mhurhangee/patent-ind-claim-en huggingface dataset:
A measurement apparatus for imaging a road surface, the measurement apparatus configured to be mounted on a vehicle , the measurement apparatus comprising: a plurality of imaging devices for imaging the road surface including at least a first imaging device (130-1) and a second imaging device (130-2), wherein the first imaging device (130-1) and second imaging device (130-2) are separated in a width dimension of the vehicle such that a first image capture range of the first imaging device (130-1) in the width dimension and a second image capture range of the second imaging device (130-2) in the width dimension at least partially overlap at the road surface, wherein, when a first inclination angle "θ2A" of the first imaging device (130-1) with respect to the width dimension of the vehicle is defined between a first image capture direction of the first imaging device (130-1) and a perpendicular line extended perpendicularly from the road surface, and a second inclination angle "θB" of the second imaging device (130-2) with respect to the width dimension of the vehicle is defined between a second image capture direction of the second imaging device (130-2) and the perpendicular line extended perpendicularly from the road surface, the first inclination angle "θ2A" and the second inclination angle "θB" satisfy a condition of "θ2A > θB", and characterized in that the measurement apparatus is configured such that the first imaging device (130-1) is disposed closer to the road surface than the second imaging device (130-2). a plurality of imaging devices for imaging the road surface including at least a first imaging device (130-1) and a second imaging device (130-2), wherein the first imaging device (130-1) and second imaging device (130-2) are separated in a width dimension of the vehicle such that a first image capture range of the first imaging device (130-1) in the width dimension and a second image capture range of the second imaging device (130-2) in the width dimension at least partially overlap at the road surface, wherein, when a first inclination angle "θ2A" of the first imaging device (130-1) with respect to the width dimension of the vehicle is defined between a first image capture direction of the first imaging device (130-1) and a perpendicular line extended perpendicularly from the road surface, and a second inclination angle "θB" of the second imaging device (130-2) with respect to the width dimension of the vehicle is defined between a second image capture direction of the second imaging device (130-2) and the perpendicular line extended perpendicularly from the road surface, the first inclination angle "θ2A" and the second inclination angle "θB" satisfy a condition of "θ2A > θB", and characterized in that the measurement apparatus is configured such that the first imaging device (130-1) is disposed closer to the road surface than the second imaging device (130-2).
A spinning machine comprising: a core yarn supplying device adapted to supply a core yarn (C) ; a fiber bundle supplying device adapted to supply a fiber bundle (F); a spinning device adapted to produce a spun yarn (Y) by applying twists to the fiber bundle (F) with the core yarn (C) as a core; a tension detecting section adapted to detect tension applied to the spun yarn (Y) produced by the spinning device ; a monitoring section adapted to monitor a yarn quality of the spun yarn (Y) with regard to a quality monitor reference range for monitoring the yarn quality of the spun yarn (Y) based on a detection result of the tension detecting section , characterized in that the yarn quality refers to a covered state of the core yarn (C) by cover fibers (F). a core yarn supplying device adapted to supply a core yarn (C) ; a fiber bundle supplying device adapted to supply a fiber bundle (F); a spinning device adapted to produce a spun yarn (Y) by applying twists to the fiber bundle (F) with the core yarn (C) as a core; a tension detecting section adapted to detect tension applied to the spun yarn (Y) produced by the spinning device ; a monitoring section adapted to monitor a yarn quality of the spun yarn (Y) with regard to a quality monitor reference range for monitoring the yarn quality of the spun yarn (Y) based on a detection result of the tension detecting section , characterized in that the yarn quality refers to a covered state of the core yarn (C) by cover fibers (F).
Tub installation having a shower tray and at least one support profile for supporting the shower tray , wherein the shower tray has a drain opening and a shower surface aligned inclined to the drain opening with respect to the horizontal, wherein the shower surface is surrounded by a circumferential edge which is formed at least on one side by only one bend with a downwardly directed web as an angular edge section, wherein the at least one support profile is arranged adjacent to the bend under the shower surface and projects downwards beyond a lower end of the downwardly directed web , wherein the shower tray is made of an enameled sheet steel, characterized in that the edge of the sheet steel is rounded in the region of the drain opening and at the downwardly projecting web .
System for transforming plastic parisons to plastic containers with a transport device which transports the plastic parisons along a predetermined transport path, wherein the transport device has a movable station support on which a plurality of transforming stations are arranged, wherein these transforming stations each have blow mould devices which each form cavities within which the plastic parisons can be transformed into the plastic containers and these blow mould devices are each disposed on blow mould supports , and the system has a changing device which is suitable and intended at least to remove the blow mould devices from their blow mould supports and/or to arrange blow mould devices on the blow mould supports , characterised in that the changing device has an identification device for identifying blow moulds and/or blow mould parts , wherein the identification device preferably has an RFID detection device.
Applicator for applying a cosmetic product to the eyelashes and/or eyebrows, having an applicator member with: a core made of thermoplastic material, spikes moulded with the core, of which at least some are multiple, the multiple spikes having at least two branches extending in divergent directions away from the core, these branches connecting to one and the same base or having bases contiguous or close to each other, a support having two metal branches twisted around the core , wherein the core defines ribs which between them define grooves in which the metal branches of the support extend, the branches of one and the same multiple spike joining at the summit of the corresponding rib of the core , the multiple spikes being double spikes, the two branches of a double spike being symmetrical to each other with respect to a median plane of symmetry containing the longitudinal axis of the core, when the latter is rectilinear. a core made of thermoplastic material, spikes moulded with the core, of which at least some are multiple, the multiple spikes having at least two branches extending in divergent directions away from the core, these branches connecting to one and the same base or having bases contiguous or close to each other, a support having two metal branches twisted around the core , wherein the core defines ribs which between them define grooves in which the metal branches of the support extend, the branches of one and the same multiple spike joining at the summit of the corresponding rib of the core , the multiple spikes being double spikes, the two branches of a double spike being symmetrical to each other with respect to a median plane of symmetry containing the longitudinal axis of the core, when the latter is rectilinear.
A lighting device , comprising: a substrate ; a plurality of first light converting units (LCU1) comprising a plurality of quantum dots having a particle size between 1 nanometer and 30 nanometers; and a light source (LS) emitting a light passing through the plurality of first light converting units (LCU1) and the substrate to generate a first spectrum comprising a main wave (MW11) and a first sub-wave (SW11), wherein the main wave (MW11) has a main peak (PM11) between 520 nanometers (nm) to 590 nm, and the first sub-wave (SW11) has a first sub peak (PS11) between 430 nm to 470 nm, and an intensity of the main peak (PM11) is greater than an intensity of the first sub peak (PS11); wherein the substrate comprises a plurality of metal ions or a plurality of nanoparticles so that a first transmittance (T1) of the substrate at a wavelength of the main peak (PM11) is greater than a second transmittance (T2) of the substrate at a wavelength of the first sub peak (PS11). a substrate ; a plurality of first light converting units (LCU1) comprising a plurality of quantum dots having a particle size between 1 nanometer and 30 nanometers; and a light source (LS) emitting a light passing through the plurality of first light converting units (LCU1) and the substrate to generate a first spectrum comprising a main wave (MW11) and a first sub-wave (SW11), wherein the main wave (MW11) has a main peak (PM11) between 520 nanometers (nm) to 590 nm, and the first sub-wave (SW11) has a first sub peak (PS11) between 430 nm to 470 nm, and an intensity of the main peak (PM11) is greater than an intensity of the first sub peak (PS11); wherein the substrate comprises a plurality of metal ions or a plurality of nanoparticles so that a first transmittance (T1) of the substrate at a wavelength of the main peak (PM11) is greater than a second transmittance (T2) of the substrate at a wavelength of the first sub peak (PS11).
Method for grouping data associated with images, comprising the following steps: /1/ capturing images (I), using a capture device of at least one field station , each whereof is a view of at least one target provided with an identification zone for identifying said target, said identification zone containing distinguishing features allowing said target to be distinguished from other targets, and the respective identification zones of the targets having common characteristics; /2/ using the common characteristics of the identification zones, extracting at least one image portion (IT) of each image (I), using an image processing module of the at least one field station , said image portion containing the identification zone and being smaller than said image; /3/ transmitting the extracted image portions (IT) to an image comparison unit; characterised by the following step of: /4/ by using the image comparison unit, searching for an appearance match between the distinguishing features in different image portions (IT) extracted in step /2/, and grouping together data associated with the images having produced a positive match result. /1/ capturing images (I), using a capture device of at least one field station , each whereof is a view of at least one target provided with an identification zone for identifying said target, said identification zone containing distinguishing features allowing said target to be distinguished from other targets, and the respective identification zones of the targets having common characteristics; /2/ using the common characteristics of the identification zones, extracting at least one image portion (IT) of each image (I), using an image processing module of the at least one field station , said image portion containing the identification zone and being smaller than said image; /3/ transmitting the extracted image portions (IT) to an image comparison unit;
Stripping device for a roll stand , the stripping device comprising a stripper carrier and a stripper arranged on the stripper carrier , the stripper comprising - a main body having a main body bottom side , which rests against the stripper carrier , and - a felt layer , which is arranged on a main body top side of the main body situated opposite the main body bottom side , characterized in that - the main body is manufactured from a fiber-reinforced plastic - and a stripper rear side of the stripper situated opposite the main body front side has stripper recesses , which each extend from the main body bottom side to a stripper top side of the stripper situated opposite the main body bottom side , and in that the stripper carrier is connected to the stripper by connecting elements , which are each guided by a stripper recess and are connected to the stripper carrier . - a main body having a main body bottom side , which rests against the stripper carrier , and - a felt layer , which is arranged on a main body top side of the main body situated opposite the main body bottom side , - the main body is manufactured from a fiber-reinforced plastic - and a stripper rear side of the stripper situated opposite the main body front side has stripper recesses , which each extend from the main body bottom side to a stripper top side of the stripper situated opposite the main body bottom side , and in that the stripper carrier is connected to the stripper by connecting elements , which are each guided by a stripper recess and are connected to the stripper carrier .
A co-crystallization product of efinaconazole and a pharmaceutically acceptable coformer forming a co-crystalline phase, wherein the coformer is polyethylene glycol-6000.
Insulation panel comprising: - at least one sensor unit comprising at least one moisture sensor configured to provide moisture data; - at least one communication interface configured to establish a communication with a read-out device and to transmit the moisture data to the read-out device; - at least one memory unit configured to store identification data of the insulation panel, characterized in that the sensor unit further comprises at least one radon sensor configured to provide radon exposure data. - at least one sensor unit comprising at least one moisture sensor configured to provide moisture data; - at least one communication interface configured to establish a communication with a read-out device and to transmit the moisture data to the read-out device; - at least one memory unit configured to store identification data of the insulation panel,
A circuit comprising: a pair of cross-coupled inverters enabled by a pair of pull-up transistors , wherein sources of the pair of pull-up transistors are coupled to a supply voltage at a first voltage level; one or more first clock-gated P-type transistors coupled in series between drains of the pair of pull-up transistors , wherein gates of the one or more first clock-gated P-type transistors are coupled to a clock signal, wherein a clock logic high level is equal to a second voltage level less than the first voltage level by a given amount; and a pair of second clock-gated transistors coupled in parallel to state nodes of the pair of cross-coupled inverters; wherein when the clock signal is at the clock logic high level, the one or more first clock-gated P-type transistors are configured to counteract the pair of second clock-gated transistors to cause one of the state nodes to reach the first voltage level. a pair of cross-coupled inverters enabled by a pair of pull-up transistors , wherein sources of the pair of pull-up transistors are coupled to a supply voltage at a first voltage level; one or more first clock-gated P-type transistors coupled in series between drains of the pair of pull-up transistors , wherein gates of the one or more first clock-gated P-type transistors are coupled to a clock signal, wherein a clock logic high level is equal to a second voltage level less than the first voltage level by a given amount; and a pair of second clock-gated transistors coupled in parallel to state nodes of the pair of cross-coupled inverters; wherein when the clock signal is at the clock logic high level, the one or more first clock-gated P-type transistors are configured to counteract the pair of second clock-gated transistors to cause one of the state nodes to reach the first voltage level.
Robust, adaptive and easy wearable cuff with an integrated signal recorder for measurements of biosignals on the skin of a living body, in particular for long-term ECG recording at an upper arm of a human body, wherein the cuff is based on a carrier material and the signal recorder is comprising an optional ground electrode , one or more signal electrodes , a main circuit comprising a base , conductors which connect the electrodes to each other and/or to the base of the main circuit , wherein at least one electrode is connected to the carrier material via a reversibly compressible material , wherein - the electrodes , the base of the main circuit and the conductors are based on one and the same flexible printed circuit board (FPCB) and thus they exhibit no interfaces in between, wherein the reversibly compressible material a) is comprising a spring, an elastomer or is based on one or more layers of the FPCB in helical form, and/or b) can be compressed reversibly by at least 25%, when a force of 1 N is applied, measured at 23 °C and 50% relative humidity, measured according to DIN EN ISO 3386-1 (2015-10), and characterized in that the carrier material is an elastic carrier material having an elongation of at least 10%, in particular of at least 50%, at a tensile force of 1 N, when measured at 23 °C and 50% relative humidity, measured according to ISO 13934-1:2013, and in that the conductors exhibit a zig-zag, U-shape, Ω-shape and/or a meandering form. - the electrodes , the base of the main circuit and the conductors are based on one and the same flexible printed circuit board (FPCB) and thus they exhibit no interfaces in between, a) is comprising a spring, an elastomer or is based on one or more layers of the FPCB in helical form, and/or b) can be compressed reversibly by at least 25%, when a force of 1 N is applied, measured at 23 °C and 50% relative humidity, measured according to DIN EN ISO 3386-1 (2015-10), and characterized in that
A method of dampening movement in a multiple rotor (MR) wind turbine located at sea and comprising a tower extending in an upwards direction, a load carrying structure forming a first section and a second section , the first and second sections extending in different directions away from the tower , the method comprising tethering a first body to the first section , characterised in the first body being at least partly submerged into the sea.
A separation device for separating a fluid, said fluid comprising multiple components, into at least two components comprising: a support structure ; at least one separation tube mounted on or within said support structure for rotation about an axis , wherein said at least one separation tube comprises one or more vanes attached to or formed integrally with said separation tube ; at least one inlet for introducing a flow of said fluid into said at least one separation tube ; and at least one outlet for outputting at least one of said components therefrom, wherein the at least one outlet comprises an overflow outlet , and the overflow outlet comprises a vortex finder ; wherein the said at least one separation tube is configured such that, in use, when said flow of said fluid is applied thereto, said separation tube is thereby caused to rotate on or within said support structure about said axis , thereby separating said fluid into at least two components, in which the rotation of the separation tube together with any rotational spin induced at the inlet maintains or increases a spiral or rotating flow profile of the fluid, and the rotation of the fluid within the separation tube establishes a vortex in the fluid whereby a centrifugal force causes denser components of the fluid to accumulate towards the walls of the separation tube whereas the less dense components accumulate near said axis and are extracted from near said axis by the vortex finder . a support structure ; at least one separation tube mounted on or within said support structure for rotation about an axis , wherein said at least one separation tube comprises one or more vanes attached to or formed integrally with said separation tube ; at least one inlet for introducing a flow of said fluid into said at least one separation tube ; and at least one outlet for outputting at least one of said components therefrom, wherein the at least one outlet comprises an overflow outlet , and the overflow outlet comprises a vortex finder ; wherein the said at least one separation tube is configured such that, in use, when said flow of said fluid is applied thereto, said separation tube is thereby caused to rotate on or within said support structure about said axis , thereby separating said fluid into at least two components, in which the rotation of the separation tube together with any rotational spin induced at the inlet maintains or increases a spiral or rotating flow profile of the fluid, and the rotation of the fluid within the separation tube establishes a vortex in the fluid whereby a centrifugal force causes denser components of the fluid to accumulate towards the walls of the separation tube whereas the less dense components accumulate near said axis and are extracted from near said axis by the vortex finder .
Waste incinerator which contains a rotary kiln the outlet of which is connected to secondary combustion chamber(s) which are in turn connected to a boiler connected to a heat exchanger which is further attached to a wet scrubber , and flue gas outlet of the wet scrubber is connected to a fan and a chimney , characterized in that - the rotary kiln is a counter current rotary kiln, - the wet scrubber has a closed liquid circulation provided with at least two decanting tanks and a filter press , and - the flue gas outlet of the wet scrubber is connected to the fan and the chimney through the heat exchanger . - the rotary kiln is a counter current rotary kiln, - the wet scrubber has a closed liquid circulation provided with at least two decanting tanks and a filter press , and - the flue gas outlet of the wet scrubber is connected to the fan and the chimney through the heat exchanger .
A treatment method of samples made of metalliferous ashes from combustors where a defined quantity of the ashes to be analysed having a defined grain size are dried to achieve a defined residual water content and the dried sample quantity is separated into a predominantly ferrous first part and a predominantly inert material and metals as well as a second part containing their compounds, characterised in that at least one subset of the second part is milled at least partially during at least one milling step into a sample powder having a defined grain size smaller than 500μm and in particular smaller than 100μm, that at least one fraction of the sample powder is exposed to thermal extraction under temperatures higher than 700°C and lower than 1.100°C where at least one part of the powdered elementary metals combusts and that the combustion residue is provided for analysis .
A probe assembly for a closed transfer system coupler configured to selectively engage a container coupled to the coupler in a fluid tight configuration, the probe assembly comprising: a base including a base air inlet ; a probe defining a hollow air channel in fluid communication with the base air inlet, the probe including at least one primary valve ; and a plurality of secondary valves configured to selectively allow air into the hollow air channel in parallel. a base including a base air inlet ; a probe defining a hollow air channel in fluid communication with the base air inlet, the probe including at least one primary valve ; and a plurality of secondary valves configured to selectively allow air into the hollow air channel in parallel.