mhurhangee/ep-ind-claims huggingface dataset:
A cross winding package comprising: a cone-shaped winding bobbin having a taper-shaped winding surface inclined from a central axis by a first angle (θ); and a yarn layer being wound up around the winding bobbin, having a surface of the wound yarn with the same inclination as the winding surface, wherein the yarn layer includes a first yarn layer that contacts the winding bobbin and has a first traverse width, a second yarn layer that is on the first yarn layer and has a second traverse width that decreases partially or entirely along with increase in distance from the first yarn layer, and a third yarn layer that is on the second yarn layer and has a third traverse width, and the first traverse width and the third traverse width satisfy the following relationship: W1 × 1/2 ≤ W3 ≤ W1 × 2/3. a cone-shaped winding bobbin having a taper-shaped winding surface inclined from a central axis by a first angle (θ); and a yarn layer being wound up around the winding bobbin, having a surface of the wound yarn with the same inclination as the winding surface, wherein the yarn layer includes a first yarn layer that contacts the winding bobbin and has a first traverse width, a second yarn layer that is on the first yarn layer and has a second traverse width that decreases partially or entirely along with increase in distance from the first yarn layer, and a third yarn layer that is on the second yarn layer and has a third traverse width, and the first traverse width and the third traverse width satisfy the following relationship: W1 × 1/2 ≤ W3 ≤ W1 × 2/3.
A negative electrode plate for lithium secondary battery, comprising a negative electrode current collector and a negative electrode active material layer disposed on at least one surface of the negative electrode current collector, wherein a surface of the negative electrode active material layer closer to the current collector is provided with an elastic coating, and the elastic coating comprises an elastic polymer and a conductive agent; at the pressure of 1 MPa to 20 MPa, the elastic coating has a compression deformation of 30% to 60% and an elastic modulus of 5 MPa to 100 MPa, determined as described in the description; wherein the mass of the elastic polymer is 50% to 80% of the total mass of the elastic coating, and the mass of the conductive agent is 20% to 50% of the total mass of the elastic coating; wherein the elastic polymer comprises one or more of polyethylene, polyethylene oxide, polyvinylidene fluoride, or polystyrene butadiene. wherein the mass of the elastic polymer is 50% to 80% of the total mass of the elastic coating, and the mass of the conductive agent is 20% to 50% of the total mass of the elastic coating; wherein the elastic polymer comprises one or more of polyethylene, polyethylene oxide, polyvinylidene fluoride, or polystyrene butadiene.
A system for enhancing a user viewing experience, the system comprising: means for retrieving a user profile indicating a user previously consumed a first media asset from a playlist including a second media asset; means for detecting that the user is about to consume the second media asset, the second media asset comprising a plurality of frames, and wherein consumption of the assets in the playlist is tracked by removing a media asset from the playlist after it is consumed by the user, and wherein detecting that the user is about to consume the second media asset comprises checking the playlist for remaining items; means for comparing the second media asset to the first media asset to determine whether a portion of the second media asset matches content from the first media asset; means for, in response to determining that the portion of the second media asset matches the content from the first media asset, generating an edited portion containing a fraction of an original number of frames of the portion of the second media asset and editing the second media asset to replace the portion in the second media asset with the edited portion; and means for generating for display the edited second media asset. means for retrieving a user profile indicating a user previously consumed a first media asset from a playlist including a second media asset; means for detecting that the user is about to consume the second media asset, the second media asset comprising a plurality of frames, and wherein consumption of the assets in the playlist is tracked by removing a media asset from the playlist after it is consumed by the user, and wherein detecting that the user is about to consume the second media asset comprises checking the playlist for remaining items; means for comparing the second media asset to the first media asset to determine whether a portion of the second media asset matches content from the first media asset; means for, in response to determining that the portion of the second media asset matches the content from the first media asset, generating an edited portion containing a fraction of an original number of frames of the portion of the second media asset and editing the second media asset to replace the portion in the second media asset with the edited portion; and means for generating for display the edited second media asset.
Use of a steel pipe for fuel injection pipe, the steel pipe consisting of, by mass percent, C: 0.12 to 0.27%, Si: 0.05 to 0.40%, Mn: 0.8 to 2.0%, and optionally one or more kinds of Cr: 1% or less, Mo: 1% or less, Ti: 0.04% or less, Nb: 0.04% or less, and V: 0.1% or less, the balance being Fe and impurities, the impurities containing Ca: 0.001% or less, P: 0.02% or less, and S: 0.01% or less, wherein the tensile strength thereof is not lower than 900 N/mm 2, and the maximum diameter of A type, B type, or C type nonmetallic inclusions present during at least 20 μm depth from the inner surface of the steel pipe is not larger than 20 μm.
Cuff combinable with accessories for forming an orthotic system, comprising a cuff base in form of a lower shell and a fixation element which can be combined or is combined with the lower shell into a sleeve attachable to a limb through direct or indirect interlocking with each other, wherein the lower shell and the fixation element provide a system that can be tightened around the limb by reducing a circumference formed by the lower shell and the fixation element, such that load transfer from an accessory to the limb is enabled, wherein the lower shell comprises at least one first form fit means and the fixation element comprises at least one second form fit means, wherein both form fit means (51,52) are adapted to realize a form fit connection, characterized in that, said interlocking between the lower shell and the fixation element comprises a magnetic connection, wherein in a body of the lower shell at least one first magnetic part is provided and in or at the fixation element at least one second magnetic part is provided such that by means of an attracting magnetic force between both magnetic parts the fixation element can be moved onto one side of the body of the lower shell or is or can be held at one side of the body of the lower shell; and in that said form fit connection provides an undercut in order to prevent release of the form fit connection when subjected to a force essentially perpendicular to an insertion direction of the form fit connection.
A vehicle, in particular an armored vehicle, consisting of a basic vehicle and of a mission module that is interchangeably attached to a back side of the basic vehicle, characterized in that at least two vertical support arms on upper ends of which back sided upper areas of the mission module are fixed are arranged on the back side of the basic vehicle, and in that at least the floor sided wall areas (12, 13) of the basic vehicle and of the mission module that face each other comprise a predetermined vertical gap between each other such that in case of a mine explosion, the acceleration forces resulting therefrom are most of all coupled into the mission module through an upper side via the support arms.
A semiconductor device (1, 3), comprising: a substrate (11, 31); an SiC layer (12, 34) formed on said substrate (11, 31) and composed of silicon carbide; and an electrode (22, 61, 63) arranged in contact with said SiC layer (12, 34), said SiC layer (12, 34) including an n-type region (14, 35, 37) having an n conductivity type, and said electrode (22, 61, 63) including an ohmic contact electrode (16, 39, 42) arranged in contact with said n-type region (14, 35, 37) and containing alloyed titanium, aluminum and silicon on said SiC layer (12, 34); characterized in that said ohmic contact electrode (16, 39, 42) contains aluminum at least 1.58 times and at most 3.16 times as much as titanium in terms of an atomic ratio. a substrate (11, 31); an SiC layer (12, 34) formed on said substrate (11, 31) and composed of silicon carbide; and an electrode (22, 61, 63) arranged in contact with said SiC layer (12, 34), said SiC layer (12, 34) including an n-type region (14, 35, 37) having an n conductivity type, and said electrode (22, 61, 63) including an ohmic contact electrode (16, 39, 42) arranged in contact with said n-type region (14, 35, 37) and containing alloyed titanium, aluminum and silicon on said SiC layer (12, 34); characterized in that said ohmic contact electrode (16, 39, 42) contains aluminum at least 1.58 times and at most 3.16 times as much as titanium in terms of an atomic ratio.
A computer-implemented method of improving an autonomous driving vehicle, ADV, control system, comprising: extracting, from driving records of a plurality of ADVs, driving records for a specified ADV type having a specified ADV controller type; filtering the extracted driving records to exclude driving records representing manual driving and to exclude driving records representing a stationary state of an ADV in the plurality of ADVs; generating a set of standardized metrics, each metric representing a performance characteristic of an ADV controller having the specified ADV controller type for the specified ADV type; and using the set of standardized metrics to generate an updated ADV controller having the specified ADV controller type; and distributing the updated ADV controller of the specified ADV controller type to one or more real-world ADVs of the ADV type, for use in driving the one or more real-world ADVs. extracting, from driving records of a plurality of ADVs, driving records for a specified ADV type having a specified ADV controller type; filtering the extracted driving records to exclude driving records representing manual driving and to exclude driving records representing a stationary state of an ADV in the plurality of ADVs; generating a set of standardized metrics, each metric representing a performance characteristic of an ADV controller having the specified ADV controller type for the specified ADV type; and using the set of standardized metrics to generate an updated ADV controller having the specified ADV controller type; and distributing the updated ADV controller of the specified ADV controller type to one or more real-world ADVs of the ADV type, for use in driving the one or more real-world ADVs.
A tunable multi-timescale wireless rectification system, comprising: a plurality of antennas to receive electromagnetic radiation; a plurality of rectifying devices to produce DC power outputs; a plurality of impedance-matching components to couple each of the antennas to at least one of the rectifying devices; a plurality of DC-to-DC converters to couple the rectifying devices to a load; a first feedback control associated with at least one of (i) the antennas and (ii) the impedance-matching components to modify AC power delivered from the antennas to the rectifying devices on a first timescale; and a second feedback control associated with the DC-to-DC converters to modify DC power delivered from the rectifying devices to the load on a second timescale, wherein the first timescale is an order of magnitude shorter than the second timescale. a plurality of antennas to receive electromagnetic radiation; a plurality of rectifying devices to produce DC power outputs; a plurality of impedance-matching components to couple each of the antennas to at least one of the rectifying devices; a plurality of DC-to-DC converters to couple the rectifying devices to a load; a first feedback control associated with at least one of (i) the antennas and (ii) the impedance-matching components to modify AC power delivered from the antennas to the rectifying devices on a first timescale; and a second feedback control associated with the DC-to-DC converters to modify DC power delivered from the rectifying devices to the load on a second timescale, wherein the first timescale is an order of magnitude shorter than the second timescale.
A wrapping sheet for an absorbent article including at least an absorbent exhibiting a fluid retention property, comprising: a first fiber layer formed by application of a high-pressure water jetting treatment, the first fiber layer including pulp fiber and chemical fiber, a pulp fiber content of the first fiber layer being 30% by mass to 70% by mass, a chemical fiber content of the first fiber layer being 70% by mass and 30% by mass, an average fiber length of the chemical fiber being not more than 20 mm; and a second fiber layer arranged by laminating the second fiber layer to the first fiber layer, the second fiber layer including pulp fiber, a pulp fiber content of the second fiber layer being 70% by mass to 100% by mass; characterised in that the second fiber layer includes chemical fiber not more than 30% by mass with an average fiber length of 20 mm or less and with a fiber diameter smaller than that of the pulp fiber. a first fiber layer formed by application of a high-pressure water jetting treatment, the first fiber layer including pulp fiber and chemical fiber, a pulp fiber content of the first fiber layer being 30% by mass to 70% by mass, a chemical fiber content of the first fiber layer being 70% by mass and 30% by mass, an average fiber length of the chemical fiber being not more than 20 mm; and a second fiber layer arranged by laminating the second fiber layer to the first fiber layer, the second fiber layer including pulp fiber, a pulp fiber content of the second fiber layer being 70% by mass to 100% by mass; characterised in that the second fiber layer includes chemical fiber not more than 30% by mass with an average fiber length of 20 mm or less and with a fiber diameter smaller than that of the pulp fiber.
Dishwasher at least having a dishwasher rack that can assume at least two different height positions, a spraying device for applying washing liquor to items to be washed, the spraying device being associated with the dishwasher rack, a hydraulic system for supplying the spraying device with washing liquor and a coupling with at least two openings (4, 6, 8) for providing a liquid-conducting connection between the hydraulic system and the spraying device in the at least two different height positions and at least two tilt positions, characterised in that one height position and at least two tilt positions are associated with at least two of the openings (4, 6, 8) for establishing the liquid-conducting connection.
A system for treating a tissue site with reduced pressure, comprising a conformable dressing comprising: a plurality of discrete manifold members, each discrete manifold member including a first surface and a second surface, the first surface separated from the second surface by a perimeter wall; and a carrier including a first side positioned facing the tissue site and a second side positioned opposite the first side, wherein the carrier is expandable between a relaxed state and an expanded state, wherein a separation distance between the perimeter wall of a first of the plurality of discrete manifold members and the perimeter wall of a second of the plurality of discrete manifold members is greater in the expanded state than in the relaxed state; and an attachment device comprising a plurality of separate points each positioned between the first surface of each of the discrete manifold members and the second side of the carrier, wherein the first surface of each of the discrete manifold members is coupled to the second side of the carrier by the attachment device;a sealing member covering the conformable dressing to create a sealed space at the tissue site; and a reduced pressure source coupled in fluid communication with the sealed space. a plurality of discrete manifold members, each discrete manifold member including a first surface and a second surface, the first surface separated from the second surface by a perimeter wall; and a carrier including a first side positioned facing the tissue site and a second side positioned opposite the first side, wherein the carrier is expandable between a relaxed state and an expanded state, wherein a separation distance between the perimeter wall of a first of the plurality of discrete manifold members and the perimeter wall of a second of the plurality of discrete manifold members is greater in the expanded state than in the relaxed state; and an attachment device comprising a plurality of separate points each positioned between the first surface of each of the discrete manifold members and the second side of the carrier, wherein the first surface of each of the discrete manifold members is coupled to the second side of the carrier by the attachment device;a sealing member covering the conformable dressing to create a sealed space at the tissue site; and a reduced pressure source coupled in fluid communication with the sealed space.
A method of recovering a peptide comprising: liberating a peptide from a protein in blood by mixing a liquid sample containing a complex of the peptide and the protein in blood with a reagent containing at least one selected from the group consisting of Zn 2+, Ca 2+, Li +, Ba 2+, Mg 2+, Mn 2+, and a metal compound that forms any of these metal ions; and recovering the liberated peptide. liberating a peptide from a protein in blood by mixing a liquid sample containing a complex of the peptide and the protein in blood with a reagent containing at least one selected from the group consisting of Zn 2+, Ca 2+, Li +, Ba 2+, Mg 2+, Mn 2+, and a metal compound that forms any of these metal ions; and recovering the liberated peptide.
A system to reduce scaling within or downstream of an electrolytic cell, the system comprising: a first filtration system arranged to filter a saline feed stream, the first filtration system being an ultrafiltration system or a dual media filtration system; a nanofiltration sulfate removal membrane system arranged to receive the filtered saline feed stream, characterised by the nanofiltration sulfate removal membrane system having a first stage and a second stage, the first stage having two sulfate removal membranes arranged in parallel with one another, the second stage having one sulfate removal membrane arranged in series to the first stage to receive a reject stream from the first stage; and one or more undivided electrolytic cells arranged to receive a permeate stream from the first and second stages of the nanofiltration sulfate removal membrane system. a first filtration system arranged to filter a saline feed stream, the first filtration system being an ultrafiltration system or a dual media filtration system; a nanofiltration sulfate removal membrane system arranged to receive the filtered saline feed stream, characterised by the nanofiltration sulfate removal membrane system having a first stage and a second stage, the first stage having two sulfate removal membranes arranged in parallel with one another, the second stage having one sulfate removal membrane arranged in series to the first stage to receive a reject stream from the first stage; and one or more undivided electrolytic cells arranged to receive a permeate stream from the first and second stages of the nanofiltration sulfate removal membrane system.
An electrical connector for terminating a cable, the electrical connector comprising: an electrical contact configured to be terminated to a wire of the cable; a housing extending between a mating end and a cable end, the housing being configured to mate with a mating connector at the mating end, the electrical contact being held by the housing; a back shell mounted to the cable end of the housing, the back shell including an opening configured to hold an end of the cable such that the back shell supports the end of the cable, the back shell comprising an accessory socket; and an accessory (32, 132, 232, 332, 432) held within the accessory socket of the back shell, the accessory being configured to engage the cable, characterized in that the accessory (32, 132, 232, 332, 432) extends outwardly from the back shell; and the back shell includes both a dielectric member and an electrically conductive material.
A method for managing power of user device having a plurality of interfaces comprising a first interface configured to communicate with a first network and a second interface configured to communicate with a second network different from the first network, the method comprising: communicating centralized reachability states of each interface from the user device to the corresponding network and from the corresponding network to the user device, wherein said centralized reachability states of each interface represents an abstract of the availability of the corresponding interface with respect to the corresponding network and comprise a "reachable directly" state, a "reachable via another interface" state and a "not reachable" state; mapping the centralized reachability states of the interfaces to physical power states of the interfaces (1206, 1208, 1210) in their respective network technology; controlling, by the power management system of the user device, said physical power states of the interfaces based on the mapping, the controlling comprising: shutting off a power of the second interface, where the first interface is in the "reachable directly" state for the first network and the second interface is in the "reachable via another interface" state for the second network, wherein the "reachable directly" state is a physical power state of an interface that enables the user device to receive a transmission on the interface. communicating centralized reachability states of each interface from the user device to the corresponding network and from the corresponding network to the user device, wherein said centralized reachability states of each interface represents an abstract of the availability of the corresponding interface with respect to the corresponding network and comprise a "reachable directly" state, a "reachable via another interface" state and a "not reachable" state; mapping the centralized reachability states of the interfaces to physical power states of the interfaces (1206, 1208, 1210) in their respective network technology; controlling, by the power management system of the user device, said physical power states of the interfaces based on the mapping, the controlling comprising: shutting off a power of the second interface, where the first interface is in the "reachable directly" state for the first network and the second interface is in the "reachable via another interface" state for the second network, wherein the "reachable directly" state is a physical power state of an interface that enables the user device to receive a transmission on the interface. shutting off a power of the second interface, where the first interface is in the "reachable directly" state for the first network and the second interface is in the "reachable via another interface" state for the second network, wherein the "reachable directly" state is a physical power state of an interface that enables the user device to receive a transmission on the interface.