Use of a coating composition prepared by mixing (i) a polymer composition, comprising a solution or dispersion of ethylene-vinyl alcohol copolymer (EVOH) having an ethylene content of less than 20 mol.% and, optionally polyvinyl alcohol (PVOH), with (ii) a dispersion of clay, and comprising a liquid vehicle, to enhance the carbon dioxide barrier properties of a substrate, wherein the coating composition is applied to the substrate to form a barrier coating and wherein the clay content of the coating composition is in the range of 3 wt% to 45 wt% based on the total solids comprising polymer and clay. (i) a polymer composition, comprising a solution or dispersion of ethylene-vinyl alcohol copolymer (EVOH) having an ethylene content of less than 20 mol.% and, optionally polyvinyl alcohol (PVOH), with (ii) a dispersion of clay, and comprising a liquid vehicle, to enhance the carbon dioxide barrier properties of a substrate, wherein the coating composition is applied to the substrate to form a barrier coating and wherein the clay content of the coating composition is in the range of 3 wt% to 45 wt% based on the total solids comprising polymer and clay.
A network entity for generating data records indicative of pending Transport Layer, TL, activities of a session between an Over The Top, OTT, service provider endpoint and an OTT service recipient endpoint, the network entity being configured to: perform Shallow Packet Inspection, SPI, to monitor, at a network site between the two endpoints (110; 120) and during successive periods of time, at least one TL connection of the session, wherein the monitoring includes, for each period of time, determining for the at least one TL connection of the session at least one activity metric indicative of at least one pending TL activity of the session in the respective period of time, the at least one activity metric being associated with a dedicated activity type including one or more of (i) a data transfer from the service provider endpoint to the service recipient endpoint and (ii) a data transfer from the service recipient endpoint to the service provider endpoint; and generate, for a period of time with at least one pending TL activity, a data record that includes the activity metric associated with that period of time, wherein the data transfer between the service provider endpoint and the service recipient endpoint is encrypted in upper protocol layers or in parts of the TL header. perform Shallow Packet Inspection, SPI, to monitor, at a network site between the two endpoints (110; 120) and during successive periods of time, at least one TL connection of the session, wherein the monitoring includes, for each period of time, determining for the at least one TL connection of the session at least one activity metric indicative of at least one pending TL activity of the session in the respective period of time, the at least one activity metric being associated with a dedicated activity type including one or more of (i) a data transfer from the service provider endpoint to the service recipient endpoint and (ii) a data transfer from the service recipient endpoint to the service provider endpoint; and generate, for a period of time with at least one pending TL activity, a data record that includes the activity metric associated with that period of time, wherein the data transfer between the service provider endpoint and the service recipient endpoint is encrypted in upper protocol layers or in parts of the TL header.
A wireless module comprising: an antenna connection end configured to be connected to external antennas (AT1 to AT4); a circuit configured to select at least one of the external antennas (AT1 to AT4) connected to the antenna connection end, the circuit being configured to transmit and receive wireless signals by using the selected external antenna (AT1 to AT4); and a first connector configured to input and output signals which are transmitted and received by the circuit, wherein the circuit comprises a first switch configured to select one of the external antennas (AT1 to AT4) connected to the antenna connection end; characterized in that the circuit further comprises a second switch configured to switch whether to perform a selection by the first switch or a selection of all the external antennas (AT1 to AT4) connected to the antenna connection end. an antenna connection end configured to be connected to external antennas (AT1 to AT4); a circuit configured to select at least one of the external antennas (AT1 to AT4) connected to the antenna connection end, the circuit being configured to transmit and receive wireless signals by using the selected external antenna (AT1 to AT4); and a first connector configured to input and output signals which are transmitted and received by the circuit, wherein the circuit comprises a first switch configured to select one of the external antennas (AT1 to AT4) connected to the antenna connection end; characterized in that the circuit further comprises a second switch configured to switch whether to perform a selection by the first switch or a selection of all the external antennas (AT1 to AT4) connected to the antenna connection end.
A spunbonded non-woven fabric, comprising a fiber comprising: a propylene homopolymer having a melting point of 140°C or more; a polyethylene having a density of from 0.941 g/cm 3 to 0.970 g/cm 3; and at least one polymer selected from the group consisting of a polymer specified in the following and a polymer specified in the following, wherein the fiber comprises a sea-island structure, and a percentage of an island phase having a diameter of from 0.12 μm to less than 0.63 μm with respect to an entire island phase in a cross section orthogonal to an axis direction of the fiber on a number basis is 30% or more as determined by the method described in the section "Diameter [μm] of Island Phase" of the description: a random copolymer of propylene and at least one selected from ethylene or an α-olefin having a carbon number of from 4 to 20, and a propylene homopolymer with a melting point of less than 120°C, satisfying the following (a) to (f): (a) [mmmm] = from 20% by mol to 60% by mol, (b) [rrrr]/(1-[mmmm]) ≤ 0.1, (c) [rmrm] > 2.5% by mol, (d) [mm] × [rr]/[mr] 2 ≤ 2.0, (e) weight-average molecular weight (Mw) = from 10,000 to 200,000, and (f) molecular weight distribution (Mw/Mn) < 4, wherein, in (a) to (d), [mmmm] represents a meso-pentad fraction, [rrrr] represents a racemic pentad fraction, [rmrm] represents a racemic meso-racemic meso-pentad fraction, each of [mm], [rr], and [mr] represents a triad fraction, and Mn represents a number-average molecular weight. a random copolymer of propylene and at least one selected from ethylene or an α-olefin having a carbon number of from 4 to 20, and a propylene homopolymer with a melting point of less than 120°C, satisfying the following (a) to (f): (a) [mmmm] = from 20% by mol to 60% by mol, (b) [rrrr]/(1-[mmmm]) ≤ 0.1, (c) [rmrm] > 2.5% by mol, (d) [mm] × [rr]/[mr] 2 ≤ 2.0, (e) weight-average molecular weight (Mw) = from 10,000 to 200,000, and (f) molecular weight distribution (Mw/Mn) < 4, (a) [mmmm] = from 20% by mol to 60% by mol, (b) [rrrr]/(1-[mmmm]) ≤ 0.1, (c) [rmrm] > 2.5% by mol, (d) [mm] × [rr]/[mr] 2 ≤ 2.0, (e) weight-average molecular weight (Mw) = from 10,000 to 200,000, and (f) molecular weight distribution (Mw/Mn) < 4,
An electric current measurement apparatus to measure a current flowing in a wire, the apparatus comprising: a magnetic element; a current source capable of supplying an alternating current and changing a frequency thereof to the magnetic element; and a low pass filter configured to pass a low frequency component of an output from the magnetic element to output a voltage proportional to the current flowing in the wire. a magnetic element; a current source capable of supplying an alternating current and changing a frequency thereof to the magnetic element; and a low pass filter configured to pass a low frequency component of an output from the magnetic element to output a voltage proportional to the current flowing in the wire.
A method of fuel injection for an internal combustion engine fuelled with a gaseous fuel, comprising: introducing a first amount of pilot fuel in a first stage of fuel injection; introducing a first amount of main fuel in a second stage of fuel injection; and introducing a second amount of main fuel in a third stage of fuel injection, said first and second amounts of main fuel contribute to load and speed demand of said internal combustion engine; wherein said main fuel is said gaseous fuel, and said pilot fuel and said main fuel burn in a diffusion combustion mode. introducing a first amount of pilot fuel in a first stage of fuel injection; introducing a first amount of main fuel in a second stage of fuel injection; and introducing a second amount of main fuel in a third stage of fuel injection, said first and second amounts of main fuel contribute to load and speed demand of said internal combustion engine; wherein said main fuel is said gaseous fuel, and said pilot fuel and said main fuel burn in a diffusion combustion mode.
A combustion heater comprising: a heating plate; a placement plate disposed opposite the heating plate; an outer wall provided around the outer circumference of the heating plate and the placement plate; a partitioning plate that is disposed opposite the heating plate and the placement plate inside a space enclosed by the heating plate, the placement plate, and the outer wall, that forms a lead-in portion by a gap with the placement plate, and that forms a lead-out portion by a gap with the heating plate; a linking portion (136, 436) that links the lead-in portion and the lead-out portion; a combustion chamber that combusts fuel gas at the lead-out portion near the linking portion (136, 436); and a flame-stabilization portion (140, 240, 340) that is provided in the combustion chamber and that maintains the combustion of the fuel gas in the combustion chamber, wherein the flame stabilization portion (140, 240, 340) includes a concavity that is provided at a position of the heating plate opposite the linking portion (136, 436). a heating plate; a placement plate disposed opposite the heating plate; an outer wall provided around the outer circumference of the heating plate and the placement plate; a partitioning plate that is disposed opposite the heating plate and the placement plate inside a space enclosed by the heating plate, the placement plate, and the outer wall, that forms a lead-in portion by a gap with the placement plate, and that forms a lead-out portion by a gap with the heating plate; a linking portion (136, 436) that links the lead-in portion and the lead-out portion; a combustion chamber that combusts fuel gas at the lead-out portion near the linking portion (136, 436); and a flame-stabilization portion (140, 240, 340) that is provided in the combustion chamber and that maintains the combustion of the fuel gas in the combustion chamber, wherein the flame stabilization portion (140, 240, 340) includes a concavity that is provided at a position of the heating plate opposite the linking portion (136, 436).
Distribution device for distributing a refrigerant fluid inside a collector tank of a heat exchanger, the distribution device comprising at least a first pipe extending along a longitudinal axis defining the longitudinal direction of extension of the distribution device, the first pipe comprising, at a first of the longitudinal ends thereof, an inlet opening for the entry of the refrigerant fluid into the first pipe, the first pipe being closed at its second longitudinal end and comprising, along at least part of its longitudinal axis, a plurality of discharge orifices for removing the refrigerant fluid from the first pipe, wherein at least two orifices which are adjacent along the longitudinal axis of the first pipe are inclined towards the second end of the first pipe, their opening towards the inside of the first pipe being closer to its first end than their opening towards the outside of the first pipe, characterized in that the device comprises at least one longitudinally extending second pipe, the second pipe housing the first pipe along its longitudinal extension, creating between them a canal surrounding the first pipe, the second pipe being provided with discharge passages for removing the refrigerant fluid from the canal towards the outside of the distribution device.
A composite material structure (1;51;61), comprising: a first composite member which includes PAN-based carbon fibers and which is intended to be disposed so as to face a heating element and; a second composite member which includes pitch-based carbon fibers and which is intended to be disposed between the heating element and the first composite member; and a cushioning element (23;53) which is a composite member which includes PAN-based carbon fibers and which is provided between the first composite member and the second composite member, connects the first composite member and the second composite member to each other, and has a lower rigidity than those of the first composite member and the second composite member so as to be more easily deformed when a load is applied to the first composite member, thereby allowing a relative displacement between the first composite member and the second composite member, wherein the first composite member is provided so as to be connected to an adjacent structure while the second composite member and the cushioning element (23;53) are provided so as to be separated from the structure. a first composite member which includes PAN-based carbon fibers and which is intended to be disposed so as to face a heating element and; a second composite member which includes pitch-based carbon fibers and which is intended to be disposed between the heating element and the first composite member; and a cushioning element (23;53) which is a composite member which includes PAN-based carbon fibers and which is provided between the first composite member and the second composite member, connects the first composite member and the second composite member to each other, and has a lower rigidity than those of the first composite member and the second composite member so as to be more easily deformed when a load is applied to the first composite member, thereby allowing a relative displacement between the first composite member and the second composite member, wherein the first composite member is provided so as to be connected to an adjacent structure while the second composite member and the cushioning element (23;53) are provided so as to be separated from the structure.
A method performed by a user equipment, the method comprising: communicating on a first cell and a second cell using different numerologies, wherein slot boundaries in the first cell and the second cell are not aligned; ascertaining that a power headroom report has been triggered on at least one of the first cell and the second cell; receiving an uplink grant corresponding to an uplink transmission on the first cell, the uplink transmission in a first slot, wherein the first slot on the first cell overlaps with multiple slots on the second cell; determining a first power headroom report reference slot corresponding to the uplink transmission in the first slot on the first cell; generating a first power headroom report for the first cell based on the first power headroom report reference slot; determining a second power headroom report reference slot, wherein the first power headroom report reference slot overlaps the second power headroom report reference slot, and wherein the second power headroom report reference slot is determined as the first slot on the second cell that fully overlaps the first power headroom report reference slot; generating a second power headroom report for the second cell based on the second power headroom report reference slot; and transmitting the first power headroom report and the second power headroom report in the uplink transmission on the first cell. communicating on a first cell and a second cell using different numerologies, wherein slot boundaries in the first cell and the second cell are not aligned; ascertaining that a power headroom report has been triggered on at least one of the first cell and the second cell; receiving an uplink grant corresponding to an uplink transmission on the first cell, the uplink transmission in a first slot, wherein the first slot on the first cell overlaps with multiple slots on the second cell; determining a first power headroom report reference slot corresponding to the uplink transmission in the first slot on the first cell; generating a first power headroom report for the first cell based on the first power headroom report reference slot; determining a second power headroom report reference slot, wherein the first power headroom report reference slot overlaps the second power headroom report reference slot, and wherein the second power headroom report reference slot is determined as the first slot on the second cell that fully overlaps the first power headroom report reference slot; generating a second power headroom report for the second cell based on the second power headroom report reference slot; and transmitting the first power headroom report and the second power headroom report in the uplink transmission on the first cell.
A liquid-injection shield for a plasma torch, the shield comprising: a body having an exterior surface and an interior surface; and a liquid injection regulation component circumferentially disposed within and in direct contact with the interior surface of the body, the liquid injection regulation component and the interior surface of the body defining a chamber, the liquid injection regulation component defining a first set of ports, included within the liquid injection regulation component and sized to regulate a liquid entering the chamber, the liquid injection regulation component further defining a second set of ports, included within the liquid injection regulation component and oriented to distribute a fluid exiting the chamber, and wherein a total cross-sectional flow area of the first set of ports is less than a total cross-sectional flow area of the second set of ports. a body having an exterior surface and an interior surface; and a liquid injection regulation component circumferentially disposed within and in direct contact with the interior surface of the body, the liquid injection regulation component and the interior surface of the body defining a chamber, the liquid injection regulation component defining a first set of ports, included within the liquid injection regulation component and sized to regulate a liquid entering the chamber, the liquid injection regulation component further defining a second set of ports, included within the liquid injection regulation component and oriented to distribute a fluid exiting the chamber, and wherein a total cross-sectional flow area of the first set of ports is less than a total cross-sectional flow area of the second set of ports.