mhurhangee/ep-ind-claims huggingface dataset:
A method for sending a counting response by a User Equipment in a Multimedia Broadcast Multicast Service, MBMS, comprising: setting a triggering condition for feeding back a counting response of the UE; sending, by the UE, the counting response to a network side according to the triggering condition; and counting, by the network side, the number of UEs according to counting responses received from UEs, and enabling or disabling, by the network side, a Multimedia Broadcast Single Frequency Network, MBSFN, transmission according to the number of UEs; characterized in that: wherein the counting response comprises a UE state and at least one of the following: an MBSFN area Identifier, a notification indicator, an MBMS ID, a UE ID, a Physical Multicast Channel, PMCH, ID, a session ID, a Logic Channel identifier, LCID, a service list index, a feedback period, and a triggering event; wherein the UE state comprises: interested in receiving and receiving. setting a triggering condition for feeding back a counting response of the UE; sending, by the UE, the counting response to a network side according to the triggering condition; and counting, by the network side, the number of UEs according to counting responses received from UEs, and enabling or disabling, by the network side, a Multimedia Broadcast Single Frequency Network, MBSFN, transmission according to the number of UEs; characterized in that: wherein the counting response comprises a UE state and at least one of the following: an MBSFN area Identifier, a notification indicator, an MBMS ID, a UE ID, a Physical Multicast Channel, PMCH, ID, a session ID, a Logic Channel identifier, LCID, a service list index, a feedback period, and a triggering event; wherein the UE state comprises: interested in receiving and receiving.
A battery voltage measurement system using a transformer driven relay, comprising: a transformer configured to transform voltage of a voltage measurement signal according to a wiring ratio of a first wiring and a second wiring; a relay configured to transfer voltage of a battery while an operation state is changed to an On state when the transformed voltage of the voltage measurement signal is input to the relay; and a measurement unit configured to measure a battery voltage value by receiving the voltage of the battery from the relay; and a controller configured to transmit the voltage measurement signal for measuring the voltage of the battery to a primary terminal of the transformer at a predetermined time, wherein the transformer receives the voltage measurement signal for measuring the voltage of the battery through a primary terminal thereof at a predetermined time. a transformer configured to transform voltage of a voltage measurement signal according to a wiring ratio of a first wiring and a second wiring; a relay configured to transfer voltage of a battery while an operation state is changed to an On state when the transformed voltage of the voltage measurement signal is input to the relay; and a measurement unit configured to measure a battery voltage value by receiving the voltage of the battery from the relay; and a controller configured to transmit the voltage measurement signal for measuring the voltage of the battery to a primary terminal of the transformer at a predetermined time, wherein the transformer receives the voltage measurement signal for measuring the voltage of the battery through a primary terminal thereof at a predetermined time.
Optical guide (400, 800) comprising a first piece in a transparent material, the first piece comprising on the surface an array of extraction microstructures composed of a succession of extraction microstructures arranged to project, at a finite distance D, a virtual image injected into the optical guide, each extraction microstructure having a prismatic shape with two faces, one face being called active surface (401a, 401b, 801a, 801b) and having a semi-reflective deposit for extracting the virtual image from the optical guide and the other face being called passive surface and not having any semi-reflective deposit, characterised in that each active surface is spherical and has a smaller inclination by a mean angle θ than any active surface immediately preceding in the succession of microstructures in the propagation direction of the virtual image in the optical guide, characterised in that: Θ = arctan P / D / 2 * n and each active surface has a radius of curvature R such that: R = 2 * n * D where P is a repetition period of the microstructures in the array of extraction microstructures and n is a refractive index of the transparent material.
A device for measuring the concentricity of an internal toothing of a component, in particular a shaft, wherein the device having at least one determination segment for determining a concentricity deviation, comprising - a spindle unit comprising a tapping spindle having a gauge gearwheel arranged on a first end of the tapping spindle and intended for tapping the concentricity of the internal toothing of the component, and an output spindle for transmitting the tapped concentricity from the tapping spindle to a measuring unit, wherein the output spindle is arranged directly or indirectly on a second end of the tapping spindle that is situated opposite to the first end of the tapping spindle, and also - a spindle holder at least for holding and positioning the spindle unit, - an adjusting element at least for positioning at least the gauge gear wheel connected to the tapping spindle, and - the measuring unit for comparing the tapped concentricity with reference values. - a spindle unit comprising a tapping spindle having a gauge gearwheel arranged on a first end of the tapping spindle and intended for tapping the concentricity of the internal toothing of the component, and an output spindle for transmitting the tapped concentricity from the tapping spindle to a measuring unit, wherein the output spindle is arranged directly or indirectly on a second end of the tapping spindle that is situated opposite to the first end of the tapping spindle, and also - a spindle holder at least for holding and positioning the spindle unit, - an adjusting element at least for positioning at least the gauge gear wheel connected to the tapping spindle, and - the measuring unit for comparing the tapped concentricity with reference values.
An occluder for closing a body passage, the device comprising an occluding body, a first position control element and a second position control element, wherein the occluding body is a balloon made of a flexible and fluid tight material without shape memory property, the balloon comprising a distal chamber and a proximal chamber and a connecting channel connecting these two chambers (10, 11), the occluding body being compressible into a first longitudinal shape, and a proximal end of the occluding body being attached to the first position control element and the distal end of the occluding body being attached to the second position control element, the first position control element and the second position control element are two matching parts of a fluid tight closure of the balloon, the occluding body being adapted to be brought into a second inflated shape by introduction of a fluid and into a third radially extended but longitudinally compressed shape by evacuating this fluid and by bringing the two position control elements (2, 3) into a snapped together position, characterized in that the first or the second position control element (2, 3) comprises a shaft and the other of these two position control elements (2, 3) comprises a space (23, 22), in which the shaft is fixably holdable, wherein the first and the second control element (2, 3) form an open passage through the balloon in the third shape and in that the balloon's interior is free of additional stiffening means for stiffening the balloon in its third radially extended but longitudinally compressed state.
A method for the manufacture of 2-fluoro-ara-adenine of Formula I characterized in that a) initially 2-fluoro-ara-adenine triacetate of Formula II and 2.25 to 2.75 kg or 2.45 to 2.55 kg of potassium carbonate (K 2 CO 3) in an aqueous alcoholic solution are provided and stirred under heating, wherein the said aqueous alcoholic solution is a mixture of 180 to 220 kg of alcohol and 8 to 12 kg of water or a mixture of 195 to 205 kg of alcohol and 9.8 to 10.2 kg of water, b) the reaction mixture is subsequently cooled down, water is added, and the reaction mixture is adjusted to a pH value of 5 to 9 or 6 to 8, c) activated carbon is first added to the reaction mixture treated in this manner, and the reaction mixture is kept under reflux and subsequently the activated carbon is filtered off the reaction mixture, d) the filtrate is subsequently inoculated with 2-fluoro-ara-adenine without intermediate isolation of the raw 2-fluoro-ara-adenine, the resulting suspension is cooled down again and stirred further, and e) finally, the isolated solid cake is washed with an alcoholic aqueous solution and dried at a higher temperature under vacuum using a carrier gas. a) initially 2-fluoro-ara-adenine triacetate of Formula II and 2.25 to 2.75 kg or 2.45 to 2.55 kg of potassium carbonate (K 2 CO 3) in an aqueous alcoholic solution are provided and stirred under heating, wherein the said aqueous alcoholic solution is a mixture of 180 to 220 kg of alcohol and 8 to 12 kg of water or a mixture of 195 to 205 kg of alcohol and 9.8 to 10.2 kg of water, b) the reaction mixture is subsequently cooled down, water is added, and the reaction mixture is adjusted to a pH value of 5 to 9 or 6 to 8, c) activated carbon is first added to the reaction mixture treated in this manner, and the reaction mixture is kept under reflux and subsequently the activated carbon is filtered off the reaction mixture, d) the filtrate is subsequently inoculated with 2-fluoro-ara-adenine without intermediate isolation of the raw 2-fluoro-ara-adenine, the resulting suspension is cooled down again and stirred further, and e) finally, the isolated solid cake is washed with an alcoholic aqueous solution and dried at a higher temperature under vacuum using a carrier gas.
A pitch-yaw actuation system for actuating a device head, comprising: a pitch frame configured to be pivotably coupled to a device frame via a pitch hinge having a pitch axis; a yaw frame pivotably coupled to the pitch frame via a yaw hinge having a yaw axis orthogonal to the pitch axis; a pitch actuator configured to pivot the pitch frame about the pitch axis; a yaw actuator configured to pivot the yaw frame about the yaw axis; a universal joint assembly coupling the yaw actuator to the yaw frame, and including: a linear guide mechanism having a guide mechanism axis; a universal joint slidably coupled to the linear guide mechanism; and the guide mechanism axis is oriented at an angle that allows the universal joint to move in a manner accommodating misalignment of the yaw actuator with the yaw frame during pivoting of at least one of the pitch frame and the yaw frame. a pitch frame configured to be pivotably coupled to a device frame via a pitch hinge having a pitch axis; a yaw frame pivotably coupled to the pitch frame via a yaw hinge having a yaw axis orthogonal to the pitch axis; a pitch actuator configured to pivot the pitch frame about the pitch axis; a yaw actuator configured to pivot the yaw frame about the yaw axis; a universal joint assembly coupling the yaw actuator to the yaw frame, and including: a linear guide mechanism having a guide mechanism axis; a universal joint slidably coupled to the linear guide mechanism; and the guide mechanism axis is oriented at an angle that allows the universal joint to move in a manner accommodating misalignment of the yaw actuator with the yaw frame during pivoting of at least one of the pitch frame and the yaw frame. a linear guide mechanism having a guide mechanism axis; a universal joint slidably coupled to the linear guide mechanism; and the guide mechanism axis is oriented at an angle that allows the universal joint to move in a manner accommodating misalignment of the yaw actuator with the yaw frame during pivoting of at least one of the pitch frame and the yaw frame.
A method for manufacturing an aerated confectionery shell comprising the steps of: (i) aerating liquid chocolate; (ii) depositing the aerated liquid chocolate into a mould cavity; and (iii) pressing the aerated liquid chocolate in the mould cavity using a stamp having a surface temperature below the solidification temperature of the chocolate so as to shape and at least partially solidify the chocolate, thereby forming an aerated shell layer; wherein the aerated shell layer has a total gas content of at least 5%, the gas content being calculated using the following formula: Gas content of aerated shell layer = M 2 − M 1 / M 2 * 100 wherein M1 is the mass of the aerated shell layer having volume V1, and M2 is the mass of a non-aerated shell layer having volume V1 and being formed from the same liquid chocolate as the aerated shell layer and in the same manner as the aerated shell layer. (i) aerating liquid chocolate; (ii) depositing the aerated liquid chocolate into a mould cavity; and (iii) pressing the aerated liquid chocolate in the mould cavity using a stamp having a surface temperature below the solidification temperature of the chocolate so as to shape and at least partially solidify the chocolate, thereby forming an aerated shell layer;
Optical pressure indicating device, comprising a housing containing a pointer, which is movable mechanically along an indicating path and which can be adjusted for absolute pressure indication in accordance with a control pressure (p) applied via a pressure port of the housing in such a way that a slow pressure change causes a rapid change of the position of the pointer at least in some sections, characterised in that, for a rapid change of the position of the pointer, a control piston integrated into the housing, a valve spring (9; 9') integrated into the housing and a piston switching valve assembly integrated into the housing are provided, the piston switching valve assembly comprising a control piston, which is mechanically coupled to the pointer and which, for an analogously rapid change of position, moves following the opening of an associated ventilation valve on reaching a defined switching control pressure (ps), which is defined by the valve spring (9; 9') acting on the control piston against the force applied by the control pressure (p).
Composition comprising as polymer basis - 40 to 75% by weight of at least one polypropylene-based elastomer having an ethylene content of 9% by weight or more and - 25 to 60% by weight of at least one random polypropylene copolymer having a flexural modulus of less than 650 MPa. - 40 to 75% by weight of at least one polypropylene-based elastomer having an ethylene content of 9% by weight or more and - 25 to 60% by weight of at least one random polypropylene copolymer having a flexural modulus of less than 650 MPa.
A fixation system for attaching a medical image registration matrix to a patient holder which is to be covered by a sterile drape, wherein the fixation system comprises at least one fixation set (L, R) comprising a lower part which is adapted to be connected to the patient holder and an upper part which is adapted to be connected to the registration matrix or one of its supporting elements, characterised in that: - the lower and upper parts (6, 26) can be connected to each other by a connector which does not penetrate the drape; - one of the lower parts and upper parts (6, 26) comprises a rail and the other of the lower parts and upper party (6, 26) comprises a rail-engaging profile, which are formed so as to accommodate and clamp the drape between them, wherein one of the rail or the rail-engaging profile has a length which substantially exceeds the length of the other of the rail or the rail-engaging profile; and in that - the rail and the rail-engaging profile fit together over a non-incremental continuous zone of engagement. - the lower and upper parts (6, 26) can be connected to each other by a connector which does not penetrate the drape; - one of the lower parts and upper parts (6, 26) comprises a rail and the other of the lower parts and upper party (6, 26) comprises a rail-engaging profile, which are formed so as to accommodate and clamp the drape between them, wherein one of the rail or the rail-engaging profile has a length which substantially exceeds the length of the other of the rail or the rail-engaging profile; and in that - the rail and the rail-engaging profile fit together over a non-incremental continuous zone of engagement.
Bridge crane, which comprises a main girder, which is fitted to travel supported by end carriages essentially at both ends of the main girder and which bridge crane further comprises a hoisting trolley traveling supported by the main girder and a rope drum mounted on bearings to rotate in an essentially stationary position, from which rope drum the hoisting rope is guided to a hook traveling along with the hoisting trolley, and which hoisting rope is supported from below for at least a part of its essentially horizontal section, characterized in that the hoisting rope is supported from below for the greatest part of its essentially horizontal section in its own channel on top of the main girder or on the side of the main girder.
Rotor for a turbomachine, comprising - a plurality of rotor segments which are each provided with a central opening and are arranged axially adjacent to one another, - a single tie rod which extends through the openings of the rotor segments, and two bracing means (7, 8) which are arranged at axially opposite ends of the tie rod and brace the rotor segments against one another, wherein the rotor segments form at least two rotor segment groups, between which at least one further bracing means (7, 8) is arranged, and wherein the tie rod comprises a plurality of cylindrical tie rod sections which are arranged axially adjacent to one another and are associated with in each case one rotor segment group, wherein, starting from one end of the tie rod, the cylinder diameters of the tie rod sections decrease in a stepwise manner with a stepped outer contour being formed, wherein the bracing means (7, 8) comprise a plurality of pressure elements which are axially adjustable for the purpose of bracing and by way of which the rotor segments are acted on by an axial force in the direction of respectively corresponding stop elements, wherein each pressure element is formed by a nut which is screwed onto an outer thread of the tie rod, said nut being arranged in a receiving space, defined by a rotor segment, and pressing against said rotor segment, characterized in that adjacent tie rod sections are screwed to one another, wherein a tie rod section has an axially extending threaded bore into which an outer thread formed at a free end of the adjacent tie rod section is screwed. - a plurality of rotor segments which are each provided with a central opening and are arranged axially adjacent to one another, - a single tie rod which extends through the openings of the rotor segments, and two bracing means (7, 8) which are arranged at axially opposite ends of the tie rod and brace the rotor segments against one another,
A laundry appliance comprising: a body that houses a motor that selectively operates a drum for processing laundry, wherein the body includes an aperture for selectively accessing the drum; a door panel that provides selective access to the aperture; a controller configured to operate at least the motor; a user interface in communication with the controller for selecting a laundry-processing operation to be performed; an outer panel that at least partially conceals the body from view, wherein the outer panel is incorporated with the door panel; an outer selector positioned proximate the outer panel, characterized in that the outer selector is in communication with the controller via the user interface, wherein the outer selector physically cooperates with the user interface to selectively operate the motor. a body that houses a motor that selectively operates a drum for processing laundry, wherein the body includes an aperture for selectively accessing the drum; a door panel that provides selective access to the aperture; a controller configured to operate at least the motor; a user interface in communication with the controller for selecting a laundry-processing operation to be performed; an outer panel that at least partially conceals the body from view, wherein the outer panel is incorporated with the door panel; an outer selector positioned proximate the outer panel, characterized in that the outer selector is in communication with the controller via the user interface, wherein the outer selector physically cooperates with the user interface to selectively operate the motor.
Sealing arrangement of solid oxide cell stacks, each cell comprising a fuel side, an oxygen rich side, and an electrolyte element comprising an electrolyte layer between the fuel side and the oxygen rich side, the cells being arranged to a formation of a stack, and the solid oxide cell stack comprises in repetitious structures a flow field plate for each cell to arrange flows in the cell, a flow distribution area on the flow field plate as an area to which fuel feed flow is guided, a flow outlet area on the flow field plate, a flow area on the flow field plate, and flow orifices (126, 136) opened to the flow distribution area and to the flow outlet area, wherein the sealing arrangement comprises at least one gasket structure, which is located between the flow field plate and the electrolyte element, and said at least one gasket structure locates between the flow field plates of said repetitious structures, and the sealing arrangement comprises first sealing layers, which are in contact with the flow field plate and the gasket structure, and the first sealing layers are overlaid over a selected area of the flow field plate and over a selected area of the gasket structure, characterized in that the sealing arrangement comprises second sealing layers being in contact with the electrolyte element and the gasket structure, and the second sealing layers being overlaid over a selected area of the electrolyte element and over a selected area of the gasket structure.