mhurhangee/ep-ind-claims huggingface dataset:
A method of making an isomerized ester or acid, comprising: providing an unsaturated fatty acid ester that comprises a terminal olefin ester having the following structure: wherein X is a C 3 -C 18 saturated or unsaturated alkyl chain, and R is an alkyl group; and optionally, prior to the isomerizing step, hydrolyzing the unsaturated fatty acid ester to form the unsaturated fatty acid; and isomerizing the unsaturated fatty acid or the unsaturated fatty acid ester in the presence of heat or an isomerization catalyst to form an isomerized acid or isomerized acid ester, wherein the isomerization catalyst is (PCy 3) 2 (Cl) Ru or a sulfonated tetrafluoroethylene polymer. providing an unsaturated fatty acid ester that comprises a terminal olefin ester having the following structure: wherein X is a C 3 -C 18 saturated or unsaturated alkyl chain, and R is an alkyl group; and optionally, prior to the isomerizing step, hydrolyzing the unsaturated fatty acid ester to form the unsaturated fatty acid; and isomerizing the unsaturated fatty acid or the unsaturated fatty acid ester in the presence of heat or an isomerization catalyst to form an isomerized acid or isomerized acid ester, wherein the isomerization catalyst is (PCy 3) 2 (Cl) Ru or a sulfonated tetrafluoroethylene polymer.
An optical sight comprising: a housing having a first bearing surface integrally formed therewith; a relay assembly having at least one optical element, a main tube, and a track tube having at least one track, said track tube selectively rotatable relative to and about said main tube to adjust an axial position of said at least one optical element within said main tube along an axis that is substantially parallel to a longitudinal axis of said main tube, said main tube including a spherical surface that is in contact with said first bearing surface of said housing to define a pivot point of said main tube within said housing, and further comprising an end cap providing said relay assembly with said spherical surface, said end cap attached to said main tube, wherein the spherical outer surface of the end cap is in engagement with a socket of the housing, a first retainer maintaining contact between the end cap and the socket of the housing, wherein the first retainer includes a socket that cooperates with the socket of the housing to provide a bearing surface for the end cap, and a second retainer disposed between said end cap and said track tube, said second retainer operable to engage said track tube to restrict movement of said track tube in a direction substantially parallel to said longitudinal axis of said main tube, wherein said second retainer is threadably attached to said end cap. a housing having a first bearing surface integrally formed therewith; a relay assembly having at least one optical element, a main tube, and a track tube having at least one track, said track tube selectively rotatable relative to and about said main tube to adjust an axial position of said at least one optical element within said main tube along an axis that is substantially parallel to a longitudinal axis of said main tube, said main tube including a spherical surface that is in contact with said first bearing surface of said housing to define a pivot point of said main tube within said housing, and further comprising an end cap providing said relay assembly with said spherical surface, said end cap attached to said main tube, wherein the spherical outer surface of the end cap is in engagement with a socket of the housing, a first retainer maintaining contact between the end cap and the socket of the housing, wherein the first retainer includes a socket that cooperates with the socket of the housing to provide a bearing surface for the end cap, and a second retainer disposed between said end cap and said track tube, said second retainer operable to engage said track tube to restrict movement of said track tube in a direction substantially parallel to said longitudinal axis of said main tube, wherein said second retainer is threadably attached to said end cap.
Assembly for removing carbon dioxide from an extracorporeal blood flow, with a filter which comprises a membrane separating a blood sector through which the extracorporeal blood flow is guided from a gas sector through which a gas flow of a rinsing gas is guided, with at least one rinsing gas reservoir comprising the rinsing gas, wherein the rinsing gas reservoir is connected to the filter via an input line, wherein the rinsing gas is an inert gas or a mixture of inert gases, characterized in that a sensor (32, 34) for determining the carbon dioxide rate of the rinsing gas is provided downstream and upstream of the filter, respectively, that a control unit is provided which, from the carbon dioxide rates of the rinsing gas determined by means of the sensors (32, 34), determines a difference value which indicates how much carbon dioxide was removed from the extracorporeal blood flow via the filter, that the inert gas is nitrogen, helium, neon, argon, xenon or krypton and/or that the mixture is a mixture of nitrogen, helium, neon, argon, xenon or krypton.
An offshore drilling vessel configured to be powered by at least one submersible cable, and comprising: - a hull; - at least one opening in the hull arranged to receive an end of at least one submersible cable; and - a cable connector configured to couple to the end of the at least one submersible cable when the end of the at least one submersible cable is in the raised position such that the offshore drilling vessel comprises a power connection via the submersible cable, characterised in that the drilling vessel comprises a cable capture mechanism configured to lift the end of the at least one submersible cable through the at least one opening from a submersed position to a raised position. - a hull; - at least one opening in the hull arranged to receive an end of at least one submersible cable; and - a cable connector configured to couple to the end of the at least one submersible cable when the end of the at least one submersible cable is in the raised position such that the offshore drilling vessel comprises a power connection via the submersible cable,
An antenna device comprising: a substantially-flat-plate-shaped dielectric substrate; a metal base plate arranged on a first surface of the dielectric substrate; substantially-flat-plate-shaped first and second antenna elements (105a, 105b) arranged on a second surface of the dielectric substrate that is opposite to the first surface so that a slit is formed; a first feeding portion that is configured to feed power to the first antenna element; and a second feeding portion that is configured to feed power to the second antenna element, such that a phase difference between feeding signals supplied to the first and second feeding portions, respectively, is approximately 180 degrees; wherein a radiation surface of each of the first and second antenna elements has a shape that is substantially the same as a square having one side of which a length is substantially equal to 1/4 of a wavelength of a wireless signal to be transmitted or received; and wherein the first and second antenna elements are arranged so that a width of the slit is 1/10 or less of the length of the one side of the radiation surface having a shape that is substantially the same as a square. a substantially-flat-plate-shaped dielectric substrate; a metal base plate arranged on a first surface of the dielectric substrate; substantially-flat-plate-shaped first and second antenna elements (105a, 105b) arranged on a second surface of the dielectric substrate that is opposite to the first surface so that a slit is formed; a first feeding portion that is configured to feed power to the first antenna element; and a second feeding portion that is configured to feed power to the second antenna element, such that a phase difference between feeding signals supplied to the first and second feeding portions, respectively, is approximately 180 degrees; wherein a radiation surface of each of the first and second antenna elements has a shape that is substantially the same as a square having one side of which a length is substantially equal to 1/4 of a wavelength of a wireless signal to be transmitted or received; and wherein the first and second antenna elements are arranged so that a width of the slit is 1/10 or less of the length of the one side of the radiation surface having a shape that is substantially the same as a square.
Packaging material for oxygen sensitive products comprising a compostable cellulose-based paper having an oxygen transmission rate of less than 10 cm 3 /(m 2 ·day) as measured in accordance with ASTM D 3985 and ASTM F 1927, when determined at 23 °C and 50% relative humidity, the compostable cellulose-based paper comprising a continuous cellulosic fiber matrix that comprises native cellulosic fibers and non-fibrous cellulosic material, wherein the term "non-fibrous cellulosic material" specifies a material, which is obtained by dissolving or partly dissolving the native cellulosic fibers with a gelatinizing agent, whereby the native cellulosic fibers disintegrate and form a gel-like viscous material, and subsequently eliminating the gelatinizing agent by washing with water, whereby the gel-like material precipitates to form a solid material, wherein the content of the non-fibrous cellulosic material in the continuous cellulosic fiber matrix is of from 15 to 50 wt.%, wherein the compostable cellulose-based paper meets the compostability standard EN13432. the compostable cellulose-based paper comprising a continuous cellulosic fiber matrix that comprises native cellulosic fibers and non-fibrous cellulosic material, wherein the term "non-fibrous cellulosic material" specifies a material, which is obtained by dissolving or partly dissolving the native cellulosic fibers with a gelatinizing agent, whereby the native cellulosic fibers disintegrate and form a gel-like viscous material, and subsequently eliminating the gelatinizing agent by washing with water, whereby the gel-like material precipitates to form a solid material, wherein the content of the non-fibrous cellulosic material in the continuous cellulosic fiber matrix is of from 15 to 50 wt.%, wherein the compostable cellulose-based paper meets the compostability standard EN13432.
Device for the treatment of varicose veins, comprising a catheter (1, 1'), which is insertable into a vein to be treated, wherein the catheter comprises side openings (7a-7c), through which a sclerosing agent can be introduced into the vein, characterized in that a balloon with at least one cutting element for cutting at least part of the inner wall of the vein is arranged on the proximal end (1a, 1a') of the catheter.
An electric vehicle comprising: a drive train provided in a front compartment of the vehicle, the drive train housing a traction motor; and an inverter configured to supply the motor with AC power, wherein: the inverter is fixed on a top of the drive train with a gap by a front bracket and a rear bracket, the front bracket connects a front surface of the inverter with the drive train, and the rear bracket connects a rear surface of the inverter with the drive train, characterized in that a power cable, configured to supply the motor with electric power, extends from a side surface in a lateral direction of the inverter, and a protector, configured to protect the power cable, extends from the front bracket to a front side of the power cable. a drive train provided in a front compartment of the vehicle, the drive train housing a traction motor; and an inverter configured to supply the motor with AC power, wherein: the inverter is fixed on a top of the drive train with a gap by a front bracket and a rear bracket, the front bracket connects a front surface of the inverter with the drive train, and the rear bracket connects a rear surface of the inverter with the drive train, characterized in that a power cable, configured to supply the motor with electric power, extends from a side surface in a lateral direction of the inverter, and a protector, configured to protect the power cable, extends from the front bracket to a front side of the power cable. the inverter is fixed on a top of the drive train with a gap by a front bracket and a rear bracket, the front bracket connects a front surface of the inverter with the drive train, and the rear bracket connects a rear surface of the inverter with the drive train, characterized in that a power cable, configured to supply the motor with electric power, extends from a side surface in a lateral direction of the inverter, and a protector, configured to protect the power cable, extends from the front bracket to a front side of the power cable.
A flexible display device comprising: a body; a moving plate reciprocally moveable in a first direction in the body; a first pulley disposed below the moving plate and coupled to the body, the first pulley being rotatable about a first rotary shaft parallel to a second direction perpendicular to the first direction; a second pulley disposed below the moving plate at a position further forward in the first direction than the first pulley, and coupled to the body, the second pulley being rotatable about a second rotary shaft parallel to the first rotary shaft; a driving track, at least a part of the driving track being bent, and the driving track being disposed to enclose the first pulley and the second pulley and coupled to the moving plate; and a flexible display of which a part is coupled to an outer surface of the moving plate, and of which another part is coupled to an outer surface of the driving track, characterized in that the driving track comprises: a first coupling portion forming one end of the driving track and coupled to a rear end of the moving plate in the first direction; and a second coupling portion forming the other end of the driving track and coupled to a bottom surface of the moving plate or to the first coupling portion. a moving plate reciprocally moveable in a first direction in the body; a first pulley disposed below the moving plate and coupled to the body, the first pulley being rotatable about a first rotary shaft parallel to a second direction perpendicular to the first direction; a second pulley disposed below the moving plate at a position further forward in the first direction than the first pulley, and coupled to the body, the second pulley being rotatable about a second rotary shaft parallel to the first rotary shaft; a driving track, at least a part of the driving track being bent, and the driving track being disposed to enclose the first pulley and the second pulley and coupled to the moving plate; and a flexible display of which a part is coupled to an outer surface of the moving plate, and of which another part is coupled to an outer surface of the driving track, characterized in that the driving track comprises: a first coupling portion forming one end of the driving track and coupled to a rear end of the moving plate in the first direction; and a second coupling portion forming the other end of the driving track and coupled to a bottom surface of the moving plate or to the first coupling portion. a first coupling portion forming one end of the driving track and coupled to a rear end of the moving plate in the first direction; and a second coupling portion forming the other end of the driving track and coupled to a bottom surface of the moving plate or to the first coupling portion.
A method to facilitate user equipment, UE, handover within a packet data communication system, the method comprising: determining, at a source relay node, that the UE is to undergo a handover from the source relay node to a target node; sending, by the source relay node, a first request to a gateway serving the UE, wherein the sending is performed responsive to the determination that the UE is to undergo the handover, and wherein the first request is configured to cause the gateway serving the UE to store packet data addressed to the UE; sending, by the source relay node, a handover request message to the target node; sending, by the target node, a second request to the gateway serving the UE after the target node transmits a handover request acknowledgement message to the source relay node in response to the handover request message, wherein the second request is configured to cause the gateway serving the UE to forward the stored packet data to the target node, before a synchronization between the UE and the target node; and receiving, from the gateway serving the UE by the target node, the stored packet data for wirelessly transmitting to the UE, before the synchronization, wherein packet data addressed to the UE is transmitted from the gateway serving the UE to the source relay node. determining, at a source relay node, that the UE is to undergo a handover from the source relay node to a target node; sending, by the source relay node, a first request to a gateway serving the UE, wherein the sending is performed responsive to the determination that the UE is to undergo the handover, and wherein the first request is configured to cause the gateway serving the UE to store packet data addressed to the UE; sending, by the source relay node, a handover request message to the target node; sending, by the target node, a second request to the gateway serving the UE after the target node transmits a handover request acknowledgement message to the source relay node in response to the handover request message, wherein the second request is configured to cause the gateway serving the UE to forward the stored packet data to the target node, before a synchronization between the UE and the target node; and receiving, from the gateway serving the UE by the target node, the stored packet data for wirelessly transmitting to the UE, before the synchronization, wherein packet data addressed to the UE is transmitted from the gateway serving the UE to the source relay node.
A workpiece measurement method for determining the position of a workpiece on a machine tool having feed shafts relatively movable in three orthogonal X, Y, and Z-axes and a workpiece attachment surface on which the workpiece is attached based on feed shaft coordinates when a probe and the workpiece contact each other, in which the probe and the workpiece are moved relative to each other by a plurality of feed shafts, the method comprising the steps of: moving one of the plurality of feed shafts to a desired measurement position by a manual jog-feed operation; storing coordinate values of the one feed shaft at the desired measurement position; moving the probe and the workpiece relative to each other by means of the one feed shaft and another feed shaft by a manual jog-feed operation, wherein the one feed shaft is moved in a direction in which the measurement probe and the workpiece attachment surface separate from each other and next in a direction in which the measurement probe and the workpiece attachment surface come closer to each other; by an NC device of the machine tool, stopping the movement of the one feed shaft when the stored coordinate values have been reached; and measuring the workpiece at a plurality of measurement points by moving the probe using the other feed shaft by a manual jog-feed operation in a state in which the one feed shaft is stopped at the coordinate values. moving one of the plurality of feed shafts to a desired measurement position by a manual jog-feed operation; storing coordinate values of the one feed shaft at the desired measurement position; moving the probe and the workpiece relative to each other by means of the one feed shaft and another feed shaft by a manual jog-feed operation, wherein the one feed shaft is moved in a direction in which the measurement probe and the workpiece attachment surface separate from each other and next in a direction in which the measurement probe and the workpiece attachment surface come closer to each other; by an NC device of the machine tool, stopping the movement of the one feed shaft when the stored coordinate values have been reached; and measuring the workpiece at a plurality of measurement points by moving the probe using the other feed shaft by a manual jog-feed operation in a state in which the one feed shaft is stopped at the coordinate values.
A guidewire comprising: an elongate core wire including a distal end, a proximal end, and a longitudinal axis extending along a length of the core wire from the distal end to the proximal end; and a grip portion disposed on the core wire, the grip portion configured to provide tactile feel to a user of the guidewire; characterized in that the grip portion includes a polymer tube applied to the core wire, the polymer tube including a sidewall extending between first and second ends of the polymer tube and at least one cutout through the sidewall of the polymer tube. an elongate core wire including a distal end, a proximal end, and a longitudinal axis extending along a length of the core wire from the distal end to the proximal end; and a grip portion disposed on the core wire, the grip portion configured to provide tactile feel to a user of the guidewire; characterized in that the grip portion includes a polymer tube applied to the core wire, the polymer tube including a sidewall extending between first and second ends of the polymer tube and at least one cutout through the sidewall of the polymer tube.
A spray-dried creamer composition comprising: - added sugar comprising sucrose and/or lactose ranging from 5-30% by weight; - milk ranging from 30-60% by weight; - fat ranging from 15-40% by weight; wherein said composition is devoid of added agents comprising Mono- and di-glycerides of fatty acids INS471, Sodium stearoyl lactylate E481, Diacetyltartaric and fatty acid esters of glycerol INS472e, buffer- and stabilizing salts such as Monosodium phosphate E339(i), Monopotassium phosphate E340 (i), Disodium phosphate E339 (ii), Dipotassium phosphate E340(ii), Di Potassium Phosphate INS340, Trisodium phosphate E339 (iii), Tripotassium phosphate E340 (iii), Sodium carbonate E500(i), Trisodium Citrate E331(iii), Sodium Hexameta Phosphate E452(i), Sodium Tri Poly Phosphate E451, Tetra Sodium Pyrophosphate INS450 (iii), Sodium Hexametaphosphate INS452i, Trisodium Citrate INS331iii, sodium or potassium ortho phosphates such as monophosphates, diphosphates or triphosphates, sodium or potassium polyphosphates, sodium or potassium mono- or bicarbonates, sodium or potassium citrates, hexametaphosphate or a combination thereof; wherein said composition does not flocculate upon reconstitution in coffee or tea at temperature of water ranging from 40-90° C and hardness up to 400 ppm CaCO 3. - added sugar comprising sucrose and/or lactose ranging from 5-30% by weight; - milk ranging from 30-60% by weight; - fat ranging from 15-40% by weight;
A check valve for a high-volume low-pressure (HVLP) spray system, the check valve comprising: a seat; a valve member movable between a closed position, a modulated position, and an open position, wherein the valve member includes a downstream face, an upstream face, and an outer edge; and a spring that provides a nonlinear force on the downstream face of the valve member to maintain the valve member in the closed position; wherein the valve member is configured to tilt to the modulated position prior to sliding to the open position when actuating from the closed position to the open position, and wherein a portion of the upstream face of the valve member maintains engagement with the seat when the valve member is in the modulated position and another portion of the upstream face is disengaged from the seat when in the modulated position; and the spring provides an annularly asymmetric force on the downstream face of the valve member to maintain the valve member in the closed position; characterized in that the outer edge is shaped such that the valve member is configured to rock on the outer edge as the valve member transitions from the closed position to the modulated position, and such that the valve member is configured to slide axially from the modulated position to the open position.