mhurhangee/ep-ind-claims huggingface dataset:
A hydrogen sulfide (H 2 S) detecting apparatus comprising: a. an injection chamber; b. a plurality of reaction chambers (123, 124, 125) in fluid communication with the injection chamber; c. a plurality of trapping chambers (143, 144, 145) positioned adjacent to the plurality of reaction chambers (123, 124, 125), the plurality of trapping chambers (143, 144, 145) defining a free sulfide trapping chamber, an acid labile sulfide trapping chamber, and a total sulfide trapping chamber, with the plurality of trapping chambers (143, 144, 145) each having an alkaline environment; d. a H 2 S-permeable membrane positioned between the plurality of reaction chambers (123, 124, 125) and the plurality of trapping chambers (143, 144, 145); and e. means for detecting the concentration of H 2 S in the free sulfide trapping chamber to determine the free hydrogen sulfide concentration in the sample; f. means for detecting the concentration of H 2 S in the acid labile sulfide trapping chamber and the total sulfide trapping chamber; g. means for determining the acid labile sulfide concentration by subtracting the detected concentration of H 2 S in the free sulfide trapping chamber from the detected concentration of H 2 S in the acid labile sulfide trapping chamber; and h. means for determining the sulfane-bound sulfur concentration by subtracting the detected concentration of H 2 S in the acid labile sulfide trapping chamber from the detected concentration of H 2 S in the total sulfide trapping chamber. a. an injection chamber; b. a plurality of reaction chambers (123, 124, 125) in fluid communication with the injection chamber; c. a plurality of trapping chambers (143, 144, 145) positioned adjacent to the plurality of reaction chambers (123, 124, 125), the plurality of trapping chambers (143, 144, 145) defining a free sulfide trapping chamber, an acid labile sulfide trapping chamber, and a total sulfide trapping chamber, with the plurality of trapping chambers (143, 144, 145) each having an alkaline environment; d. a H 2 S-permeable membrane positioned between the plurality of reaction chambers (123, 124, 125) and the plurality of trapping chambers (143, 144, 145); and e. means for detecting the concentration of H 2 S in the free sulfide trapping chamber to determine the free hydrogen sulfide concentration in the sample; f. means for detecting the concentration of H 2 S in the acid labile sulfide trapping chamber and the total sulfide trapping chamber; g. means for determining the acid labile sulfide concentration by subtracting the detected concentration of H 2 S in the free sulfide trapping chamber from the detected concentration of H 2 S in the acid labile sulfide trapping chamber; and h. means for determining the sulfane-bound sulfur concentration by subtracting the detected concentration of H 2 S in the acid labile sulfide trapping chamber from the detected concentration of H 2 S in the total sulfide trapping chamber.
A method for managing neighbor cell relation lists of a closed subscriber group cell served by a CSG base station (CSG BS), where only a radio terminal belonging to the CSG is permitted to access and receive service from the CSG cell, and where information is provided to radio terminals in the cells neighboring the CSG cell that generally indicates that radio terminals are not to report to a respective serving base station signal quality measurements of a signal received from the CSG base station unless the radio terminal is a member of the closed subscriber group for the CSG cell, the method characterized by the steps of: (a) powering-up the CSG cell; (b) determining whether the CSG cell has previously been powered-on in a same environment; (c) if the CSG cell is powered-on in the same environment, updating neighbor cell relation information for the CSG cell by comparing information with one or more other network nodes; and (d) if the CSG cell is not powered-on in the same environment, initializing neighbor cell relation information for the CSG cell. (a) powering-up the CSG cell; (b) determining whether the CSG cell has previously been powered-on in a same environment; (c) if the CSG cell is powered-on in the same environment, updating neighbor cell relation information for the CSG cell by comparing information with one or more other network nodes; and (d) if the CSG cell is not powered-on in the same environment, initializing neighbor cell relation information for the CSG cell.
An oral pharmaceutical formulation based on a microemulsion between an aqueous solution comprising at least one BCS (Biopharmaceutics Classification System) class III active ingredient, said active ingredient being baclofen, and an oil phase comprising an oil excipient self-emulsifiable in contact with water, said oil excipient self-emulsifiable in contact with water being a mixture of mono-, bi- and triglycerides and of PEG-8 esterified fatty acids in the proportion of 50 to 80 % caprylic acid and 20 to 50 % capric acid.
A composition comprising a HIF-1α prolyl hydroxylase inhibitor having the formula: wherein Z is phenyl substituted with from 1 to 5 halogens chosen from fluorine and chlorine; R 4 is C 1 -C 4 linear alkyl or C 3 -C 4 branched alkyl; or a pharmaceutically acceptable salt thereof, for use in treating an infection in a subject by increasing the cellular immune response. wherein Z is phenyl substituted with from 1 to 5 halogens chosen from fluorine and chlorine; R 4 is C 1 -C 4 linear alkyl or C 3 -C 4 branched alkyl; or a pharmaceutically acceptable salt thereof, for use in treating an infection in a subject by increasing the cellular immune response.
A washing machine comprising: a cabinet having an upper plate which forms an exterior appearance of the washing machine; a tub provided in the cabinet; a drum rotatably provided in the tub; and a detergent dispenser (200; 400) positioned on the upper plate of the cabinet, the detergent dispenser (200; 400) having a powder detergent introduction portion for introducing powder detergent, and a liquid detergent portion having an outside container shape a size smaller than an inside shape of the powder detergent introduction portion which enables selective supply of the powder detergent and the liquid detergent by exposing or covering the powder detergent introduction portion, wherein the detergent dispenser (200; 400) includes: a dispenser housing secured to an inside of the cabinet to be in communication with the tub, a detergent introduction tray having the powder detergent introduction portion formed therein, the detergent introduction tray being detachably seated on the dispenser housing, and a cover hinge coupled to one side of the detergent introduction tray for opening and closing an upper side of the detergent introduction tray, characterized in that the liquid detergent portion rotates with respect to the powder detergent introduction portion to expose or cover the powder detergent introduction portion, selectively. a cabinet having an upper plate which forms an exterior appearance of the washing machine; a tub provided in the cabinet; a drum rotatably provided in the tub; and a detergent dispenser (200; 400) positioned on the upper plate of the cabinet, the detergent dispenser (200; 400) having a powder detergent introduction portion for introducing powder detergent, and a liquid detergent portion having an outside container shape a size smaller than an inside shape of the powder detergent introduction portion which enables selective supply of the powder detergent and the liquid detergent by exposing or covering the powder detergent introduction portion, wherein the detergent dispenser (200; 400) includes: a dispenser housing secured to an inside of the cabinet to be in communication with the tub, a detergent introduction tray having the powder detergent introduction portion formed therein, the detergent introduction tray being detachably seated on the dispenser housing, and a cover hinge coupled to one side of the detergent introduction tray for opening and closing an upper side of the detergent introduction tray, a dispenser housing secured to an inside of the cabinet to be in communication with the tub, a detergent introduction tray having the powder detergent introduction portion formed therein, the detergent introduction tray being detachably seated on the dispenser housing, and a cover hinge coupled to one side of the detergent introduction tray for opening and closing an upper side of the detergent introduction tray, characterized in that the liquid detergent portion rotates with respect to the powder detergent introduction portion to expose or cover the powder detergent introduction portion, selectively.
A method for determining a location of one or more user equipment in a wireless system, wherein said system includes one or more nodes and one or more sectors per node, each sector formed by one or more antennas, the method comprising: determining specific reference signals said specific reference signals being uplink or downlink reference signals, and network parameters for the wireless system and the one or more UE; characterized by: determining an angle of arrival (AoA) using the network parameters and arrival times of the specific reference signals; and utilizing the AoA to calculate a location of at least one UE among the one or more UE. determining specific reference signals said specific reference signals being uplink or downlink reference signals, and network parameters for the wireless system and the one or more UE; characterized by: determining an angle of arrival (AoA) using the network parameters and arrival times of the specific reference signals; and utilizing the AoA to calculate a location of at least one UE among the one or more UE.
A ventilator which is connected to a sensor system as well as to a control system, wherein the sensor system is configured to acquire at least two items of measurement data as well as to transmit the acquired measurement data to the ventilator or to the control logic module, and wherein the control system is connected to at least one display device, characterized in that the at least one display device comprises a configural display screen, and wherein the control system is configured to provide display data (62, 65) on the basis of the acquired measurement data which can be displayed on a first graphics unit on the at least one display device, wherein at least individual items of display data (62, 65) can be displayed in a first animatable representation of a respiratory gas on the first graphics unit of the at least one display device, wherein the first graphics unit is a pictorial representation of a lung, and wherein individual components of the respiratory gas can be represented by mutually distinguishable geometrical elements. the sensor system is configured to acquire at least two items of measurement data as well as to transmit the acquired measurement data to the ventilator or to the control logic module, and wherein the control system is connected to at least one display device, characterized in that the at least one display device comprises a configural display screen, and wherein the control system is configured to provide display data (62, 65) on the basis of the acquired measurement data which can be displayed on a first graphics unit on the at least one display device, wherein at least individual items of display data (62, 65) can be displayed in a first animatable representation of a respiratory gas on the first graphics unit of the at least one display device, wherein the first graphics unit is a pictorial representation of a lung, and wherein individual components of the respiratory gas can be represented by mutually distinguishable geometrical elements.
A desuperheating device for in-line operation in conjunction with superheated fluid piping upstream and downstream therefrom and of type comprising: an upper housing section and a lower housing section joined with a middle housing chamber of enlarged diameter relative to the upstream and downstream piping to form a mixing chamber of enlarged diameter relative to the upstream and downstream piping, wherein said joined housing sections being adapted for connection to said upstream and downstream piping; a desuperheater seat support ring fixed in said middle housing and supporting therewith a hollow annular seat injection ring with a slot travelling around a circumference thereof and said hollow annular seat injection ring being adapted for connection to a cooling fluid inlet piping to supply a cooling fluid to said hollow annular seat injection ring. an upper housing section and a lower housing section joined with a middle housing chamber of enlarged diameter relative to the upstream and downstream piping to form a mixing chamber of enlarged diameter relative to the upstream and downstream piping, wherein said joined housing sections being adapted for connection to said upstream and downstream piping; a desuperheater seat support ring fixed in said middle housing and supporting therewith a hollow annular seat injection ring with a slot travelling around a circumference thereof and said hollow annular seat injection ring being adapted for connection to a cooling fluid inlet piping to supply a cooling fluid to said hollow annular seat injection ring.
A tamper-evident closure comprising a closing cap made of plastic and a container neck, wherein the container neck and the closing cap are connected to each other in a mutually movable manner via a thread or a push-pull connection, such that the closing cap is releasable from the container neck by being rotatable about the longitudinal axis and/or by being movable in the direction of the longitudinal axis, wherein the container neck comprises an engagement part which is connected to the container neck via a connection site, wherein the engagement part extends in the direction of extension of the longitudinal axis, and wherein the engagement part is arranged in such a way that the engagement part extends along the outside of the jacket part when the closing cap is connected to the container neck, characterized in that the closing cap comprises a head part and a jacket part, wherein the jacket part is shaped substantially like a hollow cylinder and has a longitudinal axis, wherein the jacket part extends from the head part along the longitudinal axis, wherein the jacket part has an end portion at the end opposite the head part, and wherein the closing cap comprises a tamper-evident part and bridge parts, wherein the tamper-evident part is arranged at a distance from the jacket part and is connected to the end portion of the jacket part by bridge parts, and wherein the tamper-evident part is arranged in the direction of extension of the longitudinal axis along the end portion, such that the tamper-evident part is arranged at a distance from the jacket part in a direction radial to the longitudinal axis and extends in a circumferential direction to the longitudinal axis along the outside of the jacket part, and wherein the engagement part has a projection, wherein the projection is arranged in the direction of extension of the longitudinal axis between the head part and the tamper-evident part, and wherein the tamper-evident part protrudes past the projection radially with respect to the longitudinal axis, such that, when the closing cap is being opened for the first time, the tamper-evident part comes into contact with the projection and is damaged by the latter.
An adapted decollator system for decollating stacks of sheets, comprising - a roller mounted on an axis of rotation, including a coating sleeve adapted for being in contact with a sheet to be decollated, and having a section with a general non-circular shape and/or off-centered relatively to the axis of rotation, - a substantially planar shoe, positioned substantially parallel to said axis of rotation, said shoe being associated with means for pressing said shoe against said roller and/or the sheet to be decollated, said system being characterized in that - the shoe is adapted for exerting non-zero pressure on the coating sleeve of the roller and/or the sheet to be decollated during the whole rotation of the roller, and in that - the curvature of the coating sleeve of the roller in contact with the shoe and/or the sheet to be decollated varies according to the angle of rotation of the roller, which causes variation of the position of the contact between the roller and the shoe and/or of the sheet to be decollated and of a point of application of the pressure exerted by the shoe on the roller and/or on the sheet to be decollated. - a roller mounted on an axis of rotation, including a coating sleeve adapted for being in contact with a sheet to be decollated, and having a section with a general non-circular shape and/or off-centered relatively to the axis of rotation, - a substantially planar shoe, positioned substantially parallel to said axis of rotation, said shoe being associated with means for pressing said shoe against said roller and/or the sheet to be decollated, said system being characterized in that - the shoe is adapted for exerting non-zero pressure on the coating sleeve of the roller and/or the sheet to be decollated during the whole rotation of the roller, and in that - the curvature of the coating sleeve of the roller in contact with the shoe and/or the sheet to be decollated varies according to the angle of rotation of the roller, which causes variation of the position of the contact between the roller and the shoe and/or of the sheet to be decollated and of a point of application of the pressure exerted by the shoe on the roller and/or on the sheet to be decollated.
A waste water lifting installation with a container and with a pump which is arranged in this or outside the container and with a level sensor which is arranged in the container, comprises an ultrasound sensor and is signal-connected to a control device or comprises a control device, said control device switching the pump on and off in dependence on the fluid level in the inside of the container, wherein the ultrasound sensor is arranged on an upper side of the container and is designed in a manner such that it emits an ultrasound signal towards the lower side of the container and detects a signal reflected by a fluid surface and determines the distance of the fluid surface to the ultrasound sensor by way of the reflected signal, characterised in that the level sensor comprises a tube (26, 30) which extends vertically in the container and which in the region of its lower end and in the region of its upper end in each case comprises at least one opening, wherein the ultrasound sensor is arranged in the inside of the tube or wherein the level sensor comprises a sensor housing which is fastened to the container and into which the ultrasound sensor is releasably inserted. the ultrasound sensor is arranged on an upper side of the container and is designed in a manner such that it emits an ultrasound signal towards the lower side of the container and detects a signal reflected by a fluid surface and determines the distance of the fluid surface to the ultrasound sensor by way of the reflected signal, characterised in that the level sensor comprises a tube (26, 30) which extends vertically in the container and which in the region of its lower end and in the region of its upper end in each case comprises at least one opening, wherein the ultrasound sensor is arranged in the inside of the tube or wherein the level sensor comprises a sensor housing which is fastened to the container and into which the ultrasound sensor is releasably inserted.
A liquid mass measurement and fluid transmitting apparatus comprising: - a container configured to contain liquid for measurement of mass thereof; - a sensor, operatively engaged to said container, to produce one or more electrical signals proportional to a mass of liquid within said container independent of variations in pressure on said liquid, - said sensor comprises a diaphragm oriented to sense changes in the mass of liquid within said container, wherein said diaphragm is positioned wherein liquid within said container is located over said diaphragm; - an inlet in fluid flow communication with said container; - an outlet in fluid flow communication with said container to allow fluid to be transmitted from said container; - a controller electrically coupled to said sensor to receive and process said electrical signals; and - a pressure equalizer to equalize the pressure on said liquid with the pressure on a side of said diaphragm opposite said liquid, wherein said pressure equalizer comprises a conduit having a first end in fluid communication within said container at a location above said liquid within said container, and a second end in fluid communication with an area proximate a side of said diaphragm facing opposite said liquid within said container; characterised in that the sensor is a mass sensor and wherein the sensor is mounted to the bottom of the container such that a first side of the diaphragm supports and faces the liquid, which liquid therein imparts a force on the diaphragm of the sensor and wherein an opposite side of the diaphragm faces opposite the liquid and proximate a cavity. - a container configured to contain liquid for measurement of mass thereof; - a sensor, operatively engaged to said container, to produce one or more electrical signals proportional to a mass of liquid within said container independent of variations in pressure on said liquid, - said sensor comprises a diaphragm oriented to sense changes in the mass of liquid within said container, wherein said diaphragm is positioned wherein liquid within said container is located over said diaphragm; - an inlet in fluid flow communication with said container; - an outlet in fluid flow communication with said container to allow fluid to be transmitted from said container; - a controller electrically coupled to said sensor to receive and process said electrical signals; and - a pressure equalizer to equalize the pressure on said liquid with the pressure on a side of said diaphragm opposite said liquid, wherein said pressure equalizer comprises a conduit having a first end in fluid communication within said container at a location above said liquid within said container, and a second end in fluid communication with an area proximate a side of said diaphragm facing opposite said liquid within said container; characterised in that