mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling an ammonia content in the exhaust gas (E) from a cement manufacturing plant wherein the gaseous stream (G) produced during sintering a raw meal (M) to form a cement clinker (C) is passed into a conditioning stage in which an amount of SO 2 is adjusted that suffices for reducing the ammonia content to a desired level by reaction of ammonia with SO 2 to form ammonium sulfur compounds which are separated from the gaseous stream (G) and captured in a dedusting filter of the plant as solid material to provide the exhaust gas (E) with the desired level of ammonia content.
An urban furniture object comprising at least one post made of an electroconductive material, this post being at least partially hollow and at least approximately vertical; and said at least one post comprising at least two superimposed parts , electrically insulated from each other by forming an antenna with horizontally omnidirectional radiation, said object being characterized in that said at least one post is constituted by two superimposed parts, namely a lower part and an upper part , separated by an annular slot , the two superimposed parts of said at least one post forming said antenna with horizontally omnidirectional radiation.
A power tool portion , comprising: a rotatable collar and a locking member arranged to be actuated by the rotatable collar; wherein the rotatable collar is rotatable about an axis (A) for actuating the locking member to removably engage the locking member with a second locking member of a second power tool portion when present, thereby releasably locking the power tool portion with the second power tool portion along the axis; wherein the power tool portion further comprises: a groove on an inner surface of the rotatable collar; a stop member movable parallel to the axis between an extended position and a retracted position; and a biasing member biasing the stop member to the extended position; characterised in that at the extended position, the stop member is engaged with the groove of the rotatable collar such that rotation of the locking member is obstructed; and wherein at the retracted position, the stop member is not engaged with the groove of the rotatable collar such that rotation of the locking member is unobstructed. a rotatable collar and a locking member arranged to be actuated by the rotatable collar; wherein the rotatable collar is rotatable about an axis (A) for actuating the locking member to removably engage the locking member with a second locking member of a second power tool portion when present, thereby releasably locking the power tool portion with the second power tool portion along the axis; wherein the power tool portion further comprises: a groove on an inner surface of the rotatable collar; a stop member movable parallel to the axis between an extended position and a retracted position; and a biasing member biasing the stop member to the extended position; characterised in that at the extended position, the stop member is engaged with the groove of the rotatable collar such that rotation of the locking member is obstructed; and wherein at the retracted position, the stop member is not engaged with the groove of the rotatable collar such that rotation of the locking member is unobstructed. a groove on an inner surface of the rotatable collar; a stop member movable parallel to the axis between an extended position and a retracted position; and a biasing member biasing the stop member to the extended position; characterised in that at the extended position, the stop member is engaged with the groove of the rotatable collar such that rotation of the locking member is obstructed; and wherein at the retracted position, the stop member is not engaged with the groove of the rotatable collar such that rotation of the locking member is unobstructed.
A pressure measuring device installable in a tube for transferring a medium (BL) so as to measure a pressure of the medium inside the tube , the device comprising: a main body portion mountable to the tube ; polarizing means disposed in the main body portion so that light oscillating in a specific direction passes therethrough; an image acquisition unit disposed in the main body portion so that image information on a pressure receiver that is deformed in response to the received pressure is acquired through the polarizing means ; and a control unit configured to convert the image information acquired by the image acquisition unit into pressure information about the pressure.
System for additive manufacturing of three-dimensional objects, comprising one or more working stations provided for performing at least one working process in the additive manufacturing of three-dimensional objects, characterized by at least one freely positionable mobile storage unit comprising a rack-like storage device comprising at least one storage room which is configured for storing at least one powder module , especially for the purpose of conveying the powder module between different working stations of the system , at least one driverless, freely movable mobile conveying unit comprising a receiving device , which is configured for receiving at least one mobile storage unit for the purpose of conveying the storage unit between different working stations of the system , wherein the receiving device comprises at least one receiving element coupled with a lifting device , which is movably supported between at least one upper position, in which the receiving element is configured to abut against a storage unit , especially against a first frame structure portion limiting the bottom of the storage room , such that the storage unit is lifted from a foundation, and a lower position, in which the receiving element is not configured to abut against a storage unit , especially against a first frame structure portion limiting the bottom of the storage room , such that the storage unit is lifted from a foundation.
A method for decontaminating water and generating water vapor, comprising the steps of: orienting a elongated vessel having an inner chamber generally horizontally; introducing a water having contaminates into the inner chamber of the vessel ; moving the water through a series of rotating trays alternately separated by stationary baffles disposed within the inner chamber; passing the water and the water vapor through a plurality of scoops through each of the trays , wherein the scoops are configured to have an inlet of a first diameter and an outlet of a second smaller diameter, so as to swirl and heat the water to effect the vaporization thereof to produce a vapor having at least some of the contaminates separated therefrom; passing the water through a plurality of apertures through each of the baffles , wherein the apertures are configured to have an inlet of a first diameter and an outlet of a second smaller diameter; rotating the series of trays at a speed whereby a temperature of the vapor is raised to a pasteurization temperature; removing the vapor from the vessel for condensing apart from the separated contaminates and remaining water; sensing the conditions of at least one of: 1) water input into the vessel , 2) the speed of rotation of the trays , 3) pressure within the vessel , 4) temperature of the water or vapor, or 5) level of separated contaminates; and adjusting the speed of rotation of the trays or water input into the vessel in response to the sensed conditions. orienting a elongated vessel having an inner chamber generally horizontally; introducing a water having contaminates into the inner chamber of the vessel ; moving the water through a series of rotating trays alternately separated by stationary baffles disposed within the inner chamber; passing the water and the water vapor through a plurality of scoops through each of the trays , wherein the scoops are configured to have an inlet of a first diameter and an outlet of a second smaller diameter, so as to swirl and heat the water to effect the vaporization thereof to produce a vapor having at least some of the contaminates separated therefrom; passing the water through a plurality of apertures through each of the baffles , wherein the apertures are configured to have an inlet of a first diameter and an outlet of a second smaller diameter; rotating the series of trays at a speed whereby a temperature of the vapor is raised to a pasteurization temperature; removing the vapor from the vessel for condensing apart from the separated contaminates and remaining water; sensing the conditions of at least one of: 1) water input into the vessel , 2) the speed of rotation of the trays , 3) pressure within the vessel , 4) temperature of the water or vapor, or 5) level of separated contaminates; and adjusting the speed of rotation of the trays or water input into the vessel in response to the sensed conditions.
A fluid sensing apparatus comprising: a fluid flow channel having an inlet and an outlet; a first fluid port at a first location of the fluid flow channel; a second fluid port at a second location of the fluid flow channel; a fluid sensor in fluid communication with the first fluid port and second fluid port; and a laminar flow element comprising a flow stabilisation rod which extends along the fluid flow channel at least from the first location to the second location to define a fluid sensing portion of the fluid flow channel between the outer wall of the fluid flow channel and the outer surface of the flow stabilisation rod and between the first and second locations, wherein the outer surface of the flow stabilisation rod is substantially continuous and the cross-sectional area defined by the outer surface of the flow stabilisation rod is substantially constant along the entire length of the fluid sensing portion, characterised by further comprising a flow restriction located between the inlet and the outlet; wherein the flow restriction comprises a reduction in the hydraulic diameter of the fluid sensing portion of the fluid flow channel which is caused by a decrease in the cross-sectional area of the fluid flow channel, the first fluid port at the first location of the fluid flow channel being upstream of the reduction in the hydraulic diameter, and the second fluid port at the second location of the fluid flow channel being downstream of the reduction in the hydraulic diameter. a fluid flow channel having an inlet and an outlet; a first fluid port at a first location of the fluid flow channel; a second fluid port at a second location of the fluid flow channel; a fluid sensor in fluid communication with the first fluid port and second fluid port; and a laminar flow element comprising a flow stabilisation rod which extends along the fluid flow channel at least from the first location to the second location to define a fluid sensing portion of the fluid flow channel between the outer wall of the fluid flow channel and the outer surface of the flow stabilisation rod and between the first and second locations, wherein the outer surface of the flow stabilisation rod is substantially continuous and the cross-sectional area defined by the outer surface of the flow stabilisation rod is substantially constant along the entire length of the fluid sensing portion, characterised by further comprising a flow restriction located between the inlet and the outlet; wherein the flow restriction comprises a reduction in the hydraulic diameter of the fluid sensing portion of the fluid flow channel which is caused by a decrease in the cross-sectional area of the fluid flow channel, the first fluid port at the first location of the fluid flow channel being upstream of the reduction in the hydraulic diameter, and the second fluid port at the second location of the fluid flow channel being downstream of the reduction in the hydraulic diameter.
A compound of Formula I: wherein: X is a radionuclide chelating group; Y is a peptide; A is selected from the group consisting of a bond, an alkylene group and a carboxyl group; Z is selected from the group consisting of an optionally substituted carborane group and an optionally substituted dodecaborate group; n is an integer from 1 to 11. X is a radionuclide chelating group; Y is a peptide; A is selected from the group consisting of a bond, an alkylene group and a carboxyl group; Z is selected from the group consisting of an optionally substituted carborane group and an optionally substituted dodecaborate group; n is an integer from 1 to 11.
An engineered T-cell expressing a Chimeric Antigen Receptor directed against at least one antigen expressed at the surface of a malignant or infected cell, characterized in that i) expression of B2M is inhibited in said T-cell by a genome modification, and ii) expression of at least one gene encoding a component of the TCR receptor is inactivated, for its allogeneic use for treating cancers, infections or immune diseases in a patient.
A rotor blade of a wind energy installation , wherein the rotor blade has a suction side , a pressure side , a rotor blade nose and a rotor blade trailing edge , which extend between a rotor blade root and a rotor blade tip and which define a rotor blade profile, wherein at least one target balance chamber which is prefilled with a filling material and which has a desired filling level is provided in a rotor blade end region which faces towards the rotor blade tip , characterised in that , in a rotor blade end region which faces towards the rotor tip , a balance chamber (30, 30.1, 30.2) which can be filled with a filling material is provided for the fine tuning of the balancing of the rotor blade .
A welding or additive manufacturing power supply , comprising: output circuitry configured to generate a welding waveform; a current sensor for measuring a welding current (I S ) generated by the output circuitry; a voltage sensor for measuring an output voltage (V S ) of the welding waveform; and a controller operatively connected to the output circuitry to control the welding waveform, and operatively connected to the current sensor and the voltage sensor to monitor the welding current (I S ) and the output voltage (V S ), wherein a portion of welding waveform includes a controlled change in current from a first level to a second level different from the first level , characterized in that the controller is configured to determine a circuit inductance (L C ) from at least the controlled change in current (I S ), and further determine a change in resistance (R T ) of a consumable electrode in real time based on the circuit inductance (L C ). output circuitry configured to generate a welding waveform; a current sensor for measuring a welding current (I S ) generated by the output circuitry; a voltage sensor for measuring an output voltage (V S ) of the welding waveform; and a controller operatively connected to the output circuitry to control the welding waveform, and operatively connected to the current sensor and the voltage sensor to monitor the welding current (I S ) and the output voltage (V S ), wherein a portion of welding waveform includes a controlled change in current from a first level to a second level different from the first level , characterized in that the controller is configured to determine a circuit inductance (L C ) from at least the controlled change in current (I S ), and further determine a change in resistance (R T ) of a consumable electrode in real time based on the circuit inductance (L C ).
A method at a server associated with a webpage, the method characterised by : causing the display on a user interface "UI" of a webpage about which a user wants to provide feedback, the webpage comprising content published by a publisher; receiving , over a network, an indication of a selection of the edit trigger displayed on or otherwise associated with the UI; in response to the receiving of the selection of the edit trigger, configuring the displayed webpage to be able to receive feedback about the displayed webpage from the user, to enable the UI presenting the webpage to receive and display the feedback comprising one or more user inputs applied directly to the webpage; receiving the one or more user inputs applied directly to the webpage, each user input being associated with an identifier of the webpage, coordinates of a location of the user input within the webpage, and a user edit that indicates the feedback, a said user input indicating the feedback comprising selecting a component of the displayed webpage and making edits directly to the component; processing the one or more user inputs, the processing comprising generating a feedback preview that displays each of the one or more user inputs organized based on one or more corresponding feedback types; and causing presentation of the feedback preview on the device of the user, the feedback preview including one or more selectable elements to approve and submit a corresponding portion of the feedback. causing the display on a user interface "UI" of a webpage about which a user wants to provide feedback, the webpage comprising content published by a publisher; receiving , over a network, an indication of a selection of the edit trigger displayed on or otherwise associated with the UI; in response to the receiving of the selection of the edit trigger, configuring the displayed webpage to be able to receive feedback about the displayed webpage from the user, to enable the UI presenting the webpage to receive and display the feedback comprising one or more user inputs applied directly to the webpage; receiving the one or more user inputs applied directly to the webpage, each user input being associated with an identifier of the webpage, coordinates of a location of the user input within the webpage, and a user edit that indicates the feedback, a said user input indicating the feedback comprising selecting a component of the displayed webpage and making edits directly to the component; processing the one or more user inputs, the processing comprising generating a feedback preview that displays each of the one or more user inputs organized based on one or more corresponding feedback types; and causing presentation of the feedback preview on the device of the user, the feedback preview including one or more selectable elements to approve and submit a corresponding portion of the feedback.
A plant fiber product for oral use, said product containing a mixture of at least: - plant fibers; and - at least one added substance intended to be released from the product when said product is used, characterized in that the product contains an alginate composition, distributed in the product and comprising at least water, alginate and the added substance, said composition containing an alginate matrix that retains at least a major proportion of the added substance so long as the matrix is intact, and the alginate matrix being formed so as to disintegrate and/or dissolve in the chemical and physical environment that exists in a user's mouth, that said alginate contains an alginate salt of monovalent cations and is soluble in cold water, wherein the at least one added substance is selected from a taste substance, an active substance that can be absorbed through the mucous membranes in the user's mouth, or mixtures thereof, and wherein the plant fiber product has a water content of 40-60%. - plant fibers; and - at least one added substance intended to be released from the product when said product is used, characterized in that the product contains an alginate composition, distributed in the product and comprising at least water, alginate and the added substance, said composition containing an alginate matrix that retains at least a major proportion of the added substance so long as the matrix is intact, and the alginate matrix being formed so as to disintegrate and/or dissolve in the chemical and physical environment that exists in a user's mouth, that said alginate contains an alginate salt of monovalent cations and is soluble in cold water, wherein the at least one added substance is selected from a taste substance, an active substance that can be absorbed through the mucous membranes in the user's mouth, or mixtures thereof, and
A beam measurement reporting method, performed by a terminal, comprising: receiving (S201) measurement configuration information transmitted by a base station; performing (S202) beam measurement according to the measurement configuration information and determining a beam to be reported by using a beam measurement result determining threshold T carried in the measurement configuration information; and reporting (S203) a measurement report to the base station, wherein the measurement report carries information of the beam to be reported, characterized in that wherein determining the beam to be reported by using the beam measurement result determining threshold T carried in the measurement configuration information comprises: when none of measurement results of a plurality of beams is greater than the threshold T, determining a beam corresponding to a best measurement result of current measurement as the beam to be reported; and when the measurement results of the plurality of beams include measurement results greater than the threshold T, determining the beam to be reported from among beams whose measurement results are greater than the threshold T. receiving (S201) measurement configuration information transmitted by a base station; performing (S202) beam measurement according to the measurement configuration information and determining a beam to be reported by using a beam measurement result determining threshold T carried in the measurement configuration information; and reporting (S203) a measurement report to the base station, wherein the measurement report carries information of the beam to be reported, characterized in that wherein determining the beam to be reported by using the beam measurement result determining threshold T carried in the measurement configuration information comprises: when none of measurement results of a plurality of beams is greater than the threshold T, determining a beam corresponding to a best measurement result of current measurement as the beam to be reported; and when the measurement results of the plurality of beams include measurement results greater than the threshold T, determining the beam to be reported from among beams whose measurement results are greater than the threshold T. when none of measurement results of a plurality of beams is greater than the threshold T, determining a beam corresponding to a best measurement result of current measurement as the beam to be reported; and when the measurement results of the plurality of beams include measurement results greater than the threshold T, determining the beam to be reported from among beams whose measurement results are greater than the threshold T.