mhurhangee/ep-ind-claims huggingface dataset:
An information processing device comprising: a data acquisition unit configured to acquire sensor data indicating the direction of gravity relative to an imaging device that acquires an image; a decision unit configured to decide a relative attitude of a plane with respect to the image based on the sensor data; and a conversion unit configured to perform, in an initialization process of a simultaneous localization and mapping method, conversion between a three-dimensional position of a given point on the plane and a two-dimensional position in the corresponding image using the attitude decided by the decision unit; wherein the plane is a horizontal plane of a physical space. a data acquisition unit configured to acquire sensor data indicating the direction of gravity relative to an imaging device that acquires an image; a decision unit configured to decide a relative attitude of a plane with respect to the image based on the sensor data; and a conversion unit configured to perform, in an initialization process of a simultaneous localization and mapping method, conversion between a three-dimensional position of a given point on the plane and a two-dimensional position in the corresponding image using the attitude decided by the decision unit; wherein the plane is a horizontal plane of a physical space.
A system, comprising a mobile station, comprising a camping cell determination, CCD, simulator arranged to determine a preferred camping cell from two or more available camping cells, the mobile station being in communication with one or more radio access network cells and that the mobile station is arranged to: receive, while in an idle state camping on a first cell, at least one input signal comprising a Cell Camping Threshold, CCT, value which defines a threshold for camping on a cell, the threshold relating to received signal parameters, from a radio network controller in said radio access network; simulate a CCT update by the idle mobile station using the CCT value; determine based on the simulating that a second cell is a new preferred camping cell for idle mobile station; and transmit a reporting event to a radio access network indicating that the idle mobile station has determined the new preferred camping cell, wherein the reporting event comprises a CCD decision indicating, at least in part, the new preferred camping cell for the idle mobile station. receive, while in an idle state camping on a first cell, at least one input signal comprising a Cell Camping Threshold, CCT, value which defines a threshold for camping on a cell, the threshold relating to received signal parameters, from a radio network controller in said radio access network; simulate a CCT update by the idle mobile station using the CCT value; determine based on the simulating that a second cell is a new preferred camping cell for idle mobile station; and transmit a reporting event to a radio access network indicating that the idle mobile station has determined the new preferred camping cell, wherein the reporting event comprises a CCD decision indicating, at least in part, the new preferred camping cell for the idle mobile station.
An aircraft comprising: an airframe; a fuselage supported by the airframe; a main gear box; a rotor including a hub and a rotor head; an extending tail which starts aft of a cabin portion of the aircraft where the fuselage begins to narrow and includes a vertical stabilizer and a stabilator; and a vibration suppression system characterized by: one or more active vibration control, AVC, actuators (80, 120) mounted in the extending tail within a vibration affected zone, the vibration affected zone being between about 0% to about 20% of a length of the extending tail measured from a trailing edge of the vertical stabilizer in forward direction, wherein the vibration suppression system is operatively connected to the one or more AVC actuators (80, 120) and configured to be operated to reduce vibratory loads induced by rotor blade produced wake due to aerodynamic effects and impacting surfaces of the extending tail. an airframe; a fuselage supported by the airframe; a main gear box; a rotor including a hub and a rotor head; an extending tail which starts aft of a cabin portion of the aircraft where the fuselage begins to narrow and includes a vertical stabilizer and a stabilator; and a vibration suppression system characterized by: one or more active vibration control, AVC, actuators (80, 120) mounted in the extending tail within a vibration affected zone, the vibration affected zone being between about 0% to about 20% of a length of the extending tail measured from a trailing edge of the vertical stabilizer in forward direction, wherein the vibration suppression system is operatively connected to the one or more AVC actuators (80, 120) and configured to be operated to reduce vibratory loads induced by rotor blade produced wake due to aerodynamic effects and impacting surfaces of the extending tail.
An electronic device, comprising: a memory (130, 140); a user interface; and a processor communicatively connected with the memory and the user interface, and configured to run an application for generating a one-time password, and wherein the memory (130, 140) comprises a first zone and a second zone, the second zone having a higher level of security than a level of security of the first zone, and wherein the memory (130, 140) stores instructions that when executed by the processor, cause the processor to receive from outside of the electronic device token information for the application to generate a one-time password, store the received token information in the first zone, extract encrypted seed information from the token information based on the first zone for use by the application in generating a one-time password, decrypt the encrypted seed information, and store the decrypted seed information in the second zone. a memory (130, 140); a user interface; and a processor communicatively connected with the memory and the user interface, and configured to run an application for generating a one-time password, and wherein the memory (130, 140) comprises a first zone and a second zone, the second zone having a higher level of security than a level of security of the first zone, and wherein the memory (130, 140) stores instructions that when executed by the processor, cause the processor to receive from outside of the electronic device token information for the application to generate a one-time password, store the received token information in the first zone, extract encrypted seed information from the token information based on the first zone for use by the application in generating a one-time password, decrypt the encrypted seed information, and store the decrypted seed information in the second zone.
A switching mechanism for a motor protection circuit breaker, comprising a push link having an outer circumferential curved surface of a varying cam profile, so as to enhance a function to break a circuit by pressing movable contact plates (7a, 7b, 7c), characterized in that the outer circumferential curved surface of the push link comprises: a first outer circumferential portion having a first curvature radius; and a second outer circumferential portion having a second curvature radius larger than the first curvature radius by a predetermined size, wherein the second outer circumferential portion of the push link is positioned to face the movable contact plates (7a, 7b, 7c) only in a 'TRIP' position or an 'OFF' position, and wherein the push link is movable to a position to break the circuit by pressing the movable contact plates (7a, 7b, 7c) through a cross bar, and to a position to stop the pressing of the movable contact plates (7a, 7b, 7c) through the cross bar. a first outer circumferential portion having a first curvature radius; and a second outer circumferential portion having a second curvature radius larger than the first curvature radius by a predetermined size, wherein the second outer circumferential portion of the push link is positioned to face the movable contact plates (7a, 7b, 7c) only in a 'TRIP' position or an 'OFF' position, and wherein the push link is movable to a position to break the circuit by pressing the movable contact plates (7a, 7b, 7c) through a cross bar, and to a position to stop the pressing of the movable contact plates (7a, 7b, 7c) through the cross bar.
A nanoparticulate composition comprising (a) particles comprising at least one active ingredient, wherein the particles have an effective average particle size in the range from about 70 nm to about 220 nm; and (b) at least one surface stabilizer and/or at least one polymeric stabilizer, the composition comprises (aa) particles of at least one active ingredient selected from the group consisting of -2-cyano-3-cyclopropyl-3-hydroxy-N-(3-methyl-4-(trifluoromethyl)phenyl) prop-2-enamide, -2-cyano-3-hydroxy- N -[4-(trifluoromethyl)phenyl]hept-2-en-6-ynamide, 2-cyano-3-cyclopropyl-N-(4-fluorophenyl)-3-hydroxyacrylamide, and salts thereof, and (bb) at least one surface stabilizer and/or at least one polymeric stabilizer, and wherein the effective average particle size is measured by laser light scattering, wherein the effective average particle size is meant that at least 50% of said active agent particles have a particle size, by weight (volume based), of less than the effective average particle size. (a) particles comprising at least one active ingredient, wherein the particles have an effective average particle size in the range from about 70 nm to about 220 nm; and (b) at least one surface stabilizer and/or at least one polymeric stabilizer, the composition comprises (aa) particles of at least one active ingredient selected from the group consisting of -2-cyano-3-cyclopropyl-3-hydroxy-N-(3-methyl-4-(trifluoromethyl)phenyl) prop-2-enamide, -2-cyano-3-hydroxy- N -[4-(trifluoromethyl)phenyl]hept-2-en-6-ynamide, 2-cyano-3-cyclopropyl-N-(4-fluorophenyl)-3-hydroxyacrylamide, and salts thereof, and (bb) at least one surface stabilizer and/or at least one polymeric stabilizer, and wherein the effective average particle size is measured by laser light scattering, wherein the effective average particle size is meant that at least 50% of said active agent particles have a particle size, by weight (volume based), of less than the effective average particle size.
A device for the specific selection of target molecules, comprising: (a) at least one reaction zone comprising a microarray, wherein the microarray comprises a substrate, on which one or more species of capture molecules are immobilized, the reaction zone further comprising one or more temperature control and/or regulating units for controlling and/or regulating the temperature within the reaction zone, said at least one reaction zone is a hybridizing zone capable of allowing hybridization of nucleic acids to said capture molecules; (b) at least one non-reaction zone comprising one or more temperature control and/or regulating units for controlling and/or regulating the temperature within the non-reaction zone, which is in fluid connection with the reaction zone, said at least one non-reaction zone is a denaturation zone capable of mediating denaturation of nucleic acids; and (c) at least one transportation means capable of generating and/or regulating a fluid flow between said reaction zone (a) and said non-reaction zone comprising one or more temperature control and/or regulating units (b), wherein any of the at least one reaction zone and the at least one non-reaction zone are arranged in a continuous meandering line. (a) at least one reaction zone comprising a microarray, wherein the microarray comprises a substrate, on which one or more species of capture molecules are immobilized, the reaction zone further comprising one or more temperature control and/or regulating units for controlling and/or regulating the temperature within the reaction zone, said at least one reaction zone is a hybridizing zone capable of allowing hybridization of nucleic acids to said capture molecules; (b) at least one non-reaction zone comprising one or more temperature control and/or regulating units for controlling and/or regulating the temperature within the non-reaction zone, which is in fluid connection with the reaction zone, said at least one non-reaction zone is a denaturation zone capable of mediating denaturation of nucleic acids; and (c) at least one transportation means capable of generating and/or regulating a fluid flow between said reaction zone (a) and said non-reaction zone comprising one or more temperature control and/or regulating units (b), wherein any of the at least one reaction zone and the at least one non-reaction zone are arranged in a continuous meandering line.
A method for receiving feedback in a base station, comprising including into a scheduling information entity an indication of aperiodic feedback messaging on a physical uplink control channel, and sending the scheduling information entity with the indication to a communication device configured for periodic feedback messaging to trigger aperiodic feedback messaging by the communication device on the physical uplink control channel, characterized in that the aperiodic feedback messaging comprises the communication device sending at least one aperiodic feedback message in at least one physical uplink control channel reporting instance according to the periodic feedback reporting configuration that follows a time instance where the indication was received by the communication device.
A method of using a fluid dispenser unit comprising a reservoir for containing a fluid, and a piston that slides in said reservoir, said unit further comprising an extractor head that is secured to said reservoir so as to suck a fluid to be dispensed into said reservoir, and a spray head that is assembled on said extractor head so as to spray the fluid to be dispensed out from said reservoir, wherein said extractor head is made as a single piece integrally with said reservoir, in particular by molding of a plastic material, and said extractor head includes an extractor needle, said method comprising the following steps: • sucking a fluid to be dispensed into said reservoir through said extractor head; • assembling said spray head on said extractor head; and • spraying the fluid to be dispensed through said spray head; the method being characterized in that said step of sucking up a fluid to be dispensed comprises a first step of extracting a fluid, such as a solvent, from an extraction reservoir, and a second step of mixing said fluid with a first substance, such as a powder or a lyophilisate, so as to form the fluid to be dispensed. • sucking a fluid to be dispensed into said reservoir through said extractor head; • assembling said spray head on said extractor head; and • spraying the fluid to be dispensed through said spray head;
Top cover construction comprising means (41, 42) for moving the top cover, where the top cover contains a corner section, which corner section comprises a pivot, a first spring, and a second spring, wherein the second spring is connected on one side with a pivot at a distance from the pivot of the corner section and on the other side with the corner section on or close to the corner, wherein a distance between the pivots (48, 49) remains approximately the same when opening and closing the top cover, characterized in that the top cover construction also contains an attachment with two arms (44a, 44b) which are approximately perpendicular to each other, that the end of one of the arms has a pivot which is approximately in the same position as the pivot of the corner section, and that the first spring is connected on one side close or at the end of the other arm of the attachment and on the other side with the corner section close to the corner of the corner section.
Treatment apparatus for operatively correcting myopia or hyperopia in an eye, the treatment apparatus comprising a laser device which is controlled by a control device and separates corneal tissue by applying laser radiation, the control device being adapted to control the laser device for emitting the laser radiation into the cornea such that a lenticular volume is thus isolated in the cornea, the removal of which volume from the cornea effects the desired correction, characterized in that the control device defines the lenticular volume when controlling the laser device such that the lenticular volume has a minimum thickness (d M) in the range of from 5 to 50 μm, the minimum thickness (d M) being at the edge of the volume in correction of myopia and in the region of the axis of vision in correction of hyperopia.
Brake unit for safety catches of elevator systems, having an at least partially rounded roll-off element which, in case of a release, can roll off at least in sections on a stationary roll-off track, wherein at least one marking element (40, 41, 66) is provided, which, during the rolling off of the roll-off element on the roll-off track, produces at least one beginning marking, and which, during a rolling back of the roll-off element, produces at least one end marking, characterized in that the marking element (40, 41) is a signaling device which produces the beginning marking and optionally the end marking, and that position information corresponding to a location of the beginning marking and optionally of the end marking, is stored or displayed in a, preferably electronic, position memory.
A computer-implemented method comprising: wirelessly receiving a congestion signal by user equipment, UE, wirelessly connected to a broadband cellular network, the congestion signal being received based on network traffic congestion in hardware of the broadband cellular network and indicating the network traffic congestion; determining current processor utilization of the UE; based on the received congestion signal, the determined current processor utilization, and known times for data compression and decompression, determining whether to automatically enable selective packet payload data compression on the UE; and based on determining to automatically enable selective packet payload data compression, compressing payload data of one or more data packets generated by the UE and forwarding the one or more data packets with the compressed payload data for transmission on the broadband cellular network. wirelessly receiving a congestion signal by user equipment, UE, wirelessly connected to a broadband cellular network, the congestion signal being received based on network traffic congestion in hardware of the broadband cellular network and indicating the network traffic congestion; determining current processor utilization of the UE; based on the received congestion signal, the determined current processor utilization, and known times for data compression and decompression, determining whether to automatically enable selective packet payload data compression on the UE; and based on determining to automatically enable selective packet payload data compression, compressing payload data of one or more data packets generated by the UE and forwarding the one or more data packets with the compressed payload data for transmission on the broadband cellular network.
Method of construction, by a data stream server (4.1) for a local area network (4.7), of a unique IP multicast transmission address and/or an associated port number ("port") for the transmission of a data stream, characterized in that the method includes at least the following step: - construction of at least a part of the unique IP multicast transmission address and/or the associated port number according to a unique identifier of the data stream to be transmitted to this address, said unique identifier being present in the data stream. - construction of at least a part of the unique IP multicast transmission address and/or the associated port number according to a unique identifier of the data stream to be transmitted to this address, said unique identifier being present in the data stream.
A method of bonding channels to facilitate multi-channel communications in a distributed network, comprising: selecting a reference channel from a plurality of available channels, determining a reference time of communication of a first network on the reference channel selecting a second channel from the plurality of available channels, determining a second time of communication of a second network on the second channel corresponding to the communication on the first network, adjusting communications on the second network to minimize a difference between the second time and the reference time, and concurrently transmitting data of an information item using bandwidth provided by both the first and second networks. selecting a reference channel from a plurality of available channels, determining a reference time of communication of a first network on the reference channel selecting a second channel from the plurality of available channels, determining a second time of communication of a second network on the second channel corresponding to the communication on the first network, adjusting communications on the second network to minimize a difference between the second time and the reference time, and concurrently transmitting data of an information item using bandwidth provided by both the first and second networks.
An irradiation device for irradiating objects using a scanning method with a hadron beam and comprising a control device and a movement measuring device, wherein the object has at least one target volume to be irradiated (14, 20) and at least one volume to be protected (10,16,17,21), wherein a target raster is provided for the target volume to be irradiated (14, 20) and a register raster is provided for the volume to be protected (10, 16, 17, 21), wherein at least one signal dose value (30, 31) is defined for the volume to be protected (10,16,17,21), wherein the movements of the target volume to be irradiated (14, 20) and of the volume to be protected (10, 16, 17, 21) are measured, wherein during irradiation of the object the dose introduced into the volume to be protected (10, 16, 17, 21) is determined in each volume element of the register raster, and at least one signal is output (47, 48) by the control device as soon as the dose introduced into the volume to be protected (10,16,17, 21) exceeds at least one signal dose value (30, 31) in at least one point of the register raster.