mhurhangee/ep-ind-claims huggingface dataset:
Piloting assistance system for an aircraft in a landing or deck-landing phase, comprising measuring means which are capable of taking distance measurements from the aircraft to the ground, and measurements of the aircraft speed with respect to the ground, on at least three transmission and reception channels corresponding to at least three respective axes (Da, Db, Dc), the at least three transmission channels being independent, said system further comprising a digital ground model, and additional hybridization means for said relative distance and speed measurements from the aircraft to the landing or deck-landing area with the data from said digital ground model; said system being characterized in that it also comprises reception means in at least two beams, configured to implement centring by means of direction-finding or by ecartometry measurement achieved on a positioning beacon arranged on the ground or on a carrier, said beacon transmitting a signal at a determined frequency, said centring allowing approach guidance.
A method of providing data to a client by a server, the method comprising: - receiving a data update; - judging whether or not a received data update is time-critical; - sending a duplicate of the data update to the client if the data update is judged to be time-critical and withholding of the sending of the duplicate if the data update is judged to be non time-critical; - incorporating the data update into a revolving data carousel holding the data, the data comprising a plurality of data items; and - sending a data item on the data carousel to the client, wherein sending the data items is conducted on a first communication channel and sending the duplicate of the data update is conducted on a second communication channel. - receiving a data update; - judging whether or not a received data update is time-critical; - sending a duplicate of the data update to the client if the data update is judged to be time-critical and withholding of the sending of the duplicate if the data update is judged to be non time-critical; - incorporating the data update into a revolving data carousel holding the data, the data comprising a plurality of data items; and - sending a data item on the data carousel to the client,
A non-aqueous electrolyte additive comprising an organometallic compound represented by the following Chemical Formula 1: wherein R 1 and R 2, which are independently or simultaneously an alkyl group with 1 to 4 carbon atoms, an alkoxy group with 1 to 4 carbon atoms, an acetyl group, a sulfonic acid group, or fluorocarbon, acetoxy, -OSO 3 H, -CF 3, or a phenyl group or phenoxy group substituted by an alkyl group with 1 to 4 carbon atoms or a halogen; M is an atom selected from the group consisting of Al, B, Si, Ti, Nb, V, Cr, Mn, Fe, Co, Ni, Ga, Zr and Ta; x is a valence of a central metal atom; y is a value satisfying 0≤ y < x-2. wherein R 1 and R 2, which are independently or simultaneously an alkyl group with 1 to 4 carbon atoms, an alkoxy group with 1 to 4 carbon atoms, an acetyl group, a sulfonic acid group, or fluorocarbon, acetoxy, -OSO 3 H, -CF 3, or a phenyl group or phenoxy group substituted by an alkyl group with 1 to 4 carbon atoms or a halogen; M is an atom selected from the group consisting of Al, B, Si, Ti, Nb, V, Cr, Mn, Fe, Co, Ni, Ga, Zr and Ta; x is a valence of a central metal atom; y is a value satisfying 0≤ y < x-2.
A vehicle power supply control method comprising: connecting a sub-battery having an internal resistance lower than an internal resistance of a main battery to a power supply circuit to which the main battery is connected, after adjusting a voltage on a side of the power supply circuit close to a voltage of the sub-battery by controlling a power generation voltage of an electric generator connected to the power supply circuit, wherein the main battery is configured to be disconnectable from the power supply circuit, the main battery is disconnected from the power supply circuit first, the power generation voltage of the electric generator is then controlled to adjust the power generation voltage close to the voltage of the sub-battery, the sub-battery is connected to the power supply circuit, with a voltage of the main battery dropped upon power consumption by an electrical equipment load connected in parallel with the main battery, the power generation voltage of the electric generator is controlled to increase and adjust the voltage of the sub-battery close to the voltage of the main battery, and the main battery is connected to the power supply circuit.
Tape-shaped superconducting wires (13a - 13d, 50, 100a, 100b) including a substrate and parallel conductors provided on the substrate, being rectangular in section, electrically separated from each other and made into a parallel form, wherein the electrically separating parts between said parallel conductors are slit-shaped grooves, wherein each of the parallel conductors comprises a superconducting film rectangular in section characterized in that each of the parallel conductors comprises a normal conducting metallic layer rectangular in section provided on the respective superconducting film, wherein the slit-shaped grooves are filled with electrically insulating material and moreover the entire environment around said parallel conductors is coated with the electrically insulating material.
A scanning endoscope apparatus (1; 22) comprising: a scanner that has an optical fiber, which is configured to guide light coming from a light source and to make the light exit from an exit end thereof, and a drive portion, which is configured to displace the exit end of the optical fiber in a direction that intersects an optical axis, and that is configured to scan, in a spiraling manner, the light that is made to exit from the exit end over an observation subject; a light detection portion that is configured to receive return light coming from the observation subject, generated by the scanning of the light by the scanner; a speed detection portion that is configured to detect a moving speed of the scanner relative to the observation subject; and a control portion that is configured to control the drive portion to decrease, with an increase in the moving speed detected by the speed detection portion, a length of a scanning track of the light on the observation subject, characterised in that the scanning track takes a doughnut-type spiraling form in which the pitches are maintained, so that the scanning region is limited to the peripheral portion and the area near the center is not scanned, whereby an area of the scanning region is decreased. a scanner that has an optical fiber, which is configured to guide light coming from a light source and to make the light exit from an exit end thereof, and a drive portion, which is configured to displace the exit end of the optical fiber in a direction that intersects an optical axis, and that is configured to scan, in a spiraling manner, the light that is made to exit from the exit end over an observation subject; a light detection portion that is configured to receive return light coming from the observation subject, generated by the scanning of the light by the scanner; a speed detection portion that is configured to detect a moving speed of the scanner relative to the observation subject; and a control portion that is configured to control the drive portion to decrease, with an increase in the moving speed detected by the speed detection portion, a length of a scanning track of the light on the observation subject, characterised in that the scanning track takes a doughnut-type spiraling form in which the pitches are maintained, so that the scanning region is limited to the peripheral portion and the area near the center is not scanned, whereby an area of the scanning region is decreased.
An attachment nut (5; 5A) for use with sanitary ware, the nut being intended for cooperation with a screw (2, 17) and being provided with - preferably two - flexible jaws, which in a rest position enable an axial transfer of the attachment nut on the screw and internally are provided with threads, for cooperation with the threads of the screw and extend in the axial direction of the screw, wherein jaws are arranged in an open interior of a nut portion of the attachment nut, and wherein each jaw is provided with an outer axial beveled surface for cooperation with a corresponding inner axial beveled surface in the nut portion, said beveled surfaces engaging when the nut at rotation meets an axial resistance, so that the jaws are brought into thread engagement with the screw; characterised in that the jaws are connected to a bottom wall of the nut portion each by means of a U-shaped connection strip for forming an integral attachment nut. - flexible jaws, which in a rest position enable an axial transfer of the attachment nut on the screw and internally are provided with threads, for cooperation with the threads of the screw and extend in the axial direction of the screw, wherein jaws are arranged in an open interior of a nut portion of the attachment nut, and
A method for manufacturing a membrane electrode assembly for a fuel cell, the method comprising: intermittently applying a catalyst ink on a substrate sheet and drying the catalyst ink to form a catalyst layer on the substrate sheet; and transferring the catalyst layer from the substrate sheet onto an electrolyte membrane, wherein the catalyst ink contains catalyst particles, an ionomer, an alcohol, and water, and a water content in the catalyst ink is 57% to 61% by weight of a total weight of the catalyst ink. intermittently applying a catalyst ink on a substrate sheet and drying the catalyst ink to form a catalyst layer on the substrate sheet; and transferring the catalyst layer from the substrate sheet onto an electrolyte membrane, wherein the catalyst ink contains catalyst particles, an ionomer, an alcohol, and water, and a water content in the catalyst ink is 57% to 61% by weight of a total weight of the catalyst ink.
A method comprising: communicating, by an apparatus from a transmission and reception point, TRP, a first signal in a first sub-band of a carrier, wherein the first sub-band has a first subcarrier spacing; the carrier comprises a second sub-band, the second sub-band has the first subcarrier spacing; and the carrier comprises a third sub-band between the first sub-band and the second sub-band, the third sub-band has a second subcarrier spacing different from the first subcarrier spacing; wherein a first scheduling is used for indicating a first width in frequency of a first guard band between the first sub-band and the third sub-band or a second width in frequency of a second guard band between the second sub-band and the third sub-band of the carrier; the method further comprising: receiving, by the apparatus, indication of at least one sub-band comprising the first sub-band; receiving, by the apparatus, indication of resource information within the first sub-band, wherein the resource information is scheduled by resource unit of any one of the following: resource block group; fractional resource block group; resource block; fractional resource block; sub-carrier. communicating, by an apparatus from a transmission and reception point, TRP, a first signal in a first sub-band of a carrier, wherein the first sub-band has a first subcarrier spacing; the carrier comprises a second sub-band, the second sub-band has the first subcarrier spacing; and the carrier comprises a third sub-band between the first sub-band and the second sub-band, the third sub-band has a second subcarrier spacing different from the first subcarrier spacing; wherein a first scheduling is used for indicating a first width in frequency of a first guard band between the first sub-band and the third sub-band or a second width in frequency of a second guard band between the second sub-band and the third sub-band of the carrier; the method further comprising: receiving, by the apparatus, indication of at least one sub-band comprising the first sub-band; receiving, by the apparatus, indication of resource information within the first sub-band, wherein the resource information is scheduled by resource unit of any one of the following: resource block group; fractional resource block group; resource block; fractional resource block; sub-carrier. receiving, by the apparatus, indication of at least one sub-band comprising the first sub-band; receiving, by the apparatus, indication of resource information within the first sub-band, wherein the resource information is scheduled by resource unit of any one of the following: resource block group; fractional resource block group; resource block; fractional resource block; sub-carrier. resource block group; fractional resource block group; resource block; fractional resource block; sub-carrier.
An outer layer material for a hot-rolling roll, the outer layer material having a chemical composition that contains, in mass%, C: 1.6 to 2.5%, Si: 0.2 to 1.5%, Mn: 0.2 to 1.6%, Cr: 4.5 to 7.0%, Mo: 1.0 to 5.0%, V: 4.0 to 6.0%, Nb: 0.5 to 2.5%, Al: 0.01 to 0.30%, optionally P: 0.040% or less, and optionally S: 0.05% or less, Ni: 0.15% or less, Cu: 0.20% or less, Ca: 0.01% or less, Sb: 0.01% or less, Ti: 0.05% or less, Zr: 0.05% or less, and B: 0.008% or less, wherein the total amount of S, Ni, Cu, Ca, Sb, Ti, Zr, and B is less than or equal to 0.5%, wherein a sum of contents of N and O of the chemical composition is 100 to 400 mass ppm, the contents of C, V, Mo, and Nb satisfy formula and formula below, and a balance of the chemical composition is Fe and incidental impurities; 1.60 ≤ % V + % Nb / % Mo ≤ 3.5 9.00 ≤ % V + 0.5 × % Nb + 2.1 × % C ≤ 11.0 where %C, %V, %Nb, and %Mo are the contents, in mass %, of respective corresponding elements. C: 1.6 to 2.5%, Si: 0.2 to 1.5%, Mn: 0.2 to 1.6%, Cr: 4.5 to 7.0%, Mo: 1.0 to 5.0%, V: 4.0 to 6.0%, Nb: 0.5 to 2.5%, Al: 0.01 to 0.30%, optionally P: 0.040% or less, and optionally S: 0.05% or less, Ni: 0.15% or less, Cu: 0.20% or less, Ca: 0.01% or less, Sb: 0.01% or less, Ti: 0.05% or less, Zr: 0.05% or less, and B: 0.008% or less, wherein the total amount of S, Ni, Cu, Ca, Sb, Ti, Zr, and B is less than or equal to 0.5%, wherein a sum of contents of N and O of the chemical composition is 100 to 400 mass ppm, the contents of C, V, Mo, and Nb satisfy formula and formula below, and a balance of the chemical composition is Fe and incidental impurities; 1.60 ≤ % V + % Nb / % Mo ≤ 3.5 9.00 ≤ % V + 0.5 × % Nb + 2.1 × % C ≤ 11.0 where %C, %V, %Nb, and %Mo are the contents, in mass %, of respective corresponding elements.
Method of regulating a system comprising; - a collection of heat exchanging devices connected in series, such that a return line of one heat exchanging device is a feeding line of a next heat exchanging device, - a main supply line connected to the feeding line of a first of the heat exchanging devices seen in the flow direction, - a main return line connected to the return line of the last of the heat exchanging devices seen in the flow direction, where a heat exchanging fluid medium with a supply temperature is fed from the main supply line to the collection of heat exchanging devices at a flow rate, wherein the flow rate is regulated according to a return set point temperature depending on a temperature of the heat exchanging fluid medium downstream of the first heat exchanging device in the collection, characterised in that the supply temperature is regulated according to a supply set point temperature depending of parameters external to the system, wherein the return set point temperature is regulated in response to a regulation of the supply set point temperature. - a collection of heat exchanging devices connected in series, such that a return line of one heat exchanging device is a feeding line of a next heat exchanging device, - a main supply line connected to the feeding line of a first of the heat exchanging devices seen in the flow direction, - a main return line connected to the return line of the last of the heat exchanging devices seen in the flow direction,
A system comprising a bottle or container treatment machine, comprising a transporter for bottles or similar containers and a optoelectric detection system for detecting profile and/or shape features (4.1) of bottles or similar containers moved on the transporter in a transport direction, with at least one camera arrangement comprising at least one electronic camera, and with at least one illumination device allocated to it for illuminating the containers at least in the region of their profile and/or shape features (4.1) which are to be detected with the detection system, wherein the at least one illumination device is configured as a light source extending in strip form along the transport direction of the containers, and the lighting device and/or the at least one camera can be adjusted relative to one another for different impingement angles of the light and/or for different angles of image detection, characterised in that the at least one illumination device can be adjusted between a position beneath the camera arrangement and a position above the camera arrangement, and/or that the at least one camera arrangement can be adjusted between a position beneath the illumination device and a position above the lighting device.
Watch comprising at least one timepiece striking mechanism, including a drive mechanism for driving and controlling the striking mechanism to operate at least one hammer, movable between a first winding position and a second striking position, in which said second striking position said hammer is arranged to strike a gong, wherein said hammer includes at least one magnetized portion arranged to cooperate with at least one actuator capable of being driven in motion by said drive mechanism, said actuator includes at least one track with an alternating series of at least first areas and second areas with different magnetic field characteristics from each other, to whose influence said magnetized portion is successively subjected in order to trigger, as the case may be, the winding of said hammer or the striking of said hammer on said gong.
A system for providing broadband broadcast sharing, comprising: a spectrum-sharing database (418;655) operable to store attributes associated with a shared spectrum; a policy controller (420,434) operable to control access to the shared spectrum by a plurality of broadcast service entities; and a gateway (416,435) operable to receive IP multicast traffic from the plurality of broadcast service entities and to communicate the IP multicast traffic to a broadcast single frequency network, characterized in that, the single frequency network comprises several cells (620,630,640) each having multiple panel antennas (610-1,610-2,610-3,610-4,...,610-n,...) transmitting cell-specific local broadcast services and the frequency, in which cell-specific local broadcast services in panel antennas (610-1,610-2,610-3,610-4,...,610-n,...) located in the center of each cell (620,630,640) are transmitted, is the same for all cells (620,630,640). a spectrum-sharing database (418;655) operable to store attributes associated with a shared spectrum; a policy controller (420,434) operable to control access to the shared spectrum by a plurality of broadcast service entities; and a gateway (416,435) operable to receive IP multicast traffic from the plurality of broadcast service entities and to communicate the IP multicast traffic to a broadcast single frequency network, characterized in that, the single frequency network comprises several cells (620,630,640) each having multiple panel antennas (610-1,610-2,610-3,610-4,...,610-n,...) transmitting cell-specific local broadcast services and the frequency, in which cell-specific local broadcast services in panel antennas (610-1,610-2,610-3,610-4,...,610-n,...) located in the center of each cell (620,630,640) are transmitted, is the same for all cells (620,630,640).
A method for transmitting scheduling requests from a mobile terminal to a base station, the method comprising: a) transmitting a first scheduling request, SR from the mobile terminal to the base station in response to first data becoming available for transmission from the mobile terminal to the base station; b) after transmitting the first SR, receiving at the mobile terminal a scheduling grant, SG transmitted from the base station; c) in response to receiving the SG, transmitting from the mobile terminal to the base station transmit buffer status information; and being further characterized by the following steps: d) while at least some of the first data is waiting to be transmitted to the base station and after transmitting the transmit buffer status information, but prior to transmitting any subsequent SRs to the base station, further performing the steps of: d1) determining whether a scheduling request triggering event has occurred; and d2) if the scheduling request triggering event has occurred, then, in response to determining that the scheduling request triggering event has occurred, at a next opportunity, transmitting a second SR to the base station. a) transmitting a first scheduling request, SR from the mobile terminal to the base station in response to first data becoming available for transmission from the mobile terminal to the base station; b) after transmitting the first SR, receiving at the mobile terminal a scheduling grant, SG transmitted from the base station; c) in response to receiving the SG, transmitting from the mobile terminal to the base station transmit buffer status information; and being further characterized by the following steps: d) while at least some of the first data is waiting to be transmitted to the base station and after transmitting the transmit buffer status information, but prior to transmitting any subsequent SRs to the base station, further performing the steps of: d1) determining whether a scheduling request triggering event has occurred; and d2) if the scheduling request triggering event has occurred, then, in response to determining that the scheduling request triggering event has occurred, at a next opportunity, transmitting a second SR to the base station. d) while at least some of the first data is waiting to be transmitted to the base station and after transmitting the transmit buffer status information, but prior to transmitting any subsequent SRs to the base station, further performing the steps of: d1) determining whether a scheduling request triggering event has occurred; and d2) if the scheduling request triggering event has occurred, then, in response to determining that the scheduling request triggering event has occurred, at a next opportunity, transmitting a second SR to the base station. d1) determining whether a scheduling request triggering event has occurred; and d2) if the scheduling request triggering event has occurred, then, in response to determining that the scheduling request triggering event has occurred, at a next opportunity, transmitting a second SR to the base station.
Refrigerating and/or freezing apparatus with a heat-insulated apparatus body which encloses an interior space, and with a heat pump, by means of which the interior can be cooled, wherein the heat pump is a refrigerant circuit with compressor, condenser, throttle and evaporator, wherein the compressor is a speed-controlled compressor which can be operated at variable speed, wherein the throttle is an expansion valve with a controllable flow cross section, and wherein the apparatus comprises a control unit which is connected to the speed-controlled compressor and the controllable expansion valve, wherein the control unit is configured to perform a defrosting cycle in which the compressor is operated at low speed and the expansion valve is set to a large flow cross section in order to direct warm refrigerant into the evaporator and to keep or avoid the amount of refrigerant evaporation in the evaporator low, characterized in that the control unit is configured to initiate a rest phase after performance of the defrosting cycle when the compressor is at a stillstand, before the cooling operation is resumed.