mhurhangee/ep-ind-claims huggingface dataset:
A device for reversing the movement and/or actuation direction of an actuating cable of a mechanism, wherein a sliding piston is arranged so as to be displaceable in a sliding manner in a housing arranged fixed on a frame, and can be displaced by means of the actuating cable, wherein at least one actuating element is arranged laterally on the sliding piston, the movement direction of which actuating element is opposed to that of the actuating cable and which is mechanically coupled to the mechanism, wherein a groove-shaped recess is placed in a housing wall of the housing, the longitudinal extent of which recess extends in the longitudinal direction of the housing and which completely penetrates the housing wall, wherein a receiving section of the sliding piston is at least partially arranged in the groove-shaped recess wherein the housing is formed cylindrically and has an open first end and a closed second end, wherein on the inside of the closed end, a receiving section is formed in the housing, said receiving section being formed in a manner corresponding to a receiving nipple which is formed on an end side of a cable wire of the actuating cable, and receives said receiving nipple in an interlocking and/or frictional manner such that it is fixed on the frame, wherein a leadthrough for the cable wire of the actuating cable is arranged centrally in the sliding piston, through which leadthrough the cable wire is led during the operation of the device, while a sheath of the actuating cable is supported on the sliding piston.
Chargeable energy store, comprising: - a chargeable electrical storage battery; - an interface for connecting the storage battery to an apparatus (110, 120, 130) energy exchange, - a control device for controlling energy exchange by the storage battery; - wherein the control device comprises a supply voltage connection which is connected to the storage battery when an apparatus for energy exchange is connected to the interface, and otherwise is disconnected from the storage battery, characterized in that - the interface comprises a first guide element, which is connected to the storage battery, and a second guide element, which is separate from the first guide element and is connected to the supply voltage connection, wherein the two guide elements (245, 250) are arranged at the interface in such a way that contact can be made with them jointly by a corresponding guide element of the apparatus (110, 120, 130) for energy exchange. - a chargeable electrical storage battery; - an interface for connecting the storage battery to an apparatus (110, 120, 130) energy exchange, - a control device for controlling energy exchange by the storage battery; - wherein the control device comprises a supply voltage connection which is connected to the storage battery when an apparatus for energy exchange is connected to the interface, and otherwise is disconnected from the storage battery, characterized in that - the interface comprises a first guide element, which is connected to the storage battery, and a second guide element, which is separate from the first guide element and is connected to the supply voltage connection, wherein the two guide elements (245, 250) are arranged at the interface in such a way that contact can be made with them jointly by a corresponding guide element of the apparatus (110, 120, 130) for energy exchange.
Method for estimating the state of health of an exchangeable rechargeable battery, in particular of an exchangeable rechargeable battery pack for electric power tools, comprising the following method steps: i. determining a remaining capacity of the exchangeable rechargeable battery during a charging process in such a way that • a first charging value (C 1) is ascertained by measuring an open-circuit voltage (U l) as long as there is still no or only a minimal charging current (I C) flowing, • at least one further charging value (C n) is ascertained by measuring the charging current (I Cn) at defined time intervals (t 2b, t 2c) until the charging process is concluded, and • a sum of the ascertained charging values (C 1 + Σ n C n) is calculated; characterized by the following method steps: ii. determining a remaining performance of the exchangeable rechargeable battery during the charging process in such a way that • after a predefined rechargeable battery voltage (U CT) has been reached, the charging current (I C, I CH, I CL) is briefly changed and the respective rechargeable battery voltage (U C, U C1, U C2) is measured. i. determining a remaining capacity of the exchangeable rechargeable battery during a charging process in such a way that • a first charging value (C 1) is ascertained by measuring an open-circuit voltage (U l) as long as there is still no or only a minimal charging current (I C) flowing, • at least one further charging value (C n) is ascertained by measuring the charging current (I Cn) at defined time intervals (t 2b, t 2c) until the charging process is concluded, and • a sum of the ascertained charging values (C 1 + Σ n C n) is calculated; characterized by the following method steps: • a first charging value (C 1) is ascertained by measuring an open-circuit voltage (U l) as long as there is still no or only a minimal charging current (I C) flowing, • at least one further charging value (C n) is ascertained by measuring the charging current (I Cn) at defined time intervals (t 2b, t 2c) until the charging process is concluded, and • a sum of the ascertained charging values (C 1 + Σ n C n) is calculated; characterized by the following method steps: ii. determining a remaining performance of the exchangeable rechargeable battery during the charging process in such a way that • after a predefined rechargeable battery voltage (U CT) has been reached, the charging current (I C, I CH, I CL) is briefly changed and the respective rechargeable battery voltage (U C, U C1, U C2) is measured. • after a predefined rechargeable battery voltage (U CT) has been reached, the charging current (I C, I CH, I CL) is briefly changed and the respective rechargeable battery voltage (U C, U C1, U C2) is measured.
A method, implemented by a computer, for estimating the health of a fuel cell battery on board an operating vehicle and comprising a plurality of cells, said method comprising the following steps: - receiving a plurality of sets of groups of measurements conducted during a plurality of respective successive time intervals on board an operating vehicle, each group of measurements comprising at least one measurement of the voltage at the terminals of at least one cell of the fuel cell battery, a measurement of the current or of the current density passing through at least one cell of the fuel cell battery and a measurement of at least one physical magnitude from among the temperature, the air flow, the air pressure in at least one cell of the fuel cell battery; - for each set of groups of received measurements associated with a current time interval: • determining a distribution of the values of the pairs of measurements (voltage, current) or (voltage, current density); • computing at least one distance between said distribution and at least one distribution of reference values or between said distribution and at least one determined distribution for a time interval other than the current time interval; - determining an indicator of the health of the fuel cell battery on the basis of at least one computed distance. - receiving a plurality of sets of groups of measurements conducted during a plurality of respective successive time intervals on board an operating vehicle, each group of measurements comprising at least one measurement of the voltage at the terminals of at least one cell of the fuel cell battery, a measurement of the current or of the current density passing through at least one cell of the fuel cell battery and a measurement of at least one physical magnitude from among the temperature, the air flow, the air pressure in at least one cell of the fuel cell battery; - for each set of groups of received measurements associated with a current time interval: • determining a distribution of the values of the pairs of measurements (voltage, current) or (voltage, current density); • computing at least one distance between said distribution and at least one distribution of reference values or between said distribution and at least one determined distribution for a time interval other than the current time interval; • determining a distribution of the values of the pairs of measurements (voltage, current) or (voltage, current density); • computing at least one distance between said distribution and at least one distribution of reference values or between said distribution and at least one determined distribution for a time interval other than the current time interval; - determining an indicator of the health of the fuel cell battery on the basis of at least one computed distance.
A tire comprising; at least one carcass layer; at least one belt layer having an axial width between two belt layer extremities and being placed radially outward of the at least one carcass layer; a tread having a contact face intended to come into contact with ground during rolling and being placed radially outward of the at least one belt layer; at least one mass-damper being composed of a soft part and a hard part and being placed radially inward of the at least one carcass layer, the hard part of the at least one mass-damper having at least two level faces facing to generally radial orientation of the tire, the hard part of the at least one mass-damper contacting with the soft part of the at least one mass-damper on at least radially outward one of the at least two level faces, the hard part of the at least one mass-damper having two upright faces connecting the two level faces respectively and facing to generally axial orientation of the tire, wherein an axial center of the hard part of the at least one mass-damper is located in a region axially from the belt layer extremity to a position axially 1/3 of the width inwardly from the belt layer extremity, the tire being characterized in that the soft part acts as a spring element of the mass-damper and the hard part acts as a mass element of the mass-damper, and in that the hard part of the at least one mass-damper contacts with the soft part of the at least one mass-damper on at least one of the upright faces of the hard part facing axially outward so as to surround a radially outward portion of the hard part by the soft part. the hard part of the at least one mass-damper having at least two level faces facing to generally radial orientation of the tire, the hard part of the at least one mass-damper contacting with the soft part of the at least one mass-damper on at least radially outward one of the at least two level faces, the hard part of the at least one mass-damper having two upright faces connecting the two level faces respectively and facing to generally axial orientation of the tire, wherein an axial center of the hard part of the at least one mass-damper is located in a region axially from the belt layer extremity to a position axially 1/3 of the width inwardly from the belt layer extremity, the tire being characterized in that the soft part acts as a spring element of the mass-damper and the hard part acts as a mass element of the mass-damper, and in that the hard part of the at least one mass-damper contacts with the soft part of the at least one mass-damper on at least one of the upright faces of the hard part facing axially outward so as to surround a radially outward portion of the hard part by the soft part.
A system for controlling a position of a movable object on a viewing device suitable for an aircraft cockpit, said system being actuatable by an operator and being characterized in that it comprises: - means for determining, at least at one given moment, a position of a target zone on said viewing device toward which the operator's gaze is directed, - positioning means adapted for placing the object on the target zone of the viewing device, said system further comprising: - a manual control device for controlling the position of the object, - an activation command, adapted for commanding a display by the positioning means of said object on the target zone of the viewing device, in response to an actuation by the operator, said activation command being chosen from among: - an activation command adapted for commanding said display over a time interval comprised between the actuation and the release by said operator of said activation command, - an activation command adapted for commanding said display during a time interval comprised between a first and second actuation by said operator of said activation command, - an activation command adapted for commanding said display during a predefined time interval (Δt) after point actuation of said activation command by the operator. - means for determining, at least at one given moment, a position of a target zone on said viewing device toward which the operator's gaze is directed, - positioning means adapted for placing the object on the target zone of the viewing device, - a manual control device for controlling the position of the object, - an activation command, adapted for commanding a display by the positioning means of said object on the target zone of the viewing device, in response to an actuation by the operator, said activation command being chosen from among: - an activation command adapted for commanding said display over a time interval comprised between the actuation and the release by said operator of said activation command, - an activation command adapted for commanding said display during a time interval comprised between a first and second actuation by said operator of said activation command, - an activation command adapted for commanding said display during a predefined time interval (Δt) after point actuation of said activation command by the operator. - an activation command adapted for commanding said display over a time interval comprised between the actuation and the release by said operator of said activation command, - an activation command adapted for commanding said display during a time interval comprised between a first and second actuation by said operator of said activation command, - an activation command adapted for commanding said display during a predefined time interval (Δt) after point actuation of said activation command by the operator.
A NK-92 cell or cell line that is modified to express at least one Fc receptor and at least one chimeric antigen receptor, such that the at least one Fc receptor and the at least one CAR are displayed on the cell surface of the NK-92 cell.
A communication method, comprising: receiving, by a terminal device, a first authentication request from a security function network element; obtaining, by the terminal device, authentication reference information based on the first authentication request, wherein the authentication reference information is a resynchronization token, and sending, by the terminal device, an authentication response message to the security function network element, wherein the authentication response message comprises a first information element used to carry a response value when the authentication reference information is the response value, a second information element used to carry the resynchronization token when the authentication reference information is the resynchronization token, and a third information element used to carry a cause indication value when the authentication reference information is the cause indication value, before the sending, by the terminal device, the authentication response message to the security function network element, the method further comprises: adding, by the terminal device, the authentication reference information to the second information element, the method characterized by adding a third random number to the first information element, and adding a second random number to the third information element. receiving, by a terminal device, a first authentication request from a security function network element; obtaining, by the terminal device, authentication reference information based on the first authentication request, wherein the authentication reference information is a resynchronization token, and sending, by the terminal device, an authentication response message to the security function network element, wherein the authentication response message comprises a first information element used to carry a response value when the authentication reference information is the response value, a second information element used to carry the resynchronization token when the authentication reference information is the resynchronization token, and a third information element used to carry a cause indication value when the authentication reference information is the cause indication value, before the sending, by the terminal device, the authentication response message to the security function network element, the method further comprises: adding, by the terminal device, the authentication reference information to the second information element, the method characterized by adding a third random number to the first information element, and adding a second random number to the third information element. adding, by the terminal device, the authentication reference information to the second information element, the method characterized by adding a third random number to the first information element, and adding a second random number to the third information element.
A composition comprising an emulsion, a propellant and a purge gas, the emulsion comprising an oil phase, an aqueous phase, and an active agent in an amount from 0.002% to 0.25% by weight of the emulsion, wherein, the oil phase comprises: ceteth-20, from 1% to 5% by weight of the emulsion; cetostearyl alcohol, from 3% to 9% by weight of the emulsion; at least one member selected from the group consisting of mineral oil, petrolatum, dimethicone, safflower oil, oleic acid, stearic acid and oleyl alcohol, in an amount from 14% to 42% by weight of the emulsion; and a first antioxidant or first preservative, in an amount from 0.01% to 0.05% by weight of the emulsion; the aqueous phase comprises: water, in an amount from 35% to 75% by weight of the emulsion; at least one member selected from the group consisting of glycerol and urea, in an amount from 3% to 9% by weight of the emulsion; and at least one member selected from the group consisting of methyl paraben, propylparaben, citric acid and sodium citrate, in an amount from 0.5% to 1.5% by weight of the emulsion, and wherein the emulsion has a viscosity of 100 to 350 Pa.s (100,000 to 350,000 cp). the oil phase comprises: ceteth-20, from 1% to 5% by weight of the emulsion; cetostearyl alcohol, from 3% to 9% by weight of the emulsion; at least one member selected from the group consisting of mineral oil, petrolatum, dimethicone, safflower oil, oleic acid, stearic acid and oleyl alcohol, in an amount from 14% to 42% by weight of the emulsion; and a first antioxidant or first preservative, in an amount from 0.01% to 0.05% by weight of the emulsion; ceteth-20, from 1% to 5% by weight of the emulsion; cetostearyl alcohol, from 3% to 9% by weight of the emulsion; at least one member selected from the group consisting of mineral oil, petrolatum, dimethicone, safflower oil, oleic acid, stearic acid and oleyl alcohol, in an amount from 14% to 42% by weight of the emulsion; and a first antioxidant or first preservative, in an amount from 0.01% to 0.05% by weight of the emulsion; the aqueous phase comprises: water, in an amount from 35% to 75% by weight of the emulsion; at least one member selected from the group consisting of glycerol and urea, in an amount from 3% to 9% by weight of the emulsion; and at least one member selected from the group consisting of methyl paraben, propylparaben, citric acid and sodium citrate, in an amount from 0.5% to 1.5% by weight of the emulsion, and wherein the emulsion has a viscosity of 100 to 350 Pa.s (100,000 to 350,000 cp). water, in an amount from 35% to 75% by weight of the emulsion; at least one member selected from the group consisting of glycerol and urea, in an amount from 3% to 9% by weight of the emulsion; and at least one member selected from the group consisting of methyl paraben, propylparaben, citric acid and sodium citrate, in an amount from 0.5% to 1.5% by weight of the emulsion, and wherein the emulsion has a viscosity of 100 to 350 Pa.s (100,000 to 350,000 cp).
An apparatus for culturing anchorage-dependent cells, the apparatus comprising a housing with an inlet and an outlet, and a plurality of culture plates stacked within the housing, wherein the housing has a circumferential wall, a base and a top wall, the base comprising the inlet and the top wall comprising the outlet, wherein the circumferential wall of the housing defines a longitudinal axis of the housing and an inner cross section in a plane perpendicular to the longitudinal axis, wherein the inner cross section defined by the circumferential wall of the housing has a shape and dimensions that are at least essentially uniform along the longitudinal axis, wherein the culture plates are arranged at least essentially parallel to each other, each culture plate being mounted and sealed to the circumferential wall of the housing and being arranged at a distance from an adjacent culture plate, wherein each culture plate is mounted and sealed to the circumferential wall of the housing by means of a sleeve of the culture plate, the sleeve defining the circumference of the culture plate and defining an annular stacking protrusion, the annular stacking protrusion projecting in a longitudinal direction of the housing; wherein each culture plate has an upper face, a lower face spaced from the upper face, and the sleeve, wherein the upper face, the lower face and the sleeve of the culture plate define an interior compartment of the culture plate, wherein each culture plate has a through hole spanning the culture plate in the longitudinal direction of the housing, such that the inlet and the outlet of the housing are in fluid communication, wherein the through hole of each culture plate is positioned at an outer end of the culture plate, proximate the circumferential wall of the housing, wherein the through holes of adjacent culture plates are distally positioned in the plane defined by the at least essentially parallel arrangement of the culture plates.
Blend for a compressed growing medium comprising: • white peat; • xanthan gum or a mixture of xanthan gum with one or more pseudoplastic polysaccharides,, present in the blend in an amount from 0.1 to 20 kg/m3; • clay, preferably in an amount from 1 to 5 % by volume on the blend, and • optional enrichment additives, wherein the blend in combination with water is compressed at a volume-to-volume ratio ranging from 10:9 to 10:1 to form a compressed growing medium, having a robustness when measured by testing the pressure at break of a press pot using a compression test system MultiTest-d, by Mecmesin, equipped with a blunt 5 mm chisel-shaped bit, of at least 40 kPa for a fresh press pot made with water added in an amount to obtain a moisture level of between 74 to 82% w/w and at least 100 kPa when dried to a moisture level of 70% w/w. • white peat; • xanthan gum or a mixture of xanthan gum with one or more pseudoplastic polysaccharides,, present in the blend in an amount from 0.1 to 20 kg/m3; • clay, preferably in an amount from 1 to 5 % by volume on the blend, and • optional enrichment additives,