mhurhangee/ep-ind-claims huggingface dataset:
A compound of the formula or a salt thereof: in the formula, R 1, R 2, and R 3 are the same as or different from each other, and are H, halogen, lower alkyl, or halo-lower alkyl; R 4 is H, halogen, lower alkyl, or halo-lower alkyl; R 5 is H; R 6 is phenyl which may be substituted; or R 5 and R 6 may form a benzene ring which may be substituted, together with carbon atoms to which they are bonded; and ---- is a single bond or a double bond; and the term "lower" refers to 1 to 6 carbon atoms. R 1, R 2, and R 3 are the same as or different from each other, and are H, halogen, lower alkyl, or halo-lower alkyl; R 4 is H, halogen, lower alkyl, or halo-lower alkyl; R 5 is H; R 6 is phenyl which may be substituted; or R 5 and R 6 may form a benzene ring which may be substituted, together with carbon atoms to which they are bonded; and ---- is a single bond or a double bond; and the term "lower" refers to 1 to 6 carbon atoms.
An active matrix electroluminescent display device comprising an array of display pixels with each pixel comprising: - an electroluminescent display element and a driving device for controlling the current through the display element based on a drive signal applied to the pixel during an address period, - a storage capacitance connected to the driving device, the display pixel being adapted to store the applied drive signal as a voltage on the storage capacitance, characterised in that each pixel includes electro-optic adjustment means which is responsive to light produced by the display element during the address period and arranged to adjust in the address period the voltage signal stored on the capacitance in the address period in accordance with the light output level of the display element, wherein the electro-optic means comprises a photoelectric device adapted to shunt an electrical current flowing through the storage capacitance during addressing according to the display element light output, and wherein the electro-optic device is connected to the storage capacitance via a switch device which is adapted, during a pixel address period, to connect the electro-optic device in parallel with the storage capacitance. - an electroluminescent display element and a driving device for controlling the current through the display element based on a drive signal applied to the pixel during an address period, - a storage capacitance connected to the driving device, the display pixel being adapted to store the applied drive signal as a voltage on the storage capacitance,
Facility (1A; 1B; 1C; 1D; 1E) for producing and treating a gas stream, said facility including at least two treatment devices each including an exchange enclosure containing a liquid bath in its bottom, wherein each exchange enclosure includes at least one opening for discharging a gas stream, wherein each treatment device includes at least one injection conduit having at least one intake opening and at least one discharge opening, said facility further including aeraulic means, which are connected to all the discharge openings of the exchange enclosures or which are connected to all the intake openings of the injection conduits, and which, during operation, make it possible to create, by suction or blowing, simultaneously and in parallel for each treatment device, an incoming gas stream coming from the outside of the exchange enclosures, wherein each injection conduit of the corresponding treatment device is designed to introduce each corresponding incoming gas stream and to allow said stream to pass through the discharge opening of the injection conduit, said discharge opening of the injection conduit being designed to introduce said stream into the liquid bath contained in the bottom of the exchange enclosure, below the surface of said liquid bath, and the exchange enclosure is designed to allow an outgoing gas stream (F'), treated by direct contact with said liquid bath, to rise up inside the exchange enclosure, and to discharge said outgoing gas stream out of said exchange enclosure by allowing it to pass through the discharge opening of the exchange enclosure, characterized in that the exchange enclosures communicate hydraulically with one another so that, when the aeraulic means are not operating each exchange enclosure contains, at its bottom, an initial volume (V initial) of liquid, with an initial level (H initial) of liquid which is identical in all the exchange enclosures.
A method of fluorescence activated cell sorting (FACS) to batch select producer cells expressing a target polypeptide without use of methotrexate as an amplification agent, the method comprising: (a) providing a heterogeneous population of producer cells, wherein the producer cells in the population express varying levels of a FACS selectable polypeptide and a target polypeptide that are encoded by the same multicistronic mRNA, (b) selecting from the heterogeneous population of producer cells a first heterogeneous sub-population of producer cells using FACS, wherein the producer cells in the first heterogeneous sub-population express the FACS selectable polypeptide at a level that is higher than the level of at least 80% of the producer cells in the heterogeneous population in (a), and (c) expanding the first heterogeneous sub-population of producer cells in drug-selection-free medium, thereby producing an expanded first heterogeneous sub-population of producer cells. (a) providing a heterogeneous population of producer cells, wherein the producer cells in the population express varying levels of a FACS selectable polypeptide and a target polypeptide that are encoded by the same multicistronic mRNA, (b) selecting from the heterogeneous population of producer cells a first heterogeneous sub-population of producer cells using FACS, wherein the producer cells in the first heterogeneous sub-population express the FACS selectable polypeptide at a level that is higher than the level of at least 80% of the producer cells in the heterogeneous population in (a), and (c) expanding the first heterogeneous sub-population of producer cells in drug-selection-free medium, thereby producing an expanded first heterogeneous sub-population of producer cells.
A method of communication over at least one of a plurality of communication channels, wherein the at least one of the plurality of channels provides a plurality of communication links in a wireless communication system, wherein each of the links may be over one channel or multiple channels, the method comprising: determining, for each of a plurality of communication links, at least one link condition value for each of a plurality of time slots; determining, for each of the plurality of communication links, filter output values by temporally filtering the link condition values; determining, for each of the plurality of communication links, a link selection metric based on the filter output values; and selecting, based on the link selection metrics of all the links contained in said at least one of the plurality of channels, at least one of the plurality of communication links for transmission of data. determining, for each of a plurality of communication links, at least one link condition value for each of a plurality of time slots; determining, for each of the plurality of communication links, filter output values by temporally filtering the link condition values; determining, for each of the plurality of communication links, a link selection metric based on the filter output values; and selecting, based on the link selection metrics of all the links contained in said at least one of the plurality of channels, at least one of the plurality of communication links for transmission of data.
An information transmission method, comprising: obtaining, by a first device, N layers of symbol data sequences, wherein N is a positive integer; performing, by the first device, scrambling processing on each of the N layers of symbol data sequences, to obtain a scrambled signal; and sending, by the first device, the scrambled signal to a second device, wherein when N>1, the performing, by the first device, scrambling processing on each of the N layers of symbol data sequences, to obtain a scrambled signal comprises: performing, by the first device, scrambling processing on the N layers of symbol data sequences separately, to obtain N layers of scrambled symbol data signals; and superimposing, by the first device, the N layers of scrambled symbol data signals, to obtain the scrambled signal. obtaining, by a first device, N layers of symbol data sequences, wherein N is a positive integer; performing, by the first device, scrambling processing on each of the N layers of symbol data sequences, to obtain a scrambled signal; and sending, by the first device, the scrambled signal to a second device, performing, by the first device, scrambling processing on the N layers of symbol data sequences separately, to obtain N layers of scrambled symbol data signals; and superimposing, by the first device, the N layers of scrambled symbol data signals, to obtain the scrambled signal.
A composition in liquid or semi-liquid form, comprising: - between 5% and 99.8% honey, and - at least one constituent of the extracellular matrix chosen from collagen, elastin and glycosaminoglycans, including hyaluronic acid, which, if it is included in the composition, is present at between 0.05% and 10%, and/or at least one beta-glucan, the percentages being given by weight with respect to the weight of dry matter of the composition, for use thereof as a healing and/or antibacterial health product for topical application. - between 5% and 99.8% honey, and - at least one constituent of the extracellular matrix chosen from collagen, elastin and glycosaminoglycans, including hyaluronic acid, which, if it is included in the composition, is present at between 0.05% and 10%, and/or at least one beta-glucan,
An electronic device comprising at least one power component and a printed circuit board, said power component comprising a main body and a lead, said printed circuit board comprising at least two conductive layers parallel to a plane (xy), wherein: - said printed circuit board comprises a mounting element and a conductor, wherein said conductor further comprises at least two conductive tracks, each of said at least two conductive tracks being arranged at a one of said at least two conductive layers, wherein said at least two conductive tracks have a same shape and are stacked along said direction (z); - said mounting element comprises first conductive tubes and said conductor comprises second conductive tubes, wherein said second conductive tubes pass through a thickness of said at least two conductive layers at said at least two conductive tracks, said second conductive tubes implementing an electrical and thermal contact between said at least two conductive tracks; - said first conductive tubes and said second conductive tubes elongate through a thickness of said printed circuit board along a direction (z) substantially perpendicular to said plane (xy); and - said main body of said power component is fixed to said mounting element and said lead of said power component is fixed to said conductor. - said printed circuit board comprises a mounting element and a conductor, wherein said conductor further comprises at least two conductive tracks, each of said at least two conductive tracks being arranged at a one of said at least two conductive layers, wherein said at least two conductive tracks have a same shape and are stacked along said direction (z); - said mounting element comprises first conductive tubes and said conductor comprises second conductive tubes, wherein said second conductive tubes pass through a thickness of said at least two conductive layers at said at least two conductive tracks, said second conductive tubes implementing an electrical and thermal contact between said at least two conductive tracks; - said first conductive tubes and said second conductive tubes elongate through a thickness of said printed circuit board along a direction (z) substantially perpendicular to said plane (xy); and - said main body of said power component is fixed to said mounting element and said lead of said power component is fixed to said conductor.
A position alignment method performed by a ground assembly for wireless power transfer, the position alignment method comprising: measuring, through at least one low frequency receiver of the ground assembly, a first magnetic flux density for a magnetic field emitted from at least one low frequency transmitter of a vehicle assembly; measuring, through the at least one low frequency receiver, a second magnetic flux density for a magnetic field emitted from the at least one low frequency transmitter; configuring a received signal measurement based on a comparison result of the first magnetic flux density and the second magnetic flux density; and providing the configured received signal measurement to a vehicle, characterized in that the first magnetic flux density is a maximum magnetic flux density for the magnetic field within a preconfigured range of a magnetic field that can be emitted from the at least one low frequency transmitter, and the second magnetic flux density is a minimum magnetic flux density for the magnetic field within the preconfigured range of a magnetic field that can be emitted from the at least one low frequency transmitter. measuring, through at least one low frequency receiver of the ground assembly, a first magnetic flux density for a magnetic field emitted from at least one low frequency transmitter of a vehicle assembly; measuring, through the at least one low frequency receiver, a second magnetic flux density for a magnetic field emitted from the at least one low frequency transmitter; configuring a received signal measurement based on a comparison result of the first magnetic flux density and the second magnetic flux density; and providing the configured received signal measurement to a vehicle,
A micro detector structure comprising: a photo-ionization detector; an electron capture detector; and a vacuum ultra violet source, wherein: the vacuum ultra violet source is an ionization source for both the photo-ionization detector and the electron capture detector; the photo-ionization detector and the electron capture detector are integrated under the vacuum ultra violet source; the photo-ionization detector includes interdigitated first electrodes (81, 83) arranged on a first side of a sample channel to collect charge carrier pairs generated by photo-ionization in a sample in the sample channel; and the electron capture detector includes interdigitated second electrodes (75, 77) on a second side of the sample channel to collect photo-electrons generated near the second side of the sample channel as they are knocked off the first electrodes (81, 83). a photo-ionization detector; an electron capture detector; and a vacuum ultra violet source, the vacuum ultra violet source is an ionization source for both the photo-ionization detector and the electron capture detector; the photo-ionization detector and the electron capture detector are integrated under the vacuum ultra violet source; the photo-ionization detector includes interdigitated first electrodes (81, 83) arranged on a first side of a sample channel to collect charge carrier pairs generated by photo-ionization in a sample in the sample channel; and the electron capture detector includes interdigitated second electrodes (75, 77) on a second side of the sample channel to collect photo-electrons generated near the second side of the sample channel as they are knocked off the first electrodes (81, 83).
A privacy-enhancing wireless communication method, the method comprising: obtaining a frame preamble using a transceiver device at a location, wherein the frame preamble includes a predetermined pattern and wherein movement information corresponding to the location is detectable based on channel state information of the transceiver device in accordance with the predetermined pattern; modifying the predetermined pattern of the frame preamble to include amplitude or phase distortion, wherein the amplitude or phase distortion is falsely indicative of physical movement at the location, random movement at the location, an absence of movement at the location, or a presence of least one electronic device moving at the location; and masking the movement information by transmitting, using the transceiver device, a frame including the frame preamble with the modified predetermined pattern. obtaining a frame preamble using a transceiver device at a location, wherein the frame preamble includes a predetermined pattern and wherein movement information corresponding to the location is detectable based on channel state information of the transceiver device in accordance with the predetermined pattern; modifying the predetermined pattern of the frame preamble to include amplitude or phase distortion, wherein the amplitude or phase distortion is falsely indicative of physical movement at the location, random movement at the location, an absence of movement at the location, or a presence of least one electronic device moving at the location; and masking the movement information by transmitting, using the transceiver device, a frame including the frame preamble with the modified predetermined pattern.
A mental state analysis system that analyzes a mental state of a person and has a terminal (TR, TR2, TR3) to be worn on the person's body, the terminal (TR, TR2, TR3) including: an acceleration sensor for measuring the acceleration of motion of the body; a storage unit (STRG) for storing time-series data and a threshold of the acceleration; and a processing unit for performing processing for determining whether each value contained in the time series data is in a first state in which the value is equal to or greater than the threshold or in a second state in which the value is less than the threshold, processing for determining a duration which is a period of time during which the first state continues, and processing for quantifying the mental state of the person on the basis of the duration, the mental state analysis system is characterized in that the processing unit quantifies the mental state on the basis of the occurrence frequencies of the duration included in a plurality of regions each of which has a predefined range within which the duration falls, wherein the plurality of regions includes a first region having a first range and a second region having a second range, wherein the upper limit of the second range is larger than the upper limit of the first range, wherein the mental state is quantified by calculating the sum of a first term that includes a first occurrence frequency that is the occurrence frequency of the duration included within the first region and a second term that includes a second occurrence frequency that is the occurrence frequency of the duration included within the second region. an acceleration sensor for measuring the acceleration of motion of the body; a storage unit (STRG) for storing time-series data and a threshold of the acceleration; and a processing unit for performing processing for determining whether each value contained in the time series data is in a first state in which the value is equal to or greater than the threshold or in a second state in which the value is less than the threshold, processing for determining a duration which is a period of time during which the first state continues, and processing for quantifying the mental state of the person on the basis of the duration, the mental state analysis system is characterized in that the processing unit quantifies the mental state on the basis of the occurrence frequencies of the duration included in a plurality of regions each of which has a predefined range within which the duration falls, wherein the plurality of regions includes a first region having a first range and a second region having a second range, wherein the upper limit of the second range is larger than the upper limit of the first range, wherein the mental state is quantified by calculating the sum of a first term that includes a first occurrence frequency that is the occurrence frequency of the duration included within the first region and a second term that includes a second occurrence frequency that is the occurrence frequency of the duration included within the second region.
A computer-implemented method for providing an indication of a type of bodily waste, the method comprising: detecting, using a first sensor (123, 125) of a disposable article, an occurrence of an event, wherein the event corresponds to an excretion of bodily waste; in response to detecting the occurrence of an event, activating a second sensor (122, 150) of the disposable article, wherein the second sensor is different from the first sensor; capturing, using the second sensor, color information associated with the bodily waste, wherein the captured color information is informative of a type of bodily waste from a plurality of predefined types of bodily waste, wherein the plurality of predefined types of bodily waste are urination, bleeding, a bowel movement, menstruation, and combinations thereof; and providing an output to a caretaker indicative of the type of bodily waste. detecting, using a first sensor (123, 125) of a disposable article, an occurrence of an event, wherein the event corresponds to an excretion of bodily waste; in response to detecting the occurrence of an event, activating a second sensor (122, 150) of the disposable article, wherein the second sensor is different from the first sensor; capturing, using the second sensor, color information associated with the bodily waste, wherein the captured color information is informative of a type of bodily waste from a plurality of predefined types of bodily waste, wherein the plurality of predefined types of bodily waste are urination, bleeding, a bowel movement, menstruation, and combinations thereof; and providing an output to a caretaker indicative of the type of bodily waste.
Hand-held power tool, in particular a hammer drill and/or chipping hammer, having at least one transmission housing (10a; 10b), having at least one single-stage transmission unit (12a; 12b) disposed in the transmission housing (10a; 10b), having at least one motor housing (14a; 14b), and having at least one compensating unit (16a; 16b), which comprises at least one movably mounted compensating mass element (18a, 68a; 18b), wherein the compensating unit is disposed at least for the most part in the transmission housing or between the transmission housing and the motor housing, characterized in that the single-stage transmission unit (12a; 12b) comprises at least transmission element (24a; 24b) that at least partly overlaps the compensating unit (16a; 16b), wherein the compensating unit (16a; 16b) has at least one lead-through opening (26a; 26b), through which the transmission element (24a; 24b) extends, at least partly.