mhurhangee/ep-ind-claims huggingface dataset:
A method of operation at a wireless communication device configured for operation in a wireless communication network, the method comprising: determining, based on information received from the network, a sequence offset for a demodulation reference signal, DMRS, sequence; determining, based on the sequence offset, which reference signal sequence elements of the DMRS sequence map to a scheduled bandwidth of the wireless communication device, wherein the scheduled bandwidth is a portion of a larger, system bandwidth associated with the network, and characterized by: transmitting one or more of the sequence elements of the DMRS sequence; wherein the DMRS sequence elements map to the system bandwidth according to a mapping between respective sequence elements constituting the reference signal sequence and respective subcarriers constituting the system bandwidth and, wherein the information received from the network indicates a position of a configured bandwidth within the system bandwidth, and wherein determining the sequence offset comprises determining the sequence offset based on the position of the configured bandwidth and a position of the scheduled banwidth, wherein the scheduled bandwidth is contained within the configured bandwidth. determining, based on information received from the network, a sequence offset for a demodulation reference signal, DMRS, sequence; determining, based on the sequence offset, which reference signal sequence elements of the DMRS sequence map to a scheduled bandwidth of the wireless communication device, wherein the scheduled bandwidth is a portion of a larger, system bandwidth associated with the network, and characterized by: transmitting one or more of the sequence elements of the DMRS sequence; wherein the DMRS sequence elements map to the system bandwidth according to a mapping between respective sequence elements constituting the reference signal sequence and respective subcarriers constituting the system bandwidth and, wherein the information received from the network indicates a position of a configured bandwidth within the system bandwidth, and wherein determining the sequence offset comprises determining the sequence offset based on the position of the configured bandwidth and a position of the scheduled banwidth, wherein the scheduled bandwidth is contained within the configured bandwidth. transmitting one or more of the sequence elements of the DMRS sequence; wherein the DMRS sequence elements map to the system bandwidth according to a mapping between respective sequence elements constituting the reference signal sequence and respective subcarriers constituting the system bandwidth and, wherein the information received from the network indicates a position of a configured bandwidth within the system bandwidth, and wherein determining the sequence offset comprises determining the sequence offset based on the position of the configured bandwidth and a position of the scheduled banwidth, wherein the scheduled bandwidth is contained within the configured bandwidth.
A method of securing a composite core in a tool, the method comprising: positioning a first edge of the composite core against a first tooled member, the first tooled member being a ferrous metal member; locating a first magnet, the first magnet being a strip of magnetic material having a length corresponding to the depth of the composite core, within an outer cell member along an interior of a cell along the first edge of the composite core so that the first edge of the composite core is magnetically drawn to the first tooled member. positioning a first edge of the composite core against a first tooled member, the first tooled member being a ferrous metal member; locating a first magnet, the first magnet being a strip of magnetic material having a length corresponding to the depth of the composite core, within an outer cell member along an interior of a cell along the first edge of the composite core so that the first edge of the composite core is magnetically drawn to the first tooled member.
A cable channel system to be fixed to a boundary surface of a building, for example a floor, comprising at least two cable channels which are to be connected to one another longitudinally and each comprise two side wall spars (5, 5.1) and a base plate connecting the side wall spars (5, 5.1), and a channel connector which can be fixed to the boundary surface and spans the joints of the two cable channels, wherein two cable channels connected by a channel connector are open facing away from the boundary surface, wherein the channel connector has a base plate extending over the width of the cable channels and two side parts (4, 4.1) connected thereto and spaced from one another in the direction of the width of the cable channels, by means of which, together with the base plate, a cable channel receptacle which is open facing away from the boundary surface is provided, into which the cable channels to be connected can be or are inserted, so that the channel connector can be arranged on the outside of the cable channels in such a way that the side parts (4, 4.1) of the channel connector each have at least one locking projection projecting into the cable channel receptacle and having an undercut formed in the direction of the base plate and acting in the opposite direction, and that the cable channels, at least in the end sections of their side wall spars (5, 5.1), each have an outwardly directed projection which, when the cable channel is mounted on the channel connector, engages in the undercuts formed by the locking projections of the two side parts (4, 4.1), characterized in that the channel connector extends beyond the width of the cable channels and has fastening openings (22, 22.1) for fixing the channel connector to the boundary surface by means of a respective fastener on the outer side of its side parts (4, 4.1).
Method for producing a material composite from at least a first material and a second material, the first material having a higher coefficient of thermal expansion than the second material, comprising the following steps: • heating of the first material with volume expansion of the first material to a temperature, which corresponds to the maximum temperature to be used in the method, • removing, in particular milling off, of the first material to the desired component geometry and • connecting the second material to the first material. • heating of the first material with volume expansion of the first material to a temperature, which corresponds to the maximum temperature to be used in the method, • removing, in particular milling off, of the first material to the desired component geometry and • connecting the second material to the first material.
A roller assembly for a harvesting machine comprising two rollers (12, 13) mounted to two respective frames (10, 11) for rotation about their longitudinal axes, said rollers (12, 13) driven by a belt arrangement, the rollers spaced at an axial distance providing a longitudinal spaced therebetween through which harvested material passes, one frame (10, 11) moveable with respect to the other frame for adjustment of the axial distance and wherein a minimum axial distance is set by adjustable spacing means characterised in that the belt arrangement is fitted around a tension pulley, said tension pulley maintaining a tension in the belt arrangement so that the rollers (12, 13) are biased towards the minimal axial distance and permitting movement of one frame (10, 11) to increase the axial distance should a foreign body or high volume harvest pass through the longitudinal space.
A control device for an internal combustion engine which includes a port injection fuel injection valve arranged to inject fuel to an intake port, a cylinder injection fuel injection valve arranged to inject the fuel to a combustion chamber, one of the port injection fuel injection valve and the cylinder injection fuel injection valve that serves as a main fuel injection valve arranged to perform a fuel injection in an entire region of a driving region (A1, A2), the other of the port injection fuel injection valve and the cylinder injection fuel injection valve that serves as an auxiliary fuel injection valve arranged to be auxiliarily operated in a specified engine driving condition, and which is configured to perform a start of an injection of the auxiliary fuel injection valve or a stop of the auxiliary fuel injection valve in accordance with an engine driving condition, the control device being configured to: perform the start of the injection of the auxiliary fuel injection valve or the stop of the auxiliary fuel injection valve in a state where an air-fuel ratio by an injection amount of the fuel by the main fuel injection valve is richer than a stoichiometric air-fuel ratio. perform the start of the injection of the auxiliary fuel injection valve or the stop of the auxiliary fuel injection valve in a state where an air-fuel ratio by an injection amount of the fuel by the main fuel injection valve is richer than a stoichiometric air-fuel ratio.
A compound of formula I wherein R 1a is acylamido and R 2a is selected from the group consisting of: and or wherein R 1a is aminosulfonamide and R 2a is selected from the group consisting of: mono-methyl substituted naphthyl, and unsubstituted naphthyl, anthracenyl and phenanthrenyl groups, wherein R 3 is selected from the group consisting of hydrogen, chloro, fluoro, bromo, methyl, trifluoromethyl, methoxy, cyano, nitro, amino, and carboxamide moieties, and wherein R 4 is selected from the group consisting of methyl, methoxy, chloro, and fluoro moieties; or wherein R 1a is carboxamide and R 2a is: or wherein R 1a is sulfonamide and R 2a is: or a compound selected from: and or a pharmaceutically acceptable salt thereof, for use in the treatment of infection by Staphylococcus.
A ring main unit comprising a fuse cover, a cable cover and an interlock device for preventing the closing of the fuse cover in a state that the cable cover is not closed, the interlock device comprising: an interlock frame provided in part of the ring main unit; a cam on part of which an engaging portion is protruded and formed and on the other part of which a slit is formed, rotatably provided within the interlock frame; an operating plate an end of which is coupled to the slit in a sliding manner; the operating plate moves downward to rotate the cam when the cable cover is closed; and a spring an end of which is fixed to part of the cam to store elastic force due to the movement of the cam, the spring pushing the cam in a position where the engaging portion protrudes upward to an outside of the interlock frame, wherein the engaging portion is configured to prevent the fuse cover to be closed when placed in a state of being protruded upward to an outside of the interlock frame. an interlock frame provided in part of the ring main unit; a cam on part of which an engaging portion is protruded and formed and on the other part of which a slit is formed, rotatably provided within the interlock frame; an operating plate an end of which is coupled to the slit in a sliding manner; the operating plate moves downward to rotate the cam when the cable cover is closed; and a spring an end of which is fixed to part of the cam to store elastic force due to the movement of the cam, the spring pushing the cam in a position where the engaging portion protrudes upward to an outside of the interlock frame, wherein the engaging portion is configured to prevent the fuse cover to be closed when placed in a state of being protruded upward to an outside of the interlock frame.
A method of electrolyzing brine using a two-chamber ion exchange membrane electrolytic cell divided, by means of an ion exchange membrane, into an anode chamber equipped with an anode and a cathode gas chamber equipped with a gas diffusion electrode, wherein a differential pressure which equals to a difference between a liquid pressure in the anode chamber and a gas pressure in the cathode gas chamber (="liquid pressure in the anode chamber"-"gas pressure in the cathode gas chamber") is reduced, by pressurizing an inside of the cathode gas chamber, compared with that at non-pressurizing, thereby decreasing a salt concentration in a caustic soda aqueous electrolytically produced, wherein said differential pressure is made to 2.4 kPa or less by pressurizing the inside of the gas chamber.
A method of fabricating a guide vane, the method being characterized in that it comprises: a) producing a fiber preform by 3D weaving a single piece, the preform comprising a first portion extending along a longitudinal axis and constituting the preform for the airfoil of said vane, and at a longitudinal end of said first portion, a second portion constituting the preform for the platform of said vane, the second portion being produced as a first layer and a second layer facing the first layer and separated from said first layer by unlinking without cutting while producing said preform; b) folding the first and second layers (40, 50) in such a manner that each of them lies in a plane perpendicular to said longitudinal axis, substantially symmetrically to each other relative to said first portion, and in such a manner that a first region (R 1) of the first layer covers a second region (R 2) of the second layer in front of a front edge of said first portion; c) conforming said preform in a mold; and d) densifying said preform with a polymer matrix. a) producing a fiber preform by 3D weaving a single piece, the preform comprising a first portion extending along a longitudinal axis and constituting the preform for the airfoil of said vane, and at a longitudinal end of said first portion, a second portion constituting the preform for the platform of said vane, the second portion being produced as a first layer and a second layer facing the first layer and separated from said first layer by unlinking without cutting while producing said preform; b) folding the first and second layers (40, 50) in such a manner that each of them lies in a plane perpendicular to said longitudinal axis, substantially symmetrically to each other relative to said first portion, and in such a manner that a first region (R 1) of the first layer covers a second region (R 2) of the second layer in front of a front edge of said first portion; c) conforming said preform in a mold; and d) densifying said preform with a polymer matrix.
A glass strand characterized in that its composition comprises the following constituents in the limits defined below, expressed as percentages by weight: SiO 2 58 to 63 Al 2 O 3 10 to 16 CaO 16 to less than 23 MgO 0.5 to less than 3.5 Na 2 O + K 2 O + Li 2 O 0 to 2 TiO 2 greater than 1 but less than 1.5 B 2 O 3 0 to 1.5 Li 2 O 0 to 0.4 ZnO 0 to 0.4 MnO 0 to 1 F 0 to 0.5
Coupled diene elastomer having a silanol functional group, characterized in that it comprises a silanol functional group in the middle of the chain, an overall level of Si functional group L (which is the ratio Ns/Np, in which Ns represents the number of moles of silicon bonded to the coupled polymer, determined by 1H nuclear magnetic resonance NMR and expressed in mmol/kg, and Np represents the number of mmoles of polymer before coupling per kilogram of polymer) ranging from 0.36 to 0.60, a level of silanol functional group (SiOH) in the middle of the chain L1, which is the ratio corresponding to the number of moles of SiOH functional groups to the number of moles of silicon (Si), determined by 2D 1H-29Si nuclear magnetic resonance NMR, ranging from 80 to 100% and a monomodal distribution of the number-average molecular weights of the coupled polymer chains.
A magnet assembly of an electromechanical assembly (400; 500; 600) for an elevator system, the magnet assembly comprising: a magnet; a first block assembly arranged on a first side of the magnet; and a second block assembly arranged on a second side of the magnet opposite the first block assembly, wherein each of the first block assembly and the second block assembly each include a respective friction engagement surface for engagement with a guide rail; characterized in that each of the first block assembly and the second block assembly are formed of layers of sheet metal (708; 800), and wherein a portion of the layers of sheet metal (708; 800) include blade teeth (802, 804) that form the friction engagement surface for engagement with a guide rail. a magnet; a first block assembly arranged on a first side of the magnet; and a second block assembly arranged on a second side of the magnet opposite the first block assembly, wherein each of the first block assembly and the second block assembly each include a respective friction engagement surface for engagement with a guide rail; characterized in that each of the first block assembly and the second block assembly are formed of layers of sheet metal (708; 800), and wherein a portion of the layers of sheet metal (708; 800) include blade teeth (802, 804) that form the friction engagement surface for engagement with a guide rail.
A particle beam processing device comprising a particle beam generator, a vacuum chamber defined by chamber walls (1, 102, 103, 104, 105), wherein one of the chamber walls includes a first opening formed in the chamber wall, a first cover that is adapted to cover the first opening and to be rotated about a first rotation axis passing through the first opening, and that includes a second opening formed in the first cover, and a second cover that is adapted to cover the second opening and to be rotated about a second rotation axis passing through the second opening and to move the particle beam generator, characterized by a linear movement device adapted to linearly move the particle beam generator in a first direction in the space defined by the chamber walls (1, 102, 103, 104, 105).
An abradable seal comprising: an organic matrix composite comprising an additive and an organic component, characterised in that the additive is selected from the group consisting of zinc stearate, calcium stearate, magnesium stearate and lithium fluoride, such that said additive is configured to prevent adhesion of said organic component onto a component that contacts the abradable seal in use.
A user authentication method of a wearable device, the method comprising: detecting a first biosignal, corresponding to a first type biosignal, generated in a user's body in response to a muscle movement of the user to perform a gesture; detecting a second biosignal, corresponding to a second type biosignal, of the user; initiating user authentication based on a result of determining whether the detected first biosignal corresponds to stored information of the user; and authenticating the user by comparing the detected second biosignal to the stored information of the user, wherein the stored information is encoded and comprises a piece of feature point information obtained by performing signal processing on the first type biosignal and the second type biosignal of the user. detecting a first biosignal, corresponding to a first type biosignal, generated in a user's body in response to a muscle movement of the user to perform a gesture; detecting a second biosignal, corresponding to a second type biosignal, of the user; initiating user authentication based on a result of determining whether the detected first biosignal corresponds to stored information of the user; and authenticating the user by comparing the detected second biosignal to the stored information of the user, wherein the stored information is encoded and comprises a piece of feature point information obtained by performing signal processing on the first type biosignal and the second type biosignal of the user.
An X-ray generator, comprising: a vacuum chamber having an X-ray emitting window with which a target is integrated; and an electron source and a group of electrodes (8, 9, 10) provided within the vacuum chamber, wherein each electrode (8, 9, 10) has a predetermined potential difference relative to the electron source or the vacuum chamber so that electrons from said electron source are accelerated and converged by an electrical field created within the vacuum chamber so as to irradiate said target, and thus, X-rays can be generated so as to be taken out to the outside through said X-ray emitting window, wherein a portion of said vacuum chamber including said emitting window is linked to a main body portion of the vacuum chamber through a linking member so as to be movable, and characterized in that an anode having a hole through which electrons transmit and having the same potential as the vacuum chamber is provided between the electrode at the final stage of said group of electrodes (8, 9, 10) and said target within said vacuum chamber in such a state as to be fixed to the main body portion of the vacuum chamber, and wherein the anode has the same potential as the target.
A Web server that can access a cloud service the server comprising: providing means for providing a setting screen for making a setting regarding scanned image data, to a client apparatus; transmission means for transmitting the scanned image data to a cloud service in accordance with a setting regarding the scanned image data that has been received from a user of the client apparatus on the setting screen; and storage means for storing settings regarding the scanned image data that have been received from the user on the setting screen, in association with a type of the scanned image data and information regarding the user, wherein, in a case where a setting screen for making a setting regarding new scanned image data is to be provided, the providing means provides the setting screen for making the setting regarding the new scanned image data, in a state where a setting, among the settings stored by the storage means, that is stored in association with a type of the new scanned image data, and stored in association with information regarding a same user as a user who makes the setting regarding the new scanned image data, is reflected. providing means for providing a setting screen for making a setting regarding scanned image data, to a client apparatus; transmission means for transmitting the scanned image data to a cloud service in accordance with a setting regarding the scanned image data that has been received from a user of the client apparatus on the setting screen; and storage means for storing settings regarding the scanned image data that have been received from the user on the setting screen, in association with a type of the scanned image data and information regarding the user, wherein, in a case where a setting screen for making a setting regarding new scanned image data is to be provided, the providing means provides the setting screen for making the setting regarding the new scanned image data, in a state where a setting, among the settings stored by the storage means, that is stored in association with a type of the new scanned image data, and stored in association with information regarding a same user as a user who makes the setting regarding the new scanned image data, is reflected.
A device for inserting, into the upper portion of a door frame, a roller shutter or the like having a shaft borne by a support (14; 118, 119, 120), the device including two rails and at least two connecting parts (24; 124A, 124B, 124C) able to be attached to the supports while being spaced apart from each other, characterized in that the device includes two slides each able to vertically slide relatively to a rail secured to one side of the door frame while being retained with respect to displacements other than this sliding, and means (44, 50A, 50B) for maintaining the slides in a low position and in an upper position with respect to the rails and in that each connecting part (24; 124A, 124B, 124C) is able to be connected to a slide while being immobilized with respect to it by immobilization means (30C, 40C, 32, 42) comprising snap-on fastening means (32, 42) between the connecting part and the slide.