mhurhangee/ep-ind-claims huggingface dataset:
A method for writing a datum (Data1; Data2; Data4) in memory, in which: - a binary word (Code1; Code2; Code4), representative of said datum (Data1; Data2; Data4) and an error correcting or detecting code (EDC1; EDC2; EDC4), is formed then split into at least a first part and a second part (Code1A, Code1B; Code2A, Code2B; Code4A, Code4B); and - said first part (Code1A; Code2A; Code4A) is written at a logical address (AddL1; AddL2; AddL4) in a first memory circuit (105; 206; 409); and - said second part (Code1B; Code2B; Code4B) is written at said logical address in a second memory circuit (106; 207; 410) configured to store as many binary words as said first memory circuit (105; 206; 409), said error correcting or detecting code (EDC1; EDC2; EDC4) being dependent on said datum (Data1; Data2; Data4) and said address (AddL1; AddL2; AddL4). - a binary word (Code1; Code2; Code4), representative of said datum (Data1; Data2; Data4) and an error correcting or detecting code (EDC1; EDC2; EDC4), is formed then split into at least a first part and a second part (Code1A, Code1B; Code2A, Code2B; Code4A, Code4B); and - said first part (Code1A; Code2A; Code4A) is written at a logical address (AddL1; AddL2; AddL4) in a first memory circuit (105; 206; 409); and - said second part (Code1B; Code2B; Code4B) is written at said logical address in a second memory circuit (106; 207; 410) configured to store as many binary words as said first memory circuit (105; 206; 409),
A single-shaft semi-automatic hinge for a portable electronic device in which a main body portion and a liquid crystal portion can be folded, wherein a first cam and a second cam fitted on the single shaft of the hinge passing therethrough are abutted on each other with pressure application by an elastic member, thereby generating a rotational friction torque; a region in which the liquid crystal portion can rotate from a fully closed state in which the main body portion and the liquid crystal portion are folded to a fully open state is set narrower than a region in which the hinge can rotate; a protruding body is formed on an abutment surface of the first cam; in a central angle range of 0° to 180° of an abutment surface of the second cam, a notched portion is formed at 0° and then a convex top portion, and a slanted descending surface, and a deep valley portion are formed successively in the rotation direction in the order of description from the rotation start site, characterized in that the convex top portion is provided at a central angle of less than 50°; and a rotational angle restricting mechanism is provided so as to generate a rotational angle restricting function between the notched portion and the convex top portion and thereby moving of the protruding body of the first cam in the direction toward the notched portion is restricted between the notched portion and the convex top portion, wherein the rotational angle restricting mechanism is constituted by a first rotational angle restricting protrusion which is formed at the flange of the single shaft and a second rotational angle restricting protrusion which is formed on the surface opposite the abutment surface of the first cam, which function in combination so as to prevent the protruding body of the first cam from sliding down into the notched portion of the second cam when the main body portion and the liquid crystal portion are folded.
A method for wireless communication by a base station, comprising: assigning, to respective UEs of different groups of one or more user equipments, UEs, respective unique cyclic shifts and/or root sequences to enable identification of the respective UEs by the base station; assigning different groups of resources, within an uplink subframe, to the different groups of the one or more UEs, which comprises: assigning, to each group of the different groups of the one or more UEs, at least one group of resources corresponding to a transmission time interval, TTI, with a duration that is less than a LTE subframe; and wherein each UE selects resources from its assigned group for contention-based access within the uplink subframe; and decoding uplink transmissions received from the UEs in the uplink subframe based, at least in part, on the assigned groups of resources, wherein the decoding comprises: detecting a demodulation reference signal, DMRS, from at least one uplink transmission that is not successfully decoded; identifying a UE that sent the uplink transmission based on the detected DMRS and the cyclic shift and/or root sequence associated with the UE; and transmitting an uplink assignment to the identified UE. assigning, to respective UEs of different groups of one or more user equipments, UEs, respective unique cyclic shifts and/or root sequences to enable identification of the respective UEs by the base station; assigning different groups of resources, within an uplink subframe, to the different groups of the one or more UEs, which comprises: assigning, to each group of the different groups of the one or more UEs, at least one group of resources corresponding to a transmission time interval, TTI, with a duration that is less than a LTE subframe; and wherein each UE selects resources from its assigned group for contention-based access within the uplink subframe; and decoding uplink transmissions received from the UEs in the uplink subframe based, at least in part, on the assigned groups of resources, wherein the decoding comprises: detecting a demodulation reference signal, DMRS, from at least one uplink transmission that is not successfully decoded; identifying a UE that sent the uplink transmission based on the detected DMRS and the cyclic shift and/or root sequence associated with the UE; and transmitting an uplink assignment to the identified UE. detecting a demodulation reference signal, DMRS, from at least one uplink transmission that is not successfully decoded; identifying a UE that sent the uplink transmission based on the detected DMRS and the cyclic shift and/or root sequence associated with the UE; and transmitting an uplink assignment to the identified UE.
A sock comprising a sole of dual face terry fabric including an inner face arranged for placement in contact with the skin of a wearer and an outer face, wherein the inner face comprises terry hydrophobic yarn forming the terry piles and the outer face comprises knit stitch hydrophilic main yarn, characterized in that the terry piles on the inner face are formed by float stitch terry hydrophobic yarn.
A fibrous carbon having an average effective fiber length of 1 to 100 μm, an average fiber diameter of 100 nm to 1 μm, and a crystallite length (La) of 110 to 500 nm as measured by an X-ray diffraction method, wherein the effective fiber length of fibrous carbon is defined as the length of the longest line segment, the both ends of which are in contact with a single fibrous carbon.
A system for light therapy of a tissue surface, comprising: an articulating guide having a channel having a length, the guide configured to conform to the surface such that the channel is substantially a same distance from the surface over the length of the channel; a treatment fiber having a working end for emitting light, the treatment fiber configured to be at least partially disposed in the channel, and wherein the treatment fiber is movable within the channel; and a light source in light-transmitting communication with the working end of the treatment fiber. an articulating guide having a channel having a length, the guide configured to conform to the surface such that the channel is substantially a same distance from the surface over the length of the channel; a treatment fiber having a working end for emitting light, the treatment fiber configured to be at least partially disposed in the channel, and wherein the treatment fiber is movable within the channel; and a light source in light-transmitting communication with the working end of the treatment fiber.
A method comprising: placing a set of electrodes on a body surface of a patient's body; digitizing locations for the electrodes across the body surface based on one or more image frames using range imaging and/or monoscopic imaging; estimating locations for hidden ones of the electrodes on the body surface not visible during the range imaging and/or monoscopic imaging; registering the locations for the electrodes on the body surface with predetermined geometry information that includes the body surface and an anatomical envelope within the patient's body; and storing geometry data in non-transitory memory based on the registration to define spatial relationships between the electrodes and the anatomical envelope. placing a set of electrodes on a body surface of a patient's body; digitizing locations for the electrodes across the body surface based on one or more image frames using range imaging and/or monoscopic imaging; estimating locations for hidden ones of the electrodes on the body surface not visible during the range imaging and/or monoscopic imaging; registering the locations for the electrodes on the body surface with predetermined geometry information that includes the body surface and an anatomical envelope within the patient's body; and storing geometry data in non-transitory memory based on the registration to define spatial relationships between the electrodes and the anatomical envelope.
Anti-injury sports goal with standardized rebound, comprising: two posts and a crossbar, each manufactured with a rigid core of aluminium, steel, iron or any other firm material, each rigid core surrounded by a covering, covered by an outer layer coated with polyurethane paint, characterised in that the covering is a spongy cellular ethylene propylene diene monomer (EPDM) and the outer layer is made of polyethylene. two posts and a crossbar, each manufactured with a rigid core of aluminium, steel, iron or any other firm material, each rigid core surrounded by a covering, covered by an outer layer coated with polyurethane paint, characterised in that the covering is a spongy cellular ethylene propylene diene monomer (EPDM) and the outer layer is made of polyethylene.
Wind turbine with a tower, a nacelle fixed to the tower and a rotor rotatably mounted on the nacelle via a rotor bearing, the rotor bearing comprising an inner ring, an outer ring, wherein the outer ring is connected to the rotor and the inner ring is connected to the nacelle, wherein the inner ring and the outer ring together delimit an inner bearing space, and sealing arrangements for sealing the inner bearing space on a nacelle side (1.1) and a rotor side (1.2) of the rotor bearing, wherein the sealing arrangements each comprise at least two seals, between which a drainage chamber for collecting leakage oil is formed, characterized in that the drainage chambers on both sides of the rotor bearing are connected to each other via a plurality of channels traversing the outer ring, which are distributed over the circumference of the outer ring and in that an axis of the rotor bearing is arranged at an angle in the range of 2° to 10° to the horizontal line for promoting a flow of leakage oil through the channels to the nacelle side (1.1) of the rotor bearing. an inner ring, an outer ring, wherein the outer ring is connected to the rotor and the inner ring is connected to the nacelle, wherein the inner ring and the outer ring together delimit an inner bearing space, and sealing arrangements for sealing the inner bearing space on a nacelle side (1.1) and a rotor side (1.2) of the rotor bearing, wherein the sealing arrangements each comprise at least two seals, between which a drainage chamber for collecting leakage oil is formed, characterized in that the drainage chambers on both sides of the rotor bearing are connected to each other via a plurality of channels traversing the outer ring, which are distributed over the circumference of the outer ring and in that an axis of the rotor bearing is arranged at an angle in the range of 2° to 10° to the horizontal line for promoting a flow of leakage oil through the channels to the nacelle side (1.1) of the rotor bearing.
A charging system for an energy storage in a vehicle comprising: a plurality of parallelly arranged charging switch units (104a-d), each charging switch unit having an input terminal (106a-d) configured to be connected to a common charging port, and an output terminal (110a-d) configured to be connected to the energy storage, wherein each charging switch unit comprises a contactor configured to control a flow of current from the charging port to the energy storage and characterised by: for each charging switch unit, a measurement device configured to determine a parameter indicative of a resistance in a current path through the charging switch unit, and a variable resistor configured to control the resistance in the current path; and a charging control unit connected to each of the charging switch units and configured to, if an estimated difference in resistance between any two of the plurality of current paths through a charging switch unit is higher than a predetermined difference threshold value, control the variable resistor of a charging switch unit in the current path having the lowest resistance to increase the resistance of that current path. for each charging switch unit, a measurement device configured to determine a parameter indicative of a resistance in a current path through the charging switch unit, and a variable resistor configured to control the resistance in the current path; and a charging control unit connected to each of the charging switch units and configured to, if an estimated difference in resistance between any two of the plurality of current paths through a charging switch unit is higher than a predetermined difference threshold value, control the variable resistor of a charging switch unit in the current path having the lowest resistance to increase the resistance of that current path.
Laminate from birch bark, comprising a piece of birch bark having a plurality of layers, characterized in that in at least one area of the birch bark, layers are fixed to each other by adhesive bond generated by heat introduction.
A process for obtaining complex lipids containing highly unsaturated fatty acids from plant material, bacteria, shellfish, or marine invertebrates, including the steps: (i) contacting the plant material, bacteria, shellfish, or marine invertebrates with liquid dimethyl ether to give a dimethyl ether solution containing complex lipids containing highly unsaturated fatty acids, neutral lipids, and a residue of plant, bacteria, shellfish, or marine invertebrate material; (ii) separating the solution from the residue of plant, bacteria, shellfish, or marine invertebrate material; and (iii) recovering the complex lipids from the solution where the complex lipids form a gum phase with dissolved dimethyl ether and the gum phase containing complex lipids is separated from the solution containing neutral lipids by phase separation or centrifugation; wherein each highly unsaturated fatty acid is a fatty acid having 3 or more sites of unsaturation and 18 or more carbon atoms in the fatty acid chain; and wherein each complex lipid is a lipid consisting of at least three building blocks including fatty acids; a polar phosphorous and/or amino alcohol and/or carbohydrate group; and glycerol. (i) contacting the plant material, bacteria, shellfish, or marine invertebrates with liquid dimethyl ether to give a dimethyl ether solution containing complex lipids containing highly unsaturated fatty acids, neutral lipids, and a residue of plant, bacteria, shellfish, or marine invertebrate material; (ii) separating the solution from the residue of plant, bacteria, shellfish, or marine invertebrate material; and (iii) recovering the complex lipids from the solution where the complex lipids form a gum phase with dissolved dimethyl ether and the gum phase containing complex lipids is separated from the solution containing neutral lipids by phase separation or centrifugation;
A thermoplastic resin composition comprising 100 parts by weight of a thermoplastic resin (a) and 0.5 to 30 parts by weight of a core-shell polymer composition (b), wherein the core-shell polymer composition (b) is obtained by polymerizing a shell-constituting component in the presence of a core obtained by polymerizing a core-constituting component, the core-constituting component contains 70% to 99.95% by weight of an alkyl acrylate having an alkyl group of 2 to 18 carbon atoms, 0.05% to 10% by weight of a polyfunctional monomer, and 0% to 20% by weight of a monomer copolymerizable with the alkyl acrylate and/or the polyfunctional monomer, the total amount of which is 100% by weight, 100% by weight of the polyfunctional monomer consists of 51% to 100% by weight of a compound having a plurality of same radically polymerizable functional groups in the molecule thereof and 0% to 49% by weight of a compound having a plurality of different radically polymerizable functional groups in the molecule thereof, and a main chain of the compound having a plurality of same radically polymerizable functional groups in the molecule thereof has a repeating structure composed mainly of alkylene glycol units and the number of repeating units of the repeating structure is 3 or higher in average.
A method of determining network quality for a communications device capable of communicating over a communications network, the method comprising: determining location information associated with a location of the device; querying a database using the determined location information, the database storing a plurality of entries each comprising location information, device information and corresponding network quality information, wherein the plurality of entries comprises information which has been recorded by a plurality of communications devices in the network, the information being recorded during a communication in the network, the information being submitted to the database by the plurality of communications devices; obtaining, from the database in response to the query, network quality information from at least one entry of said entries which comprises location information and device information corresponding to the determined location information and device information; and adapting the call control implemented at the device in dependence upon the obtained network quality. determining location information associated with a location of the device; querying a database using the determined location information, the database storing a plurality of entries each comprising location information, device information and corresponding network quality information, wherein the plurality of entries comprises information which has been recorded by a plurality of communications devices in the network, the information being recorded during a communication in the network, the information being submitted to the database by the plurality of communications devices; obtaining, from the database in response to the query, network quality information from at least one entry of said entries which comprises location information and device information corresponding to the determined location information and device information; and adapting the call control implemented at the device in dependence upon the obtained network quality.
Ophthalmic lens comprising a substrate having a given refractive index and a coating that minimizes ultraviolet reflections having a given refractive index and being present on the rear face of said substrate, the coating that minimizes ultraviolet reflections being formed by a lacquer and being the outermost coating of the ophthalmic lens apart from a top coat optionally present, in which ophthalmic lens the coating that minimizes ultraviolet reflections has a thickness between around 1 μm and around 200 μm and wherein the refractive index of the coating that minimizes ultraviolet reflections is less than or equal to 1.45 and is at least 0.15 units lower than the refractive index of the substrate, the refractive indices of the substrate and of the coating are nD25 indices, measured at 25°C with the spectral line D of a sodium lamp.
A method for authenticating a user of a computer unit to a server, wherein the method comprises the following steps of: requesting a password-protected access to the server by the computer unit; outputting a code which contains an address of the server by the computer unit; detecting the code and extracting the address, URL, of the server from the code by a mobile terminal; determining a password stored in a security element of the mobile terminal in connection with the address, URL, of the server; transmitting the password to an authentication server; authenticating the user of the computer unit to the server by means of the password; characterized by retrieving the password from the authentication server by the computer unit, wherein the code output by the computer unit further contains a public key, K pub, of the computer unit, which is extracted from the code by the mobile terminal together with the address, URL, of the server, and wherein the password is encrypted with the public key, K pub, before its transmission to the authentication server, wherein the step of retrieving the password from the authentication server by the computer unit comprises decrypting the password encrypted with the public key, K pub, by means of a corresponding private key, K prv, by the computer unit. requesting a password-protected access to the server by the computer unit; outputting a code which contains an address of the server by the computer unit; detecting the code and extracting the address, URL, of the server from the code by a mobile terminal; determining a password stored in a security element of the mobile terminal in connection with the address, URL, of the server; transmitting the password to an authentication server; authenticating the user of the computer unit to the server by means of the password;
A method for producing tungsten carbide, comprising the steps of: subjecting a raw material mixture comprising tungsten recycled material containing tungsten to electrolysis using an organic electrolytic solution to dissolve tungsten in the electrolytic solution; and calcining the electrolytic solution containing dissolved tungsten at a temperature of 800 °C or more to obtain tungsten carbide. subjecting a raw material mixture comprising tungsten recycled material containing tungsten to electrolysis using an organic electrolytic solution to dissolve tungsten in the electrolytic solution; and calcining the electrolytic solution containing dissolved tungsten at a temperature of 800 °C or more to obtain tungsten carbide.