mhurhangee/ep-ind-claims huggingface dataset:
Combustion engine having a cylinder block and a cylinder head which has an integrated exhaust manifold, wherein the cylinder block, the cylinder head and the integrated exhaust manifold have a continuous water jacket which forms a part of the coolant circuit of the combustion engine, characterised in that the coolant circuit comprises a busbar which communicates with the water jacket through passage openings with reduced opening cross-section, and coolant channels of the water jacket arranged in the extension of a flow direction through the passage openings lead to the exhaust manifold, whilst laterally branching coolant channels of the water jacket lead into the cylinder block behind the passage openings, such that the predominant proportion of coolant supplied to the busbar flows through the coolant channels leading to the exhaust manifold and only a low proportion of the coolant is deflected into the coolant channels leading into the cylinder block.
Conjointly rotating shaft-hub connection, particularly roll journal-striker connection for use in rolling mills, at least one portion of a shaft that can be rotated about an axis of rotation extending in the longitudinal direction being arranged to engage in a form-fitting manner with a hub, forming a connecting region with a clearance, and a device for the surface introduction of force being provided between the shaft and the hub, the device comprising at least one compensating element, which makes respective surface contact with the shaft and the hub, at least during torque transmission, characterized in that the single compensating element has at least one part forming a deformable, largely incompressible region and a strip-shaped support, and the part forming the incompressible region rests two-dimensionally on the inner circumference of a recess and the recess is provided on the hub and/or on the shaft, and the compensating element is inserted or pressed into the recess.
A microelectronic device structure comprising: (a) a first GaN layer (44, 44') having a dopant concentration of not more than about 1×10 16 /cm 3; (b) a second GaN layer (34, 34', 54A-54B) overlying said first GaN layer (44, 44'); (c) a third GaN layer (36, 36', 56) overlying said second GaN layer (34, 34', 54A-54B), said third GaN layer (36, 36', 56) having a dopant concentration of not more than about 1×10 16 /cm 3; (d) at least one metal contact (38, 38', 58) arranged over said third GaN layer (36, 36', 58); wherein the second GaN (34, 34', 54A-54B) layer is conductive, and the at least one metal contact (38, 38', 58) forms a metal-to-semiconductor junction with the third GaN layer (36, 36', 56); (e) a foreign substrate (32, 32', 52); and (f) a nucleation buffer layer (42, 42', 62) disposed between the first GaN layer (44, 44') and the foreign substrate (32, 32', 52). (a) a first GaN layer (44, 44') having a dopant concentration of not more than about 1×10 16 /cm 3; (b) a second GaN layer (34, 34', 54A-54B) overlying said first GaN layer (44, 44'); (c) a third GaN layer (36, 36', 56) overlying said second GaN layer (34, 34', 54A-54B), said third GaN layer (36, 36', 56) having a dopant concentration of not more than about 1×10 16 /cm 3; (d) at least one metal contact (38, 38', 58) arranged over said third GaN layer (36, 36', 58); wherein the second GaN (34, 34', 54A-54B) layer is conductive, and the at least one metal contact (38, 38', 58) forms a metal-to-semiconductor junction with the third GaN layer (36, 36', 56); (e) a foreign substrate (32, 32', 52); and (f) a nucleation buffer layer (42, 42', 62) disposed between the first GaN layer (44, 44') and the foreign substrate (32, 32', 52).
A windscreen wiper device of the flat blade type, particularly for automobiles, comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one groove, in which groove a longitudinal strip of the carrier element is disposed, wherein said windscreen wiper device further comprises a connecting device for detachably connecting said wiper blade to an oscillating arm near one end thereof around a pivot axis, characterized in that said connecting device has a substantially U-shaped cross-section, wherein legs of said connecting device are connected to the flexible material of said wiper blade on opposite sides thereof, wherein said legs are provided with two pairs of opposite protrusions near the outer ends of said connecting device, said legs are of said U-shaped cross-section and are C-shaped, and wherein said protrusions extend laterally inwardly only from a vertical part of each leg for exerting only a transverse force on the flexible material of said wiper blade in order to allow said longitudinal strip to exhibit a curvature at the location of the interconnection of said connecting device and said wiper blade, thereby locally squeezing said flexible material onto said longitudinal strip, in order to block any lateral movement of said longitudinal strip at the location of the interconnection of said connecting device and said wiper blade, and in that and in that the ratio (L'/L) between the width L' of said flexible material at the location of said protrusions and the width L of said flexible material at a location outside said protrusions varies between 30% and 1 %.
An information collage having a surface for detachable support of a plurality of collage components (32, 36, 38, 40, 41, 42, 46, 47), comprising: an identification unit for determining informational content of at least some of the plurality of collage components, a sensor system, a location unit for tracking position of at least some of the plurality of collage components, and an information processing system connected to the identification unit and the location unit for storing state records of position and informational content of at least some of the plurality of collage components, with the information processing system being updateable to reflect changes in position and informational content of the at least some of the plurality of collage components, characterized in that the identification unit and the location unit use the same sensor systems, wherein the sensor system is a camera coupled with an image interpretation system, wherein the camera is used to spatially localize a document in a widefield mode, and directly read document identifying symbols in a camera zoom mode. an identification unit for determining informational content of at least some of the plurality of collage components, a sensor system, a location unit for tracking position of at least some of the plurality of collage components, and an information processing system connected to the identification unit and the location unit for storing state records of position and informational content of at least some of the plurality of collage components, with the information processing system being updateable to reflect changes in position and informational content of the at least some of the plurality of collage components,
An anhydrous antiperspirant composition comprising: a parent fragrance that is dispersed throughout the composition; and a friction-triggered fragrance delivery technology comprising a plurality of microcapsules; wherein the microcapsules comprise a core material and a shell encapsulating the core material; wherein the core material comprises a first non-parent fragrance and the shell comprises a synthetic polymeric material; wherein the synthetic polymeric material comprises a polyacrylate material; wherein the microcapsules are spray-dried to form spray-dried microcapsules; wherein the composition further comprises a moisture-triggered fragrance delivery technology comprising a second non-parent fragrance; and wherein the second non-parent fragrance is encapsulated in cyclodextrin particles. a parent fragrance that is dispersed throughout the composition; and a friction-triggered fragrance delivery technology comprising a plurality of microcapsules; wherein the microcapsules comprise a core material and a shell encapsulating the core material; wherein the core material comprises a first non-parent fragrance and the shell comprises a synthetic polymeric material; wherein the synthetic polymeric material comprises a polyacrylate material; wherein the microcapsules are spray-dried to form spray-dried microcapsules; wherein the composition further comprises a moisture-triggered fragrance delivery technology comprising a second non-parent fragrance; and wherein the second non-parent fragrance is encapsulated in cyclodextrin particles.
Method for controlling the starting of a motor vehicle whose drive train comprises a drive engine embodied as a turbo-charged internal combustion engine, a starter element embodied as an automated friction clutch, and a transmission which is embodied as an automated step-by-step variable transmission, wherein when starting out of the stationary state is triggered by activation of the accelerator pedal, after the engagement of a determined starter gear the drive engine is adjusted from the idling rotational speed (n idle) to a starting rotational speed and from the idling torque to a determined starting torque in conjunction with coordinated engagement of the friction clutch, and the lowest possible engine rotational speed (n M) which can be spontaneously set under load starting from the idling rotational speed (n idle) as a function of the dynamic operating properties of the drive engine, and at which engine rotational speed (n M) the drive engine can generate the determined starting torque, is determined and set as a starting rotational speed, characterized in that the idling rotational speed (n idle) of the drive engine or an engine rotational speed (n M = n idle + Δn M) which is slightly above the idling rotational speed (n idle) is determined and set as a starting rotational speed if the determined starting torque does not exceed the intake torque (M S) of the drive engine or that in the case of a minimum rotational speed (n min) which is to be maintained by the drive engine for operational reasons and which is above the idling rotational speed (n idle) of the drive engine (n min > ni dle), this minimum rotational speed (n min) or an engine rotational speed (n M = n min + Δn M) slightly above the minimum rotational speed (n min) is determined and set as a starting rotational speed if the determined starting torque does not exceed the intake torque (M S) of the drive engine.
A radio access network paging area RPA information transmission method in a fifth generation, 5G, communication system, wherein the method comprises: receiving, by a first gNB, a Xn interface setup request message or a gNB configuration update message sent by a second gNB, wherein the Xn interface setup request message or the gNB configuration update message carries a RPA code corresponding to a cell of the second gNB, wherein the RPA code is used to identify an RPA, a cell ID of the cell of the second gNB, and a broadcast PLMNs list comprising one or more PLMN identities corresponding to the cell of the second gNB; and sending, by the first gNB, a Xn interface setup feedback message or a configuration update confirmation message to the second gNB. receiving, by a first gNB, a Xn interface setup request message or a gNB configuration update message sent by a second gNB, wherein the Xn interface setup request message or the gNB configuration update message carries a RPA code corresponding to a cell of the second gNB, wherein the RPA code is used to identify an RPA, a cell ID of the cell of the second gNB, and a broadcast PLMNs list comprising one or more PLMN identities corresponding to the cell of the second gNB; and sending, by the first gNB, a Xn interface setup feedback message or a configuration update confirmation message to the second gNB.
Method for the production of chlorine dioxide, wherein: - chlorite is reacted with acid in a reactor in an aqueous solution and - the formed gaseous chlorine dioxide is removed from the reactor with the aid of a vacuum pump, characterised in that the reactor, by means of at least two separating walls consisting of a porous material, is subdivided into at least three reactor chambers (5, 6) for the reaction of chlorite with acid, chlorite and acid are supplied as starting materials in the first reactor chamber via respective separate conduits (1a, 2a) with the aid of flow limiting means and the vacuum of the vacuum pump, gas is supplied in the last reactor chamber and the formed gaseous chlorine dioxide in a mixture with the supplied gas is removed from the first reactor chamber and transferred into water, wherein the supply of the source materials takes place discontinuously, there is a liquid phase and a gas phase in each of the reactor chambers when carrying out the reaction, the liquid phase is held in the respective reactor chamber by means of the separating wall and the gas until the reaction is stopped, by the vacuum being disconnected and the liquid phase being discharged from the lowermost reactor chamber, wherein the liquid phases stream in from the preceding reactor chambers. - chlorite is reacted with acid in a reactor in an aqueous solution and - the formed gaseous chlorine dioxide is removed from the reactor with the aid of a vacuum pump,
A recombinant DNA construct comprising a protein-coding sequence operably linked to a DNA sequence comprising a male tissue-specific siRNA (mts-siRNA) element, wherein said mts-siRNA element is heterologous with respect to said protein-coding sequence, and wherein: (a) the mts-siRNA element comprises at least one mts-siRNA sequence selected from SEQ ID NO:1-56 and 105-149; or (b) the mts-siRNA element is selected from SEQ ID NO:57-94 and 96-104; or (c) the mts-siRNA element is selected from SEQ ID NO:57-94 and 96-104, wherein 1-3 mismatches were incorporated; or (d) the mts-siRNA element comprises at least 20 contiguous nucleotides of the mts-siRNA element selected from SEQ ID NO:57-94 and 96-104; whereby the expression of the protein encoded by said protein-coding sequence is suppressed in male reproductive tissues of a transgenic plant expressing said recombinant DNA construct. (a) the mts-siRNA element comprises at least one mts-siRNA sequence selected from SEQ ID NO:1-56 and 105-149; or (b) the mts-siRNA element is selected from SEQ ID NO:57-94 and 96-104; or (c) the mts-siRNA element is selected from SEQ ID NO:57-94 and 96-104, wherein 1-3 mismatches were incorporated; or (d) the mts-siRNA element comprises at least 20 contiguous nucleotides of the mts-siRNA element selected from SEQ ID NO:57-94 and 96-104;
A trackside controller of at least one piece of trackside equipment (22, 24, 26, 28, 30) of a railway network, comprising: - a processor, - a memory unit associated with the processor, and - and at least one communication port configured to be directly connected to the piece of trackside equipment (22, 24, 26, 28, 30), wherein said memory unit comprises a zone dedicated to storing a logic object representative of said at least one piece of trackside equipment (22, 24, 26, 28, 30), the logic object being executable by the processor and comprising: a plurality of logic rules defining the operation of said at least one piece of trackside equipment (22, 24, 26, 28, 30) and characterized in that said logic object comprises at least two logic blocks (B1, B2, B3, B4, B5, B6, B7) representative of two separate parts of said at least one piece of trackside equipment and/or of two separate pieces of trackside equipment (22, 24, 26, 28, 30). - a processor, - a memory unit associated with the processor, and - and at least one communication port configured to be directly connected to the piece of trackside equipment (22, 24, 26, 28, 30),
Collar life preserver for water sports that includes a compressed inflatable life preserver, a cartridge that is filled with CO2, a solenoid valve in connection with the cartridge, a discharge valve, a sensor associated with a microprocessor programmed with an algorithm and emission/reception means between the valve and the microprocessor, where the cartridge can be recharged after each use, the algorithm constantly receives information of the user's body functions and by means of predetermined values knows when the user is unconscious, the microprocessor sends a signal to the solenoid valve of the CO2 cartridge for its automatic filling and there is a cord to manually activate the CO2 cartridge; wherein the sensor includes a cardiac sensor that detects an altered heart rate, characterized in that the sensor further includes a pulse oximeter that detects a low level of oxygen saturation in the blood, a movement sensor and a sensor that captures muscle contractions. a pulse oximeter that detects a low level of oxygen saturation in the blood, a movement sensor and a sensor that captures muscle contractions.
An aluminum substrate coated with a coating formed by curing a composition comprising: a filler; an emissivity agent; a crosslinking facilitator comprising a latent acid compound; and a metal silicate binder selected from potassium silicate, sodium silicate, lithium silicate, colloidal silica and combinations thereof. a filler; an emissivity agent; a crosslinking facilitator comprising a latent acid compound; and a metal silicate binder selected from potassium silicate, sodium silicate, lithium silicate, colloidal silica and combinations thereof.
Method for manufacturing a fastening object, particularly in the form of a heat-resistant adhesive closure part, entailing: - forming and providing metallic fastening elements with an interlocking head and a base part in the form of a cylindrical shank; and - providing a support structure with a fastening surface, characterised by - incorporating a perforation in the fastening surface in the form of cylindrical holes, the diameter of said holes corresponding to the diameter of the shaft of the shank of the fastening elements, to form seats to receive the shanks of the fastening elements; and - inserting the shanks of the fastening elements in the perforation of the fastening surface. - forming and providing metallic fastening elements with an interlocking head and a base part in the form of a cylindrical shank; and - providing a support structure with a fastening surface, - incorporating a perforation in the fastening surface in the form of cylindrical holes, the diameter of said holes corresponding to the diameter of the shaft of the shank of the fastening elements, to form seats to receive the shanks of the fastening elements; and - inserting the shanks of the fastening elements in the perforation of the fastening surface.
A light detection and ranging system comprising: at least one first light source for emitting a light signal to the surroundings of the light detection and ranging system, multiple receiving optical sensors for receiving a light signal from the surroundings of the light detection and ranging system, and an optical receiver system for processing the signals of the multiple receiving optical sensors, wherein the optical receiver system comprises a separate receiver channel for each receiving optical sensor, each separate receiver channel comprising an amplifier with an adjustable gain for amplifying the signal of the corresponding receiving optical sensor, wherein the light detection and ranging system further comprises a second light source for emitting a light signal directly to a reference receiver channel and the multiple receiving optical sensors, wherein the optical receiver system comprises the reference receiver channel and at least one comparator for comparing the output of the reference receiver channel and the output of each of the separate receiver channels, the reference receiver channel comprising a reference optical sensor and a reference amplifier, and wherein the at least one comparator is configured to adjust the gain of the amplifiers of each separate receiver channel based on the result of the comparison of the output of the reference receiver channel and the output of the corresponding separate receiver channel. at least one first light source for emitting a light signal to the surroundings of the light detection and ranging system, multiple receiving optical sensors for receiving a light signal from the surroundings of the light detection and ranging system, and an optical receiver system for processing the signals of the multiple receiving optical sensors, wherein the optical receiver system comprises a separate receiver channel for each receiving optical sensor, each separate receiver channel comprising an amplifier with an adjustable gain for amplifying the signal of the corresponding receiving optical sensor, wherein the light detection and ranging system further comprises a second light source for emitting a light signal directly to a reference receiver channel and the multiple receiving optical sensors, wherein the optical receiver system comprises the reference receiver channel and at least one comparator for comparing the output of the reference receiver channel and the output of each of the separate receiver channels, the reference receiver channel comprising a reference optical sensor and a reference amplifier, and wherein the at least one comparator is configured to adjust the gain of the amplifiers of each separate receiver channel based on the result of the comparison of the output of the reference receiver channel and the output of the corresponding separate receiver channel.
Pipe for the transport of water produced with a polymer composition comprising a polyolefin and styrene isoprene blockcopolymer wherein the amount of styrene isoprene blockcopolymer in the composition is lower than 2.0 wt% relative to the total weight amount of the composition.
A polyalkylene ether glycol composition comprising a polyalkylene ether glycol including an alkoxy group serving as a terminal group, wherein the polyalkylene ether glycol composition has a hydroxyl value of 220 or more and 750 or less, and wherein a ratio of the number of alkoxy group terminals of the polyalkylene ether glycol including an alkoxy group serving as a terminal group, the polyalkylene ether glycol being included in the polyalkylene ether glycol composition, to the number of hydroxyl group terminals of polyalkylene ether glycols included in the polyalkylene ether glycol composition is 0.00001 or more and 0.0040 or less, and wherein the hydroxyl value of the polyalkylene ether glycol composition is measured in accordance with JIS K1557-1 by a method in which an acetylating reagent is used, the number of alkoxy group terminals of the polyalkylene ether glycol is determined as indicated in the specification. wherein the polyalkylene ether glycol composition has a hydroxyl value of 220 or more and 750 or less, and wherein a ratio of the number of alkoxy group terminals of the polyalkylene ether glycol including an alkoxy group serving as a terminal group, the polyalkylene ether glycol being included in the polyalkylene ether glycol composition, to the number of hydroxyl group terminals of polyalkylene ether glycols included in the polyalkylene ether glycol composition is 0.00001 or more and 0.0040 or less, and wherein the hydroxyl value of the polyalkylene ether glycol composition is measured in accordance with JIS K1557-1 by a method in which an acetylating reagent is used, the number of alkoxy group terminals of the polyalkylene ether glycol is determined as indicated in the specification.
A method comprising transporting a mixture comprising hydrocarbon and water in a conduit at a temperature sufficiently low and at a pressure sufficiently high that hydrocarbon hydrates would form in the absence of a hydrate inhibitor, the mixture comprising an aqueous phase in contact with a gaseous or liquid hydrocarbon phase, wherein the aqueous phase comprises a glycol ether and kinetic hydrate inhibitor, wherein the kinetic hydrate inhibitor is a polyester polymer comprising a plurality of ester groups in the polymer backbone and a plurality of amino groups or ammonium groups directly pendent from the backbone, and wherein the glycol ether is a C 3 or C 4 ether of a C 2 or C 3 glycol.