mhurhangee/ep-ind-claims huggingface dataset:
Tandem effector with a precursor charge and with a main effector, - wherein the precursor charge extends along a longitudinal axis and is fitted as intended in front of the main effector of the tandem effector in a flight direction thereof that is coincident with the longitudinal axis, wherein the precursor charge has: - a casing, - an explosive arranged in the casing, characterized in that the precursor charge has: - a projectile means which is fitted on the casing and is configured to respond to the explosive being set off by sending out an armour-piercing projectile which precedes the main effector in the flight direction, - a fragmenting means which is fitted on the casing and is configured to respond to the explosive being set off by sending out a focussed burst of fire which precedes the main effector in the flight direction and is composed of a multiplicity of fragments, wherein the burst of fire is focussed by a radial velocity of the fragments being at most a fifth of the axial velocity thereof. - wherein the precursor charge extends along a longitudinal axis and is fitted as intended in front of the main effector of the tandem effector in a flight direction thereof that is coincident with the longitudinal axis, - a casing, - an explosive arranged in the casing, - a projectile means which is fitted on the casing and is configured to respond to the explosive being set off by sending out an armour-piercing projectile which precedes the main effector in the flight direction, - a fragmenting means which is fitted on the casing and is configured to respond to the explosive being set off by sending out a focussed burst of fire which precedes the main effector in the flight direction and is composed of a multiplicity of fragments, wherein the burst of fire is focussed by a radial velocity of the fragments being at most a fifth of the axial velocity thereof.
An air cleaning apparatus for cleaning of indoor air/outdoor air, which apparatus comprises an air flow duct (11; 111), with an extent in an axial direction (C-C), to accommodate the air flow entering the apparatus, an air-conveying fan unit (13; 113) disposed in the air flow duct (11; 111), a precipitator (12; 112) connected to a high-voltage source and with a throughflow passage for air which is to be cleaned, which precipitator (12; 112) comprises two electrode elements or two groups of electrode elements, each of the respective two being connected to a respective pole of the high-voltage source, and a unipolar corona electrode (21; 121) disposed close to one end of the air flow duct (11; 111), that a target electrode (22; 122) is disposed at radial spacing from the corona electrode (21; 121), in which the corona electrode (21; 121) has an axial extent and points in the opposite direction to air flow through the duct, whereby the corona electrode (21; 121) being so disposed that the ions generated at it can freely spread away from the corona electrode (21; 121) towards the target electrode (22; 122), and wherein the target electrode (22; 122) surrounds the air flow entering the apparatus.
Lithium manganese metal phosphate of the Formula LiFe x Mn 1-x-y M y PO 4 wherein in that M is a divalent metal from the group Zn, Ca and Cd and wherein: x < 1, 0 < y < 0.15 and x + y < 1, or wherein M is Mg and wherein: 0.01 ≤ x ≤ 0.11, 0.07 < y < 0.2 and x + y < 0.2.
A method for use in controlling a wind turbine generator of a wind power plant based on a temperature condition of a power converter or a component forming part of a power converter in the wind power plant, the method comprising: determining the initial temperature condition of the component; determining an evolution of the temperature condition from the initial temperature condition based on a notional power reference values of the wind turbine generator; comparing the evolution of the temperature condition to a predetermined threshold; and, determining, from the comparison the evolution of the condition to predetermined threshold, a time period by which the temperature condition of the component will substantially equal the predetermined threshold, characterised in that determining a first derate factor for active power and a second derate factor for reactive power, determining a degrade factor to be applied to the component based on the first and second derate factors, determining, based on the degrade factor, an active power limit and a reactive power limit, and prioritising between active power and reactive power, when determining the active power limit and the reactive power limit, determining an active power reference and a reactive power reference that satisfy the active power limit and the reactive power limit controlling the wind turbine generator using the active power reference and a reactive power reference such that the condition of the component does not meet the predetermined threshold during the time period. determining the initial temperature condition of the component; determining an evolution of the temperature condition from the initial temperature condition based on a notional power reference values of the wind turbine generator; comparing the evolution of the temperature condition to a predetermined threshold; and, determining, from the comparison the evolution of the condition to predetermined threshold, a time period by which the temperature condition of the component will substantially equal the predetermined threshold, characterised in that determining a first derate factor for active power and a second derate factor for reactive power, determining a degrade factor to be applied to the component based on the first and second derate factors, determining, based on the degrade factor, an active power limit and a reactive power limit, and prioritising between active power and reactive power, when determining the active power limit and the reactive power limit, determining an active power reference and a reactive power reference that satisfy the active power limit and the reactive power limit controlling the wind turbine generator using the active power reference and a reactive power reference such that the condition of the component does not meet the predetermined threshold during the time period.
An in vitro method for identifying chemical compounds that are sensitizers or for discriminating between chemical compounds that are sensitizers and non-sensitizers, the method comprising: (i) isolating a population of T cells and monocyte-derived dendritic cells therefrom from a donor blood sample; (ii) incubating the monocyte-derived dendritic cells with a test compound; (iii) incubating the compound treated monocyte-derived dendritic cells with a population of T cells isolated in step (i); (iv) incubating the mixed T cell and compound treated monocyte-derived dendritic cells with a 3-D skin equivalent model that comprises keratinocytes and fibroblasts isolated from an autologous biopsy sample obtained from the same donor; and (v) assessing hypersensitivity and allergic reactions by graded histological changes in the 3-D skin equivalent model as compared to a control, wherein the 3-D skin equivalent model comprises a scaffold comprising a polystyrene support. (i) isolating a population of T cells and monocyte-derived dendritic cells therefrom from a donor blood sample; (ii) incubating the monocyte-derived dendritic cells with a test compound; (iii) incubating the compound treated monocyte-derived dendritic cells with a population of T cells isolated in step (i); (iv) incubating the mixed T cell and compound treated monocyte-derived dendritic cells with a 3-D skin equivalent model that comprises keratinocytes and fibroblasts isolated from an autologous biopsy sample obtained from the same donor; and (v) assessing hypersensitivity and allergic reactions by graded histological changes in the 3-D skin equivalent model as compared to a control,
A sensor cassette insertable into an analysis module for carrying out in particular electrochemical measurement processes in sample fluids, in particular body fluids or sample fluids obtained by preanalytical preparation of body fluids or of biological sample material, comprising a sensor carrier which is essentially planar and carries a plurality of in particular electrochemical sensor elements for determining chemical and/or physical parameters of the sample fluids, which sensor elements are connected to conductor tracks formed on the sensor carrier, and a cover part arranged on the sensor carrier, in which at least one groove-shaped measuring channel that opens towards the sensor carrier is formed, which measuring channel is intended for the flow of the sample fluid, is connected to at least one in particular electrochemical sensor element of the sensor carrier and is fluidly connected to at least one fluid connector arranged on the side facing away from the sensor carrier, wherein the cover part is designed as a two-component injection molded part comprising a hard component and a soft component, wherein the at least a measuring channel is formed in the soft component over its entire length, characterized in that the soft component forms the at least one fluid connector, which is preferably designed to form at least one internal annular sealing element, the at least one measuring channel and the at least one fluid connector being formed in one piece with one another. a sensor carrier which is essentially planar and carries a plurality of in particular electrochemical sensor elements for determining chemical and/or physical parameters of the sample fluids, which sensor elements are connected to conductor tracks formed on the sensor carrier, and a cover part arranged on the sensor carrier, in which at least one groove-shaped measuring channel that opens towards the sensor carrier is formed, which measuring channel is intended for the flow of the sample fluid, is connected to at least one in particular electrochemical sensor element of the sensor carrier and is fluidly connected to at least one fluid connector arranged on the side facing away from the sensor carrier, wherein the cover part is designed as a two-component injection molded part comprising a hard component and a soft component, wherein the at least a measuring channel is formed in the soft component over its entire length, characterized in that the soft component forms the at least one fluid connector, which is preferably designed to form at least one internal annular sealing element, the at least one measuring channel and the at least one fluid connector being formed in one piece with one another.
A cell phone assembly comprising: a housing having a first surface facing a first direction; a touch screen; cell phone electronics supported by the housing; at least one image sensor supported by the housing; a second surface supported by the housing, the second surface facing a second direction opposite the first direction; and a socket defined on the second surface, the socket extending inside the housing, the socket comprising: a socket front surface, a socket rear surface, a side wall extending between the socket front surface and the socket rear surface, the side wall defining a depth of the socket, and a central aperture, the socket being configured to removably engage a lens component which comprises a lens or a lens mount adapter; wherein the at least one image sensor and the socket are aligned and arranged such that light traveling along an optical path in use passes through the lens component engaged in use with the socket and the central aperture of the socket to the at least one image sensor. a housing having a first surface facing a first direction; a touch screen; cell phone electronics supported by the housing; at least one image sensor supported by the housing; a second surface supported by the housing, the second surface facing a second direction opposite the first direction; and a socket defined on the second surface, the socket extending inside the housing, the socket comprising: a socket front surface, a socket rear surface, a side wall extending between the socket front surface and the socket rear surface, the side wall defining a depth of the socket, and a central aperture, the socket being configured to removably engage a lens component which comprises a lens or a lens mount adapter; wherein the at least one image sensor and the socket are aligned and arranged such that light traveling along an optical path in use passes through the lens component engaged in use with the socket and the central aperture of the socket to the at least one image sensor.
Method for estimating an airspeed of an ego object, in particular a train, wherein rays are emitted by the ego object, wherein reflected rays are received by the ego object, wherein the received rays are reviewed in terms of whether the rays were reflected by a stationary or moving object, and wherein the rays which were reflected by stationary objects are used for the estimation of the airspeed, wherein at least one first spatial region relative to the ego object is specified, wherein received rays which were reflected from the first region are not used for the estimation of the airspeed or are used with lower weighting for the estimation of the airspeed, characterised in that at least a first further spatial region relative to the ego object and a second further spatial region relative to the ego object are specified, wherein in each case a number of reflected rays for the first further region and the second further region are ascertained, wherein the reflected rays of the first further region are not used for the estimation of the airspeed if the number of rays of the first further region lies above the number of the second further region by more than a comparison value.
A method for sending a packet, wherein the method comprises: receiving, by a communications network element, a first packet, wherein the first packet comprises a domain identifier, and the domain identifier identifies a clock domain to which a node device sending the first packet belongs; determining, by the communications network element based on a correspondence between a domain identifier and a user plane connection identifier and further based on the domain identifier in the first packet, a user plane connection corresponding to the first packet; and sending, by the communications network element, the first packet to a terminal device by using the user plane connection corresponding to the first packet. receiving, by a communications network element, a first packet, wherein the first packet comprises a domain identifier, and the domain identifier identifies a clock domain to which a node device sending the first packet belongs; determining, by the communications network element based on a correspondence between a domain identifier and a user plane connection identifier and further based on the domain identifier in the first packet, a user plane connection corresponding to the first packet; and sending, by the communications network element, the first packet to a terminal device by using the user plane connection corresponding to the first packet.
A retrofit system for tethering a hand tool, the system comprising: a tool collar having a collar body, a first body end, a second body end, and a bore extending longitudinally therethrough, the bore having a cross-sectional area that is less than a cross-sectional area of a first tool portion of the hand tool and providing a snug fit of the tool collar on the first tool portion; and a tethering tab having a first tab opening and a second tab opening transverse to a longitudinal axis (β-β) of the tethering tab, the second tab opening being spaced from the first tab opening, the first tab opening having a cross-sectional area larger than the cross-sectional area of the first tool portion providing for free rotation of the tethering tab around the first tool portion; characterized in that the tool collar has a skirt at the second body end that extends a predefined distance transversely away from the collar body, wherein the skirt of the tool collar has a larger cross-sectional area at the second body end than the first tab opening of the tethering tab to retain the tethering tab on the first tool portion while permitting the free rotation of the tethering tab around the first tool portion. a tool collar having a collar body, a first body end, a second body end, and a bore extending longitudinally therethrough, the bore having a cross-sectional area that is less than a cross-sectional area of a first tool portion of the hand tool and providing a snug fit of the tool collar on the first tool portion; and a tethering tab having a first tab opening and a second tab opening transverse to a longitudinal axis (β-β) of the tethering tab, the second tab opening being spaced from the first tab opening, the first tab opening having a cross-sectional area larger than the cross-sectional area of the first tool portion providing for free rotation of the tethering tab around the first tool portion; characterized in that the tool collar has a skirt at the second body end that extends a predefined distance transversely away from the collar body, wherein the skirt of the tool collar has a larger cross-sectional area at the second body end than the first tab opening of the tethering tab to retain the tethering tab on the first tool portion while permitting the free rotation of the tethering tab around the first tool portion.
An article comprising: a metallic substrate having: a first surface region; a plurality of blind recesses along the first surface region; and perimeter lips (28, 28') at openings of the plurality of recesses extending partially over the respective associated recesses; a ceramic coating comprising a stabilized zirconia along the first surface region; and a MCrAlY bondcoat between the substrate and the stabilized zirconia coating; wherein the bondcoat is at least along areas of the first surface region away from the recesses and bases of the respective recesses, and wherein the bondcoat tapers in thickness along the bases of the respective recesses, thinning toward the peripheries of the respective recesses. a metallic substrate having: a first surface region; a plurality of blind recesses along the first surface region; and perimeter lips (28, 28') at openings of the plurality of recesses extending partially over the respective associated recesses; a first surface region; a plurality of blind recesses along the first surface region; and perimeter lips (28, 28') at openings of the plurality of recesses extending partially over the respective associated recesses; a ceramic coating comprising a stabilized zirconia along the first surface region; and a MCrAlY bondcoat between the substrate and the stabilized zirconia coating; wherein the bondcoat is at least along areas of the first surface region away from the recesses and bases of the respective recesses, and wherein the bondcoat tapers in thickness along the bases of the respective recesses, thinning toward the peripheries of the respective recesses.
A work vehicle for working a swath of crop, comprising: at least one ground-engaging wheel (14, 16) or track mounted to the work vehicle and movable in a travel direction along a tread path; a first redistribution device mounted to the work vehicle to move crop that is ahead of the at least one ground-engaging wheel (14, 16) or track relative to the travel direction; and a second redistribution device mounted to the work vehicle to move crop that is behind the at least one ground-engaging wheel (14, 16) or track relative to the travel direction; wherein the first redistribution device is configured to open the swath of crop along substantially only the tread path ahead of the at least one ground-engaging wheel (14, 16) or track relative to the travel direction and the second redistribution device is configured to close the swath of crop along the tread path behind the at least one ground-engaging wheel (14, 16) or track relative to the travel direction. at least one ground-engaging wheel (14, 16) or track mounted to the work vehicle and movable in a travel direction along a tread path; a first redistribution device mounted to the work vehicle to move crop that is ahead of the at least one ground-engaging wheel (14, 16) or track relative to the travel direction; and a second redistribution device mounted to the work vehicle to move crop that is behind the at least one ground-engaging wheel (14, 16) or track relative to the travel direction; wherein the first redistribution device is configured to open the swath of crop along substantially only the tread path ahead of the at least one ground-engaging wheel (14, 16) or track relative to the travel direction and the second redistribution device is configured to close the swath of crop along the tread path behind the at least one ground-engaging wheel (14, 16) or track relative to the travel direction.
An optical waveguide (210;610), comprising: an optical transmission channel for transmitting an optical signal input to the optical waveguide with a first frequency; and a plurality of modulator circuits (230;650) configured along the optical transmission channel, each modulator circuit comprising at least one resonant structure (240;250;650) that resonates at the first frequency when the modulator circuit that includes the at least one resonant structure is at a predetermined temperature, each modulator circuit having a different predetermined temperature; wherein the at least one resonant structure has a maximum resonance at the first frequency at the respective predetermined temperature; characterized in that the at least one resonant structure of each modulator circuit is partially resonant at temperatures within a range of temperatures bounding the structure's respective predetermined temperature; wherein the range of temperatures for the at least one resonant structure corresponding to each modulator circuit overlaps the range of temperatures for at least one resonant structure corresponding with a different modulator circuit. an optical transmission channel for transmitting an optical signal input to the optical waveguide with a first frequency; and a plurality of modulator circuits (230;650) configured along the optical transmission channel, each modulator circuit comprising at least one resonant structure (240;250;650) that resonates at the first frequency when the modulator circuit that includes the at least one resonant structure is at a predetermined temperature, each modulator circuit having a different predetermined temperature; wherein the at least one resonant structure has a maximum resonance at the first frequency at the respective predetermined temperature; characterized in that the at least one resonant structure of each modulator circuit is partially resonant at temperatures within a range of temperatures bounding the structure's respective predetermined temperature; wherein the range of temperatures for the at least one resonant structure corresponding to each modulator circuit overlaps the range of temperatures for at least one resonant structure corresponding with a different modulator circuit.
Sports shoe comprising a sole as well as an upper that rises up from said sole, said upper comprising at least two portions (3a, 3b) at least partially mutually displaceable with respect to each other, thereby adjusting the housing size or volume for a foot in said shoe, as well as tightening-release means of said mutually displaceable portions, said sports shoe comprising control means (6, 7) of said tightening-release means (4, 5) operatable or arranged at the back or at the heel of said shoe, characterised in that said control means include at least one first approach-move apart component for approaching-moving apart said mutually displaceable portions (3a, 3b) along a longitudinal direction, and at least one second approach-move apart component for approaching-moving apart one of said mutually displaceable portions with respect to the other along a vertical, in use, direction.