mhurhangee/ep-ind-claims huggingface dataset:
A three-wheel pedal-style wheelchair comprising: two front wheels (1, 2) respectively arranged at two opposite sides of the wheelchair, wherein the two front wheels (1, 2) comprise a driving wheel led to rotate forward or backward by a user stepping and a loose wheel; and a steering wheel arranged at a side of the wheelchair for controlling steering; wherein when the wheelchair turns in a small radius, the steering wheel is considerably rotated to a direction and the driving wheel is rotated forward such that the steering wheel and the driving wheel can rotate simultaneously, wherein when the wheelchair turns to another direction, the steering wheel is considerably rotated to a direction and the driving wheel is rotated backward such that the steering wheel and the driving wheel can rotate simultaneously, characterized by a DC forward/reverse motor for supplying auxiliary power to the driving wheel in response to a detection of a steering angle of the wheelchair when the wheelchair turns in a small radius. two front wheels (1, 2) respectively arranged at two opposite sides of the wheelchair, wherein the two front wheels (1, 2) comprise a driving wheel led to rotate forward or backward by a user stepping and a loose wheel; and a steering wheel arranged at a side of the wheelchair for controlling steering;
A semi-rigid inflatable boat comprising: a hull and an inflatable gunwale; the hull comprising a rigid hull portion and a flexible bow hull portion, the rigid hull portion being located aft of the flexible bow hull portion, and the inflatable gunwale, rigid hull portion and flexible bow hull portions of the semi-rigid inflatable boat being permanently interconnected. a hull and an inflatable gunwale; the hull comprising a rigid hull portion and a flexible bow hull portion, the rigid hull portion being located aft of the flexible bow hull portion, and the inflatable gunwale, rigid hull portion and flexible bow hull portions of the semi-rigid inflatable boat being permanently interconnected.
A method for fabricating a cast component having a cooling channel (32, 34) formed therein, the method comprising: forming a shell mold over a pattern-ceramic matrix composite elongated core arrangement to define a cavity in the shell mold, wherein the pattern-CMC elongated core arrangement comprises a pattern-forming material with a CMC elongated core (42, 44) being a tubular elongated core having a wall that surrounds a hollow passageway disposed therein; replacing the pattern-forming material in the cavity with metal via a casting process to form the cast component with the CMC elongated core (42, 44) disposed therein defining the cooling channel (32, 34); and removing the CMC elongated core (42, 44) from the cast component to open the cooling channel (32, 34) for fluid communication, forming caps over ends of the CMC elongated core (42, 44) prior to forming the shell mold to close off the hollow passage; and removing the caps from the ends of the CMC elongated core (42, 44) after forming the cast component to open the hollow passage, and wherein leaching out or etching comprises advancing a wet etchant into the hollow passage to facilitate leaching out and or etching of the CMC elongated core (42, 44). forming a shell mold over a pattern-ceramic matrix composite elongated core arrangement to define a cavity in the shell mold, wherein the pattern-CMC elongated core arrangement comprises a pattern-forming material with a CMC elongated core (42, 44) being a tubular elongated core having a wall that surrounds a hollow passageway disposed therein; replacing the pattern-forming material in the cavity with metal via a casting process to form the cast component with the CMC elongated core (42, 44) disposed therein defining the cooling channel (32, 34); and removing the CMC elongated core (42, 44) from the cast component to open the cooling channel (32, 34) for fluid communication, forming caps over ends of the CMC elongated core (42, 44) prior to forming the shell mold to close off the hollow passage; and removing the caps from the ends of the CMC elongated core (42, 44) after forming the cast component to open the hollow passage, and wherein leaching out or etching comprises advancing a wet etchant into the hollow passage to facilitate leaching out and or etching of the CMC elongated core (42, 44).
A needle assembly comprising: a needle cannula defining a lumen; a beveled distal end; a proximal end having a mechanical interlock; and a needle hub, characterized by a glue well which firmly grips the mechanical interlock to maintain the needle cannula firmly in place with respect to the needle hub while ensuring that the proximal end of the needle cannula is sealed.
A packaging material for sterilization constructed of a layered nonwoven fabric with at least two layers, characterized in that said fabric comprises a nonwoven fabric layer formed of continuous long fibers having an average fiber diameter of 5 to 30 μm and a nonwoven fabric layer formed of ultrafine fibers having an average fiber diameter of 0.1 to 4 μm, wherein the specific surface area of the layered non-woven fabric, determined as described in the description, is 0.1 to 8 m 2 /g.
A tablet cassette array plate assembly in an automatic tablet dispensing and packaging apparatus comprising a number of slidable cabinets, the assembly having tablet cassette supports provided at one side of the cabinets and mounted with tablet cassettes containing corresponding tablet, comprising: first and second tablet cassette array plates (13a and 13b) provided at the other side of the cabinets for forming tablet discharge sections (9a and 9b) of a tablet discharge channel along vertical array lines of the tablet cassettes to guide, tablet discharged from the tablet cassette into a packaging unit, wherein the first tablet cassette array plate is fixedly coupled with the respective cabinet, and has fastening means for coupling the first tablet cassette array plate with the other one, characterized in that said tablet cassette supports are integrally arranged in front portions of the first and second tablet cassette array plates (13a and 13b), whereby said tablet discharge sections (9a and 9b) are arranged in rear portions of the respective tablet cassette array (13a and 13b), parallel with a vertical orientation of the tablet cassettes, the second tablet cassette array plate is longitudinally partitioned into a number of sub-plates (13b1, 13b2 and 13b3) at a predetermined spacing and parallel with the vertical orientation of the tablet cassettes, and fastening means are provided respectively in the partitioned tablet cassette array sub-plates (13b1, 13b2, and 13b3), and coupled with the fastening means provided in the first tablet cassette array plate. first and second tablet cassette array plates (13a and 13b) provided at the other side of the cabinets for forming tablet discharge sections (9a and 9b) of a tablet discharge channel along vertical array lines of the tablet cassettes to guide, tablet discharged from the tablet cassette into a packaging unit, wherein the first tablet cassette array plate is fixedly coupled with the respective cabinet, and has fastening means for coupling the first tablet cassette array plate with the other one, characterized in that said tablet cassette supports are integrally arranged in front portions of the first and second tablet cassette array plates (13a and 13b), whereby said tablet discharge sections (9a and 9b) are arranged in rear portions of the respective tablet cassette array (13a and 13b), parallel with a vertical orientation of the tablet cassettes, the second tablet cassette array plate is longitudinally partitioned into a number of sub-plates (13b1, 13b2 and 13b3) at a predetermined spacing and parallel with the vertical orientation of the tablet cassettes, and fastening means are provided respectively in the partitioned tablet cassette array sub-plates (13b1, 13b2, and 13b3), and coupled with the fastening means provided in the first tablet cassette array plate.
A feedback mechanism for a biological safety cabinet, the biological safety cabinet comprising a movable glass window and a cover plate disposed in front of at least a portion of the glass window, characterized in that the feedback mechanism comprises: a monitor control component comprising a roller element being fixedly disposed with respect to the cover plate and comprising a rollable roller; and a contact component (200, 300) being fixedly disposed relative to the glass window so that the contact component (200, 300) can move relative to the roller with movement of the glass window, the contact component (200, 300) comprising a recess (220, 320) for receiving the roller, wherein the contact component (200, 300) moves with the glass window to a position corresponding to the roller when the glass window moves relative to the cover plate, such that the roller rolls into the recess (220, 320), allowing the feedback mechanism to generate tactile feedback, wherein the monitor control component further comprises at least a first micro switch and a second micro switch fixedly disposed with respect to the cover plate and configured to contact the contact component (200, 300) when the roller rolls into the recess (220, 320), thereby generating a first trigger signal and a second trigger signal being used to provide feedback of a position of the roller with respect to the recess (220, 320). a monitor control component comprising a roller element being fixedly disposed with respect to the cover plate and comprising a rollable roller; and a contact component (200, 300) being fixedly disposed relative to the glass window so that the contact component (200, 300) can move relative to the roller with movement of the glass window, the contact component (200, 300) comprising a recess (220, 320) for receiving the roller, wherein the contact component (200, 300) moves with the glass window to a position corresponding to the roller when the glass window moves relative to the cover plate, such that the roller rolls into the recess (220, 320), allowing the feedback mechanism to generate tactile feedback, wherein the monitor control component further comprises at least a first micro switch and a second micro switch fixedly disposed with respect to the cover plate and configured to contact the contact component (200, 300) when the roller rolls into the recess (220, 320), thereby generating a first trigger signal and a second trigger signal being used to provide feedback of a position of the roller with respect to the recess (220, 320).
A control surface actuation mechanism for moving a control surface relative to a fixed aerofoil portion of an aircraft, comprising: an articulating support for pivotal coupling to the fixed aerofoil portion about a generally spanwise pivot axis, a first track for attachment on the fixed aerofoil portion and defining a first path, and characterised in comprising: a sliding member having a proximal end mounted on the articulating support, and having a distal end for coupling to the control surface, the sliding member arranged to slide relative to the articulating support along a generally chordwise axis, a first rigid connecting element connected at a first end to the first track and connected at a second end to a fixed point on the sliding member, wherein the first end of the first rigid connecting element is configured to move passively along the first path, as the sliding member is driven to slide relative to the articulating support by an actuator. an articulating support for pivotal coupling to the fixed aerofoil portion about a generally spanwise pivot axis, a first track for attachment on the fixed aerofoil portion and defining a first path, and characterised in comprising: a sliding member having a proximal end mounted on the articulating support, and having a distal end for coupling to the control surface, the sliding member arranged to slide relative to the articulating support along a generally chordwise axis, a first rigid connecting element connected at a first end to the first track and connected at a second end to a fixed point on the sliding member, a sliding member having a proximal end mounted on the articulating support, and having a distal end for coupling to the control surface, the sliding member arranged to slide relative to the articulating support along a generally chordwise axis, a first rigid connecting element connected at a first end to the first track and connected at a second end to a fixed point on the sliding member,
A lithographic radiation curable hybrid ink or coating composition comprising: a) 10 wt% to 30 wt% one or more inert hard resins selected from the group consisting of rosin resins, rosin resin derivatives, hydrocarbon resins, modified hydrocarbon resins, iso diallyl phthalate resins, non-phthalate allyl resins, and combinations thereof, b) 10 to 60% non-UV raw material selected from the group consisting of vegetable oils, vegetable oil esters, alkyds resins, antioxidants, and combinations thereof; wherein a non-UV raw material is a compound that is inert and does not react under photoinitiation conditions; and c) 5 wt% to 45 wt% one or more multifunctional (meth)acrylate monomers and/or oligomers; d) 0-10% monofunctional (meth)acrylate monomers and/or oligomers; and wherein the ink or coating composition comprises ≥ 40% biorenewable content, wherein the biorenewable content is measured according to the standard method described in ASTM D6866. a) 10 wt% to 30 wt% one or more inert hard resins selected from the group consisting of rosin resins, rosin resin derivatives, hydrocarbon resins, modified hydrocarbon resins, iso diallyl phthalate resins, non-phthalate allyl resins, and combinations thereof, b) 10 to 60% non-UV raw material selected from the group consisting of vegetable oils, vegetable oil esters, alkyds resins, antioxidants, and combinations thereof; wherein a non-UV raw material is a compound that is inert and does not react under photoinitiation conditions; and c) 5 wt% to 45 wt% one or more multifunctional (meth)acrylate monomers and/or oligomers; d) 0-10% monofunctional (meth)acrylate monomers and/or oligomers;
A method for executing smart contracts in a cryptocurrency, wherein the state of the smart contract is stored on the cryptocurrency's blockchain, the method comprising: by a smart contract creator, determining a distributed set of service providers, deploying a smart contract and defining a trust model that allows the distributed set of service providers to perform a transaction that effects a state transition of the smart contract if a predefined or configurable quorum of the service providers of the distributed set of service providers attests to the validity of the transaction, and offloading contract execution to the distributed set of service providers and, in case of achieving the quorum, including the state transition effected by the transaction in the blockchain, characterised in that the service providers create a new state transaction output and sign a multisig transaction that consumes a previous state. determining a distributed set of service providers, deploying a smart contract and defining a trust model that allows the distributed set of service providers to perform a transaction that effects a state transition of the smart contract if a predefined or configurable quorum of the service providers of the distributed set of service providers attests to the validity of the transaction, and offloading contract execution to the distributed set of service providers and, in case of achieving the quorum, including the state transition effected by the transaction in the blockchain, characterised in that the service providers create a new state transaction output and sign a multisig transaction that consumes a previous state.
A vehicle comprising a lighting unit and a mounting frame for receiving the lighting unit, wherein said lighting unit includes: a solid state lighting device; a heat sink thermally connected to the solid state lighting device such that at least some of the heat generated by the solid state lighting device is transferred to the heat sink by thermal conduction; and attachment means (133, 138, 140) arranged to attach the heat sink to the vehicle; and wherein the heat sink attachment means (133, 138, 140) are arranged to attach the heat sink to a plurality of mounting members that are part of the structure of the vehicle; characterized in that: the mounting frame is open at its upper region, defining an open side in the mounting frame; and in that the heat sink is arranged to form a vehicle structural member in use, acting as a bridge, link, or strut between the plurality of mounting members; and closes the open side of the mounting frame. a solid state lighting device; a heat sink thermally connected to the solid state lighting device such that at least some of the heat generated by the solid state lighting device is transferred to the heat sink by thermal conduction; and attachment means (133, 138, 140) arranged to attach the heat sink to the vehicle; and wherein the heat sink attachment means (133, 138, 140) are arranged to attach the heat sink to a plurality of mounting members that are part of the structure of the vehicle; characterized in that: the mounting frame is open at its upper region, defining an open side in the mounting frame; and in that the heat sink is arranged to form a vehicle structural member in use, acting as a bridge, link, or strut between the plurality of mounting members; and closes the open side of the mounting frame. the mounting frame is open at its upper region, defining an open side in the mounting frame; and in that the heat sink is arranged to form a vehicle structural member in use, acting as a bridge, link, or strut between the plurality of mounting members; and closes the open side of the mounting frame.
A compound represented by the following formula or a salt thereof combined with an iron compound, for use in the prevention and/or the treatment of influenza viral infection: wherein R 1 represents a hydrogen atom or an acyl group, and R 2 represents a hydrogen atom, a linear or branched alkyl group, a cycloalkyl group, an aryl group or an aralkyl group.
Mazindol, or a pharmaceutically acceptable salt thereof, for use in the treatment of inattention, hyperactivity and impulsivity caused by attention deficient hyperactivity disorder (ADHD) in a mammalian patient, wherein the mazindol, or the pharmaceutically acceptable salt thereof is the only active agent, and wherein mazindol is administered as a daily dose of 2.5 mg.
A home entertainment system, comprising: at least one server; and at least one client component communicating with the server on a network path, wherein the client component is configured to buffer data encoded at a first encoding bitrate received from the server and to monitor the amount of buffered data, characterised in that if it is determined that the amount of buffered data has fallen below an underflow threshold, the client component is configured to send a request to the server to perform transcoding by an MPEG transcoder in the server of the data with a transcoding output bitrate lower than the first encoding bitrate and to transmit the transcoded data from the server to the client component at a transmission bitrate higher than the transcoding output bitrate, and if it is subsequently determined that the amount of buffered data has exceeded an overflow threshold, the client component is configured to request the server to revert transmitting data to the client component encoded at the first encoding rate and at the original transmission bitrate. at least one server; and at least one client component communicating with the server on a network path, wherein the client component is configured to buffer data encoded at a first encoding bitrate received from the server and to monitor the amount of buffered data, characterised in that if it is determined that the amount of buffered data has fallen below an underflow threshold, the client component is configured to send a request to the server to perform transcoding by an MPEG transcoder in the server of the data with a transcoding output bitrate lower than the first encoding bitrate and to transmit the transcoded data from the server to the client component at a transmission bitrate higher than the transcoding output bitrate, wherein the client component is configured to buffer data encoded at a first encoding bitrate received from the server and to monitor the amount of buffered data, characterised in that if it is determined that the amount of buffered data has fallen below an underflow threshold, the client component is configured to send a request to the server to perform transcoding by an MPEG transcoder in the server of the data with a transcoding output bitrate lower than the first encoding bitrate and to transmit the transcoded data from the server to the client component at a transmission bitrate higher than the transcoding output bitrate, and if it is subsequently determined that the amount of buffered data has exceeded an overflow threshold, the client component is configured to request the server to revert transmitting data to the client component encoded at the first encoding rate and at the original transmission bitrate.
A laminated glass comprising: a first glass plate; a second glass plate; and an intermediate film positioned between the first glass plate and the second glass plate, and configured to be bonded to the first glass plate and to the second glass plate, wherein the laminated glass further includes a plurality of display areas used for a head-up display, and an area outside the display areas that is not used for the head-up display, wherein the plurality of display areas include a first display area and a second display area, on which virtual images having different image distances are displayed, wherein at least one of the first display area and the second display area has a cross section that has a wedge shape, in which a thickness of an upper edge is greater than a thickness of a lower edge, when the laminated glass is installed in a vehicle, wherein an average wedge angle of the first display area is different from an average wedge angle of the second display area, wherein the first display area and the second display area are arranged with a predetermined distance between the first display area and the second display area in a vertical direction along the laminated glass, when the laminated glass is installed in the vehicle, and wherein the first display area, a transition area and the second display area are arranged in this order from a lower edge of the laminated glass, wherein the transition area is a part of the area outside the display area. a first glass plate; a second glass plate; and an intermediate film positioned between the first glass plate and the second glass plate, and configured to be bonded to the first glass plate and to the second glass plate, wherein the laminated glass further includes a plurality of display areas used for a head-up display, and an area outside the display areas that is not used for the head-up display, wherein the plurality of display areas include a first display area and a second display area, on which virtual images having different image distances are displayed, wherein at least one of the first display area and the second display area has a cross section that has a wedge shape, in which a thickness of an upper edge is greater than a thickness of a lower edge, when the laminated glass is installed in a vehicle, wherein an average wedge angle of the first display area is different from an average wedge angle of the second display area, wherein the first display area and the second display area are arranged with a predetermined distance between the first display area and the second display area in a vertical direction along the laminated glass, when the laminated glass is installed in the vehicle, and wherein the first display area, a transition area and the second display area are arranged in this order from a lower edge of the laminated glass, wherein the transition area is a part of the area outside the display area.