mhurhangee/ep-ind-claims huggingface dataset:
Luggage cover system for a motor vehicle comprising a device for covering provided to extend longitudinally to the vicinity of the hatchback of said vehicle in such a way as to cover a main portion of the luggage compartment thereof, and a covering panel secured by the rear end thereof to said device for covering, said covering panel being able to permanently cover the complementary portion of said compartment located between said device for covering and the backrest of a rear seat of said vehicle adjustable in longitudinal translation and/or in inclination, wherein said covering panel is formed by a rigid flap that is mounted so as to pivot at the front of said device for covering along a transversal axis, between a deployed position corresponding to the furthest forward and most upright configuration of said backrest, and a folded-down position corresponding to the furthest back and most rearwardly inclined configuration of said backrest, characterised in that said system further comprises at least one supporting stop, made of an elastically deformable material, which is secured to said device for covering and exerts a return force on said flap permanently urging it toward said deployed position, and in that said supporting stop is made of an elastomer of the EPDM type having a SHORE A hardness between 30 and 90.
A filter cartridge for removing liquid from a gas stream, said filter cartridge comprising: - a filter medium retained between two end caps, whereby one of said end caps (5a, 5b) comprises a gas inlet; - said filter medium being mounted in a rolled-up manner, such that the filter medium shows a multi-layered structure; - an electrically conductive layer provided onto said filter medium; characterised in that said electrically conductive layer is attached onto the filter medium such that it is interposed between two adjacent layers of filter medium; in that the filter cartridge further comprises an electrical connection means configured to connect said electrically conductive layer to a grounding; and in that said electrically conductive layer comprises a woven net of electrically conductive wires. - a filter medium retained between two end caps, whereby one of said end caps (5a, 5b) comprises a gas inlet; - said filter medium being mounted in a rolled-up manner, such that the filter medium shows a multi-layered structure; - an electrically conductive layer provided onto said filter medium;
A method for installing a guide rail of a lift installation arranged in a lift shaft, wherein the guide rail comprises a multiplicity of guide-rail segments (6, 8, 9) which are aligned and arranged together in a row, the method comprising the following steps: fixing an alignment element in the lift shaft in relation to an aligned and fastened first one of the guide-rail segments at a first point, wherein the first point is positioned on a route, which route is positioned by a horizontally directed parallel displacement of the route formed by the first guide-rail segment, fixing of the alignment element at a second point, in the form of a reference point, in the lift shaft, so that an alignment-element portion for aligning a second one of the guide-rail segments is formed between the first and the second point (22, 24), aligning the second guide-rail segment relative to the alignment-element portion, characterised in that the reference point is maintained during the installation of all the guide-rail segments (6, 8, 9) of the guide rail. fixing an alignment element in the lift shaft in relation to an aligned and fastened first one of the guide-rail segments at a first point, wherein the first point is positioned on a route, which route is positioned by a horizontally directed parallel displacement of the route formed by the first guide-rail segment, fixing of the alignment element at a second point, in the form of a reference point, in the lift shaft, so that an alignment-element portion for aligning a second one of the guide-rail segments is formed between the first and the second point (22, 24), aligning the second guide-rail segment relative to the alignment-element portion, characterised in that the reference point is maintained during the installation of all the guide-rail segments (6, 8, 9) of the guide rail.
An energy storage device comprising an electrode assembly including a positive electrode, a heat resistance layer, a separator, and a negative electrode layered in this order, wherein the heat resistance layer includes inorganic particles and binder, the heat resistance layer is fixed to one surface of the separator, a thermoplastic resin is stacked as a layer between the positive electrode and the heat resistance layer and adheres between the positive electrode and the heat resistance layer, the thermoplastic resin layer exerts adhesion or adhesiveness by fusion of the thermoplastic resin, a peeling strength between the positive electrode and the heat resistance layer being larger than a peeling strength between the heat resistance layer and the separator, and the peeling strength between the heat resistance layer and the separator being larger than a peeling strength between the separator and the negative electrode. the heat resistance layer includes inorganic particles and binder, the heat resistance layer is fixed to one surface of the separator, a thermoplastic resin is stacked as a layer between the positive electrode and the heat resistance layer and adheres between the positive electrode and the heat resistance layer, the thermoplastic resin layer exerts adhesion or adhesiveness by fusion of the thermoplastic resin, a peeling strength between the positive electrode and the heat resistance layer being larger than a peeling strength between the heat resistance layer and the separator, and the peeling strength between the heat resistance layer and the separator being larger than a peeling strength between the separator and the negative electrode.
Method for molecular adhesion of a second electronic element on a first electronic element, wherein the first electronic element and the second electronic element (1, 6) are wafers comprising components or wherein the second electronic element is an electronic component or a chip and the first electronic element is a host wafer or a monolithic wafer or a stacked structure, wherein the contact surface of the first electronic element contains a polymer, the method comprising the coating, with a bonding layer, of at least some of the surface of the polymer contained at the surface of the first electronic compound, with the molecular adhesion taking place between said bonding layer and said second electronic element, and wherein the first electronic element and the second electronic element (1, 6) able to have microelectronic, optoelectronic, optic, or hyper-frequency applications.
Method for wrapping a load with a film by means of a wrapping machine comprising an unwinding apparatus provided with a reel of said film, comprising: - moving said wrapping apparatus and said load in relation to one another; - unwinding from said reel an effective established length (L fe) of film per revolution of said wrapping apparatus or of said load; characterised in that said effective established length (L fe) of film is calculated with the formula: L fe = 2 ⁢ π ⁢ S f 2 ⁢ π 2 + V t ω 2 × 1 - Δ corr × ω ω max where: S f: initial length of film determined on the basis of dimensions and/or shape of said load; ω: rotation speed of said unwinding apparatus or of said load around a wrapping axis; V t: movement speed of said unwinding apparatus or of said load parallel to said rotation axis; ω max: maximum rotation speed of said unwinding apparatus or of said load around said wrapping axis; Δ corr: corrective parameter. - moving said wrapping apparatus and said load in relation to one another; - unwinding from said reel an effective established length (L fe) of film per revolution of said wrapping apparatus or of said load; S f: initial length of film determined on the basis of dimensions and/or shape of said load; ω: rotation speed of said unwinding apparatus or of said load around a wrapping axis; V t: movement speed of said unwinding apparatus or of said load parallel to said rotation axis; ω max: maximum rotation speed of said unwinding apparatus or of said load around said wrapping axis; Δ corr: corrective parameter.
A process for placing non-printing image information on a floor of a flexographic photopolymer printing plate, the method comprising forming one or a series of isolated non-printing dots corresponding to the non-printing image information, each dot in the one or the series of isolated dots (1902, 2002) having a non-printing elevation above the plate floor or being sunken below the plate floor, the series of isolated dots forming one or more patterns that represent one or more alphanumeric signs, digital codes, or processing marks, the process comprising disposing a mask (1904, 2004) on top of the photopolymer plate (1900, 2000) in an uncured state, imaging the mask to form an imaged mask in accordance with an image file comprising machine readable instructions that are based at least in part upon the non-printing image information, curing the photopolymer with actinic radiation through the mask, and removing uncured polymer, characterized in that each isolated non-printing dot on the plate corresponds to a presence of a supercell comprising a pixel cluster of openings in the mask, the pixel cluster comprising one or more pixels each of which corresponds to a mask opening in the mask and to an exposed pixel on the plate.
An electrode material for a lithium-ion secondary battery comprising: an electrode active material made of a transition metal lithium phosphate compound having an olivine structure; and a carbonaceous film that coats the electrode active material, wherein a specific surface area of the electrode active material is 10 m 2 /g or more and 25 m 2 /g or less, an average particle diameter of spherical secondary particles formed by granulating primary particles of the electrode active material is 0.5 μm or more and 15 μm or less, regarding a content of spherical secondary particles having a degree of circularity, which is measured using a flow-type particle image analyzer, in a range of 0.90 or more and 0.95 or less, a proportion of the number of the spherical secondary particles in the total number of all of single particles and spherical secondary particles present during the measurement of the degree of circularity is 18% or more, and wherein, among peaks appearing at 1 μm or less in a pore size distribution chart of the electrode active material measured using a mercury porosimeter, a micropore diameter of a peak top of a peak having the largest pore volume is 0.03 μm or more and 0.14 μm or less. an electrode active material made of a transition metal lithium phosphate compound having an olivine structure; and a carbonaceous film that coats the electrode active material, wherein a specific surface area of the electrode active material is 10 m 2 /g or more and 25 m 2 /g or less, an average particle diameter of spherical secondary particles formed by granulating primary particles of the electrode active material is 0.5 μm or more and 15 μm or less, regarding a content of spherical secondary particles having a degree of circularity, which is measured using a flow-type particle image analyzer, in a range of 0.90 or more and 0.95 or less, a proportion of the number of the spherical secondary particles in the total number of all of single particles and spherical secondary particles present during the measurement of the degree of circularity is 18% or more, and wherein, among peaks appearing at 1 μm or less in a pore size distribution chart of the electrode active material measured using a mercury porosimeter, a micropore diameter of a peak top of a peak having the largest pore volume is 0.03 μm or more and 0.14 μm or less.
An ink composition for ink-jet recording comprising: an aqueous solvent including water and water-soluble organic solvent; a coloring agent; a resin emulsion; and a surfactant; wherein the resin emulsion includes a silicone-acrylic resin emulsion and a resin emulsion other than the silicone-acrylic resin emulsion; a mass ratio of the resin emulsion to the coloring agent (content of the resin emulsion in terms of solid content / content of the coloring agent) is 1/5 or more and 15/1 or less; a mass ratio of the silicone-acrylic resin emulsion to the coloring agent (content of the silicone-acrylic resin emulsion in terms of solid content / content of the coloring agent) is 1/20 or more and 5/1 or less; and a mass ratio of the silicone-acrylic resin emulsion to the resin emulsion other than the silicone-acrylic resin emulsion (content of the silicone-acrylic resin emulsion in terms of solid content / content of the resin emulsion other than the silicone-acrylic resin emulsion in terms of solid content) is 1/50 or more and 1/2 or less. an aqueous solvent including water and water-soluble organic solvent; a coloring agent; a resin emulsion; and a surfactant; wherein the resin emulsion includes a silicone-acrylic resin emulsion and a resin emulsion other than the silicone-acrylic resin emulsion; a mass ratio of the resin emulsion to the coloring agent (content of the resin emulsion in terms of solid content / content of the coloring agent) is 1/5 or more and 15/1 or less; a mass ratio of the silicone-acrylic resin emulsion to the coloring agent (content of the silicone-acrylic resin emulsion in terms of solid content / content of the coloring agent) is 1/20 or more and 5/1 or less; and a mass ratio of the silicone-acrylic resin emulsion to the resin emulsion other than the silicone-acrylic resin emulsion (content of the silicone-acrylic resin emulsion in terms of solid content / content of the resin emulsion other than the silicone-acrylic resin emulsion in terms of solid content) is 1/50 or more and 1/2 or less.
A system for an amusement park ride, comprising: a visualization device comprising a display viewable by a user; a computer graphics generation system communicatively coupled to the visualization device, wherein the computer graphics generation system comprises a processor and a memory device communicatively coupled to the processor and configured to store instructions configured to cause the processor to: generate an environment comprising real-world images, augmented-reality images, or a combination thereof; receive and analyze data associated with the environment to determine an appropriate text location; determine appropriate textual characteristics for text based at least in part on the appropriate text location; and overlay the text having the appropriate textual characteristics onto the environment at the appropriate text location. a visualization device comprising a display viewable by a user; a computer graphics generation system communicatively coupled to the visualization device, wherein the computer graphics generation system comprises a processor and a memory device communicatively coupled to the processor and configured to store instructions configured to cause the processor to: generate an environment comprising real-world images, augmented-reality images, or a combination thereof; receive and analyze data associated with the environment to determine an appropriate text location; determine appropriate textual characteristics for text based at least in part on the appropriate text location; and overlay the text having the appropriate textual characteristics onto the environment at the appropriate text location. generate an environment comprising real-world images, augmented-reality images, or a combination thereof; receive and analyze data associated with the environment to determine an appropriate text location; determine appropriate textual characteristics for text based at least in part on the appropriate text location; and overlay the text having the appropriate textual characteristics onto the environment at the appropriate text location.
A system of wireless positioning using an in-band pseudolite having a same frequency band as a cellular network and wireless system of a base station in the cellular network, the system comprising a base station, the pseudolite, and a terminal; wherein the base station is configured to transmit identifier information to the pseudolite managed by the base station after correcting a transmission clock of the pseudolite, wherein the identifier information includes an identity, ID, of the base station and a pseudolite ID for the pseudolite, and transmit pseudolite array and positioning correction information to the terminal, wherein the pseudolite array comprises identifier of the base station and identifiers of one or more pseudolites managed by the base station; the pseudolite is configured to generate a random positioning signal sequence based on the identifier information, and transmit positioning signal, according to the transmission clock and the random positioning signal sequence, via a positioning link having a same frequency band as a wireless system of the base station, wherein the random positioning signal sequence comprises a random factor, the random factor comprising the base station ID and the pseudolite ID; and the terminal is configured to generate another random positioning signal sequence of the pseudolite based on the pseudolite array and the positioning correction information, perform a match on the received positioning signal according to the another random positioning signal sequence of the pseudolite to determine an arrival time of the positioning signal, and obtain a position coordinate of the terminal through a calculation based on a given position coordinate of the pseudolite and the arrival time of the positioning signal.
A method of regulating forward radiofrequency power supplied by an RF transmitter circuit to an RF transmitting antenna, the method comprising: detecting forward RF power supplied by the RF transmitter circuit to the RF transmitting antenna; receiving at multiple filters RF power samples of the supplied forward RF power, each filter differently filtering the received RF power samples to apply a different average power period, each filter further activating an RF power adjustment trigger signal while a time-averaged forward RF power supplied to the RF transmitting antenna satisfies a forward RF power adjustment condition for the average power period of the filter; and adjusting the forward RF power supplied by the RF transmitter circuit to the RF transmitting antenna based on the RF power adjustment trigger signal. detecting forward RF power supplied by the RF transmitter circuit to the RF transmitting antenna; receiving at multiple filters RF power samples of the supplied forward RF power, each filter differently filtering the received RF power samples to apply a different average power period, each filter further activating an RF power adjustment trigger signal while a time-averaged forward RF power supplied to the RF transmitting antenna satisfies a forward RF power adjustment condition for the average power period of the filter; and adjusting the forward RF power supplied by the RF transmitter circuit to the RF transmitting antenna based on the RF power adjustment trigger signal.
A method comprising: by a user equipment, UE: configuring a first media access control, MAC, entity of a plurality of MAC entities of the UE to support a first communication type, the first communication type comprising enhanced mobile broadband; configuring a second MAC entity of the plurality of MAC entities of the UE to support a second communication type, the second communication type comprising massive machine type communication or ultra-reliable low latency communications, wherein a number of configured MAC entities of the plurality of MAC entities is based on a maximum number of MAC entities supported for a UE category associated with a type of the UE; configuring additional MAC entities to support respective communication types to the maximum supported count of MAC entities; decoding first MAC layer signaling via the first MAC entity; and decoding, contemporaneously with decoding the first MAC layer signaling via the first MAC entity, second MAC layer signaling via the second MAC entity. configuring a first media access control, MAC, entity of a plurality of MAC entities of the UE to support a first communication type, the first communication type comprising enhanced mobile broadband; configuring a second MAC entity of the plurality of MAC entities of the UE to support a second communication type, the second communication type comprising massive machine type communication or ultra-reliable low latency communications, wherein a number of configured MAC entities of the plurality of MAC entities is based on a maximum number of MAC entities supported for a UE category associated with a type of the UE; configuring additional MAC entities to support respective communication types to the maximum supported count of MAC entities; decoding first MAC layer signaling via the first MAC entity; and decoding, contemporaneously with decoding the first MAC layer signaling via the first MAC entity, second MAC layer signaling via the second MAC entity.
Heat sink for semiconductor components, made in particular from an extruded aluminium alloy, comprising cooling ribs protruding at a distance from one another from a base plate, which cooling ribs are held in a clamping manner respectively by a coupling base which is approximately rectangular in cross section in an insertion groove made in the surface of the base plate by said laterally delimiting longitudinal or intermediate ribs, wherein the coupling base are held in a form-fitting manner in their insertion grooves and are cold-welded at least in some sections to the base plate and in particular the insertion grooves each have an approximately rectangular cross-section, characterised in that transverse ribs with a spacing (i) from one another on the surfaces of the intermediate ribs run as flashes which connect in a form-fitting manner with the coupling base.