mhurhangee/ep-ind-claims huggingface dataset:
Aerosol-generating device comprising: a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate; and an induction heating arrangement, wherein the induction heating arrangement comprises an induction coil and a susceptor assembly, wherein the susceptor assembly comprises a central susceptor arrangement arranged centrally within the cavity, wherein the central susceptor arrangement is hollow, wherein the hollow configuration of the central susceptor arrangement enables airflow into the hollow central susceptor arrangement, and wherein the susceptor assembly comprises a peripheral susceptor arrangement arranged distanced from and around the central susceptor arrangement. a cavity for receiving an aerosol-generating article comprising aerosol-forming substrate; and an induction heating arrangement, wherein the induction heating arrangement comprises an induction coil and a susceptor assembly, wherein the susceptor assembly comprises a central susceptor arrangement arranged centrally within the cavity, wherein the central susceptor arrangement is hollow, wherein the hollow configuration of the central susceptor arrangement enables airflow into the hollow central susceptor arrangement, and wherein the susceptor assembly comprises a peripheral susceptor arrangement arranged distanced from and around the central susceptor arrangement.
Pumping light arrangement for a disc laser, comprising: a focusing device, in particular a hollow mirror, with a reflecting surface for focusing a pumping light beam onto a laser-active medium, wherein the reflecting surface preferably has an aspherical form, in particular a parabolic form, and also a deflecting arrangement for deflecting the pumping light beam between reflecting regions (B1 to B36) formed on the reflecting surface that are arranged in different angle regions around a central axis of the reflecting surface in at least a first annular region and a second annular region, the deflecting arrangement being designed to perform at least one deflection of the pumping light beam between two reflecting regions (B8, B9; B16, B17; B24, B25) of the first annular region and at least one deflection between two reflecting regions (B4, B5; B12, B13; B20, B21) of the second annular region, characterized in that the deflecting arrangement is designed to perform a number (N R) of deflections between two reflecting regions (B2 to B28) of the two annular regions (RB1, RB2) with an image reversal of the pumping light beam in the radial direction in relation to the central axis that corresponds to at least one third, preferably at least half, of the total number (N R + N A) of deflections between two reflecting regions (B2 to B28) of the two annular regions (RB1, RB2). a focusing device, in particular a hollow mirror, with a reflecting surface for focusing a pumping light beam onto a laser-active medium, wherein the reflecting surface preferably has an aspherical form, in particular a parabolic form, and also a deflecting arrangement for deflecting the pumping light beam between reflecting regions (B1 to B36) formed on the reflecting surface that are arranged in different angle regions around a central axis of the reflecting surface in at least a first annular region and a second annular region, the deflecting arrangement being designed to perform at least one deflection of the pumping light beam between two reflecting regions (B8, B9; B16, B17; B24, B25) of the first annular region and at least one deflection between two reflecting regions (B4, B5; B12, B13; B20, B21) of the second annular region, characterized in that the deflecting arrangement is designed to perform a number (N R) of deflections between two reflecting regions (B2 to B28) of the two annular regions (RB1, RB2) with an image reversal of the pumping light beam in the radial direction in relation to the central axis that corresponds to at least one third, preferably at least half, of the total number (N R + N A) of deflections between two reflecting regions (B2 to B28) of the two annular regions (RB1, RB2).
A clamp assembly for securing a fixed portion of a vehicle, especially a support bracket, to a movable portion of a steering column, especially a steering column shroud, the clamp assembly comprising: a clamp pin which passes through an opening in the fixed portion and an opening in the moving portion, the clamp pin having a stopper located towards one end, a toothed block carried by the clamp pin having a set of rake teeth, the teeth of the block being urged into engagement with a rack of teeth fixed to the support bracket by the stopper when the clamp assembly is in the clamped condition, thereby securing the relative positions of the fixed and moving portions of the steering assembly; and a biasing means that provides a biasing force that acts in an unclamped condition of the clamp assembly to bias the stopper of the clamp pin away from the moving part to permit the rack of teeth on the block to move clear of the rack of the support bracket, thereby permitting relative movement of the fixed and moving portion of the steering assembly; wherein a substantial part of the biasing force provided by the biasing means acts upon the clamp pin without passing through the toothed block, such that the biasing force does not impede free movement of the toothed block relative to the clamp pin; characterized by comprising at least one secondary biasing means, located between the biasing means and the toothed block, which maintains a clearance between the toothed block and the biasing means when in the unclamped condition. a clamp pin which passes through an opening in the fixed portion and an opening in the moving portion, the clamp pin having a stopper located towards one end, a toothed block carried by the clamp pin having a set of rake teeth, the teeth of the block being urged into engagement with a rack of teeth fixed to the support bracket by the stopper when the clamp assembly is in the clamped condition, thereby securing the relative positions of the fixed and moving portions of the steering assembly; and a biasing means that provides a biasing force that acts in an unclamped condition of the clamp assembly to bias the stopper of the clamp pin away from the moving part to permit the rack of teeth on the block to move clear of the rack of the support bracket, thereby permitting relative movement of the fixed and moving portion of the steering assembly; wherein a substantial part of the biasing force provided by the biasing means acts upon the clamp pin without passing through the toothed block, such that the biasing force does not impede free movement of the toothed block relative to the clamp pin; characterized by comprising at least one secondary biasing means, located between the biasing means and the toothed block, which maintains a clearance between the toothed block and the biasing means when in the unclamped condition.
A vibration analysis apparatus that receives measurement data from a measurement instrument and conducts vibration analysis, the measurement instrument measuring vibration of a rotating body subjected to measurement, the vibration analysis apparatus comprising: a setting unit that sets information on the rotating body and a criterion value for diagnosing a vibration state of the rotating body; an analyzer that conducts frequency analysis of the measurement data received from the measurement instrument; a processor that specifies, for a prescribed number of peaks largest in peak value in a descending order in a frequency spectrum obtained by the frequency analysis, a part based on the information on the rotating body; a determination unit that determines, for the prescribed number of peaks, the vibration state based on the peak value and the criterion value; and a display that shows, for the prescribed number of peaks, the peak value, the part, and a result of determination by the determination unit. a setting unit that sets information on the rotating body and a criterion value for diagnosing a vibration state of the rotating body; an analyzer that conducts frequency analysis of the measurement data received from the measurement instrument; a processor that specifies, for a prescribed number of peaks largest in peak value in a descending order in a frequency spectrum obtained by the frequency analysis, a part based on the information on the rotating body; a determination unit that determines, for the prescribed number of peaks, the vibration state based on the peak value and the criterion value; and a display that shows, for the prescribed number of peaks, the peak value, the part, and a result of determination by the determination unit.
Solar heating system (1; 60) for heating a habitable space, comprising: - a wall element (40; 50) designed to be incorporated in a wall of a building bounding the habitable space, the wall element (40; 50) having first and second opposing faces and having a housing on the inside open at the first face, the first face being designed to be exposed to solar radiation, - at least one solar thermal collector comprising a heat conductive recovery pipe configured to receive a heat exchange fluid and having on the outside a surface for absorbing solar radiation, the solar thermal collector being positioned inside the housing with the absorption surface on the first face of the wall element (40; 50), the solar thermal collector further comprising an element for storing thermal energy disposed in the housing of the wall element (40; 50) in contact with the recovery pipe opposite the absorption surface, - at least one heat transmitter configured to receive the heat exchange fluid and connected to the solar thermal collector, the heat transmitter extending on the second face of the wall element (40; 50), said solar heating system (1; 60) being characterised in that the recovery pipe has an inlet and an outlet embedded in the wall element (40; 50), the outlet of the recovery pipe opening onto a first connection surface of the wall element (40; 50) and the inlet of the recovery pipe opening onto a second connection surface of the wall element (40; 50). - a wall element (40; 50) designed to be incorporated in a wall of a building bounding the habitable space, the wall element (40; 50) having first and second opposing faces and having a housing on the inside open at the first face, the first face being designed to be exposed to solar radiation, - at least one solar thermal collector comprising a heat conductive recovery pipe configured to receive a heat exchange fluid and having on the outside a surface for absorbing solar radiation, the solar thermal collector being positioned inside the housing with the absorption surface on the first face of the wall element (40; 50), the solar thermal collector further comprising an element for storing thermal energy disposed in the housing of the wall element (40; 50) in contact with the recovery pipe opposite the absorption surface, - at least one heat transmitter configured to receive the heat exchange fluid and connected to the solar thermal collector, the heat transmitter extending on the second face of the wall element (40; 50),
Pressure measurement device, having - a measuring body which is at least partly deformable, - a number of sensors, characterized by - a deformable sleeve, - wherein a cavity is formed in the measuring body to receive the sleeve, and the measuring body is designed to be deformed when a force in the cavity is exerted on the measuring body, - wherein the sleeve is arranged in the cavity, so that, during deformation, it exerts a force on the measuring body, and - wherein the sensors are designed to measure the deformation of the measuring body. - a measuring body which is at least partly deformable, - a number of sensors, - a deformable sleeve, - wherein a cavity is formed in the measuring body to receive the sleeve, and the measuring body is designed to be deformed when a force in the cavity is exerted on the measuring body, - wherein the sleeve is arranged in the cavity, so that, during deformation, it exerts a force on the measuring body, and - wherein the sensors are designed to measure the deformation of the measuring body.
Effect pigment dispersion comprising a PVD-aluminum pigment, a leafing additive and an oil suitable for cosmetic skin care or color cosmetic applications, wherein a) the amount of the PVD-aluminum pigment is in a range of 8 to 30 wt.-%, b) the amount of the oil is in a range of 70 to 90 wt.-%, each based on the total weight of the effect pigment dispersion and c) the leafing additive is partly adsorbed on the surface of the PVD-aluminum pigment and partly an excess additive dissolved in the oil, wherein the amount of excess leafing additive is in a range of 0 to 25 wt.-%, based on the weight of PVD aluminum pigment. a) the amount of the PVD-aluminum pigment is in a range of 8 to 30 wt.-%, b) the amount of the oil is in a range of 70 to 90 wt.-%, each based on the total weight of the effect pigment dispersion and c) the leafing additive is partly adsorbed on the surface of the PVD-aluminum pigment and partly an excess additive dissolved in the oil, wherein the amount of excess leafing additive is in a range of 0 to 25 wt.-%, based on the weight of PVD aluminum pigment.
Device configurated for checking a securing harness, intended for a safety seat, the safety seat including at least one retaining strap (7, 9) subjected to tension when the securing harness is in the state of holding an occupant, said device is configurated to be disposed in a correct operational condition, where said device is configurated to be installed in a determined area of this retaining strap, the device is characterised by the fact that it includes: - at least one sensor device including an elongated, flexible element configurated to be positioned on said retaining strap in said determined area, which has measuring means (24a, 24b, 38, 46) configurated to measure, in this said determined area, at least one level of flexion and/or inclination of said strap, - means configurated to obtain values (f, i) relating to this level of flexion and/or inclination, - internal or external means configurated to analyse these values and to communicate to receiver means data concerning the operational condition of said securing harness. - at least one sensor device including an elongated, flexible element configurated to be positioned on said retaining strap in said determined area, which has measuring means (24a, 24b, 38, 46) configurated to measure, in this said determined area, at least one level of flexion and/or inclination of said strap, - means configurated to obtain values (f, i) relating to this level of flexion and/or inclination, - internal or external means configurated to analyse these values and to communicate to receiver means data concerning the operational condition of said securing harness.
A method by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a system information block message including information on a first time division duplex, TDD, uplink/downlink,UL/DL, configuration; receiving, from the base station, downlink control information via a physical downlink control channel, PDCCH,, the downlink control information including information related to a second TDD UL/DL configuration; receiving, from the base station, uplink scheduling information for the terminal; and transmitting, to the base station, data in a subframe based on the uplink scheduling information, wherein the subframe is determined based on the information on the first TDD UL/DL configuration in case that the uplink scheduling information is included in a random access response message, and wherein the subframe is determined based on the information related to the second TDD UL/DL configuration in case that the uplink scheduling information is included in a PDCCH. receiving, from a base station, a system information block message including information on a first time division duplex, TDD, uplink/downlink,UL/DL, configuration; receiving, from the base station, downlink control information via a physical downlink control channel, PDCCH,, the downlink control information including information related to a second TDD UL/DL configuration; receiving, from the base station, uplink scheduling information for the terminal; and transmitting, to the base station, data in a subframe based on the uplink scheduling information, wherein the subframe is determined based on the information on the first TDD UL/DL configuration in case that the uplink scheduling information is included in a random access response message, and wherein the subframe is determined based on the information related to the second TDD UL/DL configuration in case that the uplink scheduling information is included in a PDCCH.
An internally geared hub comprising: a hub axle; a hub shell arranged to rotate freely about the hub axle; a driver rotatably mounted between the hub axle and the hub shell such that the driver rotates freely relative to both the hub axle and the hub shell; a planetary gear mechanism operatively connected between the hub shell and the driver, the planetary gear mechanism controlled by a gear changing mechanism to define a plurality of driver rotation transmission paths (32a - 32c) for transmitting rotation of the driver in a forward operating direction to the hub shell, wherein the gear changing mechanism is operatively connected to the planetary gear mechanism through clutch mechanisms for selectively establishing one of the driver rotation transmission paths (32a-32c), characterized in that the planetary gear mechanism can be controlled to define a hub shell rotation transmission path for transmitting rotation of the hub shell in the forward operating direction to the driver, the gear changing mechanism being operatively connected through clutch mechanisms to establish the hub shell rotation transmission path, when during coasting the hub shell rotates faster than the driver in the forward operating direction. a hub axle; a hub shell arranged to rotate freely about the hub axle; a driver rotatably mounted between the hub axle and the hub shell such that the driver rotates freely relative to both the hub axle and the hub shell; a planetary gear mechanism operatively connected between the hub shell and the driver, the planetary gear mechanism controlled by a gear changing mechanism to define a plurality of driver rotation transmission paths (32a - 32c) for transmitting rotation of the driver in a forward operating direction to the hub shell, wherein the gear changing mechanism is operatively connected to the planetary gear mechanism through clutch mechanisms for selectively establishing one of the driver rotation transmission paths (32a-32c),
An air inhalation device for insertion within the nostrils, comprising: a pair of hollow frusto-conical tube members (16, 16') each having an air passageway: a pair of power driven fans; a pair of motors; and a power source; wherein each of said frusto-conical tube members has a forward end (20, 20') which tapers to form a rearward end, and is fitted with one of said power-driven fans for enhancing the inhalation and exhalation of air; wherein each of the frusto-conical tube members houses one of the fans; wherein each of the fans accommodates one of the said motors within the hub of each of the said fans; and wherein a connection member joins said pair of frusto-conical tube members. (16, 16') a pair of power driven fans; a pair of motors; and a power source; wherein each of said frusto-conical tube members has a forward end (20, 20') which tapers to form a rearward end, and is fitted with one of said power-driven fans for enhancing the inhalation and exhalation of air; wherein each of the frusto-conical tube members houses one of the fans; wherein each of the fans accommodates one of the said motors within the hub of each of the said fans; and wherein a connection member joins said pair of frusto-conical tube members. (16, 16')
A method comprising: growing a semiconductor structure (16, 18, 20) on a growth substrate; forming interconnects on the semiconductor structure grown on the growth substrate for a wafer of a plurality of semiconductor light emitting devices; attaching the interconnects of the wafer of a plurality of semiconductor light emitting devices to a carrier; removing areas of the wafer of semiconductor light emitting devices between the semiconductor light emitting devices disposing a material in the areas between the semiconductor light emitting devices; and separating two neighboring semiconductor light emitting devices, wherein separating comprises cutting the material; characterized by, removing the areas between the semiconductor light emitting devices while the wafer of semiconductor light emitting devices is attached to the carrier; and removing the carrier after separating two neighboring semiconductor light emitting devices; wherein the material disposed in the areas between the semiconductor light emitting devices is reflective. growing a semiconductor structure (16, 18, 20) on a growth substrate; forming interconnects on the semiconductor structure grown on the growth substrate for a wafer of a plurality of semiconductor light emitting devices; attaching the interconnects of the wafer of a plurality of semiconductor light emitting devices to a carrier; removing areas of the wafer of semiconductor light emitting devices between the semiconductor light emitting devices disposing a material in the areas between the semiconductor light emitting devices; and separating two neighboring semiconductor light emitting devices, wherein separating comprises cutting the material; characterized by, removing the areas between the semiconductor light emitting devices while the wafer of semiconductor light emitting devices is attached to the carrier; and removing the carrier after separating two neighboring semiconductor light emitting devices; wherein the material disposed in the areas between the semiconductor light emitting devices is reflective.
A system for monitoring fatigue of a mechanical structure, characterized in that the system comprises memory equipment storing a database containing predetermined response values ( N 1,1,..., N P,Q) each being associated with one of predetermined stress ranges and one of predetermined mean stresses, each of the response values expressing an upper limit for number of cycles of stress at a predetermined observation point of the mechanical structure in a situation in which the cycles have the predetermined stress range and the predetermined mean stress related to the response value under consideration, the upper limit corresponding to a predetermined survival probability of the mechanical structure, wherein the system comprises processing equipment configured to: - repeatedly update, for each of the response values, a corresponding stress history value ( n 1,1 ( t),..., n P,Q ( t)) expressing number of cycles occurred in a time-trend of the stress and having the predetermined stress range and the predetermined mean stress related to the response value under consideration, and - repeatedly update a fatigue damage sum based on the response values and the stress history values related to the response values, the fatigue damage sum expressing cumulated fatigue damage of the mechanical structure. - repeatedly update, for each of the response values, a corresponding stress history value ( n 1,1 ( t),..., n P,Q ( t)) expressing number of cycles occurred in a time-trend of the stress and having the predetermined stress range and the predetermined mean stress related to the response value under consideration, and - repeatedly update a fatigue damage sum based on the response values and the stress history values related to the response values, the fatigue damage sum expressing cumulated fatigue damage of the mechanical structure.