mhurhangee/ep-ind-claims huggingface dataset:
A device for tensioning a tether comprising: a handle portion comprising: a housing; a rotatable tensioning member comprising a tensioning wheel having detents, a bobbin having bearings, and at least one compression spring, wherein the bobbin is external to the housing, the tensioning wheel detents and the bobbin bearings are configured to engage each other, and the compression spring is in contact with the bobbin and exerts a force on the bobbin that biases the bobbin toward the tensioning wheel and determines the rotatability of the bobbin; and a gear connecting the tensioning wheel and the bobbin, wherein the rotatable tensioning member is configured to engage a tether and to rotate in a first direction to increase the tension of the tether and in a second direction to decrease the tension of the tether, wherein the bobbin is configured to disengage from the tensioning wheel when a maximum tension is applied to the tether coupled to the bobbin, and wherein the maximum tension is set by the stiffness of the compression spring. a housing; a rotatable tensioning member comprising a tensioning wheel having detents, a bobbin having bearings, and at least one compression spring, wherein the bobbin is external to the housing, the tensioning wheel detents and the bobbin bearings are configured to engage each other, and the compression spring is in contact with the bobbin and exerts a force on the bobbin that biases the bobbin toward the tensioning wheel and determines the rotatability of the bobbin; and a gear connecting the tensioning wheel and the bobbin, wherein the rotatable tensioning member is configured to engage a tether and to rotate in a first direction to increase the tension of the tether and in a second direction to decrease the tension of the tether, wherein the bobbin is configured to disengage from the tensioning wheel when a maximum tension is applied to the tether coupled to the bobbin, and wherein the maximum tension is set by the stiffness of the compression spring.
An optical lens (100, 200) for vision correction comprising: a first image fusion area centered on a visual axis of the eye of a user and including a plurality of first dioptric portions randomly arranged around said first image fusion area and fused such that said first image fusion area has a first diopter; and a second image fusion area connected to and surrounding said first image fusion area, said second image fusion area including a plurality of second dioptric portions randomly arranged around said second image fusion area and fused such that said second image fusion area has a second diopter; wherein the absolute value of said first diopter |N| is smaller than the absolute value of said second diopter |M|, and the longest width of each of said first and second dioptric portions (11, 21) relative to the visual axis is smaller than 200 nanometers; and characterized in that each of said first dioptric portions has a diopter of N±δ 1, where δ 1 is a variable value ranging from 0.25D to 9.0D, and each of said second dioptric portions has a diopter of M±δ 2, where δ 2 is a variable value ranging from 0.25D to 12.0D. a first image fusion area centered on a visual axis of the eye of a user and including a plurality of first dioptric portions randomly arranged around said first image fusion area and fused such that said first image fusion area has a first diopter; and a second image fusion area connected to and surrounding said first image fusion area, said second image fusion area including a plurality of second dioptric portions randomly arranged around said second image fusion area and fused such that said second image fusion area has a second diopter; wherein the absolute value of said first diopter |N| is smaller than the absolute value of said second diopter |M|, and the longest width of each of said first and second dioptric portions (11, 21) relative to the visual axis is smaller than 200 nanometers; and characterized in that each of said first dioptric portions has a diopter of N±δ 1, where δ 1 is a variable value ranging from 0.25D to 9.0D, and each of said second dioptric portions has a diopter of M±δ 2, where δ 2 is a variable value ranging from 0.25D to 12.0D.
A method for injecting power into or extracting power out of a power network at a point of common coupling having one or more wires, comprising: obtaining Thevenin parameters in the form of at least a Thevenin voltage and a Thevenin resistance of an equivalent Thevenin circuit with respect to each wire of the PCC; calculating a total Thevenin power for all the wires based on a specific amount of power at the PCC and the obtained Thevenin parameters; characterised in that the method includes calculating an optimal current to be injected into or extracted from the PCC so as to inject or extract a specific amount of power, wherein the calculation is based on the total Thevenin power and the Thevenin parameters, including: changing Thevenin voltages for wires at a resistance weighted null reference point to a weighted Thevenin equivalent voltage vector dependent on Thevenin equivalent resistances; calculating an optimal Thevenin total wire power at the equivalent Thevenin voltage points; calculating a constant k A with the calculated Thevenin total wire power divided by the norm squared of the weighted Thevenin equivalent voltage vector; and calculating a weighted current vector by multiplying the constant k A by the weighted Thevenin voltage vector; and controlling an injection or extraction of current at the PCC in accordance with the optimal current. obtaining Thevenin parameters in the form of at least a Thevenin voltage and a Thevenin resistance of an equivalent Thevenin circuit with respect to each wire of the PCC; calculating a total Thevenin power for all the wires based on a specific amount of power at the PCC and the obtained Thevenin parameters; characterised in that the method includes calculating an optimal current to be injected into or extracted from the PCC so as to inject or extract a specific amount of power, wherein the calculation is based on the total Thevenin power and the Thevenin parameters, including: changing Thevenin voltages for wires at a resistance weighted null reference point to a weighted Thevenin equivalent voltage vector dependent on Thevenin equivalent resistances; calculating an optimal Thevenin total wire power at the equivalent Thevenin voltage points; calculating a constant k A with the calculated Thevenin total wire power divided by the norm squared of the weighted Thevenin equivalent voltage vector; and changing Thevenin voltages for wires at a resistance weighted null reference point to a weighted Thevenin equivalent voltage vector dependent on Thevenin equivalent resistances; calculating an optimal Thevenin total wire power at the equivalent Thevenin voltage points; calculating a constant k A with the calculated Thevenin total wire power divided by the norm squared of the weighted Thevenin equivalent voltage vector; and calculating a weighted current vector by multiplying the constant k A by the weighted Thevenin voltage vector; and controlling an injection or extraction of current at the PCC in accordance with the optimal current.
An imaging device, comprising: a glass substrate having a first side and an opposite second side; an array of photodiode elements secured to the substrate; a scintillator layer; and an additional scintillator layer, wherein the array of photodiode elements is located between the scintillator layer and the additional scintillator layer; and characterised by a layer of focusing elements located between the array of photodiode elements and the scintillator layer; and wherein the scintillator layer comprises an array of scintillator elements and is configured to receive radiation after it has passed through the array of photodiode elements to generate optical photons in response to the received radiation; and wherein the array of photodiode elements is located closer to the first side of the glass substrate than the second side; wherein each photodiode element of the array is aligned with one of the scintillator elements of the scintillator layer; and wherein the layer of focusing elements is configured to direct the optical photons from the scintillator elements of the scintillator layer to the respective photodiode elements of the array. a glass substrate having a first side and an opposite second side; an array of photodiode elements secured to the substrate; a scintillator layer; and an additional scintillator layer, wherein the array of photodiode elements is located between the scintillator layer and the additional scintillator layer; and characterised by a layer of focusing elements located between the array of photodiode elements and the scintillator layer; and wherein the scintillator layer comprises an array of scintillator elements and is configured to receive radiation after it has passed through the array of photodiode elements to generate optical photons in response to the received radiation; and wherein the array of photodiode elements is located closer to the first side of the glass substrate than the second side; wherein each photodiode element of the array is aligned with one of the scintillator elements of the scintillator layer; and wherein the layer of focusing elements is configured to direct the optical photons from the scintillator elements of the scintillator layer to the respective photodiode elements of the array.
A method of managing multimedia broadcast multicast service, hereinafter called MBMS, reception for a communication device in a wireless communication system, the method comprising the steps of: performing discontinuous reception with off durations; characterized by waking up to receive data of a MBMS subframe when the communication device has subscribed an MBMS service and the MBMS subframe is in one of the off durations. performing discontinuous reception with off durations; characterized by waking up to receive data of a MBMS subframe when the communication device has subscribed an MBMS service and the MBMS subframe is in one of the off durations.
A plurality of core-shell particles, each core-shell particle comprising: a core layer as magnetic particles comprising silica and magnetic metal oxide particles; and a shell layer that is a silica layer on a surface of the core layer, an average thickness of a plurality of shell layers being 3 to 3000 nm, wherein a weight percentage of the magnetic metal oxide particles in the core layer is 60 to 95 wt% based on a weight of the core layer, characterised in that the plurality of core-shell particles have a particle size distribution with a coefficient of variation of 21 to 50%. a core layer as magnetic particles comprising silica and magnetic metal oxide particles; and a shell layer that is a silica layer on a surface of the core layer, an average thickness of a plurality of shell layers being 3 to 3000 nm, wherein a weight percentage of the magnetic metal oxide particles in the core layer is 60 to 95 wt% based on a weight of the core layer, characterised in that the plurality of core-shell particles have a particle size distribution with a coefficient of variation of 21 to 50%.
A method for managing the supply of electrical power to the electrical equipment (EE1,... EE4) of a motor vehicle by means of dynamic supply as a function of at least one state of charge of the unit(s) for storing electrical power originating from an electric generator by means of, if necessary, selectively and variably in time, shedding the loads of at least a portion of the biased electrical equipment (EE1,... EE4), characterized in that it includes the determining of an activation rate of the equipment, permitting the measuring of the biasing time of each of the items of electrical equipment and/or the power consumed by each item of electrical equipment, and the determining of a load-shedding order in which the equipment are sorted by descending order of rate of activation, so that the equipment of which the loads are most often shed are activated as a priority and in that the dynamic supply of the electrical power to the unit(s) for storing electrical power originating from the electric generator has priority with respect to that allocated to the electrical equipment (EE1,... EE4) according to the state of charge and of a temperature of the or of these storing units.
A test system for testing electrical connections between electronic components and a printed circuit board to be tested, the printed circuit board comprising a communication module and contacting areas, comprising: - a housing; - a communication interface which, by making contact with the printed circuit board, enables data to be exchanged with a data memory and/or the communication module of the printed circuit board to be tested in accordance with a communication protocol; and - a test module; wherein the communication interface is arranged within the housing movably in at least two spatial directions (X, Y, Z), and that the communication interface is permanently connected or connected to the test module with a cable, wherein the test module has a data memory and/or a communication chip, on which several communication protocols are stored, and a processor or a logic module for selecting at least one communication protocol, characterized in that the communication interface has at least three electrically conductive contact tips (22, 32) which are set up to contact the communication module via contacting areas comprising closed metallic surfaces. - a housing; - a communication interface which, by making contact with the printed circuit board, enables data to be exchanged with a data memory and/or the communication module of the printed circuit board to be tested in accordance with a communication protocol; and - a test module; wherein the communication interface is arranged within the housing movably in at least two spatial directions (X, Y, Z), and that the communication interface is permanently connected or connected to the test module with a cable, wherein the communication interface is arranged within the housing movably in at least two spatial directions (X, Y, Z), and that the communication interface is permanently connected or connected to the test module with a cable, wherein the test module has a data memory and/or a communication chip, on which several communication protocols are stored, and a processor or a logic module for selecting at least one communication protocol, characterized in that the communication interface has at least three electrically conductive contact tips (22, 32) which are set up to contact the communication module via contacting areas comprising closed metallic surfaces.
A method for controlling undesirable vegetation in turfgrass, vineyards or orchards which comprises (a) contacting the vegetation or the locus thereof with, or (b) applying to the soil to prevent the emergence of vegetation, an herbicidally effective amount of penoxsulam, with the proviso that penoxsulam is not applied in conjunction with picolinafen. (a) contacting the vegetation or the locus thereof with, or (b) applying to the soil to prevent the emergence of vegetation,
An IL-10 agent for use in the treatment or prevention of a neoplastic disease in a mammalian subject, wherein the neoplastic disease has an intermediate tumor mutation burden of greater than about 15 mutations per megabase sequenced but less than about 100 mutations per megabase sequenced or wherein the neoplastic disease has a low mutation burden of less than or equal to 15 mutations per megabase sequenced, wherein the neoplastic disease is non-small cell lung cancer, and wherein the treatment or prevention comprises administering a therapeutically effective amount of the IL-10 agent and a therapeutically effective amount of an immune checkpoint pathway modulator; wherein: - the immune checkpoint pathway modulator is a PD1 immune checkpoint inhibitor antagonist antibody; and - the IL-10 agent is a dimeric molecule having IL-10 activity comprising two IL-10 polypeptides that bind to the IL-10 receptor and modulate the same signaling pathway as IL-10 and are capable of eliciting a biological response characteristic of IL-10. - the immune checkpoint pathway modulator is a PD1 immune checkpoint inhibitor antagonist antibody; and - the IL-10 agent is a dimeric molecule having IL-10 activity comprising two IL-10 polypeptides that bind to the IL-10 receptor and modulate the same signaling pathway as IL-10 and are capable of eliciting a biological response characteristic of IL-10.
A pressure-sensitive adhesive optical film, comprising: an optical member; and a pressure-sensitive adhesive layer formed on at least one surface of the optical member, wherein the pressure-sensitive adhesive layer includes a crosslinked product of a crosslinkable composition including a block copolymer including a first block and a second block having a lower glass transition temperature than the first block, and a branched structure in either the first block or the second block, and wherein the first or second block, which has the branched structure, includes a polymerization unit of a branch-forming monomer. an optical member; and a pressure-sensitive adhesive layer formed on at least one surface of the optical member, wherein the pressure-sensitive adhesive layer includes a crosslinked product of a crosslinkable composition including a block copolymer including a first block and a second block having a lower glass transition temperature than the first block, and a branched structure in either the first block or the second block, and wherein the first or second block, which has the branched structure, includes a polymerization unit of a branch-forming monomer.
An osmotic material-free sanitary tissue product exhibiting a basis weight of from 40 g/m 2 to 500 g/m 2 as measured according to the Basis Weight Test Method and comprising between 5% and 30% by weight of thermoplastic filaments relative to the total mass of the sanitary tissue product wherein the sanitary tissue product exhibits a CRT Rate of greater than 0.35 g/sec as measured according to the Absorptive Rate and Capacity Test Method and a Wet Web-Web CoF of less than 1.85 as measured according to the Wet Web-Web CoF Test Method, wherein the sanitary tissue product comprises scrims of polypropylene filaments arranged on one or more of the exterior surfaces of the sanitary tissue product and wherein the article comprises a co-formed fibrous structure and a wet-laid fibrous structure, said wet-laid fibrous structure comprising hardwood and/or softwood pulp fibers, said co-formed fibrous structure exhibiting a basis weight of from 10 g/m 2 to 200 g/m 2 as measured according to the Basis Weight Test Method and comprising between 10% and 50% by weight of thermoplastic filaments relative to the weight of the co-formed fibrous structure on a dry basis and a plurality of wood pulp fibers selected from the group consisting of softwood kraft pulp fibers, hardwood fibers and mixtures thereof, said scrims of filaments exhibiting a basis weight of less than 6 g/m 2 and said filaments comprised within the scrims exhibiting an average fiber diameter of less than 50 μm as measured according to the Average Diameter Test Method.
A high-voltage energy storage module for a voltage supply, especially of a motor vehicle, comprising - at least two storage cells, and - at least one electrically conductive connection between two poles of different storage cells, characterised in that the single connection comprises a plurality of adjacently arranged bonding wires, and wherein each bonding wire is attached to the two poles by wire bonding. - at least two storage cells, and - at least one electrically conductive connection between two poles of different storage cells,
A direct reduction method, comprising: adding via separate streams variable amounts of natural gas, hydrogen, and a carbon-free oxidizing gas to a feed gas stream upstream of a reformer and a preheate disposed upstream of the reformer; reforming the feed gas stream in the reformer to form a reformed gas stream, and delivering the reformed gas stream to a shaft furnace, where the reformed gas stream is used to reduce a metallic ore material to a direct reduced metallic materia adding via separate streams variable amounts of natural gas, hydrogen, and a carbon-free oxidizing gas to a feed gas stream upstream of a reformer and a preheate disposed upstream of the reformer; reforming the feed gas stream in the reformer to form a reformed gas stream, and delivering the reformed gas stream to a shaft furnace, where the reformed gas stream is used to reduce a metallic ore material to a direct reduced metallic materia
Series of gear train housings (Gij) comprising different sizes (Bi), wherein each size (Bi) comprises a family of different types (Tj), which are suitable for a spur-gear gear train and at least one gear train type of the following types: bevel-gear gear trains, flat gear trains, and worm gear trains, wherein each gear train housing (Gij) has a housing opening on the drive side, which housing opening is surrounded by a drive flange to connect a motor, adapter plate, or additional gear train, and wherein the axes of bearing points provided to accommodate shaft bearings for toothed parts, which axes run perpendicularly to the plane of the drive flange, lie inside a minimum internal diameter of the drive flange as viewed in a direction perpendicular to the plane of the drive flange for at least two different types (Tj) respectively in at least two different sizes (Bi), characterised in that a ratio of a minimum external diameter of the drive flange to a minimum internal diameter of the drive flange lies in a range from approx. 1.07 to approx. 1.21 in all sizes (Bi) in the case of a type (Tj) suitable for a spur-gear gear train, the drive flange has flats on the outer edge on two oppositely located sides, the distance between which flats defines the minimum external diameter of the drive flange and the drive flange is essentially circular.
A fastening device, comprising a body elongating along a first axis perpendicular to a first plane, wherein the body comprises an at least partially open cavity elongating along the first axis, a first chamber and a second chamber arranged in the cavity and adjacent to each other in the first plane, and an element arranged in the cavity and elongating in the first plane, wherein the element comprises a first portion that projects into the first chamber, a second portion that is arranged in the second chamber, and a third portion that projects from the cavity of the body, wherein the element further is rotatably arranged around its second portion in the second chamber, such that the second portion serves as a fulcrum for the element, wherein at least one dimension of the third portion of the element is larger than a corresponding dimension of the first chamber, and wherein at least one of the third portion of the element and the first chamber is resilient in the at least one dimension, such that upon rotation of the element around the second portion, the third portion of the element is configured to be releasably wedged within the first chamber.
Process for the preparation of aromatic amines of formula in which R1 and R2 independently of one another denote hydrogen, methyl or ethyl, wherein R1 can additionally denote NH 2, by hydrogenation, in the presence of a catalyst, of nitroaromatic compounds of formula in which R2 and R3 independently of one another denote hydrogen, methyl or ethyl, wherein R3 can additionally denote NO 2, in the liquid phase in at least two series-connected reaction spaces arranged in one reactor or in a plurality of reactors, wherein at least one reaction space is operated isothermally and at least the reaction space connected downstream thereof is operated adiabatically.