mhurhangee/ep-ind-claims huggingface dataset:
A control system used for modeling and optimizing an industrial diesel hydroprocessing unit, characterized by comprising: - at least one steady state optimization unit that includes models of hydrodesulfurization and hydroprocessing reactor beds and a combined model of a plurality of supply flow components and calculates an optimum point at which the unit must operate using the models therein as well as the current charge components, product price information, operational constraints of the unit and planning instruction information; - at least one constrained supervisory model predictive control unit to which operation parameters at optimum point that is calculated in the steady state optimization unit are conveyed and which determines T95 target point of the charge and the target values of the bed exit temperatures using the operation parameters conveyed thereto together with a model; - at least one constrained regulatory model predictive control unit to which T95 target point of the charge and the target values of the bed exit temperatures obtained in the constrained supervisory model predictive control unit are conveyed and which adjusts the amount of the components of the charge to be conveyed to the industrial diesel hydroprocessing unit and the bed inlet temperatures of the reactors in the diesel hydroprocessing unit, based on the T95 target point of the charge. - at least one steady state optimization unit that includes models of hydrodesulfurization and hydroprocessing reactor beds and a combined model of a plurality of supply flow components and calculates an optimum point at which the unit must operate using the models therein as well as the current charge components, product price information, operational constraints of the unit and planning instruction information; - at least one constrained supervisory model predictive control unit to which operation parameters at optimum point that is calculated in the steady state optimization unit are conveyed and which determines T95 target point of the charge and the target values of the bed exit temperatures using the operation parameters conveyed thereto together with a model; - at least one constrained regulatory model predictive control unit to which T95 target point of the charge and the target values of the bed exit temperatures obtained in the constrained supervisory model predictive control unit are conveyed and which adjusts the amount of the components of the charge to be conveyed to the industrial diesel hydroprocessing unit and the bed inlet temperatures of the reactors in the diesel hydroprocessing unit, based on the T95 target point of the charge.
A composition comprising whey protein for use in decreasing fat deposition in skeletal muscle in an elderly individual, or reducing the loss of skeletal muscle quality in an elderly individual; wherein the composition is administered to the elderly individual in an amount that provides at least 18 g of the whey protein per day; wherein the whey protein comprises whey protein micelles; wherein the composition further comprises vitamin D and calcium; wherein the elderly individual has the condition sarcopenic obesity; wherein "muscle quality" is defined as the metabolic quality of skeletal muscle through fat infiltration and muscle density; wherein "elderly" relates to a human with an age from birth of at least 60 years. wherein the composition is administered to the elderly individual in an amount that provides at least 18 g of the whey protein per day; wherein the whey protein comprises whey protein micelles; wherein the composition further comprises vitamin D and calcium; wherein the elderly individual has the condition sarcopenic obesity; wherein "muscle quality" is defined as the metabolic quality of skeletal muscle through fat infiltration and muscle density; wherein "elderly" relates to a human with an age from birth of at least 60 years.
A head wearable air purifier comprising: a first speaker assembly arranged to be worn over a first ear of a user and a second speaker assembly arranged to be worn over a second ear of the user; wherein the first speaker assembly comprises a speaker, a filter assembly, an impeller for creating an airflow through the filter assembly, a motor arranged to drive the impeller, and an air outlet downstream from the filter assembly for emitting the filtered airflow from the first speaker assembly; and characterized in that: the impeller and the motor are disposed within an impeller casing; the first speaker assembly further comprises a housing containing the speaker, the filter assembly and the impeller casing; and the impeller casing is supported within the housing by a plurality of resilient supports that extend between the impeller casing and the housing. a first speaker assembly arranged to be worn over a first ear of a user and a second speaker assembly arranged to be worn over a second ear of the user; wherein the first speaker assembly comprises a speaker, a filter assembly, an impeller for creating an airflow through the filter assembly, a motor arranged to drive the impeller, and an air outlet downstream from the filter assembly for emitting the filtered airflow from the first speaker assembly; and characterized in that: the impeller and the motor are disposed within an impeller casing; the first speaker assembly further comprises a housing containing the speaker, the filter assembly and the impeller casing; and the impeller casing is supported within the housing by a plurality of resilient supports that extend between the impeller casing and the housing. the impeller and the motor are disposed within an impeller casing; the first speaker assembly further comprises a housing containing the speaker, the filter assembly and the impeller casing; and the impeller casing is supported within the housing by a plurality of resilient supports that extend between the impeller casing and the housing.
Single-use valve (2; 6) to be installed on a line for transporting a fluid, wherein it comprises: - a tubular body (20; 60) intended to be placed, in a perfectly tight way, on said line on the path of said fluid, as well as a movable member (3; 7) arranged in said tubular body (20; 60) and likely to adopt two positions in same, thus permitting, depending on the position of said movable member (3; 7), that said fluid may or may not pass through said tubular body (20; 60), one being a stand-by position, while the other one is an active position; - inside said tubular body (20; 60), a driving means (31; 71) designed capable of propelling said movable member (3; 7) in order to cause it to move from its stand-by position to the active position, and which consists of a pre-stressed springy means; and - on the one hand, a means for maintaining the pre-tension and, on the other hand, a control means capable of permitting to de-activate said means for maintaining the pre-tension, wherein the means for maintaining the pre-tension and the control means are arranged completely externally to said tubular body. - a tubular body (20; 60) intended to be placed, in a perfectly tight way, on said line on the path of said fluid, as well as a movable member (3; 7) arranged in said tubular body (20; 60) and likely to adopt two positions in same, thus permitting, depending on the position of said movable member (3; 7), that said fluid may or may not pass through said tubular body (20; 60), one being a stand-by position, while the other one is an active position; - inside said tubular body (20; 60), a driving means (31; 71) designed capable of propelling said movable member (3; 7) in order to cause it to move from its stand-by position to the active position, and which consists of a pre-stressed springy means; and - on the one hand, a means for maintaining the pre-tension and, on the other hand, a control means capable of permitting to de-activate said means for maintaining the pre-tension, wherein the means for maintaining the pre-tension and the control means are arranged completely externally to said tubular body.
One-piece holding element for suspended fastening of a conductor cable on a transmission tower, comprising a cable channel which extends substantially along a longitudinal axis, a clamping region for clamping the conductor cable in the cable channel, and a holding region for mounting, wherein the clamping region has a lower bearing surface adapted to the cable contour, characterized in that the clamping region has two clamping legs which extend in a vertical direction and which at least partially form the cable channel, wherein, at least in the region of the cable channel, and to obtain elastic clamping, the distance between the clamping legs is less than the outside diameter of the conductor cable to be inserted.
A valve apparatus for supplying pumped fluid by switching between a first flow channel and a second flow channel, the valve apparatus comprising: a housing provided with a first valve chamber connected to the first flow channel and a second valve chamber connected to the second flow channel; a partition wall disposed between the first flow channel and the second flow channel in the housing to separate the first valve chamber from the second valve chamber; and a support portion (46, 47) provided to the housing to support the partition wall, characterized in that the partition wall has: a film-like valve body which is elastically deformed by pressure of the first valve chamber and the second valve chamber so as to open one of the first flow channel and the second flow channel and close the other of the first flow channel and the second flow channel, the valve body having: a membrane portion; and a hook-shaped engaging portion continuously extending from an outer circumference of the membrane portion; and a frame provided inside the engaging portion and supported by the support portion, wherein the frame is integrally formed of resin or metal, and is higher in stiffness than the valve body. a housing provided with a first valve chamber connected to the first flow channel and a second valve chamber connected to the second flow channel; a partition wall disposed between the first flow channel and the second flow channel in the housing to separate the first valve chamber from the second valve chamber; and a support portion (46, 47) provided to the housing to support the partition wall, characterized in that the partition wall has: a film-like valve body which is elastically deformed by pressure of the first valve chamber and the second valve chamber so as to open one of the first flow channel and the second flow channel and close the other of the first flow channel and the second flow channel, the valve body having: a membrane portion; and a hook-shaped engaging portion continuously extending from an outer circumference of the membrane portion; and a frame provided inside the engaging portion and supported by the support portion, wherein the frame is integrally formed of resin or metal, and is higher in stiffness than the valve body. a film-like valve body which is elastically deformed by pressure of the first valve chamber and the second valve chamber so as to open one of the first flow channel and the second flow channel and close the other of the first flow channel and the second flow channel, the valve body having: a membrane portion; and a hook-shaped engaging portion continuously extending from an outer circumference of the membrane portion; and a frame provided inside the engaging portion and supported by the support portion, wherein the frame is integrally formed of resin or metal, and is higher in stiffness than the valve body.
A method implemented by a processor of a computing device for generating an output match action table or output match action table template from an input match action table template, where the input match action table template is transformed through successive updates of symbolic actions using policy rules into the output match action table or output match action table template, wherein the symbolic actions are abstractions or references, the output match action table being for use by network devices in protocol data unit forwarding for a software defined network, the method comprising: selecting a first match action table row from the input match action table template; selecting a first action field from the first match action table row; checking whether the first action field includes a first symbolic action; looking up the first symbolic action to determine whether a first policy rule is applicable for the first symbolic action, the policy rule defining a more specific action to replace the symbolic action; and if so: writing a first action into a corresponding action field of a corresponding match action table row in the output match action table template or the output match action table to replace the first symbolic action with the first action as specified by the first policy rule, the first action being an executable action that can be implemented by the network device in protocol data unit forwarding. selecting a first match action table row from the input match action table template; selecting a first action field from the first match action table row; checking whether the first action field includes a first symbolic action; looking up the first symbolic action to determine whether a first policy rule is applicable for the first symbolic action, the policy rule defining a more specific action to replace the symbolic action; and if so: writing a first action into a corresponding action field of a corresponding match action table row in the output match action table template or the output match action table to replace the first symbolic action with the first action as specified by the first policy rule, the first action being an executable action that can be implemented by the network device in protocol data unit forwarding.
A method of operating a forage harvester for agricultural crop material having a front-mounted implement, for example a pick-up or a corn header, and a chopping drum which is provided with chopping blades and which in the material flow direction is preceded by hydrostatically driven pre-pressing rolls (2, 2', 3, 3'), wherein the hydrostatic drive includes a hydraulic motor and a hydraulic pump coupled into the mechanical drive of the chopping drum, characterised in that the hydraulic pump is used on the one hand as the hydrostatic pressure source of a hydraulic motor for driving the pre-pressing rolls (2, 2', 3, 3') and on the other hand as a hydraulic motor for reversing the chopping drum.
A method for performing color measurement using a standard light source color matching observation box, wherein a halogen tungsten lamp and a light filter are arranged in the color matching observation box for cooperation, the light ray of the halogen tungsten lamp emits a main body radiation light ray through the light filter; a plurality of narrow-wave LED light sources of different light-emitting wavelengths are arranged to emit a compensation light ray; the main body radiation light ray and the compensation light ray are mixed in the color matching observation box into a mixed light ray that uniformly simulates a standard D illuminant; and the mixed light ray serves as a light source to perform a color measurement on a measured object in the color matching observation box; characterised in that when the halogen tungsten lamp and the narrow-wave LED light sources are in operation, the halogen tungsten lamp is an illumination main body which provides main illumination energy, and the illumination energy of the narrow-wave LED light sources occupy 20% or less of the total radiation energy.
Tube unit for a tube pump of the peristaltic pump construction type having a beam-like tube holder, which securely holds a flexible tube at two tube-longitudinally-spaced apart positions in the manner of a loop, in order to come into undercutting holding engagement around a pump head with a tube reception of a lever mechanism of the tube pump for the tensioning of the tube, characterised in that a lug is formed, at the tube holder and protruding transversely thereto, which lug is adapted for manual handling of the tube unit at the insert-removal procedure and for stopping the lever mechanism in its tube - tension position.
A method, performed by a server, of registering a new device for a voice assistant service, the method comprising: obtaining a first technical specification indicating first functions of a pre-registered device and a second technical specification indicating second functions of the new device; comparing the first functions of the pre-registered device with the second functions of the new device, based on the first technical specification and the second technical specification; based on the comparing results, identifying the second functions of the new device that are different from the first functions of the pre-registered device as additional functions; outputting a query for registering an additional function using a natural language generation, NLG, model; interpreting a response to the query using a natural language understanding, NLU, model; generating (S360, S620) utterance data related to the additional functions of the new device based on the interpreted response; generating (S360, S630) first action data for the new device using the generated utterance data; and storing the utterance data and the first action data in association with the new device, wherein the first action data comprises data related to a series of detailed operations of the new device corresponding to the utterance data. obtaining a first technical specification indicating first functions of a pre-registered device and a second technical specification indicating second functions of the new device; comparing the first functions of the pre-registered device with the second functions of the new device, based on the first technical specification and the second technical specification; based on the comparing results, identifying the second functions of the new device that are different from the first functions of the pre-registered device as additional functions; outputting a query for registering an additional function using a natural language generation, NLG, model; interpreting a response to the query using a natural language understanding, NLU, model; generating (S360, S620) utterance data related to the additional functions of the new device based on the interpreted response; generating (S360, S630) first action data for the new device using the generated utterance data; and storing the utterance data and the first action data in association with the new device, wherein the first action data comprises data related to a series of detailed operations of the new device corresponding to the utterance data.
Process for the preparation of N-acetyl-para-aminophenol, comprising a step of reacting hydroquinone with ammonium acetate, the reaction being carried out in the absence of heteropoly acid or a salt thereof.
A child safety seat for use in a vehicle, the child safety seat comprising: - a seat member configured to hold a child, - a base member adapted to be attached to a seat of the vehicle, and - a locking device, wherein the seat member is movably mounted to the base member in such a way to allow the seat member to be transferred from an initial position to a collapsed position by moving the seat member towards the base member and in such a way that crash-induced forces acting on the child safety seat during a frontal collision of the vehicle tend to transfer the seat member from the initial position to the collapsed position, wherein the locking device is configured to lock the seat member in the initial position and wherein the locking device is designed and arranged to release the seat member from the initial position if the crash-induced forces reach or exceed a given threshold value. - a seat member configured to hold a child, - a base member adapted to be attached to a seat of the vehicle, and - a locking device, to allow the seat member to be transferred from an initial position to a collapsed position by moving the seat member towards the base member and in such a way that crash-induced forces acting on the child safety seat during a frontal collision of the vehicle tend to transfer the seat member from the initial position to the collapsed position, wherein the locking device is configured to lock the seat member in the initial position and wherein the locking device is designed and arranged to release the seat member from the initial position if the crash-induced forces reach or exceed a given threshold value.
A structure comprising: a plurality of flip-chip semiconductor light emitting diodes attached to a substrate; and a first wavelength converting region of wavelength converting material disposed on the substrate between the semiconductor light emitting diodes, wherein the wavelength converting material is configured to absorb light emitted by the semiconductor light emitting diodes and emit light at a different wavelength, wherein in the first wavelength converting region, the wavelength converting material covers an entire surface of the substrate in the region where it is formed; an optical cavity, wherein the substrate, the semiconductor light emitting diodes and the first wavelength converting region form the bottom surface of the optical cavity; a second wavelength converting region of wavelength converting material disposed proximate a top surface of the optical cavity; and reflective regions disposed above the semiconductor light emitting diodes, which reflective regions have a roughened, textured, or patterned surface or a shape to direct reflected light away from the semiconductor light emitting diodes. a plurality of flip-chip semiconductor light emitting diodes attached to a substrate; and a first wavelength converting region of wavelength converting material disposed on the substrate between the semiconductor light emitting diodes, wherein the wavelength converting material is configured to absorb light emitted by the semiconductor light emitting diodes and emit light at a different wavelength, wherein in the first wavelength converting region, the wavelength converting material covers an entire surface of the substrate in the region where it is formed; an optical cavity, wherein the substrate, the semiconductor light emitting diodes and the first wavelength converting region form the bottom surface of the optical cavity; a second wavelength converting region of wavelength converting material disposed proximate a top surface of the optical cavity; and reflective regions disposed above the semiconductor light emitting diodes, which reflective regions have a roughened, textured, or patterned surface or a shape to direct reflected light away from the semiconductor light emitting diodes.