mhurhangee/ep-ind-claims huggingface dataset:
A fuel return valve, comprising: a flow-level select and shut-off valve including a control pressure inlet port, a first control pressure port, a second control pressure port, a first fuel inlet, a second fuel inlet, a return-to-tank fuel outlet, and a valve element movable between a shut-off position, a mid-flow position, and a max-flow position; and a servo control valve coupled to the flow-level select and shut-off valve and configured to control relative fluid pressures therein to selectively move the valve element to the shut-off position, the mid-flow position, and the max-flow position, wherein the flow-level select and shut-off valve is configured such that: when the valve element is in the shut-off position, fuel is prevented from flowing into and through the first and second fuel inlet ports (238, 242) and out the return-to-tank outlet port, when the valve element is in the mid-flow position, fuel flows into and through the first and second fuel inlets (238, 242) and out the return-to-tank outlet port at a first flow rate, and when the valve element is in in the max-flow position, fuel may flow into and through the first and second fuel inlets (238, 242) and out the return-to-tank outlet port at a second flow rate that is greater than the first flow rate. a flow-level select and shut-off valve including a control pressure inlet port, a first control pressure port, a second control pressure port, a first fuel inlet, a second fuel inlet, a return-to-tank fuel outlet, and a valve element movable between a shut-off position, a mid-flow position, and a max-flow position; and a servo control valve coupled to the flow-level select and shut-off valve and configured to control relative fluid pressures therein to selectively move the valve element to the shut-off position, the mid-flow position, and the max-flow position, wherein the flow-level select and shut-off valve is configured such that: when the valve element is in the shut-off position, fuel is prevented from flowing into and through the first and second fuel inlet ports (238, 242) and out the return-to-tank outlet port, when the valve element is in the mid-flow position, fuel flows into and through the first and second fuel inlets (238, 242) and out the return-to-tank outlet port at a first flow rate, and when the valve element is in in the max-flow position, fuel may flow into and through the first and second fuel inlets (238, 242) and out the return-to-tank outlet port at a second flow rate that is greater than the first flow rate. when the valve element is in the shut-off position, fuel is prevented from flowing into and through the first and second fuel inlet ports (238, 242) and out the return-to-tank outlet port, when the valve element is in the mid-flow position, fuel flows into and through the first and second fuel inlets (238, 242) and out the return-to-tank outlet port at a first flow rate, and when the valve element is in in the max-flow position, fuel may flow into and through the first and second fuel inlets (238, 242) and out the return-to-tank outlet port at a second flow rate that is greater than the first flow rate.
A method performed by a terminal (116, 1800) in a wireless communication system, the method comprising: identifying a portion of a second part of channel state information, CSI part 2, to be transmitted based on a priority of each of a plurality of CSIs in the CSI part 2; mapping a first part of the CSI, CSI part 1, and the identified portion of the CSI part 2 to bits of uplink control information, UCI; and transmitting, to a base station, the mapped UCI on a physical uplink shared channel, PUSCH, wherein the CSI part 1 includes a rank indicator, RI, and a channel quality indicator, CQI, and wherein the CSI part 2 includes a precoding matrix index, PMI, wherein the portion of the CSI part 2 is determined, in case that a number of UCI symbols associated with the CSI part 2 exceeds a number of available UCI symbols associated with the CSI part 2, wherein the plurality of CSIs comprise wideband CSI and a plurality of subband CSIs, and wherein the wideband CSI has a higher priority than the plurality of subband CSIs. identifying a portion of a second part of channel state information, CSI part 2, to be transmitted based on a priority of each of a plurality of CSIs in the CSI part 2; mapping a first part of the CSI, CSI part 1, and the identified portion of the CSI part 2 to bits of uplink control information, UCI; and transmitting, to a base station, the mapped UCI on a physical uplink shared channel, PUSCH, wherein the CSI part 1 includes a rank indicator, RI, and a channel quality indicator, CQI, and wherein the CSI part 2 includes a precoding matrix index, PMI, wherein the portion of the CSI part 2 is determined, in case that a number of UCI symbols associated with the CSI part 2 exceeds a number of available UCI symbols associated with the CSI part 2, wherein the plurality of CSIs comprise wideband CSI and a plurality of subband CSIs, and wherein the wideband CSI has a higher priority than the plurality of subband CSIs.
An information processing apparatus comprising: a control unit being configured to: calculate a future prediction value of remaining battery amount on a basis of a use history of the information processing apparatus by a user and to present prediction value related information related to the future prediction value to the user; calculate a prediction value of a charge start timing by the user on a basis of a use history of the information processing apparatus by the user and to present the prediction value related information in a case where a timing at which the future prediction value becomes equal to or less than a predetermined value is earlier than the prediction value of the charge start timing; present recommendation information that recommends a transition to a low power consumption mode to the user as the prediction value related information and wherein the control unit is configured to determine whether or not to present the recommendation information to the user on a basis of a latest use history of the information processing apparatus by the user, and the latest use history of the information processing apparatus by the user includes a location of the information processing apparatus. calculate a future prediction value of remaining battery amount on a basis of a use history of the information processing apparatus by a user and to present prediction value related information related to the future prediction value to the user; calculate a prediction value of a charge start timing by the user on a basis of a use history of the information processing apparatus by the user and to present the prediction value related information in a case where a timing at which the future prediction value becomes equal to or less than a predetermined value is earlier than the prediction value of the charge start timing; present recommendation information that recommends a transition to a low power consumption mode to the user as the prediction value related information and wherein the control unit is configured to determine whether or not to present the recommendation information to the user on a basis of a latest use history of the information processing apparatus by the user, and the latest use history of the information processing apparatus by the user includes a location of the information processing apparatus.
A switch comprising: a platform function managing section for confirming whether or not a flow notified from a controller conforms to a predetermined function and determining whether or not the flow is valid or invalid; a flow table control section for: registering a valid flow on a normal flow table and registering an invalid flow on a save flow table such that flows not conforming to the predetermined function are retained; and a message processing section for: recognizing a packet received from a network as a flow and performing processing specified for the flow on the packet when the flow has been registered in the normal flow table. a platform function managing section for confirming whether or not a flow notified from a controller conforms to a predetermined function and determining whether or not the flow is valid or invalid; a flow table control section for: registering a valid flow on a normal flow table and registering an invalid flow on a save flow table such that flows not conforming to the predetermined function are retained; and registering a valid flow on a normal flow table and registering an invalid flow on a save flow table such that flows not conforming to the predetermined function are retained; and a message processing section for: recognizing a packet received from a network as a flow and performing processing specified for the flow on the packet when the flow has been registered in the normal flow table. recognizing a packet received from a network as a flow and performing processing specified for the flow on the packet when the flow has been registered in the normal flow table.
Method for shutting down a turbo set for a steam turbine plant, involving the steps of: - providing the turbo set, which comprises a steam turbine and a generator, the generator having an exciter machine and an exciter winding; - driving the steam turbine with live steam and discharging the generator power to a power receiver; - decoupling the generator from the power receiver; - reducing the supply of live steam to the turbine; characterized in that - the generator is switched into a partial short circuit mode, wherein the exciter winding is supplied with an electrical exciter current by means of the exciter machine in such a way that the generator acts as a load on the steam turbine, the exciter current being dimensioned such that the generator is not overheated. - providing the turbo set, which comprises a steam turbine and a generator, the generator having an exciter machine and an exciter winding; - driving the steam turbine with live steam and discharging the generator power to a power receiver; - decoupling the generator from the power receiver; - reducing the supply of live steam to the turbine; characterized in that - the generator is switched into a partial short circuit mode, wherein the exciter winding is supplied with an electrical exciter current by means of the exciter machine in such a way that the generator acts as a load on the steam turbine, the exciter current being dimensioned such that the generator is not overheated.
A composition of matter comprising a continuous film on a graphitic substrate wherein said composition comprises, in the following order, (a) a graphitic substrate, (b) a base layer film comprising a compound selected from the list including AsSb, SbBi, AlAsSb, AlInSb, InGaSb, or AlInAs, the compound having a lattice mismatch of 2.5% or less to that of graphene, said base layer film being formed directly and epitaxially on said graphitic substrate; and (c) a continuous film comprising at least one group III-V compound directly on said base layer. (a) a graphitic substrate, (b) a base layer film comprising a compound selected from the list including AsSb, SbBi, AlAsSb, AlInSb, InGaSb, or AlInAs, the compound having a lattice mismatch of 2.5% or less to that of graphene, said base layer film being formed directly and epitaxially on said graphitic substrate; and (c) a continuous film comprising at least one group III-V compound directly on said base layer.
A process for diagnosing the presence of a mucopolysaccharidosis I (MPS I) disease or disorder in an individual, comprising the steps of: a) generating a biomarker comprising of one or more non-reducing end oligosaccharides, wherein the biomarker is a saturated oligosaccharide and is generated by treating a population of glycosaminoglycans in or isolated from the biological sample with at least one digesting heparin lyase, wherein prior to lyase treatment, the biomarker is not present in abundance in samples from individuals with the MPS I disease or disorder relative to individuals without the MPS I disease or disorder; and b) using an analytical instrument to detect the presence of or measure the amount of the biomarker produced and displaying or recording the presence of or a measure of a population of the biomarker; wherein the presence and/or the measure of the amount of the biomarker is utilized to determine the presence of the disease or disorder; wherein the biomarker for MPS I is selected from a group consisting of IdoA-GlcNAc (Formula I-A); IdoA-GlcNS (Formula I-B); and IdoA-GlcNS6S (Formula I-C); and wherein IdoA is iduronic acid; GlcNAc is N-acetyl glucosamine, GlcNS is N-sulfated glucosamine and GlcNS6S is 6-O-sulfated, N-sulfated glucosamine. a) generating a biomarker comprising of one or more non-reducing end oligosaccharides, wherein the biomarker is a saturated oligosaccharide and is generated by treating a population of glycosaminoglycans in or isolated from the biological sample with at least one digesting heparin lyase, wherein prior to lyase treatment, the biomarker is not present in abundance in samples from individuals with the MPS I disease or disorder relative to individuals without the MPS I disease or disorder; and b) using an analytical instrument to detect the presence of or measure the amount of the biomarker produced and displaying or recording the presence of or a measure of a population of the biomarker; wherein the presence and/or the measure of the amount of the biomarker is utilized to determine the presence of the disease or disorder; wherein the biomarker for MPS I is selected from a group consisting of IdoA-GlcNAc (Formula I-A); IdoA-GlcNS (Formula I-B); and IdoA-GlcNS6S (Formula I-C); and wherein IdoA is iduronic acid; GlcNAc is N-acetyl glucosamine, GlcNS is N-sulfated glucosamine and GlcNS6S is 6-O-sulfated, N-sulfated glucosamine.
An articulated arm CMM comprising: an articulated arm comprising: a plurality of articulated arm members, a base at a proximal end, and a first body at a distal end of the articulated arm, the first body comprising: a mounting portion; a data port; and a measuring probe; a non-contact coordinate detection device comprising: a base plate; a light source at one end of the base plate; an optical sensor at the other end of the base plate; a data port configured to interact with the data port of the first body; and electronics associated with at least the light source and the optical sensor; wherein: the electronics are positioned in a separate housing from at least the measuring probe and the light source; the mounting portion and the data port of the first body are configured to interact with the non-contact coordinate detection device; and the non-contact coordinate detection device is removable from the mounting portion and remountable to the mounting portion without the use of tools. an articulated arm comprising: a plurality of articulated arm members, a base at a proximal end, and a first body at a distal end of the articulated arm, the first body comprising: a mounting portion; a data port; and a measuring probe; a plurality of articulated arm members, a base at a proximal end, and a first body at a distal end of the articulated arm, the first body comprising: a mounting portion; a data port; and a measuring probe; a mounting portion; a data port; and a measuring probe; a non-contact coordinate detection device comprising: a base plate; a light source at one end of the base plate; an optical sensor at the other end of the base plate; a data port configured to interact with the data port of the first body; and electronics associated with at least the light source and the optical sensor; a base plate; a light source at one end of the base plate; an optical sensor at the other end of the base plate; a data port configured to interact with the data port of the first body; and electronics associated with at least the light source and the optical sensor; wherein: the electronics are positioned in a separate housing from at least the measuring probe and the light source; the mounting portion and the data port of the first body are configured to interact with the non-contact coordinate detection device; and the non-contact coordinate detection device is removable from the mounting portion and remountable to the mounting portion without the use of tools. the electronics are positioned in a separate housing from at least the measuring probe and the light source; the mounting portion and the data port of the first body are configured to interact with the non-contact coordinate detection device; and the non-contact coordinate detection device is removable from the mounting portion and remountable to the mounting portion without the use of tools.
System comprising: a balloon for an inflatable structure apparatus, comprising: a plurality of balloon segments arranged into an annular balloon structure and preferably attached to each other, wherein the plurality of balloon segments form one inflation/deflation volume, wherein the balloon forms a central fluid passage in its center, and the balloon segments are essentially cylindrical balloon segments or spiral ring balloon segments; the system further comprising a shell, preferably in the shape of a hollow cylinder, entirely or partially covering the balloon segments. a plurality of balloon segments arranged into an annular balloon structure and preferably attached to each other, wherein the plurality of balloon segments form one inflation/deflation volume, wherein the balloon forms a central fluid passage in its center, and the balloon segments are essentially cylindrical balloon segments or spiral ring balloon segments; the system further comprising a shell, preferably in the shape of a hollow cylinder, entirely or partially covering the balloon segments.
A turbocharger wheel balance-test jig, comprising: a base defining an axis of rotation, the base having a base clamping face forming at least a portion of a base conical feature, wherein the base conical feature is a conical surface that would be formed by the base clamping face if the base were rotated around the axis of rotation; a clamp mechanism rigidly connected to the base; and an arm extending along the axis of rotation from the clamp mechanism toward the base clamping face, the arm having an arm clamping face forming at least a portion of an arm conical feature wherein the arm conical feature is the conical surface that would be formed by the arm clamping face the arm were rotated around the axis of rotation wherein the base conical feature and the arm conical feature face one another; characterized in that the clamp mechanism includes an actuator that is actuatable between a locked position and an unlocked position, the locked position rigidly holding the arm with respect to the base, and the unlocked position providing for the arm to be axially moved along the axis of rotation; and the clamp mechanism includes a stop configured to restrict rotation of the arm around the axis of rotation in both the unlocked and the locked positions. a base defining an axis of rotation, the base having a base clamping face forming at least a portion of a base conical feature, wherein the base conical feature is a conical surface that would be formed by the base clamping face if the base were rotated around the axis of rotation; a clamp mechanism rigidly connected to the base; and an arm extending along the axis of rotation from the clamp mechanism toward the base clamping face, the arm having an arm clamping face forming at least a portion of an arm conical feature wherein the arm conical feature is the conical surface that would be formed by the arm clamping face the arm were rotated around the axis of rotation wherein the base conical feature and the arm conical feature face one another; characterized in that the clamp mechanism includes an actuator that is actuatable between a locked position and an unlocked position, the locked position rigidly holding the arm with respect to the base, and the unlocked position providing for the arm to be axially moved along the axis of rotation; and the clamp mechanism includes a stop configured to restrict rotation of the arm around the axis of rotation in both the unlocked and the locked positions.
Method for cooking and/or heating food, characterised in that it consists of supplying a steam expansion chamber with steam, comprising a confinement wall which is deformable and/or mobile, partially delimiting an enclosure receiving food to be heated and/or to be cooked.
Agricultural distributing machine with a distributor linkage and with a device for active absorption of vibrations arising in the distributor linkage, said device comprising a sensor for detecting a vibration of the distributor linkage, an electronic control device connected to the sensor, and an actuator, capable of being actuated by the control device, for relocating a mobile mass which is coupled with the distributor linkage, wherein the control device is capable of being operated to drive the actuator in the sense of a lessening of a vibration of the distributor linkage, detected with the sensor, characterized in that the actuator has been set up to relocate the mass along the direction of the vibration to be damped.
A method of decoding a bitstream of encoded video, by reconstructing coefficients for a transform unit, comprising: for each non-overlapping coefficient group, in a transform unit, that includes a first non-zero coefficient and a last non-zero coefficient: determining that a number of coefficients between the first non-zero coefficient in the coefficient group and the last non-zero coefficient in the coefficient group exceeds a threshold; and based on the determination that the number of coefficients between the first non-zero coefficient in the coefficient group and the last non-zero coefficient in the coefficient group exceeds the threshold, apply sign bit hiding by: summing, to produce a summing result, absolute values of the non-zero coefficients in the coefficient group, and based on whether the summing result is odd or even, assigning a sign to a coefficient in the coefficient group. determining that a number of coefficients between the first non-zero coefficient in the coefficient group and the last non-zero coefficient in the coefficient group exceeds a threshold; and based on the determination that the number of coefficients between the first non-zero coefficient in the coefficient group and the last non-zero coefficient in the coefficient group exceeds the threshold, apply sign bit hiding by: summing, to produce a summing result, absolute values of the non-zero coefficients in the coefficient group, and based on whether the summing result is odd or even, assigning a sign to a coefficient in the coefficient group. summing, to produce a summing result, absolute values of the non-zero coefficients in the coefficient group, and based on whether the summing result is odd or even, assigning a sign to a coefficient in the coefficient group.