mhurhangee/ep-ind-claims huggingface dataset:
A scanning laser projector, comprising: at least one source of laser light; a scanning mirror configured to reflect the laser light; a perimeter defining an image region inside the perimeter and an over scanned region outside the perimeter, the image region and over scanned region configured to receive the reflected laser light; a photodetector configured to receive at least two portions of the reflected laser light impacting the over scanned region outside the perimeter, the at least two portions of the reflected laser light corresponding to horizontal scans at different vertical positions of the reflected laser light, the photodetector being further configured to provide a feedback signal responsive to the at least two portions of the reflected laser light received by the photodetector; and a drive circuit configured to provide an excitation signal to excite motion of the scanning mirror, the drive circuit being configured to modify the excitation signal in response to the feedback signal; characterized in that the photodetector is oriented relative to said horizontal scans of the reflected laser light such that said at least two portions cross the photodetector at a non-orthogonal angle, and such that the photodetector is configured to receive the at least two portions of the reflected light over respective portions of the photodetector having different widths. at least one source of laser light; a scanning mirror configured to reflect the laser light; a perimeter defining an image region inside the perimeter and an over scanned region outside the perimeter, the image region and over scanned region configured to receive the reflected laser light; a photodetector configured to receive at least two portions of the reflected laser light impacting the over scanned region outside the perimeter, the at least two portions of the reflected laser light corresponding to horizontal scans at different vertical positions of the reflected laser light, the photodetector being further configured to provide a feedback signal responsive to the at least two portions of the reflected laser light received by the photodetector; and a drive circuit configured to provide an excitation signal to excite motion of the scanning mirror, the drive circuit being configured to modify the excitation signal in response to the feedback signal; characterized in that the photodetector is oriented relative to said horizontal scans of the reflected laser light such that said at least two portions cross the photodetector at a non-orthogonal angle, and such that the photodetector is configured to receive the at least two portions of the reflected light over respective portions of the photodetector having different widths.
A pneumatic tire comprising an outer circumferential tread having an outer tread layer in direct and continuous contact with an inner tread layer, the outer and inner tread layers together defining the tread thickness, the inner tread layer comprising a first elastomeric compound or a second elastomeric compound and the outer tread layer comprising the other of the first elastomeric compound or the second elastomeric compound, the second elastomeric compound having lower rolling resistance and/or a greater resistance to treadwear than the first elastomeric compound, wherein the inner tread layer increases in thickness across at least a widthwise portion of the tread with a maximum thickness of one of the inner tread layer and the outer tread layer occurring at or near at least one of a first shoulder and a second shoulder of the tread, whereby as the tread wears, the inner tread layer defines a greater proportion of a running surface of the tread, characterized in that the outer tread layer continuously increases or continuously decreases in thickness from a central region or near a central region of the tread to the shoulders (20, 20) or near the shoulders (20, 20), and in that the inner tread layer and the outer tread layer are widthwise not arranged symmetrically with respect to the centerline or midpoint of the tread.
A silver paste composition for forming an electrode, comprising a silver powder, a glass frit powder, an organic binder, and carbon black, wherein the carbon black has a surface oxygen/carbon atomic ratio (O/C ratio) of 0.4 or higher.
A nailing machine, the nailing machine includes a first cylinder and a second cylinder, a working chamber of the first cylinder and a working chamber of the second cylinder communicate with each other, the first cylinder has a first piston within and the first piston is fixedly connected with a striker, the striker has a locking part, the nailing machine also includes a pawl reset by a resetting force, a second piston is arranged in the second cylinder, and the second piston is reciprocated between a first position and a second position of the second cylinder by a motor; wherein when the second piston is in the first position and the first piston moving inward with the striker, the striker is locked at the locking part of the striker by the pawl; when the second piston is in the second position, the motor drives the pawl to disengage from the locking part; characterized in that a housing is hinged with a swing bar, the swing bar links with the pawl to keep a synchronous motion; an actuator, synchronously driven by the motor to make a circular motion, is capable of pushing the swing bar once to make the pawl disengage from the locking part during each revolution of the actuator.
A method performed by a headset that includes a speaker and an in-ear microphone to measure characteristics of hearing elements of a user's ear, the method comprising: performing a calibration on the headset to obtain a baseline measurement, wherein the calibration is performed while the headset is in a holding case that is arranged to house the headset while it is not worn by the user; using, while the headset is being worn by a user, an audio signal to drive the speaker to project sound into a canal of a user's ear; capturing as a microphone signal, from the in-ear microphone, sound from within the canal of the user's ear; determining a model parameter that is part of a model based at least on the captured microphone signal and the baseline measurement, wherein the model is equivalent to one or more hearing elements of the user's ear; and transmitting, via a wireless connection and to an electronic device, or outputting through the speaker a notification related to one or more characteristics of the one or more hearing elements of the user's ear based on the model parameter. performing a calibration on the headset to obtain a baseline measurement, wherein the calibration is performed while the headset is in a holding case that is arranged to house the headset while it is not worn by the user; using, while the headset is being worn by a user, an audio signal to drive the speaker to project sound into a canal of a user's ear; capturing as a microphone signal, from the in-ear microphone, sound from within the canal of the user's ear; determining a model parameter that is part of a model based at least on the captured microphone signal and the baseline measurement, wherein the model is equivalent to one or more hearing elements of the user's ear; and transmitting, via a wireless connection and to an electronic device, or outputting through the speaker a notification related to one or more characteristics of the one or more hearing elements of the user's ear based on the model parameter.
Connector for two fluid lines of different geometries, having a housing, which comprises a first and a second connection section (21, 22) and a fluid channel which fluidically connects both connection sections (21, 22), a locking element, which is couplable to the housing, and a seal, which is arrangeable between the housing and the locking element, wherein the locking element and the housing are arrangeable with respect to one another in relation to the fluid channel in such a way that a receiving section for receiving the seal is formed between the housing and the locking element, characterized in that the first connection section is configured for connection of a first fluid line with an elongate cross section, and the second connection section is configured for connection of exactly one second fluid line with another, in particular circular, cross section, wherein provision is made of a fixing element and, at the locking element, a fixing section, which are configured for fixing of the first fluid line, wherein the fixing element is introducible into at least one cutout of the fixing section and one cutout or lead-through of the first fluid line, and wherein the fixing element is configured for form-fitting fixing of the first fluid line to the connector. a housing, which comprises a first and a second connection section (21, 22) and a fluid channel which fluidically connects both connection sections (21, 22), a locking element, which is couplable to the housing, and a seal, which is arrangeable between the housing and the locking element, wherein the locking element and the housing are arrangeable with respect to one another in relation to the fluid channel in such a way that a receiving section for receiving the seal is formed between the housing and the locking element, characterized in that the first connection section is configured for connection of a first fluid line with an elongate cross section, and the second connection section is configured for connection of exactly one second fluid line with another, in particular circular, cross section, wherein provision is made of a fixing element and, at the locking element, a fixing section, which are configured for fixing of the first fluid line, wherein the fixing element is introducible into at least one cutout of the fixing section and one cutout or lead-through of the first fluid line, and wherein the fixing element is configured for form-fitting fixing of the first fluid line to the connector.
A human abzyme being a human antibody κ light chain against rabies virus and having a variable domain consisting of a polypeptide represented by the amino acid sequence shown in SEQ ID NO: 26.
System for preparing a quantity of beverage suitable for consumption, the system comprising: an exchangeable capsule (4A, 4B), the exchangeable capsule (4A, 4B) comprising a cup-shaped body (6A, 6B) and a lid (12A, 12B); the cup-shaped body (6A, 6B) having a bottom (8A, 8B), a circumferential wall (10A, 10B) and a flange (14A, 14B), the lid (12A, 12B) being sealed to the flange (14A, 14B); and an apparatus comprising a first brew chamber part having a cavity for holding the exchangeable capsule (4A, 4B), a second brew chamber part for closing the first brew chamber part to form a brew chamber, the second brew chamber part comprising a sealing member for providing a liquid sealing engagement between the second brew chamber part and the lid (12A, 12B) of the exchangeable capsule (4A, 4B), wherein the sealing member comprises an air purge groove forming an air purge opening between the sealing member and the lid (12A, 12B) of the capsule (4A, 4B) for allowing air in the brew chamber to escape to an exterior of the apparatus while pressurised liquid is supplied into the brewing chamber for preparing the beverage. an exchangeable capsule (4A, 4B), the exchangeable capsule (4A, 4B) comprising a cup-shaped body (6A, 6B) and a lid (12A, 12B); the cup-shaped body (6A, 6B) having a bottom (8A, 8B), a circumferential wall (10A, 10B) and a flange (14A, 14B), the lid (12A, 12B) being sealed to the flange (14A, 14B); and an apparatus comprising a first brew chamber part having a cavity for holding the exchangeable capsule (4A, 4B), a second brew chamber part for closing the first brew chamber part to form a brew chamber, the second brew chamber part comprising a sealing member for providing a liquid sealing engagement between the second brew chamber part and the lid (12A, 12B) of the exchangeable capsule (4A, 4B), wherein the sealing member comprises an air purge groove forming an air purge opening between the sealing member and the lid (12A, 12B) of the capsule (4A, 4B) for allowing air in the brew chamber to escape to an exterior of the apparatus while pressurised liquid is supplied into the brewing chamber for preparing the beverage.
Film sensor - having a first carrier film which has at least one first conductor track, - having a second carrier film which has at least one second conductor track, - at least one electrical component being arranged between the first carrier film and the second carrier film, - the electrical component having the properties of a functional ceramic, and - the electrical component being electrically contact-connected by means of at least one first conductor track and at least one second conductor track, characterized in that the first conductor track is partially introduced into a surface of the first carrier film and/or the second conductor track is partially introduced into a surface of the second carrier film. - having a first carrier film which has at least one first conductor track, - having a second carrier film which has at least one second conductor track, - at least one electrical component being arranged between the first carrier film and the second carrier film, - the electrical component having the properties of a functional ceramic, and - the electrical component being electrically contact-connected by means of at least one first conductor track and at least one second conductor track, characterized in that the first conductor track is partially introduced into a surface of the first carrier film and/or the second conductor track is partially introduced into a surface of the second carrier film.
A compound selected from the group consisting of: 1-(6-{[1-(3-fluorophenyl)ethyl]amino]pyrazin-2-yl-1H-benzimidazole-5-carboxamide, 1-(6-{[1-(3-fluorophenyl)ethyl]amino]pyrazin-2-yl-1H-benzimidazole-6-carboxamide, or a pharmaceutically acceptable prodrug, salt, hydrate, solvate, crystal form or diastereomer thereof; and wherein the prodrugs are selected from: - compounds wherein an amino acid residue, or a polypeptide chain of two or more amino acid residues, is covalently joined through a peptidic bond to a free amino group of said compound; - compounds wherein a carbonate, carbamate, amide or alkyl ester is covalently bound to a free amino group of said compound, through a carbonyl carbon prodrug side-chain; and - phosphate derivatives wherein the prodrug side-chain is joined through a phosphorous-oxygen bond to a free hydroxyl of said compound. - compounds wherein an amino acid residue, or a polypeptide chain of two or more amino acid residues, is covalently joined through a peptidic bond to a free amino group of said compound; - compounds wherein a carbonate, carbamate, amide or alkyl ester is covalently bound to a free amino group of said compound, through a carbonyl carbon prodrug side-chain; and - phosphate derivatives wherein the prodrug side-chain is joined through a phosphorous-oxygen bond to a free hydroxyl of said compound.
A method for preparing an ester-based composition, the method comprising: putting a polycarboxylic acid and a mono-alcohol having 3 to 12 alkyl carbon atoms into a mixer to form a reaction mixture; sequentially putting the reaction mixture into N batch reactors connected in parallel to perform a reaction, and sequentially completing the reaction in the N batch reactors to semi-continuously produce reaction products; and semi-continuously moving the reaction products to a separation unit to remove unreacted alcohol, wherein N above is an integer of 3 or more, pressures of the N reactors are each independently configured such that the pressure at the early stage is 0.3 barg to 1.0 barg and the pressure at the latter stage is 0 barg to 0.5 barg, the pressure at the early stage being greater than the pressure at the latter stage, and the early and latter stages are divided based on any one of the time points when reaction conversion rate is 30% to 90%. putting a polycarboxylic acid and a mono-alcohol having 3 to 12 alkyl carbon atoms into a mixer to form a reaction mixture; sequentially putting the reaction mixture into N batch reactors connected in parallel to perform a reaction, and sequentially completing the reaction in the N batch reactors to semi-continuously produce reaction products; and semi-continuously moving the reaction products to a separation unit to remove unreacted alcohol, wherein N above is an integer of 3 or more, pressures of the N reactors are each independently configured such that the pressure at the early stage is 0.3 barg to 1.0 barg and the pressure at the latter stage is 0 barg to 0.5 barg, the pressure at the early stage being greater than the pressure at the latter stage, and the early and latter stages are divided based on any one of the time points when reaction conversion rate is 30% to 90%.
A method comprising: receiving an input that identifies a client device (104) and a level of functionality (120) of the client device (104), the level of functionality (120) comprising an indication of a corresponding level describing capabilities of the client device (104) with respect to different types of functionality, wherein each of a plurality of other client devices (104, 104) also being associated with an indication of a corresponding level of a hierarchy arranged such that each said level is successively ordered, one after another, to: support the functionality of a previous said level, and include functionality that is not supported by the previous said level; and form content for delivery to a plurality of said client devices (104, 104) according to the corresponding level of the hierarchy; and forming a communication, to be communicated over a network, which indicates an association of the client device (104) to a particular household identified through use of one or more Internet Protocol, IP, addresses and the level of functionality (120) of the client device (104). receiving an input that identifies a client device (104) and a level of functionality (120) of the client device (104), the level of functionality (120) comprising an indication of a corresponding level describing capabilities of the client device (104) with respect to different types of functionality, wherein each of a plurality of other client devices (104, 104) also being associated with an indication of a corresponding level of a hierarchy arranged such that each said level is successively ordered, one after another, to: support the functionality of a previous said level, and include functionality that is not supported by the previous said level; and form content for delivery to a plurality of said client devices (104, 104) according to the corresponding level of the hierarchy; and forming a communication, to be communicated over a network, which indicates an association of the client device (104) to a particular household identified through use of one or more Internet Protocol, IP, addresses and the level of functionality (120) of the client device (104).
A fluid flow measuring device for measuring a volume flow rate and/or mass flow rate of a fluid flow, in particular of an exhaust gas recirculation of an internal combustion engine, - with at least one spring element which is exposed to the fluid flow in such a manner that the spring element is spring-elastically displaceable at least in a ferromagnetic and/or electrically conductive mobile region depending on the dynamic pressure acting thereon, - with an eddy current sensor which, compared to the mobile region of the spring element, is arranged stationarily and which generates a measurement signal that is correlated with a distance between eddy current sensor and mobile region, which distance varies with the dynamic pressure-related displacement of the mobile region, - wherein the respective spring element is a leaf spring which, in a stationary region, is fastened to a housing and which, in the mobile region, is displaceable relative to the housing, wherein the eddy current sensor is arranged stationarily on the housing, - wherein at least one sensor carrier is provided which, on the one side, is fastened to the housing and, on the other side, carries the respective eddy current sensor, characterized in that the sensor carrier is configured as limit stop for the leaf spring and is arranged so as to limit the displacement movement of the same caused by the dynamic pressure. - with at least one spring element which is exposed to the fluid flow in such a manner that the spring element is spring-elastically displaceable at least in a ferromagnetic and/or electrically conductive mobile region depending on the dynamic pressure acting thereon, - with an eddy current sensor which, compared to the mobile region of the spring element, is arranged stationarily and which generates a measurement signal that is correlated with a distance between eddy current sensor and mobile region, which distance varies with the dynamic pressure-related displacement of the mobile region, - wherein the respective spring element is a leaf spring which, in a stationary region, is fastened to a housing and which, in the mobile region, is displaceable relative to the housing, wherein the eddy current sensor is arranged stationarily on the housing, - wherein at least one sensor carrier is provided which, on the one side, is fastened to the housing and, on the other side, carries the respective eddy current sensor,
A fibre composite, characterised in that, the fibre composite contains feltable fibres, which in particular have a scaled structure, and wood fibres, wherein the feltable fibres are joined with the wood fibres, preferably by means of a felting process.
A control device comprising: a projection control unit configured to control projection of an image on a projection plane by a projector; and a UI control unit configured to switch a mode of a user interface used for user input formed from the projected image between two or more UI modes based on a positional relationship of the projector with respect to the projection plane, characterized in that the projector includes: a first user input detection system configured to detect a position of a touch by a user using search light emitted toward a search area in the projected image and, a light valve, a projection light opening through which projection light passes; and an image sensor arranged at a position optically conjugate to the light valve configured to receive the search light reflected through the projection light opening, wherein the UI control unit determines the positional relationship of the projector with respect to the projection plane based on a first measurement result from a sensor of the projector; and wherein, when the first measurement result from the attitude sensor indicates that a search plane formed by the search area is horizontal, the UI control unit selects a first UI mode in which the first user input detection system is used as a primary input interface. a projection control unit configured to control projection of an image on a projection plane by a projector; and a UI control unit configured to switch a mode of a user interface used for user input formed from the projected image between two or more UI modes based on a positional relationship of the projector with respect to the projection plane, characterized in that the projector includes: a first user input detection system configured to detect a position of a touch by a user using search light emitted toward a search area in the projected image and, a light valve, a projection light opening through which projection light passes; and an image sensor arranged at a position optically conjugate to the light valve configured to receive the search light reflected through the projection light opening, wherein the UI control unit determines the positional relationship of the projector with respect to the projection plane based on a first measurement result from a sensor of the projector; and wherein, when the first measurement result from the attitude sensor indicates that a search plane formed by the search area is horizontal, the UI control unit selects a first UI mode in which the first user input detection system is used as a primary input interface.