mhurhangee/patent-ind-claim-en huggingface dataset:
Exhaust-gas-aftertreatment system for an internal combustion engine , comprising an exhaust-gas system with an exhaust-gas channel in which at least two exhaust-gas-aftertreatment components for selective catalytic reduction of nitrogen oxides are arranged, wherein the first exhaust-gas-aftertreatment component for selective catalytic reduction of nitrogen oxides is arranged directly downstream of a turbine of an exhaust-gas turbocharger and, downstream of the first exhaust-gas-aftertreatment component for selective catalytic reduction of nitrogen oxides and upstream of the second exhaust-gas-aftertreatment component for selective catalytic reduction of nitrogen oxides, there is provided a burner by way of which the exhaust gas is heatable prior to entering the second exhaust-gas-aftertreatment component for selective catalytic reduction of nitrogen oxides, wherein, downstream of the second exhaust-gas-aftertreatment component for selective catalytic reduction of nitrogen oxides, there is arranged an oxidation catalytic converter for conversion of unburned hydrocarbons, characterized in that the first exhaust-gas-aftertreatment component is a particle filter with a coating for selective catalytic reduction of nitrogen oxides, and the second exhaust-gas-aftertreatment component is an SCR catalytic converter.
Method for detecting a raised object located within a car park by using at least two video cameras that are arranged in a spatially distributed manner within the car park and whose respective fields of view overlap in an overlap region , comprising the following steps: recording respective video images of the overlap region by means of the video cameras , analysing the recorded video images to detect a raised object in the recorded video images, wherein analysing is carried out both by means of at least one of the video cameras internally in said video camera(s) and also externally of the video camera(s) by means of at least one computational unit which is different from the video cameras , wherein the video cameras and the computational unit, respectively, communicate with one another in order to transmit the respectively recorded video images to that or those video camera(s) and, respectively, to the computational unit, by means of which video camera(s) and, respectively, computational unit the analysis internal to the video camera(s) and, respectively, the analysis external to the video camera(s) are carried out. recording respective video images of the overlap region by means of the video cameras , analysing the recorded video images to detect a raised object in the recorded video images, wherein analysing is carried out both by means of at least one of the video cameras internally in said video camera(s) and also externally of the video camera(s) by means of at least one computational unit which is different from the video cameras , wherein the video cameras and the computational unit, respectively, communicate with one another in order to transmit the respectively recorded video images to that or those video camera(s) and, respectively, to the computational unit, by means of which video camera(s) and, respectively, computational unit the analysis internal to the video camera(s) and, respectively, the analysis external to the video camera(s) are carried out.
A method of producing an optical article , the method comprising: applying an imbibition composition comprising at least one dye onto at least a portion of at least one imbibable surface of a substrate to form a coated substrate; irradiating at least a portion of the coated substrate with heat from a heat source to form a heat gradient across the coated substrate to diffuse the at least one dye into the imbibable surface to form an at least partially imbibed substrate having a dye concentration gradient corresponding to the heat gradient; and removing a residual component of the imbibition composition from the at least partially imbibed substrate, wherein the dye concentration gradient forms a gradient pattern upon exposure to actinic radiation, wherein the substrate and the heat source are held stationary relative to each other when the substrate is irradiated with electromagnetic energy from the heat source ; the method being characterized in that a central portion of the heat source is offset relative to a central portion of the substrate . applying an imbibition composition comprising at least one dye onto at least a portion of at least one imbibable surface of a substrate to form a coated substrate; irradiating at least a portion of the coated substrate with heat from a heat source to form a heat gradient across the coated substrate to diffuse the at least one dye into the imbibable surface to form an at least partially imbibed substrate having a dye concentration gradient corresponding to the heat gradient; and removing a residual component of the imbibition composition from the at least partially imbibed substrate, wherein the dye concentration gradient forms a gradient pattern upon exposure to actinic radiation, wherein the substrate and the heat source are held stationary relative to each other when the substrate is irradiated with electromagnetic energy from the heat source ; the method being characterized in that a central portion of the heat source is offset relative to a central portion of the substrate .
Camera module for fastening to a motor-vehicle component that has a camera mounting opening (C), comprising a camera housing , a camera , arranged in the camera housing , with a camera lens (6.1), and a camera carrier , wherein the camera carrier is configured for fastening to the camera housing and for fastening to a motor-vehicle component and wherein the camera carrier has a positioning sleeve (2.5), wherein the camera lens (6.1) is arranged entirely in the positioning sleeve (2.5), characterized in that the positioning sleeve projects into the camera mounting opening (C), and in that the positioning sleeve (2.5) and camera lens (6.1) are arranged such that a gap (S1) between the camera lens (6.1) and positioning sleeve (2.5) and a gap (S2) between the motor-vehicle component and positioning sleeve (2.5) are respectively minimized, wherein the positioning sleeve (2.5) prevents lateral or transverse forces from being able to act on the camera lens (6.1).
An expression system comprising: a. suspension 293 cells, wherein said suspension 293 cells have been adapted for growth under high density conditions b. high density culture medium c. at least one expression enhancer comprising valproic acid (VPA and a sodium salt) in combination with sodium propionate. a. suspension 293 cells, wherein said suspension 293 cells have been adapted for growth under high density conditions b. high density culture medium c. at least one expression enhancer comprising valproic acid (VPA and a sodium salt) in combination with sodium propionate.
A method of determining the presence of high-risk prostate cancer in an individual, the method comprising a step of assaying a biological sample obtained from the individual for the presence of at least four methylated regulatory DNA sequences selected from group comprising: SEQ ID No's 1 to 6 and calculating a normalized index of methylation (NIM) score, wherein the presence of the at least four methylated regulatory DNA sequences and the calculated NIM score indicates a high-risk prostate cancer.
A method of assessing a function of a sensor , the method comprising: installing a sensor in a sump of a fuel dispensing system, such that the sensor extends downwardly into the sump to monitor for fluid infiltration into the sump ; characterized by after installing, assessing the function of the sensor without physically accessing the sump , wherein the sensor is retained within in a tank defining a tank chamber of the fuel dispensing system by a magnetic sensor retainer fixed to the sensor , such that the sensor extends downwardly into the sump formed at the bottom of the tank chamber , the method further comprising: determining that the sensor must be physically retrieved from the tank chamber ; accessing the sump from above grade (G); lowering an extraction tool into engagement into the tank chamber from grade level until a distal end of the extraction tool engages the magnetic sensor retainer ; connecting the extraction tool to the magnetic sensor retainer ; and retrieving the sensor without an operator physically entering the tank chamber by raising the extraction tool , the magnetic sensor retainer and the sensor . installing a sensor in a sump of a fuel dispensing system, such that the sensor extends downwardly into the sump to monitor for fluid infiltration into the sump ; characterized by after installing, assessing the function of the sensor without physically accessing the sump , wherein the sensor is retained within in a tank defining a tank chamber of the fuel dispensing system by a magnetic sensor retainer fixed to the sensor , such that the sensor extends downwardly into the sump formed at the bottom of the tank chamber , the method further comprising: determining that the sensor must be physically retrieved from the tank chamber ; accessing the sump from above grade (G); lowering an extraction tool into engagement into the tank chamber from grade level until a distal end of the extraction tool engages the magnetic sensor retainer ; connecting the extraction tool to the magnetic sensor retainer ; and retrieving the sensor without an operator physically entering the tank chamber by raising the extraction tool , the magnetic sensor retainer and the sensor . determining that the sensor must be physically retrieved from the tank chamber ; accessing the sump from above grade (G); lowering an extraction tool into engagement into the tank chamber from grade level until a distal end of the extraction tool engages the magnetic sensor retainer ; connecting the extraction tool to the magnetic sensor retainer ; and retrieving the sensor without an operator physically entering the tank chamber by raising the extraction tool , the magnetic sensor retainer and the sensor .
A lubricating oil composition comprising (a) greater than 50 wt. % of a base oil of lubricating viscosity; and (b) 0.1 to 20 wt. % of an ashless alkyl-substituted hydroxyaromatic carboxylic acid, wherein the alkyl substituent of the alkyl-substituted hydroxyaromatic carboxylic acid has from 12 to 40 carbon atoms; wherein the lubricating oil composition is a monograde lubricating oil composition meeting specifications for SAE J300 revised January 2015 requirements for a SAE 20, 30, 40, 50, or 60 monograde engine oil, and has a TBN of 5 to 200 mg KOH/g, as determined by ASTM D2896.
A flow device for removing pollutants from an uncleaned gas stream, in particular for separating soot particles from combustion exhaust gas, wherein the flow device comprises the following: - a plurality of flow segments , which each have one or more flow bodies and which in a cleaning mode can be passed through by the uncleaned gas stream in order to remove pollutants, wherein the uncleaned gas stream can be supplied to the flow segments by means of an uncleaned gas supply , and wherein a clean gas stream that has been cleaned by means of the flow segments can be discharged from the flow segments by means of a clean gas discharge ; - a regeneration device for regenerating the flow segments , wherein the regeneration device comprises a heating device to which clean gas from the clean gas discharge can be supplied to generate a hot gas stream, characterised in that the regeneration device can be set to a heating mode, in which the hot gas stream of the heating device can be supplied to one or more flow segments to be regenerated in such a way that a flow direction in the one or more flow segments to be regenerated corresponds to a flow direction in the cleaning mode, in which an uncleaned gas stream that is to be cleaned passes through the one or more flow segments in order to be cleaned, in that the regeneration device can be set to a flushing mode, in which the hot gas stream of the heating device can be supplied to one or more flow segments to be regenerated in such a way that a flow direction in the one or more flow segments to be regenerated is opposite the flow direction in the cleaning mode, in which an uncleaned gas stream that is to be cleaned passes through the one or more flow segments in order to be cleaned, and in that the regeneration device comprises a regeneration gas guide , by means of which the hot gas stream can be supplied selectively from different directions to one or more flow segments to be regenerated. - a plurality of flow segments , which each have one or more flow bodies and which in a cleaning mode can be passed through by the uncleaned gas stream in order to remove pollutants, wherein the uncleaned gas stream can be supplied to the flow segments by means of an uncleaned gas supply , and wherein a clean gas stream that has been cleaned by means of the flow segments can be discharged from the flow segments by means of a clean gas discharge ; - a regeneration device for regenerating the flow segments , wherein the regeneration device comprises a heating device to which clean gas from the clean gas discharge can be supplied to generate a hot gas stream, characterised in that
Set of dental implant and prosthetic components , comprising a dental implant , a transepithelial sleeve , a first screw , an upper part and a second screw , wherein an upper end of the dental implant and a lower end of the transepithelial sleeve are coupleable together via a first connection , wherein an upper end of the transepithelial sleeve and a lower end of the upper part are coupleable via a second connection , wherein the first screw is configured to extend through the transepithelial sleeve and thread to a blind threaded hole of the dental implant securing the transepithelial sleeve against the dental implant , and wherein the second screw is configured extend through the upper part and thread to a blind threaded hole of the first screw securing the upper part to the transepithelial sleeve , wherein: - the first connection , between the lower end of the transepithelial sleeve and the upper end of the dental implant , is anti-rotational; and - the second connection , between the upper end of the transepithelial sleeve and the lower end of the upper part , is anti-rotational; and wherein the set of dental implant and prosthetic components is characterised in that : - an anti-rotational geometry of the first connection and an anti-rotational geometry of the second connection have similar shapes and are aligned in the direction of a central longitudinal axis of the dental implant , it is understood by similar shapes, that the connections have a cross-section with the same number of outward and inward portions and substantially the same geometry of the outward and inward portions. - the first connection , between the lower end of the transepithelial sleeve and the upper end of the dental implant , is anti-rotational; and - the second connection , between the upper end of the transepithelial sleeve and the lower end of the upper part , is anti-rotational; - an anti-rotational geometry of the first connection and an anti-rotational geometry of the second connection have similar shapes and are aligned in the direction of a central longitudinal axis of the dental implant , it is understood by similar shapes, that the connections have a cross-section with the same number of outward and inward portions and substantially the same geometry of the outward and inward portions.
A method for interfacing between a first and a second communication system over a universal interface board , the method comprising: in response to initiating , at the first communication system , a call to the second communication system over a 4-wire E&M interface of the first communication system by adjusting , at the first communication system, a state of an e-lead of the first communication system to a closed state, triggering , at the universal interface board , a solid state relay to switch signaling from the first communication system to the second communication system , wherein the universal interface board device is in communication with the first communication system over the 4-wire E&M interface; and in response to the triggering, establishing , over the universal interface board , the call with the second communication system over an auxiliary audio interface of the second communication system , wherein the universal interface board is in communication with the second communication system over the auxiliary audio interface over a speaker signal, a microphone signal, and a push-to-talk, PTT, signal. in response to initiating , at the first communication system , a call to the second communication system over a 4-wire E&M interface of the first communication system by adjusting , at the first communication system, a state of an e-lead of the first communication system to a closed state, triggering , at the universal interface board , a solid state relay to switch signaling from the first communication system to the second communication system , wherein the universal interface board device is in communication with the first communication system over the 4-wire E&M interface; and in response to the triggering, establishing , over the universal interface board , the call with the second communication system over an auxiliary audio interface of the second communication system , wherein the universal interface board is in communication with the second communication system over the auxiliary audio interface over a speaker signal, a microphone signal, and a push-to-talk, PTT, signal.
A folding device, wherein the folding device comprises: a first folding part , a second folding part , and a heat dissipation apparatus ; the first folding part comprises a heat source, the second folding part comprises a heat dissipation device, the heat dissipation apparatus comprises a heat collection element , a rotating shaft , and a cooling element ; the heat collection element comprises a heat collection plate and a first shaft sleeve ; a first end of the heat collection plate is in contact with the heat source in the first folding part , a second end of the heat collection plate is connected to an outer wall of the first shaft sleeve , and the first shaft sleeve is sleeved on the rotating shaft ; and a first end of the cooling element is in contact with the rotating shaft , and a second end of the cooling element is in contact with the heat dissipation device in the second folding part , wherein a thermally conductive lubricating material is added between an inner wall of the first shaft sleeve and the rotating shaft , characterized in that one or more first through holes are disposed on the first shaft sleeve , the heat dissipation apparatus further comprises one or more first sealing elements , and the one or more first sealing elements are configured to seal the one or more first through holes , wherein the one or more first through holes are arranged for a technician to inject the thermally conductive lubricating material between the inner wall of the first shaft sleeve and the rotating shaft before the one or more first through holes are sealed by the one or more first sealing elements . the first folding part comprises a heat source, the second folding part comprises a heat dissipation device, the heat dissipation apparatus comprises a heat collection element , a rotating shaft , and a cooling element ; the heat collection element comprises a heat collection plate and a first shaft sleeve ; a first end of the heat collection plate is in contact with the heat source in the first folding part , a second end of the heat collection plate is connected to an outer wall of the first shaft sleeve , and the first shaft sleeve is sleeved on the rotating shaft ; and a first end of the cooling element is in contact with the rotating shaft , and a second end of the cooling element is in contact with the heat dissipation device in the second folding part , wherein a thermally conductive lubricating material is added between an inner wall of the first shaft sleeve and the rotating shaft , characterized in that one or more first through holes are disposed on the first shaft sleeve , the heat dissipation apparatus further comprises one or more first sealing elements , and the one or more first sealing elements are configured to seal the one or more first through holes , wherein the one or more first through holes are arranged for a technician to inject the thermally conductive lubricating material between the inner wall of the first shaft sleeve and the rotating shaft before the one or more first through holes are sealed by the one or more first sealing elements .
A formulation for an eye treatment, comprising: a photosensitizer including riboflavin; and a permeability enhancing composition including one or more of IGEPAL CO-630, Polidocanol or IGEPAL CO-720, the permeability enhancing composition configured to increase a permeability of an area of the eye for the photosensitizer. a photosensitizer including riboflavin; and a permeability enhancing composition including one or more of IGEPAL CO-630, Polidocanol or IGEPAL CO-720, the permeability enhancing composition configured to increase a permeability of an area of the eye for the photosensitizer.
A connection box for being connected to a distribution network based on glass fibre after the connection box has been affixed in a building , the connection box having at least one optical fibre by means of which optical data signals are transmitted from outside of the building into the building via a building duct , the connection box comprising at least one connection port for providing the optical data signals at the connection box , and the optical fibre to be laid in the building duct being connected at the connection port for transmitting the optical data signals, the optical fibre to be laid in the building duct being pre-mounted at the connection box by the manufacturer and being connected to the connection port in an optical contact point pre-fitted by the manufacturer, characterised in that at least two connection ports are provided at the connection box , an optical fibre being pre-mounted at each connection port by the manufacturer, at least one optical loop element being additionally provided at the connection box , via which the connection ports are connected to one another in pairs for testing purposes, at least one seal element being disposed at the connection positions of the loop element pre-mounted in the connection ports , and an initial detachment of one of the connection positions being indicated by means of the seal element.
Operating device for a household appliance , wherein the operating device comprises the following: - an input element ; - an acoustic output device ; - an interface for communication with the household appliance ; - a processing facility for controlling the household appliance as a function of actuation of the input element , characterised in that - the input element is designed for actuation by a visually impaired person, by the input element comprising a mechanical actuator , which has at least one tactile end position and intermediate positions which can be distinguished from one another haptically, - wherein the processing facility is designed to output a first acoustic feedback for reaching an intermediate position and a second acoustic feedback for reaching the end position . - an input element ; - an acoustic output device ; - an interface for communication with the household appliance ; - a processing facility for controlling the household appliance as a function of actuation of the input element , - the input element is designed for actuation by a visually impaired person, by the input element comprising a mechanical actuator , which has at least one tactile end position and intermediate positions which can be distinguished from one another haptically, - wherein the processing facility is designed to output a first acoustic feedback for reaching an intermediate position and a second acoustic feedback for reaching the end position .