mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle body arrangement comprising a sealer , wherein the sealer has the ability, in an initial state, to be pre-shaped to an initial shape, wherein the sealer upon fluid contact has the ability to expand to a final shape and to a final state, the final shape conforming to a shape of a part of a vehicle body cavity or to a vehicle body cavity thereby sealing the part of the vehicle body cavity or the vehicle body cavity , wherein the sealer is made from a sealing composition being a fluid swellable rubber composition being activated by fluid in the initial state, comprising: - a non-fluid swellable base rubber, - a crosslinkable ethylene oxide based hydrophilic elastomer having at least one curable functional group, and - a fluid swellable non-elastomeric material, characterized in that the sealer is part of a sandwich construction , wherein the sandwich construction further comprises a fluid layer placed on top of the sealer . - a non-fluid swellable base rubber, - a crosslinkable ethylene oxide based hydrophilic elastomer having at least one curable functional group, and - a fluid swellable non-elastomeric material,
An electrochromic device comprising: a first electrode , second electrode and an electrochromic composition including one or more electrochromic materials; wherein at least one of the one or more electrochromic materials undergoes electron exchange only at either the first electrode or at the second electrode, wherein the electrochromic device further comprises a selectively permeable membrane within the electrochromic composition and disposed between the first and second electrode , wherein the membrane has a center portion and a peripheral portion, characterized in that the center portion has a permeability higher than that of the peripheral portion. a first electrode , second electrode and an electrochromic composition including one or more electrochromic materials; wherein at least one of the one or more electrochromic materials undergoes electron exchange only at either the first electrode or at the second electrode, wherein the electrochromic device further comprises a selectively permeable membrane within the electrochromic composition and disposed between the first and second electrode , wherein the membrane has a center portion and a peripheral portion, characterized in that the center portion has a permeability higher than that of the peripheral portion.
Gyro-based surveying tool for surveying of holes oriented in a basically vertical direction in areas with no line-of-sight connection to the sky, the gyro-based surveying tool comprising: - a surveying head ; - an analysing unit ; wherein the surveying head comprises a plurality of MicroElectroMechanical-System-Inertial-Measurement-Unit, MEMS-IMU, arrangements (220a, 220b, ...), each of the MEMS-IMU arrangements (220a, 220b, ...) being arranged to obtain measurement results of angular rates and accelerations, and transmission means arranged to transmit information relating to the obtained measurement results to the analysing unit ; and in that the analysing unit is arranged to receive and analyse said transmitted information relating to the measurement results from the plurality of MEMS-IMU arrangements so as to calculate a combined measurement result comprising combined angular rates and accelerations calculated based on the measured angular rates and accelerations from each (220a, 220b, ...) MEMS-IMU out of the plurality of MEMS-IMU, wherein the surveying tool further comprises means (230; 250) for calculating an attitude of said surveying head based on said combined measurement result, and wherein said MEMS-IMU arrangements are six-degree of freedom sensors. - a surveying head ; - an analysing unit ;
A rotary sensor assembly comprising: a rotary sensor subassembly configured to sense a stroke of a driving shaft configured to move linearly in response to input of rotating power; a sensing guide configured to be moved by a force received from the driving shaft when the driving shaft moves such that the rotary sensor subassembly senses movement of the driving shaft; and fasteners which couple the sensing guide to the driving shaft, wherein the rotary sensor subassembly senses movement of the sensing guide to sense the stroke of the driving shaft when the driving shaft moves, wherein the sensing guide includes: a rack and gear assembly having a toothed rack configured to move according to the movement of the driving shaft and a gear ; and a rack holder coupled to the rack and gear assembly to support the rack and gear assembly . a rotary sensor subassembly configured to sense a stroke of a driving shaft configured to move linearly in response to input of rotating power; a sensing guide configured to be moved by a force received from the driving shaft when the driving shaft moves such that the rotary sensor subassembly senses movement of the driving shaft; and fasteners which couple the sensing guide to the driving shaft, wherein the rotary sensor subassembly senses movement of the sensing guide to sense the stroke of the driving shaft when the driving shaft moves, wherein the sensing guide includes: a rack and gear assembly having a toothed rack configured to move according to the movement of the driving shaft and a gear ; and a rack holder coupled to the rack and gear assembly to support the rack and gear assembly . a rack and gear assembly having a toothed rack configured to move according to the movement of the driving shaft and a gear ; and a rack holder coupled to the rack and gear assembly to support the rack and gear assembly .
Bucket comprising at least two chambers which are connected to one another in a flow-conducting manner by at least one flow-transfer channel , wherein one of the chambers is designed as a rinsing-out/spinning-out chamber combined for a cleaning implement and one of the chambers is designed as a water-level regulation chamber for regulating the water level in the rinsing-out/spinning-out chamber , characterized in that a displacement body able to be moved by a first actuating device is arranged in the water-level regulation chamber .
An anchor rod coupling joint for coupling anchor rods; said anchor rod coupling joint comprising: a first joint member comprising a body having a first diameter; a second joint member comprising a second body having a second diameter, the first diameter being less than the second diameter such that the first joint member is arranged to frictionally engage within said second joint member ; a compression sleeve , at least a portion of the second joint member being arranged to frictionally engage within the compression sleeve , wherein, said second joint member further comprises a hole which extends through the second body and wherein said first joint member comprises an elongate channel which extends axially along the body , the joint further comprising a pin which extends through the hole and the elongate channel for limiting relative movement of the first and second joint members along a longitudinal axis thereof, the first and second joint members being arranged to receive and couple with anchoring rods. a first joint member comprising a body having a first diameter; a second joint member comprising a second body having a second diameter, the first diameter being less than the second diameter such that the first joint member is arranged to frictionally engage within said second joint member ; a compression sleeve , at least a portion of the second joint member being arranged to frictionally engage within the compression sleeve , wherein, said second joint member further comprises a hole which extends through the second body and wherein said first joint member comprises an elongate channel which extends axially along the body , the joint further comprising a pin which extends through the hole and the elongate channel for limiting relative movement of the first and second joint members along a longitudinal axis thereof, the first and second joint members being arranged to receive and couple with anchoring rods.
A modulation pattern calculation apparatus for calculating a modulation pattern presented on a spatial light modulator for modulating an intensity spectrum of input light to bring a temporal intensity waveform of light close to a desired waveform, the apparatus comprising: an iterative Fourier transform unit for performing a Fourier transform on a waveform function in a frequency domain including an intensity spectrum function and a phase spectrum function, performing a replacement of a temporal intensity waveform function based on the desired waveform in a time domain after the Fourier transform and then performing an inverse Fourier transform, and performing a replacement to constrain the phase spectrum function in the frequency domain after the inverse Fourier transform; a filtering process unit for performing a filtering process of cutting a part exceeding a cutoff intensity for each wavelength determined on the basis of the intensity spectrum of the input light, on the intensity spectrum function in the frequency domain after the inverse Fourier transform or a normalized intensity spectrum function obtained by multiplying the intensity spectrum function by a normalization coefficient; and a modulation pattern calculation unit for calculating the modulation pattern on the basis of the intensity spectrum function or the normalized intensity spectrum function after the filtering process. an iterative Fourier transform unit for performing a Fourier transform on a waveform function in a frequency domain including an intensity spectrum function and a phase spectrum function, performing a replacement of a temporal intensity waveform function based on the desired waveform in a time domain after the Fourier transform and then performing an inverse Fourier transform, and performing a replacement to constrain the phase spectrum function in the frequency domain after the inverse Fourier transform; a filtering process unit for performing a filtering process of cutting a part exceeding a cutoff intensity for each wavelength determined on the basis of the intensity spectrum of the input light, on the intensity spectrum function in the frequency domain after the inverse Fourier transform or a normalized intensity spectrum function obtained by multiplying the intensity spectrum function by a normalization coefficient; and a modulation pattern calculation unit for calculating the modulation pattern on the basis of the intensity spectrum function or the normalized intensity spectrum function after the filtering process.
A semiconductor package substrate comprising: an insulating substrate ; a circuit pattern formed on the insulating substrate ; a protective layer on the insulating substrate , the protective layer covering the circuit pattern on the insulating substrate ; a pad on the protective layer ; and an adhesive member on the pad , wherein the pad includes a first pad buried in the protective layer , and a second pad on the first pad , the second pad protruding over the protective layer , wherein the pad makes contact with the protective layer without making contact with the circuit pattern and the insulating substrate , wherein the second pad has a shape of a column having a lower width and an upper width equal to each other, and wherein the second pad has a width narrower than an upper width of the first pad . an insulating substrate ; a circuit pattern formed on the insulating substrate ; a protective layer on the insulating substrate , the protective layer covering the circuit pattern on the insulating substrate ; a pad on the protective layer ; and an adhesive member on the pad , wherein the pad includes a first pad buried in the protective layer , and a second pad on the first pad , the second pad protruding over the protective layer , wherein the pad makes contact with the protective layer without making contact with the circuit pattern and the insulating substrate , wherein the second pad has a shape of a column having a lower width and an upper width equal to each other, and wherein the second pad has a width narrower than an upper width of the first pad .
A light-emitting device comprising: a first metal reflection layer comprising a first phase modulation surface , the first phase modulation surface being configured to generate magnetic resonance with respect to light that is incident upon the first phase modulation surface; a color conversion layer provided on the first phase modulation surface and comprising a photoluminescent material ; a first electrode provided on the color conversion layer; a hole injection and transport layer provided on the first electrode; a blue organic light-emitting layer provided on the hole injection and transport layer; an electron injection and transport layer provided on the blue organic light-emitting layer; a second electrode provided on the electron injection and transport layer, characterized in that the first metal reflection layer and the second electrode form a microcavity (L) having a resonant wavelength, and wherein the first phase modulation surface has a meta structure in which nano patterns are arranged periodically, so that the space between the nano patterns becomes a magnetic resonator that generates the magnetic resonance to the incident light. a first metal reflection layer comprising a first phase modulation surface , the first phase modulation surface being configured to generate magnetic resonance with respect to light that is incident upon the first phase modulation surface; a color conversion layer provided on the first phase modulation surface and comprising a photoluminescent material ; a first electrode provided on the color conversion layer; a hole injection and transport layer provided on the first electrode; a blue organic light-emitting layer provided on the hole injection and transport layer; an electron injection and transport layer provided on the blue organic light-emitting layer; a second electrode provided on the electron injection and transport layer, characterized in that the first metal reflection layer and the second electrode form a microcavity (L) having a resonant wavelength, and wherein the first phase modulation surface has a meta structure in which nano patterns are arranged periodically, so that the space between the nano patterns becomes a magnetic resonator that generates the magnetic resonance to the incident light.
A method for determining position data of a vehicle, comprising: - measuring driving dynamic data of the vehicle, - measuring at least one distance of the vehicle from a stationary object, - filtering the driving dynamic data based on the detected distance , and - updating the position data based on the filtered driving dynamic data, characterized by - detecting an expansion of the stationary object to measure the distance , wherein, when the expansion of the stationary object exceeds a predetermined value, the at least one distance is measured in a direction positioned at 90° to the driving direction of the vehicle or in the driving direction of the vehicle. - measuring driving dynamic data of the vehicle, - measuring at least one distance of the vehicle from a stationary object, - filtering the driving dynamic data based on the detected distance , and - updating the position data based on the filtered driving dynamic data, characterized by - detecting an expansion of the stationary object to measure the distance , wherein, when the expansion of the stationary object exceeds a predetermined value, the at least one distance is measured in a direction positioned at 90° to the driving direction of the vehicle or in the driving direction of the vehicle.
Method of inhibiting or preventing the production of the laundry malodor "sweat", comprising contacting a fabric or a laundry washing machine with bacterial spores of Bacillus tequilensis.
Method for operating at least one additive manufacturing apparatus (102, 202, 402.1, 402.2, 602.1, 602.2), comprising: - producing at least one first component by the additive manufacturing apparatus (102, 202, 402.1, 402.2, 602.1, 602.2) in accordance with a first control data set during a first production step, - providing at least one component parameter data set related to the first component to at least one peer-to-peer application of at least one peer-to-peer network , - controlling at least one optimizing process based on the provided component parameter data set and the first control data set by means of at least one controlling means of the peer-to-peer application executed by two or more nodes (112.1, 112.2, 112.3, 212.1, 212.2, 412.1, 412.2, 412.3, 601.1, 612.1, 626.1) of the peer-to-peer network such that the first control data set is adapted, wherein controlling includes monitoring the optimizing process by executing the controlling means by the two or more nodes (112.1, 112.2, 112.3, 212.1, 212.2, 412.1, 412.2, 412.3, 601.1, 612.1, 626.1) of the peer-to-peer network , and - providing the adapted first control data set from the peer-to-peer application to the additive manufacturing apparatus (102, 202, 402.1, 402.2, 602.1, 602.2). - producing at least one first component by the additive manufacturing apparatus (102, 202, 402.1, 402.2, 602.1, 602.2) in accordance with a first control data set during a first production step, - providing at least one component parameter data set related to the first component to at least one peer-to-peer application of at least one peer-to-peer network , - controlling at least one optimizing process based on the provided component parameter data set and the first control data set by means of at least one controlling means of the peer-to-peer application executed by two or more nodes (112.1, 112.2, 112.3, 212.1, 212.2, 412.1, 412.2, 412.3, 601.1, 612.1, 626.1) of the peer-to-peer network such that the first control data set is adapted, wherein controlling includes monitoring the optimizing process by executing the controlling means by the two or more nodes (112.1, 112.2, 112.3, 212.1, 212.2, 412.1, 412.2, 412.3, 601.1, 612.1, 626.1) of the peer-to-peer network , and - providing the adapted first control data set from the peer-to-peer application to the additive manufacturing apparatus (102, 202, 402.1, 402.2, 602.1, 602.2).
Process to apply a label on a heated thermoplastic foil with a thermoformed part of a forming tool while or immediately after the thermoforming process, while the thermoformed part is in the forming tool. The forming tool exists of an upper part with forming components and a bottom part with a movable pressure plate per form cavity. Before closing the forming tool a label will be apply on the pressure plate , hold on and while or immediately after thermoforming the forming part pressed against the averted surface of the forming part of the forming components . This is characterized in that , the pressure plate which is tempered over a tempering medium.
Bicycle frame for a bicycle with battery-operated auxiliary drive , comprising at least one frame tube , which has an axially running battery receiving portion in its interior , for receiving a battery for the auxiliary drive , wherein the battery receiving portion has an insertion opening running on the face side , via which the battery can be inserted into the battery receiving portion with its face side first, wherein a rail system is provided, which has at least one axially running rail , which can be inserted axially into a complementary rail receptacle optionally formed integrally on the frame tube , and which can be inserted axially into the interior of the frame tube and can be fixed to the frame tube by means of a locking means against an axial movement, and which has a battery guide means , which forms a sliding guide for axially inserting the battery into the battery receiving portion , characterised in that the frame tube is a down tube which runs between a steering head region and a drive bearing region , and in that the rail system has a battery locking means designed to lock the battery in the battery receiving portion and against axially sliding out, and/or has a battery connecting means for connecting the battery inserted into the battery receiving portion, wherein the battery connecting means has a battery hub which is fastened to the rail system , wherein the rail system is designed such that it can be inserted into the interior of the frame tube together with the battery locking means and/or the battery hub .
A low-profile electronic component housing with an electronic component includable within the housing, the housing comprising: a body comprising a cavity configured for housing the electronic component ; a lid secured to the body , the lid comprising an extension portion that extends into the cavity of the body from a lateral portion of the lid ; a wire ; and a terminal configured to be electrically coupled to the electronic component by way of the wire , wherein a minimum creepage path is disposed between the terminal and the electronic component , the minimum creepage path comprising a distance between the terminal and the electronic component as measured along a surface of insulation, and wherein the minimum creepage path extends along the extension portion of the lid . a body comprising a cavity configured for housing the electronic component ; a lid secured to the body , the lid comprising an extension portion that extends into the cavity of the body from a lateral portion of the lid ; a wire ; and a terminal configured to be electrically coupled to the electronic component by way of the wire , wherein a minimum creepage path is disposed between the terminal and the electronic component , the minimum creepage path comprising a distance between the terminal and the electronic component as measured along a surface of insulation, and wherein the minimum creepage path extends along the extension portion of the lid .
Entrained-flow gasifier for the gasification of fuels in dust or liquid form using a free oxygen-containing gasifying agent at pressures between atmospheric pressure and 8 MPa and at gasification temperatures between 1200 and 1900°C, in which gasifier - a reaction chamber is connected to a quenching chamber arranged therebelow via a guide pipe in a pressure shell , - the reaction chamber is delimited by a cooling screen , - a gasification burner which can be arranged at the upper end of the reaction chamber, - the cooling screen gap between the cooling screen and pressure shell is flushed with an inert gas, - the cooling screen is configured by the winding of a number of cooling screen tubes through which a cooling liquid flows, - the cooling screen has a tapering conical cooling screen portion at the upper end, a tapering conical cooling screen portion at the lower end and a central cylindrical cooling screen portion therebetween, characterized in that the cooling screen tubes are configured as a thick-walled cooling screen tube in the region of the lower and the upper cooling screen portion and as a thin-walled cooling screen tube in the region of the central cooling screen portion. - a reaction chamber is connected to a quenching chamber arranged therebelow via a guide pipe in a pressure shell , - the reaction chamber is delimited by a cooling screen , - a gasification burner which can be arranged at the upper end of the reaction chamber, - the cooling screen gap between the cooling screen and pressure shell is flushed with an inert gas, - the cooling screen is configured by the winding of a number of cooling screen tubes through which a cooling liquid flows, - the cooling screen has a tapering conical cooling screen portion at the upper end, a tapering conical cooling screen portion at the lower end and a central cylindrical cooling screen portion therebetween,