mhurhangee/ep-ind-claims huggingface dataset:
A system for self-referenced detection and imaging of an array of samples having detectable samples and at least one reference sample (46, 48, 50, 52) comprising: an electromagnetic radiation source for irradiating the samples in the array of samples with respective incident beamlets; a sensing surface comprising a plurality of sample fields for receiving one or more samples in the array of samples, wherein the plurality of sample fields comprise at least one reference field configured to receive the at least one reference sample or to act as the at least one reference sample, said sensing surface being arranged to receive said incident beamlets from the electromagnetic radiation source and emit resultant radiation comprising reflected or transmitted resultant beamlets from the detectable samples and the at least one reference sample, respectively; an imaging spectrometer configured to image one or more samples in the array of samples by analyzing and imaging interference spectra between resultant beamlets from the detectable samples and the at least one reference sample, respectively, said spectrometer having a detector arranged to receive said interference spectra; and a phase difference generator disposed between the radiation source and the sensing surface or disposed between the sensing surface and the detector, configured to introduce differences in pathlengths of the incident beamlets to, or resultant beamlets from the one or more samples in the array of samples. an electromagnetic radiation source for irradiating the samples in the array of samples with respective incident beamlets; a sensing surface comprising a plurality of sample fields for receiving one or more samples in the array of samples, wherein the plurality of sample fields comprise at least one reference field configured to receive the at least one reference sample or to act as the at least one reference sample, said sensing surface being arranged to receive said incident beamlets from the electromagnetic radiation source and emit resultant radiation comprising reflected or transmitted resultant beamlets from the detectable samples and the at least one reference sample, respectively; an imaging spectrometer configured to image one or more samples in the array of samples by analyzing and imaging interference spectra between resultant beamlets from the detectable samples and the at least one reference sample, respectively, said spectrometer having a detector arranged to receive said interference spectra; and a phase difference generator disposed between the radiation source and the sensing surface or disposed between the sensing surface and the detector, configured to introduce differences in pathlengths of the incident beamlets to, or resultant beamlets from the one or more samples in the array of samples.
Onboard unit for a motor vehicle having a GNSS antenna and a GNSS receiving apparatus for ascertaining the position of the motor vehicle, wherein the GNSS antenna and the GNSS receiving apparatus are arranged inside a housing of the onboard unit, wherein a. the GNSS antenna is a linearly polarized GNSS antenna and is suitable for receiving GNSS signals from multiple GNS systems, b. wherein the GNSS receiving apparatus is designed such that it can receive GNSS signals from multiple different GNS systems and takes i. the availability of received GNSS signals and/or the signal quality of received GNSS signals ii. as a basis for deciding which of the received GNSS signals are intended to be used for determining the position, and wherein the onboard unit comprises the GNSS receiving apparatus having a printed circuit board, which is arranged in the housing substantially horizontally in the installed position of the onboard unit, and a printer drawer, which is arranged above the printed circuit board of the GNSS receiving apparatus in the installed position, wherein the GNSS antenna is arranged on and/or in the printed circuit board such that it is situated behind, i.e. further away from a front of the onboard unit than the point on the printer drawer that is furthest away from the front, and/or beneath the printer drawer in the installed position. a. the GNSS antenna is a linearly polarized GNSS antenna and is suitable for receiving GNSS signals from multiple GNS systems, b. wherein the GNSS receiving apparatus is designed such that it can receive GNSS signals from multiple different GNS systems and takes i. the availability of received GNSS signals and/or the signal quality of received GNSS signals ii. as a basis for deciding which of the received GNSS signals are intended to be used for determining the position, and wherein the onboard unit comprises the GNSS receiving apparatus having a printed circuit board, which is arranged in the housing substantially horizontally in the installed position of the onboard unit, and a printer drawer, which is arranged above the printed circuit board of the GNSS receiving apparatus in the installed position, wherein the GNSS antenna is arranged on and/or in the printed circuit board such that it is situated behind, i.e. further away from a front of the onboard unit than the point on the printer drawer that is furthest away from the front, and/or beneath the printer drawer in the installed position. i. the availability of received GNSS signals and/or the signal quality of received GNSS signals ii. as a basis for deciding which of the received GNSS signals are intended to be used for determining the position,
A control method of a washing machine performing a washing operation using bubbles, characterized by comprising the following steps: if a bubble washing course is selected, supplying detergent and washing water into a space between a water tub and a rotational drum such that detergent water formed of a mixture of the detergent and the washing water reaches a first level; if the detergent water reaches the first level, stopping supply of the detergent and the washing water, generating the bubbles from the detergent water, and supplying the bubbles to laundry; performing the washing operation to wash the laundry using the bubbles; characterised by the steps of: determining whether the detergent water is lowered to reach a second level lower than the first level as the washing operation is performed, and if it is determined that the detergent water reaches the second level, supplying the washing water such that the detergent water rises. if a bubble washing course is selected, supplying detergent and washing water into a space between a water tub and a rotational drum such that detergent water formed of a mixture of the detergent and the washing water reaches a first level; if the detergent water reaches the first level, stopping supply of the detergent and the washing water, generating the bubbles from the detergent water, and supplying the bubbles to laundry; performing the washing operation to wash the laundry using the bubbles; characterised by the steps of: determining whether the detergent water is lowered to reach a second level lower than the first level as the washing operation is performed, and if it is determined that the detergent water reaches the second level, supplying the washing water such that the detergent water rises.
A cooking hob with a mobile upper part and a stationary or mobile lower part, wherein: - the upper part includes at least one panel arranged at its top side, - the upper part includes at least one induction coil arranged below the panel, - the upper part includes at least one inverter circuit for generating the alternating current for the induction coil, - the lower part includes a base plate, - the lower part includes a power supply circuit arranged on the base plate and connected or connectable to the grid, and - the upper part is attachable on and removable from the lower part by a user, characterized in, that the upper part includes at least one rechargeable battery and the inverter circuit is provided for transmitting a direct current from the battery and/or from the power supply circuit into an alternating current for the corresponding induction coil, wherein the inverter circuit is an integrated part of the corresponding induction coil. - the upper part includes at least one panel arranged at its top side, - the upper part includes at least one induction coil arranged below the panel, - the upper part includes at least one inverter circuit for generating the alternating current for the induction coil, - the lower part includes a base plate, - the lower part includes a power supply circuit arranged on the base plate and connected or connectable to the grid, and - the upper part is attachable on and removable from the lower part by a user,
A method for marking on a surface of a plate-like work, the method comprising: keeping a state where an end of a rotating tool for marking is contacted with a surface of the work; characterized by starting a relative movement of the work in an X-axis direction and/or in a Y-axis direction relative to the rotating tool, and concurrently starting a rotation of the rotating tool. keeping a state where an end of a rotating tool for marking is contacted with a surface of the work; characterized by starting a relative movement of the work in an X-axis direction and/or in a Y-axis direction relative to the rotating tool, and concurrently starting a rotation of the rotating tool.
A drawer, comprising a drawer bottom, a front panel and a rear wall opposite of the front panel, and two lateral panels (12, 13) which extend in the direction of displacement of the drawer, are arranged as hollow body sections, and are provided with adapters (16, 32) at least in the end regions, wherein carrying holders are fixed to the front adapters, which carrying holders are connected to the running rails by latching, characterized in that at least one or each front latching between the carrying holder and the running rail is formed by a coupling apparatus, consisting of an outer coupling part and an inner coupling part that can be inserted therein, which secures the drawer in the vertical direction in the latched state, and by a resilient snap-in pin which engages in an opening of the running rail and which secures and fixes the drawer in the pull-out direction and in the push-in direction.
A process for cooling a gas mixture of SO 2 and/or SO 3 and water, wherein the gas mixture is cooled by means of a first heat exchanger carrying a coolant, and wherein the temperature of the coolant lies above the dew point of the gas or gas mixture, characterized in that the coolant is water and that the dew point τ given in °C is calculated according to the following equation: τ = e 6.0006 − 3.158 ⋅ 10 − 7 p ⋅ 1.244 ⋅ 10 − 9 ⋅ c + 0.1387 ⋅ ln p ⋅ 1.244 ⋅ 10 − 9 ⋅ c with p = gas pressure in mbar a and c = water content in mg/Nm 3. p = gas pressure in mbar a and c = water content in mg/Nm 3.
Lighting device comprising at least two light guides, each light guide comprising two opposite ends, at least one of which is coupled to a light source, said lighting device further comprising a reflector having a concave cross section and intended to be placed opposite a rear part of each light guide in order to reflect guided light issuing from their respective light source towards a front part of each light guide, and a screen, characterised in that the screen comprises as many parts with a concave cross section as there are light guides, each concave cross section being defined by a transparent central part and two lateral parts situated on either side of said central part, so as to cause a three-dimensional and/or style effect, said concave cross section being intended to at least partially house the front part of the light guide.
Container for collecting a body fluid, comprising a container housing with a body fluid inlet though which body fluid can enter an inlet section of the container housing, a body fluid collection section, a vacuum connector for connecting a vacuum source to the container housing for applying a low pressure to the inlet section and the body fluid collection section, and a filter assembly being arranged between the inlet section and the body fluid collection section, wherein the filter assembly has a raw side and a clean side, wherein the raw side faces the inlet section and the clean side faces the body fluid collection section, characterized in that the filter assembly comprises a filter holder and a mesh filter arranged in the filter holder and in that the container housing comprises a hydrophobic filter that is arranged between the body fluid collection section and the vacuum connector in flow direction of air drawn by a vacuum source from the body fluid collection section during intended use of the container, and wherein the hydrophobic filter comprises a pleated filter material.
A particle beam therapy system comprising: a synchrotron which accelerates a charged particle beam injected from a pre-accelerator up to a predetermined energy level before applying a high-frequency voltage to an extraction device to extract the charged particle beam caused to exceed a stability limit with regard to the oscillation amplitude of the orbiting charged particle beam about a design orbit; a beam transportation system which transports the charged particle beam extracted from the synchrotron up to a treatment room, and an irradiation device which irradiates a patient in the treatment room with the charged particle beam in conformity to the tumor shape of the patient; wherein, during an extraction phase of the synchrotron, the synchrotron has functionality to accelerate or decelerate the charged particle beam successively to extract the charged particle beam at a plurality of energy levels, the beam transportation system further having functionality to block off an unnecessary charged particle beam extracted from the synchrotron during acceleration or deceleration. a synchrotron which accelerates a charged particle beam injected from a pre-accelerator up to a predetermined energy level before applying a high-frequency voltage to an extraction device to extract the charged particle beam caused to exceed a stability limit with regard to the oscillation amplitude of the orbiting charged particle beam about a design orbit; a beam transportation system which transports the charged particle beam extracted from the synchrotron up to a treatment room, and an irradiation device which irradiates a patient in the treatment room with the charged particle beam in conformity to the tumor shape of the patient; wherein, during an extraction phase of the synchrotron, the synchrotron has functionality to accelerate or decelerate the charged particle beam successively to extract the charged particle beam at a plurality of energy levels, the beam transportation system further having functionality to block off an unnecessary charged particle beam extracted from the synchrotron during acceleration or deceleration.
A method for managing I/O event notifications in a data processing system, the data processing system comprising a plurality of applications (202, 203) and an operating system having a kernel and an I/O event notification mechanism operable to maintain a plurality of I/O event notification objects (205, 206) each handling a set of file descriptors associated with one or more I/O resources, the method comprising: directing a plurality of application-level configuration calls from an application to the I/O event notification mechanism for configuring an I/O event notification object; the method characterised by: for each of said plurality of application-level configuration calls: intercepting at a user-level interface a configuration call from said application to the I/O event notification mechanism for configuring said I/O event notification object; and storing a set of parameters of the configuration call at a data structure, each set of parameters representing an operation on the set of file descriptors handled by the I/O event notification object; and subsequently, on a predetermined criterion being met: the user-level interface making a first system call from the user level to the kernel so as to pass the sets of parameters to a kernel library; and the kernel library causing the plurality of configuration calls to be effected by making a configuration call for each set of parameters. the user-level interface making a first system call from the user level to the kernel so as to pass the sets of parameters to a kernel library; and the kernel library causing the plurality of configuration calls to be effected by making a configuration call for each set of parameters.
A webbing adjustment device for a seat belt system, wherein the webbing adjustment device comprises: a frame having a first hole formed through the frame; and a second hole formed through the frame below the first hole of the frame, wherein a front section of a webbing extends through the second hole of the frame; and a slider moveably and detachably connected to the frame and having a first end portion formed on the slider; a second end portion formed on the slider and being opposite to the first end portion of the slider; a connecting portion formed on the slider between the first end portion and the second end portion of the slider, and the connecting portion having a top surface and a bottom surface; a through groove formed through the connecting portion from the top surface of the connecting portion to the bottom surface of the connecting portion; and wherein a rear section of the webbing is passed through the first hole of the frame and the through groove of the slider, and the rear section of the webbing is locked or unlocked by a relative motion between the frame and the slider; characterized in that the connecting portion of the slider is inserted through the first hole of the frame. a frame having a first hole formed through the frame; and a second hole formed through the frame below the first hole of the frame, wherein a front section of a webbing extends through the second hole of the frame; and a first hole formed through the frame; and a second hole formed through the frame below the first hole of the frame, wherein a front section of a webbing extends through the second hole of the frame; and a slider moveably and detachably connected to the frame and having a first end portion formed on the slider; a second end portion formed on the slider and being opposite to the first end portion of the slider; a connecting portion formed on the slider between the first end portion and the second end portion of the slider, and the connecting portion having a top surface and a bottom surface; a through groove formed through the connecting portion from the top surface of the connecting portion to the bottom surface of the connecting portion; and a first end portion formed on the slider; a second end portion formed on the slider and being opposite to the first end portion of the slider; a connecting portion formed on the slider between the first end portion and the second end portion of the slider, and the connecting portion having a top surface and a bottom surface; a through groove formed through the connecting portion from the top surface of the connecting portion to the bottom surface of the connecting portion; and wherein a rear section of the webbing is passed through the first hole of the frame and the through groove of the slider, and the rear section of the webbing is locked or unlocked by a relative motion between the frame and the slider; characterized in that the connecting portion of the slider is inserted through the first hole of the frame.
An audio apparatus comprising: a receiver for receiving data describing an audio scene, the data comprising audio data for a set of audio elements corresponding to audio sources in the scene and metadata comprising at least a first audio rendering property indicator for a first audio element of the set of audio elements; a first renderer for rendering audio elements by generating a first set of audio signals for a set of loudspeakers; a second renderer for rendering audio elements by generating a second set of audio signals for a headphone; and a selector arranged to select between the first renderer and the second renderer for rendering of at least a first part of the first audio element in response to the first audio rendering property indicator; characterized in that the first audio rendering property indicator is indicative of whether the first part of the first audio element represents an audio source with a spatial property that has a fixed to head orientation and is intended to have a fixed location relative to a user's head or represents an audio source with a spatial property that has a not-fixed to head orientation and is intended to have a fixed location in an environment. a receiver for receiving data describing an audio scene, the data comprising audio data for a set of audio elements corresponding to audio sources in the scene and metadata comprising at least a first audio rendering property indicator for a first audio element of the set of audio elements; a first renderer for rendering audio elements by generating a first set of audio signals for a set of loudspeakers; a second renderer for rendering audio elements by generating a second set of audio signals for a headphone; and a selector arranged to select between the first renderer and the second renderer for rendering of at least a first part of the first audio element in response to the first audio rendering property indicator; characterized in that the first audio rendering property indicator is indicative of whether the first part of the first audio element represents an audio source with a spatial property that has a fixed to head orientation and is intended to have a fixed location relative to a user's head or represents an audio source with a spatial property that has a not-fixed to head orientation and is intended to have a fixed location in an environment.
A breathing assistance apparatus comprising: a lid and a main body, the lid and the main body selectively enclosing a cavity configured to hold a body of liquid, the lid comprising a button member; and wherein, in use, when the lid is in an open position, the lid can be separated from the main body with the application of force; and at least one hinge assembly comprising: at least one post mounted to the lid and at least one support mounted to the main body, the at least one support comprising a recess configured to receive at least a portion of a circumference of the at least one post; and characterised in that there are provided a guide structure and a cam structure, the guide structure and the cam structure configured to cause sliding movement of the at least one post during rotation of the at least one post. a lid and a main body, the lid and the main body selectively enclosing a cavity configured to hold a body of liquid, the lid comprising a button member; and wherein, in use, when the lid is in an open position, the lid can be separated from the main body with the application of force; and at least one hinge assembly comprising: at least one post mounted to the lid and at least one support mounted to the main body, the at least one support comprising a recess configured to receive at least a portion of a circumference of the at least one post; and characterised in that there are provided a guide structure and a cam structure, the guide structure and the cam structure configured to cause sliding movement of the at least one post during rotation of the at least one post. at least one post mounted to the lid and at least one support mounted to the main body, the at least one support comprising a recess configured to receive at least a portion of a circumference of the at least one post; and characterised in that there are provided a guide structure and a cam structure, the guide structure and the cam structure configured to cause sliding movement of the at least one post during rotation of the at least one post.