mhurhangee/ep-ind-claims huggingface dataset:
Method of processing a request associated with a user from a requesting node to an answering node in a telecommunications network, wherein a repository is associated with the answering node, the repository including a data structure including a plurality of user profiles associated with a plurality of users, wherein in the answering node a user profile of the plurality of user profiles is associated with the user, the method comprising the steps of, - assigning a unique user index to each user profile in the data structure, wherein the user index is representative of the location of the user profile within the data structure, - communicating at least one user index to the requesting node, - incorporating the user index in the request by the requesting node, - transmitting the request from the requesting node to the answering node, and - retrieving the user profile associated with the user associated with the request by the answering node on the basis of the user index. - assigning a unique user index to each user profile in the data structure, wherein the user index is representative of the location of the user profile within the data structure, - communicating at least one user index to the requesting node, - incorporating the user index in the request by the requesting node, - transmitting the request from the requesting node to the answering node, and - retrieving the user profile associated with the user associated with the request by the answering node on the basis of the user index.
Operating device for agricultural spreaders, in particular crop sprayers or seed drills, having at least one metering apparatus, from the metering apparatus to a plurality of dispensing elements, which are arranged on at least one spreader boom extending transversely to the direction of travel and which are assigned switch-off elements, which can be controlled remotely by the operating device with associated onboard computer, characterized in that the switch-off elements can be actuated by the operating device optionally in manual mode or automatic mode, to be precise such that, in automatic mode, each individual switch-off element can be actuated individually and/or on its own, and that, in manual mode, it is possible to actuate only respectively grouped switch-off elements together.
An inertial measuring device, comprising - an inertial measuring unit for determining a north direction and for determining position angles; - a battery; - a wireless interface; and comprising - a housing, within which the inertial measuring unit, the battery and the interface are housed; wherein - a carrying handle is provided on the housing, which is formed as a one-hand carrying handle for carrying the inertial measuring device with one hand only during its intended use; - the housing has a horizontally extending fastening plate on its underside to fasten the inertial measuring device on an object; - the carrying handle is arranged on the upper side of the housing opposite of the fastening plate; - the housing extends in a longitudinal direction; - the carrying handle also extends in the longitudinal direction of the housing; and wherein - at least a portion of the housing and a portion of the carrying handle are integrally formed. - an inertial measuring unit for determining a north direction and for determining position angles; - a battery; - a wireless interface; and comprising - a housing, within which the inertial measuring unit, the battery and the interface are housed; - a carrying handle is provided on the housing, which is formed as a one-hand carrying handle for carrying the inertial measuring device with one hand only during its intended use; - the housing has a horizontally extending fastening plate on its underside to fasten the inertial measuring device on an object; - the carrying handle is arranged on the upper side of the housing opposite of the fastening plate; - the housing extends in a longitudinal direction; - the carrying handle also extends in the longitudinal direction of the housing; and wherein - at least a portion of the housing and a portion of the carrying handle are integrally formed.
Support wheel assembly (20a, 20b), for a transport arrangement in the form of a tunnel formwork carriage or a mobile scaffold, comprising - a wheel carrier and - a wheel, the wheel being rotatably mounted on the wheel carrier, the support wheel assembly (20a, 20b) further comprising a guide cage having two side parts (44a, 44b) which is fastened to the wheel carrier, a rigid guide structure (60a, 60b) being arranged or formed on each side part (44a, 44b), and the guide structures (60a, 60b) on both sides of the wheel each projecting downward beyond a running surface of the wheel in order to prevent the support wheel assembly (20a, 20b) from being derailed from a rail, characterized in that the guide cage forms an inlet funnel (32a, 32b) which widens in the direction away from the wheel. - a wheel carrier and - a wheel,
Building closing element having an active leaf and an inactive leaf, wherein the inactive leaf comprises a profiled strip that is provided on the end face with a profiled strip end cap, and a profiled strip end cap web of the profiled strip end cap protrudes in the direction that is facing away from the inactive leaf over an inactive leaf strut of the inactive leaf, and wherein an inactive leaf attachment element is arranged on the inactive leaf, characterised in that the inactive leaf attachment element comprises a retaining profile as well as a covering profile, wherein the retaining profile is fastened to the inactive leaf strut adjacent to the profiled strip end cap web, wherein the covering profile engages over the retaining profile and the profiled strip end cap web, wherein the retaining profile receives at least one retaining web (33, 34) of the covering profile in a latching manner and is configured in such a manner that the retaining web (33, 34) lies against the profiled strip end cap web.
Method for optimised launch of a vehicle, wherein a driveline of the vehicle at least comprises an engine, an automatic transmission, a system for exhaust gas recirculation, which are controlled by a driveline management system, wherein the management system is able to determine the mass (m) of the vehicle, and whereby a launching gear of the transmission is calculated dependent at least on the determined mass (m) of the vehicle, characterised in that; a launching gear is chosen dependent of the power loss caused by the EGR and wherein; • the power loss caused by the EGR is determined, • the available power to launch the vehicle is determined, and • the launching gear is recalculated dependent of said available power, and • selecting said recalculated launching gear before launch of the vehicle. • launch the vehicle with said recalculated launching gear engaged. • the power loss caused by the EGR is determined, • the available power to launch the vehicle is determined, and • the launching gear is recalculated dependent of said available power, and • selecting said recalculated launching gear before launch of the vehicle. • launch the vehicle with said recalculated launching gear engaged.
A connection system for detachably affixing a hollow cylindrical component at a recess in a part of a patient's body, comprising an annular element (13; 13'; 13"; 13"') that has a groove extending azimuthally around the outer jacket surface thereof, at least in sections, and comprising a guide element (15; 15'; 15"; 15"'), which can be displaced, before fixation, in the axial direction of the hollow cylindrical component with respect to the annular element, wherein the guide element (15; 15'; 15") and the annular element can be slid into one another at least partially in the axial direction, characterized by a spiral spring element which is movably guided in the guide element exclusively perpendicular to the axial direction in such a way that, to establish the fixed state, it plunges at least partially into the groove of the annular element and therefore mutually locks the annular element and the guide element in the axial direction, wherein, in the connected state of the annular element and the guide element, the guide element is connected to the hollow cylindrical component and the annular element is provided for connection or coupling to the edge of the recess directly or by way of a connecting element, wherein the guide element comprises an upper part and a lower part in which the spiral spring element is accommodated and configured such that the spiral spring element plunges in the groove to secure it axially and tangentially in an unloaded state.
A method of increasing production of a target polypeptide in a cell comprising: (a) recombinantly expressing a first polynucleotide encoding the target polypeptide in the cell, (b) genetically engineering the cell to express a second polynucleotide encoding a second polypeptide capable of increasing the level of antioxidant in the cell, the second polynucleotide selected from the mannose-galactose pathway, the galacturonate pathway, the Gulose pathway and the myo -inositol pathway, wherein expression of the second polynucleotide increases antioxidant levels within the cell and results in increased production of the target polypeptide as compared to production of the target polypeptide in a control cell, and wherein the target polypeptide is a non-native polypeptide, or is a native polypeptide that is expressed recombinantly by the first polynucleotide. (a) recombinantly expressing a first polynucleotide encoding the target polypeptide in the cell, (b) genetically engineering the cell to express a second polynucleotide encoding a second polypeptide capable of increasing the level of antioxidant in the cell,
A dosage system for delivering a predetermined amount and type of cleaning concentrate to a solvent inside a fluid tank, the dosage system comprising - a pod holder configured to form an inner volume for holding a pod containing the cleaning concentrate; - a connector configured to form a fluid connection between the inner volume of the pod holder and the inside of the fluid tank; - a piercing means (13t, 13b) for piercing the pod held by the pod holder, wherein the piercing means (13t,13b) comprises at least a bottom piercing means and a top piercing means; and - a push mechanism for pushing the piercing means (13t,13b) into the inner volume of the pod holder for piercing the pod from the top and bottom sides to release the cleaning concentrate from the pod via the fluid connection of the connector into the inside of the fluid tank. - a pod holder configured to form an inner volume for holding a pod containing the cleaning concentrate; - a connector configured to form a fluid connection between the inner volume of the pod holder and the inside of the fluid tank; - a piercing means (13t, 13b) for piercing the pod held by the pod holder, wherein the piercing means (13t,13b) comprises at least a bottom piercing means and a top piercing means; and - a push mechanism for pushing the piercing means (13t,13b) into the inner volume of the pod holder for piercing the pod from the top and bottom sides to release the cleaning concentrate from the pod via the fluid connection of the connector into the inside of the fluid tank.
A water-in-oil-type emulsion skin cosmetic comprising: 3 to 25% by mass of a volatile hydrocarbon oil, 0.1 to 15% by mass of a non-volatile silicone oil, 0.1 to 0.8% by mass of a polyethylene glycol mono- or diisostearate comprising 4 to 12 oxyethylene groups, 0.1 to 5% by mass of a polyoxyethylene-polydimethylsiloxyethyl-dimethicone copolymer, and an organically-modified clay mineral. 3 to 25% by mass of a volatile hydrocarbon oil, 0.1 to 15% by mass of a non-volatile silicone oil, 0.1 to 0.8% by mass of a polyethylene glycol mono- or diisostearate comprising 4 to 12 oxyethylene groups, 0.1 to 5% by mass of a polyoxyethylene-polydimethylsiloxyethyl-dimethicone copolymer, and an organically-modified clay mineral.
A window assembly for a vehicle, said window assembly comprising: a substrate that is substantially transparent and has a surface; a transparent layer that is disposed on said surface and that occupies at least a majority of the surface and comprises a metal compound such that said transparent layer is electrically conductive; said transparent layer defining a first region and a second region that are separated from one another by a section cut that is devoid of said transparent layer and said section cut having a width of less than 10 mm, said first and second regions being substantially congruent to one another; and a feeding arrangement coupled to said first and second regions to energize said first and second regions such that said first and second regions (60,62) transmit and/or receive radio frequency signals; wherein at least one of said first and second regions defines a performance enhancing slit that is devoid of said transparent layer. a substrate that is substantially transparent and has a surface; a transparent layer that is disposed on said surface and that occupies at least a majority of the surface and comprises a metal compound such that said transparent layer is electrically conductive; said transparent layer defining a first region and a second region that are separated from one another by a section cut that is devoid of said transparent layer and said section cut having a width of less than 10 mm, said first and second regions being substantially congruent to one another; and a feeding arrangement coupled to said first and second regions to energize said first and second regions such that said first and second regions (60,62) transmit and/or receive radio frequency signals; wherein at least one of said first and second regions defines a performance enhancing slit that is devoid of said transparent layer.
A fluid control system for delivery of a fluid, comprising: a fluid flow path comprising an inlet valve configured for fluid communication with a fluid source and an outlet valve configured for fluid communication with a fluid sink; a chamber comprising a fluid-side chamber and a gas-side chamber, the fluid- side chamber and the gas-side chamber separated by a flexible membrane, the membrane configured so that there is no pressure differential between the fluid-side chamber and the gas-side chamber across the membrane; the fluid-side chamber disposed on the fluid flow path downstream of the inlet valve and upstream of the outlet valve such that pressure changes in the fluid-side chamber are communicated to the inlet valve and the outlet valve; a pneumatic drive in communication with the gas-side chamber to provide known incremental positive or negative volume changes that cause positive or negative pressure changes in the gas-side chamber, and wherein said pressure changes in the gas-side chamber are communicated to the fluid-side chamber via the flexible membrane; and an air elimination mechanism comprising hydrophobic filter comprising a first side disposed in communication with the fluid-side chamber, and a second side disposed in communication with a one-way valve, the hydrophobic filter blocking flow of liquid therethrough and allowing passage of air therethrough. a fluid flow path comprising an inlet valve configured for fluid communication with a fluid source and an outlet valve configured for fluid communication with a fluid sink; a chamber comprising a fluid-side chamber and a gas-side chamber, the fluid- side chamber and the gas-side chamber separated by a flexible membrane, the membrane configured so that there is no pressure differential between the fluid-side chamber and the gas-side chamber across the membrane; the fluid-side chamber disposed on the fluid flow path downstream of the inlet valve and upstream of the outlet valve such that pressure changes in the fluid-side chamber are communicated to the inlet valve and the outlet valve; a pneumatic drive in communication with the gas-side chamber to provide known incremental positive or negative volume changes that cause positive or negative pressure changes in the gas-side chamber, and wherein said pressure changes in the gas-side chamber are communicated to the fluid-side chamber via the flexible membrane; and an air elimination mechanism comprising hydrophobic filter comprising a first side disposed in communication with the fluid-side chamber, and a second side disposed in communication with a one-way valve, the hydrophobic filter blocking flow of liquid therethrough and allowing passage of air therethrough.
A medical robotic system having a camera, mechanical elements used for positioning and orienting a camera tip of the camera, a display screen (140, 104), and an input device (108, 109), the medical robotic system characterized by: a controller configured to determine positions of the mechanical elements, determine a position and orientation of the camera tip using the determined positions of the mechanical elements, generate an auxiliary view of a computer model of the camera corresponding to a perspective of a virtual camera, display the auxiliary view on the display screen (140, 104), and control the positioning and orienting of the camera tip by moving the mechanical elements in response to manipulation of the input device (108, 109) after accounting for an offset between a current orientation of the input device (108, 109) with respect to the auxiliary view on the display screen (140, 104) and a current orientation of the camera tip with respect to a reference frame used for control of the camera tip, after mapping a current position of the input device (108, 109) to a current position of the camera tip so as to cancel translational offsets, and after setting a user-selectable scale factor between the input device (108, 109) and camera work spaces, so that the positioning and orienting of the camera tip intuitively appears to an operator who is manipulating the input device (108, 109) while viewing the display screen (140, 104) to correspond to the displayed view of the computer model of the camera.
A method of controlling a wind turbine, the method comprising: receiving a power reference signal in a wind turbine controller that defines a requested power output level lower than an available power level; setting a blade pitch of a rotor of the wind turbine based on the received power reference signal that causes the rotor to capture wind power that is approximately equal to the requested power output level; characterised by generating a derated power curve by shifting the available power output curve so that the wind turbine power output is about the requested power output level for the actual wind speed; and controlling the output power level of the wind turbine to the requested power output level in accordance with the derated power curve by adjusting a load torque provided to the rotor by a generator coupled to the rotor. receiving a power reference signal in a wind turbine controller that defines a requested power output level lower than an available power level; setting a blade pitch of a rotor of the wind turbine based on the received power reference signal that causes the rotor to capture wind power that is approximately equal to the requested power output level; characterised by generating a derated power curve by shifting the available power output curve so that the wind turbine power output is about the requested power output level for the actual wind speed; and controlling the output power level of the wind turbine to the requested power output level in accordance with the derated power curve by adjusting a load torque provided to the rotor by a generator coupled to the rotor.
Steel sheet for hot stamping use which consists of the following chemical ingredients, by mass%, C: 0.05 to 0.40%, Si: 0.001 to 0.02%, Mn: 0.1 to 3%, Al: 0.0002 to 0.005%, Ti: 0.0005 to 0.01%, O: 0.003 to 0.03%, N: 0.01% or less, S: 0.02% or less, P: 0.03% or less, one or more of Cr and Mo in a total of 0.005 to 2%, and optionally one or more groups among the three groups of (a) to (c): (a) B: 0.0005 to 0.01%; (b) one or more of Nb, V, W, and Co in a total of 0.005 to 1%; and (c) one or more of Ni and Cu in a total of 0.005 to 2%; and a balance of Fe and unavoidable impurities; wherein the steel sheet contains Fe-Mn-based composite oxide particles having an average diameter of 0.1 to 15 μm and being dispersed in the steel sheet; and wherein there are voids around said composite oxide particles and said voids have an average size of 0.1 μm or more. (a) B: 0.0005 to 0.01%; (b) one or more of Nb, V, W, and Co in a total of 0.005 to 1%; and (c) one or more of Ni and Cu in a total of 0.005 to 2%;
An anti-rotation structure in a handle of an ultrasonic dental scaler, the handle comprising a handle casing and the anti-rotation structure comprising: a transducer, a rear clamping ring, and the handle casing, wherein the rear clamping ring sleeves a main rod of the transducer, and is clamped with the main rod providing a clamping fit between the rear clamping ring and the main rod, wherein the clamping fit between the rear clamping ring and the main rod is used to prevent relative rotation between the rear clamping ring and the main rod; and the handle casing sleeves the rear clamping ring, the rear clamping ring being clamped with the handle casing providing a clamping fit between the rear clamping ring and the handle casing, wherein the clamping fit between the rear clamping ring and the handle casing is used to prevent relative rotation between the rear clamping ring and the handle casing; wherein a plurality of first clamping portions is arranged on an inner wall of the rear clamping ring; a plurality of second clamping portions is arranged on a circumferential surface of the main rod; and the clamping between the rear clamping ring and the main rod is achieved through cooperation of the first clamping portions and the second clamping portions; wherein a plurality of third clamping portions is arranged on an outer wall of the rear clamping ring; a plurality of fourth clamping portions is arranged on an inner wall of the handle casing; and the clamping between the rear clamping ring and the handle casing is achieved through cooperation of the third clamping portions and the fourth clamping portions; and wherein each third clamping portion is a protrusion arranged on the outer wall of the rear clamping ring, and each fourth clamping portion is a groove formed in the inner wall of the handle casing; characterized in that each first clamping portion is a flat surface arranged on the inner wall of the rear clamping ring, and each second clamping portion is a flat surface arranged on the circumferential surface of the main rod.