mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting data, wherein the method comprises: acquiring in a base station a data set to be sent to a wireless user equipment, UE; determining, by the base station according to a status of the UE that receives the data set, a transmission mode for transmitting the data set, wherein when the determined transmission mode is the same as an original transmission mode and the status of the UE changes, or when the determined transmission mode is different from an original transmission mode, configuring a transmission channel to the UE according to the determined transmission mode; wherein the transmission mode comprises a unicast mode or a multicast mode; and if a quantity of UEs that receive the data set is not less than a preset threshold, and a channel quality difference between multiple UEs that receive the data set is less than a second preset threshold, determining that the transmission mode for transmitting the data set is the multicast mode; or if a quantity of UEs that receive the data set is less than a preset threshold and a channel quality difference between multiple UEs that receive the data set is not less than a second preset threshold, determining that the transmission mode for transmitting the data set is the unicast mode, sending the data set to the UE by using the transmission channel that corresponds to the determined transmission mode. acquiring in a base station a data set to be sent to a wireless user equipment, UE; determining, by the base station according to a status of the UE that receives the data set, a transmission mode for transmitting the data set, wherein when the determined transmission mode is the same as an original transmission mode and the status of the UE changes, or when the determined transmission mode is different from an original transmission mode, configuring a transmission channel to the UE according to the determined transmission mode; wherein the transmission mode comprises a unicast mode or a multicast mode; and if a quantity of UEs that receive the data set is not less than a preset threshold, and a channel quality difference between multiple UEs that receive the data set is less than a second preset threshold, determining that the transmission mode for transmitting the data set is the multicast mode; or if a quantity of UEs that receive the data set is less than a preset threshold and a channel quality difference between multiple UEs that receive the data set is not less than a second preset threshold, determining that the transmission mode for transmitting the data set is the unicast mode, sending the data set to the UE by using the transmission channel that corresponds to the determined transmission mode.
An auger assembly, comprising: first and second auger tubes (70, 72) each having a longitudinal axis and pivotally connected to one another, the auger tubes (70, 72) being pivotal between a first position in which the auger tubes (70, 72) are coaxial and a second position; a linkage interconnecting and pivotally mounted to the first and second auger tubes (70, 72) and spaced from the pivotal interconnection of the auger tubes, the linkage including a first link pivotally connected to the first auger tube and a second link pivotally connected to the second auger tube, and an actuator connected to one of the auger tubes (70, 72) and to one of the links (84, 90), characterized in that in said second position said auger tubes form one of at least two angles; and the first and second links (84, 90) are pivotally interconnectable at one of at least two positions to maintain the auger tubes (70, 72) in each of the first and second auger tube positions without loading the actuator. first and second auger tubes (70, 72) each having a longitudinal axis and pivotally connected to one another, the auger tubes (70, 72) being pivotal between a first position in which the auger tubes (70, 72) are coaxial and a second position; a linkage interconnecting and pivotally mounted to the first and second auger tubes (70, 72) and spaced from the pivotal interconnection of the auger tubes, the linkage including a first link pivotally connected to the first auger tube and a second link pivotally connected to the second auger tube, and an actuator connected to one of the auger tubes (70, 72) and to one of the links (84, 90), characterized in that in said second position said auger tubes form one of at least two angles; and the first and second links (84, 90) are pivotally interconnectable at one of at least two positions to maintain the auger tubes (70, 72) in each of the first and second auger tube positions without loading the actuator.
An optical scanning beam system comprising: a collimator configured to receive an optical fiber coupled to a source of the system; a scan mirror assembly coupled to the collimator of the system; and a focal assembly preceding the scan mirror assembly of the system between the collimator and the scan mirror assembly, wherein the focal assembly is configured to change both a numerical aperture, NA, of the system and a focus of the system responsive to a control input, characterised in that the focal assembly comprises a hybrid telescope, HT, the HT comprising: a first positive lens following the collimator; a second, movable, negative lens following the first positive lens; and a third, moveable, positive lens following the second movable, negative lens and preceding the scan mirror assembly. a collimator configured to receive an optical fiber coupled to a source of the system; a scan mirror assembly coupled to the collimator of the system; and a focal assembly preceding the scan mirror assembly of the system between the collimator and the scan mirror assembly, wherein the focal assembly is configured to change both a numerical aperture, NA, of the system and a focus of the system responsive to a control input, characterised in that the focal assembly comprises a hybrid telescope, HT, the HT comprising: a first positive lens following the collimator; a second, movable, negative lens following the first positive lens; and a third, moveable, positive lens following the second movable, negative lens and preceding the scan mirror assembly. a first positive lens following the collimator; a second, movable, negative lens following the first positive lens; and a third, moveable, positive lens following the second movable, negative lens and preceding the scan mirror assembly.
A map displaying method to display a map on a screen, the method comprising: establishing a non-compressing area on the map that is not compressed, based on a current location of an object on the map; generating a compressing area on the map that is adjacent to the non-compressing area and non-linearly compressed according to a distance from the non-compressing area at different compression ratios; and displaying the non-compressing area and the compressing area on the screen, wherein a first distance between a first edge of the screen and a portion of a boundary between the compressing area and the non-compressing area closest to the first edge is greater than a second distance between a second edge of the screen and a portion of the boundary closest to the second edge, wherein a moving direction of the object is from the second edge to the first edge, further wherein the establishing of the non-compressing area comprises: establishing the non-compressing area having a first shape and a first size on the map when the object has a first moving speed; and establishing the non-compressing area having the first shape and a second size on the map, smaller than the first size, when the object has a second moving speed, further wherein the second moving speed is greater than the first moving speed. establishing a non-compressing area on the map that is not compressed, based on a current location of an object on the map; generating a compressing area on the map that is adjacent to the non-compressing area and non-linearly compressed according to a distance from the non-compressing area at different compression ratios; and displaying the non-compressing area and the compressing area on the screen, wherein a first distance between a first edge of the screen and a portion of a boundary between the compressing area and the non-compressing area closest to the first edge is greater than a second distance between a second edge of the screen and a portion of the boundary closest to the second edge, wherein a moving direction of the object is from the second edge to the first edge, further wherein the establishing of the non-compressing area comprises: establishing the non-compressing area having a first shape and a first size on the map when the object has a first moving speed; and establishing the non-compressing area having the first shape and a second size on the map, smaller than the first size, when the object has a second moving speed, further wherein the second moving speed is greater than the first moving speed. establishing the non-compressing area having a first shape and a first size on the map when the object has a first moving speed; and establishing the non-compressing area having the first shape and a second size on the map, smaller than the first size, when the object has a second moving speed, further wherein the second moving speed is greater than the first moving speed.
Method for operating a drive device for a motor vehicle, the drive device having at least one internal combustion engine, an electric motor which is or can be drivingly coupled to the internal combustion engine, and a starting clutch, via which the internal combustion engine and the electric motor are drivingly connected to an output shaft of the drive device, characterised in that in a starting operating mode of the drive device the internal combustion engine is operated without combustion when the starting clutch is fully open and is towed by means of the electric motor to a starting speed which is greater than an idling speed of the internal combustion engine, wherein after the starting speed has been reached the internal combustion engine is operated with combustion and the starting clutch is closed.
A beverage composition comprising: water; oxygen bubbles; a surfactant comprising lecithin or purified surfactant components thereof in an amount of between 0.1 % (v/v) and 0.5 % (v/v); one or more viscosity modifying agent(s) in an amount of between 0.5 % (v/v) and 2.5 % (v/v); and optionally citric acid in an amount of between 0.1 % (v/v) and 0.5 % (v/v), wherein the oxygen partial pressure in the composition is at least 25 relative kPa when measured at 37 degrees Celsius. water; oxygen bubbles; a surfactant comprising lecithin or purified surfactant components thereof in an amount of between 0.1 % (v/v) and 0.5 % (v/v); one or more viscosity modifying agent(s) in an amount of between 0.5 % (v/v) and 2.5 % (v/v); and optionally citric acid in an amount of between 0.1 % (v/v) and 0.5 % (v/v), wherein the oxygen partial pressure in the composition is at least 25 relative kPa when measured at 37 degrees Celsius.
Method for operating a navigation system that comprises a display element, an input device, a data processing device, a route ascertainment unit and an interface having a communication channel for a toll collection appliance, wherein the toll collection appliance is arranged in the same vehicle as the navigation system, having the steps of: ascertaining routes that lead from a selected start to a selected destination; requesting toll charges for the ascertained routes from a toll collection appliance, wherein the navigation system requests traffic information for route sections along the ascertained routes from the toll collection appliance, the ascertained routes being displayed together with the requested toll charges, characterized in that the toll collection appliance comprises a position-finding device, which has a satellite-assisted locating system, and a transmission and reception device, wherein the transmission and reception device is used by the toll collection appliance to send its current position or the distance covered by it to a central toll station, the toll collection appliance loading the traffic information from a server for traffic information. ascertaining routes that lead from a selected start to a selected destination; requesting toll charges for the ascertained routes from a toll collection appliance, wherein the navigation system requests traffic information for route sections along the ascertained routes from the toll collection appliance, the ascertained routes being displayed together with the requested toll charges, characterized in that the toll collection appliance comprises a position-finding device, which has a satellite-assisted locating system, and a transmission and reception device, wherein the transmission and reception device is used by the toll collection appliance to send its current position or the distance covered by it to a central toll station, the toll collection appliance loading the traffic information from a server for traffic information.
A method for repairing wind turbine blades, including a reinforcement ring embedded in the blade root, provided with threaded axial blind holes for receiving threaded bolts for fixing to a wind turbine hub through a bearing, which method is particularly conceived to prevent the occurrence and/or propagation of cracks in said reinforcement ring, characterized in that it comprises: a) Making on the reinforcement ring, through the wall of the blade root, a series of radial bore holes, the axes of which are located on one and the same plane perpendicular to the axis of the blade, coplanar with and perpendicular to the axes of the threaded axial blind holes, and located axially between the plane containing the bottom of said threaded axial blind holes and the plane containing a distal edge of the reinforcement ring embedded in the blade root; b) Grinding and drilling the threaded axial blind holes to eliminate the thread and extend ground axial holes until they reach the coinciding radial bore hole; c) Inserting into each radial bore hole a pin which has a diameter that is almost the same as the diameter of the radial bore hole, is provided with a threaded diametrical passage having a diameter slightly smaller than the diameter of said ground axial hole, and positioned in alignment with the ground and extended axial hole; d) Inserting through the ground and extended axial holes bolts having a measurement coinciding with the measurement of the threaded diametrical passage of the pins, and screwing them into said threaded diametrical passages for anchoring the blade to the wind turbine hub. a) Making on the reinforcement ring, through the wall of the blade root, a series of radial bore holes, the axes of which are located on one and the same plane perpendicular to the axis of the blade, coplanar with and perpendicular to the axes of the threaded axial blind holes, and located axially between the plane containing the bottom of said threaded axial blind holes and the plane containing a distal edge of the reinforcement ring embedded in the blade root; b) Grinding and drilling the threaded axial blind holes to eliminate the thread and extend ground axial holes until they reach the coinciding radial bore hole; c) Inserting into each radial bore hole a pin which has a diameter that is almost the same as the diameter of the radial bore hole, is provided with a threaded diametrical passage having a diameter slightly smaller than the diameter of said ground axial hole, and positioned in alignment with the ground and extended axial hole; d) Inserting through the ground and extended axial holes bolts having a measurement coinciding with the measurement of the threaded diametrical passage of the pins, and screwing them into said threaded diametrical passages for anchoring the blade to the wind turbine hub.
A drive device for an adjustment installation for adjusting a vehicle part, in particular a power window actuator, having - a carrier element; - a cable drum; and - a cable exit housing which is disposable on the carrier element and which mounts the cable drum so as to be rotatable about a rotation axis and which by way of at least one housing portion is attachable to the carrier element; - a motor unit for electromotively driving the cable drum, and - a drive housing which is disposed on a side of the carrier element that faces away from the cable drum housing and which mounts a drive wheel that in terms of gearing is connected to the motor unit, characterized in that the carrier element has a contact structure having a plurality of elevations and depressions that are successively lined up and are mutually disposed in an alternating manner, the at least one housing portion of the cable exit housing by way of a base portion being attachable to the contact structure, wherein the contact structure extends annularly about the rotation axis, and the elevations and depressions are successively lined up in an alternating circumferential manner about the rotation axis. - a carrier element; - a cable drum; and - a cable exit housing which is disposable on the carrier element and which mounts the cable drum so as to be rotatable about a rotation axis and which by way of at least one housing portion is attachable to the carrier element; - a motor unit for electromotively driving the cable drum, and - a drive housing which is disposed on a side of the carrier element that faces away from the cable drum housing and which mounts a drive wheel that in terms of gearing is connected to the motor unit,
Arrangement comprising a tyre casing, an electronic device for measuring parameters of a mounted assembly and a bonding interface made of elastomeric material at least partially covering the measuring electronic device and serving as interface between the tyre casing and the measuring electronic device, said measuring electronic device comprising: - a UHF radiofrequency antenna defining a polar axis; and - a circuit board comprising: - an electronic chip electrically coupled to the UHF radiofrequency antenna by at least one galvanic transmission line; and - at least one sensor for measuring a parameter of the mounted assembly; said tyre casing comprising: - a crown, two sidewalls and two beads of revolution about a reference axis defining a first surface located externally and a second surface located internally to the tyre casing with respect to the reference axis; and - a median plane perpendicular to the reference axis and equidistant from the two beads; characterized in that the bonding interface is fastened in line with said crown to the second surface of the tyre casing and in that at least one feed point defined as the intersection between the polar axis and the at least one transmission line is located axially in the central region of the crown of the tyre casing. - a UHF radiofrequency antenna defining a polar axis; and - a circuit board comprising: - an electronic chip electrically coupled to the UHF radiofrequency antenna by at least one galvanic transmission line; and - at least one sensor for measuring a parameter of the mounted assembly; - an electronic chip electrically coupled to the UHF radiofrequency antenna by at least one galvanic transmission line; and - at least one sensor for measuring a parameter of the mounted assembly; - a crown, two sidewalls and two beads of revolution about a reference axis defining a first surface located externally and a second surface located internally to the tyre casing with respect to the reference axis; and - a median plane perpendicular to the reference axis and equidistant from the two beads;
A sheet-handling apparatus, comprising: a feeding portion to feed the sheet-like articles; and a separation portion facing the feeding portion, the separation portion being adapted to separate sheet-like articles in an overlapping state into individual sheet-like articles by elastically deforming depending on a thickness of the sheet-like articles; characterized in that a surface of the separation portion that faces the feeding portion across a gap is provided with a suction hole. a feeding portion to feed the sheet-like articles; and a separation portion facing the feeding portion, the separation portion being adapted to separate sheet-like articles in an overlapping state into individual sheet-like articles by elastically deforming depending on a thickness of the sheet-like articles; characterized in that a surface of the separation portion that faces the feeding portion across a gap is provided with a suction hole.
Method for ascertaining a voltage type of an input voltage (Ue) of a power supply, wherein a first output signal based on the input voltage (Ue) of the power supply is detected using a circuit arrangement, wherein, after a peak (Û) of the first output signal (Ue) is passed through for the first time, the method waits for a first threshold value to be undershot, and wherein the following steps are then run through until a predetermined number of repetitions is reached: - storing a time stamp and starting a predetermined dead time (T t) when the first output signal undershoots the first threshold value; - checking whether the first output signal exceeds a second threshold value after the predetermined dead time (T t) has elapsed; and - waiting until the first output signal undershoots the first threshold value again when the first output signal has exceeded the second threshold value when the dead time (T t) has elapsed, wherein the second threshold value is greater than the first threshold value; and wherein a frequency and the voltage type of the input voltage (Ue) is derived from the stored time stamps after the predetermined number of repetitions has been reached. - storing a time stamp and starting a predetermined dead time (T t) when the first output signal undershoots the first threshold value; - checking whether the first output signal exceeds a second threshold value after the predetermined dead time (T t) has elapsed; and - waiting until the first output signal undershoots the first threshold value again when the first output signal has exceeded the second threshold value when the dead time (T t) has elapsed, wherein the second threshold value is greater than the first threshold value;
U-shaped support profile for forming a light channel, whereby the support profile is configured to receive luminaire modules (30, 60) from the open assembly side of the "U" and support them through latching, and whereby the support profile has multiple engagement elements arranged at various depths on its inner side, whereby the one latched mounting of a lighting module (30, 60) enables installation at a plurality of various depths, characterised in that the support profile consists of two separate side elements, which form the side walls of the support profile and are interconnected via a yoke-like connection element.
A Crystal Form A of Compound 1, wherein the Crystal Form A has an X-ray powder diffraction pattern having characteristic diffraction peaks at the following 2θ angles: 14.10±0.2°, 19.07±0.2°, 21.79±0.2°