mhurhangee/ep-ind-claims huggingface dataset:
A plurality of exhaust gas treatment assemblies, each exhaust gas treatment assembly (1, 1') including a housing, a gas permeable block (30, 31), and an external mounting surface configured to receive a mounting connector (70, 70') for mounting the assembly on a support; the housing having an axis and a clamping region (13, 13'), the clamping region having an external surface (14, 14', 14"), an axial length, and opposite axial extremities spaced apart by the axial length; the housing defining a flowpath extending through the housing along the axis, the block being clamped within the clamping region of the housing to extend axially at least to the opposite axial extremities of the clamping region so that exhaust gas may flow along the flowpath through the block; wherein the housing further includes at least one protuberance arranged axially between the opposite axial extremities of the clamping region, and wherein, when considered with respect to the axis in a plane containing the axis, the at least one protuberance extends radially outwardly of a first surface level to a second surface level, the first surface level being defined by a straight line contacting the external surface of the clamping region at each of its opposite axial extremities, the second surface level being defined by a straight line parallel with the axis and contacting the external surface (14") of the clamping region (13, 13') at the at least one protuberance, but not passing through the at least one protuberance; the first surface level being spaced apart from the axis by a respective, first radial dimension at each respective one of the opposite axial extremities of the clamping region, the second surface level being spaced apart from the axis by a second radial dimension; and wherein the external surface (14, 14', 14") of the clamping region is an external surface of a wall having a substantially constant thickness throughout the axial length of the clamping region (13, 13') in said plane containing the axis, and the at least one protuberance comprises a region of the wall which is deformed radially outwardly with respect to the axis; and characterised in that the mounting surface is supported by the at least one protuberance and arranged axially between the opposite axial extremities of the clamping region and radially outwardly of the first surface level; and the second radial dimension is the same for each of the assemblies, but the first radial dimension at each of the opposite axial extremities of the clamping region is different for each of the assemblies.
A power-saving driving device for a device, that is driven by a motor receiving electric power from an inverter and has a load pattern which is repeated periodically in time and which remains unchanged during each period (C1, C2, C3, C4, C5), the power-saving driving device comprising: an electric power amount calculator configured to calculate an electric power amount (W1, W2, W3, W4, W5) received by the inverter in each period; and a parameter selection and command device configured to change at least one parameter of the inverter to a plurality of values, to compare the electric power amounts received by be inverter in a period for each of the plurality of values, to select a value of the plurality of values that minimizes the received electric power amount, and to issue the selected value as a command to the inverter; wherein the at least one parameter of the inverter comprises a carrier wave frequency (f) and/or a voltage change rate (dv/dt) of a switching waveform.
Gas-heated cooking appliance, in particular gas hob, with a gas pipe, a burner with a gas connector, which comprises a first support, in which an end piece of the gas pipe is received, and a second support (33, 34), with which a fixing element for holding the end piece in the first support in a gas-tight manner engages elastically, and the fixing element, which engages axially with the second support (33, 34), wherein: the first support is provided in the form of a pipe, which receives the end piece of the gas pipe along an axis in its inner cross-section, the second support (33, 34) is embodied in the form of two slots (33, 34), which penetrate a wall of the pipe in each case radially and oppose one another radially, at least one web (36, 37) is embodied in the peripheral direction between the slots (33, 34), with which web the fixing element engages radially in a form-fit manner, the fixing element is embodied in a U-shape with two indentations (45, 46) on its limbs (43,44), which undercut the at least one web, so that a form-fit is formed between the fixing element and the at least one web in the radial direction away from the axis, and the indentations (45, 46) each have a contour (47, 51), which is in radial contact with the end piece of the gas pipe. the first support is provided in the form of a pipe, which receives the end piece of the gas pipe along an axis in its inner cross-section, the second support (33, 34) is embodied in the form of two slots (33, 34), which penetrate a wall of the pipe in each case radially and oppose one another radially, at least one web (36, 37) is embodied in the peripheral direction between the slots (33, 34), with which web the fixing element engages radially in a form-fit manner, the fixing element is embodied in a U-shape with two indentations (45, 46) on its limbs (43,44), which undercut the at least one web, so that a form-fit is formed between the fixing element and the at least one web in the radial direction away from the axis, and the indentations (45, 46) each have a contour (47, 51), which is in radial contact with the end piece of the gas pipe.
A printing system including a host apparatus which generates document data of a document formed from a plurality of pages, and a printing apparatus which receives the document data from the host apparatus and prints an image based on the document data on a printing medium, the system characterized by comprising: segment unit size setting means (306, 307) for setting a segment unit size serving as a unit of a display area (510, 610) for displaying, as images, a list of pages which form the document; acquisition means for acquiring a width and a height of each page image from the document data; calculation means for, when a value of a ratio of the width and the height of the page acquired by said acquisition means exceeds a predetermined value, calculating, from the segment unit size, a display area size having a display region larger than the segment unit size; determination means for determining, for a page having the value of the ratio exceeding the predetermined value, an enlargement/reduction ratio so as to fit the page at the display area size; and display means for displaying, as images, a list of pages which form the document, by enlarging or reducing the page based on the enlargement/reduction ratio determined by said determination means and displaying the page at the display area size. segment unit size setting means (306, 307) for setting a segment unit size serving as a unit of a display area (510, 610) for displaying, as images, a list of pages which form the document; acquisition means for acquiring a width and a height of each page image from the document data; calculation means for, when a value of a ratio of the width and the height of the page acquired by said acquisition means exceeds a predetermined value, calculating, from the segment unit size, a display area size having a display region larger than the segment unit size; determination means for determining, for a page having the value of the ratio exceeding the predetermined value, an enlargement/reduction ratio so as to fit the page at the display area size; and display means for displaying, as images, a list of pages which form the document, by enlarging or reducing the page based on the enlargement/reduction ratio determined by said determination means and displaying the page at the display area size.
A pharmaceutical aqueous solution formulation comprising (a) 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea, or a methanesulphonate salt thereof, methanesulphonic acid and water, wherein 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea is present at a solution concentration of less than 35mg/ml or up to 30mg/ml and sufficient methanesulphonic acid is present to provide a solution which is essentially free from any visible particulates; or (b) 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea, or an ethanesulphonate salt thereof, ethanesulphonic acid and water, wherein 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl-1,3,5-triazin-2-yl)phenyl]urea is present at a solution concentration of less than 35mg/ml or up to 30mg/ml and sufficient ethanesulphonic acid is present to provide a solution which is essentially free from any visible particulates.
A method of preparing an oral care composition comprising: (i) preparing a slurry of precipitated calcium carbonate and a polymeric biguanide; (ii) drying the slurry to form a complex of precipitated calcium carbonate and a polymeric biguanide; (iii) combining the complex with a composition comprising one or more oral care ingredients chosen from humectants, inorganic dispersants, bicarbonate salts, pH modifying agents, surfactants, foam modulators, thickening agents, viscosity modifiers, sweeteners, flavorants, colorants, anticaries agents, anticalculus agents, stannous ion sources, zinc ion sources, breath fresheners, antiplaque agents, enzymes, vitamins, anti-adhesion agents and combinations thereof. (i) preparing a slurry of precipitated calcium carbonate and a polymeric biguanide; (ii) drying the slurry to form a complex of precipitated calcium carbonate and a polymeric biguanide; (iii) combining the complex with a composition comprising one or more oral care ingredients chosen from humectants, inorganic dispersants, bicarbonate salts, pH modifying agents, surfactants, foam modulators, thickening agents, viscosity modifiers, sweeteners, flavorants, colorants, anticaries agents, anticalculus agents, stannous ion sources, zinc ion sources, breath fresheners, antiplaque agents, enzymes, vitamins, anti-adhesion agents and combinations thereof.
A method for manipulating rodlike pieces in a excavation apparatus, the method comprising: performing operations relating to a drill hole with a excavation unit (4, 40) which comprises a excavation apparatus (5, 17); a feed beam and a feed device, by means of which the excavation apparatus (5, 17) is moved on the feed beam in a feed direction and in a reverse direction: introducing a rod (9, 18) into the centre of the unit and out of the centre, respectively, by means of a changing device belonging to the excavation unit (4, 40); connecting in the centre the rod (9, 18) to the excavation apparatus (5, 17); supporting the rod (9, 18), during the operation directed to the drill hole, by means of at least one centralizer in the portion between the front part of the excavation apparatus (5, 17) and the front part of the feed beam; transferring, after the operation, the excavation apparatus (5, 17) and the centralizer in the reverse direction to a changing station and turning the changing device in a direction transverse to the feed beam to the centre, whereby the same turning movement also affects a guide member of the centralizer and opens a closing element of the centralizer to an open position so as to receive the rod (9, 18) in the centre or to remove the rod from the centre; characterized by locking the closing element of the centralizer in a shape-locking manner while in the closed position and preventing the closing element from being opened by the effect of the forces exerted from the rod (9, 18) on the closing element. introducing a rod (9, 18) into the centre of the unit and out of the centre, respectively, by means of a changing device belonging to the excavation unit (4, 40); connecting in the centre the rod (9, 18) to the excavation apparatus (5, 17); supporting the rod (9, 18), during the operation directed to the drill hole, by means of at least one centralizer in the portion between the front part of the excavation apparatus (5, 17) and the front part of the feed beam; transferring, after the operation, the excavation apparatus (5, 17) and the centralizer in the reverse direction to a changing station and turning the changing device in a direction transverse to the feed beam to the centre, whereby the same turning movement also affects a guide member of the centralizer and opens a closing element of the centralizer to an open position so as to receive the rod (9, 18) in the centre or to remove the rod from the centre; characterized by locking the closing element of the centralizer in a shape-locking manner while in the closed position and preventing the closing element from being opened by the effect of the forces exerted from the rod (9, 18) on the closing element.
A valve lifter assembly comprising: a compound collar for limiting in-service rotation of valve lifters (40, 42), including a mounting sleeve having a first inner peripheral surface forming a first lifter bore, a guide sleeve having a second inner peripheral surface forming a second lifter bore, a bridge attaching the guide sleeve to the mounting sleeve, and an outer peripheral surface formed in part upon each of the mounting sleeve, the guide sleeve, and the bridge; a valve lifter (40, 42) including a first lifter end and a second lifter end, a lifting surface facing a direction of the first lifter end, a cam follower (68, 69) mounted to the second lifter end, and the first lifter end is positionable in either of the first lifter bore or the second lifter bore; characterised in that the second lifter bore is enlarged relative to the first lifter bore and congruent with the first lifter bore, such that the valve lifter (40, 42) has an interference-fit installation configuration with the mounting sleeve and a slip-fit installation configuration with the guide sleeve. a compound collar for limiting in-service rotation of valve lifters (40, 42), including a mounting sleeve having a first inner peripheral surface forming a first lifter bore, a guide sleeve having a second inner peripheral surface forming a second lifter bore, a bridge attaching the guide sleeve to the mounting sleeve, and an outer peripheral surface formed in part upon each of the mounting sleeve, the guide sleeve, and the bridge; a valve lifter (40, 42) including a first lifter end and a second lifter end, a lifting surface facing a direction of the first lifter end, a cam follower (68, 69) mounted to the second lifter end, and the first lifter end is positionable in either of the first lifter bore or the second lifter bore; characterised in that the second lifter bore is enlarged relative to the first lifter bore and congruent with the first lifter bore, such that the valve lifter (40, 42) has an interference-fit installation configuration with the mounting sleeve and a slip-fit installation configuration with the guide sleeve.
A golf club head and head cover combination, wherein: the golf club head comprises a thermochromic material, and wherein the head cover comprises a heat source for activating the thermochromic material when the head cover is placed over the golf club head; the golf club head comprises an electrochromic material, and wherein the head cover is configured to supply current for energizing the electrochromic material when the head cover is placed over the golf club head; the golf club head comprises a piezoelectric material, and wherein the head cover comprises a power source for energizing the piezoelectric material when the head cover is placed over the golf club head; or the golf club head comprises a phosphor, and wherein the head cover comprises a source of illumination for energizing the phosphor when the head cover is placed over the golf club head. the golf club head comprises a thermochromic material, and wherein the head cover comprises a heat source for activating the thermochromic material when the head cover is placed over the golf club head; the golf club head comprises an electrochromic material, and wherein the head cover is configured to supply current for energizing the electrochromic material when the head cover is placed over the golf club head; the golf club head comprises a piezoelectric material, and wherein the head cover comprises a power source for energizing the piezoelectric material when the head cover is placed over the golf club head; or the golf club head comprises a phosphor, and wherein the head cover comprises a source of illumination for energizing the phosphor when the head cover is placed over the golf club head.
Bone marrow derived neural regenerating cells for use in a method for reversing neural degeneration and/or restoring neural tissue in a neurodegenerative disease by providing trophic support to damaged neural tissue, wherein the bone marrow derived neural regenerating cells are transplanted at a site of neural degeneration in a host, wherein the transplanted cells secrete one or more trophic factors and wherein the bone marrow-derived neural regenerating cells are cells non-differentiated into neurons obtainable by (a) providing a culture of marrow adherent stromal cells and (b) transfecting the cells of step (a) with a plasmid encoding a Notch intracellular domain (NICD).
A computer-implemented method comprising: obtaining, based on an input image, a plurality of first activation maps of a plurality of labelled filters of a layer of a first convolutional neural network, wherein the first convolutional neural network is configured to identify one or more objects in the input image; selecting at least one first activation map each having an activation score above a threshold activation score or having the highest activation score; obtaining, based on the input image, a second activation map of a filter of a layer of a second convolutional neural network, wherein the second convolutional neural network is configured to identify one or more objects in the input image, and wherein the layer of the second convolutional neural network corresponds to the layer of the first convolutional neural network; calculating a similarity measure between the first activation map and the second activation map for each of a plurality of pairs each comprising the second activation map and one of the at least one selected first activation maps; and labelling the filter of the second convolutional neural network with a label of the labelled filter corresponding to the first activation map belonging to the pair with the highest similarity measure. obtaining, based on an input image, a plurality of first activation maps of a plurality of labelled filters of a layer of a first convolutional neural network, wherein the first convolutional neural network is configured to identify one or more objects in the input image; selecting at least one first activation map each having an activation score above a threshold activation score or having the highest activation score; obtaining, based on the input image, a second activation map of a filter of a layer of a second convolutional neural network, wherein the second convolutional neural network is configured to identify one or more objects in the input image, and wherein the layer of the second convolutional neural network corresponds to the layer of the first convolutional neural network; calculating a similarity measure between the first activation map and the second activation map for each of a plurality of pairs each comprising the second activation map and one of the at least one selected first activation maps; and labelling the filter of the second convolutional neural network with a label of the labelled filter corresponding to the first activation map belonging to the pair with the highest similarity measure.
A method for preparing a co-catalyst compound represented by the following Formula 1, the method comprising: a step of reacting a compound represented by the following Formula 2 and a compound represented by the following Formula 3 in the presence of an anhydrous hydrocarbon solvent: [Formula 1] [L-H] + [Z 4] - [Formula 2] + [Z 4] - [Formula 3] [L-H] + - where L is a Lewis base containing nitrogen, Z is aluminum or boron, each A is independently an aryl of 6 to 20 carbon atoms or an alkyl of 1 to 20 carbon atoms, where one or more hydrogen atoms are optionally substituted with a substituent, and the substituent of A is independently halogen, a hydrocarbyl of 1 to 20 carbon atoms, an alkoxy of 1 to 20 carbon atoms, or an aryloxy of 6 to 20 carbon atoms, M is a metal in group 1, and X is a halogen element; wherein the compound represented by Formula 1 shows at least two peaks in a range of 1.60 ppm to 2.10 ppm in a 1 H NMR spectrum recorded at 500 MHz in C 6 D 6 with standard material TMS. a step of reacting a compound represented by the following Formula 2 and a compound represented by the following Formula 3 in the presence of an anhydrous hydrocarbon solvent: [Formula 1] [L-H] + [Z 4] - [Formula 2] + [Z 4] - [Formula 3] [L-H] + - where L is a Lewis base containing nitrogen, Z is aluminum or boron, each A is independently an aryl of 6 to 20 carbon atoms or an alkyl of 1 to 20 carbon atoms, where one or more hydrogen atoms are optionally substituted with a substituent, and the substituent of A is independently halogen, a hydrocarbyl of 1 to 20 carbon atoms, an alkoxy of 1 to 20 carbon atoms, or an aryloxy of 6 to 20 carbon atoms, M is a metal in group 1, and X is a halogen element; wherein the compound represented by Formula 1 shows at least two peaks in a range of 1.60 ppm to 2.10 ppm in a 1 H NMR spectrum recorded at 500 MHz in C 6 D 6 with standard material TMS.
Fan (1, 11) for an aircraft engine comprising a rotor (2, 12) equipped with a plurality of blades (3, 13) made of composite material including woven fibers and a system for detecting deformations resulting from the impact of an object on said fan, at least one of said fibers of each of said blades (3, 13) being an optical fiber (4, 14) comprising at least a portion defining a Bragg grating, the fan further comprising a transmitter / receiver (6, 16) connected to said optical fiber (4, 14) and configured to send an optical signal into said optical fiber (4, 14) and to receive in response from said optical fiber (4, 14) an optical signal, and a detection module (7, 17) connected to said transmitter / receiver for detecting a deformation on said fan (1, 11) when said received optical signal has a correlation with a predetermined signature of a shock damped on a blade at a determined rotational speed, said module detection device (7, 17) being incorporated in an electronic unit (5, 15) configured to store information relating to the detected deformation, to identify the blade and to transmit said deformation and identification information to a maintenance system, the fan further comprising receiving means for receiving said deformation and identification information and analysis means (102, 104) for applying a modal analysis on each of said deformation information, or of resonances synchronous with the engine speed, in order to identify the modal parameters relating to each blade and to follow the evolution of said parameters in order to detect appearances of faults and their progress on the blades of said fan.