mhurhangee/ep-ind-claims huggingface dataset:
A process for converting acyclic C5 hydrocarbon to cyclic C5 hydrocarbon, wherein the process comprises: a) compressing a gas stream comprising oxygen; b) oxidizing fuel with the compressed gas stream to produce a hot gas stream; c) providing feedstock comprising acyclic C5 hydrocarbon; d) contacting the feedstock with catalyst composition in parallel reactor tubes while transferring heat by convection from the hot gas stream to the outer surface of the reactor tube walls; e) obtaining reactor effluent comprising cyclic C5 hydrocarbon, wherein the cyclic C5 hydrocarbon comprises cyclopentadiene; f) discontinuing providing a feedstock comprising acyclic C 5 hydrocarbons and reducing the amount of heat transferred by convection from the hot gas stream; g) providing a rejuvenation gas comprising H 2; h) contacting the rejuvenation gas with the catalyst composition to remove at least a portion of coke material on the catalyst composition; and i) discontinuing providing a rejuvenation gas and resuming providing a feedstock comprising acyclic C 5 hydrocarbons and increasing the amount of heat transferred by convection from the hot gas stream. a) compressing a gas stream comprising oxygen; b) oxidizing fuel with the compressed gas stream to produce a hot gas stream; c) providing feedstock comprising acyclic C5 hydrocarbon; d) contacting the feedstock with catalyst composition in parallel reactor tubes while transferring heat by convection from the hot gas stream to the outer surface of the reactor tube walls; e) obtaining reactor effluent comprising cyclic C5 hydrocarbon, wherein the cyclic C5 hydrocarbon comprises cyclopentadiene; f) discontinuing providing a feedstock comprising acyclic C 5 hydrocarbons and reducing the amount of heat transferred by convection from the hot gas stream; g) providing a rejuvenation gas comprising H 2; h) contacting the rejuvenation gas with the catalyst composition to remove at least a portion of coke material on the catalyst composition; and i) discontinuing providing a rejuvenation gas and resuming providing a feedstock comprising acyclic C 5 hydrocarbons and increasing the amount of heat transferred by convection from the hot gas stream.
A composite material for use in a face mask, comprising: a fabric layer comprising a metallic silver-coated fibre material; wherein the metallic silver-coated fibre material is woven with one or more other fibre materials to form the fabric layer and comprises about 2% to about 15% by weight in respect of a total weight of the fabric layer; and a polymer layer comprising thermoplastic polyurethane; wherein the fabric layer and the polymer layer are laminated to form a single composite layer; the single composite layer extends substantially an entire area of a face covering portion of the face mask; wherein the fabric layer and the polymer layer are of substantially the same shape and size to overlay each other, such that any air stream passing through the single composite layer of the face covering portion will be effectively filtered by both the fabric layer and the polymer layer. a fabric layer comprising a metallic silver-coated fibre material; wherein the metallic silver-coated fibre material is woven with one or more other fibre materials to form the fabric layer and comprises about 2% to about 15% by weight in respect of a total weight of the fabric layer; and a polymer layer comprising thermoplastic polyurethane; wherein the fabric layer and the polymer layer are laminated to form a single composite layer; the single composite layer extends substantially an entire area of a face covering portion of the face mask; wherein the fabric layer and the polymer layer are of substantially the same shape and size to overlay each other, such that any air stream passing through the single composite layer of the face covering portion will be effectively filtered by both the fabric layer and the polymer layer.
A method of forming a tibial implant comprising forming a monolithic foam tibial sleeve by: mixing a titanium or titanium alloy powder with a pore forming agent, compacting the mixture under high pressure to form a green body, removing the pore forming agent from the green body, and sintering the green body to form the sleeve, so that the tibial sleeve has a porosity of 50 to 85% and possesses a proximal surface, a distal end, an interior wall that defines an interior channel and extends from the proximal surface to the distal end, and a terraced outer surface that tapers such that the sleeve is widest at the proximal surface and most narrow at the distal end, the method including assembling the monolithic foam tibial sleeve with a tibial tray and then sintering the assembly to join the sleeve to the tray. mixing a titanium or titanium alloy powder with a pore forming agent, compacting the mixture under high pressure to form a green body, removing the pore forming agent from the green body, and sintering the green body to form the sleeve, so that the tibial sleeve has a porosity of 50 to 85% and possesses a proximal surface, a distal end, an interior wall that defines an interior channel and extends from the proximal surface to the distal end, and a terraced outer surface that tapers such that the sleeve is widest at the proximal surface and most narrow at the distal end, the method including assembling the monolithic foam tibial sleeve with a tibial tray and then sintering the assembly to join the sleeve to the tray.
A system (100, 200) for tethering a subsea blowout preventer, the system comprising: a plurality of anchors (110, 210) disposed about the subsea BOP and secured to the sea floor; characterised in that the system (100, 200) comprises: a plurality of tensioning systems (140, 220, 320), wherein one tensioning system (140, 220, 320) is coupled to an upper end of each anchor (110, 210); a plurality of flexible tension members, wherein each tension member extends from a first end coupled to the subsea BOP to a second end coupled to one of the tensioning systems (140, 220, 320); wherein each tensioning system (140, 220, 320) is configured to apply a tensile preload to one of the tension members. a plurality of anchors (110, 210) disposed about the subsea BOP and secured to the sea floor; a plurality of tensioning systems (140, 220, 320), wherein one tensioning system (140, 220, 320) is coupled to an upper end of each anchor (110, 210); a plurality of flexible tension members, wherein each tension member extends from a first end coupled to the subsea BOP to a second end coupled to one of the tensioning systems (140, 220, 320); wherein each tensioning system (140, 220, 320) is configured to apply a tensile preload to one of the tension members.
Use of an aqueous protein and diluent dispersion and an adhesive, binder and/or curative as an additive for reducing tool and blade wear in manufacturing a lignocellulosic composite board, wherein the aqueous protein and diluent dispersion comprises starch, sugar and soy flour; and, wherein the additive is added to a lignocellulosic mixture to form a composite mixture from which said lignocellulosic composite board is manufactured. wherein the aqueous protein and diluent dispersion comprises starch, sugar and soy flour; and, wherein the additive is added to a lignocellulosic mixture to form a composite mixture from which said lignocellulosic composite board is manufactured.
An electronic device comprising: a housing including a through-hole positioned in a side face of the housing; a socket disposed within the housing, and having an entrance aligned with the through-hole; a tray that is configured to transport at least one storage medium (1051, 1053), and to be inserted into/extracted from the housing through the through-hole, the tray being insertable into the socket through the through hole in the side face of the housing and the entrance of the socket, and a space between the through-hole and the entrance, characterized by further comprising: a biasing member being mounted on the housing and being disposed in the space between the through-hole and the entrance, the biasing member being configured to be in contact with and to elastically bias the storage medium (1051, 1053) to bring it in close contact with the tray, thus limiting a movement range of the storage medium on the tray, during insertion or extraction of the tray. a housing including a through-hole positioned in a side face of the housing; a socket disposed within the housing, and having an entrance aligned with the through-hole; a tray that is configured to transport at least one storage medium (1051, 1053), and to be inserted into/extracted from the housing through the through-hole, the tray being insertable into the socket through the through hole in the side face of the housing and the entrance of the socket, and a space between the through-hole and the entrance, characterized by further comprising: a biasing member being mounted on the housing and being disposed in the space between the through-hole and the entrance, the biasing member being configured to be in contact with and to elastically bias the storage medium (1051, 1053) to bring it in close contact with the tray, thus limiting a movement range of the storage medium on the tray, during insertion or extraction of the tray.
A method of measuring blood pressure from an artery in a limb of a subject, comprising: measuring, by a non-interfering arterial measurement sensor (111, 112, 121, 122), a first change in distension of the artery at a measurement location on the limb without interference to an arterial pressure at the measurement location during a series of pulses; determining, by a processor, a first pulse rate and estimated pulse pressures from the first change in distension; determining, by the processor, a coefficient fitting an exponentially decaying function representing an exponential decay of a portion of a diastolic phase to select ones of the estimated pulse pressures corresponding to the diastolic phase; and determining, by the processor, an absolute blood pressure by applying the coefficient to a select mathematical model expressing a first relationship between the first change in distension of the artery and a transmural pressure in the artery at the measurement location. measuring, by a non-interfering arterial measurement sensor (111, 112, 121, 122), a first change in distension of the artery at a measurement location on the limb without interference to an arterial pressure at the measurement location during a series of pulses; determining, by a processor, a first pulse rate and estimated pulse pressures from the first change in distension; determining, by the processor, a coefficient fitting an exponentially decaying function representing an exponential decay of a portion of a diastolic phase to select ones of the estimated pulse pressures corresponding to the diastolic phase; and determining, by the processor, an absolute blood pressure by applying the coefficient to a select mathematical model expressing a first relationship between the first change in distension of the artery and a transmural pressure in the artery at the measurement location.
A portable laundry treating apparatus comprising: a portable body; a liquid storage part (4, 5) including a tank body provided at the portable body, a water chamber to store water therein, a detergent chamber to store detergent therein, and a suction chamber to provide a space to store liquid therein; and a liquid transferring part for supplying liquid stored in the water chamber and the detergent chamber to laundry and transferring liquid remaining in laundry to the suction chamber, characterized in that the water chamber, the detergent chamber and the suction chamber are provided in the tank body, wherein the portable body is configured to be held in a hand of a user. a portable body; a liquid storage part (4, 5) including a tank body provided at the portable body, a water chamber to store water therein, a detergent chamber to store detergent therein, and a suction chamber to provide a space to store liquid therein; and a liquid transferring part for supplying liquid stored in the water chamber and the detergent chamber to laundry and transferring liquid remaining in laundry to the suction chamber, characterized in that the water chamber, the detergent chamber and the suction chamber are provided in the tank body, wherein the portable body is configured to be held in a hand of a user.
A method for packaging a food product, in particular a hollow chocolate figure, wherein one of every two foil half-shells is loaded with a food product having an outer contour, and in which the respective inner contour of each foil half-shell is adapted to the corresponding outer contour of the food product, and a foil half-shell loaded with the food product is joined together with another corresponding foil half-shell so that the two joined foil half-shells enclose the food product, characterized in that the foil half-shells are trimmed before being loaded.
A temperature measurement apparatus comprising: a first irradiator configured to irradiate pulsed excitation light on a substance included in a chemical reaction system; a second irradiator configured to irradiate probe light on the substance; a detector configured to detect the probe light irradiated on the substance by the second irradiator; and a controller configured to calculate a temperature of the substance included in the chemical reaction system based on information related to a detection intensity of the probe light detected by the detector, characterized in that the information related to the detection intensity of the probe light includes a time change of the detection intensity of the probe light that accompanies a time change of absorbance of the substance due to the pulsed excitation light. a first irradiator configured to irradiate pulsed excitation light on a substance included in a chemical reaction system; a second irradiator configured to irradiate probe light on the substance; a detector configured to detect the probe light irradiated on the substance by the second irradiator; and a controller configured to calculate a temperature of the substance included in the chemical reaction system based on information related to a detection intensity of the probe light detected by the detector, characterized in that the information related to the detection intensity of the probe light includes a time change of the detection intensity of the probe light that accompanies a time change of absorbance of the substance due to the pulsed excitation light.
A display device comprising: a display; an input unit; a communicator configured to communicate with a first external device, a first nearby display device connected to a second external device, and a second nearby display device connected to a third external device; and a processor configured to control the communicator to transmit a first image received from the first external device and a second image received from the first nearby display device to the second nearby display device, wherein the communicator is configured to receive first device information on the first external device from the first external device, to receive second device information on the second external device corresponding to the second image from the first nearby display device, to transmit the first and the second device information to the second nearby display device and to receive a third image and third device information on the third external device corresponding to the third image from the first nearby display device, wherein the processor is configured to generate an image source list using the first, the second and the third device information, to control the display to display the generated image source list and, in response to receiving a control command to select one from among the first, the second and the third external device as an image source through the input unit, to control the display to display an image corresponding to the selected external device. a display; an input unit; a communicator configured to communicate with a first external device, a first nearby display device connected to a second external device, and a second nearby display device connected to a third external device; and a processor configured to control the communicator to transmit a first image received from the first external device and a second image received from the first nearby display device to the second nearby display device, wherein the communicator is configured to receive first device information on the first external device from the first external device, to receive second device information on the second external device corresponding to the second image from the first nearby display device, to transmit the first and the second device information to the second nearby display device and to receive a third image and third device information on the third external device corresponding to the third image from the first nearby display device, wherein the processor is configured to generate an image source list using the first, the second and the third device information, to control the display to display the generated image source list and, in response to receiving a control command to select one from among the first, the second and the third external device as an image source through the input unit, to control the display to display an image corresponding to the selected external device.
Wing or blade in at least two sections (1a, 1b) facing each other, said sections each including a longitudinal bearing structure (2a, 2b, 22) provided with two sole pieces (2a, 2b) and at least one longitudinal member linking the two sole pieces, for which a link between the sections comprises at least first link plates (3a, 3b) linking the end of the sole pieces of said sections facing each other, characterized in that slots are arranged between said at least one longitudinal member and the sole pieces (2a, 2b) by reducing the height of said longitudinal member in a part (4a, 4b) receiving the first link plates (3a, 3b), the first link plates linking the sole pieces being received in said slots.
A variable capacity type rotary compressor comprising: a casing having a suction pipe and a discharge pipe; at least two cylinders (310, 410) installed in an inner space of the casing; at least two rolling pistons (320, 420) configured to compress a refrigerant by being orbited in a compression space (V1, V2) of the cylinders (310, 410); at least two vanes (330, 430) configured to partition the compression space (V1, V2) of the respective cylinders (310, 410) into a suction chamber and a discharge chamber in cooperation with the rolling pistons (320, 420); a chamber isolated within the inner space of the casing and filled with a refrigerant of suction pressure or discharge pressure being formed at a rear side of one of the at least two vanes (330, 430); a mode switching unit configured to apply a variable pressure to the chamber, characterized in that the compressor further comprises a control unit configured to control the mode switching unit to switch an operation mode into a power mode by supplying discharge pressure into the chamber when a differential pressure between a discharge pressure discharged from the cylinders (310,410) and a suction pressure sucked into the cylinders (310, 410) reaches a preset reference pressure, and into a saving mode by supplying the suction pressure into the chamber when the differential pressure does not reach the preset reference pressure. a casing having a suction pipe and a discharge pipe; at least two cylinders (310, 410) installed in an inner space of the casing; at least two rolling pistons (320, 420) configured to compress a refrigerant by being orbited in a compression space (V1, V2) of the cylinders (310, 410); at least two vanes (330, 430) configured to partition the compression space (V1, V2) of the respective cylinders (310, 410) into a suction chamber and a discharge chamber in cooperation with the rolling pistons (320, 420); a chamber isolated within the inner space of the casing and filled with a refrigerant of suction pressure or discharge pressure being formed at a rear side of one of the at least two vanes (330, 430); a mode switching unit configured to apply a variable pressure to the chamber,
A method for notifying a user of a second service available for the user instead of a first service, which is a service subscribed for the user, the method executed at a policy controller (70, 1) and comprising the steps of: transmitting (S-1010), to a policy enforcer (80, 2, 9, 4), a control rule for the first service; receiving (S-1020), from the policy enforcer (80, 2, 9, 4), an identifier of the first service, hereinafter first service identifier, indicating the first service is used by the user; transmitting (S-425, S-525), to a subscription repository (60, 3, 8, 300), the first service identifier for the user; receiving (S-430, S-530), from the subscription repository (60, 3, 8, 300), an identifier of the second service, hereinafter second service identifier, associated with a same service category as the received first service identifier; triggering (S-1040), towards the user, an offer to accept using the second service instead of the used first service, either by transmitting (S-435), to the policy enforcer (80, 2, 9, 4), an indication to offer the user an acceptance of using the second service instead of the used first service, or by transmitting (S-540), to the user, the offer to accept using the second service instead of the used first service; receiving (S-1050), from the policy enforcer (80, 2, 9, 4), a request for control rules for the second service for the user; and transmitting (S-1060), to the policy enforcer (80, 2, 9, 4), a control rule for the second service. transmitting (S-1010), to a policy enforcer (80, 2, 9, 4), a control rule for the first service; receiving (S-1020), from the policy enforcer (80, 2, 9, 4), an identifier of the first service, hereinafter first service identifier, indicating the first service is used by the user; transmitting (S-425, S-525), to a subscription repository (60, 3, 8, 300), the first service identifier for the user; receiving (S-430, S-530), from the subscription repository (60, 3, 8, 300), an identifier of the second service, hereinafter second service identifier, associated with a same service category as the received first service identifier; triggering (S-1040), towards the user, an offer to accept using the second service instead of the used first service, either by transmitting (S-435), to the policy enforcer (80, 2, 9, 4), an indication to offer the user an acceptance of using the second service instead of the used first service, or by transmitting (S-540), to the user, the offer to accept using the second service instead of the used first service; receiving (S-1050), from the policy enforcer (80, 2, 9, 4), a request for control rules for the second service for the user; and transmitting (S-1060), to the policy enforcer (80, 2, 9, 4), a control rule for the second service.