mhurhangee/ep-ind-claims huggingface dataset:
A motor-vehicle light projector including a luminous device including a pixelized light source (22, 322, 522, 822) and an optical system (300, 400) arranged to project a pixelized light beam (10, 360, 460) emitted by the pixelized light source, characterized in that the optical system comprises: - a first mirror arranged to collect and reflect rays of the pixelized light beam emitted by the pixelized light source, - a second mirror arranged to reflect the rays reflected by the first mirror, and - a third mirror arranged to reflect the rays reflected by the second mirror so as to correct field aberrations. - a first mirror arranged to collect and reflect rays of the pixelized light beam emitted by the pixelized light source, - a second mirror arranged to reflect the rays reflected by the first mirror, and - a third mirror arranged to reflect the rays reflected by the second mirror so as to correct field aberrations.
A wet disc brake system comprising: a housing configured to form a sealed cavity about a body rotating relative to the housing; one or more brake callipers disposed in the housing, the brake callipers provided with one or more cylinders; the housing having an outer casing which extends circumferentially about the one or more calipers, and a first plate provided with a central opening through which an axle housing extends and comprising a structural component wherein the first plate is disposed on one side of the outer casing, the first plate being provided with: an opening for each of the cylinders, wherein each cylinder is seated in a respective opening; characterized by a plurality of calliper fastening holes formed in the first plate capable of being aligned with holes in the structural component wherein fasteners are able to engage the calipers, pass through the calliper holes in the first plate and into the holes of the structural component wherein load on the one or more callipers during braking is transferred to and borne by the axle housing via the fasteners. a housing configured to form a sealed cavity about a body rotating relative to the housing; one or more brake callipers disposed in the housing, the brake callipers provided with one or more cylinders; the housing having an outer casing which extends circumferentially about the one or more calipers, and a first plate provided with a central opening through which an axle housing extends and comprising a structural component wherein the first plate is disposed on one side of the outer casing, the first plate being provided with: an opening for each of the cylinders, wherein each cylinder is seated in a respective opening; characterized by a plurality of calliper fastening holes formed in the first plate capable of being aligned with holes in the structural component wherein fasteners are able to engage the calipers, pass through the calliper holes in the first plate and into the holes of the structural component wherein load on the one or more callipers during braking is transferred to and borne by the axle housing via the fasteners.
Drop-down seal for a sill-less door for sealing a gap between a door leaf and a floor, wherein the drop-down seal has a housing rail, a carrier rail, a sealing profile and a lowering mechanism, wherein the sealing profile is arranged on the carrier rail and the carrier rail can be raised and lowered jointly with the sealing profile by means of the lowering mechanism relative to the housing rail and wherein the drop-down seal has a through-opening (12, 25, 30) which extends transversely to the longitudinal direction of the drop-down seal and parallel to the lowering and raising direction of the carrier rail and which can be traversed by a locking bar, characterized in that the carrier rail has a base rail and an expansion means which adjoins the base rail in the longitudinal direction of the drop-down seal, in that the through-opening (12, 25, 30) extends along the expansion means and/or through the expansion means and has, over the entire height of the expansion means, a clear width (B E) which is greater than the clear width (B B) of the base rail or which, alternatively or in addition, corresponds at least to the outer width of the base rail, wherein the clear widths (B E, B B) and the outer width extend perpendicularly to the longitudinal direction and perpendicularly to the lowering and raising direction, and in that the base rail, the expansion means and the sealing profile can be raised and lowered jointly by means of the lowering mechanism.
A process comprising: combining a phosphor of formula I in particulate form with a first solution comprising a compound of formula II to form a suspension; and combining a second solution with the suspension, the second solution comprising a precursor comprising an element selected from the group consisting of calcium, strontium, magnesium, barium, yttrium, scandium, lanthanum, and combinations thereof, A x [MF y]:Mn 4+ A x [MF y] wherein A is Li, Na, K, Rb, Cs, or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; x is an absolute value of a charge of the [MF y] ion; and y is 5, 6 or 7; wherein the process results in a population of particles having a core comprising a phosphor of formula I, and a manganese-free composite coating disposed on the core, the manganese-free composite coating comprising a compound of formula II and the element selected from the group consisting of calcium, strontium, magnesium, barium, yttrium, scandium, lanthanum, and combinations thereof. combining a phosphor of formula I in particulate form with a first solution comprising a compound of formula II to form a suspension; and combining a second solution with the suspension, the second solution comprising a precursor comprising an element selected from the group consisting of calcium, strontium, magnesium, barium, yttrium, scandium, lanthanum, and combinations thereof, A x [MF y]:Mn 4+ A x [MF y] wherein A is Li, Na, K, Rb, Cs, or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; x is an absolute value of a charge of the [MF y] ion; and y is 5, 6 or 7; wherein the process results in a population of particles having a core comprising a phosphor of formula I, and a manganese-free composite coating disposed on the core, the manganese-free composite coating comprising a compound of formula II and the element selected from the group consisting of calcium, strontium, magnesium, barium, yttrium, scandium, lanthanum, and combinations thereof. A is Li, Na, K, Rb, Cs, or a combination thereof; M is Si, Ge, Sn, Ti, Zr, Al, Ga, In, Sc, Hf, Y, La, Nb, Ta, Bi, Gd, or a combination thereof; x is an absolute value of a charge of the [MF y] ion; and y is 5, 6 or 7; wherein the process results in a population of particles having a core comprising a phosphor of formula I, and a manganese-free composite coating disposed on the core, the manganese-free composite coating comprising a compound of formula II and the element selected from the group consisting of calcium, strontium, magnesium, barium, yttrium, scandium, lanthanum, and combinations thereof.
A reminder information delivery method, characterized by comprising steps of: receiving, by a first communication server, a first account, with which a first user logs in to a first communication client, and a second account from the first communication client, associatively storing the first account and the second account so that the second account is associated with the first account, wherein a second user logs in to a second communication client using the second account, the second communication client is distinct from the first communication client, the second account is distinct from the first account; receiving and storing in a reminder information table at the first communication server, reminder information generated by the first communication client from the first communication client, wherein the reminder information is inputted by the first user and comprises reminding contents, reminding time, and the first account; when the reminding time is current time, searching, by the first communication server, for the second account associated with the first account using the first account; sending, by the first communication server, the reminder information and the second account to a second communication server, so that the second communication server pushes the reminder information to the second communication client according to the second account; wherein the first user and the second user are the same person. receiving, by a first communication server, a first account, with which a first user logs in to a first communication client, and a second account from the first communication client, associatively storing the first account and the second account so that the second account is associated with the first account, wherein a second user logs in to a second communication client using the second account, the second communication client is distinct from the first communication client, the second account is distinct from the first account; receiving and storing in a reminder information table at the first communication server, reminder information generated by the first communication client from the first communication client, wherein the reminder information is inputted by the first user and comprises reminding contents, reminding time, and the first account; when the reminding time is current time, searching, by the first communication server, for the second account associated with the first account using the first account; sending, by the first communication server, the reminder information and the second account to a second communication server, so that the second communication server pushes the reminder information to the second communication client according to the second account; wherein the first user and the second user are the same person.
An insulated component of a household appliance, in particular of a dishwasher, comprising a substrate and an insulation structure applied onto a surface of the substrate, the insulation structure comprising one or more layers made of one or more sprayable filled polyurethane materials, characterized in that said one or more layers comprise a first layer (14a, 14d) consisting of a filled elastomeric polyurethane material applied by spraying onto the surface of the component and having the following properties: • a specific density comprised between 1 and 3 g/cm 3; • a tan delta at 20°C and at 100-300 Hz comprised between 0,4 and 1,6 measured according to any of the test methods according to ISO 6721-1 in combination with ISO 6721-5 or ISO 6721-6; and • a tan delta at 60°C and at 100-300 Hz comprised between 0,5 and 2,2 measured according to any of the test methods according to ISO 6721-1 in combination with ISO 6721-5 or ISO 6721-6. • a specific density comprised between 1 and 3 g/cm 3; • a tan delta at 20°C and at 100-300 Hz comprised between 0,4 and 1,6 measured according to any of the test methods according to ISO 6721-1 in combination with ISO 6721-5 or ISO 6721-6; and • a tan delta at 60°C and at 100-300 Hz comprised between 0,5 and 2,2 measured according to any of the test methods according to ISO 6721-1 in combination with ISO 6721-5 or ISO 6721-6.
A multi-axis computer controlled gear metrology machine, said metrology machine having an operator panel and a main computer monitor in communication with the computer control, said metrology machine being characterized by further comprising: a remote pendant having a pendant monitor and communicating with the computer control, said remote pendant being transportable to locations about said machine, said remote pendant being an extension of said main computer monitor and comprising a non-configurable user interface, whereby information appearing on the main computer monitor is viewable on the pendant monitor, at least a portion of said information including one or more prompts to which an input response to said computer control is required, said remote pendant being operable to receive said one or more prompts and communicate said input response to said computer control, wherein said operator panel and said remote pendant include joysticks, axis select controls and feed rate controls for controlling said metrology machine, said remote pendant further including means to enable control of said joysticks, axis select controls and feed rate controls via said remote pendant while simultaneously disabling control of said joysticks, axis select controls and feed rate controls via said operator panel. a remote pendant having a pendant monitor and communicating with the computer control, said remote pendant being transportable to locations about said machine, said remote pendant being an extension of said main computer monitor and comprising a non-configurable user interface, whereby information appearing on the main computer monitor is viewable on the pendant monitor, at least a portion of said information including one or more prompts to which an input response to said computer control is required, said remote pendant being operable to receive said one or more prompts and communicate said input response to said computer control, wherein said operator panel and said remote pendant include joysticks, axis select controls and feed rate controls for controlling said metrology machine, said remote pendant further including means to enable control of said joysticks, axis select controls and feed rate controls via said remote pendant while simultaneously disabling control of said joysticks, axis select controls and feed rate controls via said operator panel.
A cutting tool, comprising: one or more cutting portions having a cartridge and a cartridge pocket formed on a body of cutting tool for mounting the cartridge; said cartridge pocket including a top surface with one or more projecting portions with serrations, a rear supporting surface and a bottom supporting surface (64, 65); said cartridge having an insert pocket for receiving a cutting insert, a top surface mating with said one or more projecting portions with serrations of the cartridge pocket, a first side surface mating with the rear supporting surfacc of the cartridge pocket and a bottom surface (23, 24) mating with the bottom supporting surface of the cartridge pocket; wherein the top surface of the cartridge comprises one or more outwardly sloped surfaces (33, 36, 39) mating with the projecting portions of the cartridge pocket characterised in that the top surface of the cartridge comprises one or more inwardly sloped surfaces (31, 34, 37) having a gap with respect to the projecting portions of the cartridge pocket when the cartridge is mounted to the cartridge pocket. one or more cutting portions having a cartridge and a cartridge pocket formed on a body of cutting tool for mounting the cartridge; said cartridge pocket including a top surface with one or more projecting portions with serrations, a rear supporting surface and a bottom supporting surface (64, 65); said cartridge having an insert pocket for receiving a cutting insert, a top surface mating with said one or more projecting portions with serrations of the cartridge pocket, a first side surface mating with the rear supporting surfacc of the cartridge pocket and a bottom surface (23, 24) mating with the bottom supporting surface of the cartridge pocket; wherein the top surface of the cartridge comprises one or more outwardly sloped surfaces (33, 36, 39) mating with the projecting portions of the cartridge pocket characterised in that the top surface of the cartridge comprises one or more inwardly sloped surfaces (31, 34, 37) having a gap with respect to the projecting portions of the cartridge pocket when the cartridge is mounted to the cartridge pocket.
A transmitter comprising a laser source, at least one optical modulator, a monitoring circuit, a first polarization maintaining coupler, a second polarization maintaining coupler and a polarization rotator (19, 23), the at least one optical modulator is adapted to modulate the optical signal output by the laser source to generate a modulated optical signal, wherein the optical signal output by the laser source is tapped and supplied to the monitoring circuit comprising: an optical frontend configured to select signal components of the tapped modulated optical signal, via optical coherent detection, and to convert the selected signal components of the tapped modulated optical signal into analog signals, and comprising at least one analog-to-digital converter, ADC, adapted to perform equivalent-time sampling of the analog signals to provide digital signals processed by a processing unit to monitor signal quality of the modulated optical signal, wherein the unmodulated optical signal output by the laser source is tapped by a first polarization maintaining coupler and supplied as a reference signal to the optical frontend of the monitoring circuit, and wherein the modulated optical signal output by the optical modulator is tapped by a second polarization maintaining coupler and supplied to the optical frontend of the monitoring circuit, and wherein the unmodulated optical signal tapped by the first polarization maintaining coupler is supplied as a reference signal to a polarization rotator of the optical frontend configured to rotate the polarization axis of the tapped unmodulated optical signal by either 0 or 90 degrees. an optical frontend configured to select signal components of the tapped modulated optical signal, via optical coherent detection, and to convert the selected signal components of the tapped modulated optical signal into analog signals, and comprising at least one analog-to-digital converter, ADC, adapted to perform equivalent-time sampling of the analog signals to provide digital signals processed by a processing unit to monitor signal quality of the modulated optical signal, wherein the unmodulated optical signal output by the laser source is tapped by a first polarization maintaining coupler and supplied as a reference signal to the optical frontend of the monitoring circuit, and wherein the modulated optical signal output by the optical modulator is tapped by a second polarization maintaining coupler and supplied to the optical frontend of the monitoring circuit, and wherein the unmodulated optical signal tapped by the first polarization maintaining coupler is supplied as a reference signal to a polarization rotator of the optical frontend configured to rotate the polarization axis of the tapped unmodulated optical signal by either 0 or 90 degrees.
A method of controlling Variable Frequency Drives, `VFD', each VFD including an individual identifier and being configured to generate a Pulse Width Modulated, 'PWM', signal to drive a motor, in each of a plurality of successive time intervals: for each controlled VFD, calculating a plurality of drive signals to switch a plurality of power transistors in a power section of the VFD for a subsequent time interval, to generate a desired PWM signal; and characterized by wirelessly transmitting, the plurality of drive signals to respective VFDs in a single main downlink, 'DL', frame of a DL transmission packet for the VFDs, the downlink frame instructing the VFDs as to which of the plurality of power transistors are switched on and off in the subsequent time interval; wherein the single DL transmission packet for the VFDs is transmitted over a packet-switched network. for each controlled VFD, calculating a plurality of drive signals to switch a plurality of power transistors in a power section of the VFD for a subsequent time interval, to generate a desired PWM signal; and characterized by wirelessly transmitting, the plurality of drive signals to respective VFDs in a single main downlink, 'DL', frame of a DL transmission packet for the VFDs, the downlink frame instructing the VFDs as to which of the plurality of power transistors are switched on and off in the subsequent time interval; wherein the single DL transmission packet for the VFDs is transmitted over a packet-switched network.
Device for separating a workpiece along a separating line between a first and second end point (E 1, E 2), having: ▪ a saw head with a drive motor and a saw blade, which is fastened to a saw arm that may swivel around a swivel axis and may be turned around an axis of rotation by the drive motor, ▪ a feeding device with a guide carriage and a feed motor, in which the saw head is arranged on the guide carriage and may be driven along a guide rail in a feed direction by the feed motor, ▪ a sensor device with at least one sensor element (37, 38) for monitoring the saw head, the feeding device and/or the processing process, in which the sensor device comprises a first sensor element, which is made as a swivel angle sensor and measures a swivel angle (a) of the saw arm, and a second sensor element, which is made as a position sensor and measures a position of the saw head on the guide rail, ▪ a control device (27, 31) with a control element for controlling the saw head, the feeding device and the sensor device as well as an evaluation element for evaluating the measured variables (α, X) detected with the sensor device, in which the measured variables (α, X) comprise the swivel angle (α) of the saw arm and the position of the saw head, ▪ an operating device for operating the saw head and the feeding device and ▪ a display device, characterised in that on the basis of the measured variables (α, X) detected by the sensor device the control device (27, 31) calculates a current processing result (T 1, T 2, T 3) of the processing process and illustrates the calculated, current processing result (T 1, T 2, T 3) on the display device. ▪ a saw head with a drive motor and a saw blade, which is fastened to a saw arm that may swivel around a swivel axis and may be turned around an axis of rotation by the drive motor, ▪ a feeding device with a guide carriage and a feed motor, in which the saw head is arranged on the guide carriage and may be driven along a guide rail in a feed direction by the feed motor, ▪ a sensor device with at least one sensor element (37, 38) for monitoring the saw head, the feeding device and/or the processing process, in which the sensor device comprises a first sensor element, which is made as a swivel angle sensor and measures a swivel angle (a) of the saw arm, and a second sensor element, which is made as a position sensor and measures a position of the saw head on the guide rail, ▪ a control device (27, 31) with a control element for controlling the saw head, the feeding device and the sensor device as well as an evaluation element for evaluating the measured variables (α, X) detected with the sensor device, in which the measured variables (α, X) comprise the swivel angle (α) of the saw arm and the position of the saw head, ▪ an operating device for operating the saw head and the feeding device and ▪ a display device,
An isolated plant functional microRNA for use in treating viral diseases in a mammal, wherein said plant functional microRNA is MIR2911 and the target gene of the isolated plant functional microRNA is influenza virus gene and wherein said plant functional microRNAs are derived from Lonicera japonica, Isatis tinctoria, Isatis indigotica, Baphicacanthus cusia or Populus diversifolia..