mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing a communication service with a user equipment in the coverage area of a base station in a telecommunication system comprising a plurality of base stations connected to a core network containing a connection information database, the connection information database storing communication identifiers for establishing communication services with user equipments, characterized by the method comprising the base station performing the steps of: - detecting disconnection between the base station and the connection information database; - receiving, after said detecting, from the user equipment at least one communication identifier for communicating with the user equipment in the coverage area of the base station, - storing the received communication identifier in a local storage at the base station; - establishing the communication service with the user equipment via the base station using the communication identifier from the local storage. - detecting disconnection between the base station and the connection information database; - receiving, after said detecting, from the user equipment at least one communication identifier for communicating with the user equipment in the coverage area of the base station, - storing the received communication identifier in a local storage at the base station; - establishing the communication service with the user equipment via the base station using the communication identifier from the local storage.
A radioactive halogen-labeled compound represented by the following general formula or a salt thereof: wherein one of R 1 and R 2 is a radioactive halogen atom, and the other is an alkyl group having 1 to 4 carbon atoms, an alkoxy group having 1 to 4 carbon atoms, an amino group, an alkylamino group having 1 to 4 carbon atoms, or a dialkylamino group having 2 to 4 carbon atoms.
A method for producing an industrial two layer fabric, the two layer fabric comprising eight pairs of warps arranged vertically, obtained by arranging eight upper surface side warps and eight lower surface side warps, wherein one of the upper surface side warps of at least one pair of the eight pairs arranged vertically is substituted by a warp binding yarn, and further comprising a plurality of upper surface side wefts and lower surface side wefts and which fabric has an upper surface side layer and a lower surface side layer, the method comprising; in the lower surface side layer, successively forming a design by passing one warp over four successive lower surface side wefts, under the next lower surface side weft, over the next two lower surface side wefts and under the next one lower surface side weft and shifting the design by three lower surface side wefts for each successive warp, and whereby two adjacent lower surface side warps simultaneously weave, from the lower surface side, one lower surface side weft, and whereby a weft long crimp of the lower surface side weft is formed corresponding to six lower surface side warps across the lower surface of the lower surface side layer, wherein, in the formation of the design of the lower surface side layer, the method comprises binding the upper surface side layer and lower surface side layer, using the warp binding yarn, such that in the pair of a warp binding yarn and a lower surface side warp, the warp binding yarn is woven with an upper surface side weft to function as one warp constituting an upper surface side complete design on an upper surface side surface, while on the lower surface side surface, the pair of a warp binding yarn and a lower surface side warp cooperatively constitutes a lower surface side surface design the same as that constituted by the other lower surface side warp.
Method for regulating a cryogenic cooling system comprising a cryogenic bath provided with a lead-in pipe for a cryogenic fluid in the liquid, biphasic or supercritical state, and with a discharge pipe for a cryogenic fluid in the vapour state, the said pipes being connected to a cryogenic cooler, the regulating method implementing the following steps: - measuring one or more parameter(s) directly at the cryogenic bath to make it possible to deduce the total mass of cryogenic fluid within the cryogenic bath; - feedback control slaving the total mass of cryogenic fluid within the cryogenic bath to a reference mass, on the basis of the preceding measurement, this feedback control step comprising the following steps: - transmitting one or more parameter(s) directly measured at the cryogenic bath to a regulating device; - deducing from this or these measured parameter(s) the total mass of cryogenic fluid in the cryogenic bath; - comparing the total mass of fluid in the cryogenic bath against the reference mass; - calculating a command to actuate the cooling system on the basis of this comparison; - transmitting data corresponding to the actuation command to at least one actuator so as to act on a component of the cooling system and adjust the configuration thereof, for example modify a flow rate, notably by acting on an actuator associated with at least one valve. - measuring one or more parameter(s) directly at the cryogenic bath to make it possible to deduce the total mass of cryogenic fluid within the cryogenic bath; - feedback control slaving the total mass of cryogenic fluid within the cryogenic bath to a reference mass, on the basis of the preceding measurement, this feedback control step comprising the following steps: - transmitting one or more parameter(s) directly measured at the cryogenic bath to a regulating device; - deducing from this or these measured parameter(s) the total mass of cryogenic fluid in the cryogenic bath; - comparing the total mass of fluid in the cryogenic bath against the reference mass; - calculating a command to actuate the cooling system on the basis of this comparison; - transmitting data corresponding to the actuation command to at least one actuator so as to act on a component of the cooling system and adjust the configuration thereof, for example modify a flow rate, notably by acting on an actuator associated with at least one valve. - transmitting one or more parameter(s) directly measured at the cryogenic bath to a regulating device; - deducing from this or these measured parameter(s) the total mass of cryogenic fluid in the cryogenic bath; - comparing the total mass of fluid in the cryogenic bath against the reference mass; - calculating a command to actuate the cooling system on the basis of this comparison; - transmitting data corresponding to the actuation command to at least one actuator so as to act on a component of the cooling system and adjust the configuration thereof, for example modify a flow rate, notably by acting on an actuator associated with at least one valve.
A gas sensor with a protective cap (200, 300, 400), the gas sensor comprising a sensor element (202, 302, 402), arranged in a housing (204, 304, 404) and having a connection side (208, 308, 408) and a measurement side (210, 310, 410), for determining gases in gas mixtures, wherein the protective cap (200, 300, 400) for measurement-side protection of the sensor element (202, 302, 402) delimits a sensor element space (218, 318, 418) having at least one flow outlet (226, 326, 426) and an antechamber (214, 314, 414) which is in a flow connection therewith and has at least one flow inlet (220, 320, 420), and a condensate separator is arranged in the antechamber (214, 314, 414), characterised in that the condensate separator is designed as an annular circumambient rim opened axially in the direction of the at least one flow inlet (220, 320, 420) of the antechamber (214, 314, 414) and is arranged on a radially inner wall (216, 316, 416) of the antechamber (214, 314, 414).
An apparatus comprising: an array of physically unclonable functional circuits, each comprising: a plurality of MTJ based memory cells, each MTJ based memory cell independently controllable, and each MTJ based memory cell having first and second terminals such that the first terminal is coupled to a MTJ and the second terminal is coupled to a transistor; an auto-zeroing comparator having an input coupled to one of the first or second terminals of all MTJ based memory cells; and a logic unit which receives an output signal of the auto-zeroing comparator and converts the output signal into an authentication signature. a plurality of MTJ based memory cells, each MTJ based memory cell independently controllable, and each MTJ based memory cell having first and second terminals such that the first terminal is coupled to a MTJ and the second terminal is coupled to a transistor; an auto-zeroing comparator having an input coupled to one of the first or second terminals of all MTJ based memory cells; and a logic unit which receives an output signal of the auto-zeroing comparator and converts the output signal into an authentication signature.
A differential combiner circuit (200, 700) comprising: a first port having a first terminal and a second terminal; a second port having a first terminal and a second terminal; a third port having a first terminal and a second terminal; a first sub-circuit comprising a first inductor connected between the first terminals (1a, 2a) of the first and second ports, and a first capacitor connected between the first terminals (2a, 3a) of the second and third ports; a second sub-circuit comprising a second inductor connected between the second terminals (1b, 2b) of the first and second ports, and a second capacitor connected between the second terminals (2b, 3b) of the second and third ports; a third capacitor connected between the first and second terminals (1a, 1b) of the first port, a third inductor connected between the first and second terminals (3a, 3b) of the third port; a first resistor connected between the first terminal of the first port and the second terminal of the third port; and a second resistor connected between the second terminal of the first port and the first terminal of the third port. a first port having a first terminal and a second terminal; a second port having a first terminal and a second terminal; a third port having a first terminal and a second terminal; a first sub-circuit comprising a first inductor connected between the first terminals (1a, 2a) of the first and second ports, and a first capacitor connected between the first terminals (2a, 3a) of the second and third ports; a second sub-circuit comprising a second inductor connected between the second terminals (1b, 2b) of the first and second ports, and a second capacitor connected between the second terminals (2b, 3b) of the second and third ports; a third capacitor connected between the first and second terminals (1a, 1b) of the first port, a third inductor connected between the first and second terminals (3a, 3b) of the third port; a first resistor connected between the first terminal of the first port and the second terminal of the third port; and a second resistor connected between the second terminal of the first port and the first terminal of the third port.
Frameless respiratory mask comprising: - a shroud comprising an upper arm projecting upwardly and two lateral arms projecting laterally, the upper arm and the two lateral arms being arranged around a central opening traversing the shroud, the upper arm and the two lateral arms each comprising a free end with headgear connection structures adapted for connecting a headgear thereto, - a rigid ring traversed by an inner passage, and - a flexible cushion defining a breathing chamber, said breathing chamber comprising a gas orifice, and a rear opening adapted for receiving at least a part of a patient's face, and wherein: - the rigid ring is sandwiched between the shroud and the flexible cushion, and - the gas orifice of the flexible cushion is coaxially arranged and in fluid communication with the central opening of the shroud, characterized in that: i) the rigid ring is integrally and non-removably attached to the flexible cushion, and ii) the shroud is further removably attached directly to the rigid ring. - a shroud comprising an upper arm projecting upwardly and two lateral arms projecting laterally, the upper arm and the two lateral arms being arranged around a central opening traversing the shroud, the upper arm and the two lateral arms each comprising a free end with headgear connection structures adapted for connecting a headgear thereto, - a rigid ring traversed by an inner passage, and - a flexible cushion defining a breathing chamber, said breathing chamber comprising a gas orifice, and a rear opening adapted for receiving at least a part of a patient's face, - the rigid ring is sandwiched between the shroud and the flexible cushion, and - the gas orifice of the flexible cushion is coaxially arranged and in fluid communication with the central opening of the shroud, i) the rigid ring is integrally and non-removably attached to the flexible cushion, and ii) the shroud is further removably attached directly to the rigid ring.
An aerial vehicle capable of traveling at least in a front-rear direction comprising: a lift generating part; an arm part for holding the lift generating part; a mounting part provided on the arm part, the mounting part being located behind the center of gravity of the aerial vehicle; a maintenance means for maintaining the orientation of the aerial vehicle at least horizontally, wherein the mounting part has a first connection part that maintains the orientation of a mounted object at least horizontally, wherein the lift generating part is a plurality of rotor blades that generate a wake, and a wake region is generated by the rotor blades during flight of the aerial vehicle, wherein the mounting part is located on the arm part so that the mounted object is outside the wake region when the aerial vehicle travels, and wherein, when the aerial vehicle moves at least in the front-rear direction, the number of rotations of the rotor blades rearward in the traveling direction is made larger than the number of rotations of the rotor blades forward in the traveling direction, being the aerial vehicle characterized in that the maintenance means additionally has a counterweight provided in front of the center of gravity of the aerial vehicle in the front-rear direction. a lift generating part; an arm part for holding the lift generating part; a mounting part provided on the arm part, the mounting part being located behind the center of gravity of the aerial vehicle; a maintenance means for maintaining the orientation of the aerial vehicle at least horizontally, wherein the mounting part has a first connection part that maintains the orientation of a mounted object at least horizontally, wherein the lift generating part is a plurality of rotor blades that generate a wake, and a wake region is generated by the rotor blades during flight of the aerial vehicle, wherein the mounting part is located on the arm part so that the mounted object is outside the wake region when the aerial vehicle travels, and wherein, when the aerial vehicle moves at least in the front-rear direction, the number of rotations of the rotor blades rearward in the traveling direction is made larger than the number of rotations of the rotor blades forward in the traveling direction, being the aerial vehicle characterized in that the maintenance means additionally has a counterweight provided in front of the center of gravity of the aerial vehicle in the front-rear direction.
A method comprising: allocating a logical partition in a memory separate from a processor; storing a timestamp value associated with the allocated logical partition, the timestamp value to be incremented, by the processor, when encrypted data is loaded to the allocated logical partition and when the encrypted data is evicted from the allocated logical partition; encrypting, by the processor, a block of data associated with an application, the block of data encrypted using a tweak, the tweak including a cache line identifier of the memory, a position in the identified cache line of the block of data to be encrypted, and the timestamp value of the allocated logical partition; and storing the encrypted block of data in the logical partition, characterized in that the timestamp value is stored in a counter in the processor and the counter is allocated to the logical partition, wherein the counter is incremented autonomously in the processor. allocating a logical partition in a memory separate from a processor; storing a timestamp value associated with the allocated logical partition, the timestamp value to be incremented, by the processor, when encrypted data is loaded to the allocated logical partition and when the encrypted data is evicted from the allocated logical partition; encrypting, by the processor, a block of data associated with an application, the block of data encrypted using a tweak, the tweak including a cache line identifier of the memory, a position in the identified cache line of the block of data to be encrypted, and the timestamp value of the allocated logical partition; and storing the encrypted block of data in the logical partition, characterized in that the timestamp value is stored in a counter in the processor and the counter is allocated to the logical partition, wherein the counter is incremented autonomously in the processor.
A device for controlling a corneal ablation laser, the device comprising: - a parameter interface adapted to receive an adjustment parameter (p); - a first determination unit adapted to determine a first point on a corneal surface; - a second determination unit adapted to determine a second point on the corneal surface that is different from the first point; - a computation unit adapted to determine a third point on a line between the first point and the second point according to the adjustment parameter (p) and to generate a control program, wherein the control program centers an ablation profile on the third point; and - a control unit adapted to control the corneal ablation laser according to the control program. - a parameter interface adapted to receive an adjustment parameter (p); - a first determination unit adapted to determine a first point on a corneal surface; - a second determination unit adapted to determine a second point on the corneal surface that is different from the first point; - a computation unit adapted to determine a third point on a line between the first point and the second point according to the adjustment parameter (p) and to generate a control program, wherein the control program centers an ablation profile on the third point; and - a control unit adapted to control the corneal ablation laser according to the control program.
A gully system comprising a gully for draining a liquid to a drainage system, comprising: a float (420, 450) arranged so that the float and a portion of the gully define a closable opening for through flow, and an actuator for controlling the float, characterized in that the gully system further comprises: at least one detector, and at least one control unit receiving signals from said at least one detector and sending control signals to the actuator so as to control the opening of the gully with the float (420, 450), such as to prevent heat or gas from rising up from the gully and forming ice, and/or such as to prevent gas from being drawn into the gully. a float (420, 450) arranged so that the float and a portion of the gully define a closable opening for through flow, and an actuator for controlling the float, at least one detector, and at least one control unit receiving signals from said at least one detector and sending control signals to the actuator so as to control the opening of the gully with the float (420, 450),
A compound of the formula: wherein X is CH 2 CH 2, CH 2 CH 2 CH 2, OCH 2, or CH 2 O; and R is ethyl, n-propyl, cyclopropyl, or cyclobutyl; or a pharmaceutically acceptable salt thereof; with the proviso that when X is CH 2 CH 2, then R is other than cyclopropyl. wherein X is CH 2 CH 2, CH 2 CH 2 CH 2, OCH 2, or CH 2 O; and R is ethyl, n-propyl, cyclopropyl, or cyclobutyl; or a pharmaceutically acceptable salt thereof; with the proviso that when X is CH 2 CH 2, then R is other than cyclopropyl.
A process for the preparation of 1-(benzo[b]thiophen-4-yl)piperazine hydrochloride salt of formula IV which comprises: a. reacting the compound of formula XI, wherein X is a leaving group with piperazine compound of formula XII, to obtain a compound of formula XIII; and b. treating the compound of formula XIII with anhydrous hydrogen chloride to yield the compound of formula IV; and c. isolating the compound of formula IV. a. reacting the compound of formula XI, wherein X is a leaving group with piperazine compound of formula XII, to obtain a compound of formula XIII; and b. treating the compound of formula XIII with anhydrous hydrogen chloride to yield the compound of formula IV; and c. isolating the compound of formula IV.
A method of biological nitrification of an ammonia containing aqueous medium, wherein in a first oxidation step ammonia is oxidized to nitrite by ammonia oxidizing bacteria and wherein in a second oxidation step nitrite is oxidized to nitrate by nitrite oxidizing bacteria, wherein a supplementary process of nitrite removal is applied which has a nitrite removal rate that is dependent on the instant nitrite concentration in the aqueous medium, characterized in that the supplementary process comprises exposing the aqueous medium to a potentiostatically operated electrolysis cell comprising an anode, a cathode and a reference electrode, wherein the anode potential is maintained at a fixed value against the reference electrode, the fixed potential value being 0.4 V to 2.0 V versus a standard hydrogen electrode reference.
An airfoil for a gas turbine engine comprising: an airfoil section extending from a first platform section, the airfoil section defining an internal core cavity for conveying a fluid flow; characterised in that the airfoil further comprises a baffle assembly including a first baffle and a second baffle, wherein the first baffle includes a first baffle body extending in the internal core cavity, the first baffle body defining an internal baffle cavity, and the second baffle includes a second baffle body dimensioned to extend from the first platform section into the internal baffle cavity such that an outer periphery surface of the second baffle body and an external wall of the airfoil section cooperate to define a first cooling passage that directs cooling flow into the internal baffle cavity. an airfoil section extending from a first platform section, the airfoil section defining an internal core cavity for conveying a fluid flow; characterised in that the airfoil further comprises a baffle assembly including a first baffle and a second baffle, wherein the first baffle includes a first baffle body extending in the internal core cavity, the first baffle body defining an internal baffle cavity, and the second baffle includes a second baffle body dimensioned to extend from the first platform section into the internal baffle cavity such that an outer periphery surface of the second baffle body and an external wall of the airfoil section cooperate to define a first cooling passage that directs cooling flow into the internal baffle cavity.