mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: - a display unit comprising a front frame, a display panel and a rear cover, - a base plate for carrying and supporting said display unit, - a foot shaft establishing mechanical connection between said base plate and said display unit, - a carrier plate, wherein the foot shaft is in mechanical communication with the carrier plate, the carrier plate being in the form of a substantially planar plate member extending in parallel with the display panel, - said carrier plate is sandwiched between the display panel and the rear cover, - the foot shaft is insertable into the carrier plate through a carrier plate duct extending through said substantially planar surface of the carrier plate characterized in that - there is a single foot shaft; - the foot shaft is enclosable by a shaft connection means such that said shaft connection means is engageable with an annular groove of the foot shaft. - a display unit comprising a front frame, a display panel and a rear cover, - a base plate for carrying and supporting said display unit, - a foot shaft establishing mechanical connection between said base plate and said display unit, - a carrier plate, wherein the foot shaft is in mechanical communication with the carrier plate, the carrier plate being in the form of a substantially planar plate member extending in parallel with the display panel, - said carrier plate is sandwiched between the display panel and the rear cover, - the foot shaft is insertable into the carrier plate through a carrier plate duct extending through said substantially planar surface of the carrier plate characterized in that - there is a single foot shaft; - the foot shaft is enclosable by a shaft connection means such that said shaft connection means is engageable with an annular groove of the foot shaft.
A method of managing uplink control channel scheduling for one or more UEs served by a network entity in a wireless communications system, wherein the method is performed by the network entity and comprises: selecting an uplink control channel transmission window length (714, 720) from a plurality of uplink control channel transmission window lengths (714, 720) for an uplink control channel transmission window, wherein an uplink control channel bandwidth allocation for at least one of the one or more UEs for the selected uplink control channel transmission window length (714, 720) is configured for and transmitted to the at least one of the one or more UEs and specifies a variable bandwidth resource that is a function of the uplink control channel transmission window length, wherein the function is according to an uplink control channel bandwidth allocation map defining an uplink control channel bandwidth allocation for the at least one of the one or more UEs for at least one of the plurality of uplink control channel transmission window lengths (714, 720); transmitting the selected uplink control channel transmission window length (714, 720) to the at least one of the one or more UEs before the uplink control channel transmission window; and receiving, during the uplink control channel transmission window, one or more control channel transmissions from the one or more UEs based on the uplink control channel bandwidth allocation which is the function of the selected uplink control channel transmission window length. selecting an uplink control channel transmission window length (714, 720) from a plurality of uplink control channel transmission window lengths (714, 720) for an uplink control channel transmission window, wherein an uplink control channel bandwidth allocation for at least one of the one or more UEs for the selected uplink control channel transmission window length (714, 720) is configured for and transmitted to the at least one of the one or more UEs and specifies a variable bandwidth resource that is a function of the uplink control channel transmission window length, wherein the function is according to an uplink control channel bandwidth allocation map defining an uplink control channel bandwidth allocation for the at least one of the one or more UEs for at least one of the plurality of uplink control channel transmission window lengths (714, 720); transmitting the selected uplink control channel transmission window length (714, 720) to the at least one of the one or more UEs before the uplink control channel transmission window; and receiving, during the uplink control channel transmission window, one or more control channel transmissions from the one or more UEs based on the uplink control channel bandwidth allocation which is the function of the selected uplink control channel transmission window length.
Method for operating a first passenger vehicle when an unavoidable impact against a side of a second passenger vehicle is detected, in order to reduce the severity of the accident for the vehicle occupants of the second passenger vehicle, having the following steps: - determining the position of a side impact against the second passenger vehicle in the case of unbraked travel of the first passenger vehicle and - carrying out a driving intervention into the operation of the first passenger vehicle as a function of the determined position of the side impact against the second passenger vehicle, wherein the determined position of the side impact against the second passenger vehicle is determined in such a way that the resulting force acts on the front axle or the rear axle of the second passenger vehicle. - determining the position of a side impact against the second passenger vehicle in the case of unbraked travel of the first passenger vehicle and - carrying out a driving intervention into the operation of the first passenger vehicle as a function of the determined position of the side impact against the second passenger vehicle, wherein the determined position of the side impact against the second passenger vehicle is determined in such a way that the resulting force acts on the front axle or the rear axle of the second passenger vehicle.
A collapsible tube with a dispenser pump, comprising: a soft tube, comprising a tube body with a storing room and a connecting end with a first engagement portion; and a pump assembly, comprising a pressing head with a nozzle and a pump body with a second engagement portion; wherein the pump body is disposed in the storing room, and the first engagement portion firmly engages with the second engagement portion, characterized in that the first engagement portion is formed with a guiding slant and a hook portion, and in that the connecting end is also formed with a third engagement portion for engagement with a fourth engagement portion of a cap. a soft tube, comprising a tube body with a storing room and a connecting end with a first engagement portion; and a pump assembly, comprising a pressing head with a nozzle and a pump body with a second engagement portion; wherein the pump body is disposed in the storing room, and the first engagement portion firmly engages with the second engagement portion, characterized in that the first engagement portion is formed with a guiding slant and a hook portion, and in that the connecting end is also formed with a third engagement portion for engagement with a fourth engagement portion of a cap.
A personal security device comprising: a base body forming a chamber, wherein a first opening of the chamber is sealed by a film; a safety liquid provided in the chamber; and a cover body movably attached to the base body; wherein the cover body comprises a first surrounding portion circumscribing a first portion of the base body, and a top portion arranged above the film, wherein the top portion comprises a cutting device facing the film, and a release opening extending through the top portion; wherein the cover body is configured to be moved in relation to the base body such that the cutting device perforates the film when the cover body is moved towards the film thereby releasing the safety liquid through the release opening; wherein the chamber comprises a first compartment and a second compartment, wherein the safety liquid comprises a first constituent of liquid and a second constituent of liquid, wherein the first constituent of liquid is provided in the first compartment and the second constituent of liquid is provided in the second compartment. a base body forming a chamber, wherein a first opening of the chamber is sealed by a film; a safety liquid provided in the chamber; and a cover body movably attached to the base body; wherein the cover body comprises a first surrounding portion circumscribing a first portion of the base body, and a top portion arranged above the film, wherein the top portion comprises a cutting device facing the film, and a release opening extending through the top portion; wherein the cover body is configured to be moved in relation to the base body such that the cutting device perforates the film when the cover body is moved towards the film thereby releasing the safety liquid through the release opening; wherein the chamber comprises a first compartment and a second compartment, wherein the safety liquid comprises a first constituent of liquid and a second constituent of liquid, wherein the first constituent of liquid is provided in the first compartment and the second constituent of liquid is provided in the second compartment. wherein the cover body comprises a first surrounding portion circumscribing a first portion of the base body, and a top portion arranged above the film, wherein the top portion comprises a cutting device facing the film, and a release opening extending through the top portion; wherein the cover body is configured to be moved in relation to the base body such that the cutting device perforates the film when the cover body is moved towards the film thereby releasing the safety liquid through the release opening; wherein the chamber comprises a first compartment and a second compartment, wherein the safety liquid comprises a first constituent of liquid and a second constituent of liquid, wherein the first constituent of liquid is provided in the first compartment and the second constituent of liquid is provided in the second compartment.
A method comprising: (a) providing, on-board a mass transit vehicle, MTV, at least one unmanned aerial vehicle, UAV, (10, 10-1, 10-2) each UAV including a controller comprising a processor and memory; (b) determining (104, 106, 108, 110), by the controller of the UAV while on-board the MTV in a tunnel, at least one of the following: an acceleration, positive or negative, greater than a predetermined acceleration, an angle, positive or negative, greater than a predetermined angle, a temperature greater than a predetermined temperature, and the presence of particles, gas or both greater than a predetermined concentration; (c) in response to the determining in step (b), the UAV separating from the MTV and becoming airborne within the tunnel; and (d) following step (c), executing, by the UAV, flight movement of the UAV within the tunnel. (a) providing, on-board a mass transit vehicle, MTV, at least one unmanned aerial vehicle, UAV, (10, 10-1, 10-2) each UAV including a controller comprising a processor and memory; (b) determining (104, 106, 108, 110), by the controller of the UAV while on-board the MTV in a tunnel, at least one of the following: an acceleration, positive or negative, greater than a predetermined acceleration, an angle, positive or negative, greater than a predetermined angle, a temperature greater than a predetermined temperature, and the presence of particles, gas or both greater than a predetermined concentration; an acceleration, positive or negative, greater than a predetermined acceleration, an angle, positive or negative, greater than a predetermined angle, a temperature greater than a predetermined temperature, and the presence of particles, gas or both greater than a predetermined concentration; (c) in response to the determining in step (b), the UAV separating from the MTV and becoming airborne within the tunnel; and (d) following step (c), executing, by the UAV, flight movement of the UAV within the tunnel.
Pharmaceutical composition comprising Alpha 1 -Proteinase Inhibitor for use in a method of delaying onset or diminishing the progression of pulmonary exacerbations, wherein an effective amount of said Alpha 1 -Proteinase Inhibitor is administered to a subject in need thereof via inhalation, wherein the pharmaceutical composition comprising Alpha 1 -Proteinase Inhibitor is administered at least once per day as chronic maintenance therapy, wherein the effective amount of Alpha 1 -Proteinase Inhibitor is 25 mg to 750 mg A1PI per day.
A method for coating moulded bodies containing copper or copper alloys, or moulded bodies with a coating containing copper or copper alloys, comprising, in this order, the steps of: a) providing a moulded body containing copper or at least one copper alloy, or a moulded body with at least one coating containing copper or at least one copper alloy, b) phosphating, in particular iron and/or zinc phosphating, the moulded body, d) treating the moulded body with at least one aqueous basic system, in particular at least one aqueous basic solution, and/or at least one aqueous acidic system, in particular an aqueous acidic solution, h) treating the moulded body with at least one aqueous system, in particular at least one aqueous solution, of at least one fluoro complex of at least one element selected from the group consisting of B, Si, Ti, Zr and Hf and/or with at least one acidic aqueous system, in particular an acidic aqueous solution, containing at least one fluoro acid of an element selected from the group consisting of B, Si, Ti, Zr and Hf, m) CED treating the moulded body with at least one cathodically depositable electrophoretic paint (CED coating step) and p) curing the coating obtained in step m), in particular thermally treating the moulded body. a) providing a moulded body containing copper or at least one copper alloy, or a moulded body with at least one coating containing copper or at least one copper alloy, b) phosphating, in particular iron and/or zinc phosphating, the moulded body, d) treating the moulded body with at least one aqueous basic system, in particular at least one aqueous basic solution, and/or at least one aqueous acidic system, in particular an aqueous acidic solution, h) treating the moulded body with at least one aqueous system, in particular at least one aqueous solution, of at least one fluoro complex of at least one element selected from the group consisting of B, Si, Ti, Zr and Hf and/or with at least one acidic aqueous system, in particular an acidic aqueous solution, containing at least one fluoro acid of an element selected from the group consisting of B, Si, Ti, Zr and Hf, m) CED treating the moulded body with at least one cathodically depositable electrophoretic paint (CED coating step) and p) curing the coating obtained in step m), in particular thermally treating the moulded body.
Bladed rotor for a gas turbine, comprising a main body and a plurality of rotor blades (20, 30), wherein contact regions (12, 13) of a lateral face of the main body and end faces (21, 31) of the rotor blades are integrally bonded to one another and at least one of said contact regions and/or at least one of said end faces comprises at least one blind hole in which at least one pulse body having clearance of motion is arranged and which is sealed off, in addition to the rotor blades being connected to the lateral face.
A reagent solution for measuring ortho-phthalaldehyde concentration in disinfection solution, wherein the reagent solution comprises by weight percentage of the total weight of the reagent solution: (a) from 1% to 5% sodium sulfite; (b) from 0.002% to 0.008% phenolphthalein; (c) from 0.1% to 0.2% of 37% hydrochloric acid; (d) from 10% to 20% isopropanol; and (e) a balance of water. (a) from 1% to 5% sodium sulfite; (b) from 0.002% to 0.008% phenolphthalein; (c) from 0.1% to 0.2% of 37% hydrochloric acid; (d) from 10% to 20% isopropanol; and (e) a balance of water.
A fluid sampler system, comprising: at least one sample reservoir; a fluidic head comprising: a gas aperture capable of communication with a pressurized gas source, a conduit capable of communication with a liquid contained in the at least one sample reservoir, and a seal capable of forming a compression seal to the at least one sample reservoir when gas pressure is applied to the at least one sample reservoir through the gas aperture to enable displacement of a portion of the liquid through the conduit; a fluid detector in line with the conduit capable of measuring a sample flow rate, sample volume or fluid interface; a pressure controller capable of controlling the pressure of the gas source; and a positioning apparatus capable of moving the fluidic head to at least one sample reservoir, after positioning the fluidic head above the at least one sample reservoir, wherein the system is capable of transferring a sample aliquot into the conduit by controlling the filling of the conduit, by submerging the conduit in the liquid, wherein the fluidic head forms a compression seal to the at least one sample reservoir, controlling the pressure in the at least one sample reservoir such that the entire sample reservoir is pressurized, thereby displacing the sample into the conduit, and retracting the conduit from the liquid while the reservoir remains pressurized by the fluidic head. a gas aperture capable of communication with a pressurized gas source, a conduit capable of communication with a liquid contained in the at least one sample reservoir, and a seal capable of forming a compression seal to the at least one sample reservoir when gas pressure is applied to the at least one sample reservoir through the gas aperture to enable displacement of a portion of the liquid through the conduit; a fluid detector in line with the conduit capable of measuring a sample flow rate, sample volume or fluid interface; a pressure controller capable of controlling the pressure of the gas source; and a positioning apparatus capable of moving the fluidic head to at least one sample reservoir, after positioning the fluidic head above the at least one sample reservoir, wherein the system is capable of transferring a sample aliquot into the conduit a fluid detector in line with the conduit capable of measuring a sample flow rate, sample volume or fluid interface; a pressure controller capable of controlling the pressure of the gas source; and a positioning apparatus capable of moving the fluidic head to at least one sample reservoir, after positioning the fluidic head above the at least one sample reservoir, wherein the system is capable of transferring a sample aliquot into the conduit by controlling the filling of the conduit, by submerging the conduit in the liquid, wherein the fluidic head forms a compression seal to the at least one sample reservoir, controlling the pressure in the at least one sample reservoir such that the entire sample reservoir is pressurized, thereby displacing the sample into the conduit, and retracting the conduit from the liquid while the reservoir remains pressurized by the fluidic head.
Method for controlling a self-commutated converter, that is connected to further self-commutated converters through its alternating current terminal via an inductive component at a coupling point of an alternating current network that is common to all converters, in which - an active power P and a frequency f N are determined from a network voltage u VP ascertained at the coupling point and a converter current i RE ascertained flowing through the inductive component, - the difference between the active power P and a specified setpoint active power P Soll is formed so obtaining an active power difference value ΔP and - the difference between the frequency and a specified setpoint frequency F Soll is formed so obtaining a frequency difference value Δ f, - wherein the active power difference value ΔP is supplied to both an orthogonal controller and a parallel controller, and - wherein, in order to establish the amplitude of the network voltage, the active power exchanged between the converter and the coupling point is determined with the output value of the orthogonal controller, and the reactive power exchanged between the converter and the coupling point is minimized with the output value of the parallel controller, - wherein the frequency difference value Δ f is supplied to a frequency controller, and the output value of the frequency controller is combined with the output value of the orthogonal controller and the output value of the parallel controller, wherein the frequency difference value Δ f is minimized at the same time. - an active power P and a frequency f N are determined from a network voltage u VP ascertained at the coupling point and a converter current i RE ascertained flowing through the inductive component, - the difference between the active power P and a specified setpoint active power P Soll is formed so obtaining an active power difference value ΔP and - the difference between the frequency and a specified setpoint frequency F Soll is formed so obtaining a frequency difference value Δ f, - wherein the active power difference value ΔP is supplied to both an orthogonal controller and a parallel controller, and - wherein, in order to establish the amplitude of the network voltage, the active power exchanged between the converter and the coupling point is determined with the output value of the orthogonal controller, and the reactive power exchanged between the converter and the coupling point is minimized with the output value of the parallel controller, - wherein the frequency difference value Δ f is supplied to a frequency controller, and the output value of the frequency controller is combined with the output value of the orthogonal controller and the output value of the parallel controller, wherein the frequency difference value Δ f is minimized at the same time.
Screw cap comprising a bottom part having a cylindrical tubular portion with a thread and a terminal flange for fastening on a closed container made of film material, and having a cutting sleeve screw-connected to the thread of the bottom part, characterized in that the cutting sleeve projects beyond the bottom part and has in this projecting region a lateral metering opening, and also an internal thread in which a valve piston that opens and closes the lateral metering opening is provided, said valve piston engaging in the cutting sleeve in a sealing manner in the region beneath the lateral metering opening.