mhurhangee/ep-ind-claims huggingface dataset:
A concrete tile comprising a tile body, the tile body having an upper face hardened through non-mold shaping, a lower face hardened through mold shaping, and a side surface that includes a cut end face in at least one side of the tile body, wherein the tile body contains alkali-resistant fibers in an entire thickness thereof in a state substantially free of fiber-containing granular bodies; the alkali-resistant fibers comprise at least one member selected from the group consisting of polyvinyl alcohol-based fibers, polyethylene fibers, polypropylene fibers, acrylic fibers, and aramid fibers, wherein an average diameter of the alkali-resistant fibers is 5 to 100 μm and an aspect ratio of each of the alkali-resistant fibers is 100 to 800; the tile body is made from a molding material in which the alkali-resistant fibers are present in an amount of from 0.1 to 2% by mass relative to the solid content of the molding material; and the molding material further comprises an aggregate, and the aggregate comprises a light-weight aggregate in a proportion of not greater than 10% based on an amount of the aggregate. the tile body having an upper face hardened through non-mold shaping, a lower face hardened through mold shaping, and a side surface that includes a cut end face in at least one side of the tile body, wherein the tile body contains alkali-resistant fibers in an entire thickness thereof in a state substantially free of fiber-containing granular bodies; the alkali-resistant fibers comprise at least one member selected from the group consisting of polyvinyl alcohol-based fibers, polyethylene fibers, polypropylene fibers, acrylic fibers, and aramid fibers, wherein an average diameter of the alkali-resistant fibers is 5 to 100 μm and an aspect ratio of each of the alkali-resistant fibers is 100 to 800; the tile body is made from a molding material in which the alkali-resistant fibers are present in an amount of from 0.1 to 2% by mass relative to the solid content of the molding material; and the molding material further comprises an aggregate, and the aggregate comprises a light-weight aggregate in a proportion of not greater than 10% based on an amount of the aggregate.
A pressure sensor for use in a harsh environment comprising: a substrate; a sensor die directly coupled to said substrate by a bond frame positioned between said substrate and said sensor die, said sensor die including a generally flexible diaphragm configured to flex when exposed to a sufficient differential pressure thereacross; a piezoelectric or piezoresistive sensing element at least partially located on said diaphragm such that said sensing element provides an electrical signal upon flexure of said diaphragm; an output contact (50, 52, 60) located on said sensor die and electrically coupled to said sensing element, wherein said bond frame extends around the perimeter of said sensor die and said output contact (50, 52, 60), and also includes a bulkhead extending laterally across said sensor die, said bond frame and said bulkhead providing a sealed cavity around said output contact (50, 52, 60), wherein said sealed cavity is fluidly isolated from said diaphragm; and a connecting component electrically coupled to said output contact (50, 52, 60) at a connection location that is fluidly isolated from said diaphragm by said bond frame and said bulkhead, wherein said bond frame is made of materials and said connecting component is electrically coupled to said sensing element by the same materials of said bond frame. a substrate; a sensor die directly coupled to said substrate by a bond frame positioned between said substrate and said sensor die, said sensor die including a generally flexible diaphragm configured to flex when exposed to a sufficient differential pressure thereacross; a piezoelectric or piezoresistive sensing element at least partially located on said diaphragm such that said sensing element provides an electrical signal upon flexure of said diaphragm; an output contact (50, 52, 60) located on said sensor die and electrically coupled to said sensing element, wherein said bond frame extends around the perimeter of said sensor die and said output contact (50, 52, 60), and also includes a bulkhead extending laterally across said sensor die, said bond frame and said bulkhead providing a sealed cavity around said output contact (50, 52, 60), wherein said sealed cavity is fluidly isolated from said diaphragm; and a connecting component electrically coupled to said output contact (50, 52, 60) at a connection location that is fluidly isolated from said diaphragm by said bond frame and said bulkhead, wherein said bond frame is made of materials and said connecting component is electrically coupled to said sensing element by the same materials of said bond frame.
A system for preparing at least one flight mission from a list of flight missions each intended to be performed by at least one aircraft chosen from among a plurality of aircrafts, said system being characterized in that it comprises: - a monitor, - information input means, - a central processing unit comprising at least one memory including at least one database comprising characteristics of said aircraft and requirements to perform the or each mission, and an application for preparing and monitoring missions comprising: - means for managing a graphic interface, capable of commanding a display over a first area of said monitor of relevant characteristics of each of said aircrafts, chosen from among said characteristics, and commanding a display on a second area of said monitor of said requirements necessary to perform the or each mission, - detection means capable of detecting an association action by an operator, using said input means, of the or each mission with an aircraft chosen from among said aircrafts, - management means capable of establishing, when said association action is detected, a computer connection in said database between the characteristics of the chosen aircraft on the one hand and the requirements of the mission on the other hand. - a monitor, - information input means, - a central processing unit comprising at least one memory including at least one database comprising characteristics of said aircraft and requirements to perform the or each mission, and an application for preparing and monitoring missions comprising: - means for managing a graphic interface, capable of commanding a display over a first area of said monitor of relevant characteristics of each of said aircrafts, chosen from among said characteristics, and commanding a display on a second area of said monitor of said requirements necessary to perform the or each mission, - detection means capable of detecting an association action by an operator, using said input means, of the or each mission with an aircraft chosen from among said aircrafts, - management means capable of establishing, when said association action is detected, a computer connection in said database between the characteristics of the chosen aircraft on the one hand and the requirements of the mission on the other hand. - means for managing a graphic interface, capable of commanding a display over a first area of said monitor of relevant characteristics of each of said aircrafts, chosen from among said characteristics, and commanding a display on a second area of said monitor of said requirements necessary to perform the or each mission, - detection means capable of detecting an association action by an operator, using said input means, of the or each mission with an aircraft chosen from among said aircrafts, - management means capable of establishing, when said association action is detected, a computer connection in said database between the characteristics of the chosen aircraft on the one hand and the requirements of the mission on the other hand.
A mimetic egg comprising isolated lysozymeor a salt thereof as an egg recognition pheromone and a substance which accomplishes extermination or prevention of the termites in its base material mimicking an egg of a termite.
A mounting pad (46, 346) for fastening a crop-engaging tine to a tine support (34, 36) of a crop-engaging device of an agricultural harvester or implement, the mounting pad (46, 346) comprising: a body portion (70, 370) for mounting between the tine and the tine support (34, 36), the body portion (70, 370) having a body aperture (75, 375) for receiving a given fastener to attach the body portion (70, 370) to the tine support (34, 36); and characterised by a tab (76, 376) that extends from the body portion (70, 370) for mounting between a given fastener and the tine, the tab (76, 376) having a tab aperture (82, 382) for receiving the given fastener. a body portion (70, 370) for mounting between the tine and the tine support (34, 36), the body portion (70, 370) having a body aperture (75, 375) for receiving a given fastener to attach the body portion (70, 370) to the tine support (34, 36); and characterised by a tab (76, 376) that extends from the body portion (70, 370) for mounting between a given fastener and the tine, the tab (76, 376) having a tab aperture (82, 382) for receiving the given fastener.
A method performed in a Lightweight Machine to Machine, LWM2M, server for communication in Internet of Things, comprising: receiving, from an application, an object definition schema, checking if a queue exists for the operation-related resource item, upon receiving a request for an operation on the operation-related resource item from the application, the method being characterized in that the object definition schema includes an attribute that indicates storing a latest operation message for an operation-related resource item in a LWM2M client, and if the queue exists, storing the latest operation message in the queue in place of a previous operation message when the LWM2M client is offline. receiving, from an application, an object definition schema, checking if a queue exists for the operation-related resource item, upon receiving a request for an operation on the operation-related resource item from the application, the method being characterized in that the object definition schema includes an attribute that indicates storing a latest operation message for an operation-related resource item in a LWM2M client, and if the queue exists, storing the latest operation message in the queue in place of a previous operation message when the LWM2M client is offline.
A spring-loaded contact pin for electronic components having a sleeve; having a spring arranged in the sleeve; having a piston, which is arranged at least partially in the sleeve; and having a contact element, which is arranged at least partially in the sleeve and which is set up to contact the sleeve and/or the piston, wherein the contact element comprises angled contact tongues, wherein the contact element contacts the piston, wherein the piston has a step, which is set up to interact with a corresponding inner stop element of the sleeve, in order to hold the piston in the sleeve, characterized in that the contact element is designed as an annular ring with a borehole.
Bag for storage and transport of golf equipment, which bag comprises at least two sections (10;20), each comprising an upper (11;21) and a lower (12;22) edge, respectively, wherein the sections (10;20) are pivotably interconnected by a hinge arranged along the lower respective edge (12;22) of each section (10;20), wherein the bag is openable by folding the sections (10;20) apart along the hinge, towards an open position in which the interior of the bag is uncovered, and wherein the bag comprises support means (40;50) so that the bag can stand in a stable manner on a supporting surface when in its opened position, characterized in that at least one section comprises fastening means for golf club shafts in its upper part, in that at least one section comprises club head separating means in its lower part for receiving club heads of one or more golf clubs whose shafts are fastened to the fastening means, in that the fastening means are arranged essentially vertically above the club head separating means when the bag is in its upright position, so that one or more golf clubs can be accommodated essentially vertically, standing with their shafts pointing upwards, in the bag, and in that the bag comprises a carrying system arranged for carrying the bag on the back as a back pack.
An elastic member comprising: ∘ an upper support; ∘ a lower support disposed under the upper support; and ∘ a first connection part and a second connection part disposed in opposite directions, each of the first and second connection parts connecting the upper support and the lower support, and each of the first and second connection parts comprising a plurality of peaks and a plurality of valleys repeatedly disposed in an outward direction, wherein the plurality of peaks and valleys are configured to be bent when the elastic member is pressurized, wherein the first connection part and the second connection part are integrally formed by connection between the plurality of valleys, wherein an outermost first inflection point, and a second inflection point and a third inflection point disposed in a vertical direction toward an inside of the first inflection point are disposed in each of the plurality of peaks of each of the first and second connection parts, and wherein the elastic member is configured to bend via the first inflection point, the second inflection point, and the third inflection point. ∘ an upper support; ∘ a lower support disposed under the upper support; and ∘ a first connection part and a second connection part disposed in opposite directions, each of the first and second connection parts connecting the upper support and the lower support, and each of the first and second connection parts comprising a plurality of peaks and a plurality of valleys repeatedly disposed in an outward direction, wherein the plurality of peaks and valleys are configured to be bent when the elastic member is pressurized, wherein the first connection part and the second connection part are integrally formed by connection between the plurality of valleys, wherein an outermost first inflection point, and a second inflection point and a third inflection point disposed in a vertical direction toward an inside of the first inflection point are disposed in each of the plurality of peaks of each of the first and second connection parts, and wherein the elastic member is configured to bend via the first inflection point, the second inflection point, and the third inflection point.
A device for discharging fluids, the device comprising: a container (3, 5) to be opened and closed, which forms a device interior space for accommodating a spray medium; capsule connection means (12, 15) for establishing a fluidic connection between an exchangeable gas-filled capsule and the device; a discharge opening through which the spray medium can be discharged from the device interior space upon actuating the device, wherein a pressure regulator is provided to ensure the discharge of the spray medium at a uniform pressure, characterized in that the pressure regulator comprises a low-pressure piston with a low-pressure piston spring and a low-pressure piston surface, as well as a high-pressure valve with a high-pressure valve plunger and a high-pressure valve spring, wherein such a pressure can be applied to the low-pressure piston surface by means of the gas from the capsule that the low-pressure piston spring is compressed and the high-pressure valve is closed, and that the pressure regulator comprises a pressure relief valve, which comprises a pressure relief valve piston with a pressure relief valve piston surface and preferably a sealing cone. a container (3, 5) to be opened and closed, which forms a device interior space for accommodating a spray medium; capsule connection means (12, 15) for establishing a fluidic connection between an exchangeable gas-filled capsule and the device; a discharge opening through which the spray medium can be discharged from the device interior space upon actuating the device, wherein a pressure regulator is provided to ensure the discharge of the spray medium at a uniform pressure, characterized in that the pressure regulator comprises a low-pressure piston with a low-pressure piston spring and a low-pressure piston surface, as well as a high-pressure valve with a high-pressure valve plunger and a high-pressure valve spring, wherein such a pressure can be applied to the low-pressure piston surface by means of the gas from the capsule that the low-pressure piston spring is compressed and the high-pressure valve is closed, and that the pressure regulator comprises a pressure relief valve, which comprises a pressure relief valve piston with a pressure relief valve piston surface and preferably a sealing cone.
Method for producing a porous, ceramic surface layer on a substrate for an implant, wherein the method has the step of applying a mixture to the substrate, wherein the mixture comprises: at least one polymer as pore forming material; at least one ceramic material which comes from the group which comprises: Y-TZP (yttria-stabilized tetragonal zirconia), ATZ corresponding to 80% ZrO2 and 20% Al2O3; at least one solvent; at least one inorganic binder from the group of phosphates and silicates or from a combination thereof; and wherein the method has the step in that the porous surface layer is obtained from the mixture after a sintering process. at least one polymer as pore forming material; at least one ceramic material which comes from the group which comprises: Y-TZP (yttria-stabilized tetragonal zirconia), ATZ corresponding to 80% ZrO2 and 20% Al2O3; at least one solvent; at least one inorganic binder from the group of phosphates and silicates or from a combination thereof; and wherein the method has the step in that the porous surface layer is obtained from the mixture after a sintering process. Y-TZP (yttria-stabilized tetragonal zirconia), ATZ corresponding to 80% ZrO2 and 20% Al2O3; at least one solvent; at least one inorganic binder from the group of phosphates and silicates or from a combination thereof; and wherein the method has the step in that the porous surface layer is obtained from the mixture after a sintering process.
Printing table arrangement with at least one printing device for printing on substrates (22, 24, 31) and with at least one printing table, which has a first transport device to transport the substrates (22, 24, 31) to be printed on in a first plane and a lifting device to move the first transport device with the first plane between a printing plane assigned to the printing device and a transport plane lying underneath, characterized in that that the printing table has a second transport device to transport substrates (22, 24, 31) in a second plane beneath the first plane, in which the fixed spacing between the first plane and the second plane corresponds to the spacing between the printing plane and transport plane.
A yarn winding machine comprising: a yarn supplying section in which a yarn supplying bobbin is supported; a yarn accumulating device adapted to unwind a yarn from the yarn supplying bobbin supported by the yarn supplying section and to wind the unwound yarn; a package forming section adapted to draw out the yarn accumulated in the yarn accumulating device and to wind the yarn as a package; a yarn joining device adapted to join the yarn on the yarn supplying bobbin side and the yarn on the yarn accumulating device side; a blow-feeding section adapted to blow and feed the yarn on the yarn accumulating device side to a downstream side in a travelling direction at a time of winding of the yarn; a first catching section adapted to catch the yarn on the yarn accumulating device side blown and fed by the blow-feeding section, to guide the yarn to the yarn joining device; and a second catching section adapted to catch the yarn on the yarn supplying bobbin side and to guide the yarn to the yarn joining device, wherein the second catching section is swingably arranged at a first position for catching of the yarn on the yarn supplying bobbin side on an upstream side in the travelling direction with respect to a position where the first catching section catches the yarn on the yarn accumulating device side, and at a second position for guiding of the caught yarn to the yarn joining device characterized in that the first catching section and the second catching section are configured as a catching device that is integrated. a yarn supplying section in which a yarn supplying bobbin is supported; a yarn accumulating device adapted to unwind a yarn from the yarn supplying bobbin supported by the yarn supplying section and to wind the unwound yarn; a package forming section adapted to draw out the yarn accumulated in the yarn accumulating device and to wind the yarn as a package; a yarn joining device adapted to join the yarn on the yarn supplying bobbin side and the yarn on the yarn accumulating device side; a blow-feeding section adapted to blow and feed the yarn on the yarn accumulating device side to a downstream side in a travelling direction at a time of winding of the yarn; a first catching section adapted to catch the yarn on the yarn accumulating device side blown and fed by the blow-feeding section, to guide the yarn to the yarn joining device; and a second catching section adapted to catch the yarn on the yarn supplying bobbin side and to guide the yarn to the yarn joining device, wherein the second catching section is swingably arranged at a first position for catching of the yarn on the yarn supplying bobbin side on an upstream side in the travelling direction with respect to a position where the first catching section catches the yarn on the yarn accumulating device side, and at a second position for guiding of the caught yarn to the yarn joining device characterized in that the first catching section and the second catching section are configured as a catching device that is integrated.
A process for the catalytic reforming of hydrocarbons comprising contacting the hydrocarbon feed in two or more sequential catalyst zones, wherein: (a) an initial catalyst zone which is a fixed-bed system and contains an initial catalytic composition comprising a platinum component, a germanium or rhenium component or a combination thereof, an alkali metal or alkaline earth metal, a halogen component, and a refractory inorganic oxide, wherein said catalyst composition of alkaline metal or alkaline earth metal in said initial catalyst zone comprises 150 to 5000 ppm potassium; and (b) a terminal catalyst zone which is in a fixed-bed system and contains a terminal catalyst composition comprising a platinum component, a germanium or rhenium component or a combination thereof, a refractory inorganic oxide, and a halogen component; wherein said terminal catalyst composition comprises less than 100 ppm alkali metal on an elemental basis. (a) an initial catalyst zone which is a fixed-bed system and contains an initial catalytic composition comprising a platinum component, a germanium or rhenium component or a combination thereof, an alkali metal or alkaline earth metal, a halogen component, and a refractory inorganic oxide, wherein said catalyst composition of alkaline metal or alkaline earth metal in said initial catalyst zone comprises 150 to 5000 ppm potassium; and (b) a terminal catalyst zone which is in a fixed-bed system and contains a terminal catalyst composition comprising a platinum component, a germanium or rhenium component or a combination thereof, a refractory inorganic oxide, and a halogen component; wherein said terminal catalyst composition comprises less than 100 ppm alkali metal on an elemental basis.