mhurhangee/ep-ind-claims huggingface dataset:
A spectrum allocation method, comprising: determining, by a first base station, according to first broadcast information sent by at least one second base station, usage of a preferred frequency band of the at least one second base station; and determining, by the first base station, according to the usage of the preferred frequency band of the at least one second base station, use of the preferred frequency band of the at least one second base station by the first base station, characterized in that the method further comprises sending, by the first base station, third broadcast information, said third broadcast information including usage information of the preferred frequency band of the second base station by the first base station, wherein the first broadcast information is sent on a declaring channel in the preferred frequency band of the second base station, and the third broadcast information is sent on a declaring channel in the preferred frequency band of the first base station. determining, by a first base station, according to first broadcast information sent by at least one second base station, usage of a preferred frequency band of the at least one second base station; and determining, by the first base station, according to the usage of the preferred frequency band of the at least one second base station, use of the preferred frequency band of the at least one second base station by the first base station,
An integral all-in-one packing and pad for barefoot horse hoof protection, consisting of a plug of resin in adherent contact with the hoof bottom wall and the full vertical extent of the interior hoof side wall, the plug of resin dimensioned sufficient for ground contact adjacent the bottom face of the hoof side wall to enable said packing and pad to function as a horseshoe substitute.
Apparatus for providing rotational movement into linear movement and vice versa, the apparatus comprising: - a ball screw nut, - an outer casing supporting the ball screw nut laterally and radially - the ball screw nut having inner helical ball rolling surface with at least two ball circulation grooves configured to rotate on the piston lead-screw by a plurality of balls to achieve lateral movement of the force transmission element - the ball screw nut having a drive unit - an outer lead-screw with an outer ball rolling surface with at least two rolling and circulating grooves including a ball exit groove and a ball return groove communicating with the inner lead-screw - an internal piston lead-screw with a ball receiving groove and a ball exit groove communicating with the outer lead-screw with at least one ball circulation groove with different pitch than the outer piston lead-screw Characterised by; - the ball screw nut is rotating inside the casing and is threadingly engaged with the outer lead-screw through a plurality of balls - the outer and inner lead-screws do not rotate but act as force transmission elements between the ball screw nut and plurality of balls to move the force transmission element in either one or both directions at a controlled speed - at least one electrical connector positioned along the front face - an outer casing supporting the ball screw nut laterally and radially - the ball screw nut having inner helical ball rolling surface with at least two ball circulation grooves configured to rotate on the piston lead-screw by a plurality of balls to achieve lateral movement of the force transmission element - the ball screw nut having a drive unit - an outer lead-screw with an outer ball rolling surface with at least two rolling and circulating grooves including a ball exit groove and a ball return groove communicating with the inner lead-screw - an internal piston lead-screw with a ball receiving groove and a ball exit groove communicating with the outer lead-screw with at least one ball circulation groove with different pitch than the outer piston lead-screw - the ball screw nut is rotating inside the casing and is threadingly engaged with the outer lead-screw through a plurality of balls - the outer and inner lead-screws do not rotate but act as force transmission elements between the ball screw nut and plurality of balls to move the force transmission element in either one or both directions at a controlled speed - at least one electrical connector positioned along the front face
A method for in-place diagnosis of a rechargeable electric vehicle battery, comprising the following steps: discharging the battery in a motor of the vehicle, using an internal resistance of the motor as a resistive load; and measuring parameters of the battery during discharge to establish its state of health; characterized in that it comprises the following steps: estimating the temperature of the motor during discharge; and regulating the discharge current to stabilize the temperature of the motor at a constant admissible threshold (Td). discharging the battery in a motor of the vehicle, using an internal resistance of the motor as a resistive load; and measuring parameters of the battery during discharge to establish its state of health; estimating the temperature of the motor during discharge; and regulating the discharge current to stabilize the temperature of the motor at a constant admissible threshold (Td).
An anvil assembly comprising: an anvil center rod assembly; a head assembly pivotally secured to the anvil center rod assembly from an operative position to a tilted position; and a sleeve member slidably disposed about the anvil center rod assembly, the sleeve member being associated with the head assembly such that movement of the head assembly from the operative position towards the tilted position effects proximal movement of the sleeve member about the anvil center rod assembly, wherein the anvil head assembly includes a post which is pivotally secured to the anvil center rod assembly, the sleeve member is operably engaged to the post, wherein the sleeve member is operably positioned to be engaged by the head assembly as the head assembly is pivoted from the operative position to the tilted position, wherein the post includes a tab configured to be received within an opening formed through a sleeve body of the sleeve member when the head assembly is in the operative position, and wherein the tab formed on the post of the head assembly is configured to be withdrawn from within the opening formed in the sleeve body of the sleeve member as the head assembly pivots to the tilted position. an anvil center rod assembly; a head assembly pivotally secured to the anvil center rod assembly from an operative position to a tilted position; and a sleeve member slidably disposed about the anvil center rod assembly, the sleeve member being associated with the head assembly such that movement of the head assembly from the operative position towards the tilted position effects proximal movement of the sleeve member about the anvil center rod assembly, wherein the anvil head assembly includes a post which is pivotally secured to the anvil center rod assembly, the sleeve member is operably engaged to the post, wherein the sleeve member is operably positioned to be engaged by the head assembly as the head assembly is pivoted from the operative position to the tilted position, wherein the post includes a tab configured to be received within an opening formed through a sleeve body of the sleeve member when the head assembly is in the operative position, and wherein the tab formed on the post of the head assembly is configured to be withdrawn from within the opening formed in the sleeve body of the sleeve member as the head assembly pivots to the tilted position.
A method of preparing a hydrazide of the structure: wherein P is a thiol protecting group which is a benzyl group, optionally substituted on the phenyl ring; R 1 and R 2 are each selected from the group consisting of C 1 -C 5 alkyl; and L is an alkylene linker, from hydrazine and an acyl chloride of the structure: comprising the steps of: (a) preparing a stirred substantially uniform slurry comprising hydrazine and an inert solvent in a ratio of from 5:95 to 19:81, by volume, by chilling the inert solvent to a temperature of from -68 to -75 degrees C, followed by dropwise addition of hydrazine to the cold inert solvent; and (b) adding the acyl chloride continuously to said slurry wherein the continuous addition of acyl chloride is adjusted to maintain a reaction temperature of from -68 °C to -75°C. wherein P is a thiol protecting group which is a benzyl group, optionally substituted on the phenyl ring; R 1 and R 2 are each selected from the group consisting of C 1 -C 5 alkyl; and L is an alkylene linker, (a) preparing a stirred substantially uniform slurry comprising hydrazine and an inert solvent in a ratio of from 5:95 to 19:81, by volume, by chilling the inert solvent to a temperature of from -68 to -75 degrees C, followed by dropwise addition of hydrazine to the cold inert solvent; and (b) adding the acyl chloride continuously to said slurry wherein the continuous addition of acyl chloride is adjusted to maintain a reaction temperature of from -68 °C to -75°C.
A method for electroplating, comprising: a step of agitating a multiple of base members that has been immersed in an electrolytic solution inside of an electroplating tank so as to flow in a circumference direction along an inner wall of the electroplating tank; and a step of electroplating the multiple of base members that is flowing along the circumference direction in the electrolytic solution inside of the electroplating tank, wherein the flow of the multiple of base members along the circumference direction is caused by a flow of magnetic media along the circumference direction in the electrolytic solution inside of the electroplating tank or is caused by rotation of an agitation unit provided at a bottom side of the electroplating tank, and wherein the multiple of base members flows in the circumference direction while being kept in substantially submerged condition in the electrolytic solution stored in the electroplating tank such that at least one of the multiple of base members that is flowing along the circumference direction in the electrolytic solution inside of the electroplating tank is electroplated as touching a bottom cathode provided at a bottom side of the electroplating tank and a base member positioned at an upper position relative to said base member touching the bottom cathode is electroplated as being electrically connected to the bottom cathode via at least said base member touching the bottom cathode. a step of agitating a multiple of base members that has been immersed in an electrolytic solution inside of an electroplating tank so as to flow in a circumference direction along an inner wall of the electroplating tank; and a step of electroplating the multiple of base members that is flowing along the circumference direction in the electrolytic solution inside of the electroplating tank, wherein the flow of the multiple of base members along the circumference direction is caused by a flow of magnetic media along the circumference direction in the electrolytic solution inside of the electroplating tank or is caused by rotation of an agitation unit provided at a bottom side of the electroplating tank, and wherein the multiple of base members flows in the circumference direction while being kept in substantially submerged condition in the electrolytic solution stored in the electroplating tank such that at least one of the multiple of base members that is flowing along the circumference direction in the electrolytic solution inside of the electroplating tank is electroplated as touching a bottom cathode provided at a bottom side of the electroplating tank and a base member positioned at an upper position relative to said base member touching the bottom cathode is electroplated as being electrically connected to the bottom cathode via at least said base member touching the bottom cathode.
A live avirulent infectious pancreatic necrosis virus (IPNV) which does not revert to a virulent virus after at least 3 passages in hosts known to be susceptible to IPNV; said virus comprising a nucleic acid encoding a mature VP2 protein or a precursor VP2 protein comprising an amino acid sequence having at least 85% sequence identity with SEQ ID NO. 1, wherein amino acid residues in position 252, 281, 282 and 319 of the protein are Asn, Ser, Asp and Glu respectively.
A connector for connecting two elements, which have planar surface portions, together, said connector comprising: a first housing section and a second housing section, said first and second housing sections each comprising a conductive material; a connecting piece for mechanically interlocking said first and second housing sections together, said connecting piece projecting, at least in part, into the second housing section; and wherein said first and second housing sections each comprising at least one groove (30, 32,34), characterized in that, a canted coil spring (35, 38) is disposed in the at least one groove (30, 32, 34) for contacting the elements or the connecting piece. a first housing section and a second housing section, said first and second housing sections each comprising a conductive material; a connecting piece for mechanically interlocking said first and second housing sections together, said connecting piece projecting, at least in part, into the second housing section; and wherein said first and second housing sections each comprising at least one groove (30, 32,34), characterized in that, a canted coil spring (35, 38) is disposed in the at least one groove (30, 32, 34) for contacting the elements or the connecting piece.
A senescent cell biospecific drug conjugate for killing a senescent cell, the conjugate comprising: (i) a senescent cell targeting agent configured, in use, to specifically target and bind to a DEP-1 senescent cell biomarker, or a variant or fragment thereof having greater than 65% sequence identity with SEQ ID No. 2, and (ii) a cytotoxic agent, which kills the bound senescent cell, wherein the targeting agent is a molecularly imprinted polymer nanoparticle.
Cleaning system for installation in a vehicle, for cleaning a transparent element with a fluid cleaning agent which is kept in at least one reservoir, comprising at least one conveying device, which conveys the cleaning agent via a hydraulic connection to an outlet opening for distributing the cleaning agent on the transparent element, wherein at least one electrically actuatable switching valve is provided, which in a closed position blocks the hydraulic connection between the conveying device and the outlet opening and in an open position releases it, wherein at least two switching valves (8, 8') are combined in a valve block and wherein the conveying device can be controlled by way of an electrical control line and each switching valve can be controlled by way of an electrical connecting line by an electronic control unit, characterized in that individual connecting lines (11, 11') for controlling the switching valves (8, 8') are combined in a common electrical interface, which is arranged on the valve block.
A case for a mobile device, the case comprising: a first panel and a second panel; a hinge extending along an edge of each of the first and second panels (12, 14) and connecting the second panel to the first panel; wherein the hinge comprises a hollow portion configured to receive an aerosol-generating device, and wherein the hinge comprises a hinge power connector configured to deliver electrical energy to a corresponding power connector on the aerosol-generating device when connected to the hinge power connector. a first panel and a second panel; a hinge extending along an edge of each of the first and second panels (12, 14) and connecting the second panel to the first panel; wherein the hinge comprises a hollow portion configured to receive an aerosol-generating device, and wherein the hinge comprises a hinge power connector configured to deliver electrical energy to a corresponding power connector on the aerosol-generating device when connected to the hinge power connector.
A power tool comprising: a housing; an electric motor mounted within the housing; an insulated electric wire (46, 47) electrically connected to the motor and which is capable of providing an electric current to the motor; an electric switch connected in series with the wire (46, 47), the electrical switch comprising a body and at least one electrical terminal plate extending from the body wherein an exposed end of the insulated electric wire is electrically connected to the end of the terminal plate 34, characterized in that the exposed end of the wire (46, 47) and the end of the terminal plate are enclosed within an insulating sleeve whereas a resilient insulating tube is mounted on and surrounds the terminal plate, the resilient insulating tube being positioned on the terminal plate between the insulating sleeve and the body of the switch to enclose the part of the terminal plate located between the body and the insulating sleeve. a housing; an electric motor mounted within the housing; an insulated electric wire (46, 47) electrically connected to the motor and which is capable of providing an electric current to the motor; an electric switch connected in series with the wire (46, 47), the electrical switch comprising a body and at least one electrical terminal plate extending from the body wherein an exposed end of the insulated electric wire is electrically connected to the end of the terminal plate 34, characterized in that the exposed end of the wire (46, 47) and the end of the terminal plate are enclosed within an insulating sleeve whereas a resilient insulating tube is mounted on and surrounds the terminal plate, the resilient insulating tube being positioned on the terminal plate between the insulating sleeve and the body of the switch to enclose the part of the terminal plate located between the body and the insulating sleeve.
Surface cleaning device, comprising: a cloth placed on a porous material, a pore size of the porous material being between 1 μm and 50 μm; a reservoir for collecting liquid absorbed by the cloth; and an arrangement for applying under-pressure in the reservoir so as to transfer liquid from the cloth into the reservoir. a cloth placed on a porous material, a pore size of the porous material being between 1 μm and 50 μm; a reservoir for collecting liquid absorbed by the cloth; and an arrangement for applying under-pressure in the reservoir so as to transfer liquid from the cloth into the reservoir.
A method for establishing time-triggered deterministic communication routes in a large computer network, wherein all affected end systems (210, 211, 212, 213, 214) and switches (220, 221, 222, 223) of the computer network have a global time, wherein for transmitting time-triggered messages between end systems a time-triggered deterministic communication route with guaranteed bandwidth and minimal delay is generated on the basis of an existing communication route between two or more end systems of the computer network, wherein a period is described by an angle of 360°, the beginning of a period is synchronized with the global time, and wherein the occurrence of an event within a period is characterized by specification of the angle, i.e., the phase between the beginning of the period and the event, and wherein a time-triggered deterministic communication route between two end systems is characterized by specification of the phase and period at the beginning of the route, the phase and period at the end of the route, and the length of the time-triggered message, characterized in that a time-triggered connection manager, TTCM, of an end system *) reserves the time-triggered deterministic communication route in a reservation phase by sending a reservation message to each network switch of the existing communication route up to the reservation commitment time, KZPT, *) and then confirms this time-triggered deterministic communication route in an accept phase by sending an accept message to the network switches of the existing communication route before the KZPT, and wherein each network switch independently executes the reservation up to the KZPT corresponding to the reservation message set to it by the TTCM and provides the requesting TTCM the guaranteed actual dwell time, TVD, of a message in the switch in the supply time and the required dwell time, NVD, of a message in the switch and suggestions for how to reduce, with the same bandwidth, the TVD in the switch by changing the phase and period, and, after the reservation has been accepted by the TTCM by means of an accept message, the reservation is confirmed with an accept reply message to the TTCM, and wherein after receipt of this information the TTCM changes the phase and message length in order to reduce the TVDs in the switches in a next iteration of the reservation. *) reserves the time-triggered deterministic communication route in a reservation phase by sending a reservation message to each network switch of the existing communication route up to the reservation commitment time, KZPT, *) and then confirms this time-triggered deterministic communication route in an accept phase by sending an accept message to the network switches of the existing communication route before the KZPT, and wherein
A refractory ceramic batch based on magnesia, having the following features: 1.1 the batch comprises the following components: 1.1.1 at least 70 mass % of magnesia in the form of fused magnesia or sintered magnesia, 1.1.2 at least one flexibiliser in the form of one or more of the following components: magnesia alumina spinel, hercynite, galaxite or jacobsite, and 1.1.3 at least one component comprising phosphorous; 1.2 the batch has fractions of CaO and SiO 2, wherein the mole fraction of CaO in the batch is more than twice as high as the mole fraction of SiO 2 in the batch. 1.1 the batch comprises the following components: 1.1.1 at least 70 mass % of magnesia in the form of fused magnesia or sintered magnesia, 1.1.2 at least one flexibiliser in the form of one or more of the following components: magnesia alumina spinel, hercynite, galaxite or jacobsite, and 1.1.3 at least one component comprising phosphorous; 1.1.1 at least 70 mass % of magnesia in the form of fused magnesia or sintered magnesia, 1.1.2 at least one flexibiliser in the form of one or more of the following components: magnesia alumina spinel, hercynite, galaxite or jacobsite, and 1.1.3 at least one component comprising phosphorous; 1.2 the batch has fractions of CaO and SiO 2, wherein the mole fraction of CaO in the batch is more than twice as high as the mole fraction of SiO 2 in the batch.
A folding wing for a missile, comprising - a wing root, - an upper wing part foldable relative to the wing root, - at least one guiding device (22, 24), and - an elastically pre-stressed force element (48, 50, 54, 56), wherein the foldable upper wing part comprises an end edge and a profile foot, wherein the wing root comprises a base and a receiving groove opposite thereto, which receiving groove is designed corresponding to the profile foot at least in a ground of the groove for receiving the profile foot in a flush manner and is delimited by two delimiting edges (14, 16), which comprise a distance to each other, which at least equals the maximum profile thickness of the profile foot, wherein the at least one guiding device (22, 24) is arranged at one of the upper wing part and the wing root and is designed for guiding the profile foot into or out of the receiving groove in a variable distance to the ground of the receiving groove through rolling the upper wing part on one of the two delimiting edges (14, 16), and wherein the elastically pre-stressed force element (48, 50, 54, 56) is coupled with the wing root and the upper wing part and urges the upper wing part with the profile foot into the receiving groove through the pre-stress. - a wing root, - an upper wing part foldable relative to the wing root, - at least one guiding device (22, 24), and - an elastically pre-stressed force element (48, 50, 54, 56),