mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting colistin-resistant Gram-negative bacteria in a biological sample comprising the steps i) Provide a sterile culture medium suitable for Gram-negative bacteria comprising 2.5 - 20 mM calcium ions ii) Addition of colistin sulfate at a concentration of 0.125 mg/L - 512 mg/L to the medium from step i) iii) Addition of a pure culture of a Gram-negative bacterium obtained from a biological sample to the medium of step ii) iv) Incubating the medium with the pure culture of a Gram-negative bacterium to step iii) v) Detection of colistin-resistant Gram-negative bacteria when growing in medium of i) and a colistin sulfate concentration ≥ of the clinical breakpoint. i) Provide a sterile culture medium suitable for Gram-negative bacteria comprising 2.5 - 20 mM calcium ions ii) Addition of colistin sulfate at a concentration of 0.125 mg/L - 512 mg/L to the medium from step i) iii) Addition of a pure culture of a Gram-negative bacterium obtained from a biological sample to the medium of step ii) iv) Incubating the medium with the pure culture of a Gram-negative bacterium to step iii) v) Detection of colistin-resistant Gram-negative bacteria when growing in medium of i) and a colistin sulfate concentration ≥ of the clinical breakpoint.
A mobile station for a mobile communication system configured to perform carrier aggregation by using a primary cell and secondary cells, the mobile station comprising a monitoring unit configured to select one cell from a group including secondary cells only, and to monitor radio links in the selected cell; a management unit configured to manage a timer configured to manage a time in which no occurrence of timing misalignment in an uplink is assured; and a transmitter unit configured to transmit an uplink signal, wherein the monitoring unit is configured to detect radio link failure when a downlink signal is not detected in the radio link for a predetermined time duration, the management unit is, when the monitoring unit detects the radio link failure, either configured to regard the timer as having expired or configured to stop the timer, and the transmitter unit is configured to stop transmission of the uplink signal when the monitoring unit detects the radio link failure.
A compound or composition capable of inhibiting c-SRC and SYK activity for use in the treatment or prophylaxis of infection by human rhinovirus, wherein the compound or composition does not comprise N -(4-(4-(3-(3- tert -Butyl-1- p -tolyl-1H-pyrazol-5-yl) ureido)naphthalen-1-yloxy)pyridin-2-yl)-2-methoxyacetamide.
A cooling device comprising: a compressor whereby the refrigeration cycle is performed; a thermostat used to check the temperature inside the cooling device and to direct the sending of on and off signals to the compressor, a speed control unit which calculates the run time ratio based on the running time period (t1 (n)) and the stopping time period (t2(n)) of the compressor that are determined in a final cycle (n) with respect to the on and off signals of the thermostat, by using the equation Rt n = t 1 n / t 1 n + t 2 n and also calculates the compressor speed (V(n+1)) in the next cycle (n+1) by considering the information concerning the run time ratio (Rt(n)) and the compressor speed (V(n)), after measuring the compressor speed (V(n)) in the last cycle (n), characterized in that, by using gain coefficients (K1, K2) with K1 =Kp + Ki and K2 = Kp - Ki, calculated in relation to a proportional gain coefficient (Kp) whereby the speed of the compressor is varied proportional to run time ratio deviations (e(n), e(n-1)), wherein the run time deviation e(n) = Rth - Rt(n) with respect to a target run time ratio Rth, and an integral gain coefficient (Ki) used to eliminate the deviations which could not be removed by the proportional gain coefficient (Kp), the speed (V(n+1)) of the compressor in the next cycle (n+1) is calculated by utilizing the equation V n + 1 = V n − K 1 × e n − K 2 × e n − 1, using the difference (e(n), e(n-1)) between the target run time ratio (Rth) and the run time ratios (Rt(n), Rt(n-1)) in the last (n) and one previous (n-1) cycles. a compressor whereby the refrigeration cycle is performed; a thermostat used to check the temperature inside the cooling device and to direct the sending of on and off signals to the compressor, a speed control unit which calculates the run time ratio based on the running time period (t1 (n)) and the stopping time period (t2(n)) of the compressor that are determined in a final cycle (n) with respect to the on and off signals of the thermostat, by using the equation Rt n = t 1 n / t 1 n + t 2 n and also calculates the compressor speed (V(n+1)) in the next cycle (n+1) by considering the information concerning the run time ratio (Rt(n)) and the compressor speed (V(n)), after measuring the compressor speed (V(n)) in the last cycle (n), characterized in that, by using gain coefficients (K1, K2) with K1 =Kp + Ki and K2 = Kp - Ki, calculated in relation to a proportional gain coefficient (Kp) whereby the speed of the compressor is varied proportional to run time ratio deviations (e(n), e(n-1)), wherein the run time deviation e(n) = Rth - Rt(n) with respect to a target run time ratio Rth, and an integral gain coefficient (Ki) used to eliminate the deviations which could not be removed by the proportional gain coefficient (Kp), the speed (V(n+1)) of the compressor in the next cycle (n+1) is calculated by utilizing the equation V n + 1 = V n − K 1 × e n − K 2 × e n − 1, using the difference (e(n), e(n-1)) between the target run time ratio (Rth) and the run time ratios (Rt(n), Rt(n-1)) in the last (n) and one previous (n-1) cycles.
A top chime configured to be mounted to a keg; wherein the top chime comprises a mounting portion for mounting the top chime to the keg in use, the mounting portion defining an aperture that is configured to receive a neck portion of the keg; wherein the top chime is configured to be removable from the keg after having been mounted to the keg by pulling the top chime in an axially outward direction with respect to the keg, the top chime being provided with a mounting element that is configured to engage the mounting portion to thereby secure the top chime with respect to the keg, and characterised in that the mounting element is configured to be assembled together with the top chime by moving the mounting element in a radially inward direction with respect to a longitudinal axis of the top chime.
A gas burner unit intended for a heat exchanger, having a perforated burner wall and an air and fuel duct, in the air and fuel duct, over the perforated burner wall, there is a transverse baffle featuring holes and dividing the air and fuel duct into two segments, before and after the said baffle, where the baffle is shaped so that the cross section of the segment of the air and fuel duct located between the baffle and perforated burner wall increases along the baffle towards the perforated burner wall, and the cross section of the segment of the air and fuel duct located within the inner space delimited by the baffle decreases towards the perforated burner wall, and where fixed to the wall of the air and fuel duct above the baffle is a deflector for the air and fuel mix, shaped so that its cross section decreases towards the perforated burner wall, the air and fuel mix deflector is conical in shape with its apex pointing towards the perforated burner wall and the angle of inclination of the side surface of the air and fuel mix deflector with respect to the perforated burner wall corresponds to the angle of inclination of the side surface of the baffle with respect to the perforated burner wall, characterised in that the baffle is given the shape of the side wall of a pyramid, or the shape of the side wall of a truncated pyramid with the smaller base.
A method for treating radioactive strontium-containing wastewater, comprising: a step of mixing wastewater containing radioactive strontium with a powdery alkali metal titanate or a slurry thereof in a stirrer-equipped reaction tank to allow the powdery alkali metal titanate to adsorb radioactive strontium in the wastewater; and a step of subjecting the powdery alkali metal titanate on which radioactive strontium is adsorbed to solid-liquid separation, wherein the powdery alkali metal titanate is potassium dititanate. a step of mixing wastewater containing radioactive strontium with a powdery alkali metal titanate or a slurry thereof in a stirrer-equipped reaction tank to allow the powdery alkali metal titanate to adsorb radioactive strontium in the wastewater; and a step of subjecting the powdery alkali metal titanate on which radioactive strontium is adsorbed to solid-liquid separation, wherein the powdery alkali metal titanate is potassium dititanate.
A sensor device, comprising: - a sensitive element, which is sensitive to one or more of gas, humidity or gas flow, - a support for the sensitive element, the support having a surface with an access opening to the sensitive element, - a layer of adhesive material covering at least parts of the surface, - a venting medium extending over the entire surface of the support and the access opening and being attached to the support by the layer of adhesive material, - the venting medium enabling the passage of gas, - the venting medium containing one or more of: - a polymer - a fluoropolymer - PTFE - an acrylic copolymer - a polyethersulfone polymer - a top element on a part of the venting medium, wherein the top element comprises an element for protecting the venting medium, and wherein the top element includes one or more of: - polymer - filled polymer - mold compound - silicon - glass - metal. - a sensitive element, which is sensitive to one or more of gas, humidity or gas flow, - a support for the sensitive element, the support having a surface with an access opening to the sensitive element, - a layer of adhesive material covering at least parts of the surface, - a venting medium extending over the entire surface of the support and the access opening and being attached to the support by the layer of adhesive material, - the venting medium enabling the passage of gas, - the venting medium containing one or more of: - a polymer - a fluoropolymer - PTFE - an acrylic copolymer - a polyethersulfone polymer - a polymer - a fluoropolymer - PTFE - an acrylic copolymer - a polyethersulfone polymer - a top element on a part of the venting medium, wherein the top element comprises an element for protecting the venting medium, and wherein the top element includes one or more of: - polymer - filled polymer - mold compound - silicon - glass - metal. - polymer - filled polymer - mold compound - silicon - glass - metal.
A method for managing at least one broadcast/multicast service, BMS, bearer among a plurality of communication groups, wherein a central resource manager is communicatively coupled to a BMS capable system, the BMS capable system having a radio access network partitioned into at least one BMS service area (126,128,130,132) and a total number of BMS bearers for transporting media streams, and wherein each BMS service area (126,128,130,132) has associated therewith a portion of the total number of BMS bearers, the central resource manager configured to perform the steps of: allocating, to a first local call controller of a plurality of local call controllers, a first portion of the total number of BMS bearers, to be managed locally by the first local call controller; identifying the first portion of the total number of BMS bearers to the first local call controller; and managing a second portion of the total number of BMS bearers for a subsequent allocation to at least one other local call controller of the plurality of local call controllers; characterized in that the BMS bearers are established prior to allocation to the first local call controller and the at least one second local call controller of the plurality of local call controllers. allocating, to a first local call controller of a plurality of local call controllers, a first portion of the total number of BMS bearers, to be managed locally by the first local call controller; identifying the first portion of the total number of BMS bearers to the first local call controller; and managing a second portion of the total number of BMS bearers for a subsequent allocation to at least one other local call controller of the plurality of local call controllers; characterized in that the BMS bearers are established prior to allocation to the first local call controller and the at least one second local call controller of the plurality of local call controllers.
A method for repairing a defective unit of an offshore wind turbine, which unit comprises a rotor consisting of a hub and one or two rotor blades, and a nacelle receiving a gearbox and a generator, characterized by the following steps - pre-assembling a functional unit, which unit comprises a rotor consisting of a hub and one or two rotor blades, and a nacelle receiving a gearbox and a generator, ashore or on a platform, - placing the functional unit on a watercraft in such a manner that the centre of gravity of the unit lies in the region of the longitudinal axis of the watercraft and the rotor blades extend in the longitudinal direction of the watercraft, - transporting the functional unit to the site of the defective offshore wind turbine, - detaching defective the unit from the tower of the offshore wind turbine, - detaching the defective unit from the tower using a crane aboard the watercraft, - placing the defective unit on the watercraft, - lifting the functional unit from the watercraft using the crane aboard the watercraft, - placing the functional unit on the tower of the offshore wind turbine, and - fastening the functional unit on top of the tower of the offshore wind turbine. - pre-assembling a functional unit, which unit comprises a rotor consisting of a hub and one or two rotor blades, and a nacelle receiving a gearbox and a generator, ashore or on a platform, - placing the functional unit on a watercraft in such a manner that the centre of gravity of the unit lies in the region of the longitudinal axis of the watercraft and the rotor blades extend in the longitudinal direction of the watercraft, - transporting the functional unit to the site of the defective offshore wind turbine, - detaching defective the unit from the tower of the offshore wind turbine, - detaching the defective unit from the tower using a crane aboard the watercraft, - placing the defective unit on the watercraft, - lifting the functional unit from the watercraft using the crane aboard the watercraft, - placing the functional unit on the tower of the offshore wind turbine, and - fastening the functional unit on top of the tower of the offshore wind turbine.
A hot beverage preparation machine comprising - a water container wherein water is filled, - a water heater that enables the water in the water container to be heated, - a temperature sensor that is disposed on the water container and that measures the temperature of the water heated in the water container, - a brewing chamber wherein the raw material of the beverage to be prepared is put and whereto the water heated in the water container is transferred, wherein the brewing process is performed as a result of the interaction between the raw beverage material and water, - a platform whereon the water container is placed, - a pump that is disposed on the water container and that enables the water heated in the water container to be transferred to the brewing chamber, - at least one connector, one end contacting the platform and the other end contacting the water container when the water container is placed onto the platform characterized by - a control unit that is situated on the platform and that activates either the temperature sensor or the pump while deactivating the other. - a water container wherein water is filled, - a water heater that enables the water in the water container to be heated, - a temperature sensor that is disposed on the water container and that measures the temperature of the water heated in the water container, - a brewing chamber wherein the raw material of the beverage to be prepared is put and whereto the water heated in the water container is transferred, wherein the brewing process is performed as a result of the interaction between the raw beverage material and water, - a platform whereon the water container is placed, - a pump that is disposed on the water container and that enables the water heated in the water container to be transferred to the brewing chamber, - at least one connector, one end contacting the platform and the other end contacting the water container when the water container is placed onto the platform characterized by - a control unit that is situated on the platform and that activates either the temperature sensor or the pump while deactivating the other.
Striking mechanism for a watch or a music box, said striking mechanism including at least one gong secured to a gong-carrier, and at least one activation member for activating the gong to vibrate said gong in a striking mode, wherein the striking mechanism includes at least one first magnetic element arranged in one part of the gong, and at least one second magnetic element arranged on the activation member, characterized in that the second magnetic element is a moving permanent magnet and in that in a striking mode, the activation member is activated so that the moving permanent magnet repeatedly moves into proximity with and opposite the first magnetic element, which is arranged for generating a magnetic field of opposite polarity to the magnetic field generated by the moving permanent magnet opposite the first magnetic element, so as to vibrate the gong by a repetitive variation in the magnetic repulsion force between the two magnetic elements.
An image-processing method comprising: acquiring multi-level tone print data expressed in multi-level tones; determining whether the acquired multi-level tone print data includes line data indicative of a line having a tone; replacing, if the print data includes the line data, the line data with specific line data based on the tone of the line data, the specific line data indicating a specific line having a prescribed tone value and a prescribed structure; and converting the multi-level tone print data to binary data after replacing the line data with the specific line data; wherein the multi-level tone print data is converted to binary data using a dither matrix; and the specific line data indicates a line having a tone value falling within a first tone range in a prescribed range of the multi-level tones, the first tone range extending from a predetermined minimum tone value to a first tone value within the prescribed range, the first tone value being higher than the minimum tone value, the first tone range including 10% of the entire part of the prescribed range. acquiring multi-level tone print data expressed in multi-level tones; determining whether the acquired multi-level tone print data includes line data indicative of a line having a tone; replacing, if the print data includes the line data, the line data with specific line data based on the tone of the line data, the specific line data indicating a specific line having a prescribed tone value and a prescribed structure; and converting the multi-level tone print data to binary data after replacing the line data with the specific line data; wherein the multi-level tone print data is converted to binary data using a dither matrix; and the specific line data indicates a line having a tone value falling within a first tone range in a prescribed range of the multi-level tones, the first tone range extending from a predetermined minimum tone value to a first tone value within the prescribed range, the first tone value being higher than the minimum tone value, the first tone range including 10% of the entire part of the prescribed range.
A method, performed by a user equipment, UE, for reporting failures that occur during communication with a first cell associated with a first network node, the method comprising: transmitting a request message to the first network node, wherein the request message is associated with a connection between the UE and a radio access network, RAN, and wherein the message is a Radio Resource Control, RRC, resume message or an RRC request message; initiating a timer upon transmitting the request message; performing integrity protection, IP, verification of a response to the request message; in response to a failure of the IP verification, sending a failure report to a second network node, wherein the failure report includes first information related to the IP verification failure, and wherein performing the IP verification is based on receiving the response before expiration of the timer; and wherein the failure report is a resume or re-establishment failure report; and wherein in response to expiration of the timer without receiving a response to the request message, sending a failure report to the second network node, wherein the failure report includes second information indicating the expiration of the timer, and wherein the failure report also includes an indication of whether the failure report includes the first information or the second information. transmitting a request message to the first network node, wherein the request message is associated with a connection between the UE and a radio access network, RAN, and wherein the message is a Radio Resource Control, RRC, resume message or an RRC request message; initiating a timer upon transmitting the request message; performing integrity protection, IP, verification of a response to the request message; in response to a failure of the IP verification, sending a failure report to a second network node, wherein the failure report includes first information related to the IP verification failure, and wherein performing the IP verification is based on receiving the response before expiration of the timer; and wherein the failure report is a resume or re-establishment failure report; and wherein in response to expiration of the timer without receiving a response to the request message, sending a failure report to the second network node, wherein the failure report includes second information indicating the expiration of the timer, and wherein the failure report also includes an indication of whether the failure report includes the first information or the second information.
Method of producing an article, comprising the steps of: - producing a shell encompassing a volume (3, 3', 3") for accommodating a fluid by means of an additive manufacturing method from a construction material; - providing a reaction mixture comprising a polyisocyanate component and a polyol component in the volume (3, 3', 3"); - allowing the reaction mixture to react in the volume (3, 3', 3") to obtain a polymer present at least in part in the volume (3, 3', 3"), characterized in that the reaction mixture has a setting time of ≥ 2 minutes. - producing a shell encompassing a volume (3, 3', 3") for accommodating a fluid by means of an additive manufacturing method from a construction material; - providing a reaction mixture comprising a polyisocyanate component and a polyol component in the volume (3, 3', 3"); - allowing the reaction mixture to react in the volume (3, 3', 3") to obtain a polymer present at least in part in the volume (3, 3', 3"),