mhurhangee/ep-ind-claims huggingface dataset:
A sound pickup device comprising: a plurality of microphones (11A, 11B, 11C); a plurality of first gain controllers configured to control a gain of each of the plurality of microphones; an adding portion configured to add a sound signal to be output from each of the plurality of the first gain controllers with a predetermined gain; a second gain controller configured to control a gain of the sound signal to be output from the adding portion; and a gain setting portion configured to set a gain of each of plurality of first gain controllers based on gain setting in the second gain controller. a plurality of microphones (11A, 11B, 11C); a plurality of first gain controllers configured to control a gain of each of the plurality of microphones; an adding portion configured to add a sound signal to be output from each of the plurality of the first gain controllers with a predetermined gain; a second gain controller configured to control a gain of the sound signal to be output from the adding portion; and a gain setting portion configured to set a gain of each of plurality of first gain controllers based on gain setting in the second gain controller.
A hollow table top, comprising: a top plate and a bottom plate, wherein the bottom plate is disposed with concaves (12.1), an edge of a bottom surface of the table top is disposed with a metal frame, an edge of the top plate is disposed with a top plate side extending downwardly, the metal frame is disposed with a protruding portion in a horizontal direction, extending from the top plate side, characterized in that the bottom portion of the top plate side bends towards the metal frame. a top plate and a bottom plate, wherein the bottom plate is disposed with concaves (12.1), an edge of a bottom surface of the table top is disposed with a metal frame, an edge of the top plate is disposed with a top plate side extending downwardly, the metal frame is disposed with a protruding portion in a horizontal direction, extending from the top plate side, characterized in that the bottom portion of the top plate side bends towards the metal frame.
Electric machine having a stator and a rotor which is rotatably mounted with respect to the stator on a coolable shaft, wherein the rotor is connected in a heat-transmitting manner to the shaft via a thermosiphon apparatus, which is non-rotatably connected to the rotor and arranged on the front face of the rotor, wherein the thermosiphon apparatus is arranged on a side of a short-circuit ring of the rotor facing away from a laminated core of the rotor or is designed so as to be integrated with the short-circuit ring, and wherein a fluid chamber of the thermosiphon apparatus is delimited at least in regions by the short-circuit ring or by a wall of the thermosiphon apparatus adjacent to the short-circuit ring, characterised in that the fluid chamber is delimited at least in regions by an outer circumference of the shaft and a coolant is circulated within the thermosiphon apparatus due to the different temperatures of the rotor and the shaft.
A powder supply device of a powder spreading apparatus, comprising: a holder; a powder storage unit including a barrel disposed on the holder and configured to store powder, and an outlet formed on a lower edge of the barrel and configured to output the powder; a powder supply unit including two stir bars pivoted on the holder and located below the outlet, and a powder roller pivoted on the holder and located below the two stir bars; and a driving unit including a motor and a linkage assembly, wherein the motor is configured to drive the linkage assembly to rotate the two stir bars and the powder roller; and a gap is formed between the two stir bars and the powder roller is located below the gap. a holder; a powder storage unit including a barrel disposed on the holder and configured to store powder, and an outlet formed on a lower edge of the barrel and configured to output the powder; a powder supply unit including two stir bars pivoted on the holder and located below the outlet, and a powder roller pivoted on the holder and located below the two stir bars; and a driving unit including a motor and a linkage assembly, wherein the motor is configured to drive the linkage assembly to rotate the two stir bars and the powder roller; and a gap is formed between the two stir bars and the powder roller is located below the gap.
Method of non-destructive determination of wood quality, comprising subjecting an elongated wooden object to a non-destructive acoustic impulse/resonance measurement procedure for structural properties such as strength or stiffness, generating a frequency spectrum having a resonance amplitude absolute maximum amongst all the harmonic frequencies in the spectrum, said absolute maximum being recorded as an indication of the structural quality of the wood, characterized by subjecting the wooden object to microwave scanning, registering the attenuation of the received microwaves across the wooden object, checking automatically in regions of the wooden object for increased microwave amplitude attenuation expected when in unfrozen condition, and in the absence of said increased microwave amplitude attenuation, determining that the log is frozen and taking as an indication of the structural quality of the wood a resonance amplitude reduced from said absolute maximum instead.
A composition comprising alpha tocotrienol quinone of high purity, wherein the alpha tocotrienol quinone of high purity has a purity of more than 90%, wherein any solvent that can be readily removed from the alpha tocotrienol quinone by evaporation is not considered an impurity, and wherein 2-((6E,10E)-3R-hydroxy-3,7,11,15-tetramethylhexadeca-6,10,14-trienyl)-3,5,6-trimethylcyclohexa-2,5-diene-1,4-dione comprises at least 90% of the 2-(3-hydroxy-3,7,11,15-tetramethylhexadeca-6,10,14-trienyl)-3,5,6-trimethylcyclohexa-2,5-diene-1,4-dione material present.
A system for modifying an intraocular target of an eye, the system comprising: an electromagnetic beam source configured to generate a treatment beam; optics configured to focus the treatment beam to a focal point and scan the focal point to locations in the eye; a detector configured to receive electromagnetic radiation reflected from a location of the treatment beam focal point and to measure an intensity signal of the reflected electromagnetic radiation; a controller (58, 60) coupled with the optics and the detector and configured to identify a subsequent location of the focal point of the treatment beam using a feedback loop based in part on the measured intensity signal of the electromagnetic radiation reflected from the focal point location, wherein the focal point is scanned towards the subsequent location and the tissue is altered at the subsequent location with the treatment beam. an electromagnetic beam source configured to generate a treatment beam; optics configured to focus the treatment beam to a focal point and scan the focal point to locations in the eye; a detector configured to receive electromagnetic radiation reflected from a location of the treatment beam focal point and to measure an intensity signal of the reflected electromagnetic radiation; a controller (58, 60) coupled with the optics and the detector and configured to identify a subsequent location of the focal point of the treatment beam using a feedback loop based in part on the measured intensity signal of the electromagnetic radiation reflected from the focal point location, wherein the focal point is scanned towards the subsequent location and the tissue is altered at the subsequent location with the treatment beam.
A hinge (114,2102) comprising: a hinge frame; a primary cam pivotably mounted at least partially within a secondary cam, the primary cam including a friction pin the secondary cam being pivotably mounted at least partially within the hinge frame, the secondary cam including a cam ramp with a ramp rise portion; a friction lever pivotably mounted to the hinge frame and rotatably engaged with the friction pin; and a cam follower mounted to the hinge frame adjacent to the secondary cam, the cam follower being positioned to engage with the ramp rise portion of the cam ramp. a hinge frame; a primary cam pivotably mounted at least partially within a secondary cam, the primary cam including a friction pin the secondary cam being pivotably mounted at least partially within the hinge frame, the secondary cam including a cam ramp with a ramp rise portion; a friction lever pivotably mounted to the hinge frame and rotatably engaged with the friction pin; and a cam follower mounted to the hinge frame adjacent to the secondary cam, the cam follower being positioned to engage with the ramp rise portion of the cam ramp.
An in vitro method for identifying, in a test sample, cervical cancer or its precursor, or predisposition to cervical cancer, said method comprising: providing a test sample comprising cervical cells or nucleic acids from cervical cells; detecting in said test sample hypermethylation of the regulatory region of the gene EPB41L3; wherein hypermethylation of the regulatory region of the gene EPB41L3 in said test sample indicates the presence of cells or nucleic acids thereof that are neoplastic, precursor to neoplastic, or predisposed to neoplasia.
Plate heat exchanger comprising an active region (33, 34) through which, for heat exchange between different process media (A - E), the process media (A - R) can flow during operation of the plate heat exchanger, an inactive empty layer (30, 32) which is in fluid connection with an environment of the plate heat exchanger, an inactive leak detection layer (35, 37) which is arranged between the active region (33, 34) and the empty layer (30, 32), wherein the leak detection layer (35, 37) is separated from the active region (33, 34) by means of a separating plate, and an analysis unit for chemically analyzing a process medium (A - E) penetrating from the active region (33, 34) into the leak detection layer (35, 37) due to a leak on or in the separating plate, in order to detect the leak.
Method for amplitude modulation of an optical carrier in a photonic device which comprises an optical power splitter in which the power of the optical carrier is split through into two arms (4, 5) which recombine through an optical power combiner, in which the arms (4, 5) are phase shifted by π/2 and each include an electro-optical amplitude modulator (6, 7), the method being characterized in that it includes the steps of generating and applying, to each of the electro-optical amplitude modulators (6, 7), a control voltage depending on the value of a bit of a bit series (bits0, bits1) to transmit, ∘ when the bit of the bit series (bits0) associated with the modulator of one of the arms is of value 0, respectively 1, the control voltage applied to said modulator modifies the amplitude of the optical carrier according to an output/input ratio of 0, respectively 1; ∘ when the bit of the bit series (bits1) associated with the modulator of the other of the arms is of value 0, respectively 1, the control voltage applied to said modulator of the other of the arms modifies the amplitude of the optical carrier according to an output/input ratio of 0, respectively 1 2, or according to an output/input ratio of 1 2, respectively 1. ∘ when the bit of the bit series (bits0) associated with the modulator of one of the arms is of value 0, respectively 1, the control voltage applied to said modulator modifies the amplitude of the optical carrier according to an output/input ratio of 0, respectively 1; ∘ when the bit of the bit series (bits1) associated with the modulator of the other of the arms is of value 0, respectively 1, the control voltage applied to said modulator of the other of the arms modifies the amplitude of the optical carrier according to an output/input ratio of 0, respectively 1 2, or according to an output/input ratio of 1 2, respectively 1.
Apparatus for transporting a prefabricated masonrywork structure having a plurality of rows of masonry blocks arranged one above the other, wherein at least one crossmember with suspension devices is positioned on the uppermost row of blocks, wherein at least two spaced-apart bands or straps are slung at least more or less vertically around the masonry blocks and the crossmember, characterized in that at least those masonry blocks of the lowermost row which are located in the slinging region of the bands or straps are provided with edge-protection members, wherein the masonry blocks which are provided with the edge-protection members are provided, on their bearing surface, with recesses or apertures which run transversely to the longitudinal direction of the blocks and are intended for accommodating the edge-protection members and the bands or straps.
A system for controlling an electronic device, the system comprising: an accessory coupled to the electronic device, the accessory having a user control interface for receiving at least one input, and a tone generator; the accessory configured to, in response to an input, generate a corresponding control tone using the tone generator, and send the control tone and a calibration sequence to the electronic device; the electronic device operable to receive the calibration sequence and control tone, and including a zero-crossing detector operable to determine at least one of the start or ending of each of the calibration sequence and the control tone and having a circuit operable to determine the periods of the calibration sequence and the control tone based on the zero-crossing detector output; the electronic device further operable to determine the ratio of the periods of the calibration sequence and the control tone to determine the input, and then execute an action that corresponds to the input. an accessory coupled to the electronic device, the accessory having a user control interface for receiving at least one input, and a tone generator; the accessory configured to, in response to an input, generate a corresponding control tone using the tone generator, and send the control tone and a calibration sequence to the electronic device; the electronic device operable to receive the calibration sequence and control tone, and including a zero-crossing detector operable to determine at least one of the start or ending of each of the calibration sequence and the control tone and having a circuit operable to determine the periods of the calibration sequence and the control tone based on the zero-crossing detector output; the electronic device further operable to determine the ratio of the periods of the calibration sequence and the control tone to determine the input, and then execute an action that corresponds to the input.
A blue anthraquinone colorant which is a liquid at room temperature in its pure, undiluted state and includes i) at least one hydroxy-terminated polyester chain attached thereto through an amine linking group, and ii) a constituent other than hydrogen as a hindering group present in a secondary position to the amine linking group. i) at least one hydroxy-terminated polyester chain attached thereto through an amine linking group, and ii) a constituent other than hydrogen as a hindering group present in a secondary position to the amine linking group.
A method for forming a lithographic printing plate, comprising: imagewise exposing a positive-working lithographic printing plate precursor that comprises: a grained and anodized aluminum-containing substrate, a poly(vinyl phosphonic acid) interlayer disposed directly on the grained and anodized aluminum-containing substrate, a first ink receptive layer that is disposed directly on the poly(vinyl phosphonic acid) interlayer, the first ink receptive layer comprising at least one water-insoluble, alkali solution-soluble or -dispersible resin, and an aromatic acid dye that comprises at least two aromatic groups, is represented by formula,,,, or and that is present in an amount of at least 0.2 weight %, based on the total dry weight of the first receptive layer, the positive-working lithographic printing plate precursor further comprising an infrared radiation absorber in either the first ink receptive layer or in an optional second ink receptive layer that is disposed over the first ink receptive layer, or in both of the first and second ink receptive layers, with infrared radiation to form an imaged precursor comprising exposed regions and non-exposed regions in the first ink receptive layer and the second ink receptive layer, if present, and processing the imaged precursor using a processing solution having a pH of at least 12 and up to and including 14, to remove the exposed regions of the first ink receptive layer and of the second ink receptive layer, if present. a grained and anodized aluminum-containing substrate, a poly(vinyl phosphonic acid) interlayer disposed directly on the grained and anodized aluminum-containing substrate, a first ink receptive layer that is disposed directly on the poly(vinyl phosphonic acid) interlayer, the first ink receptive layer comprising at least one water-insoluble, alkali solution-soluble or -dispersible resin, and an aromatic acid dye that comprises at least two aromatic groups, is represented by formula,,,, or and that is present in an amount of at least 0.2 weight %, based on the total dry weight of the first receptive layer, the positive-working lithographic printing plate precursor further comprising an infrared radiation absorber in either the first ink receptive layer or in an optional second ink receptive layer that is disposed over the first ink receptive layer, or in both of the first and second ink receptive layers, with infrared radiation to form an imaged precursor comprising exposed regions and non-exposed regions in the first ink receptive layer and the second ink receptive layer, if present, and processing the imaged precursor using a processing solution having a pH of at least 12 and up to and including 14, to remove the exposed regions of the first ink receptive layer and of the second ink receptive layer, if present.
A method of maintaining integrity of data for use during a positioning procedure comprising collecting from each of multiple access points in a network of access points a set of measurements, each said set of measurements being made at a respective one of the multiple access points in respect of signals transmitted by other ones of the multiple access points, wherein the network of access points is for use in positioning a device that communicates with but is not a part of the network of access points; characterized in that the method comprises: processing the collected sets of measurements to identify and classify changes that have occurred indicating an inconsistency between configuration of the network of access points and stored configuration information, each change being classified as one of several defined types of change; and performing an action that is conditional upon how a change is classified. processing the collected sets of measurements to identify and classify changes that have occurred indicating an inconsistency between configuration of the network of access points and stored configuration information, each change being classified as one of several defined types of change; and performing an action that is conditional upon how a change is classified.
Liquid tank, comprising: - a liquid tank shell; - a baffle holder, which extends from an inner wall of the liquid tank shell; and - a baffle which is fixed to the baffle holder; - wherein the baffle holder is a pillar-shaped section of the liquid tank shell; characterized in that, the liquid tank comprises a further baffle, which is fixed to the baffle holder, and that the baffles (107, 113) protrude radially from the baffle holder in different directions into the interior of the liquid tank. - a liquid tank shell; - a baffle holder, which extends from an inner wall of the liquid tank shell; and - a baffle which is fixed to the baffle holder; - wherein the baffle holder is a pillar-shaped section of the liquid tank shell; characterized in that,
A household multi-ply base paper sheet obtained by applying a ply process to two or more sheets of base paper, wherein first embossments and second embossments, arranged around the first embossments, are formed on an entire surface, wherein a shape of a protruding part of each of the first embossments has a curved surface shape. characterized in that a shape of a protruding part of each of the second embossments has a planar shape.
A method pertaining to a liquid supply system at an SCR system, whereby liquid from a container is supplied to a feed device via a first line, wherein the feed device supplies the liquid via a second line to at least one consumption point, wherein a third line extends between the at least one consumption point to the container, wherein the feed device is a pump and said at least one consumption point is a dosing unit, wherein the liquid is a reducing agent, wherein the method comprises the steps of: - determining presence of air supplied upstream to the feed device, wherein the presence of air is determined on basis of an operating parameter, wherein a value for the operating parameter is determined, wherein the operating parameter is a working pressure of the liquid or an operating power of the feed device, wherein the determined value of the operating parameter is used for determining the presence of air, wherein the presence of air is determined, if a prevailing working pressure of the liquid is altered from a value which represents working pressure during ordinary operation to a value which is below a predetermined value, or if an actually prevailing operating power of the feed device is altered from a value which represents an operating power of it during ordinary operation to a value which is below a predetermined value, - when such presence is found, reducing an operating power of said feed device compared with ordinary operation, and - maintaining said reduced operating power until said presence is brought down to a desirable level. - determining presence of air supplied upstream to the feed device, wherein the presence of air is determined on basis of an operating parameter, wherein a value for the operating parameter is determined, wherein the operating parameter is a working pressure of the liquid or an operating power of the feed device, wherein the determined value of the operating parameter is used for determining the presence of air, wherein the presence of air is determined, if a prevailing working pressure of the liquid is altered from a value which represents working pressure during ordinary operation to a value which is below a predetermined value, or if an actually prevailing operating power of the feed device is altered from a value which represents an operating power of it during ordinary operation to a value which is below a predetermined value, - when such presence is found, reducing an operating power of said feed device compared with ordinary operation, and - maintaining said reduced operating power until said presence is brought down to a desirable level.