mhurhangee/patent-ind-claim-en huggingface dataset:
A cable management device , comprising: a first cable management arm ; a second cable management arm pivoted to the first cable management arm , the second cable management arm being rotatable relative to the first cable management arm ; wherein an auxiliary member extendable and retractable relative to the first cable management arm , such that the length of the first cable management arm is increased when the auxiliary member is extended, wherein the auxiliary member is an extension of the first cable management arm ; a first connecting member pivoted to an end portion of the auxiliary member and configured to connect the cable management device with a first target object; a second connecting member pivoted to an end portion of the second cable management arm and configured to connect the cable management device with a second target object; and at least one supporting member configured to support one of the first cable management arm and the second cable management arm . a first cable management arm ; a second cable management arm pivoted to the first cable management arm , the second cable management arm being rotatable relative to the first cable management arm ; wherein an auxiliary member extendable and retractable relative to the first cable management arm , such that the length of the first cable management arm is increased when the auxiliary member is extended, wherein the auxiliary member is an extension of the first cable management arm ; a first connecting member pivoted to an end portion of the auxiliary member and configured to connect the cable management device with a first target object; a second connecting member pivoted to an end portion of the second cable management arm and configured to connect the cable management device with a second target object; and at least one supporting member configured to support one of the first cable management arm and the second cable management arm .
An optical sensor for estimating positions of rotors in a motor, the motor further having stators and being used for electrical machines, the optical sensor comprising: an optical source mounted on the surface of one rotor where the air gap is big enough to not block magnetic flux between the rotors and the stators, wherein the optical source is an LED; and a plurality of photo detectors arranged evenly within stator tooth slots between stator teeth and configured to detect light emitted by the optical source and output parameters which are used to estimate the positions of rotors; characterized in that a stator teeth crown is arranged at a place between the LED and the photo detectors and is configured to partially block the LED light beam; and the photo detectors are configured to detect a position of the LED as well as a rotor position when the rotor turns to a place where the LED and the photo detector face one another, the maximal light energy reaches the photo detector and their axes are aligned. an optical source mounted on the surface of one rotor where the air gap is big enough to not block magnetic flux between the rotors and the stators, wherein the optical source is an LED; and a plurality of photo detectors arranged evenly within stator tooth slots between stator teeth and configured to detect light emitted by the optical source and output parameters which are used to estimate the positions of rotors; characterized in that a stator teeth crown is arranged at a place between the LED and the photo detectors and is configured to partially block the LED light beam; and the photo detectors are configured to detect a position of the LED as well as a rotor position when the rotor turns to a place where the LED and the photo detector face one another, the maximal light energy reaches the photo detector and their axes are aligned.
A rail vehicle car , wherein the rail vehicle car comprises a vehicle wall enclosing a usable space , wherein a sidewall section of the vehicle wall provides an equipment channel for receiving at least one vehicle utility component, wherein the equipment channel is arranged outside the usable space , wherein the equipment channel is provided by a recess or a groove in the sidewall section which is opened towards the exterior space, characterized in that the equipment channel is arranged in an end face section of the vehicle wall .
A portable stitcher for the pressure generation in a cold splicing process of polymer-based conveyor belts, comprising two arms connected to each other through a connector , each comprising a stitching part , said stitching parts arranged with their effective surfaces opposing each other, as well as a pressing device , pressing said arms , wherein a stitching part for movement of said stitcher over a connection surface of said conveyor belts to be connected may be driven through a drive , and the driven stitching part is a driven reel movably supported on one of said arms , and the effective surface of said driven reel being formed as a running surface having a roughened surface profile for increasing friction. two arms connected to each other through a connector , each comprising a stitching part , said stitching parts arranged with their effective surfaces opposing each other, as well as a pressing device , pressing said arms , wherein a stitching part for movement of said stitcher over a connection surface of said conveyor belts to be connected may be driven through a drive , and the driven stitching part is a driven reel movably supported on one of said arms , and the effective surface of said driven reel being formed as a running surface having a roughened surface profile for increasing friction.
An intracavity laser spectrometer comprising: (a) a quantum cascade laser (QCL); (b) a hollow fiber waveguide; (c) a sample cell having an outer wall and a sample chamber made of the hollow fiber waveguide for locating a test sample; (d) system electronics configured to supply an excitation voltage to the QCL, causing it to emit infrared radiation in pulse wave mode characterized by a series of peaks; (e) data analysis electronics in data communication with data acquisition devices comprising one or more computer processors configured to determine the shape of one or more of the peaks characterising the pulse wave mode from the interaction of the test sample with the emitted infrared radiation; wherein the QCL comprises opposing facets through which the infrared radiation is emitted and wherein the hollow fiber waveguide is arranged to direct the infrared radiation exiting one of the facets in a substantially closed loop onto the other facet; such that the QCL also functions as a detector. (a) a quantum cascade laser (QCL); (b) a hollow fiber waveguide; (c) a sample cell having an outer wall and a sample chamber made of the hollow fiber waveguide for locating a test sample; (d) system electronics configured to supply an excitation voltage to the QCL, causing it to emit infrared radiation in pulse wave mode characterized by a series of peaks; (e) data analysis electronics in data communication with data acquisition devices comprising one or more computer processors configured to determine the shape of one or more of the peaks characterising the pulse wave mode from the interaction of the test sample with the emitted infrared radiation;
A burner control system for controlling the operation of a fuel burner arranged to burn a combination of a supply of fuel and a supply of air, wherein the burner control system is arranged to: receive from an exhaust gas analyser one or more signals, each signal being indicative of the level of an exhaust gas emitted by the fuel burner ; receive from a photodetector a signal indicative of a level of electromagnetic radiation output by the flame of the fuel burner , wherein the signal received from the photodetector is a single value indicative of a total level of electromagnetic radiation output by the flame ; determine a level of oxygen emitted by the fuel burner from the signal received from the photodetector ; and control at least one of the supply of fuel and the supply of air to the burner based on the one or more signals received from the exhaust gas analyser and the signal received from the photodetector . receive from an exhaust gas analyser one or more signals, each signal being indicative of the level of an exhaust gas emitted by the fuel burner ; receive from a photodetector a signal indicative of a level of electromagnetic radiation output by the flame of the fuel burner , wherein the signal received from the photodetector is a single value indicative of a total level of electromagnetic radiation output by the flame ; determine a level of oxygen emitted by the fuel burner from the signal received from the photodetector ; and control at least one of the supply of fuel and the supply of air to the burner based on the one or more signals received from the exhaust gas analyser and the signal received from the photodetector .
A ballistic resistant sheet suitable for use in soft ballistic articles comprising a three-layer hybrid structure, said three-layer hybrid structure comprising a core layer (12-1) and two face layers (12-2; 12-3), wherein the core layer and face layers are built up from sub-sheets, the sub-sheets being sets of 2, 4, 6, 8 or 10 monolayers pre-assembled by stacking followed by consolidating such that the fiber directions in each monolayer is rotated with respect to the fiber direction in an adjacent monolayer, wherein the core layer comprises at least two first monolayers comprised of first unidirectionally UD oriented fibers and a matrix material, and wherein each of the face layers (12-2; 12-3) comprise at least two second and at least two third monolayers comprised of second UD oriented fibers and third UD oriented fibers respectively and wherein the numerical value from a flexibility test of the face layers is higher than the numerical value from a flexibility test of the core layer, wherein said flexibility test is performed on a stack of sub-sheets with a mass of between 3.6 and 3.7 kg/m 2 and dimensions of 100*200mm, wherein the stack is positioned in its longest direction on a bending test rig, with 2 trailers with a radius of 5 mm, whereby the trailers are positioned at a distance of 60mm between them, the width of the trailers is 60 mm, wherein on top of the stack a bending thorn of width 60 mm and radius 10mm is positioned in the middle between the 2 trailers, the bending thorn is moved down at a speed of 10mm/min and the force on the thorn after 25mm deflection of the stack is reported, wherein the reported value is the average of 5 measurements, the sample is tested at 21 °C and 65+/- 2% relative humidity, wherein for the results obtained from this Flexibility test, a lower value means a better flexibility.
A diesel oxidation catalyst, comprising a carrier body having a length L extending between a first end face a and a second end face b, and catalytically active material zones A, B and C arranged on the carrier body, wherein - material zone A contains platinum and palladium in a weight ratio Pt:Pd of ≤ 1 and an alkaline earth metal and extends from end face a to 20 to 80% of length L, - material zone B contains cerium oxide and is free of platinum and extends from end face b to 20 to 80% of length L, and - material zone C contains platinum or platinum and palladium in a weight ratio Pt:Pd of ≥ 5, and neither material zone A nor material zone C are arranged above material zone B. a carrier body having a length L extending between a first end face a and a second end face b, and catalytically active material zones A, B and C arranged on the carrier body, wherein - material zone A contains platinum and palladium in a weight ratio Pt:Pd of ≤ 1 and an alkaline earth metal and extends from end face a to 20 to 80% of length L, - material zone B contains cerium oxide and is free of platinum and extends from end face b to 20 to 80% of length L, and - material zone C contains platinum or platinum and palladium in a weight ratio Pt:Pd of ≥ 5, and - material zone A contains platinum and palladium in a weight ratio Pt:Pd of ≤ 1 and an alkaline earth metal and extends from end face a to 20 to 80% of length L, - material zone B contains cerium oxide and is free of platinum and extends from end face b to 20 to 80% of length L, and - material zone C contains platinum or platinum and palladium in a weight ratio Pt:Pd of ≥ 5, and neither material zone A nor material zone C are arranged above material zone B.
An ignition device of an engine comprising: a control unit generating an ignition signal; and an igniter including an ignition coil having a primary winding and a secondary winding , wherein supply and stop of a current to the primary winding are performed based on the ignition signal from the control unit to generate high voltage in the secondary winding thereby to cause a spark to a spark plug provided for a cylinder (C1, C2, C3, C4) of the engine , wherein the control unit includes an engine speed variation detector that detects an engine speed variation (Δn), characterized in that the control unit determines a misfire occurs in the cylinder (C1, C2, C3, C4) when the engine speed variation (Δn) is at or higher than a first threshold (TH1) and smaller than a second threshold (TH2) that is greater than the first threshold (TH1) a plurality of times, and wherein the control unit determines an abnormality occurs in the igniter in the cylinder (C1, C2, C3, C4) when the engine speed variation (Δn) is at or higher than the second threshold (TH2). a control unit generating an ignition signal; and an igniter including an ignition coil having a primary winding and a secondary winding , wherein supply and stop of a current to the primary winding are performed based on the ignition signal from the control unit to generate high voltage in the secondary winding thereby to cause a spark to a spark plug provided for a cylinder (C1, C2, C3, C4) of the engine , wherein the control unit includes an engine speed variation detector that detects an engine speed variation (Δn), characterized in that the control unit determines a misfire occurs in the cylinder (C1, C2, C3, C4) when the engine speed variation (Δn) is at or higher than a first threshold (TH1) and smaller than a second threshold (TH2) that is greater than the first threshold (TH1) a plurality of times, and wherein the control unit determines an abnormality occurs in the igniter in the cylinder (C1, C2, C3, C4) when the engine speed variation (Δn) is at or higher than the second threshold (TH2).
An optical signal detection module comprising: two or more optical measurement devices , each of the two or more optical measurement devices being configured to detect an optical emission signal of a different wavelength over a range of wavelengths from an emission signal source placed in a signal-detecting position of the optical measurement device; and a cover moveable between (i) a closed position covering the signal-detecting position and (ii) an open position not covering the signal-detecting position, the cover includes an inner surface comprising an optical reference material that emits a reference emission detectable by the two or more optical measurement devices, wherein the reference emission includes light over the range of wavelengths, and the cover is configured so that when the cover is in the closed position, the inner surface is in the signal-detecting position of each of the two or more optical measurement devices so that each of the two or more optical measurement devices detects the reference emission. two or more optical measurement devices , each of the two or more optical measurement devices being configured to detect an optical emission signal of a different wavelength over a range of wavelengths from an emission signal source placed in a signal-detecting position of the optical measurement device; and a cover moveable between (i) a closed position covering the signal-detecting position and (ii) an open position not covering the signal-detecting position, the cover includes an inner surface comprising an optical reference material that emits a reference emission detectable by the two or more optical measurement devices, wherein the reference emission includes light over the range of wavelengths, and the cover is configured so that when the cover is in the closed position, the inner surface is in the signal-detecting position of each of the two or more optical measurement devices so that each of the two or more optical measurement devices detects the reference emission.
A first socket comprising: first device connection means for providing electrical connection between the first socket and a first electrical device ; and first socket connection means being electrically coupled to the first device connection means and configured to move between a disconnect position and a connect position, wherein upon being moved to its connect position, the first socket connection means is adapted to provide electrical connection between the first socket and a second socket , the second socket including second device connection means for providing electrical connection between the second socket and a second electrical device , to facilitate electrical connection between the first electrical device and the second electrical device in parallel, characterized in that the first socket connection means includes a slidable connector for slidably moving the first socket connection means between the connect position and the disconnect position, and in that upon moving the first socket connection means to its connect position, the slidable connector , extends beyond a first housing of the first socket into a second housing of the second socket . first device connection means for providing electrical connection between the first socket and a first electrical device ; and first socket connection means being electrically coupled to the first device connection means and configured to move between a disconnect position and a connect position, wherein upon being moved to its connect position, the first socket connection means is adapted to provide electrical connection between the first socket and a second socket , the second socket including second device connection means for providing electrical connection between the second socket and a second electrical device , to facilitate electrical connection between the first electrical device and the second electrical device in parallel, characterized in that the first socket connection means includes a slidable connector for slidably moving the first socket connection means between the connect position and the disconnect position, and in that upon moving the first socket connection means to its connect position, the slidable connector , extends beyond a first housing of the first socket into a second housing of the second socket .
A method of forming a shaped foamed polymer article in a mould tool system from a polymer composition, wherein: said polymer composition comprises a polymer and a foaming agent; said mould tool system comprises a core part and a cavity part ; said core part and cavity part are engaged with one another to form a mould cavity; further wherein said method comprises: heating the polymer composition to a temperature at or above the melting temperature of the polymer composition to form a foamed polymer composition; heating the mould cavity to a temperature at or above the melting temperature of the foamed polymer composition; feeding the heated foamed polymer composition into the mould cavity ; and cooling the mould cavity to a temperature below the melting temperature of the foamed polymer composition; and is characterized in that : a polymer insert is located in the mould cavity ; a surface layer of the polymer insert is heated to a temperature which is at or greater than the melting temperature of the polymer insert and the heated foamed polymer composition is then overmoulded on to said polymer insert to form the shaped foamed polymer article . said polymer composition comprises a polymer and a foaming agent; said mould tool system comprises a core part and a cavity part ; said core part and cavity part are engaged with one another to form a mould cavity; heating the polymer composition to a temperature at or above the melting temperature of the polymer composition to form a foamed polymer composition; heating the mould cavity to a temperature at or above the melting temperature of the foamed polymer composition; feeding the heated foamed polymer composition into the mould cavity ; and cooling the mould cavity to a temperature below the melting temperature of the foamed polymer composition; and is characterized in that : a polymer insert is located in the mould cavity ; a surface layer of the polymer insert is heated to a temperature which is at or greater than the melting temperature of the polymer insert and the heated foamed polymer composition is then overmoulded on to said polymer insert to form the shaped foamed polymer article . a polymer insert is located in the mould cavity ; a surface layer of the polymer insert is heated to a temperature which is at or greater than the melting temperature of the polymer insert and the heated foamed polymer composition is then overmoulded on to said polymer insert to form the shaped foamed polymer article .
A systemic formulation containing (S,E)-methyl-7-(1-(2-(2-ethylbutylamino)-2-oxoethyl)-2-oxo-1,2-dihydro-pyridin-3-ylamino)-6-(1-methyl-1H-imidazole-5-carboxamido)-7-oxohept-2-enoate of the formula (I): or an enantiomer, a solvate, a hydrate or a pharmaceutically acceptable salt thereof for use in the prophylaxis and/or treatment of coeliac disease, wherein the systemic formulation comprises at least one acidifier.
A microorganism of the genus Corynebacterium having increased L-lysine productivity compared to an unmodified microorganism, which is modified such that an activity of a protein involved in cell wall hydrolysis is inactivated in comparison with an endogenous activity thereof.