mhurhangee/ep-ind-claims huggingface dataset:
Device with a water jet propulsion for generating a water jet, wherein the device is configured as a floating device, namely as a jet ski or a boat, wherein the floating device has a water jet diverter apparatus, wherein the water jet diverter apparatus has a diverter for diverting the water jet, a first guiding piece for guiding the water jet, a hose and a connecting piece for connecting the water jet diverter apparatus via the hose with an externally connectable device for receiving the diverted water jet, wherein the externally connectable device is configured as a piece of sports equipment for passenger transportation, wherein the first guiding piece is arranged between the diverter and the connecting piece and connects the diverter with the connecting piece for forwarding the water jet from the diverter to the connecting piece, characterized in that the first guiding piece is arranged along a first outer surface of the floating device, wherein the first guiding piece is arranged outside the water when the floating device is located in the water.
A composite sensor (11, 51) comprising: a plurality of thermal image sensors arranged on a first substrate; and a plurality of range image sensors arranged on a second substrate, wherein each range image sensor has a charge generation region for generating an electric charge in response to light incident thereon and a transfer electrode for transferring the electric charge generated in the charge generation region to a predetermined charge collection region according to a charge transfer signal given beforehand; wherein the plurality of thermoelectric elements are arranged in a first arrangement region and the plurality of range image sensors are arranged in a second arrangement region; wherein the second substrate is mounted on the first substrate such that the first arrangement region of the thermal image sensors and the second arrangement region of the range image sensors overlap each other as seen in the mounting direction; and wherein the first and second substrates (13, 14) are mounted on top of each other so as to form a seal body (S1, S2) sealing a space about the thermal image sensor with the first substrate serving as a top plate. a plurality of thermal image sensors arranged on a first substrate; and a plurality of range image sensors arranged on a second substrate, wherein each range image sensor has a charge generation region for generating an electric charge in response to light incident thereon and a transfer electrode for transferring the electric charge generated in the charge generation region to a predetermined charge collection region according to a charge transfer signal given beforehand; wherein the plurality of thermoelectric elements are arranged in a first arrangement region and the plurality of range image sensors are arranged in a second arrangement region; wherein the second substrate is mounted on the first substrate such that the first arrangement region of the thermal image sensors and the second arrangement region of the range image sensors overlap each other as seen in the mounting direction; and wherein the first and second substrates (13, 14) are mounted on top of each other so as to form a seal body (S1, S2) sealing a space about the thermal image sensor with the first substrate serving as a top plate.
A tuned mass damper comprising: a frame, a voice coil supported in the frame; a magnet concentric with the voice coil and movable relative to the frame via the voice coil; and, a plurality of flexures (18a and 18b) having a first end extending from the magnet and an arm releasably coupled to the frame, characterized in that each flexure incorporates a slot in the arm, said slot receiving a pin supported from the frame, said pin positionable in the slot for adjustment of an effective length of said flexure such that said flexures (18a and 18b) are adjustable for a desired frequency of reciprocation of the magnet. a frame, a voice coil supported in the frame; a magnet concentric with the voice coil and movable relative to the frame via the voice coil; and, a plurality of flexures (18a and 18b) having a first end extending from the magnet and an arm releasably coupled to the frame, characterized in that each flexure incorporates a slot in the arm, said slot receiving a pin supported from the frame, said pin positionable in the slot for adjustment of an effective length of said flexure such that said flexures (18a and 18b) are adjustable for a desired frequency of reciprocation of the magnet.
A device for connecting a vacuum cleaner bag, intended to mount a bag collecting dust and debris therein to a lower portion of a dust collecting device, the bag connecting device comprising: an upper cover having a shape of a cylinder that vertically communicates at an upper portion thereof with the lower portion of the dust collecting device and is open at a lower portion thereof, with an insertion groove being formed vertically in a lower edge of the upper cover to define an inner wall and an outer wall; a lower cover having a shape of a cylinder that is open at an upper portion thereof, a sidewall of the lower cover being inserted into the insertion groove; and locking means locking the upper cover to the lower cover, whereby the bag is secured between the inner wall of the upper cover and the sidewall of the lower cover while covering an upper edge of the sidewall of the lower cover, characterised in that the sidewall of the lower cover is inserted into the insertion groove in such a way that a lower end of the inner wall of the upper cover comes into contact with a bottom of a receiving space in the lower cover. an upper cover having a shape of a cylinder that vertically communicates at an upper portion thereof with the lower portion of the dust collecting device and is open at a lower portion thereof, with an insertion groove being formed vertically in a lower edge of the upper cover to define an inner wall and an outer wall; a lower cover having a shape of a cylinder that is open at an upper portion thereof, a sidewall of the lower cover being inserted into the insertion groove; and locking means locking the upper cover to the lower cover, whereby the bag is secured between the inner wall of the upper cover and the sidewall of the lower cover while covering an upper edge of the sidewall of the lower cover,
A method of assessing the neutralising effect of a fabric conditioner, the method comprising the steps of: a) Immersing a first piece or section of absorbent material in water comprising a laundry detergent composition, wherein the detergent composition comprises anionic surfactant; b) Immersing the first piece or section of absorbent material in water comprising a fabric conditioning composition wherein the fabric conditioning composition comprises a cationic surfactant; c) Applying a cationic dye to the absorbent material; and d) Assessing the colour of the absorbent material Wherein the fabric conditioner neutralises detergent residues. a) Immersing a first piece or section of absorbent material in water comprising a laundry detergent composition, wherein the detergent composition comprises anionic surfactant; b) Immersing the first piece or section of absorbent material in water comprising a fabric conditioning composition wherein the fabric conditioning composition comprises a cationic surfactant; c) Applying a cationic dye to the absorbent material; and d) Assessing the colour of the absorbent material
A polishing device, comprising: a plurality of elastic thin teeth, wherein the plurality of elastic thin teeth is sequentially spliced and stacked to form an annular structure, and every two adjacent elastic thin teeth are closely abutted; and an upper end face or an annular side surface of the annular structure is a grinding working surface, and the grinding working surface is of an annular saw-toothed structure, wherein upper parts or side walls of the plurality of elastic thin teeth are made of an abrasive layer; the plurality of elastic thin teeth comprises a plurality of elastic thin teeth A and a plurality of elastic thin teeth B, and the plurality of elastic thin teeth A and the plurality of elastic thin teeth B are arranged in a staggered manner; or the plurality of elastic thin teeth A and one elastic thin teeth B are arranged in a staggered manner; or the plurality of elastic thin teeth A constitutes a group of elastic thin teeth A, the plurality of elastic thin teeth B constitutes a group of elastic thin teeth B, and the group of elastic thin teeth A and the group of elastic thin teeth B are arranged in a staggered manner; and upper parts of the plurality of elastic thin teeth A and upper parts of the plurality of elastic thin teeth B form the annular saw-toothed structure, wherein the elastic thin teeth A are made of a first bond and a first abrasive, and the elastic thin teeth B are made of a second bond and a second abrasive, wherein the elastic thin teeth A made of the first bond and the first abrasive have high hardness and long service life and the elastic thin teeth B made of the second bond and the second abrasive are highly elastic and easy to deform.
Feeding bottle comprising a refillable hollow bottle body, which forms a bottle base and comprises an outer thread over a bottle neck for screwing on or fitting a teat, containing a dye change indicator for a temperature greater than 20 degrees Celsius, consisting of an imprint integrated in the bottle surface, characterized in that the dye change indicator is obtained from a composition comprising: i.) 10-30 wt.% oligomers selected from the group of polyurethane, polyester, epoxy and polyether acrylates or methacrylates, ii.) 20-40 wt.% monomers selected from the group of monofunctional, difunctional, trifunctional, tetrafunctional and hexafunctional acrylates or methacrylates, iii.) 1-10 wt.% photoinitiators, iv.) 15-35 wt.% one or more thermochromic pigments, the imprint made of the composition being obtained by means of a screen-printing process. i.) 10-30 wt.% oligomers selected from the group of polyurethane, polyester, epoxy and polyether acrylates or methacrylates, ii.) 20-40 wt.% monomers selected from the group of monofunctional, difunctional, trifunctional, tetrafunctional and hexafunctional acrylates or methacrylates, iii.) 1-10 wt.% photoinitiators, iv.) 15-35 wt.% one or more thermochromic pigments,
A propulsor blade for a gas turbine engine comprising: an airfoil extending over a span between a root and a tip and having a chord between a leading edge and a trailing edge such that said chord forms a stagger angle α with regard to a rotational axis of said airfoil, and said stagger angle α is less than 62° at all positions along said span, with said root being at 0% of said span and said tip being at 100% of said span, characterised in that a stagger angle α 75 at 75% of said span and a stagger angle α 25 at 25% of said span is such that a ratio of α 75 / α 25 is 2.1-2.5.
A method for controlling luminescence, characterized in that it comprises: acquiring (102, 202, 302, 403) an environmental brightness; determining (104, 404) a luminescence parameter of a message indicator arranged on a terminal based on the environmental brightness; and controlling (106, 405) the message indicator to illuminate based on the luminescence parameter; wherein the step of determining a luminescence parameter of a message indicator arranged on a terminal based on the environmental brightness comprises: determining a brightness of the message indicator based on the environmental brightness; and characterized in that the step of determining a brightness of the message indicator based on the environmental brightness comprises: determining a screen brightness of the terminal based on the environmental brightness; and determining the brightness of the message indicator based on the screen brightness, wherein the screen brightness is in proportion with the brightness of the message indicator. acquiring (102, 202, 302, 403) an environmental brightness; determining (104, 404) a luminescence parameter of a message indicator arranged on a terminal based on the environmental brightness; and controlling (106, 405) the message indicator to illuminate based on the luminescence parameter; wherein the step of determining a luminescence parameter of a message indicator arranged on a terminal based on the environmental brightness comprises: determining a brightness of the message indicator based on the environmental brightness; and characterized in that the step of determining a brightness of the message indicator based on the environmental brightness comprises: determining a screen brightness of the terminal based on the environmental brightness; and determining the brightness of the message indicator based on the screen brightness, wherein the screen brightness is in proportion with the brightness of the message indicator. determining a brightness of the message indicator based on the environmental brightness; and characterized in that the step of determining a brightness of the message indicator based on the environmental brightness comprises: determining a screen brightness of the terminal based on the environmental brightness; and determining the brightness of the message indicator based on the screen brightness, wherein the screen brightness is in proportion with the brightness of the message indicator. determining a screen brightness of the terminal based on the environmental brightness; and determining the brightness of the message indicator based on the screen brightness, wherein the screen brightness is in proportion with the brightness of the message indicator.
A method for controlling a wind farm, the wind farm comprising at least two wind turbines, the method comprising determining the required power P R, determining fatigue load versus power curves for each wind turbine, and based on the determined fatigue load versus power curves attributing different power settings P S,i to the wind turbines such that sum of the power settings P S,i of all wind turbines is equal to the required power P R, the method being characterized by comprising: defining for each wind turbine a mid power range P M,i comprising only one relative fatigue load maximum and wherein P A,i < P M,i < P B,i, defining for each wind turbine a low power range P L,i ≤ P A,i free of a relative fatigue load maximum, defining a high power range P H,i ≥ P B,i free of a relative fatigue load maximum, and attributing the power settings such that P S,i ≠ P M,i for all wind turbines. defining for each wind turbine a mid power range P M,i comprising only one relative fatigue load maximum and wherein P A,i < P M,i < P B,i, defining for each wind turbine a low power range P L,i ≤ P A,i free of a relative fatigue load maximum, defining a high power range P H,i ≥ P B,i free of a relative fatigue load maximum, and attributing the power settings such that P S,i ≠ P M,i for all wind turbines.
A blocking calculation module configured to calculate blocking data of an ophthalmic lens member on a blocking element of a blocking station, comprising: - receiving means configured to receive input data from a remote device, the input data comprising optical data related to the ophthalmic lens member, the optical data comprising geometrical data representing a surface of the ophthalmic lens member to be placed on the blocking element, - calculation means configured to calculate the blocking data from the input data, the blocking data comprising data related to a position of the ophthalmic lens member on the blocking element, and - transmitting means configured to make the blocking data available to the blocking station. - receiving means configured to receive input data from a remote device, the input data comprising optical data related to the ophthalmic lens member, the optical data comprising geometrical data representing a surface of the ophthalmic lens member to be placed on the blocking element, - calculation means configured to calculate the blocking data from the input data, the blocking data comprising data related to a position of the ophthalmic lens member on the blocking element, and - transmitting means configured to make the blocking data available to the blocking station.
A method for producing an acrylic fiber bundle in which an acrylic polymer solution is spun to make a coagulated thread bundle, and the coagulated thread bundle is then subjected to at least an in-bath treatment step and an oil agent application step, wherein: the in-bath treatment step includes an in-bath cleaning step; the in-bath cleaning step is a step in which the plurality of coagulated thread bundles travel in parallel and are cleaned in one or more washing baths including an inflow portion and an outflow portion for a cleaning solution; at least one of the washing baths is a counterflow washing bath in which the cleaning solution flows into from the inflow portion located at a lower stream side position of a traveling direction of the coagulated thread bundles, and flows out from the outflow portion located at an upper stream side position of the traveling direction of the coagulated thread bundles; and an average of coefficients of variation CV of linear speeds of the cleaning solution in the inflow portion of the counterflow washing bath is 0.30 or less, and an average of coefficients of variation CV of linear speeds of the cleaning solution in the outflow portion of the counterflow washing bath is 0.30 or less, wherein the average of coefficients of variation CV of linear speeds is measured in accordance with the method in the description. the in-bath treatment step includes an in-bath cleaning step; the in-bath cleaning step is a step in which the plurality of coagulated thread bundles travel in parallel and are cleaned in one or more washing baths including an inflow portion and an outflow portion for a cleaning solution; at least one of the washing baths is a counterflow washing bath in which the cleaning solution flows into from the inflow portion located at a lower stream side position of a traveling direction of the coagulated thread bundles, and flows out from the outflow portion located at an upper stream side position of the traveling direction of the coagulated thread bundles; and an average of coefficients of variation CV of linear speeds of the cleaning solution in the inflow portion of the counterflow washing bath is 0.30 or less, and an average of coefficients of variation CV of linear speeds of the cleaning solution in the outflow portion of the counterflow washing bath is 0.30 or less, wherein the average of coefficients of variation CV of linear speeds is measured in accordance with the method in the description.
An apparatus for the automated preparation of areas on substrate layers that correspond to cross sections of a three-dimensional object manufactured by additive manufacturing of composite-based objects, comprising: a material feeder configured to hold a plurality of substrate sheets in a stack; a printer for depositing fluid onto a sheet from the plurality of sheets; a powder system having a powder applicator and a powder remover, wherein the powder applicator is configured to deposit powder onto the substrate sheet; and a transfer system for transferring a sheet from the material feeder to the printer, and from the printer to the powder system, wherein the transfer system comprises a felted-material gripper configured for lifting a single substrate sheet from the stack and transferring the sheet from the material feeder to the printer; whereby the powder can adhere to the areas of the sheet onto which the printer has deposited fluid, and the powder remover is configured to remove powder that did not adhere to the sheet. a material feeder configured to hold a plurality of substrate sheets in a stack; a printer for depositing fluid onto a sheet from the plurality of sheets; a powder system having a powder applicator and a powder remover, wherein the powder applicator is configured to deposit powder onto the substrate sheet; and a transfer system for transferring a sheet from the material feeder to the printer, and from the printer to the powder system, wherein the transfer system comprises a felted-material gripper configured for lifting a single substrate sheet from the stack and transferring the sheet from the material feeder to the printer; whereby the powder can adhere to the areas of the sheet onto which the printer has deposited fluid, and the powder remover is configured to remove powder that did not adhere to the sheet.
A compound anemoside B4 of formula I or a pharmaceutically acceptable salt thereof for use in the treatment of endometritis, foot rot disease, parvovirus, canine distemper, canine renal failure, and canine acute nephritis:
Housing (3, 5) for a motor or compressor, having an elongate crank chamber, which has two end surfaces (31a, 31b), for accommodating a crankshaft and having at least one cylinder chamber (32a, 32b, 53a, 53b) for accommodating a piston, wherein the crank chamber has, in a first end surface, an opening (33, 51) through which the crankshaft can be inserted into the crank chamber, wherein an inner diameter of the crank chamber narrows monotonously from the first end surface to the second end surface, characterized in that the housing (3, 5) is cast in one piece and in that the crank chamber tapers in the shape of a cone or frustum from the first end surface to the second end surface in such a way that the shell of the cone or frustum is inclined with respect to its axis of symmetry by an angle of between 0.5 and 10 degrees.
A textured press plate for use in manufacture of decorative laminate, characterized in that the textured press plate is manufactured by the method comprising: applying a UV curable acrylate mixture directly to a surface of a press plate substrate; irradiating the UV curable acrylate mixture with LED precure by excimer UV so that the UV curable acrylate mixture is only crosslinked on a surface thereof to produce a supermatting surface through micro-convolution; and fully curing the UV-irradiated layer to form a textured coating layer on the surface of the press plate. applying a UV curable acrylate mixture directly to a surface of a press plate substrate; irradiating the UV curable acrylate mixture with LED precure by excimer UV so that the UV curable acrylate mixture is only crosslinked on a surface thereof to produce a supermatting surface through micro-convolution; and fully curing the UV-irradiated layer to form a textured coating layer on the surface of the press plate.
A combustion chamber for a turbine engine such as an airplane turboprop or turbojet, the combustion chamber comprising inner and outer annular walls (3, 4) forming bodies of revolution that are connected together by an annular chamber end wall, the combustion chamber being characterized in that its inner wall is constituted by a single thickness of material that presents a thickness (e1, e2) and/or nature which varies along the longitudinal axis and in the circumferential direction of said wall, while its outer annular wall presents a thickness that is substantially constant and a material having a consistent nature.
An article having a first major surface with at least first and second regions, the first region comprising a plurality of first structures having a first pitch and a first surface roughness, the second region comprising a plurality of second structures having a second pitch and a second surface roughness, wherein the first and second pitches are the same, characterized in that the first surface roughness measure is not greater than 50 percent of the second surface roughness measure, and wherein at least a portion of the at least first and second regions have a surface roughness difference between them that together exhibit at least a portion of a first image.