mhurhangee/ep-ind-claims huggingface dataset:
A method of in situ repair of plating applied over a component, said method comprising: preparing an exposed surface on the plating for an application of a nickel high speed solution comprising applying a nickel strike solution to the exposed surface; applying a nickel high speed solution to create an intermediate surface on the component; preparing the intermediate surface for an application of a nickel sulfamate solution including applying a nickel strike solution to the intermediate surface; and applying the nickel sulfamate solution to the intermediate surface to create a duplex brush plating. preparing an exposed surface on the plating for an application of a nickel high speed solution comprising applying a nickel strike solution to the exposed surface; applying a nickel high speed solution to create an intermediate surface on the component; preparing the intermediate surface for an application of a nickel sulfamate solution including applying a nickel strike solution to the intermediate surface; and applying the nickel sulfamate solution to the intermediate surface to create a duplex brush plating.
An exhaust manifold, comprising: a plurality of exhaust intake conduits, each of the plurality of exhaust intake conduits structured to be fluidly coupled to an engine and structured to receive exhaust gas from a corresponding cylinder of the engine; an exhaust intake manifold fluidly coupled to an exhaust intake conduit outlet (174, 178, 182) of at least one of the plurality of exhaust intake conduits; wherein each of the plurality of exhaust intake conduits and the exhaust intake manifold define an exhaust intake manifold core volume, and wherein each of the plurality of exhaust intake conduits and the exhaust intake manifold are shaped so as to define the exhaust intake manifold core volume based on at least one of the displacement of the engine, the intended operating power of the engine, and the intended flow rate of the exhaust gas through the exhaust manifold; characterized by at least one outlet port fluidly coupled to the exhaust intake manifold, the at least one outlet port defining an outlet port flow axis positioned orthogonal to an exhaust intake manifold flow axis of the exhaust intake manifold; and at least one pull-off conduit fluidly coupled to the exhaust intake manifold, at least a portion of the at least one pull-off conduit defining a pull-off conduit flow axis positioned orthogonal to each of the exhaust intake manifold flow axis and the outlet port flow axis. a plurality of exhaust intake conduits, each of the plurality of exhaust intake conduits structured to be fluidly coupled to an engine and structured to receive exhaust gas from a corresponding cylinder of the engine; an exhaust intake manifold fluidly coupled to an exhaust intake conduit outlet (174, 178, 182) of at least one of the plurality of exhaust intake conduits; wherein each of the plurality of exhaust intake conduits and the exhaust intake manifold define an exhaust intake manifold core volume, and wherein each of the plurality of exhaust intake conduits and the exhaust intake manifold are shaped so as to define the exhaust intake manifold core volume based on at least one of the displacement of the engine, the intended operating power of the engine, and the intended flow rate of the exhaust gas through the exhaust manifold; characterized by at least one outlet port fluidly coupled to the exhaust intake manifold, the at least one outlet port defining an outlet port flow axis positioned orthogonal to an exhaust intake manifold flow axis of the exhaust intake manifold; and at least one pull-off conduit fluidly coupled to the exhaust intake manifold, at least a portion of the at least one pull-off conduit defining a pull-off conduit flow axis positioned orthogonal to each of the exhaust intake manifold flow axis and the outlet port flow axis.
A weight inspection apparatus configured to detect energy waves used to irradiate an inspection target object and calculate an estimated weight of the inspection target object, comprising: a weight obtaining unit configured to obtain an actual weight of the entire inspection target object; an irradiation unit configured to irradiate the inspection target object with energy waves; a detection unit configured to detect energy waves used to irradiate the inspection target object; an estimated weight calculation unit configured to calculate an estimated weight of the entire inspection target object based on a result of detection by the detection unit; and a deviation amount calculation unit configured to calculate the difference between the actual weight and the estimated weight, characterized in that the apparatus further comprises a component weight calculation unit configured to calculate the weight of each of components having different specific gravities contained in the inspection target object, based on a difference between the actual weight and the estimated weight. a weight obtaining unit configured to obtain an actual weight of the entire inspection target object; an irradiation unit configured to irradiate the inspection target object with energy waves; a detection unit configured to detect energy waves used to irradiate the inspection target object; an estimated weight calculation unit configured to calculate an estimated weight of the entire inspection target object based on a result of detection by the detection unit; and a deviation amount calculation unit configured to calculate the difference between the actual weight and the estimated weight, characterized in that the apparatus further comprises a component weight calculation unit configured to calculate the weight of each of components having different specific gravities contained in the inspection target object, based on a difference between the actual weight and the estimated weight.
A rupture apparatus comprising: a housing defining a housing bore with a bore inlet and a bore outlet; a carriage carrying a rupturable component; at least one seal (31, 32, 33) between an outer surface of the carriage and an inner surface of the housing bore; wherein the carriage is moveable in the housing bore between a rupturable position, an open position and a closed position, such that the carriage is moveable into any of said positions without changing the rupture state of the rupturable component. a housing defining a housing bore with a bore inlet and a bore outlet; a carriage carrying a rupturable component; at least one seal (31, 32, 33) between an outer surface of the carriage and an inner surface of the housing bore; wherein the carriage is moveable in the housing bore between a rupturable position, an open position and a closed position, such that the carriage is moveable into any of said positions without changing the rupture state of the rupturable component.
Electromagnetic starter relay for a starting device for an internal combustion engine, having a lift armature and an energisable pull-in winding and having a switch-on device for switching on an electric starter motor, the starter relay having an energisable switching winding as an additional winding, which acts on an axially adjustable switching armature of the switching device, characterized in that the switching armature forms a core plate for the lifting armature and the lifting armature and the switching armature lie in a common magnetic circuit, wherein the switching armature in its initial position is axially at least partially overlapped by the pull-in winding.
A communication signal multiplexing method, applicable to a radio communication system, comprising: receiving, by a second radio equipment controller,REC, first data sent by a first REC to a first multi-mode radio equipment, RE,and a second multi-mode RE; demultiplexing, by the second REC, the first data to obtain data sent by the first REC to the first multi-mode RE and data sent by the first REC to the second multi-mode RE; multiplexing, by the second REC, the data sent by the first REC to the first multi-mode RE and data sent by the second REC to the first multi-mode RE to obtain second data; multiplexing, by the second REC, the data sent by the first REC to the second multi-mode RE and data sent by the second REC to the second multi-mode RE to obtain third data; sending, by the second REC, the second data to the first multi-mode RE; and sending, by the second REC, the third data to the second multi-mode RE; wherein: the first data is obtained by multiplexing the data sent by the first REC to the first multi-mode RE and the data sent by the first REC to the second multi-mode RE on at least one physical link. and a frame is used as a unit for the first data and the first data includes link multiplexing information indicating that the frame is in a multiplexing mode, and the second REC receives the first data through the at least one physical link. receiving, by a second radio equipment controller,REC, first data sent by a first REC to a first multi-mode radio equipment, RE,and a second multi-mode RE; demultiplexing, by the second REC, the first data to obtain data sent by the first REC to the first multi-mode RE and data sent by the first REC to the second multi-mode RE; multiplexing, by the second REC, the data sent by the first REC to the first multi-mode RE and data sent by the second REC to the first multi-mode RE to obtain second data; multiplexing, by the second REC, the data sent by the first REC to the second multi-mode RE and data sent by the second REC to the second multi-mode RE to obtain third data; sending, by the second REC, the second data to the first multi-mode RE; and sending, by the second REC, the third data to the second multi-mode RE; wherein: the first data is obtained by multiplexing the data sent by the first REC to the first multi-mode RE and the data sent by the first REC to the second multi-mode RE on at least one physical link. and a frame is used as a unit for the first data and the first data includes link multiplexing information indicating that the frame is in a multiplexing mode, and the second REC receives the first data through the at least one physical link.
Method of treating a solid substrate comprising the steps of: a) a solid substrate is coupled to a linear polyol by covalent or ionic bonds, wherein the polyol carries free hydroxyl groups, b) at least one fatty acid having an aliphatic chain comprising at least 12 carbon atoms is grafted onto the solid substrate coupled to a polyol by esterification of at least one free hydroxyl group of the polyol. a) a solid substrate is coupled to a linear polyol by covalent or ionic bonds, wherein the polyol carries free hydroxyl groups, b) at least one fatty acid having an aliphatic chain comprising at least 12 carbon atoms is grafted onto the solid substrate coupled to a polyol by esterification of at least one free hydroxyl group of the polyol.
A detection device, comprising: a housing; a circuit substrate disposed in the housing; a sensor which is electrically connected to the circuit substrate and detects information of an object to be measured; a connector terminal which is formed integrally with the circuit substrate and electrically connectable to an external terminal; and a tubular connector (1 Ih) which is formed integrally with the housing, surrounds a periphery of the connector terminal, and is fittable to an external connector, wherein the circuit substrate comprises a substrate main body formed in a flat-plate shape, a printed wiring area of a printed wiring printed on a mounting surface of the substrate main body and the connector terminal, the connector terminal comprises a single extension plate extending from an edge of the substrate main body, and a terminal wiring which is printed on the single extension plate and forms a part of the printed wiring, and wherein the tubular connector is formed so as to define a connector space and to be fitted to the external connector. a housing; a circuit substrate disposed in the housing; a sensor which is electrically connected to the circuit substrate and detects information of an object to be measured; a connector terminal which is formed integrally with the circuit substrate and electrically connectable to an external terminal; and a tubular connector (1 Ih) which is formed integrally with the housing, surrounds a periphery of the connector terminal, and is fittable to an external connector, wherein the circuit substrate comprises a substrate main body formed in a flat-plate shape, a printed wiring area of a printed wiring printed on a mounting surface of the substrate main body and the connector terminal, the connector terminal comprises a single extension plate extending from an edge of the substrate main body, and a terminal wiring which is printed on the single extension plate and forms a part of the printed wiring, and
Tool holder for a tool that is rotatable about a rotation axis, having a main body for coupling the tool holder to the spindle of a machine tool, and a clamping section connected thereto for clamping a tool, wherein the tool holder has at least one section integrally formed by primary forming, said section having in its interior a plurality of cavities, characterized in that the cavities form an enclave in the section formed by primary forming and are arranged entirely in the interior of the section formed by primary forming, wherein the cavities are substantially closed on all sides and adjacent cavities are locally fluidically connected to one another by connecting sections, wherein the connecting sections typically have a clear cross section in the direction of flow which is smaller than the clear cross section of the cavities themselves, preferably by a factor of 3 and ideally by a factor of 4, and wherein at least one of the cavities can be connected to the region outside the clamping section via an external connecting channel, wherein the cavities are automatically leaktight, even at the highest internal pressures, wherein sealing of the external connecting channel is provided, wherein at least one cavity is filled with a liquid and a pressurizer which is preferably to be actuated from the outside and by means of which the liquid can be pressurized is installed in the at least one external connecting channel.
A cleaning cosmetic composition containing, in a cosmetic carrier and based on its total weight: a) at least one anionic surfactant, b) optionally an amphoteric surfactant, c) 0.25 to 1.0 wt.% sorbitan acid ester, d) 0.1 to 0.5 wt.% cationic polysaccharide. characterized in that the proportion by weight of the anionic surfactant and amphoteric surfactant contained in the composition, based on the total weight of the composition, is 6.0 to 11 wt.%. a) at least one anionic surfactant, b) optionally an amphoteric surfactant, c) 0.25 to 1.0 wt.% sorbitan acid ester, d) 0.1 to 0.5 wt.% cationic polysaccharide.
A hand-held power tool, comprising: a housing holding a motor; a tool head arranged at one end of the motor housing and having a projecting drive spindle for a tool; a handle attached to another end of the motor housing and having a trigger moveable from an extended position in which the motor is switched off and a retracted position in which the motor is switched on, the handle being rotatable relative to the motor housing around a longitudinal axis of the motor housing; a manually actuated latch for fixing the handle in at least two different rotational positions, and an interlock mechanism having a locking and an unlocking position, the interlock mechanism cooperating with the trigger such that with the trigger in the extended position the interlock mechanism is in the unlocking position and moving the trigger to the retracted position engages the trigger with the interlock mechanism and moves the interlock mechanism to the locking position for fixing the handle in the at least two different rotational positions. a housing holding a motor; a tool head arranged at one end of the motor housing and having a projecting drive spindle for a tool; a handle attached to another end of the motor housing and having a trigger moveable from an extended position in which the motor is switched off and a retracted position in which the motor is switched on, the handle being rotatable relative to the motor housing around a longitudinal axis of the motor housing; a manually actuated latch for fixing the handle in at least two different rotational positions, and an interlock mechanism having a locking and an unlocking position, the interlock mechanism cooperating with the trigger such that with the trigger in the extended position the interlock mechanism is in the unlocking position and moving the trigger to the retracted position engages the trigger with the interlock mechanism and moves the interlock mechanism to the locking position for fixing the handle in the at least two different rotational positions.
A system comprising a computer, a heart rate sensor and an electrodermal sensor comprising at least two electrodes, each of which is configured to be in contact with a dermal region, and an electronic circuit having an analog-to-digital converter and a processor that is configured to execute computer-executable instructions in order to bias said electrodes, to measure the current flowing between pairs of electrodes, to apply digital preprocessing to the measured electrical signals and to determine the conductance of the dermal layer, said sensor further comprising an accelerometer, delivering electrical signals to said processor, said preprocessing taking into account the level of said signals that are delivered by said accelerometer, characterized in that said computer executes a program controlling: - the processing of the digital conductance data provided by said processor over a first sliding time window, the result of which provides a value S arousal representative of the intensity of an emotion - and processing of a series of heart rate signals consisting of bandpass filtering of the frequencies between 0.04 and 0.26 Hz and detecting peaks and measuring the time between the peaks RR, over a second sliding time window, the result of which provides a value S valence representative of the positivity and negativity of the emotion. - the processing of the digital conductance data provided by said processor over a first sliding time window, the result of which provides a value S arousal representative of the intensity of an emotion - and processing of a series of heart rate signals consisting of bandpass filtering of the frequencies between 0.04 and 0.26 Hz and detecting peaks and measuring the time between the peaks RR, over a second sliding time window, the result of which provides a value S valence representative of the positivity and negativity of the emotion.
A system used for direct energy deposition of layers of a material to a pre-existing component using direct energy deposition, DED, the system comprising: a depositor configured to deposit material layer-by-layer on the pre-existing component or a previously deposited layer of material on the pre-existing component; an energy source configured to selectively direct an energized beam at the material to fuse a new layer of the material to the pre-existing component or to a previously formed layer on the pre-existing component; and a heating element extending through passageways within the pre-existing component and configured to supply heat to the pre-existing component the heating element including heated tubing with heated fluid flowing through the tubing, and a heat-controlled bath apparatus connected to the tubing. a depositor configured to deposit material layer-by-layer on the pre-existing component or a previously deposited layer of material on the pre-existing component; an energy source configured to selectively direct an energized beam at the material to fuse a new layer of the material to the pre-existing component or to a previously formed layer on the pre-existing component; and a heating element extending through passageways within the pre-existing component and configured to supply heat to the pre-existing component the heating element including heated tubing with heated fluid flowing through the tubing, and a heat-controlled bath apparatus connected to the tubing.
A method for synthesizing nano SAPO-34 molecular sieve, the method comprising: synthesizing the nano SAPO-34 molecular sieve by hydrothermal method in the presence of a functionalized organosilane, the functionalized organosilane having the structure shown in Formula I: wherein n is an integer ranging from 3 to 8; R 1 is Me; R 2 is Me; R 3 is selected from piperazinyl, pyridyl or morpholinyl group; x=1, and y=2; the method comprises the following steps: a) dissolving the functionalized organosilane in water, and then adding sequentially an aluminum source, a phosphorus source, an organic amine and an additional silicon source to obtain a mixture with the following molar ratio: SiO 2: P 2 O 5: Al 2 O 3: organic amine: H 2 O = 0.2∼1.2: 0.5∼1.5: 0.6∼1.4: 1.5∼5.5: 50∼200; b) crystallizing the mixture obtained from step a) for a crystallization time in a range from 0.4 to 10 days at a crystallization temperature in a range from 150 to 220°C; c) after the crystallization of step b), separating the solid product, and washing and drying it to obtain the nano SAPO-34 molecular sieve. a) dissolving the functionalized organosilane in water, and then adding sequentially an aluminum source, a phosphorus source, an organic amine and an additional silicon source to obtain a mixture with the following molar ratio: SiO 2: P 2 O 5: Al 2 O 3: organic amine: H 2 O = 0.2∼1.2: 0.5∼1.5: 0.6∼1.4: 1.5∼5.5: 50∼200; b) crystallizing the mixture obtained from step a) for a crystallization time in a range from 0.4 to 10 days at a crystallization temperature in a range from 150 to 220°C; c) after the crystallization of step b), separating the solid product, and washing and drying it to obtain the nano SAPO-34 molecular sieve.
A semiconductor workpiece comprising: a substrate; a relaxed buffer layer including a graded portion formed on the substrate; and at least one strained transitional layer within the graded portion of the relaxed buffer layer, wherein the at least one strained transitional layer is configured to reduce an amount of workpiece bow due to differential coefficient of thermal expansion contraction of the relaxed buffer layer relative to CTE contraction of the substrate. a substrate; a relaxed buffer layer including a graded portion formed on the substrate; and at least one strained transitional layer within the graded portion of the relaxed buffer layer, wherein the at least one strained transitional layer is configured to reduce an amount of workpiece bow due to differential coefficient of thermal expansion contraction of the relaxed buffer layer relative to CTE contraction of the substrate.