mhurhangee/ep-ind-claims huggingface dataset:
A pad assembly comprising: a fibrous pad including an upper surface, a bottom surface and a peripheral surface; a reinforcement layer; and abrasive tools; characterized in that the reinforcement layer is attached to the bottom surface of the pad, the reinforcement layer including an internal edge defining a central opening or hole therethrough; and in that the abrasive tools are attached to a floor-facing surface of the reinforcement layer; and in that a central area of the fibrous pad being exposed through the hole of the reinforcement layer. a fibrous pad including an upper surface, a bottom surface and a peripheral surface; a reinforcement layer; and abrasive tools; characterized in that the reinforcement layer is attached to the bottom surface of the pad, the reinforcement layer including an internal edge defining a central opening or hole therethrough; and in that the abrasive tools are attached to a floor-facing surface of the reinforcement layer; and in that a central area of the fibrous pad being exposed through the hole of the reinforcement layer.
Cysteamine or cystamine, or a pharmaceutically salt thereof, for use in a method of treatment of viral infection in a subject, wherein the method comprises inhibiting the activity of glycine decarboxylase.
A method, comprising: estimating, for an antenna (110, 110, 110) in an antenna array comprising a plurality of antennas (110, 110, 110), interference parameters using analog signals received at the antenna (110, 110, 110) on each of a plurality of subcarriers; and canceling self-interference from analog signals received by the antenna (110, 110, 110) on the plurality of subcarriers using the estimated interference parameters; characterized in that each interference parameter a mkf is associated with one of a plurality of symbols q kf transmitted to one of a plurality of users on one of the plurality of subcarriers, and wherein estimating the interference parameters comprises estimating the interference parameters that minimizes for each of the plurality of subcarriers a difference between the analog signal received at the antenna (110, 110, 110) on the concerned subcarrier and a sum of products of the interference parameters a mkf and the respectively associated symbols q kf. estimating, for an antenna (110, 110, 110) in an antenna array comprising a plurality of antennas (110, 110, 110), interference parameters using analog signals received at the antenna (110, 110, 110) on each of a plurality of subcarriers; and canceling self-interference from analog signals received by the antenna (110, 110, 110) on the plurality of subcarriers using the estimated interference parameters; characterized in that each interference parameter a mkf is associated with one of a plurality of symbols q kf transmitted to one of a plurality of users on one of the plurality of subcarriers, and wherein estimating the interference parameters comprises estimating the interference parameters that minimizes for each of the plurality of subcarriers a difference between the analog signal received at the antenna (110, 110, 110) on the concerned subcarrier and a sum of products of the interference parameters a mkf and the respectively associated symbols q kf.
An air-actuated vehicle system (10, 10', 10"), comprising: - an actuating device (14, 14a-14d) which houses a pressurizable chamber (16, 16a-16d), - a pressurized air source, - a conduit (18, 18a-18d, 118, 218) extending between the pressurized air source and the actuating device, for enabling the pressurizable chamber of the actuating device to be pressurized with air from the pressurized air source, and - a pressure sensing arrangement (20, 22, 22a-22d, 24) measuring a first pressure inside the pressurized air source and a second pressure inside the pressurizable chamber, characterized in that the pressure sensing arrangement is configured to determine that the system has an air leakage when the result of the measurement(s) of said second pressure deviates from an expected result, wherein the expected result is based on the result of the measurement(s) of said first pressure. - an actuating device (14, 14a-14d) which houses a pressurizable chamber (16, 16a-16d), - a pressurized air source, - a conduit (18, 18a-18d, 118, 218) extending between the pressurized air source and the actuating device, for enabling the pressurizable chamber of the actuating device to be pressurized with air from the pressurized air source, and - a pressure sensing arrangement (20, 22, 22a-22d, 24) measuring a first pressure inside the pressurized air source and a second pressure inside the pressurizable chamber,
A defibrillator, comprising: two paddles for delivering a shock to a patient; each paddle having a microneedle array with two or more rows of conductive microneedles; a device for generating a therapeutic current to deliver the shock to the patient through the two paddles; wherein the microneedle array of the two paddles is adapted to apply a voltage to cause electroporation of a skin surface of the patient and to deliver the shock to the patient through the skin surface; whereby the defibrillator is characterized by further comprising: an impedance sensor that is adapted to measure a depth of the microneedles through the skin surface and an impedance between two of the conductive microneedles and is adapted to stop penetration of the microneedles when the impedance drops; and a mechanical stop that is adapted to prevent the microneedles from penetrating the skin of the patient too deeply. two paddles for delivering a shock to a patient; each paddle having a microneedle array with two or more rows of conductive microneedles; a device for generating a therapeutic current to deliver the shock to the patient through the two paddles; wherein the microneedle array of the two paddles is adapted to apply a voltage to cause electroporation of a skin surface of the patient and to deliver the shock to the patient through the skin surface; whereby the defibrillator is characterized by further comprising: an impedance sensor that is adapted to measure a depth of the microneedles through the skin surface and an impedance between two of the conductive microneedles and is adapted to stop penetration of the microneedles when the impedance drops; and a mechanical stop that is adapted to prevent the microneedles from penetrating the skin of the patient too deeply. an impedance sensor that is adapted to measure a depth of the microneedles through the skin surface and an impedance between two of the conductive microneedles and is adapted to stop penetration of the microneedles when the impedance drops; and a mechanical stop that is adapted to prevent the microneedles from penetrating the skin of the patient too deeply.
An air conditioner comprising: a case where an air inlet is formed; a first discharging part formed on one side of the case and configured to discharge air; a second discharging part formed on another side of the case and configured to discharge air; and a movable panel connected to the case and movable upwards and downwards to open and close the first discharging part or the second discharging part, respectively, characterized in that the case is configured to be installed on a wall, wherein the first discharging part is formed at a top front portion of the case, and the second discharging part is formed at a bottom front portion of the case, wherein the movable panel is configured to be positioned between the first and second discharging parts (110, 120) and configured to be slidable upwardly or downwardly, according to an operation mode, and wherein the operation mode comprises at least a cooling mode and a heating mode. a case where an air inlet is formed; a first discharging part formed on one side of the case and configured to discharge air; a second discharging part formed on another side of the case and configured to discharge air; and a movable panel connected to the case and movable upwards and downwards to open and close the first discharging part or the second discharging part, respectively,
Dust container for a vacuum cleaner, the dust container comprising a dust bag, made of an air permeable material, and a connector plate, surrounding an opening in the dust bag, whereby the connector plate is configured to correctly position the opening within a vacuum cleaner by the connector plate being slid into a holder of the vacuum cleaner, wherein the connector plate comprising a central portion surrounding said opening, and an extending portion projecting from the central portion in the plane thereof, wherein the extending portion is configured as leading in the direction of insertion and the central portion is configured as a trailing part, characterized by the extending portion is configured to have a lower bending stiffness about an axis perpendicular to the direction in which it extends from the central portion than has the central portion, by means of a plurality of living hinges located along the extending portion such that the extending portion can be bent out of the plane of the central portion into a step-wise or continuous curvature without bending the central portion.
Chronograph, in particular chronograph watch, having a housing and a crown, which is arranged along a crown axis, wherein the chronograph has operating elements (4, 5) for operating the time-measuring function of the chronograph, wherein the operating elements (4, 5) are arranged at an angle to the crown axis, wherein the operating elements (4, 5) are arranged within the chronograph, wherein the chronograph has a covering element for covering the operating elements (4, 5), wherein, in a starting position, the covering element is arranged flush with the housing, wherein the covering element can be pivoted about an axis, wherein the axis is arranged perpendicularly in relation to the crown axis and so as to intersect the same, wherein, in a pivoted position, the covering element is in contact with one of the operating elements (4, 5) such that the covering element actuates one of the operating elements (4, 5), characterized in that, in the pivoted position, one portion of the covering element projects out beyond the housing and another portion projects into the housing, wherein the projecting-in portion is assigned to the actuated operating element (4, 5).
A separator plate unit for a fuel cell, which comprises a flow field with fluid guide channels for the reaction fluids, which run parallel to each other and are bounded by ribs, wherein flow obstacles narrowing the flow cross section of the fluid guide channels are arranged within the fluid guide channels, with 2-3 flow obstacles per 100 mm channel length are provided, the arrangement of the flow obstacles being asymmetric with respect to fluid guide channels being adjacent to each other, and wherein the flow obstacles have a cross section area of each 50-90 % of the flow cross section of the fluid guide channels.
A tool having a base body of cemented carbide, cermet, ceramic, steel or high speed steel and a single-layer or multi-layer wear-protection coating applied thereto in a CVD process and of a thickness in the range of 3 μm to 25 μm, wherein the wear-protection coating has at least one Ti 1-x Al x C y N z layer having stoichiometry coefficients 0.70 ≤ x < 1, 0 ≤ y < 0.25 and 0.75 ≤ z < 1.15, and with a thickness in the range of 1.5 μm to 17 μm, characterised in that - the Ti 1-x Al x C y N z layer has a lamellar structure with lamellae of a thickness of not more than 150 nm, preferably not more than 100 nm, particularly preferably not more than 50 nm, wherein - the lamellae are formed from periodically alternating regions of the Ti 1-x Al x C y N z layer with alternately different stoichiometric proportions of Ti and Al, having the same crystal structure (crystallographic phase), and - the Ti 1-x Al x C y N z layer has at least 90 vol-% of face-centred cubic (fcc) crystal structure. - the Ti 1-x Al x C y N z layer has a lamellar structure with lamellae of a thickness of not more than 150 nm, preferably not more than 100 nm, particularly preferably not more than 50 nm, wherein - the lamellae are formed from periodically alternating regions of the Ti 1-x Al x C y N z layer with alternately different stoichiometric proportions of Ti and Al, having the same crystal structure (crystallographic phase), and - the Ti 1-x Al x C y N z layer has at least 90 vol-% of face-centred cubic (fcc) crystal structure.
Scroll compressor for compressing a fluid, comprising: a compression section with • an inlet of the compression section for sucking the fluid into the compression section, • an outlet of the compression section for discharging the compressed fluid out of the compression section, • a stationary disk having a stationary spiral, and • an orbiting disk having an orbiting spiral, the orbiting disk being orbitable relative to the stationary disk along a compression direction to move the fluid from the inlet of the compression section to the outlet of the compression section, thereby compressing the fluid; and an oil separator for separating oil from the compressed fluid; wherein the scroll compressor additionally comprises a direct oil return for directly returning oil from the oil separator to the compression section, the direct oil return comprising at least one orifice opening (59a, 59b), wherein the direct oil return comprises a first flow valve, characterized in that the direct oil return comprises an outgassing chamber arranged between the first flow valve and the orifice opening (59a, 59b) of the direct oil return, and in that the scroll compressor has a fluid return for returning fluid from the outgassing chamber to the compression section. a compression section with • an inlet of the compression section for sucking the fluid into the compression section, • an outlet of the compression section for discharging the compressed fluid out of the compression section, • a stationary disk having a stationary spiral, and • an orbiting disk having an orbiting spiral, the orbiting disk being orbitable relative to the stationary disk along a compression direction to move the fluid from the inlet of the compression section to the outlet of the compression section, thereby compressing the fluid; and • an inlet of the compression section for sucking the fluid into the compression section, • an outlet of the compression section for discharging the compressed fluid out of the compression section, • a stationary disk having a stationary spiral, and • an orbiting disk having an orbiting spiral, the orbiting disk being orbitable relative to the stationary disk along a compression direction to move the fluid from the inlet of the compression section to the outlet of the compression section, thereby compressing the fluid; and an oil separator for separating oil from the compressed fluid; wherein the scroll compressor additionally comprises a direct oil return for directly returning oil from the oil separator to the compression section, the direct oil return comprising at least one orifice opening (59a, 59b), wherein the direct oil return comprises a first flow valve, characterized in that the direct oil return comprises an outgassing chamber arranged between the first flow valve and the orifice opening (59a, 59b) of the direct oil return, and in that the scroll compressor has a fluid return for returning fluid from the outgassing chamber to the compression section.
A silicone composition comprising: liquid silicone; a high-specific-gravity soft magnetic filler having a specific gravity of 4.5 or greater; an intermediate-specific-gravity thermally conductive filler having a specific gravity of 4.0 or less; and a non-liquid anti-thickening and anti-settling agent. liquid silicone; a high-specific-gravity soft magnetic filler having a specific gravity of 4.5 or greater; an intermediate-specific-gravity thermally conductive filler having a specific gravity of 4.0 or less; and a non-liquid anti-thickening and anti-settling agent.
An irrigation system comprising: a reservoir for an irrigating liquid; a probe for arrangement in a user, wherein said probe comprises an inflatable balloon for fixing the catheter in a body cavity, the probe being provided with one lumen for transfer of irrigation liquid through the probe, for discharge at a forward end, and one lumen for inflation and deflation of the balloon; a first pump (4, 4') for directly or indirectly pumping irrigation liquid from the reservoir to the probe; and a second pump for pumping a fluid to the balloon for inflation; characterized in that it further comprises: a control unit for controlling the transfer of said irrigation liquid and said fluid, wherein said control unit further comprises a valve for releasing fluid from the balloon for deflation, said valve being provided with a manually operable balloon control element, and preferably a control button; and tubing providing fluid communication between said reservoir and said control unit and between said control unit and said probe; wherein said control unit and said first and second pumps are arranged as an integrated unitary component, and wherein said manually operable balloon control element is arranged in the vicinity of the second pump. a reservoir for an irrigating liquid; a probe for arrangement in a user, wherein said probe comprises an inflatable balloon for fixing the catheter in a body cavity, the probe being provided with one lumen for transfer of irrigation liquid through the probe, for discharge at a forward end, and one lumen for inflation and deflation of the balloon; a first pump (4, 4') for directly or indirectly pumping irrigation liquid from the reservoir to the probe; and a second pump for pumping a fluid to the balloon for inflation; characterized in that it further comprises: a control unit for controlling the transfer of said irrigation liquid and said fluid, wherein said control unit further comprises a valve for releasing fluid from the balloon for deflation, said valve being provided with a manually operable balloon control element, and preferably a control button; and tubing providing fluid communication between said reservoir and said control unit and between said control unit and said probe; wherein said control unit and said first and second pumps are arranged as an integrated unitary component, and wherein said manually operable balloon control element is arranged in the vicinity of the second pump. a control unit for controlling the transfer of said irrigation liquid and said fluid, wherein said control unit further comprises a valve for releasing fluid from the balloon for deflation, said valve being provided with a manually operable balloon control element, and preferably a control button; and tubing providing fluid communication between said reservoir and said control unit and between said control unit and said probe; wherein said control unit and said first and second pumps are arranged as an integrated unitary component, and wherein said manually operable balloon control element is arranged in the vicinity of the second pump.
An operating method performed by a macro terminal in a wireless communication system having a hierarchical cell structure, the method comprising: setting a measurement reporting configuration for a blanking trigger per measurement identifier allocated by a macro base station; measuring a receive signal strength of a neighbor base station; comparing the measured receive signal strength value with a reference receive signal strength value of the measurement reporting configuration for the blanking trigger; and according to a comparison result, transmitting to the macro base station, a measurement report message comprising a measurement identifier corresponding to the measurement reporting configuration for the blanking trigger of a pico base station. setting a measurement reporting configuration for a blanking trigger per measurement identifier allocated by a macro base station; measuring a receive signal strength of a neighbor base station; comparing the measured receive signal strength value with a reference receive signal strength value of the measurement reporting configuration for the blanking trigger; and according to a comparison result, transmitting to the macro base station, a measurement report message comprising a measurement identifier corresponding to the measurement reporting configuration for the blanking trigger of a pico base station.
A sheet manufacturing apparatus comprising: an accumulation section that accumulates a material containing fibers by an air flow to form a web; a humidification section that applies moisture to a first surface side of the web; and a pressurization section that pressurizes the humidified web to form a sheet, wherein the pressurization section includes a first roller that comes into contact with the first surface of the web and a second roller that comes into contact with a second surface of the web, characterized in that the first roller is configured to heat the first surface of the web and the second roller is configured to heat the second surface of the web, and a surface of the first roller is harder than a surface of the second roller. an accumulation section that accumulates a material containing fibers by an air flow to form a web; a humidification section that applies moisture to a first surface side of the web; and a pressurization section that pressurizes the humidified web to form a sheet, wherein the pressurization section includes a first roller that comes into contact with the first surface of the web and a second roller that comes into contact with a second surface of the web, characterized in that the first roller is configured to heat the first surface of the web and the second roller is configured to heat the second surface of the web, and a surface of the first roller is harder than a surface of the second roller.
A steering wheel skeleton comprising a hub and a steering wheel rim which are interconnected by at least one spoke, wherein at the steering wheel rim, especially at an inside of the steering wheel rim, at least one projection is arranged for receiving an operating element, and wherein the at least one projection extends substantially from the steering wheel rim in the rim plane inwardly to a free end, characterized in that the at least one projection includes at least one opening for fixing an operating element and/or the at least one projection is arranged between a 1 o'clock position and a 4 o'clock position and/or between an 8 o'clock and an 11 o'clock position.
A method comprising: (a) reacting a terminal alkene compound with a dihalofluorocarbon to produce a haloalkanefluorocarbon halide; (b) sulfinating the haloalkanefluorocarbon halide to produce a haloalkanefluorosulfinic acid or salt; and (c) dehalohydrogenating the haloalkanefluorosulfinic acid or salt to produce an alkenefluorosulfinic acid or salt. (a) reacting a terminal alkene compound with a dihalofluorocarbon to produce a haloalkanefluorocarbon halide; (b) sulfinating the haloalkanefluorocarbon halide to produce a haloalkanefluorosulfinic acid or salt; and (c) dehalohydrogenating the haloalkanefluorosulfinic acid or salt to produce an alkenefluorosulfinic acid or salt.