mhurhangee/ep-ind-claims huggingface dataset:
A diaphragm member comprising: a film-like diaphragm (200a, 200d) of PFA suitable to be applied to a diaphragm valve flowing a liquid such as a high-purity chemical liquid or ultrapure water, said diaphragm (200a, 200d) being formed with a central hole portion at its central portion, and a valve body of fluorine resin, characterized in that said valve body is joined at its base portion by laser welding to the central hole portion of said diaphragm (200a, 200d). a film-like diaphragm (200a, 200d) of PFA suitable to be applied to a diaphragm valve flowing a liquid such as a high-purity chemical liquid or ultrapure water, said diaphragm (200a, 200d) being formed with a central hole portion at its central portion, and a valve body of fluorine resin, characterized in that said valve body is joined at its base portion by laser welding to the central hole portion of said diaphragm (200a, 200d).
A method for recording broadcast video content by a user device, the method comprising: receiving a chunk of the broadcast video content; generating a filename for the received chunk of the broadcast video content; and storing the generated filename in a user specific storage, wherein generating the filename for the received chunk of the broadcast video content comprises: performing a cryptographic hash function on data associated with the chunk of the broadcast video content; and setting an output hash value of the cryptographic hash function as the chunk filename; characterized in that the method further comprising, at a later time: retrieving the chunk of the broadcast video content, from a shared network storage, using the chunk filename, wherein access to the chunk of the broadcast video content is available only to a user, who previously recorded the chunk of the broadcast video content in the user specific storage and generated the correct chunk filename using the cryptographic hash function. receiving a chunk of the broadcast video content; generating a filename for the received chunk of the broadcast video content; and storing the generated filename in a user specific storage, performing a cryptographic hash function on data associated with the chunk of the broadcast video content; and setting an output hash value of the cryptographic hash function as the chunk filename; characterized in that the method further comprising, at a later time: retrieving the chunk of the broadcast video content, from a shared network storage, using the chunk filename, wherein access to the chunk of the broadcast video content is available only to a user, who previously recorded the chunk of the broadcast video content in the user specific storage and generated the correct chunk filename using the cryptographic hash function.
An aqueous inkjet ink comprising water, a pigment, an organic or an inorganic acid, an amine, a resin which has a higher pKa than the organic or the inorganic acid, and a cross-linking agent, wherein a content of the water is in the range from 20% by mass to 90% by mass based on the aqueous inkjet ink, the resin is water-soluble, and the amine is selected from the group consisting of ammonia, monoethanolamine, diethanolamine, triethanolamine, ethyl - monoethanolamine, n-butyl monoethanolamine, dimethyl ethanolamine, diethyl ethanolamine, ethyl diethanolamine, n-butyl diethanolamine, di-n-butyl ethanolamine, and triisopropanolamine.
An engine cooling apparatus comprising: an engine; a pump; a heat exchanger; a circulation passage for circulating cooling liquid between the engine and the heat exchanger by driving of the pump; a solenoid valve capable of opening/closing the circulation passage; and a controller for controlling operations of the solenoid valve; wherein the solenoid valve includes a valve body which is made of a magnetic material and movable between a position away from a valve seat and a position contacting the valve seat and held to contact the valve seat and a solenoid capable of maintaining the contact between the valve body and the valve seat in response to supply of power thereto; at the time of driving of the pump under a non-energized state of the solenoid, the valve body is movable to the position away from the valve seat by the fluid pressure of the cooling liquid; the engine cooling apparatus being characterized in that the pump is configured to be driven by the engine and the valve seat is made of a magnetic material, wherein a magnetic circuit without a gap between the valve body and the valve seat is formed when the solenoid maintains the contact between the valve body and the valve seat; and the controller is configured to control the solenoid valve such that power supply to the solenoid is initiated before start-up of the engine. an engine; a pump; a heat exchanger; a circulation passage for circulating cooling liquid between the engine and the heat exchanger by driving of the pump; a solenoid valve capable of opening/closing the circulation passage; and a controller for controlling operations of the solenoid valve; wherein the solenoid valve includes a valve body which is made of a magnetic material and movable between a position away from a valve seat and a position contacting the valve seat and held to contact the valve seat and a solenoid capable of maintaining the contact between the valve body and the valve seat in response to supply of power thereto; at the time of driving of the pump under a non-energized state of the solenoid, the valve body is movable to the position away from the valve seat by the fluid pressure of the cooling liquid; the engine cooling apparatus being characterized in that the pump is configured to be driven by the engine and the valve seat is made of a magnetic material, wherein a magnetic circuit without a gap between the valve body and the valve seat is formed when the solenoid maintains the contact between the valve body and the valve seat; and the controller is configured to control the solenoid valve such that power supply to the solenoid is initiated before start-up of the engine.
Motorised vehicle intended to transport a load comprising at least three drive wheels intended to run along the floor, capable of pivoting at least 90°, said drive wheels being mounted on pivoting and driving devices attached to the chassis of the vehicle, each of the pivoting and driving devices comprising a motor for actuating means for pivoting a drive wheel about a vertical axis, intended to make it possible to pivot a drive wheel about itself, said motorised vehicle comprising a single motor for driving in rotation said drive wheels intended to actuate the means for driving in rotation said drive wheels housed in said pivoting and driving devices.
Automobile, comprising - a vehicle base body, - a front wheel unit having two front wheels, which are mounted in a steerable manner on the vehicle base body forming a front wheel axle, and - a rear wheel unit, which has at least two rear wheels, which are driven and mounted on the vehicle base body forming a first rear wheel axle, - wherein the rear wheel unit additionally has at least one inner wheel, which is mounted between the two first rear wheels along a second rear wheel axle, - wherein the second rear wheel axle is axially offset to the rear relative to the first rear wheel axle, and - wherein a supporting device is provided, by means of which a supporting force can be generated between the at least one inner wheel and the vehicle base body, by means of which force the front wheel unit can be pressed against the ground when the vehicle accelerates, characterised in that the first rear wheel of the first rear wheel axle and the at least one inner wheel of the second rear wheel axle are driven. - a vehicle base body, - a front wheel unit having two front wheels, which are mounted in a steerable manner on the vehicle base body forming a front wheel axle, and - a rear wheel unit, which has at least two rear wheels, which are driven and mounted on the vehicle base body forming a first rear wheel axle, - wherein the rear wheel unit additionally has at least one inner wheel, which is mounted between the two first rear wheels along a second rear wheel axle, - wherein the second rear wheel axle is axially offset to the rear relative to the first rear wheel axle, and - wherein a supporting device is provided, by means of which a supporting force can be generated between the at least one inner wheel and the vehicle base body, by means of which force the front wheel unit can be pressed against the ground when the vehicle accelerates,
A method for encapsulating encoded audio or video media data composed of a plurality of samples in an ISOBMFF-based media file, the method comprising by a device: - obtaining encoded audio or video media data; - encapsulating the encoded audio or video media data in at least one first track, each first track representing a timed sequence of samples; - generating a derived visual track (310, 320); wherein: - the derived visual track comprises in a visual sample entry in a sample table box, a description of a set of one or more transformation operators or one or more transformation operators and their transformation parameters used in samples of the derived visual track; - the derived visual track comprises samples in a media data box, at least one sample comprising at least one transformation operator identifier or transformation operator identifier and its parameters referring to transformation operators of the set to be applied on samples of at least one first track (301, 305,309); - the derived visual track comprises a track reference to the at least one first track (301, 305, 309). - obtaining encoded audio or video media data; - encapsulating the encoded audio or video media data in at least one first track, each first track representing a timed sequence of samples; - generating a derived visual track (310, 320); - the derived visual track comprises in a visual sample entry in a sample table box, a description of a set of one or more transformation operators or one or more transformation operators and their transformation parameters used in samples of the derived visual track; - the derived visual track comprises samples in a media data box, at least one sample comprising at least one transformation operator identifier or transformation operator identifier and its parameters referring to transformation operators of the set to be applied on samples of at least one first track (301, 305,309); - the derived visual track comprises a track reference to the at least one first track (301, 305, 309).
Device for processing datastreams in a communications unit with two mutually-separate data-processing regions (4a, 4b), which comprise at least two separate message paths (5a, 5b, 5c), which are connected respectively to a message transmitter and respectively to a message receiver, wherein, in each message path (5a, 5b, 5c), an encoding module (8a, 8b, 8c) is provided, which is connected both to a first data-processing region and also to a second data-processing region, and wherein a distribution unit is provided, which is connected to the message paths (5a, 5b, 5c) of the second data-processing region and to all encoding modules (8a, 8b, 8c) of the corresponding message paths (5a, 5b, 5c) for the targeted distribution of given messages, characterised in that, test rules for a data exchange between the various message paths (5a, 5b, 5c) of the first data-processing region are provided in each encoding module (8a, 8b, 8c).
A fast disintegrating cannabinoid tablet, the tablet comprising: a sugar alcohol composition comprising one or more sugar alcohol particles in an amount of at least 20% by weight of the tablet, a cannabinoid composition comprising one or more cannabinoids, and a disintegrant composition comprising one or more disintegrants operable to disintegrate the tablet within a period of 2 minutes or less in contact with oral saliva, wherein at least a part of the one or more cannabinoids is reversibly associated with at least a part of the one or more sugar alcohol particles by means of adsorption to said one or more sugar alcohol particles in a premixture prior to being applied in the tablet formulation together with the sugar alcohol formulation. a sugar alcohol composition comprising one or more sugar alcohol particles in an amount of at least 20% by weight of the tablet, a cannabinoid composition comprising one or more cannabinoids, and a disintegrant composition comprising one or more disintegrants operable to disintegrate the tablet within a period of 2 minutes or less in contact with oral saliva, wherein at least a part of the one or more cannabinoids is reversibly associated with at least a part of the one or more sugar alcohol particles by means of adsorption to said one or more sugar alcohol particles in a premixture prior to being applied in the tablet formulation together with the sugar alcohol formulation.
Back-contact solar cell comprising a semiconductor substrate, in particular a silicon wafer, comprising a front side and a back side, the solar cell comprising electrodes of a first polarity and electrodes of a second polarity on the back side, the electrodes of the first polarity being arranged on a highly doped silicon layer of the first polarity, the highly doped silicon layer being arranged on a first passivation layer arranged on the semiconductor substrate, and the electrodes of the second polarity directly electrically and mechanically contacting the semiconductor substrate via highly doped base regions of the second polarity of the semiconductor substrate, characterized in that the highly doped base regions of the second polarity are formed within doped base regions of the second polarity on the back side of the solar cell, a dopant concentration in the highly doped base regions being higher than a dopant concentration in the doped base regions, and the dopant concentration in the highly doped base regions being higher than a dopant concentration of a doped region on the front side of the solar cell.
A system for treating urinary incontinence, the system comprising a multi-piece implant comprising a support portion piece and two extension portion pieces, and an adjusting tool, wherein the support portion piece comprises a tissue support portion sized and shaped for placement to support a urethra, the extension portion pieces each comprise a proximal end, a distal end, and a tissue fastener, the first extension portion piece is adjustably connected to the support portion piece at a first adjusting engagement, the second extension portion piece is adjustably connected to the support portion piece at a second adjusting engagement, and the adjusting tool comprises two adjusting surfaces, the two adjusting surfaces being capable of engaging the support portion piece in a manner to place tension along a length of the support portion piece; wherein at least one of the two extension pieces comprises a mesh portion, a non-mesh portion and a self-fixating tip; characterised in that: the non-mesh portion comprises a slotted or aperture tab that has openings, slots, apertures, or surfaces that engage a one-way ratcheting structure of the adjusting engagement. the support portion piece comprises a tissue support portion sized and shaped for placement to support a urethra, the extension portion pieces each comprise a proximal end, a distal end, and a tissue fastener, the first extension portion piece is adjustably connected to the support portion piece at a first adjusting engagement, the second extension portion piece is adjustably connected to the support portion piece at a second adjusting engagement, and the adjusting tool comprises two adjusting surfaces, the two adjusting surfaces being capable of engaging the support portion piece in a manner to place tension along a length of the support portion piece;
A method of making a reinforcement for protecting a leading edge of a blade, the method being characterized in that the reinforcement is made by depositing a metal coating on the leading edge by thermal spraying in compression, characterized in that prior to the thermal spraying in compression step, at least one longitudinal groove (41, 43) is formed in the blade on either side of the leading edge, with the metal coating being deposited in these grooves (41, 43), the reinforcement presenting a section that is substantially U-shaped and positioned astride the leading edge, the reinforcement having a base, which is the zone of greatest thickness of the reinforcement and which defines the leading edge of the reinforcement, the base being extended by two side flanges (35, 37) situated respectively on the pressure side and on the suction side of the blade, the blade being made of organic matrix composite material and, in cross-section, the flanges (35, 37) present a profile that begins by tapering going towards the trailing edge and that then becomes thicker towards the end portions of the flanges.
A vertical axis wind turbine apparatus comprising: a blade portion; a generator comprising a stator having a plurality of coils and a rotor having a plurality of magnets, the rotor being connected to the blade portion such that rotation of the blade portion and the rotor generates a current within the coils; characterized in that the stator comprises a shaft, the shaft having a first terminal portion and a second terminal portion separated from one another by an insulator, the first and second terminal portions (34, 36) being electrically connected to the coils; wherein the shaft is received by openings (40', 40") provided in first and second conductive rails (4b', 4b") so as to support the generator and blade portion and such that the first and second terminal portions (34, 36) are electrically coupled to the first and second conductive rails (4b', 4b") respectively to carry the current from the coils. a blade portion; a generator comprising a stator having a plurality of coils and a rotor having a plurality of magnets, the rotor being connected to the blade portion such that rotation of the blade portion and the rotor generates a current within the coils; characterized in that the stator comprises a shaft, the shaft having a first terminal portion and a second terminal portion separated from one another by an insulator, the first and second terminal portions (34, 36) being electrically connected to the coils; wherein the shaft is received by openings (40', 40") provided in first and second conductive rails (4b', 4b") so as to support the generator and blade portion and such that the first and second terminal portions (34, 36) are electrically coupled to the first and second conductive rails (4b', 4b") respectively to carry the current from the coils.
Use of a composition comprising a polar polymer and an ionic liquid or a mixture of ionic liquids as agent for stabilizing and binding an active pyrotechnic composition, wherein the composition is a viscoelastic material formed by dissolving the polymer in the ionic liquid or the mixture of ionic liquids and the polymer comprises polyacrylonitrile, polyvinyl nitrate, polyvinylpyrrolidone or nitrocellulose.
A valve arrangement having: - a housing; - a moveable member displaceable inside the housing; - at least one valve head (103, 104) positioned on the moveable member and displaceable between a closed position when said at least one valve head (103, 104) is bearing against at least one valve seat (105, 106) positioned within the housing, and an open position when said at least one valve head (103, 104) is axially cleared from said at least one valve seat (105, 106); - a double seated valve arrangement comprising two valve heads (103, 104) and two valve seats (105, 106), wherein the two valve heads (103, 104) are arranged and configured to be positioned in the closed position simultaneously, wherein the valve heads (103, 104) are connected via a flexible member, characterized in that the valve arrangement further has an elastic member, at least partially, bearing against the housing and biasable by said at least one valve seat (105, 106) in the closed position, wherein said elastic member establishes a secure contact between said at least one valve seat (105, 106) and said at least one valve head (103, 104) in the closed position, and in that the flexible member is configured to axially align the valve heads (103, 104) with the valve seats (105, 106) in the closed position. - a housing; - a moveable member displaceable inside the housing; - at least one valve head (103, 104) positioned on the moveable member and displaceable between a closed position when said at least one valve head (103, 104) is bearing against at least one valve seat (105, 106) positioned within the housing, and an open position when said at least one valve head (103, 104) is axially cleared from said at least one valve seat (105, 106); - a double seated valve arrangement comprising two valve heads (103, 104) and two valve seats (105, 106), wherein the two valve heads (103, 104) are arranged and configured to be positioned in the closed position simultaneously, wherein the valve heads (103, 104) are connected via a flexible member,
An apparatus, comprising: a catheter that comprises a tube having proximal and distal ends; an ablation instrument near the distal end of the catheter, wherein the ablation instrument may be operated in a low-power mode to stimulate selected nervous tissue or operated in a high-power mode to destroy the selected nervous tissue; a magnetic sensor near the distal end of the catheter, wherein the magnetic sensor is configured to sense magnetic fields produced as a result of stimulation by the ablation instrument; a control unit connectable to the proximal end of the catheter and containing equipment for steering the catheter and electronics for actuating the ablation instrument and for receiving and analyzing signals from the magnetic sensor; wherein the control unit is configured to determine whether a change in the magnetic sensor signal occurs that is time-correlated with the delivery of low-power stimulation provided by the ablation instrument operating in the low power mode to stimulate the selected nervous tissue; wherein, if no time-correlated change in the magnetic sensor signal occurs, the location and/or the orientation of the ablation instrument is adjusted; if a time-correlated change in the magnetic sensor signal occurs, the ablation instrument is switched to deliver high-power stimulation to destroy the selected nervous tissue. a catheter that comprises a tube having proximal and distal ends; an ablation instrument near the distal end of the catheter, wherein the ablation instrument may be operated in a low-power mode to stimulate selected nervous tissue or operated in a high-power mode to destroy the selected nervous tissue; a magnetic sensor near the distal end of the catheter, wherein the magnetic sensor is configured to sense magnetic fields produced as a result of stimulation by the ablation instrument; a control unit connectable to the proximal end of the catheter and containing equipment for steering the catheter and electronics for actuating the ablation instrument and for receiving and analyzing signals from the magnetic sensor; wherein the control unit is configured to determine whether a change in the magnetic sensor signal occurs that is time-correlated with the delivery of low-power stimulation provided by the ablation instrument operating in the low power mode to stimulate the selected nervous tissue; wherein, if no time-correlated change in the magnetic sensor signal occurs, the location and/or the orientation of the ablation instrument is adjusted; if a time-correlated change in the magnetic sensor signal occurs, the ablation instrument is switched to deliver high-power stimulation to destroy the selected nervous tissue.