mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing a sandwich composite coating on an engineering plastic surface, comprising the steps of: dry cleaning and activating a plastic blank; placing the activated plastic blank into a physical vapor deposition furnace, and forming a metal basal film onto the activated plastic blank; performing a plasma activation of the plastic blank with the metal basal film, and spraying an organic coating and curing the organic coating; forming a metalized engineering plastic product by placing the plastic blank obtained from step in the PVD furnace and coating the plastic blank with a metal film layer to produce a metalized engineering plastic product, wherein the organic coating sprayed and cured during the step has a thickness falling within a range of 5-60 μm. dry cleaning and activating a plastic blank; placing the activated plastic blank into a physical vapor deposition furnace, and forming a metal basal film onto the activated plastic blank; performing a plasma activation of the plastic blank with the metal basal film, and spraying an organic coating and curing the organic coating; forming a metalized engineering plastic product by placing the plastic blank obtained from step in the PVD furnace and coating the plastic blank with a metal film layer to produce a metalized engineering plastic product,
A dressing for treating a tissue site with negative pressure, the dressing comprising: a tissue interface configured to be positioned adjacent to the tissue site; and a sealing member configured to be positioned over the tissue interface and the tissue site to form a sealed environment, the sealing member consisting of: a film layer, a layer of a bonding adhesive coupled to the film layer, a mesh coupled to the layer of the bonding adhesive, the mesh having a coating of a sealing adhesive and a plurality of mesh apertures, wherein the mesh comprises one or more bonding apertures, each configured to allow the layer of the bonding adhesive to be at least partially in contact with an epidermis of the tissue site through the respective bonding aperture, wherein an effective diameter of each mesh aperture is between 0.5 millimeters and 4 millimeters and an effective diameter of each bonding aperture is between 5 millimeters and 15 millimeters. a tissue interface configured to be positioned adjacent to the tissue site; and a sealing member configured to be positioned over the tissue interface and the tissue site to form a sealed environment, the sealing member consisting of: a film layer, a layer of a bonding adhesive coupled to the film layer, a mesh coupled to the layer of the bonding adhesive, the mesh having a coating of a sealing adhesive and a plurality of mesh apertures, wherein the mesh comprises one or more bonding apertures, each configured to allow the layer of the bonding adhesive to be at least partially in contact with an epidermis of the tissue site through the respective bonding aperture, wherein an effective diameter of each mesh aperture is between 0.5 millimeters and 4 millimeters and an effective diameter of each bonding aperture is between 5 millimeters and 15 millimeters. a film layer, a layer of a bonding adhesive coupled to the film layer, a mesh coupled to the layer of the bonding adhesive, the mesh having a coating of a sealing adhesive and a plurality of mesh apertures, wherein the mesh comprises one or more bonding apertures, each configured to allow the layer of the bonding adhesive to be at least partially in contact with an epidermis of the tissue site through the respective bonding aperture, wherein an effective diameter of each mesh aperture is between 0.5 millimeters and 4 millimeters and an effective diameter of each bonding aperture is between 5 millimeters and 15 millimeters.
A method of sequencing a nucleic acid target, the method comprising: applying a discrete substrate to a sequencing device, the discrete substrate conjugated to a terminal end of the nucleic acid target at a coupling site of the discrete substrate, a functional moiety coupled between the terminal end of the nucleic acid and the substrate, wherein the functional moiety is a dye moiety or a buffering moiety; applying a primer complementary to a portion of the target nucleic acid; flowing a nucleotide into the sequencing device; and detecting an incorporation event associated with the nucleotide. applying a discrete substrate to a sequencing device, the discrete substrate conjugated to a terminal end of the nucleic acid target at a coupling site of the discrete substrate, a functional moiety coupled between the terminal end of the nucleic acid and the substrate, wherein the functional moiety is a dye moiety or a buffering moiety; applying a primer complementary to a portion of the target nucleic acid; flowing a nucleotide into the sequencing device; and detecting an incorporation event associated with the nucleotide.
A compound shown by the following general formula, wherein AR1 and AR2 each represent a benzene ring, a naphthalene ring, or a pyridine ring optionally having an alkoxy group, an alkenyloxy group, or an aryloxy group having 1 to 30 carbon atoms; "m" is 1; AR1 and AR2 form a bridged structure in which the aromatic rings of AR1 and AR2 are bonded with each other through X; X represents a single bond or any of groups shown by the following formulae; Y represents an n-valent organic group having 1 to 30 carbon atoms in which n = 2 to 4 or an organic group-containing polymer having n-pieces of repeating units in which 2 ≤ n ≤ 1000; and R represents a hydrogen atom or a monovalent organic group having 1 to 30 carbon atoms.
Electric motor system comprising: - an electric motor arranged at a first location, the electric motor comprising a rotor and a plurality of windings wherein the plurality of windings have different resonant frequencies; - a power transmitter arranged at a second location, this second location being at a distance from the first location, the power transmitter comprising a plurality of transmission coils, wherein the transmission coils have different resonant frequencies; wherein the power transmitter is configured to transmit power from the transmission coils of the power transmitter to the windings of the electric motor by resonant inductive coupling between windings of the electric motor and transmission coils of the power transmitter having the same resonant frequencies as the windings. - an electric motor arranged at a first location, the electric motor comprising a rotor and a plurality of windings wherein the plurality of windings have different resonant frequencies; - a power transmitter arranged at a second location, this second location being at a distance from the first location, the power transmitter comprising a plurality of transmission coils, wherein the transmission coils have different resonant frequencies;
A radio base station apparatus comprising: a modulation section (108b, 108c) configured to modulate a control signal of a first mobile communication system with a first system band which is wide, and a control signal of a second mobile communication system with a second system band which is narrow to obtain a modulated signal, wherein the first and second mobile communication systems overlap; a control signal allocating section adapted to allocate the modulated signal on a predetermined data block basis to at least one frequency band according to a predetermined rule, the frequency band having the second system band as a unit; an interleaver (110a, 110b, 110c) configured to interleave the modulated signal for each frequency band; and a mapping section configured to map the interleaved modulated signal to a time/frequency domain. a modulation section (108b, 108c) configured to modulate a control signal of a first mobile communication system with a first system band which is wide, and a control signal of a second mobile communication system with a second system band which is narrow to obtain a modulated signal, wherein the first and second mobile communication systems overlap; a control signal allocating section adapted to allocate the modulated signal on a predetermined data block basis to at least one frequency band according to a predetermined rule, the frequency band having the second system band as a unit; an interleaver (110a, 110b, 110c) configured to interleave the modulated signal for each frequency band; and a mapping section configured to map the interleaved modulated signal to a time/frequency domain.
A gas/liquid contacting device for bringing a process gas into contact with a liquid comprises a gas/liquid contacting tower, at least one liquid distributor (30, 36) arranged in an interior space (7, 107, 207, 307, 407) of the gas/liquid contacting tower for distributing a liquid in the process gas inside the gas/liquid contacting tower, and an emergency cooling system comprising an emergency water distributor for distributing emergency water in the process gas, an emergency water tank, and an emergency liquid supply pipe which fluidly connects the emergency water tank to the emergency water distributor, characterized in that the emergency water tank is arranged vertically above the top (10, 110, 210, 310, 410) of the gas/liquid contacting tower.
Brake disc for a land vehicle, in particular a utility vehicle, having an axis of rotation, a friction ring, a disc chamber and a disc flange for flange-mounting, with bracing action, on a wheel hub of the vehicle, wherein the disc flange has a flange surface which, in the flange-mounted state, bears areally against a flange surface of the wheel hub, characterized in that, in a longitudinal section plane which comprises the axis of rotation, the flange surface, in the non-flange-mounted state, encloses an acute angle (α) with a normal to the axis of rotation and describes a conical envelope, wherein in a longitudinal section plane, a radially inner region (6.2) of the flange surface is situated closer than a radially outer region (6.1) of the flange surface to the plane in which a friction surface of the brake disc is situated.
Method for producing an electrode film by applying a lithium layer to a strip-like metal foil, where liquid lithium is applied by melting to at least one surface of the metal foil, and excess lithium is removed from the metal foil by take-off with a take-off tool, where an outer face of the take-off tool is formed of lithium fluoride.
A gas turbine component, comprising: a first article, the first article including a first material composition having a first thermal tolerance; a second article, the second article including a second material composition having a second thermal tolerance greater than the first thermal tolerance; a sealing member disposed between and contacting the first article and the second article, the sealing member including a third material composition having a third thermal tolerance less than the second thermal tolerance, the third thermal tolerance being less than an operating temperature of the second article; and a thermal break defined by the second article, the thermal break proximate to the sealing member and partitioned from the sealing member by a portion of the second article, the thermal break interrupting a thermal conduction path from the second article to the sealing member, wherein the first article and the second article compress the sealing member, forming a thermal gradient-tolerant seal wherein the thermal break includes a channel. a first article, the first article including a first material composition having a first thermal tolerance; a second article, the second article including a second material composition having a second thermal tolerance greater than the first thermal tolerance; a sealing member disposed between and contacting the first article and the second article, the sealing member including a third material composition having a third thermal tolerance less than the second thermal tolerance, the third thermal tolerance being less than an operating temperature of the second article; and a thermal break defined by the second article, the thermal break proximate to the sealing member and partitioned from the sealing member by a portion of the second article, the thermal break interrupting a thermal conduction path from the second article to the sealing member, wherein the first article and the second article compress the sealing member, forming a thermal gradient-tolerant seal wherein the thermal break includes a channel.
A wireless device, comprising: a preamble detector configured to identify a plurality of preambles transmitted via a random access channel of a wireless network said wireless device being characterized by: the preamble detector including a noise floor estimator configured to: estimate, for a given preamble root sequence identified by the preamble detector, a noise floor value as mean energy of received signal samples, excluding detected preamble samples on the given preamble root sequence, below a noise floor threshold assigned to the given preamble root sequence; and compute the noise floor threshold as a product of: average energy of the received signal samples less total signal energy contained in each cyclic prefix window in which a preamble is detected using the given preamble root sequence;and a predetermined normalized relative noise floor threshold based on a target false preamble detection rate. a preamble detector configured to identify a plurality of preambles transmitted via a random access channel of a wireless network said wireless device being characterized by: the preamble detector including a noise floor estimator configured to: estimate, for a given preamble root sequence identified by the preamble detector, a noise floor value as mean energy of received signal samples, excluding detected preamble samples on the given preamble root sequence, below a noise floor threshold assigned to the given preamble root sequence; and compute the noise floor threshold as a product of: average energy of the received signal samples less total signal energy contained in each cyclic prefix window in which a preamble is detected using the given preamble root sequence;and a predetermined normalized relative noise floor threshold based on a target false preamble detection rate. estimate, for a given preamble root sequence identified by the preamble detector, a noise floor value as mean energy of received signal samples, excluding detected preamble samples on the given preamble root sequence, below a noise floor threshold assigned to the given preamble root sequence; and compute the noise floor threshold as a product of: average energy of the received signal samples less total signal energy contained in each cyclic prefix window in which a preamble is detected using the given preamble root sequence;and a predetermined normalized relative noise floor threshold based on a target false preamble detection rate. average energy of the received signal samples less total signal energy contained in each cyclic prefix window in which a preamble is detected using the given preamble root sequence;and a predetermined normalized relative noise floor threshold based on a target false preamble detection rate.
A needle bed crankshaft-connecting rod mechanism for a warp knitting machine with a single needle bed, which is a connecting rod mechanism composed of a connecting rod frame, a crankshaft, a plurality of connecting rods a-d (3, 4, 7, 8) and pin shafts a, b (6, 10), wherein one end of connecting rod a is connected with the crankshaft, and the other end thereof is connected with pin shaft a and can rotate around said pin shaft a, characterized in that the pin shaft a is further connected with connecting rod b, the connecting rod b is divided into two parts, left and right, which are arranged symmetrically and in parallel on two sides of the pin shaft a and can rotate around the pin shaft a, wherein the other end of the connecting rod b is connected with pin shaft b, and can rotate around the pin shaft b, wherein the two ends of the pin shaft a and the two ends of the pin shaft b are provided with both ends of connecting rod c and both ends of connecting rod d, respectively, that can all rotate around the pin shafts (6, 10).
An electrophotographic toner comprising capsule toner particles each including: an anionic toner core having a zeta potential at pH 4 and measured according to the description of no greater than -5 mV; and a cationic shell layer disposed over a surface of the toner core, wherein each of the capsule toner particles has, at a surface thereof, a sodium concentration of no less than 200 ppm and no greater than 1,000 ppm as measured by an inductively coupled plasma spectrometer, wherein a material of the shell layer contains a melamine-formaldehyde initial condensate and an additional shell layer material, and the additional shell layer material is a block copolymer of sodium styrene sulfonate and a vinyl monomer having an alcohol -OH group that is reactive with a methylol group of the melamine-formaldehyde initial condensate. an anionic toner core having a zeta potential at pH 4 and measured according to the description of no greater than -5 mV; and a cationic shell layer disposed over a surface of the toner core, wherein
A skin-adhesive composition for bonding a substrate to the skin, the adhesive composition comprising an acrylate-based adhesive and an adhesion modifier, wherein the adhesion modifier is a crosslinked acrylate polymer selected from the group consisting of allyl methacrylates crosspolymer, allyl methacrylate/glycol dimethacrylate crosspolymer, lauryl methacrylate/glycol dimethacrylate crosspolymer, and derivatives thereof.
A terminal box for electrically connecting an output lead wire that is connected to an electrode of a solar cell and that is drawn through a back face protection material of the solar cell, the terminal box comprising: a box case having a case main body for being placed on and fixed to the back face protection material, a terminal panel fixing portion, and a terminal panel that is disposed and fixed on the terminal panel fixing portion above the case main body and that is connectable by soldering with the output lead wire, wherein an opening for passing the output lead wire through the terminal panel is formed through a top face of the terminal panel, the opening being continuously from a bottom face of the box case to a top face of the terminal panel. a box case having a case main body for being placed on and fixed to the back face protection material, a terminal panel fixing portion, and a terminal panel that is disposed and fixed on the terminal panel fixing portion above the case main body and that is connectable by soldering with the output lead wire, wherein an opening for passing the output lead wire through the terminal panel is formed through a top face of the terminal panel, the opening being continuously from a bottom face of the box case to a top face of the terminal panel.
An ejector system for combining a high pressure fluid flow stream with a low pressure fluid flow stream comprising; a nozzle chamber in communication with a high pressure fluid flow stream having an inlet and an outlet; a suction chamber in communication with a low pressure fluid flow stream having an inlet, an outlet and configured to receive the outlet of the nozzle chamber therein; characterised in the outlet of the nozzle chamber defining multiple nozzles wherein the high pressure flow stream exits the nozzle chamber to define multiple flow streams having multiple surface areas for interlayer drag between the multiple high pressure flow streams and the low pressure flow stream in the suction chamber, wherein the low pressure fluid flow stream is entrained by the high pressure fluid flow streams, and wherein the outlet of the nozzle chamber includes a non-symmetrical nozzle configuration.
A urinary catheter, comprising: a catheter shaft having a proximal insertion end portion including a drainage opening for draining urine from the bladder and a distal end portion having a drainage member associated therewith, the catheter shaft being made of polyvinyl alcohol, the shaft including a first section having a first stiffness and a second section having a second stiffness, wherein at least one of said sections is impregnated with a plasticizing agent comprising propylene glycol.
A system comprising: an imaging device including a light source and a light sensor forming a camera; a visor adjacent to the light sensor of the imaging device, wherein the amount of light transmitted via waveguiding through the visor from the light source of the imaging device to the light sensor of the imaging device is reduced by the visor including: optical disrupting features formed in or on a surface of the visor; and material, opaque to wavelengths emitted by the light source, used in conjunction with the optical disrupting features, the optical disrupting features and opaque material being positioned for blocking light from the light source from entering the light sensor via waveguiding through the visor. an imaging device including a light source and a light sensor forming a camera; a visor adjacent to the light sensor of the imaging device, wherein the amount of light transmitted via waveguiding through the visor from the light source of the imaging device to the light sensor of the imaging device is reduced by the visor including: optical disrupting features formed in or on a surface of the visor; and material, opaque to wavelengths emitted by the light source, used in conjunction with the optical disrupting features, the optical disrupting features and opaque material being positioned for blocking light from the light source from entering the light sensor via waveguiding through the visor.