mhurhangee/ep-ind-claims huggingface dataset:
Power converter device having a first and a second electrically conductive heat sink (1, 2) which are arranged downstream of one another in an axial direction of the power converter device, wherein the second heat sink is arranged downstream of the first heat sink, wherein the first and second heat sinks (1, 2) respectively have a cylindrical base body and cooling ribs which run in the axial direction of the power converter device and are connected to the base body in a thermally conductive manner, having a first power semiconductor component which is arranged between the base bodies (1, 2) of the first and second heat sinks (1, 2), having a pressure generation device which presses the first and second heat sinks (1, 2) and the first power semiconductor component against one another, having a casing which surrounds the cooling ribs of the first and second heat sinks (1, 2) and as such forms a cooling channel in which the cooling ribs of the first and second heat sinks (1, 2) are arranged, wherein the first heat sink has a first load connection element which is connected to the base body of the first heat sink, runs perpendicular to the axial direction of the power converter device and leads outside the casing, wherein the second heat sink has a second load connection element which is connected to the base body of the second heat sink, runs perpendicular to the axial direction of the power converter device and leads outside the casing, characterized in that the power converter device has a fan which is designed to move air through the cooling channel along the cooling ribs, wherein the base bodies of the first and second heat sinks (1, 2) have a common central axis, wherein the casing runs on a circular path running around the respective heat sink (1, 2) in a manner perpendicular to the axial direction of the power converter device, wherein the centre point of the circle described by the circular path lies in this case on the central axis of the respective cylindrical base body.
A process to isolate native protein from oilseed meal or oilseed oil cake comprising the following steps: • extracting the meal with water to obtain an aqueous solution; • concentrating the aqueous extract to an aqueous solution comprising 5 to 30 wt% protein, preferably 10 to 30 wt% protein; • adding a water-soluble solvent to the concentrated aqueous solution to obtain a protein precipitate, whereby the water soluble solvent is ethanol and which ethanol is added to a final content between 60 and 80 vol%; and • separating the protein precipitate from the liquid fraction. • extracting the meal with water to obtain an aqueous solution; • concentrating the aqueous extract to an aqueous solution comprising 5 to 30 wt% protein, preferably 10 to 30 wt% protein; • adding a water-soluble solvent to the concentrated aqueous solution to obtain a protein precipitate, whereby the water soluble solvent is ethanol and which ethanol is added to a final content between 60 and 80 vol%; and • separating the protein precipitate from the liquid fraction.
A rivet, comprising: - a pin member including an elongated shank having a first end, a second end opposite the first end, a lock groove located proximate to the first end, a frangible portion, and a breakneck groove located intermediate the lock groove and the frangible portion, and a head located at the first end; and - a lock ring having a first end, a second end opposite the first end of the lock ring, an aperture extending from the first end of the lock ring to the second end of the lock ring, an outer surface extending from the first end of the lock ring to the second end of the lock ring, and a flange located at the second end of the lock ring, wherein the pin member includes a first smooth cylindrical portion, a second smooth cylindrical portion and a third smooth cylindrical portion, and wherein the lock groove of the pin member is located intermediate the first smooth cylindrical portion and the second smooth cylindrical portion, wherein the lock ring is receivable by the pin member by insertion of the elongated shank of the pin member through the aperture of the lock ring such that the lock ring is positioned on the first smooth cylindrical portion and around the second smooth cylindrical portion and the third smooth cylindrical portion, and such that the flange of the lock ring is aligned with the lock groove of the pin member, wherein the lock ring is adapted to be secured to the pin member such that the flange of the lock ring is swaged into the lock groove of the pin member and transformed to a bead that engages the lock groove, and a portion of the outer surface of the lock ring proximate to the first end of the lock ring deforms and is rotated inwardly. - a pin member including an elongated shank having a first end, a second end opposite the first end, a lock groove located proximate to the first end, a frangible portion, and a breakneck groove located intermediate the lock groove and the frangible portion, and a head located at the first end; and - a lock ring having a first end, a second end opposite the first end of the lock ring, an aperture extending from the first end of the lock ring to the second end of the lock ring, an outer surface extending from the first end of the lock ring to the second end of the lock ring, and a flange located at the second end of the lock ring,
A system to transmit data in a voice-based computing environment, comprising: a data processing system comprising one or more processors and memory to: receive, via an interface of the data processing system, an input audio signal detected by a microphone of a computing device; parse the input audio signal to identify a request; generate, based on the request, a first action data structure; identify a content item related to the request; identify a plurality of interfaces available on one or more further computing devices different to the computing device which detected the input audio signal; determine a characteristic of each of the plurality of interfaces, wherein the characteristic comprises a power availability parameter; select, based on the characteristic of each of the plurality of interfaces, a first interface of the plurality of interfaces having a first characteristic; provide the first action data structure to the further computing device having the selected first interface; and cause presentation of the content item as audio output via the first interface. receive, via an interface of the data processing system, an input audio signal detected by a microphone of a computing device; parse the input audio signal to identify a request; generate, based on the request, a first action data structure; identify a content item related to the request; identify a plurality of interfaces available on one or more further computing devices different to the computing device which detected the input audio signal; determine a characteristic of each of the plurality of interfaces, wherein the characteristic comprises a power availability parameter; select, based on the characteristic of each of the plurality of interfaces, a first interface of the plurality of interfaces having a first characteristic; provide the first action data structure to the further computing device having the selected first interface; and cause presentation of the content item as audio output via the first interface.
A constant velocity universal joint for a propeller shaft including an outer joint member, an inner joint member fitted into the outer joint member, the outer joint member including a sealing plate and a circlip, the circlip being disposed in a circumferential groove provided in an inner surface of the outer joint member closer to the inner joint member than the sealing plate, and a torque transmitting member that is interposed between the outer joint member and the inner joint member and transmits torque, in which a shaft is inserted into the inner joint member, and an internal member including the inner joint member slides along an axial direction in relation to the outer joint member, characterized in that the circlip is made of a low-strength material having such a strength and rigidity that causes the circlip to break or to be detached from the circumferential groove due to the sliding movement of the internal member towards the sealing plate side when impact occurs, so that the circlip restricts contact between the internal member and the sealing plate in a non-impact situation, and the circlip allows the internal member to hit the sealing plate, thereby detaching the sealing plate from the outer joint member, when impact occurs, wherein the circlip and the sealing plate are arranged such that the internal member hits the sealing plate after the circlip breaks or is detached from the circumferential groove.
Sensor element comprising a measuring element, which is designed as a hot plate, which is mounted on a carrier substrate by means of narrow arms in a broadly thermally decoupled manner, said carrier substrate being provided with contacts which lead to the measuring element and which terminate in contact/bonding points on the carrier substrate, characterized in that the sensor element has a functional housing, which at least partially surrounds the measuring element and is designed as a plastic molded housing, and in that the carrier substrate together with the contact/bonding points is at least partially integrated into the plastic molded housing, leaving the hot plate exposed, said housing containing connection wiring for the contact/bonding points, wherein the carrier substrate together with the hot plate protrudes from the plastic molded housing.
Gas valve for metering a gaseous fuel into an intake section of an internal combustion engine, comprising an electromagnet and an armature which interacts with the electromagnet, can be moved in a reciprocating movement and is loaded by the spring force of a closing spring in the direction of a valve seat element which configures a valve seat, the armature being configured as a flat armature and having a plate-shaped section which has, on one side, a pole face which interacts with the electromagnet and, on the other side, a sealing face which interacts with the valve seat, characterized in that at least one radially and/or obliquely running inflow bore for the gas is configured in the plate-shaped section of the armature.
A method of executing content in a sandboxed media environment, comprising: transmitting, by a client device to a dynamic content server, a request for content for presentation via an application executing on the client device in a sandboxed media environment; receiving, by the client device from the dynamic content server responsive to the request, a content item comprising a reference to a script; intercepting the content item, by a markup interpreter executed by the client device, prior to receipt of the content item by the application executing in the sandboxed media environment; parsing the content item, by the markup interpreter, to extract an identifier of the script; retrieving the script, by the markup interpreter, from a local cache on the client device separate from the sandboxed media environment, according to the extracted identifier of the script; constructing a modified content item, by the markup interpreter, using the script retrieved from the local cache and the content item received from the dynamic content server; and forwarding, by the markup interpreter to the application executing on the client device in the sandboxed media environment, the modified content item, the application executing the modified content item. transmitting, by a client device to a dynamic content server, a request for content for presentation via an application executing on the client device in a sandboxed media environment; receiving, by the client device from the dynamic content server responsive to the request, a content item comprising a reference to a script; intercepting the content item, by a markup interpreter executed by the client device, prior to receipt of the content item by the application executing in the sandboxed media environment; parsing the content item, by the markup interpreter, to extract an identifier of the script; retrieving the script, by the markup interpreter, from a local cache on the client device separate from the sandboxed media environment, according to the extracted identifier of the script; constructing a modified content item, by the markup interpreter, using the script retrieved from the local cache and the content item received from the dynamic content server; and forwarding, by the markup interpreter to the application executing on the client device in the sandboxed media environment, the modified content item, the application executing the modified content item.
A test system configured for testing MEMS angular rate sensors and comprising: a rotary platform adapted to undergo oscillatory motion about a fixed point; an inertial sensor being a first linear accelerometer mounted to said rotary platform at a first location, and for providing a first motion output signal indicative of said oscillatory motion; a second linear accelerometer mounted to said rotary platform at a second location and for providing a second motion output signal indicative of said oscillatory motion; and characterized by said second location being shifted one hundred eighty degrees about said fixed point from said first location; and by a controller in communication with said rotary platform and said inertial sensor, said controller being configured to receive said first and second motion output signals and provide a drive signal to said rotary platform responsive to said motion output signals, wherein said controller is configured to generate said drive signal in response to a predetermined test profile, and said motion output signals provide feedback of actual movement of said rotary platform, said motion output signals being input to said controller to ensure that said drive signal corresponds with said predetermined test profile and wherein the drive signal comprises a frequency sweep sine wave signal, said frequency sweep sine wave signal being characterized by a series of discrete frequencies, each of said discrete frequencies being continuous for a predetermined duration. a rotary platform adapted to undergo oscillatory motion about a fixed point; an inertial sensor being a first linear accelerometer mounted to said rotary platform at a first location, and for providing a first motion output signal indicative of said oscillatory motion; a second linear accelerometer mounted to said rotary platform at a second location and for providing a second motion output signal indicative of said oscillatory motion; and characterized by said second location being shifted one hundred eighty degrees about said fixed point from said first location; and by a controller in communication with said rotary platform and said inertial sensor, said controller being configured to receive said first and second motion output signals and provide a drive signal to said rotary platform responsive to said motion output signals, wherein said controller is configured to generate said drive signal in response to a predetermined test profile, and said motion output signals provide feedback of actual movement of said rotary platform, said motion output signals being input to said controller to ensure that said drive signal corresponds with said predetermined test profile and wherein the drive signal comprises a frequency sweep sine wave signal, said frequency sweep sine wave signal being characterized by a series of discrete frequencies, each of said discrete frequencies being continuous for a predetermined duration.
Method of granulating a metallurgical slag, in which liquid slag is pulverised by being blown against with air and the thus-granulated slag particles are collected, wherein the pulverisation is carried out in that the liquid slag is blown against by a heated air jet free from the addition of water and is fed to a work chamber, wherein the granulated slag particles are collected in the floor region of the work chamber, wherein the air escaping from the work chamber either is fed to a heat exchanger which preheats the air jet by which the liquid slag is blown against or is led directly into the circuit so as to pulverise the liquid slag, and wherein a single work chamber is used for the method, wherein the feed of the liquid slag and blowing thereagainst with air are carried out in a first section of the work chamber and the granulated slag particles collect in a second section of the work chamber spaced from the first section, wherein the air escaping from the work chamber is discharged from the work chamber in the region of the first section and wherein the first section and the second section of the work chamber are separated from one another by a baffle plate arranged in the roof region of the work chamber, characterised in that a part of the energy contained in the escaping air is used for supplying a consumer, wherein the consumer is a steam generator.
A method of fabricating a polishing layer of a polishing pad, comprising: successively depositing a plurality of layers (50a, 50b, 50) with a 3D printer to form the polishing layer, wherein a first layer of the plurality of layers is deposited by ejecting droplets of pad material precursor from a nozzle of the 3D printer on a support, and wherein each subsequently deposited layer of the plurality of layers is deposited by ejecting droplets of the pad material precursor from the nozzle directly onto an underlying layer of solidified pad material; solidifying the pad material precursor to form solidified pad material, wherein solidifying the pad material precursor comprises curing the pad material precursor, wherein the plurality of layers are progressively deposited and fused, and wherein a thickness of each layer of the plurality of layers is less than 50% of a total thickness of the polishing layer; and removing the polishing layer from the support. successively depositing a plurality of layers (50a, 50b, 50) with a 3D printer to form the polishing layer, wherein a first layer of the plurality of layers is deposited by ejecting droplets of pad material precursor from a nozzle of the 3D printer on a support, and wherein each subsequently deposited layer of the plurality of layers is deposited by ejecting droplets of the pad material precursor from the nozzle directly onto an underlying layer of solidified pad material; solidifying the pad material precursor to form solidified pad material, wherein solidifying the pad material precursor comprises curing the pad material precursor, wherein the plurality of layers are progressively deposited and fused, and wherein a thickness of each layer of the plurality of layers is less than 50% of a total thickness of the polishing layer; and removing the polishing layer from the support.
A wheel comprising a. a rim that is at least partially made from a fiber reinforced plastic; the rim having an inner side directed to the hub region of the wheel; and an outer side directed centrifugally away from the hub region of the wheel; and b. a wheel center interconnected with the inner side of the rim by means of at least one fastening means; the at least one fastening means penetrating the rim via at least one opening that extends from the inner side of the rim to the outer side of the rim; the opening comprising a recess arranged at the outer side of the rim; and c. at least one bushing arranged coaxially with the at least one fastening means and at least partially surrounding the at least one fastening means; wherein the bushing comprises a flange arranged to align with a head of the at least one fastening means; characterised in that the flange has a first outer face that is at least partially convex and arranged to align (in a mounted state) with the recess arranged at the outer side of the rim. a. a rim that is at least partially made from a fiber reinforced plastic; the rim having an inner side directed to the hub region of the wheel; and an outer side directed centrifugally away from the hub region of the wheel; and b. a wheel center interconnected with the inner side of the rim by means of at least one fastening means; the at least one fastening means penetrating the rim via at least one opening that extends from the inner side of the rim to the outer side of the rim; the opening comprising a recess arranged at the outer side of the rim; and c. at least one bushing arranged coaxially with the at least one fastening means and at least partially surrounding the at least one fastening means; wherein the bushing comprises a flange arranged to align with a head of the at least one fastening means; characterised in that the flange has a first outer face that is at least partially convex and arranged to align (in a mounted state) with the recess arranged at the outer side of the rim.
Powder tube extension for a powder spray gun that can be operated by high-voltage, - in which a central guide tube is provided, which guides an electrode for the high-voltage and has resistors arranged in it, - in which a wedge insert is provided, -- in which a sleeve (2.7) is provided, -- in which a radial fin (2.4), which is provided to be wedge-shaped on the upstream side (2.2), is provided in the sleeve (2.7), and -- in which an axially extending channel (2.6) into which the guide tube can be plugged, is provided in the fin (2.4), - in which a powder tube arranged such as to be concentric with respect to the guide tube is provided, and - in which the wedge insert and a spray nozzle are provided on the downstream end of the powder tube. - in which a central guide tube is provided, which guides an electrode for the high-voltage and has resistors arranged in it, - in which a wedge insert is provided, -- in which a sleeve (2.7) is provided, -- in which a radial fin (2.4), which is provided to be wedge-shaped on the upstream side (2.2), is provided in the sleeve (2.7), and -- in which an axially extending channel (2.6) into which the guide tube can be plugged, is provided in the fin (2.4), -- in which a sleeve (2.7) is provided, -- in which a radial fin (2.4), which is provided to be wedge-shaped on the upstream side (2.2), is provided in the sleeve (2.7), and -- in which an axially extending channel (2.6) into which the guide tube can be plugged, is provided in the fin (2.4), - in which a powder tube arranged such as to be concentric with respect to the guide tube is provided, and - in which the wedge insert and a spray nozzle are provided on the downstream end of the powder tube.