mhurhangee/patent-ind-claim-en huggingface dataset:
A method of delivering content in one or more packets over a network , the method comprising: routing a packet for requesting the content, from a client to a content server storing an instant of the content without the packet passing through an HTTP server , by sending the packet to an IPv6 address , the IPv6 address identifying the content and comprising a prefix identifying a storage namespace associated with the content server ; setting up a communication session between the client and the content server , wherein setting up the communication session involves the client opening a TCP socket and reading data directly from the content server and the HTTP server is bypassed; and transmitting within the communication session the requested content from the content server to the client without the content passing through the HTTP server . routing a packet for requesting the content, from a client to a content server storing an instant of the content without the packet passing through an HTTP server , by sending the packet to an IPv6 address , the IPv6 address identifying the content and comprising a prefix identifying a storage namespace associated with the content server ; setting up a communication session between the client and the content server , wherein setting up the communication session involves the client opening a TCP socket and reading data directly from the content server and the HTTP server is bypassed; and transmitting within the communication session the requested content from the content server to the client without the content passing through the HTTP server .
An imaging system comprising: an MRI device; and a trolley system configured to transport a patient within an MRI room, the trolley system comprising: a patient support portion configured to support the patient; a base portion configured for movement relative to a floor; at least one actuator coupled to the patient support portion and the base portion , the at least one actuator being configured to move the patient support portion relative to the base portion and to change the elevation of the patient support portion relative to the base portion ; and at least one electric motor coupled to the at least one actuator, wherein the at least one electric motor is mounted to the actuator in such a way that the displacement of the electric motor with respect to the base portion is prevented or limited, further comprising a patient transfer device having an air bearing, and an electric blower coupled to the patient transfer device and configured to deliver air to the air bearing, the air bearing being configured to facilitate movement of the patient transfer device relative to the patient support portion of the trolley system to facilitate movement of the patient, and conveying the patient onto the MRI device. a patient support portion configured to support the patient; a base portion configured for movement relative to a floor; at least one actuator coupled to the patient support portion and the base portion , the at least one actuator being configured to move the patient support portion relative to the base portion and to change the elevation of the patient support portion relative to the base portion ; and at least one electric motor coupled to the at least one actuator, wherein the at least one electric motor is mounted to the actuator in such a way that the displacement of the electric motor with respect to the base portion is prevented or limited, further comprising a patient transfer device having an air bearing, and an electric blower coupled to the patient transfer device and configured to deliver air to the air bearing, the air bearing being configured to facilitate movement of the patient transfer device relative to the patient support portion of the trolley system to facilitate movement of the patient, and conveying the patient onto the MRI device.
An injection molding system comprising: a management device ; and a plurality of injection molding machines that constitute a network (NW, NW1, NW2) along with the management device , each of the plurality of injection molding machines transmitting predetermined information in operation to the management device through the network (NW, NW1, NW2), characterised in that a route for transmitting the predetermined information from one injection molding machine among the plurality of injection molding machines to the management device by way of none of the other injection molding machines among the plurality of injection molding machines , and a route for transmitting the predetermined information from the one injection molding machine to the management device by way of one or more of the other injection molding machines are provided, and the injection molding system is adapted to transmit the predetermined information of the one injection molding machine to the management device by way of one or more of the other injection molding machines along a route different from a route of the one injection molding machine corresponding to the network (NW, NW1, NW2) . a management device ; and a plurality of injection molding machines that constitute a network (NW, NW1, NW2) along with the management device , each of the plurality of injection molding machines transmitting predetermined information in operation to the management device through the network (NW, NW1, NW2), characterised in that a route for transmitting the predetermined information from one injection molding machine among the plurality of injection molding machines to the management device by way of none of the other injection molding machines among the plurality of injection molding machines , and a route for transmitting the predetermined information from the one injection molding machine to the management device by way of one or more of the other injection molding machines are provided, and the injection molding system is adapted to transmit the predetermined information of the one injection molding machine to the management device by way of one or more of the other injection molding machines along a route different from a route of the one injection molding machine corresponding to the network (NW, NW1, NW2) .
A method for separating polybutene, the method comprising: introducing a polybutene solution into a distillation column, the solution including polybutene, a halogenated hydrocarbon solvent, and a non-polar hydrocarbon solvent and having a viscosity of 1 cp to 50 cp as measured at 25°C using a rotational viscometer, as described in the description; separating the halogenated hydrocarbon solvent and the non-polar hydrocarbon solvent from an upper portion of the distillation column, and separating the polybutene solution including the polybutene and the non-polar hydrocarbon solvent and having a viscosity of 10 cp to 150 cp from a lower portion of the distillation column; and separating the non-polar hydrocarbon solvent and the polybutene from the polybutene solution separated from the lower portion of the distillation column through Step , wherein the non-polar hydrocarbon solvent is one or more selected from the group consisting of butane, pentane, neo pentane, hexane, cyclohexane, methyl cyclohexane, heptane, octane, benzene, toluene, xylene and ethyl benzene. introducing a polybutene solution into a distillation column, the solution including polybutene, a halogenated hydrocarbon solvent, and a non-polar hydrocarbon solvent and having a viscosity of 1 cp to 50 cp as measured at 25°C using a rotational viscometer, as described in the description; separating the halogenated hydrocarbon solvent and the non-polar hydrocarbon solvent from an upper portion of the distillation column, and separating the polybutene solution including the polybutene and the non-polar hydrocarbon solvent and having a viscosity of 10 cp to 150 cp from a lower portion of the distillation column; and separating the non-polar hydrocarbon solvent and the polybutene from the polybutene solution separated from the lower portion of the distillation column through Step ,
A turbine rotor blade for reducing noise at a target sound frequency, the turbine rotor blade comprising: a leading edge ; a trailing edge ; a first and a second set of projections extending from the trailing edge , each projection of the plurality of projections having a length ; characterized in that : the projections of the first set and the second set of projections are discrete projections that alternate with one another extending along the trailing edge ; and the lengths of adjacent projections extending from the trailing edge differ from one another based at least on a wavelength distance of the target sound frequency. a leading edge ; a trailing edge ; a first and a second set of projections extending from the trailing edge , each projection of the plurality of projections having a length ; characterized in that : the projections of the first set and the second set of projections are discrete projections that alternate with one another extending along the trailing edge ; and the lengths of adjacent projections extending from the trailing edge differ from one another based at least on a wavelength distance of the target sound frequency. the projections of the first set and the second set of projections are discrete projections that alternate with one another extending along the trailing edge ; and the lengths of adjacent projections extending from the trailing edge differ from one another based at least on a wavelength distance of the target sound frequency.
A material delivery device, comprising: - an expandable support member having a lumen and an outflow end , the support member being configured to expand from a collapsed configuration to an expanded configuration for placement in a body lumen; - a cover component , extending along the support member, defining an aperture adjacent to the outflow end of the support member; and - a valve component comprising nonmovable and movable components, the nonmovable component being coupled to the outflow end of the support member, the movable component being coupled to the nonmovable component to extend across the aperture and be movable between (i) an open position , wherein a periphery of the movable component is spaced apart distally from a distal end of the support member to form a gap between the periphery and the nonmovable component to permit outflow of a material from the aperture through the gap and (ii) a closed position, wherein the movable component abuts the nonmovable component to close the gap and restrict backflow of the material into the aperture; characterized in that - the support member comprises a pair of wires collectively forming a series of loops being configured to expand from a collapsed configuration to an expanded configuration for placement in a body lumen; - the cover component defines the aperture at a distalmost loop of the support member at the outflow end thereof. - an expandable support member having a lumen and an outflow end , the support member being configured to expand from a collapsed configuration to an expanded configuration for placement in a body lumen; - a cover component , extending along the support member, defining an aperture adjacent to the outflow end of the support member; and - a valve component comprising nonmovable and movable components, the nonmovable component being coupled to the outflow end of the support member, the movable component being coupled to the nonmovable component to extend across the aperture and be movable between (i) an open position , wherein a periphery of the movable component is spaced apart distally from a distal end of the support member to form a gap between the periphery and the nonmovable component to permit outflow of a material from the aperture through the gap and (ii) a closed position, wherein the movable component abuts the nonmovable component to close the gap and restrict backflow of the material into the aperture; characterized in that - the support member comprises a pair of wires collectively forming a series of loops being configured to expand from a collapsed configuration to an expanded configuration for placement in a body lumen; - the cover component defines the aperture at a distalmost loop of the support member at the outflow end thereof.
A pneumatic radial tire comprising a carcass layer and a cross-ply belt package with cut-ends which is disposed over the said carcass layer, said cross-ply belt package having at least two layers , comprising composite strips as reinforcement elements which is characterized in that , the said strips are made of uniaxial carbon fibers in a resin matrix and crimps of the said strips are in longitudinal direction in xz plane or in lateral direction in xy plane, wherein x is the longitudinal axis of the composite strip, y is the lateral axis of the composite strip and z perpendicular to the xy plane.
A control apparatus for a continuum robot including a curved portion that is curved by driving a wire (101-103) using a driving mechanism (111-113), the apparatus comprising: an acquisition unit that obtains a torsional amount (τ n ) of the continuum robot; and a setting unit that sets a driving displacement amount (l pna , l pnb , l pnc ) of the wire driven by the driving mechanism based on the torsional amount obtained by the acquisition unit, characterized in that the acquisition unit obtains the torsional amount based on image information obtained by an imaging apparatus mounted to the continuum robot. an acquisition unit that obtains a torsional amount (τ n ) of the continuum robot; and a setting unit that sets a driving displacement amount (l pna , l pnb , l pnc ) of the wire driven by the driving mechanism based on the torsional amount obtained by the acquisition unit, characterized in that the acquisition unit obtains the torsional amount based on image information obtained by an imaging apparatus mounted to the continuum robot.
A method for analyzing messages by a device connected between a host computer and a peripheral device using a standard bus , the method comprising: emulating the peripheral device to the host computer using a first processor executing a first firmware stored in a first memory , for receiving messages from, and transmitting messages to, the host computer over a first cable using the standard bus; the method further comprising: emulating the host computer to the peripheral device using a second processor executing a second firmware stored in a second memory , for receiving messages from, and transmitting messages to, the peripheral device over a second cable using the standard bus; characterised by : analyzing messages using a third processor executing a third firmware stored in a third memory ; transporting messages between the host computer and the third processor exclusively over a first local bus ; and transporting messages between the peripheral device and the third processor exclusively over a second local bus . emulating the peripheral device to the host computer using a first processor executing a first firmware stored in a first memory , for receiving messages from, and transmitting messages to, the host computer over a first cable using the standard bus; the method further comprising: emulating the host computer to the peripheral device using a second processor executing a second firmware stored in a second memory , for receiving messages from, and transmitting messages to, the peripheral device over a second cable using the standard bus; characterised by : analyzing messages using a third processor executing a third firmware stored in a third memory ; transporting messages between the host computer and the third processor exclusively over a first local bus ; and transporting messages between the peripheral device and the third processor exclusively over a second local bus . emulating the host computer to the peripheral device using a second processor executing a second firmware stored in a second memory , for receiving messages from, and transmitting messages to, the peripheral device over a second cable using the standard bus; characterised by : analyzing messages using a third processor executing a third firmware stored in a third memory ; transporting messages between the host computer and the third processor exclusively over a first local bus ; and transporting messages between the peripheral device and the third processor exclusively over a second local bus . analyzing messages using a third processor executing a third firmware stored in a third memory ; transporting messages between the host computer and the third processor exclusively over a first local bus ; and transporting messages between the peripheral device and the third processor exclusively over a second local bus .
A garment comprising a multi-layer woven fabric comprising a face-side fabric , a back-side fabric , a filling packed between the face-side fabric and the back-side fabric , and a waterproof breathable membrane , the waterproof breathable membrane being provided on one surface of the multi-layer woven fabric, characterized in that the face-side fabric and the back-side fabric are woven together to form the multi-layer woven fabric.
A compound of formula (I) wherein: A represents R1 represents a branched alkyl radical, or a radical NR 4 R 5 ; R2 is a hydrogen atom, a linear or branched alkyl radical, a monohydroxyalkyl radical; R3 is a hydrogen; R4 and R5, identical or different, represent a linear or branched alkyl radical; R4 and R5, taken together, may also be bound and form a pyrrolidine-type heterocycle with the nitrogen atom to which they are bound, this heterocycle which may optionally be substituted; W represents O, S, NH or CH 2 ; X, Y, Z, identical or different, represent O, or N; the central heterocycle corresponds to one of the structures presented below, the dotted bonds which may correspond to a single or double bond according to the nature of the atoms X, Y and Z and their covalency as well as their addition salts with a pharmaceutically acceptable acid, their addition salts with a pharmaceutically acceptable base and their enantiomers. A represents R1 represents a branched alkyl radical, or a radical NR 4 R 5 ; R2 is a hydrogen atom, a linear or branched alkyl radical, a monohydroxyalkyl radical; R3 is a hydrogen; R4 and R5, identical or different, represent a linear or branched alkyl radical; R4 and R5, taken together, may also be bound and form a pyrrolidine-type heterocycle with the nitrogen atom to which they are bound, this heterocycle which may optionally be substituted; W represents O, S, NH or CH 2 ; X, Y, Z, identical or different, represent O, or N; the central heterocycle corresponds to one of the structures presented below, the dotted bonds which may correspond to a single or double bond according to the nature of the atoms X, Y and Z and their covalency as well as their addition salts with a pharmaceutically acceptable acid, their addition salts with a pharmaceutically acceptable base and their enantiomers.
A method for making high-strength ultra-high molecular weight polyethylene (UHMWPE) composite fibers by a gel-spinning process comprising steps of • Preparing a spin mixture comprising a) UHMWPE having IV of between 5 and 40 dL/g; b) bioceramic particles with particle size D50 of 0.01-10 μm when dispersed in decalin; c) optionally other additives; and d) a spin solvent; • Spinning the spin mixture through a multiple orifice die plate to form solvent-containing composite fibers; • Drawing the solvent-containing composite fibers in at least one drawing step; and • Removing at least partly the spin solvent from the solvent-containing composite fibers before, during or after drawing the fibers. • Preparing a spin mixture comprising a) UHMWPE having IV of between 5 and 40 dL/g; b) bioceramic particles with particle size D50 of 0.01-10 μm when dispersed in decalin; c) optionally other additives; and d) a spin solvent; a) UHMWPE having IV of between 5 and 40 dL/g; b) bioceramic particles with particle size D50 of 0.01-10 μm when dispersed in decalin; c) optionally other additives; and d) a spin solvent; • Spinning the spin mixture through a multiple orifice die plate to form solvent-containing composite fibers; • Drawing the solvent-containing composite fibers in at least one drawing step; and • Removing at least partly the spin solvent from the solvent-containing composite fibers before, during or after drawing the fibers.
A multi-piece fan blade spacer for a gas turbine engine comprising: at least one lug (220; 320) comprising a platform portion (224; 324), a connection portion (226; 326) radially inward of the platform portion (224; 324), and a support (228; 328) connecting the platform portion (224; 324) to the connection portion (226; 326); and a plurality of platforms (210; 310), each of said platforms (210; 310) being connected to at least one axially adjacent platform portion (224; 324); characterised in that : each platform (210; 310) comprises an internal void (212; 312); and each platform portion (224; 324) includes at least one axially extending post (222; 322), the at least one axially extending post (222; 322) being received in a the internal void (212; 312) of an adjacent platform (210; 310). at least one lug (220; 320) comprising a platform portion (224; 324), a connection portion (226; 326) radially inward of the platform portion (224; 324), and a support (228; 328) connecting the platform portion (224; 324) to the connection portion (226; 326); and a plurality of platforms (210; 310), each of said platforms (210; 310) being connected to at least one axially adjacent platform portion (224; 324); characterised in that : each platform (210; 310) comprises an internal void (212; 312); and each platform portion (224; 324) includes at least one axially extending post (222; 322), the at least one axially extending post (222; 322) being received in a the internal void (212; 312) of an adjacent platform (210; 310). each platform (210; 310) comprises an internal void (212; 312); and each platform portion (224; 324) includes at least one axially extending post (222; 322), the at least one axially extending post (222; 322) being received in a the internal void (212; 312) of an adjacent platform (210; 310).
A method of preparing alkyl lactate, the method comprising the steps of: reacting by-products generated during a process of converting lactic acid into lactide, or poly(lactic acid) (PLA) with alcohol and an acidic catalyst to prepare alkyl lactate (a trans-esterification reaction step); neutralizing the prepared alkyl lactate to prepare a neutralized solution of pH 6 to pH 9 (a neutralization step); and recovering alkyl lactate from the neutralized solution (a recovery step), wherein the neutralization step is performed by ammonia gas. reacting by-products generated during a process of converting lactic acid into lactide, or poly(lactic acid) (PLA) with alcohol and an acidic catalyst to prepare alkyl lactate (a trans-esterification reaction step); neutralizing the prepared alkyl lactate to prepare a neutralized solution of pH 6 to pH 9 (a neutralization step); and recovering alkyl lactate from the neutralized solution (a recovery step), wherein the neutralization step is performed by ammonia gas.