mhurhangee/ep-ind-claims huggingface dataset:
A method in a user equipment, the method comprising: receiving information from a base station, where the information includes a plurality of subcarrier spacings and a plurality of random access configurations for a cell, where each of the plurality of random access configurations is associated with at least one subcarrier spacing of the plurality of subcarrier spacings, and where the at least one subcarrier spacing is used for communication; selecting a first random access configuration from the plurality of random access configurations; and transmitting a random access preamble according to the first random access configuration; receiving a random access response message associated with the first random access preamble; characterized in that, selecting a second random access configuration from the plurality of random access configurations based on the received random access response message, where the second random access configuration is different from the first random access configuration; and transmitting a second random access preamble in response to the received random access response message according to the second random access configuration. receiving information from a base station, where the information includes a plurality of subcarrier spacings and a plurality of random access configurations for a cell, where each of the plurality of random access configurations is associated with at least one subcarrier spacing of the plurality of subcarrier spacings, and where the at least one subcarrier spacing is used for communication; where the information includes a plurality of subcarrier spacings and a plurality of random access configurations for a cell, where each of the plurality of random access configurations is associated with at least one subcarrier spacing of the plurality of subcarrier spacings, and where the at least one subcarrier spacing is used for communication; selecting a first random access configuration from the plurality of random access configurations; and transmitting a random access preamble according to the first random access configuration; receiving a random access response message associated with the first random access preamble; characterized in that, selecting a second random access configuration from the plurality of random access configurations based on the received random access response message, where the second random access configuration is different from the first random access configuration; and transmitting a second random access preamble in response to the received random access response message according to the second random access configuration.
Separating device for separating a working chamber and a compensation chamber of a hydraulically damping bearing, comprising a first nozzle disc and a second nozzle disc, which are made of a first material and form a damping channel which can connect the working chamber and the compensation chamber to one another, the second nozzle disc having a receiving opening, into which the first nozzle disc is inserted, characterised in that the first nozzle disc has a sealing element made of a second material which abuts the second nozzle disc in order to seal the damping channel, wherein an interference fit exists between the sealing element and an inner circumferential wall of the receiving opening.
Device for hot water generation for buildings having a building external wall, having a solar cell apparatus attached to the building external wall, having a first heat accumulator which has a first heater (3, 5), wherein, in the specific application, the first heater (3, 5) is fed with direct current of a low voltage from the solar cell apparatus, wherein the first heat accumulator comprises a first hot water accumulator or a heat carrier body with a built-in hot water pipe register, wherein the first heater of the first hot water accumulator is formed by at least one first heating rod and wherein the device has a second heat accumulator which is disposed downstream of the first heat accumulator and is designed as a second hot water accumulator, wherein the second hot water accumulator comprises a second heater, and in which the second heater is formed by at least one second heating rod which, in the specific application, is fed with mains current, wherein the first heater of the first hot water accumulator or of the heat accumulator body with a built-in hot water register, consisting of a screed floor or of a room wall, is fed in the specific application exclusively with electrical energy from the solar cell apparatus, which is attached to the building external wall, via supply lines, whereas the second heater of the second hot water accumulator is connected exclusively to the 230 V mains, and wherein the device further has a water supply line, a water circulation line, a cold water line and a hot water line, wherein the second hot water accumulator is connected to the first hot water accumulator or the hot water register of the heat accumulator body via the water supply line and the water circulation line, wherein the latter has the cold water line and the hot water line connected thereto, wherein between the connection points of the cold water line and the hot water line a non-return valve is installed into the water circulation line and closes when hot water is removed from the hot water line and thus when cold water is supplied via the cold water line.
A prolonged release multiple unit dosage form, wherein the multiple units are pellets, of cysteamine, cystamine or pharmaceutically acceptable salts thereof consisting of a core essentially made up of cysteamine, cystamine or pharmaceutically acceptable salts thereof and an excipient selected among microcrystalline cellulose, starch, hypromellose or crospovidone on which is applied a non gastro-resistant coating.
A virtual connect equipment providing an abstraction layer to flexibly connect network ports (110,112) of one or more electronic devices to one or more external network ports (122,124) of one or more external networks, said virtual connect equipment comprising: at least one virtual connect module arranged to configurably connect network ports (110, 112) of the one or more electronic devices to network ports (122, 124) that are connected to respective networks; and a virtual connect manager arranged, in a configuration stage, to receive configuration information for a mode-based profile that is defined for a particular electronic device and to create or update, and store, at least one profile for the particular one of the one or more electronic devices, wherein the at least one profile specifies that the particular electronic device is to be connected to different subsets of the external networks for corresponding different modes of operation of the particular electronic device; and wherein, in an operational stage the at least one virtual connect module is arranged to detect the mode of operation of a particular one of the one or more electronic devices and based on the detected mode of operation, retrieve the corresponding mode based profile from storage and establish connection to the one or more external networks according to the retrieved mode-based profile. at least one virtual connect module arranged to configurably connect network ports (110, 112) of the one or more electronic devices to network ports (122, 124) that are connected to respective networks; and a virtual connect manager arranged, in a configuration stage, to receive configuration information for a mode-based profile that is defined for a particular electronic device and to create or update, and store, at least one profile for the particular one of the one or more electronic devices, wherein the at least one profile specifies that the particular electronic device is to be connected to different subsets of the external networks for corresponding different modes of operation of the particular electronic device; and wherein, in an operational stage the at least one virtual connect module is arranged to detect the mode of operation of a particular one of the one or more electronic devices and based on the detected mode of operation, retrieve the corresponding mode based profile from storage and establish connection to the one or more external networks according to the retrieved mode-based profile.
Reinforcement element with a two-dimensional base element (101, 102) and intermediate elements for providing a three-dimensional structure, wherein the two-dimensional base element (101, 102) comprises longitudinal struts and crossbars which are arranged one upon the other, wherein the intermediate elements comprise additional strut elements in the form of bent up struts which are connected to the two-dimensional base element (101, 102), and wherein one or several strut elements are connected to the ends of the bent up struts, and the additional strut elements are fixed to the lower one of the longitudinal struts and crossbars of the two-dimensional base element (101, 102), wherein the longitudinal struts and the additional strut elements are attached to the crossbars, wherein two additional strut elements are arranged between two adjacent longitudinal struts, characterized in that the longitudinal struts are each arranged in groups of four adjacent longitudinal struts, and that the two additional strut elements are arranged between the central longitudinal struts.
A desalination method for removing silica from an aqueous stream, comprising: passing a first feed stream through a first channel defined between at least one pair of anion exchange membranes (23,24) disposed between first and second electrodes (19,20) of a silica removal apparatus to produce a first output stream for silica removal; passing a second feed stream through a second channel defined between the anion exchange membrane (23,24) of the at least one pair of anion exchange membranes and an adjacent cation exchange membrane (21,22) disposed between the at least one pair of anion exchange membranes and the first electrode to carry away silica removed from the first feed stream and to produce a second output stream; and passing a third feed stream through a third channel defined between the anion exchange membrane (23,24) of the at least one pair of anion exchange membranes and an adjacent cation exchange membrane (21,22) disposed between the at least one pair of anion exchange membranes and the second electrode to facilitate silica removal from the first channel to the adjacent second channel and to produce a third output stream. passing a first feed stream through a first channel defined between at least one pair of anion exchange membranes (23,24) disposed between first and second electrodes (19,20) of a silica removal apparatus to produce a first output stream for silica removal; passing a second feed stream through a second channel defined between the anion exchange membrane (23,24) of the at least one pair of anion exchange membranes and an adjacent cation exchange membrane (21,22) disposed between the at least one pair of anion exchange membranes and the first electrode to carry away silica removed from the first feed stream and to produce a second output stream; and passing a third feed stream through a third channel defined between the anion exchange membrane (23,24) of the at least one pair of anion exchange membranes and an adjacent cation exchange membrane (21,22) disposed between the at least one pair of anion exchange membranes and the second electrode to facilitate silica removal from the first channel to the adjacent second channel and to produce a third output stream.
A method for manufacturing a titanium alloy for use in a high temperature and high stress environment, comprising: providing a titanium alloy comprising, in weight %, 0.2 to 0.5 iron, 0.02 to 0.12 oxygen, 0.15 to 0.6 silicon, and balance titanium and incidental impurities; performing a first heat treatment of said titanium alloy at a first temperature that is above a temperature where a precipitate phase begins to dissolve and below a temperature where the titanium alloy has a structure that is greater than 50% of a beta phase; cold rolling said titanium alloy to a desired thickness; performing a second heat treatment of said titanium alloy at a second temperature that allows precipitation of second phase particles in the titanium alloy; and performing a third heat treatment of said titanium alloy at a third temperature to recrystallize said titanium alloy without dissolving precipitate particles. providing a titanium alloy comprising, in weight %, 0.2 to 0.5 iron, 0.02 to 0.12 oxygen, 0.15 to 0.6 silicon, and balance titanium and incidental impurities; performing a first heat treatment of said titanium alloy at a first temperature that is above a temperature where a precipitate phase begins to dissolve and below a temperature where the titanium alloy has a structure that is greater than 50% of a beta phase; cold rolling said titanium alloy to a desired thickness; performing a second heat treatment of said titanium alloy at a second temperature that allows precipitation of second phase particles in the titanium alloy; and performing a third heat treatment of said titanium alloy at a third temperature to recrystallize said titanium alloy without dissolving precipitate particles.
A lamp comprising: a light emitting element which emits blue light; and a phosphor composition disposed in relation to the light emitting element such that the phosphor composition receives and absorbs the blue light having a first spectrum from the light emitting element and emits light having a second spectrum, the phosphor composition characterised by comprising at least one of Ba 2 MgSi 2 O 7:Eu 2+; and (Sr v,Ca w,Ba x)(Al y,Ga z) 2 S 4:Eu 2+; where v+w+x=1; y+z=1; and none of v, w, x, y, and z are zero.
A hand-guided apparatus for setting a setting element in a component, comprising a handle for holding the apparatus; a carriage which is movable relative to the handle and which carries a rotationally supported drive shaft at whose one end a mount for the setting element is formed; a support part; a force accumulator which is connected between the handle and the carriage and which serves for storing a defined feed force with which the force accumulator can be loaded by a relative movement between the handle and the carriage; and a force limiter for limiting the feed force stored in the force accumulator, wherein the force accumulator is configured to exert the stored feed force onto the setting element via the carriage, characterized in that the force limiter is formed by two corresponding force limitation abutments (66, 68), with the first force limitation abutment being provided at the support part and with the second force limitation abutment being provided at the handle. a handle for holding the apparatus; a carriage which is movable relative to the handle and which carries a rotationally supported drive shaft at whose one end a mount for the setting element is formed; a support part; a force accumulator which is connected between the handle and the carriage and which serves for storing a defined feed force with which the force accumulator can be loaded by a relative movement between the handle and the carriage; and a force limiter for limiting the feed force stored in the force accumulator, wherein the force accumulator is configured to exert the stored feed force onto the setting element via the carriage, characterized in that the force limiter is formed by two corresponding force limitation abutments (66, 68), with the first force limitation abutment being provided at the support part and with the second force limitation abutment being provided at the handle.
A pneumatic tire comprising a tread portion, a pair of sidewall portions, a pair of bead portions, and a carcass which extends between the bead portions through the tread portion and the sidewall portions, defining a maximum carcass section width position (m) at which the maximum section width of the carcass occurs, wherein the sidewall portions are each provided in the outer surface thereof with a serrated zone formed by a plurality of serration grooves all of which extend at an angle (θ1a) of not more than 45 degrees with respect to the tire radial direction, characterized in that the serration grooves each have a variable depth so that its deepest point occurs between the radially outermost end and radially innermost end of the serration groove, and the deepest point is positioned in a range between 0.2 time and 0.4 times a radial distance (Ha) from the maximum carcass section width position (m) to the radially outermost end of the tire.
A component (50; 150) for a gas turbine engine, comprising: a platform (52; 152) that axially extends between a leading edge (54; 154) and a trailing edge (56; 156), circumferentially extends between a first mate face (58; 158) and a second mate face (60, 160), and includes at least one gas path surface (61; 161) and at least one non-gas path surface (63; 163); said component (50; 150) defining at least one cavity (66; 166); a first plurality of cooling holes (62; 162) extending from said at least one cavity (66; 166) to at least one of said first mate face (58; 158) and said second mate face (60; 160); and a second plurality of cooling holes (64; 164) extending from either said at least one cavity (66; 166) or said at least one non-gas path surface (63; 163) to said at least one gas path surface (61; 161); characterized in that: said at least one cavity (66; 166) extends at least partially inside an airfoil of the component (50; 150). a platform (52; 152) that axially extends between a leading edge (54; 154) and a trailing edge (56; 156), circumferentially extends between a first mate face (58; 158) and a second mate face (60, 160), and includes at least one gas path surface (61; 161) and at least one non-gas path surface (63; 163); said component (50; 150) defining at least one cavity (66; 166); a first plurality of cooling holes (62; 162) extending from said at least one cavity (66; 166) to at least one of said first mate face (58; 158) and said second mate face (60; 160); and a second plurality of cooling holes (64; 164) extending from either said at least one cavity (66; 166) or said at least one non-gas path surface (63; 163) to said at least one gas path surface (61; 161); characterized in that: said at least one cavity (66; 166) extends at least partially inside an airfoil of the component (50; 150).
Method for producing a carrier structure of a machine tool, in particular a guiding device for a movement unit of a machine tool, comprising a carrying base structure that extends in the longitudinal direction of the carrying structure, in particular the guiding device, and further comprising a profile carrier that is connected to the carrying base structure, also extends in the longitudinal direction of the carrying structure, in particular the guiding device, and stiffens the carrying base structure, wherein the profile carrier comprises a base profile of metal being in the form of a hollow profile having a profile wall with a closed wall cross section, characterised in that the profile carrier is produced, • wherein the base profile of the profile carrier and a reinforcement member of fibre-reinforced plastics material are connected to each other on the profile wall by, when the wall cross section of the profile wall of the base profile is not yet closed, the reinforcement member is inserted into the base profile and at least one wall-side positive-locking element provided on a wall portion (43/1) of the profile wall of the base profile and extending in a transverse direction of the profile wall and the reinforcement member are brought into mutual engagement in the transverse direction of the profile wall with a positive-locking connection between the reinforcement member and the base profile being produced, which positive-locking connection is effective parallel with the profile wall and • wherein, subsequently, for producing the profile wall at least one further wall portion (43/2) of the profile wall is connected to the wall portion (43/1) provided with the reinforcement member by laser welding and the cross section of the profile wall of the base profile is thereby closed and the profile carrier, following the production thereof, is connected to the carrying base structure by laser welding. • wherein the base profile of the profile carrier and a reinforcement member of fibre-reinforced plastics material are connected to each other on the profile wall by, when the wall cross section of the profile wall of the base profile is not yet closed, the reinforcement member is inserted into the base profile and at least one wall-side positive-locking element provided on a wall portion (43/1) of the profile wall of the base profile and extending in a transverse direction of the profile wall and the reinforcement member are brought into mutual engagement in the transverse direction of the profile wall with a positive-locking connection between the reinforcement member and the base profile being produced, which positive-locking connection is effective parallel with the profile wall and • wherein, subsequently, for producing the profile wall at least one further wall portion (43/2) of the profile wall is connected to the wall portion (43/1) provided with the reinforcement member by laser welding and the cross section of the profile wall of the base profile is thereby closed and
An end effector comprising a head, the head comprising an articulating mechanism, the articulating mechanism being operable to move a first jaw between an open position in which the first jaw and a second jaw are separated and substantially non-parallel and a closed position in which the first jaw and the second jaw are substantially adjacent and substantially parallel; wherein each of the first jaw and the second jaw comprises a first substantially straight portion proximate the head, a second substantially straight portion, a third substantially straight portion distant from the head, a first curved portion between the first substantially straight portion and the second substantially straight portion, and a second curved portion between the second substantially straight portion and the third substantially straight portion; wherein each of the first jaw and the second jaw terminates at a respective tip proximate the third substantially straight portion; and wherein, in the open position, the tip of the first jaw and the tip of the second jaw are spaced apart and at least partially define an open mouth, characterized in that the second jaw is fixed with respect to the head the head comprising an articulating mechanism, the articulating mechanism being operable to move a first jaw between an open position in which the first jaw and a second jaw are separated and substantially non-parallel and a closed position in which the first jaw and the second jaw are substantially adjacent and substantially parallel; wherein each of the first jaw and the second jaw comprises a first substantially straight portion proximate the head, a second substantially straight portion, a third substantially straight portion distant from the head, a first curved portion between the first substantially straight portion and the second substantially straight portion, and a second curved portion between the second substantially straight portion and the third substantially straight portion; wherein each of the first jaw and the second jaw terminates at a respective tip proximate the third substantially straight portion; and wherein, in the open position, the tip of the first jaw and the tip of the second jaw are spaced apart and at least partially define an open mouth, characterized in that the second jaw is fixed with respect to the head