mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication of a base station, comprising: determining a transmission power of a signal transmitted by a user equipment, UE, in a cell; generating a power control command based on the determined signal power; transmitting the power control command to a plurality of UEs; and receiving a plurality of transmissions from the plurality of UEs subsequent to the transmitting of the power control command, at least a portion of the plurality of transmissions transmitted by the plurality of UEs having different transmission powers, the transmission power of each respective transmission from the plurality of transmissions corresponding to the power control command and a predefined power offset associated with a respective UE associated with the respective transmission. determining a transmission power of a signal transmitted by a user equipment, UE, in a cell; generating a power control command based on the determined signal power; transmitting the power control command to a plurality of UEs; and receiving a plurality of transmissions from the plurality of UEs subsequent to the transmitting of the power control command, at least a portion of the plurality of transmissions transmitted by the plurality of UEs having different transmission powers, the transmission power of each respective transmission from the plurality of transmissions corresponding to the power control command and a predefined power offset associated with a respective UE associated with the respective transmission.
Power tool, for example a power drill, comprising - a receiving device having at least a first and a second power consuming element; and - an energy supply unit, for example a rechargeable battery, which can be connected to the power tool and has a connecting device, the connecting device comprising at least a first and a second power output element (13, 15); the receiving device being designed to receive and hold the connecting device, so that the power consuming elements and the power output elements (13, 15) can be connected to one another to establish an electrical connection, characterized in that both the first and the second power consuming element comprise a positive terminal and a negative terminal (14, 24) and both the first and the second power output element (13, 15) comprise a positive terminal (23, 25) and a negative terminal (27, 29), so that in each case a positive terminal is in connection with a positive terminal and a negative terminal is in connection with a negative terminal when the receiving device and the connecting device are connected to one another, the positive terminal of the first power output element and the positive terminal of the second power output element, the positive terminal of the first power consuming element and the positive terminal of the second power consuming element, the negative terminal of the first power output element and the negative terminal of the second power output element and also the negative terminal of the first power consuming element and the negative terminal of the second power consuming element being positioned at a distance from one another in at least a first and a second direction (X, Y). - a receiving device having at least a first and a second power consuming element; and - an energy supply unit, for example a rechargeable battery, which can be connected to the power tool and has a connecting device, the connecting device comprising at least a first and a second power output element (13, 15);
A method for production of a pole part of a medium-voltage switching device, in which a vacuum interrupt chamber is provided with an insulating encapsulation, in that the vacuum interrupt chamber is encapsulated together with a mold core, which is fitted to it on its lower cover, in a casting mold using an insulating material, wherein before the encapsulation process, a compensation ring is positioned as a separate injection-molded seal on the external circumferential line of the vacuum interrupt chamber cover, between a lower cover face of the vacuum interrupt chamber and the mold core and then also encapsulated such that it remains as a lost seal in the encapsulation, with the mold core then being removed again, in that way, that the compensation ring is inserted between the mold core, said cover face and a ceramic insulator end surface of the vacuum interrupt chamber, so that this ring acts as mold seal in the insert part and dissipates the axial forces exerted on the vacuum interrupter chamber via the ceramic to the mold core, characterized in that the compensation ring which is used as the injection molded seal in the production process is composed of copper or a copper alloy, or aluminum or aluminum alloy.
An actuator apparatus, comprising: an actuator comprising an upper casing and a lower casing defining a cavity and an actuating device disposed at least partially within the cavity and dividing the cavity into an upper chamber and a lower chamber; and a yoke connected to the actuator and comprising an actuator spring disposed within a body of the yoke and a yoke tube, characterized in that the yoke tube extends longitudinally through the body of the yoke, the yoke tube extending from an aperture in the lower casing of the actuator and providing an air passage that fluidly connects the lower chamber of the actuator and a controller, wherein the material melting temperature of the yoke tube is greater than the material melting temperature of the body of the yoke. an actuator comprising an upper casing and a lower casing defining a cavity and an actuating device disposed at least partially within the cavity and dividing the cavity into an upper chamber and a lower chamber; and a yoke connected to the actuator and comprising an actuator spring disposed within a body of the yoke and a yoke tube, characterized in that the yoke tube extends longitudinally through the body of the yoke, the yoke tube extending from an aperture in the lower casing of the actuator and providing an air passage that fluidly connects the lower chamber of the actuator and a controller, wherein the material melting temperature of the yoke tube is greater than the material melting temperature of the body of the yoke.
An aircraft wing comprising a fixed wing and a wing tip device at the tip thereof, wherein the wing tip device is configurable between: (i) a flight configuration for use during flight and (ii) a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is rotated away from the flight configuration about a hinge axis such that the span of the aircraft wing is reduced, the aircraft wing further comprising a hinge arrangement connecting the fixed wing and the wing tip device, wherein the hinge arrangement protrudes beyond an outer surface of the fixed wing and wing tip device, and a fairing covering the protruding portion of the hinge, characterised in that in the flight configuration the fairing comprises a front portion blended into and extending rearwardly from the leading edge of the fixed wing and the wing tip device and the front portion of the fairing meets the leading edge of the fixed wing and wing tip device in a tangential direction, such that when viewed in a line of flight direction cross-section, there is no discontinuity between the fairing and the leading edge of the fixed wing and wing tip device and in a span-wise direction, the front portion of the fairing comprises a bell shaped profile. a hinge arrangement connecting the fixed wing and the wing tip device, wherein the hinge arrangement protrudes beyond an outer surface of the fixed wing and wing tip device, and a fairing covering the protruding portion of the hinge, characterised in that in the flight configuration the fairing comprises a front portion blended into and extending rearwardly from the leading edge of the fixed wing and the wing tip device and the front portion of the fairing meets the leading edge of the fixed wing and wing tip device in a tangential direction, such that when viewed in a line of flight direction cross-section, there is no discontinuity between the fairing and the leading edge of the fixed wing and wing tip device and in a span-wise direction, the front portion of the fairing comprises a bell shaped profile.
Method for controlling a SCR catalytic converter of a vehicle, comprising a first step of modelling said at least one SCR catalytic converter as a plurality of NH3 storage cells (cell1, cell2,..., celln; cell1, cell2..celln, cell1, cell2,..., celln), a second step of controlling only a first (cell1) of said plurality of storage cells, according to feedback control based on a reference value, and a third step of adapting said reference value on the basis of a storage level of at least another storage cell of said plurality of storage cells, wherein said first storage cell is arranged at an inlet of said SCR catalytic converter according an exhaust gas circulation.
A refrigerator comprising: a cabinet defining a storage compartment; a door opening and closing the storage compartment, the door comprising: an outer case; a door liner; an ice maker generating ice cubes; an ice bin disposed below the ice maker for storing the ice cubes generated in the ice maker; and a dispenser provided at the door, the dispenser dispensing the ice cubes stored in the ice bin; characterized in that a vacuum insulation panel is disposed between the outer case and the ice bin to insulate the storage compartment from an outside; an ice compartment is defined by the door liner; an ice compartment door is rotatably connected to the door liner by a hinge to open or close the ice compartment; the door liner is coupled to the outer case to define a back surface of the door; and in that the ice maker is disposed within the ice compartment. a cabinet defining a storage compartment; a door opening and closing the storage compartment, the door comprising: an outer case; a door liner; an ice maker generating ice cubes; an ice bin disposed below the ice maker for storing the ice cubes generated in the ice maker; and a dispenser provided at the door, the dispenser dispensing the ice cubes stored in the ice bin; an outer case; a door liner; an ice maker generating ice cubes; an ice bin disposed below the ice maker for storing the ice cubes generated in the ice maker; and a dispenser provided at the door, the dispenser dispensing the ice cubes stored in the ice bin; characterized in that a vacuum insulation panel is disposed between the outer case and the ice bin to insulate the storage compartment from an outside; an ice compartment is defined by the door liner; an ice compartment door is rotatably connected to the door liner by a hinge to open or close the ice compartment; the door liner is coupled to the outer case to define a back surface of the door; and in that the ice maker is disposed within the ice compartment.
An image processing method of detecting an edge from an image to which a sharpening process is to be applied, and based upon a length of said edge existing near a target pixel of the sharpening process, deciding a strength of the sharpening process in said target pixel, the image processing method comprising: detecting the edge from the image; extracting an edge line segment, being a straight line, from said edge; and deciding the strength of the sharpening process by selecting the parameters of the sharpening strength based upon a length of the shortest edge when a plurality of edges exist adjacently. detecting the edge from the image; extracting an edge line segment, being a straight line, from said edge; and deciding the strength of the sharpening process by selecting the parameters of the sharpening strength based upon a length of the shortest edge when a plurality of edges exist adjacently.
A convertible wiper system, particularly for a vehicle, comprising a wiper arm device, a fluid pump, a fluid line for fluidically connecting the fluid pump to the wiper arm device, and a control device for controlling the fluid pump, characterized in that either a fixed fluid outlet wiper arm device or an alternating fluid outlet wiper arm device is selectively used as the wiper arm device, and the control device is selectively operated in at least a fixed fluid outlet mode and an alternating fluid outlet mode.
An endpoint mixing and playing method, comprising following steps: S0) providing a plurality of microphones corresponding to a plurality of sounding bodies in an initial environment; providing an endpoint environment of which the type and size correspond to those of the initial environment, and a plurality of sound simulation devices corresponding to the plurality of microphones one to one and connected to the corresponding microphones in a communication manner; each of the sound simulation devices being disposed on an endpoint position in the endpoint environment to correspond to the position where the sounding body corresponding to the sound simulation device is located in the initial environment; providing a motion tracking device connected to the plurality of sound simulation devices in a communication manner; S1) the plurality of microphones synchronously recording the sounds of the plurality of corresponding sounding bodies into audio tracks respectively; the motion tracking device synchronously recording the motion states of the plurality of sounding bodies into motion state files; S2) the plurality of sound simulation devices synchronously moving in the motion states of the corresponding sounding bodies recorded in the motion state files, and synchronously playing the audio tracks recorded by the corresponding microphones respectively, thereby playing endpoint mixing. S0) providing a plurality of microphones corresponding to a plurality of sounding bodies in an initial environment; providing an endpoint environment of which the type and size correspond to those of the initial environment, and a plurality of sound simulation devices corresponding to the plurality of microphones one to one and connected to the corresponding microphones in a communication manner; each of the sound simulation devices being disposed on an endpoint position in the endpoint environment to correspond to the position where the sounding body corresponding to the sound simulation device is located in the initial environment; providing a motion tracking device connected to the plurality of sound simulation devices in a communication manner; S1) the plurality of microphones synchronously recording the sounds of the plurality of corresponding sounding bodies into audio tracks respectively; the motion tracking device synchronously recording the motion states of the plurality of sounding bodies into motion state files; S2) the plurality of sound simulation devices synchronously moving in the motion states of the corresponding sounding bodies recorded in the motion state files, and synchronously playing the audio tracks recorded by the corresponding microphones respectively, thereby playing endpoint mixing.
A device for therapeutic use on a mammal, comprising: - a first member having a plurality of protrusions, and - a second member defining an application surface and having a plurality of receiving zones for aligning with the plurality of protrusions of the first member, - wherein at least a portion of the first member has a first magnetic pattern, wherein at least a portion of the second member has a second magnetic pattern, wherein the protrusions are aligned with the receiving zones, wherein at least one region of the first member faces at least one region of the second member forcing together magnetic patterns (108, 208) of like polarity on the first member facing region and the second member facing region, thereby repulsing one another and producing a plurality of magnetic flux lines at the application surface that vary in time as the distance between the first and second members (100, 200) varies in time resulting in a therapeutic effect on the mammal being treated thereby, - wherein the first magnetic pattern extends across at least one protrusion of the plurality of protrusions so that the first magnetic pattern on a face of the at least one protrusion contributes to a magnetic pattern of an application surface of the device. - a first member having a plurality of protrusions, and - a second member defining an application surface and having a plurality of receiving zones for aligning with the plurality of protrusions of the first member, - wherein at least a portion of the first member has a first magnetic pattern, wherein at least a portion of the second member has a second magnetic pattern, wherein the protrusions are aligned with the receiving zones, wherein at least one region of the first member faces at least one region of the second member forcing together magnetic patterns (108, 208) of like polarity on the first member facing region and the second member facing region, thereby repulsing one another and producing a plurality of magnetic flux lines at the application surface that vary in time as the distance between the first and second members (100, 200) varies in time resulting in a therapeutic effect on the mammal being treated thereby, - wherein the first magnetic pattern extends across at least one protrusion of the plurality of protrusions so that the first magnetic pattern on a face of the at least one protrusion contributes to a magnetic pattern of an application surface of the device.
An inhalation system for pulmonary drug delivery, comprising: a dry powder inhaler comprising a housing and a mouthpiece, said housing including an inlet and an outlet port; a cartridge adapted to said dry powder inhaler and containing a dry powder medicament for inhalation; said dry powder inhaler system comprising air conduits configured to have a predetermined airflow distribution around and through said cartridge operably configured to mix the medicament with air forming a powder plume for delivery to a patient's pulmonary system; wherein said predetermined airflow distribution through said cartridge ranges from about 10 to 30% of total airflow volume entering said dry powder inhaler during inhalation. a dry powder inhaler comprising a housing and a mouthpiece, said housing including an inlet and an outlet port; a cartridge adapted to said dry powder inhaler and containing a dry powder medicament for inhalation; said dry powder inhaler system comprising air conduits configured to have a predetermined airflow distribution around and through said cartridge operably configured to mix the medicament with air forming a powder plume for delivery to a patient's pulmonary system; wherein said predetermined airflow distribution through said cartridge ranges from about 10 to 30% of total airflow volume entering said dry powder inhaler during inhalation.
An eddy current probe assembly suitable for inspecting a test object with longitudinal shape, being passed through the assembly in the object's axial direction during an inspection session, the probe assembly comprising a first plurality of probe modules disposed in a first radial plane relative to the axial direction and with the modules partially overlaying each other and forming an iris structure encircling and defining an inspection zone of the test object, the inspection zone having a center aligned with the axial center of the test object and each of the probe modules comprising a rotation pin which is installed substantially away from the center of the inspection zone, the movement of each probe module being rotational around the rotation pin; each of the probe modules further comprising a plurality of eddy current sensing elements that are disposed substantially at a sensing surface of each of the first plurality of probe modules facing the inspection zone; the probe modules being configured to move closer to or further away from the center of the inspection zone to make the inspection zone enlarged or contracted; a rotation support plate on which there is a groove or slot opening for each respective probe module, and each of the probe modules further comprising a diameter adjustment pin slidable substantially inside the groove or slot opening, wherein the sliding movement causes the probe module to rotate around the rotation pin and subsequently causing the probe module to move towards or away from the center of the inspection zone upon rotation of the rotation support plate, wherein the assembly further comprises a spring element for each of the probe modules connecting the respective diameter adjustment pin and the rotation support plate so that a spring tension is exerted on each of probe modules, and subsequentially each of the probe modules presses against the test object and in that an opening pressure to the diameter adjustment pin is applied when the pin abuts to an edge of the relative groove or slot opening.
A device for applying compression treatment to a part of a wearer's body, the device having an inner face for being placed adjacent to the part of the wearer's body in use and an outer face opposite the inner face, the device comprising: a pressure applicator to apply compression to the wearer's body part when the device is placed on the wearer's body part; a first fastener element mounted on the device; a second fastener element mounted on the device and adapted for releasably connecting to the first fastener element for use in holding the device on the wearer's body part, a visual indicator associated with the second fastener element adapted to show where to engage the first fastener element with the second fastener element, the visual indicator being adapted to wear upon repeated connection and disconnection of the first and second fastener elements (46, 44) so that the visual indicator fades over time, characterized in that the first fastener element comprises hook material, the second fastener element comprises loop material having a multiplicity of loops, and the visual indicator comprises colorant on at least a portion of the loop material, the colorant being disposed on the loops of the loop material to be less visible when loops are broken by repeated connection and disconnection of the first and second fastener elements (46, 44). a pressure applicator to apply compression to the wearer's body part when the device is placed on the wearer's body part; a first fastener element mounted on the device; a second fastener element mounted on the device and adapted for releasably connecting to the first fastener element for use in holding the device on the wearer's body part, a visual indicator associated with the second fastener element adapted to show where to engage the first fastener element with the second fastener element, the visual indicator being adapted to wear upon repeated connection and disconnection of the first and second fastener elements (46, 44) so that the visual indicator fades over time, characterized in that the first fastener element comprises hook material, the second fastener element comprises loop material having a multiplicity of loops, and the visual indicator comprises colorant on at least a portion of the loop material, the colorant being disposed on the loops of the loop material to be less visible when loops are broken by repeated connection and disconnection of the first and second fastener elements (46, 44).