mhurhangee/ep-ind-claims huggingface dataset:
A method for performing channel estimation on an Orthogonal frequency-division multiplexing, OFDM, signal, the method comprising: performing blind channel phase estimation on an OFDM signal to obtain channel phase information; and performing blind channel magnitude estimation on the OFDM signal to obtain channel magnitude information; characterized by: each of performing blind channel phase estimation on the OFDM signal and performing blind channel magnitude estimation on the OFDM signal comprising detecting a pure noise signal path of the OFDM signal and suppressing the pure noise signal path of the OFDM signal; the method further comprising: determining a number of survival signal paths of the OFDM signal based on the channel phase information and the channel magnitude information; if the number of the survival signal paths is smaller than a threshold, performing coherent demodulation on the OFDM signal; and if the number of the survival signal paths is larger than the threshold, performing differential demodulation on the OFDM signal. performing blind channel phase estimation on an OFDM signal to obtain channel phase information; and performing blind channel magnitude estimation on the OFDM signal to obtain channel magnitude information; characterized by: each of performing blind channel phase estimation on the OFDM signal and performing blind channel magnitude estimation on the OFDM signal comprising detecting a pure noise signal path of the OFDM signal and suppressing the pure noise signal path of the OFDM signal; determining a number of survival signal paths of the OFDM signal based on the channel phase information and the channel magnitude information; if the number of the survival signal paths is smaller than a threshold, performing coherent demodulation on the OFDM signal; and if the number of the survival signal paths is larger than the threshold, performing differential demodulation on the OFDM signal.
A mineral fibre product, comprising mineral fibres bound by a cured binder composition, the non-cured binder composition comprising - a component (i) in form of one or more oxidized lignins; - a component (ii) in form of one or more cross-linkers; - optionally a component (iii) in form of one or more plasticizers, wherein the mineral fibre product has a water leachable chloride content of less than 10 mg/kg in accordance with EN 13468:2001. - a component (i) in form of one or more oxidized lignins; - a component (ii) in form of one or more cross-linkers; - optionally a component (iii) in form of one or more plasticizers,
Method for partially impregnating a foam of a joint sealing tape, during which a respective predefined amount of impregnate is pressed into the foam at predefined, mutually spaced locations of the foam.
A dispenser for dispensing a flowable material, the dispenser comprising: a container having an outer wall and membrane collectively defining a first chamber configured to contain the flowable material, the membrane having a thickness and a weld seam, the weld seam having a thickness less than the thickness of the membrane; and characterized in that the dispenser comprises: a fracturing mechanism operably connected to the container, the fracturing mechanism having an extending member projecting from the outer wall of the container, the extending member having a projection positioned proximate the membrane, wherein in response to deflection of the extending member, the projection deflects the outer wall proximate the membrane wherein the weld seam fractures creating an opening through the membrane configured to allow the flowable material to pass therethrough and from the dispenser.
A roaming service method used in a mobile broadcasting system, the method comprising: receiving (402; 1302), by a terminal (400; 1300), a service guide from a corresponding visited service provider (410; 1310), Visited SP, when the terminal moves to a roaming area; transmitting (403; 1303), by the terminal, a first roaming request message for requesting at least one purchase item allowable for individual services to a home service provider (420; 1320), Home SP, based on the received service guide; transmitting (404; 1304), by the Home SP, a second roaming request message to the Visited SP, for requesting the purchase item; receiving (405; 1305), by the Home SP from the Visited SP, a roaming response message responding to the second roaming request message, the roaming response message including allowable scope information for the individual services with the Visited SP where the terminal is located; and transmitting (406; 1306), by the Home SP to the terminal, a response message responding to the first roaming request message, the response message including the allowable scope information for the individual services, received from the Visited SP. receiving (402; 1302), by a terminal (400; 1300), a service guide from a corresponding visited service provider (410; 1310), Visited SP, when the terminal moves to a roaming area; transmitting (403; 1303), by the terminal, a first roaming request message for requesting at least one purchase item allowable for individual services to a home service provider (420; 1320), Home SP, based on the received service guide; transmitting (404; 1304), by the Home SP, a second roaming request message to the Visited SP, for requesting the purchase item; receiving (405; 1305), by the Home SP from the Visited SP, a roaming response message responding to the second roaming request message, the roaming response message including allowable scope information for the individual services with the Visited SP where the terminal is located; and transmitting (406; 1306), by the Home SP to the terminal, a response message responding to the first roaming request message, the response message including the allowable scope information for the individual services, received from the Visited SP.
A conduit with a gas-liquid separation enhancer positioned in said conduit for separating liquid from a stream having gas and liquid droplets emanating from a process vessel, and said process vessel, wherein said conduit is attached to said process vessel, the separation enhancer comprising: a central return channel; and a plurality of longitudinally extending vanes distributed along the central return channel, each vane having a first end and a second end (82, 132), wherein each vane is positioned to direct a portion of any liquid contacting the vanes to the first end and into the central return channel; wherein the central return channel directs liquid in a downward direction under the force of gravity in an opposite sense to the direction of the stream of gas and liquid droplets, and wherein at least a portion of the directed liquid falls back into process vessel; wherein the separation enhancer is positioned in said conduit such that the central return channel is at an angle with respect to a horizontal plane; and wherein the separation enhancer is positioned in a conduit section composed of an elbow or mitered bend (42, 50) such that at least a portion of the separation enhancer extends in a direction past an apex of the elbow or mitered bend (42, 50) in a direction downstream of the elbow or mitered bend (42, 50). a central return channel; and a plurality of longitudinally extending vanes distributed along the central return channel, each vane having a first end and a second end (82, 132), wherein each vane is positioned to direct a portion of any liquid contacting the vanes to the first end and into the central return channel; wherein the central return channel directs liquid in a downward direction under the force of gravity in an opposite sense to the direction of the stream of gas and liquid droplets, and wherein at least a portion of the directed liquid falls back into process vessel; wherein the separation enhancer is positioned in said conduit such that the central return channel is at an angle with respect to a horizontal plane; and wherein the separation enhancer is positioned in a conduit section composed of an elbow or mitered bend (42, 50) such that at least a portion of the separation enhancer extends in a direction past an apex of the elbow or mitered bend (42, 50) in a direction downstream of the elbow or mitered bend (42, 50).
A drawout interface for a drawout circuit breaker comprising: a door having a first opening therein, said door having a first side and a second side; a flange disposed about said opening and fixedly coupled to said door first side, said flange having a first projection that extends into said first opening; a sleeve movably coupled to said door and positioned within said first opening, said sleeve having a second opening therethrough; and a spring coupled between said sleeve and said door second side, wherein the drawout interface allows the circuit breaker to be operated in a racked-in position and a test position, characterized in that the sleeve includes an interior portion formed by sidewalls, which interior portion is sized to allow an operator access to a circuit breaker operating handle. a door having a first opening therein, said door having a first side and a second side; a flange disposed about said opening and fixedly coupled to said door first side, said flange having a first projection that extends into said first opening; a sleeve movably coupled to said door and positioned within said first opening, said sleeve having a second opening therethrough; and a spring coupled between said sleeve and said door second side, wherein the drawout interface allows the circuit breaker to be operated in a racked-in position and a test position, characterized in that the sleeve includes an interior portion formed by sidewalls, which interior portion is sized to allow an operator access to a circuit breaker operating handle.
A method for providing a user with an indication of availability of a service at a user terminal, the user terminal being connected to a gateway via a first communications link, and the gateway being connected to a service provider via a second communications link, the gateway providing access to a plurality of services, the method being characterized by: • generating a service availability request by the user terminal upon its switching on; • determining a service bandwidth demand for each of said plurality of services; • determining a bandwidth availability in response to the service availability request; • determining a service priority among at least two different services of said plurality of services; • determining a service availability for each of said plurality of services based on the service bandwidth demand for the respective service and the bandwidth availability and also based on the service priority; and • providing the user with an indication of the service availability for each of said plurality of services. • generating a service availability request by the user terminal upon its switching on; • determining a service bandwidth demand for each of said plurality of services; • determining a bandwidth availability in response to the service availability request; • determining a service priority among at least two different services of said plurality of services; • determining a service availability for each of said plurality of services based on the service bandwidth demand for the respective service and the bandwidth availability and also based on the service priority; and • providing the user with an indication of the service availability for each of said plurality of services.
An improved dried egg white having a pH of 9.5 or more, a carbon dioxide concentration being 1% or less in a sealed 250 ml vial, when 25 g of the improved dried egg white is stored in the vial at 75°C for 24 hours, wherein a heat-coagulated product obtained by adding 7 parts by mass of water to 1 part by mass of the improved dried egg white and coagulating the resulting solution by heating at 80°C for 40 minutes has a water separation rate of 3% or less.
A pulse applicator (1700, 1800, 1900, 2000), comprising: a first arm (1710, 1810, 1910, 2010), comprising a first electrode (1715, 1815, 1915, 2015); a second arm (1730, 1830, 1930, 2030), comprising a second electrode (1735, 1835, 1935, 2035); and a spacer (1720, 1820, 1920, 2020), wherein the first arm is separated from the second arm by the spacer, wherein the first arm, the spacer, and the second arm are movably connected such that the first arm and the spacer are configured to hold a tumor of a subject adjacent the first electrode, the second arm is configured to be movable so as to selectively position the second electrode adjacent the tumor, and wherein the first electrode and the second electrode are configured to deliver an electrical field across the tumor in response to an electrical pulse received across the first and second electrodes. a first arm (1710, 1810, 1910, 2010), comprising a first electrode (1715, 1815, 1915, 2015); a second arm (1730, 1830, 1930, 2030), comprising a second electrode (1735, 1835, 1935, 2035); and a spacer (1720, 1820, 1920, 2020), wherein the first arm is separated from the second arm by the spacer, wherein the first arm, the spacer, and the second arm are movably connected such that the first arm and the spacer are configured to hold a tumor of a subject adjacent the first electrode, the second arm is configured to be movable so as to selectively position the second electrode adjacent the tumor, and wherein the first electrode and the second electrode are configured to deliver an electrical field across the tumor in response to an electrical pulse received across the first and second electrodes.
A duct comprising a foamed blow-molded article constituted of a polyolefin-based resin having a bending elastic modulus of 800 MPa or higher and 1,300 MPa or lower, said foamed blow-molded article having an average apparent density of 0.1 g/cm 3 or higher and 0.4 g/ cm 3 or lower, and an average thickness [cm], wherein the product (DxT 2) of the average apparent density and the square of the average thickness of said foamed blow-molded article is 0.005 g/cm or higher and 0.04 g/cm or lower, characterized in that said foamed blow-molded article has an inner surface side region having an average apparent density and an outer surface side region having an average apparent density, and wherein a ratio (D1/D2) of the average apparent density to the average apparent density is lower than 1.
A method of operating a scanning probe microscope to identify and provide greater resolution for one or more sample features, the method including: scanning a sample at a first resolution as a probe of the SPM interacts with the sample; collecting sample surface data in response to the scanning step; and during collection of the sample surface data, identifying a sub-section of the sample including a feature detected based on the sample surface data using at least two identification parameters wherein the identifying step includes confirming an authenticity of the feature, wherein confirming an authenticity of the feature includes analyzing trace and re-trace data sets of the sample surface data, wherein said trace and re-trace date sets are obtained by scanning a line of the sample with the probe in a forward and backward direction; and automatically scanning the sub-section of the sample at a second resolution, by automatically performing a zoom-in scan of the feature at the second resolution based on the identifying step, as the probe of the SPM interacts with the sub-section of the sample, the second resolution being greater than the first resolution. scanning a sample at a first resolution as a probe of the SPM interacts with the sample; collecting sample surface data in response to the scanning step; and during collection of the sample surface data, identifying a sub-section of the sample including a feature detected based on the sample surface data using at least two identification parameters wherein the identifying step includes confirming an authenticity of the feature, wherein confirming an authenticity of the feature includes analyzing trace and re-trace data sets of the sample surface data, wherein said trace and re-trace date sets are obtained by scanning a line of the sample with the probe in a forward and backward direction; and automatically scanning the sub-section of the sample at a second resolution, by automatically performing a zoom-in scan of the feature at the second resolution based on the identifying step, as the probe of the SPM interacts with the sub-section of the sample, the second resolution being greater than the first resolution. identifying a sub-section of the sample including a feature detected based on the sample surface data using at least two identification parameters wherein the identifying step includes confirming an authenticity of the feature, wherein confirming an authenticity of the feature includes analyzing trace and re-trace data sets of the sample surface data, wherein said trace and re-trace date sets are obtained by scanning a line of the sample with the probe in a forward and backward direction; and automatically scanning the sub-section of the sample at a second resolution, by automatically performing a zoom-in scan of the feature at the second resolution based on the identifying step, as the probe of the SPM interacts with the sub-section of the sample, the second resolution being greater than the first resolution.
A stator, comprising: an iron core formed by arranging a plurality of split cores in an annular shape and coupling adjacent ones of the plurality of split cores at joint portions in such a manner that each of the plurality of split cores is allowed to rotate and each including a core back portion extending in a circumferential direction and a tooth extending toward a center from the core back portion; coils wound around the teeth to form windings; and insulators disposed on axial end faces of the plurality of split cores, the windings being repeatedly arranged by a set of different phases in a circumferential direction, the windings being arranged in order of the different phases, each of the coils having connecting wires (81a, 81b) each connecting the windings of a same phase, each of the insulators being provided with a connecting wire holding portion extending axially away from the split cores and having grooves extending in the circumferential direction and formed to be open toward an outer peripheral direction of the stator, and a radially-inner projection and a radially-outer projection provided across a corresponding one of the joint portions, the radially-inner projection and the radially-outer projection being equally spaced from a center of the joint portion, each of the connecting wires (81a, 81b) being held in a corresponding one of the grooves of the connecting wire holding portion, and passing between the radially-inner projection and the radially-outer projection. an iron core formed by arranging a plurality of split cores in an annular shape and coupling adjacent ones of the plurality of split cores at joint portions in such a manner that each of the plurality of split cores is allowed to rotate and each including a core back portion extending in a circumferential direction and a tooth extending toward a center from the core back portion; coils wound around the teeth to form windings; and insulators disposed on axial end faces of the plurality of split cores, the windings being repeatedly arranged by a set of different phases in a circumferential direction, the windings being arranged in order of the different phases, each of the coils having connecting wires (81a, 81b) each connecting the windings of a same phase, each of the insulators being provided with a connecting wire holding portion extending axially away from the split cores and having grooves extending in the circumferential direction and formed to be open toward an outer peripheral direction of the stator, and a radially-inner projection and a radially-outer projection provided across a corresponding one of the joint portions, the radially-inner projection and the radially-outer projection being equally spaced from a center of the joint portion, each of the connecting wires (81a, 81b) being held in a corresponding one of the grooves of the connecting wire holding portion, and passing between the radially-inner projection and the radially-outer projection.
Device for fastening bathroom accessory components to a mounting surface such as a wall, with a retaining device and a vacuum generating device, the retaining device forming a base having a valve and a vacuum chamber at the mounting surface end, and the vacuum generating device is provided with a vacuum cylinder which forms a sealing surface at the end directed towards the retaining device and in which a piston with a sealing element pointing towards the retaining device is guided, the vacuum cylinder forming an extraction lock at the end remote from the retaining device, characterised in that the extraction lock has at least one recess for at least one rib disposed on the piston, a space being formed between the rib and the sealing element of the piston at the extraction lock end, thereby enabling the piston to be locked in the maximum extracted position by means of a rotating movement above the extraction lock.
A portable data terminal (100, 200) comprising: a main housing (105, 205, 305); a landscape-oriented display screen (120, 220, 320) and a keyboard disposed on a top portion of the main housing (105, 205, 305); and left and right ergonomic handle grips disposed on an underside of the main housing (105, 205, 305) to accommodate two-handed grasping of the portable data terminal (100, 200), wherein the keyboard is constructed and arranged to receive input from a pair of thumbs while corresponding hands (10, 15) are grasping and supporting the main housing (105, 205, 305); characterized in that the main housing (105, 205, 305) comprises a central housing portion (160, 260, 360) extending on the underside of the main housing (105, 205, 305) in a downward direction and having an extended front face, the central housing portion (160, 260, 360) comprising a data reader with a scan engine (162, 262, 362) and comprising first and second cameras (170, 172; 270, 272; 370, 372) that are positioned on opposite lateral sides of the scan engine (162, 262, 362) proximate respective left and right lateral edges of the front face of the central housing portion (160, 260, 360); the landscape-oriented display screen (120, 220, 320) is disposed on a top distal front portion of the main housing (105, 205, 305); and the keyboard is disposed on a proximal side of the display screen (120, 220, 320). a main housing (105, 205, 305); a landscape-oriented display screen (120, 220, 320) and a keyboard disposed on a top portion of the main housing (105, 205, 305); and left and right ergonomic handle grips disposed on an underside of the main housing (105, 205, 305) to accommodate two-handed grasping of the portable data terminal (100, 200), wherein the keyboard is constructed and arranged to receive input from a pair of thumbs while corresponding hands (10, 15) are grasping and supporting the main housing (105, 205, 305); characterized in that the main housing (105, 205, 305) comprises a central housing portion (160, 260, 360) extending on the underside of the main housing (105, 205, 305) in a downward direction and having an extended front face, the central housing portion (160, 260, 360) comprising a data reader with a scan engine (162, 262, 362) and comprising first and second cameras (170, 172; 270, 272; 370, 372) that are positioned on opposite lateral sides of the scan engine (162, 262, 362) proximate respective left and right lateral edges of the front face of the central housing portion (160, 260, 360); the landscape-oriented display screen (120, 220, 320) is disposed on a top distal front portion of the main housing (105, 205, 305); and the keyboard is disposed on a proximal side of the display screen (120, 220, 320).