mhurhangee/ep-ind-claims huggingface dataset:
Vertical mill for grinding material to be ground, having a grinding table and a plurality of grinding rolls or grinding rollers arranged so as to rotate thereon, a ring duct surrounding the grinding table to introduce an ascending transport and / or drying gas flow, an oversize material cone, arranged centrally relative to the grinding table, approximately above the grinding rolls or grinding rollers and tapering downwards, for the recirculation of coarse oversize particles onto the grinding table, and an approximately annular gap distance between the lower outlet region of the oversize material cone and the upper region of the grinding rolls or grinding rollers, in particular to carry out the method according to claim 8, characterised in that a feed unit for a gas flow with flow direction from inside to outwardly is provided in the lower region of the oversize material cone to deflect fine particles fed to the annular gap distance into the ascending transport and / or drying gas flow (15, 24).
A method for transmitting synchronization reference signals for a Device-to-Device, D2D, link at a user equipment, UE, in a wireless communication system, the method comprising: generating a primary synchronization signal, PSS, for the D2D link and a secondary synchronization signal, SSS, for the D2D link; transmitting the PSS for the D2D link, wherein the PSS is repeated in a plurality of symbols in a subframe; transmitting the SSS for the D2D link, wherein the SSS is repeated in a plurality of symbols in the subframe, wherein the PSS for the D2D link is generated by using a root index for the D2D link, wherein the root index for the D2D link is different from a plurality of root indexes for a link between the UE and a base station, BS. generating a primary synchronization signal, PSS, for the D2D link and a secondary synchronization signal, SSS, for the D2D link; transmitting the PSS for the D2D link, wherein the PSS is repeated in a plurality of symbols in a subframe; transmitting the SSS for the D2D link, wherein the SSS is repeated in a plurality of symbols in the subframe, wherein the PSS for the D2D link is generated by using a root index for the D2D link, wherein the root index for the D2D link is different from a plurality of root indexes for a link between the UE and a base station, BS.
A heating apparatus comprising: a signal generator configured to generate an operation frequency; a coil unit; and a power amplifier configured to amplify power of the operation frequency to a predetermined level, and output the operation frequency of the amplified power to the coil unit; the heating apparatus being characterized in that the coil unit includes a driving loop operating in response to receiving the output operation frequency, and a helical coil (206b, 302) generating a current at the output operation frequency; and the heating apparatus comprises at least one processor configured to compare an impedance value of the helical coil with an impedance value of the power amplifier, and adjust a position of the driving loop for impedance matching between the helical coil and the power amplifier based on a result of the comparison, wherein the helical coil (206b, 302) is further configured to generate the current by self-resonating at the output operation frequency based on the adjusted position of the driving loop. a signal generator configured to generate an operation frequency; a coil unit; and a power amplifier configured to amplify power of the operation frequency to a predetermined level, and output the operation frequency of the amplified power to the coil unit; the heating apparatus being characterized in that the coil unit includes a driving loop operating in response to receiving the output operation frequency, and a helical coil (206b, 302) generating a current at the output operation frequency; and the heating apparatus comprises at least one processor configured to compare an impedance value of the helical coil with an impedance value of the power amplifier, and adjust a position of the driving loop for impedance matching between the helical coil and the power amplifier based on a result of the comparison, wherein the helical coil (206b, 302) is further configured to generate the current by self-resonating at the output operation frequency based on the adjusted position of the driving loop.
A method for instructing communication monitoring in an IMS system, characterized by comprising: determining by a determination component that a currently sent message is a message used for instructing a monitoring enforcement network element whether to monitor a current communication; and sending by a sending component the message carrying monitoring instruction information to the monitoring enforcement network element, wherein the monitoring instruction information is used for instructing the monitoring enforcement network element whether to monitor the current communication. determining by a determination component that a currently sent message is a message used for instructing a monitoring enforcement network element whether to monitor a current communication; and sending by a sending component the message carrying monitoring instruction information to the monitoring enforcement network element, wherein the monitoring instruction information is used for instructing the monitoring enforcement network element whether to monitor the current communication.
A sliding member comprising: a bearing alloy layer, and a coating layer provided on a sliding surface side of the bearing alloy layer, wherein the coating layer has: a resin binder, sulfide particles dispersed in the resin binder, and made of metal sulfide, and a covering portion provided over specific particles located on the sliding surface side of the coating layer among the sulfide particles dispersed in the resin binder, the covering portion being made of metal oxide comprising the same metal element as a metal element constituting the sulfide particles, characterized in that when a surface of the coating layer on the sliding surface side is measured by an X-ray photoelectron spectroscopy and an X-ray diffraction method, a ratio of a peak height of the metal oxide to a peak height of the metal sulfide by the X-ray photoelectron spectroscopy is from 0.10 to 0.50, and a ratio of the peak height of the metal oxide to the peak height of the metal sulfide by the X-ray diffraction method is 0.10 or less. a bearing alloy layer, and a coating layer provided on a sliding surface side of the bearing alloy layer, wherein the coating layer has: a resin binder, sulfide particles dispersed in the resin binder, and made of metal sulfide, and a covering portion provided over specific particles located on the sliding surface side of the coating layer among the sulfide particles dispersed in the resin binder, the covering portion being made of metal oxide comprising the same metal element as a metal element constituting the sulfide particles, characterized in that when a surface of the coating layer on the sliding surface side is measured by an X-ray photoelectron spectroscopy and an X-ray diffraction method, a ratio of a peak height of the metal oxide to a peak height of the metal sulfide by the X-ray photoelectron spectroscopy is from 0.10 to 0.50, and a ratio of the peak height of the metal oxide to the peak height of the metal sulfide by the X-ray diffraction method is 0.10 or less.
Kneading machine for foods, in particular food doughs, comprising: - a substantially cylindrically-shaped tank, provided with a circular base or bottom and with a side wall having a predefined height; - at least one tool in the form of an arm housed inside the tank and activated in rotation by a motor to complete at least one movement about an axis substantially parallel and close to the vertical axis of the tank; - a protrusion having the shape of a generic solid of revolution with vertical axis, coming out from the bottom of the tank, wherein the protrusion is arranged eccentric with respect to the circular bottom, characterized in that the eccentricity, defined as the distance of the vertical axis of said protrusion with respect to the vertical axis of the tank is variable between 5% and 20% of the total length of the radius of said bottom, the eccentricity of said protrusion allowing the dough, when pushed by the tool, to move in a discontinuous manner, with alternated lowering and raising stages, during each single rotation cycle of said tool, and in that the maximum height of said protrusion with respect to said bottom is variable between 10% and 50% of the total height of the tank, so that the dough, when pushed by the tool, is able to move in a discontinuous manner also in the region of space of the tank arranged above the protrusion. - a substantially cylindrically-shaped tank, provided with a circular base or bottom and with a side wall having a predefined height; - at least one tool in the form of an arm housed inside the tank and activated in rotation by a motor to complete at least one movement about an axis substantially parallel and close to the vertical axis of the tank; - a protrusion having the shape of a generic solid of revolution with vertical axis, coming out from the bottom of the tank,
Hearing aid, in particular ITE hearing aid, which has - a housing, - at least one electrical component, in particular a receiver, which is arranged in the housing and extends in a longitudinal direction, - an antenna arrangement, which has a winding wound in a coil-like manner around the electrical component, a magnetic layer being arranged between the winding and the electrical component, characterized in that the magnetic layer has a partial section arranged on the electrical component and at least one tab, which adjoins said partial section in the longitudinal direction and projects beyond the component in the longitudinal direction, the tab delimiting an intermediate space, which intermediate space adjoins the electrical component in the longitudinal direction. - a housing, - at least one electrical component, in particular a receiver, which is arranged in the housing and extends in a longitudinal direction, - an antenna arrangement, which has a winding wound in a coil-like manner around the electrical component, a magnetic layer being arranged between the winding and the electrical component, characterized in that the magnetic layer has a partial section arranged on the electrical component and at least one tab, which adjoins said partial section in the longitudinal direction and projects beyond the component in the longitudinal direction, the tab delimiting an intermediate space, which intermediate space adjoins the electrical component in the longitudinal direction.
A radar system comprising a command unit and sub-modules configured to irradiate beams for a distributed aperture radar, wherein each of said sub-modules comprises: an irradiating section configured to irradiate the beam; a move mechanism for autonomous movement; a communication section configured to communicate with an external unit for a distributed aperture process; a position determining section configured to carry out communication with another sub-module, measurement of a position of said another sub-module, and evaluation of a position of its own position, to determine the own position; a monitoring section configured to monitor an operation situation of said another sub-module to detect whether a function of said another sub-module is stopped or is degraded; and a position adjusting section configured to adjust the own position through autonomous decentralized control based on the monitoring result, wherein the command unit comprises: a calculating section configured to acquire topographical data around each sub-module, to acquire measurement data of each sub-module, position data received from each sub-module, and operation situation data of each sub-module, to calculate a synthetic beam pattern, and to calculate an arrangement of said sub-modules based on the topographical data such that the synthesis beam pattern matches a predetermined pattern; and an instructing section configured to instruct each of said sub-modules to move based on the calculated arrangement of said sub-modules. an irradiating section configured to irradiate the beam; a move mechanism for autonomous movement; a communication section configured to communicate with an external unit for a distributed aperture process; a position determining section configured to carry out communication with another sub-module, measurement of a position of said another sub-module, and evaluation of a position of its own position, to determine the own position; a monitoring section configured to monitor an operation situation of said another sub-module to detect whether a function of said another sub-module is stopped or is degraded; and a position adjusting section configured to adjust the own position through autonomous decentralized control based on the monitoring result, a calculating section configured to acquire topographical data around each sub-module, to acquire measurement data of each sub-module, position data received from each sub-module, and operation situation data of each sub-module, to calculate a synthetic beam pattern, and to calculate an arrangement of said sub-modules based on the topographical data such that the synthesis beam pattern matches a predetermined pattern; and an instructing section configured to instruct each of said sub-modules to move based on the calculated arrangement of said sub-modules.
Buckling stiffener ring for stiffening a substantially cylindrical structure, in particular a tank, comprising - a plurality of intermediate supports which are connected via connecting elements and form a reinforcing ring, and - wherein a fitting piece and/or a variable connecting piece are/is arranged at least between two adjacent intermediate supports, wherein preferably the fitting piece and/or the variable connecting piece are/is designed to define a radius of the reinforcing ring, wherein - the buckling stiffener ring comprises a support ring for supporting on an upper end of the cylindrical structure, characterized in that - a plurality of adjustment elements, for example adjustment screws, for aligning the buckling stiffener ring in relation to the cylindrical structure, preferably in the radial direction, are provided on the support ring. - a plurality of intermediate supports which are connected via connecting elements and form a reinforcing ring, and - wherein a fitting piece and/or a variable connecting piece are/is arranged at least between two adjacent intermediate supports, wherein preferably the fitting piece and/or the variable connecting piece are/is designed to define a radius of the reinforcing ring, wherein - the buckling stiffener ring comprises a support ring for supporting on an upper end of the cylindrical structure, characterized in that - a plurality of adjustment elements, for example adjustment screws, for aligning the buckling stiffener ring in relation to the cylindrical structure, preferably in the radial direction, are provided on the support ring.
A remaining-amount reduction member suitable to be attached inside a flexible interior bag arranged inside an aerosol container is used to reduce a final remaining amount of a content to be ejected, the remaining-amount reduction member comprising: an attachment part (120, 220) attached such that the content is capable of flowing in an inflow port of the interior bag; and a guiding part (130, 230) that allows a flow of the content in a longitudinal direction, wherein the guiding part (130, 230) has a plurality of grooved blocks (132, 232) connected in the longitudinal direction, each of the grooved blocks (132, 232) has one guiding groove (131, 231) in the longitudinal direction, the adjacent grooved blocks (132, 232) are connected such that openings of the guiding grooves (131, 231) thereof are oriented in 180° opposite directions, and the guiding grooves (131, 231) form guiding space continuing in the longitudinal direction characterized in that each of the grooved blocks (132, 232) is formed to have an outer peripheral shape having an arc surface (133, 233) of over 180° and a groove forming surface (134, 234), and each of the guiding grooves (131, 231) is formed from the groove forming surface (134, 234) in a direction toward the arc center and has a depth exceeding the arc center. an attachment part (120, 220) attached such that the content is capable of flowing in an inflow port of the interior bag; and a guiding part (130, 230) that allows a flow of the content in a longitudinal direction, wherein the guiding part (130, 230) has a plurality of grooved blocks (132, 232) connected in the longitudinal direction, each of the grooved blocks (132, 232) has one guiding groove (131, 231) in the longitudinal direction, the adjacent grooved blocks (132, 232) are connected such that openings of the guiding grooves (131, 231) thereof are oriented in 180° opposite directions, and the guiding grooves (131, 231) form guiding space continuing in the longitudinal direction characterized in that each of the grooved blocks (132, 232) is formed to have an outer peripheral shape having an arc surface (133, 233) of over 180° and a groove forming surface (134, 234), and each of the guiding grooves (131, 231) is formed from the groove forming surface (134, 234) in a direction toward the arc center and has a depth exceeding the arc center.
A mobile chair apparatus having a front end, a rear end, a top side and a bottom side, and comprising a steering assembly, a drive assembly and a seat: (a) the steering assembly comprising: i. a first armrest connected to a first link arm, and a second armrest connected to a second link arm; ii. a first tie rod connected to the first link arm and a second tie rod connected to the second link arm; (b) the drive assembly comprising: i. a first drive wheel and a second drive wheel each connected to an axle, characterized in that the steering assembly comprises: iii. a first steering block connected to the first tie rod and a second steering block connected to the second tie rod; iv. a third tie rod interconnecting the first and the second steering blocks (107, 108); and v. a first steering wheel and a second steering wheel are each located at the rear end of the mobile chair apparatus, the first and second steering wheels (110, 111) move in response to movement of one or both of the first and second armrests (101, 103), wherein the diameters of the first and second drive wheels (202, 203) are larger than the diameters of the first and second steering wheels (110, 111). (a) the steering assembly comprising: i. a first armrest connected to a first link arm, and a second armrest connected to a second link arm; ii. a first tie rod connected to the first link arm and a second tie rod connected to the second link arm; i. a first armrest connected to a first link arm, and a second armrest connected to a second link arm; ii. a first tie rod connected to the first link arm and a second tie rod connected to the second link arm; (b) the drive assembly comprising: i. a first drive wheel and a second drive wheel each connected to an axle, characterized in that the steering assembly comprises: iii. a first steering block connected to the first tie rod and a second steering block connected to the second tie rod; iv. a third tie rod interconnecting the first and the second steering blocks (107, 108); and v. a first steering wheel and a second steering wheel are each located at the rear end of the mobile chair apparatus, the first and second steering wheels (110, 111) move in response to movement of one or both of the first and second armrests (101, 103), wherein the diameters of the first and second drive wheels (202, 203) are larger than the diameters of the first and second steering wheels (110, 111). i. a first drive wheel and a second drive wheel each connected to an axle, iii. a first steering block connected to the first tie rod and a second steering block connected to the second tie rod; iv. a third tie rod interconnecting the first and the second steering blocks (107, 108); and v. a first steering wheel and a second steering wheel are each located at the rear end of the mobile chair apparatus, the first and second steering wheels (110, 111) move in response to movement of one or both of the first and second armrests (101, 103), wherein the diameters of the first and second drive wheels (202, 203) are larger than the diameters of the first and second steering wheels (110, 111).
Optical element comprising an optical body and a plurality of microstructures, wherein - the optical body is embodied as a half-shell and has an inner surface and an outer surface, - the microstructures form the outer surface of the optical body, and - the microstructures are light-scattering refractive structures, characterized in that - the microstructures are formed on the outer surface in a ring-shaped fashion about an axis of symmetry and diameters of said microstructures become smaller in a direction towards a point of intersection of the optical body with the axis of symmetry, and in that - microstructures are configured in a ring-shaped fashion at the inner surface and are arranged in a manner rotated by 90° with respect to the ring shape of the microstructures at the outer surface, such that the ring-shaped microstructures at the inner surface are guided along the axis of symmetry, in such a way that the microstructures at the outer surface are embodied as parallels of latitude and the microstructures at the inner surface are embodied as meridians of longitude. - the optical body is embodied as a half-shell and has an inner surface and an outer surface, - the microstructures form the outer surface of the optical body, and - the microstructures are light-scattering refractive structures, characterized in that - the microstructures are formed on the outer surface in a ring-shaped fashion about an axis of symmetry and diameters of said microstructures become smaller in a direction towards a point of intersection of the optical body with the axis of symmetry, and in that - microstructures are configured in a ring-shaped fashion at the inner surface and are arranged in a manner rotated by 90° with respect to the ring shape of the microstructures at the outer surface, such that the ring-shaped microstructures at the inner surface are guided along the axis of symmetry,
Vehicle rear part comprising a boot comprising an underbody and an emergency spare wheel able to be mounted under said underbody, characterized in that it comprises a stop piece fixed to the underbody and inserted between said underbody and the emergency spare wheel, and in that said stop piece creates, with the underbody, a free space intended to house at least a urea tank, said stop piece being able to keep the emergency spare wheel some distance away from said underbody.
Frame for a drawer, with a wall element and a frame body, wherein the wall element forms at least the upper part of the frame with an upper facing surface and opposing vertical wall sections, wherein a laterally protruding support part (14, 15) is provided on the frame body, characterised in that the wall element is designed for being plugged onto the frame body with the support part (14, 15) from the top and for being fixed to the frame body, wherein the support part (14, 15) and the wall element have connection means matched to each other, with which the plugged-on fixed wall element can be secured on the support part (14, 15) against being lifted off the frame body at the top.