mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting device for lighting up interior rooms by means of artificial and natural light, said lighting device incorporating a lamp comprising a LED support body , characterized in that said support body has an annular configuration and defines a lower essentially circular or polygonal annulus face, provided with a plurality of LEDs in said annulus face, said support body determining an empty inner space , the lighting device further comprising light-conducting means configured for conducting natural light toward and through the empty inner space of the support body of said lamp.
Plant (A) with a thermal power plant (WKA) and a multistage process compressor (MSC), wherein the thermal power plant (WKA) comprises: - a pump (PMP), - a boiler (BOI), - a turbine (TRB) with an output shaft (SD1), or double output, - a condenser (CND), wherein a first process fluid (PF1) circulates in the following elements: pump (PMP), boiler (BOI), turbine (TRB), condenser (CND), which are fluidically connected to another, wherein the process compressor (MSC) has at least one stage (ST1,..., STn) in which a second process fluid (PF2) is compressed, wherein the process compressor (MSC) has at least one cooling unit (IC1,..., ICn) downstream of a process stage (ST1,..., STn) by means of which at least one first waste heat flow (QF1,..., QFn) is extracted from the second process fluid, wherein the process compressor (MSC) has a drive shaft (SD2), wherein the output shaft (SD1) is mechanically coupled to the drive shaft (SD2) so that the turbine (TRB) drives the process compressor (MSC), characterized in that the thermal power plant (WKA) has, in the flow of the first process fluid (PF1), between the pump (PMP) and the boiler (BOI), at least one pre-heater (PH1,..., PHn) by means of which a preheat flow (PRF) is supplied to the first process fluid (PF1), wherein at least one cooling unit (IC1,..., ICn) is connected to the thermal power plant (WKA) by means of at least one exchange line (FCC) such that at least one part of the waste heat flow (QF1) is supplied as a preheat flow (PRF) to the first process fluid (PF1) between the pump (PMP) and the boiler (BOI), wherein the plant has a control unit (CON), wherein at least the exchange line (FCC) or the cooling line (COL) has control members (CV1 - CV4), wherein the control unit (CON) is connected to the control members (CV1 - CV4) and adjusts the control members (CV1 - CV4) depending on the temperature of the second process fluid between an outlet from the cooling unit (IC1,..., ICn) and an inlet into a downstream stage of the process compressor (MSC). - a pump (PMP), - a boiler (BOI), - a turbine (TRB) with an output shaft (SD1), or double output, - a condenser (CND),
Welded connection between a differential ring gear and the casing of same, having a substantially cylindrical connecting surface between an outer face of the casing and an inner face of the ring gear , in which there is provided a hollow degassing form consisting of two opposing cutouts in the mass of the casing and that of the ring gear on either side of the connecting surface of same, characterized in that the cutouts have an angle (α) greater than 90° between the connecting surface and the plane tangent to the entrance of the cutout , and a radius of curvature that is greater at the bottom of the cutout than in the areas of transition between same and the entrance of the cutout .
Coupling head, in particular for a rail vehicle, with a housing , which has an abutment surface at the front for a flat contact with an abutment surface of a coupling head to be coupled and a connecting flange at the rear for an attachment to a draw bar or the like, and wherein a coupling and locking mechanism is integrated in the housing , wherein with the abutment surface having each a recess on both sides, of which through the one recess a lock bar of the coupling and locking mechanism projects, which is protruding in comparison to the abutment surface , while a lock bar of the coupling head to be coupled can be engaged through the other recess , characterized in that the housing is manufactured essentially as a one-piece pot shape with a bottom wall , a front and a rear wall and side walls connecting these, in which with the front wall the abutment surface respectively with the rear wall this connecting flange are formed, wherein with the pivotable mounted lock bar being held pivotable about an axis running vertically to the lower bottom wall and having a roller lever and the latter being operatively connected with a cam lever in such a way that the lock bar effects either a coupling with the other coupling head or a decoupling, wherein the roller lever and the cam lever being held articulated by a support element being fixed in the housing or by bearings .
An assembly comprising: an air turbine starter having an output shaft and a clutch assembly ; and an accessory gearbox having a gear shaft that is coupled to the output shaft of the air turbine starter , wherein the gear shaft receives the output shaft in a close fit engagement such that a portion of the output shaft is disposed within the gear shaft allowing the gear shaft to solely support the output shaft , the accessory gearbox having a casing that extends around at least a portion of the clutch assembly and the output shaft of the air turbine starter when the air turbine starter is mounted on the accessory gearbox ; characterized in that the assembly further comprises: a ball lock element disposed between the gear shaft and the output shaft , wherein the gear shaft and the output shaft each include a detent feature capable of receiving a portion of the ball lock element ; wherein the output shaft has a plunger and spring , the spring biasing the plunger which engages the ball lock element with the gear shaft . an air turbine starter having an output shaft and a clutch assembly ; and an accessory gearbox having a gear shaft that is coupled to the output shaft of the air turbine starter , wherein the gear shaft receives the output shaft in a close fit engagement such that a portion of the output shaft is disposed within the gear shaft allowing the gear shaft to solely support the output shaft , the accessory gearbox having a casing that extends around at least a portion of the clutch assembly and the output shaft of the air turbine starter when the air turbine starter is mounted on the accessory gearbox ; characterized in that the assembly further comprises: a ball lock element disposed between the gear shaft and the output shaft , wherein the gear shaft and the output shaft each include a detent feature capable of receiving a portion of the ball lock element ; wherein the output shaft has a plunger and spring , the spring biasing the plunger which engages the ball lock element with the gear shaft . a ball lock element disposed between the gear shaft and the output shaft , wherein the gear shaft and the output shaft each include a detent feature capable of receiving a portion of the ball lock element ; wherein the output shaft has a plunger and spring , the spring biasing the plunger which engages the ball lock element with the gear shaft .
A cartridge for housing an aerosol-forming substrate , the cartridge comprising: a body comprising one or more walls, and a wall opening in at least one of the one or more walls; a cavity in the body in fluid communication with the at least one wall opening ; and a cap rotatably connected to the body , the cap comprising: an outer edge; a non-electrically-conductive material; a first electrical connection point disposed along the outer edge; a second electrical connection point disposed along the outer edge; and an electrically conductive material forming an electrically conductive path extending from the first electrical connection point to the second electrical connection point , wherein the cap is movable between a first position, in which the wall opening is exposed, and a second position, in which the wall opening is closed by the cap . a body comprising one or more walls, and a wall opening in at least one of the one or more walls; a cavity in the body in fluid communication with the at least one wall opening ; and a cap rotatably connected to the body , the cap comprising: an outer edge; a non-electrically-conductive material; a first electrical connection point disposed along the outer edge; a second electrical connection point disposed along the outer edge; and an electrically conductive material forming an electrically conductive path extending from the first electrical connection point to the second electrical connection point , an outer edge; a non-electrically-conductive material; a first electrical connection point disposed along the outer edge; a second electrical connection point disposed along the outer edge; and an electrically conductive material forming an electrically conductive path extending from the first electrical connection point to the second electrical connection point , wherein the cap is movable between a first position, in which the wall opening is exposed, and a second position, in which the wall opening is closed by the cap .
A signal transmission method of a transmitter , the method comprising: estimating a transmit correlation between transmission paths; determining phase rotation values to be applied to a transmission signal from a plurality of predetermined phase rotation values stored in the transmitter based on the estimated transmit correlation; applying phase rotation to the transmission signal based on the phase rotation values, wherein the phase rotation values are determined by an equation: φ l , 0 ̃ φ l , 1 ̃ = arg max φ l , 0 φ l , 1 ∑ k ∈ subcarrier index 1 + α cos φ l , 0 + φ l , 1 2 k − φ α cos φ l , 0 − φ l , 1 2 k , where φ l , 0 ̃ and φ l , 1 ̃ denote the phase rotation values, α denotes the transmit correlation, φ α denotes a phase angle of α, and 1 denotes an index of a small unit constituting a frequency band; and transmitting the transmission signal. estimating a transmit correlation between transmission paths; determining phase rotation values to be applied to a transmission signal from a plurality of predetermined phase rotation values stored in the transmitter based on the estimated transmit correlation; applying phase rotation to the transmission signal based on the phase rotation values, wherein the phase rotation values are determined by an equation: φ l , 0 ̃ φ l , 1 ̃ = arg max φ l , 0 φ l , 1 ∑ k ∈ subcarrier index 1 + α cos φ l , 0 + φ l , 1 2 k − φ α cos φ l , 0 − φ l , 1 2 k , where φ l , 0 ̃ and φ l , 1 ̃ denote the phase rotation values, α denotes the transmit correlation, φ α denotes a phase angle of α, and 1 denotes an index of a small unit constituting a frequency band; and transmitting the transmission signal.
A method of heat treating lumber using an elongated kiln comprising an unheated first chamber , a heated second chamber coupled to the first chamber to form a continuous enclosure, a support surface forming a floor of the elongated kiln , a charge entry portal and a charge exit portal , and a guide member including tracks or rails disposed along the support surface ; characterized in that the guide member defines a reciprocal flow path that extends continuously through the first and second chambers from the charge entry portal to the charge exit portal , wherein the reciprocal flow path includes parallel first and second portions disposed on opposite sides of the kiln and a connector portion between the first portion and the second portion , the method comprising: moving a plurality of lumber charges along said reciprocal flow path such that the lumber charges travel in a first direction along the first portion of the reciprocal flow path from the charge entry portal to the connector portion , and in an opposite second direction along the second portion of the reciprocal flow path from the connector portion to the charge exit portal , and a first one of the lumber charges is positioned along the first portion of the reciprocal flow path while a last one of the lumber charges is positioned along the second portion of the reciprocal flow path; and recirculating heated air received from the second chamber across at least the first portion or the second portion of the reciprocal flow path in the first chamber, wherein the charge entry portal and the charge exit portal are positioned at a first end of the kiln , wherein the charge entry portal is positioned at the first chamber and wherein the charge exit portal is positioned at the first chamber or at the second chamber . moving a plurality of lumber charges along said reciprocal flow path such that the lumber charges travel in a first direction along the first portion of the reciprocal flow path from the charge entry portal to the connector portion , and in an opposite second direction along the second portion of the reciprocal flow path from the connector portion to the charge exit portal , and a first one of the lumber charges is positioned along the first portion of the reciprocal flow path while a last one of the lumber charges is positioned along the second portion of the reciprocal flow path; and recirculating heated air received from the second chamber across at least the first portion or the second portion of the reciprocal flow path in the first chamber, wherein the charge entry portal and the charge exit portal are positioned at a first end of the kiln , wherein the charge entry portal is positioned at the first chamber and wherein the charge exit portal is positioned at the first chamber or at the second chamber .
A laundry treatment apparatus comprising: a drum for storing laundry, a duct provided for reintroducing air discharged from the drum into the drum , a fan provided in the duct , a heat pump for dehumidifying and heat air flowing in the duct , a temperature sensing unit for measuring a temperature of air discharged from the drum , an input unit for selecting a sterilization course, and a controller configured to: operate the fan and the heat pump , when the sterilization course is selected through the input unit , wherein the heat pump and the fan are sequentially operated, determine an amount of time, for which the measured temperature of the discharged air remains equal to or higher than the reference temperature, and stop operation of the fan and of the heat pump , when the amount of time is equal to or greater than a reference amount of time, wherein the fan is stopped after stopping the heat pump . a drum for storing laundry, a duct provided for reintroducing air discharged from the drum into the drum , a fan provided in the duct , a heat pump for dehumidifying and heat air flowing in the duct , a temperature sensing unit for measuring a temperature of air discharged from the drum , an input unit for selecting a sterilization course, and a controller configured to: operate the fan and the heat pump , when the sterilization course is selected through the input unit , wherein the heat pump and the fan are sequentially operated, determine an amount of time, for which the measured temperature of the discharged air remains equal to or higher than the reference temperature, and stop operation of the fan and of the heat pump , when the amount of time is equal to or greater than a reference amount of time, wherein the fan is stopped after stopping the heat pump . operate the fan and the heat pump , when the sterilization course is selected through the input unit , wherein the heat pump and the fan are sequentially operated, determine an amount of time, for which the measured temperature of the discharged air remains equal to or higher than the reference temperature, and stop operation of the fan and of the heat pump , when the amount of time is equal to or greater than a reference amount of time, wherein the fan is stopped after stopping the heat pump .
A compound of any one of formulae Ih-1a, Ih-1b, Ih-1c, Ii-1a, Ii-1b, Ii-1c, Ij-1a, Ij-1b, Ij-1c, Ik-a, Ik-b and Ik-c: wherein R 4 is selected from the group consisting of (C 1 -C 6 alkyl)amino optionally substituted with one to five fluoro, C 1 -C 6 alkyl-C(O)NH- optionally substituted with one to five fluoro, and C 1 -C 6 alkyl-S(O) 2 NH- optionally substituted with one to five fluoro; or a solvate or hydrate thereof, or a pharmaceutically acceptable salt of said compound, solvate or hydrate; for use as a medicament. wherein R 4 is selected from the group consisting of (C 1 -C 6 alkyl)amino optionally substituted with one to five fluoro, C 1 -C 6 alkyl-C(O)NH- optionally substituted with one to five fluoro, and C 1 -C 6 alkyl-S(O) 2 NH- optionally substituted with one to five fluoro; or a solvate or hydrate thereof, or a pharmaceutically acceptable salt of said compound, solvate or hydrate; for use as a medicament.
A method, comprising: driving at least one electrically powered light source (121, 122, ..., 12n) applying thereto a pulse width modulated signal (V PWM ) having a pulse repetition frequency and a duty-cycle, the method comprising selectively varying the duty cycle of the pulse width modulated signal (V PWM ) to vary the light intensity emitted by the at least one electrically powered light source (121, 122, ..., 12n), and frequency modulating (100, V fm ) the pulse width modulated signal (V PWM ) by varying the pulse repetition frequency thereof around a certain value between a lower frequency value and an upper frequency value, characterized in that said frequency modulating is with a non-uniform frequency variation keeping the pulse repetition frequency of the pulse width modulated signal (V PWM ) between said certain value and said upper frequency value for times longer than the times the pulse repetition frequency of the pulse width modulated signal (V PWM ) is kept between said certain value and said lower frequency value. driving at least one electrically powered light source (121, 122, ..., 12n) applying thereto a pulse width modulated signal (V PWM ) having a pulse repetition frequency and a duty-cycle, the method comprising selectively varying the duty cycle of the pulse width modulated signal (V PWM ) to vary the light intensity emitted by the at least one electrically powered light source (121, 122, ..., 12n), and frequency modulating (100, V fm ) the pulse width modulated signal (V PWM ) by varying the pulse repetition frequency thereof around a certain value between a lower frequency value and an upper frequency value, characterized in that said frequency modulating is with a non-uniform frequency variation keeping the pulse repetition frequency of the pulse width modulated signal (V PWM ) between said certain value and said upper frequency value for times longer than the times the pulse repetition frequency of the pulse width modulated signal (V PWM ) is kept between said certain value and said lower frequency value.
Electrical wheel brake actuator for motor vehicles, having an electric motor-gear assembly with a rotation-translation converter assembly that comprises at least one nut-spindle arrangement in a gear housing , wherein the wheel brake actuator is designed such that brake means (6a, b) can execute an actuating movement in the direction of a brake rotor, and with an elastic element which has at least two disc springs and is clamped between a release end stop of the nut-spindle arrangement and the gear housing or a flank of the drive nut in order to allow an automatic electrical final switching off of the electric motor by motor current monitoring by means of an electronic control unit (ECU), characterized in that the elastic element is assembled in segmented form from a plurality of spring curve portions in order to form an expanded force-travel spring curve.
An imaging system for an ophthalmic laser system, the ophthalmic laser system comprising a focusing objective lens, the imaging system comprising: a prism cone made of a transparent optical material and disposed downstream of the focusing objective lens , the prism cone having an upper surface , a lower surface parallel to the upper surface, a tapered side surface between the upper and lower surfaces; a camera , wherein the imaging system is characterised in that : the prism cone further comprises a beveled surface formed at an upper edge of the prism cone and intersecting the upper surface and the side surface; and the camera is disposed adjacent to the prism cone, the camera having an image detector that faces the beveled surface of the prism cone, wherein the camera is disposed to directly receive light that enters the lower surface of the prism cone and exits the beveled surface without having been reflected by any surface. a prism cone made of a transparent optical material and disposed downstream of the focusing objective lens , the prism cone having an upper surface , a lower surface parallel to the upper surface, a tapered side surface between the upper and lower surfaces; a camera , wherein the imaging system is characterised in that : the prism cone further comprises a beveled surface formed at an upper edge of the prism cone and intersecting the upper surface and the side surface; and the camera is disposed adjacent to the prism cone, the camera having an image detector that faces the beveled surface of the prism cone, wherein the camera is disposed to directly receive light that enters the lower surface of the prism cone and exits the beveled surface without having been reflected by any surface. the prism cone further comprises a beveled surface formed at an upper edge of the prism cone and intersecting the upper surface and the side surface; and the camera is disposed adjacent to the prism cone, the camera having an image detector that faces the beveled surface of the prism cone, wherein the camera is disposed to directly receive light that enters the lower surface of the prism cone and exits the beveled surface without having been reflected by any surface.
A computer-implemented method of automated X-ray inspection , AXI, during the production of printed circuit board, PCB, assemblies , comprising: Capturing (S1) an X-ray image of a PCB assembly , Determining (S2) a first error indicator (I1) based on image processing of the captured X-ray image, Determining (S3), in case the first error indicator (I1) indicates the PCB assembly as faulty, a second error indicator (I2) based on the captured X-ray image using a trained adaptive algorithm (ML), and Outputting (S4) the second error indicator (I2) as a result of the inspection Characterized in that the X-ray image comprises a sequence of cross-sectional images of the PCB assembly, and by Determining (S13) an acceptably sharp image from the sequence of cross-sectional images of the PCB assembly , based on a wavelet-transformation of each of the cross-sectional images , and Determining (S14) the second error indicator (I2) based on the acceptably sharp image using the trained adaptive algorithm (ML). Capturing (S1) an X-ray image of a PCB assembly , Determining (S2) a first error indicator (I1) based on image processing of the captured X-ray image, Determining (S3), in case the first error indicator (I1) indicates the PCB assembly as faulty, a second error indicator (I2) based on the captured X-ray image using a trained adaptive algorithm (ML), and Outputting (S4) the second error indicator (I2) as a result of the inspection Characterized in that the X-ray image comprises a sequence of cross-sectional images of the PCB assembly, and by Determining (S13) an acceptably sharp image from the sequence of cross-sectional images of the PCB assembly , based on a wavelet-transformation of each of the cross-sectional images , and Determining (S14) the second error indicator (I2) based on the acceptably sharp image using the trained adaptive algorithm (ML).