mhurhangee/ep-ind-claims huggingface dataset:
A system for handling emissions from a coke oven, comprising: a housing comprising a temperature sensor; an inlet for inletting emissions including heated particles, an outlet, a duct extending from the inlet to the outlet, and an inertial separator having a different cross-sectional dimension than other portions of the housing, the inertial separator including one or more baffles for slowing the emissions and interfacing with the heated particles; and a collection bin configured to collect the heated particles from the inertial separator, wherein the system further comprises a cooling source comprising a cooling gas inlet arranged to introduce cooling gas in a direction counter to a flow of emissions from the inlet to the outlet of the housing and a cooling gas intake damper configured to automatically modulate based on a temperature reading from the temperature sensor of the emissions within the housing to cool the emissions. a housing comprising a temperature sensor; an inlet for inletting emissions including heated particles, an outlet, a duct extending from the inlet to the outlet, and an inertial separator having a different cross-sectional dimension than other portions of the housing, the inertial separator including one or more baffles for slowing the emissions and interfacing with the heated particles; and a collection bin configured to collect the heated particles from the inertial separator,
A method for electing a session leader in a network of a plurality of separate devices (20, 21, 22, 23) in a computer network session for playback of audio and/or video from a source in a synchronized manner, wherein the session leader is one of the plurality of separate devices (20, 21, 22, 23) serving to provide synchronization information regarding the audio and/or video playback to other separate devices (21, 22, 23) in the computer network session, wherein each of the plurality of separate devices (20, 21, 22, 23) in the computer network session are programmed to: - join the computer network session, - detect that the session leader of the computer network session is not present, and - based on detecting that the session leader is not present: - participate in an election to elect a new session leader among other of the plurality of separate devices (21, 22, 23) present in the computer network session according to a predetermined leader election algorithm, and - take a role as session leader based on the predetermined leader election algorithm, - transmit synchronization information to a first device of the plurality of separate devices in response to queries of the first device received at a first polling frequency, and - transmit synchronization information to a second device of the plurality of separate devices in response to queries of the second device received at a second polling frequency, wherein the second polling frequency is different from the first polling frequency. - join the computer network session, - detect that the session leader of the computer network session is not present, and - based on detecting that the session leader is not present: - participate in an election to elect a new session leader among other of the plurality of separate devices (21, 22, 23) present in the computer network session according to a predetermined leader election algorithm, and - take a role as session leader based on the predetermined leader election algorithm, - transmit synchronization information to a first device of the plurality of separate devices in response to queries of the first device received at a first polling frequency, and - transmit synchronization information to a second device of the plurality of separate devices in response to queries of the second device received at a second polling frequency, wherein the second polling frequency is different from the first polling frequency. - participate in an election to elect a new session leader among other of the plurality of separate devices (21, 22, 23) present in the computer network session according to a predetermined leader election algorithm, and - take a role as session leader based on the predetermined leader election algorithm, - transmit synchronization information to a first device of the plurality of separate devices in response to queries of the first device received at a first polling frequency, and - transmit synchronization information to a second device of the plurality of separate devices in response to queries of the second device received at a second polling frequency, wherein the second polling frequency is different from the first polling frequency.
Container having a base and a surrounding wall extending upwards from the base, which surrounding wall forms a container opening lying above the base and at which two movable stacking rails are mounted such that both stacking rails in a first position expose the container opening and in a second position are located above the container opening, such that objects, in particular other types of containers or pallets, can be stacked on the container, characterised in that the two stacking rails have respectively two portions equipped with an anti-slide coating, wherein these four portions are disposed relatively to one another such that they are situated at the corners of an imaginary rectangle, wherein the long sides of the rectangle are between 900 mm and 1300 mm long and the short sides of the rectangle are between 500 mm and 1000 mm long, wherein the material at the surface of the anti-slide coating differs from the material of the supporting structure of the stacking rail and with respect to a Europool pallet the friction coefficient of the surface of the anti-slide coating is higher than the friction coefficient of the supporting structure of the stacking rail, wherein the anti-slide coating has a higher elasticity than the supporting structure of the stacking rail, and wherein the stacking rails in the first position are located at least partially also above an upper edge of the surrounding wall and the portions of the stacking rails equipped with the anti-slide coating are disposed such that they are turned at least partially upwards when the stacking rails are in the first position.
The non-animal body or non-human body use of a bifunctional zeolite material which comprises extra-framework copper cations and irreversibly releasably stored NO, to release NO by releasing the stored NO and by catalytically producing NO from a suitable precursor molecule.
A method of forming a crystalline Cu 2 Se film, comprising: dissolving a Cu 2 Se x -diamine coordination compound in a liquid solvent to form a liquid Cu 2 Se x -diamine solution: depositing the Cu 2 Se x -diamine solution on a substrate, where 1 ≤ x ≤ 12; and heating the Cu 2 Se x -diamine solution on the substrate to vaporize the solvent and to decompose the Cu 2 Se x -diamine coordination compound so that the crystalline Cu 2 Se film forms on the substrate. depositing the Cu 2 Se x -diamine solution on a substrate, where 1 ≤ x ≤ 12; and heating the Cu 2 Se x -diamine solution on the substrate to vaporize the solvent and to decompose the Cu 2 Se x -diamine coordination compound so that the crystalline Cu 2 Se film forms on the substrate.
A drive, in particular for a bicycle, comprising a first sprocket, a second sprocket, a drive chain guided around the two sprockets (3, 4) and a protective cover for the drive chain, said protective cover having a plurality of protective elements, which encompass the drive chain and are movable together with the drive chain, whereby at least one stationary cover element (6, 7) is provided, which covers a gap between a sprocket (3, 4) and the drive chain, characterized in that the protective elements are guided at the at least one cover element (6, 7).
A multi-direction power actuated head restraint assembly comprising: a head restraint mountable to a vehicle seat; and a fore-aft power actuation mechanism including a fore-aft electric motor to adjust a fore-aft position of the head restraint, characterized in that the fore-aft electric motor is programmed to adjust the fore-aft position at a first fore-aft speed during manual adjustment of the head restraint and at a second fore-aft speed upon detection of an imminent impact by an impact detection system, the second fore-aft speed greater than the first fore-aft speed. a head restraint mountable to a vehicle seat; and a fore-aft power actuation mechanism including a fore-aft electric motor to adjust a fore-aft position of the head restraint, characterized in that the fore-aft electric motor is programmed to adjust the fore-aft position at a first fore-aft speed during manual adjustment of the head restraint and at a second fore-aft speed upon detection of an imminent impact by an impact detection system, the second fore-aft speed greater than the first fore-aft speed.
A stator sleeve for use in an integrated drive generator comprising: a body extending between a first end and a second end, and having a generally cylindrical inner peripheral surface and an outer peripheral surface with a plurality of circumferentially extending ribs (120, 124, 126) defining intermediate oil cooling channels; wherein there is an end flange at said first end of said body, and an end rib at said second end of said body, with a plurality of laterally intermediate ribs between said end flange and said end rib; wherein said inner peripheral surface having an inner diameter called a first distance, and an outer diameter to an outer peripheral surface of said ribs defining a second distance, and a ratio of said first distance to said second distance being between 0.90 and 1.00; characterized in that a third distance is defined between facing surfaces of said end flange and an intermediate rib most adjacent to said end flange, and a ratio of first distance to said third distance being between 25 and 30; wherein said end rib is spaced from a most adjacent one of said laterally intermediate ribs by a fourth distance, and a ratio of said third distance to said fourth distance being between 0.60 and 0.70; wherein a fifth distance is defined between at least two of said laterally intermediate ribs and a ratio of said third distance to said fifth distance being between 1.90 and 2.10; and wherein there are 19 of said laterally intermediate ribs. a body extending between a first end and a second end, and having a generally cylindrical inner peripheral surface and an outer peripheral surface with a plurality of circumferentially extending ribs (120, 124, 126) defining intermediate oil cooling channels; wherein there is an end flange at said first end of said body, and an end rib at said second end of said body, with a plurality of laterally intermediate ribs between said end flange and said end rib; wherein said inner peripheral surface having an inner diameter called a first distance, and an outer diameter to an outer peripheral surface of said ribs defining a second distance, and a ratio of said first distance to said second distance being between 0.90 and 1.00; characterized in that a third distance is defined between facing surfaces of said end flange and an intermediate rib most adjacent to said end flange, and a ratio of first distance to said third distance being between 25 and 30; wherein said end rib is spaced from a most adjacent one of said laterally intermediate ribs by a fourth distance, and a ratio of said third distance to said fourth distance being between 0.60 and 0.70; wherein a fifth distance is defined between at least two of said laterally intermediate ribs and a ratio of said third distance to said fifth distance being between 1.90 and 2.10; and wherein there are 19 of said laterally intermediate ribs.
Feeding apparatus for a tree harvester, which includes • opposing arms, with operating devices, pivoted to a frame, for creating transverse compression, • two opposing feed rollers (4, 4.1) installed in the arms as the only feed rollers for feeding a tree through a throat, and • hydraulic motors (10, 10.1, 11, 11.1) driving the feed rollers (4, 4.1) and at least two pressure-medium lines (L1, L2) operating them, wherein each feed roller (4, 4.1) has two hydraulic motors (10, 10.1, 11, 11.1) driving it, characterized in that each hydraulic motor (10, 10.1, 11, 11.1) is connected in series with a single hydraulic motor rotating the opposite feed roller (4, 4.1), wherein the feeding apparatus includes at least two parallel pressure-medium lines (L1, L2), in each of which are two hydraulic motors (10, 10.1, 11.1, 11) connected in series, but connected in the opposite order, wherein the feed rollers (4, 4.1) are driven by two hydraulic motors (10, 10.1, 11, 11.1) in different pressure-medium lines (L1, L2), thereby creating a mechanical connection between the hydraulic motors and thus control of the feed of the other hydraulic motors of the pressure-medium lines (L1, L2). • opposing arms, with operating devices, pivoted to a frame, for creating transverse compression, • two opposing feed rollers (4, 4.1) installed in the arms as the only feed rollers for feeding a tree through a throat, and • hydraulic motors (10, 10.1, 11, 11.1) driving the feed rollers (4, 4.1) and at least two pressure-medium lines (L1, L2) operating them, wherein each feed roller (4, 4.1) has two hydraulic motors (10, 10.1, 11, 11.1) driving it,
A vehicle system for creating a vehicle surveillance network, the system comprising: at least one vehicle camera in each of two or more vehicles, each vehicle camera configured to capture one or more images of objects outside of a respective vehicle; at least one communication module in each of the two or more vehicles for enabling communication between the two or more vehicles of the vehicle surveillance network; and at least one vehicle computer in each of the two or more vehicles, the at least one vehicle computer configured to: broadcast by a detecting vehicle from the one or more vehicles at least one message via the at least one communication module to one or more vehicles of the vehicle surveillance network; transmit by the detecting vehicle instructions to the at least one vehicle camera in a receiving vehicle receiving the broadcast message to capture the one or more images in response to the at least one message; and transmit by the receiving vehicle the one or more captured images from the receiving vehicle to one or more event responders; determine a location of one of the vehicle objects using the captured images; and transmit the location of the object to the one or more event responders. at least one vehicle camera in each of two or more vehicles, each vehicle camera configured to capture one or more images of objects outside of a respective vehicle; at least one communication module in each of the two or more vehicles for enabling communication between the two or more vehicles of the vehicle surveillance network; and at least one vehicle computer in each of the two or more vehicles, the at least one vehicle computer configured to: broadcast by a detecting vehicle from the one or more vehicles at least one message via the at least one communication module to one or more vehicles of the vehicle surveillance network; transmit by the detecting vehicle instructions to the at least one vehicle camera in a receiving vehicle receiving the broadcast message to capture the one or more images in response to the at least one message; and transmit by the receiving vehicle the one or more captured images from the receiving vehicle to one or more event responders; determine a location of one of the vehicle objects using the captured images; and transmit the location of the object to the one or more event responders. broadcast by a detecting vehicle from the one or more vehicles at least one message via the at least one communication module to one or more vehicles of the vehicle surveillance network; transmit by the detecting vehicle instructions to the at least one vehicle camera in a receiving vehicle receiving the broadcast message to capture the one or more images in response to the at least one message; and transmit by the receiving vehicle the one or more captured images from the receiving vehicle to one or more event responders; determine a location of one of the vehicle objects using the captured images; and transmit the location of the object to the one or more event responders.
A method for manufacturing a liquid jetting apparatus including: a flow passage formation member in which a pressure chamber is formed to communicate with a nozzle; and a piezoelectric actuator having a vibration film provided on the flow passage formation member to cover the pressure chamber, a piezoelectric film arranged on the vibration film to correspond to the pressure chamber, a first electrode arranged on a surface of the piezoelectric film on a side near to the vibration film, a second electrode arranged on another surface of the piezoelectric film on a side far from the vibration film, a first protective film covering the piezoelectric film, a wire connected to the second electrode, and a second protective film covering the wire, the method comprising: a first protective film formation step of forming the first protective film on the vibration film to cover the piezoelectric film and the second electrode; a wire formation step of forming the wire; a second protective film formation step of forming the second protective film to cover the wire in a state of the first protective film covering the piezoelectric film and the second electrode; and a first removal step of removing a part of the first protective film, as viewed from the thickness direction, to form an opening that overlaps with the second electrode, after the second protective film formation step, so that the most part of the second electrode is exposed and not covered by the first protective film in the inside area of the opening that is covered by the second electrode. a first protective film formation step of forming the first protective film on the vibration film to cover the piezoelectric film and the second electrode; a wire formation step of forming the wire; a second protective film formation step of forming the second protective film to cover the wire in a state of the first protective film covering the piezoelectric film and the second electrode; and a first removal step of removing a part of the first protective film, as viewed from the thickness direction, to form an opening that overlaps with the second electrode, after the second protective film formation step, so that the most part of the second electrode is exposed and not covered by the first protective film in the inside area of the opening that is covered by the second electrode.
A thermally expandable composition, containing (a) at least one peroxidically crosslinking polymer, (b) at least one peroxide, (c) at least one polysaccharide and (d) at least one endothermic chemical blowing agent. (a) at least one peroxidically crosslinking polymer, (b) at least one peroxide, (c) at least one polysaccharide and (d) at least one endothermic chemical blowing agent.
A method for determining the existence or non-existence of a development risk of Alzheimer's disease, comprising a step of determining that a subject is at risk of developing Alzheimer's disease when a glycoalbumin/hemoglobin A1c ratio in a blood sample from the subject is at least 2.6.
A transport system, comprising: (a) an underfloor high frequency alternate current primary conductor (10,10') for providing an electromagnetic field extending along said primary conductor for inductive energy transfer, (b) at least one electric transport vehicle comprising: - at least one pick-up unit with a secondary conductor for said inductive energy transfer, said pick-up unit being pivotable relative to said vehicle; - a sensor unit adapted for sensing continuously a floor track signal, - a control unit which controls two drive wheels in response to signals of said sensor unit; characterized in that the electric transport vehicle further comprises - two individually controllable and individually drivable drive wheels (36;38), and in that the control unit controls said two drive wheels in response to signals of said sensor unit for minimizing a deviation of said vehicle from said floor track signal, and in that the sensor unit comprises at least one idle roller adapted for being continuously contacted with the travel surface, and whereby said two drive wheels are arranged at a suitable distance in driving direction behind the axis around which the pick-up unit is pivotable for maintaining said pick-up unit essentially within said electromagnetic field during travel for a maximum of said energy transfer. (a) an underfloor high frequency alternate current primary conductor (10,10') for providing an electromagnetic field extending along said primary conductor for inductive energy transfer, (b) at least one electric transport vehicle comprising: - at least one pick-up unit with a secondary conductor for said inductive energy transfer, said pick-up unit being pivotable relative to said vehicle; - a sensor unit adapted for sensing continuously a floor track signal, - a control unit which controls two drive wheels in response to signals of said sensor unit; - at least one pick-up unit with a secondary conductor for said inductive energy transfer, said pick-up unit being pivotable relative to said vehicle; - a sensor unit adapted for sensing continuously a floor track signal, - a control unit which controls two drive wheels in response to signals of said sensor unit; - two individually controllable and individually drivable drive wheels (36;38), and in that
A panel for an oven comprising: - a flat portion having a first surface that can face a cooking space of an oven and a second surface that can face a fan of said oven; said flat portion also having an opening for the transit of fluid; - a frustoconical body fixed to the second surface at the periphery of said opening and having a plurality of holes; characterised in that: - the frustoconical body presents a larger base fixed to the flat portion and a smaller base opposite the greater base 4a and proximal to the fan; - the panel also comprises a deflector arranged at the frustoconical body opposite the flat portion; wherein the deflector is fixed to the frustoconical body in proximity to the smaller base. - a flat portion having a first surface that can face a cooking space of an oven and a second surface that can face a fan of said oven; said flat portion also having an opening for the transit of fluid; - a frustoconical body fixed to the second surface at the periphery of said opening and having a plurality of holes; - the frustoconical body presents a larger base fixed to the flat portion and a smaller base opposite the greater base 4a and proximal to the fan; - the panel also comprises a deflector arranged at the frustoconical body opposite the flat portion; wherein the deflector is fixed to the frustoconical body in proximity to the smaller base.
A composition comprising Hyaluronic Acid or Heparosan chemically bonded to Hydroxyapatite (HAp) microspheres, wherein the chemical bond is obtained with a coupling agent, and wherein the HAp microspheres are pretreated with the coupling agent. wherein the chemical bond is obtained with a coupling agent, and wherein the HAp microspheres are pretreated with the coupling agent.
Use of N-alkyl-N-acylglucamines of the formula in skin cleansing compositions which comprise an aqueous surfactant system comprising at least one anionic surfactant, where in the formula Ra is a linear or branched, saturated or unsaturated C 5 -C 21 alkyl radical and Rb is a C 1 -C 4 alkyl radical, the N-alkyl-N-acylglucamines comprising at least 8 wt%, based on the total amount of N-alkyl-N-acylglucamines, of compounds having a singly or multiply unsaturated C 18 fatty acid radical Ra-CO-. Ra is a linear or branched, saturated or unsaturated C 5 -C 21 alkyl radical and Rb is a C 1 -C 4 alkyl radical, the N-alkyl-N-acylglucamines comprising at least 8 wt%, based on the total amount of N-alkyl-N-acylglucamines, of compounds having a singly or multiply unsaturated C 18 fatty acid radical Ra-CO-.