mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an interface to couple a plurality of devices of a system, the system including a plurality of central processing units, CPUs, and at least one memory, the interface to enable communication according to a Compute Express Link, CXL, protocol, wherein the interface is to receive, from a first CPU of the plurality of CPUs, a consistent memory request having a type indicator to indicate a type of consistency to be applied to the consistent memory request; and a Compute Express Link, CXL, hub comprising a request scheduler coupled to the interface to receive the consistent memory request and schedule the consistent memory request for execution according to the type of consistency, based at least in part on a priority of the consistent memory request and one or more pending consistent memory requests. an interface to couple a plurality of devices of a system, the system including a plurality of central processing units, CPUs, and at least one memory, the interface to enable communication according to a Compute Express Link, CXL, protocol, wherein the interface is to receive, from a first CPU of the plurality of CPUs, a consistent memory request having a type indicator to indicate a type of consistency to be applied to the consistent memory request; and a Compute Express Link, CXL, hub comprising a request scheduler coupled to the interface to receive the consistent memory request and schedule the consistent memory request for execution according to the type of consistency, based at least in part on a priority of the consistent memory request and one or more pending consistent memory requests.
A filter element (100, 200) for a filter assembly of a rotary machine, the filter element having a circumference and comprising: a first set of pleats at the circumference of the filter element, each pleat including a first tip radius and a first spacing; and a second set of pleats at the circumference of the filter element, each pleat including a second tip radius and a second spacing, wherein the first and second set of pleats (110, 120) are positioned upon a continuous filter media, wherein the first tip radius is less than the second tip radius, and wherein the first spacing is larger than the second spacing. a first set of pleats at the circumference of the filter element, each pleat including a first tip radius and a first spacing; and a second set of pleats at the circumference of the filter element, each pleat including a second tip radius and a second spacing, wherein the first and second set of pleats (110, 120) are positioned upon a continuous filter media, wherein the first tip radius is less than the second tip radius, and wherein the first spacing is larger than the second spacing.
A radial bed reactor with an inclined baseplate comprising: a reactor body; inner and outer perforated cylinders (30, 35) defining a catalyst bed, the catalyst bed having an inlet at an upper end of the catalyst bed and an outlet at a lower end of the catalyst bed, a first portion of the outer perforated cylinder extending below a bottom of the inner perforated cylinder, the first portion having a non-porous section; wherein the non-porous section prevents gas from passing through; and wherein the first portion (a) of the outer perforated cylinder further comprises a porous section, the porous section positioned below the non-porous section; a baseplate extending from the bottom of the inner perforated cylinder toward a bottom of the outer perforated cylinder, the baseplate being inclined with respect to the inner perforated cylinder; a distribution space defined by at least the inner perforated cylinder; a collection space defined by the outer perforated cylinder and the reactor body; a feed inlet to the distribution space; and a product outlet from the collection space. a reactor body; inner and outer perforated cylinders (30, 35) defining a catalyst bed, the catalyst bed having an inlet at an upper end of the catalyst bed and an outlet at a lower end of the catalyst bed, a first portion of the outer perforated cylinder extending below a bottom of the inner perforated cylinder, the first portion having a non-porous section; wherein the non-porous section prevents gas from passing through; and wherein the first portion (a) of the outer perforated cylinder further comprises a porous section, the porous section positioned below the non-porous section; a baseplate extending from the bottom of the inner perforated cylinder toward a bottom of the outer perforated cylinder, the baseplate being inclined with respect to the inner perforated cylinder; a distribution space defined by at least the inner perforated cylinder; a collection space defined by the outer perforated cylinder and the reactor body; a feed inlet to the distribution space; and a product outlet from the collection space.
An aqueous polymer emulsion comprising: i) as polymerized units, from 20% to 80% by dry weight, based on total dry weight of the polymer, of vinyl acetate; ii) as polymerized units, from 20% to 80% by dry weight, based on total dry weight of the polymer, of an α,β-ethylenically unsaturated carboxylic ester monomer; iii) as polymerized units, from 0.1% to 5% by dry weight, based on total dry weight of the polymer, of a stabilizer monomer selected from the group consisting of sodium styrene sulfonate, sodium vinyl sulfonate, 2-acrylamido-2-methylpropanesulfonic acid, acrylamide, acrylic acid, methacrylic acid, itaconic acid and any combinations thereof; iv) from 0.05% to 0.5% by dry weight, based on total dry weight of the polymer, of a surfactant, wherein said aqueous polymer emulsion has a viscosity of less than 100cps (0.1 Pa.s), wherein said aqueous polymer emulsion does not comprise a protective colloid and wherein the viscosity is determined according to the method mentioned in the specification. i) as polymerized units, from 20% to 80% by dry weight, based on total dry weight of the polymer, of vinyl acetate; ii) as polymerized units, from 20% to 80% by dry weight, based on total dry weight of the polymer, of an α,β-ethylenically unsaturated carboxylic ester monomer; iii) as polymerized units, from 0.1% to 5% by dry weight, based on total dry weight of the polymer, of a stabilizer monomer selected from the group consisting of sodium styrene sulfonate, sodium vinyl sulfonate, 2-acrylamido-2-methylpropanesulfonic acid, acrylamide, acrylic acid, methacrylic acid, itaconic acid and any combinations thereof; iv) from 0.05% to 0.5% by dry weight, based on total dry weight of the polymer, of a surfactant,
A device comprising: a platform configured for a rider to stand thereon; a controller unit coupled to the platform, the controller unit including a processor, a memory operably coupled to the processor, and a wireless receiver operably coupled to the processor; a roller assembly (136, 138) coupled to the platform, wherein the roller assembly (136, 138) is omnidirectionally rotatable about a first axis, wherein the roller assembly (136, 138) includes: a mount (148A, 148B); a single roller coupled to the mount (148A, 148B) and rollable about a second axis distinct from the first axis; an electric motor coupled to the mount (148A, 148B) such that the electric motor drives the single roller; a slip ring; and a brush, wherein the brush spans between the slip ring and the electric motor; and a remote control including a handle body, a power source included within the handle body, and a wireless transmitter powered via the power source, wherein the wireless transmitter is in wireless communication with the wireless receiver to assist in traction control in order to optimize a riding speed of the roller assembly (136, 138) relative to a specific rider input. a platform configured for a rider to stand thereon; a controller unit coupled to the platform, the controller unit including a processor, a memory operably coupled to the processor, and a wireless receiver operably coupled to the processor; a roller assembly (136, 138) coupled to the platform, wherein the roller assembly (136, 138) is omnidirectionally rotatable about a first axis, wherein the roller assembly (136, 138) includes: a mount (148A, 148B); a single roller coupled to the mount (148A, 148B) and rollable about a second axis distinct from the first axis; an electric motor coupled to the mount (148A, 148B) such that the electric motor drives the single roller; a slip ring; and a brush, wherein the brush spans between the slip ring and the electric motor; and a mount (148A, 148B); a single roller coupled to the mount (148A, 148B) and rollable about a second axis distinct from the first axis; an electric motor coupled to the mount (148A, 148B) such that the electric motor drives the single roller; a slip ring; and a brush, wherein the brush spans between the slip ring and the electric motor; and a remote control including a handle body, a power source included within the handle body, and a wireless transmitter powered via the power source, wherein the wireless transmitter is in wireless communication with the wireless receiver to assist in traction control in order to optimize a riding speed of the roller assembly (136, 138) relative to a specific rider input.
A valve stem for a tilting valve or gun valve in an aerosol dispensing can, said valve stem comprising: (a) a hollow tubular portion defining a central bore extending along a central axis from a first open end opening to ambient atmosphere to a second, opposite end being closed by (b) circular end base of diameter greater than the diameter of the valve stem, (c) at least one opening located on a wall of the tubular portion adjacent the end base and connecting the central bore with ambient atmosphere, and (d) fixing means in the form of a thread suitable for receiving and gas tightly fixing a dispensing adapter provided with a mating thread, characterized in that said fixing means are a screw thread defined by a continuous helical groove on the inner surface of the central bore of the valve stem and wherein the tubular portion further comprises an external trunco-conical flange with the sloping face thereof facing towards the first open end. (a) a hollow tubular portion defining a central bore extending along a central axis from a first open end opening to ambient atmosphere to a second, opposite end being closed by (b) circular end base of diameter greater than the diameter of the valve stem, (c) at least one opening located on a wall of the tubular portion adjacent the end base and connecting the central bore with ambient atmosphere, and (d) fixing means in the form of a thread suitable for receiving and gas tightly fixing a dispensing adapter provided with a mating thread,
Force measuring device comprising: - a deformation body, which is supported on a fixed base and which is disposed in a zero position in the absence of external force action and is deflectable by external force action, - a sensor by means of which a signal dependent on the deformation of the deformation body can be generated and can be transmitted to a control device and - an actuator which comprises a piezo element and which can be so activated by the control device in dependence on the sensor signal that a restoring force opposing the external force action can be exerted on the deformation body, which is thereby transferrable back to its zero position, wherein a measurement variable representative of the external force action can be determined by means of the control device, characterised in that the sensor constructed as a piezo element and the actuator form an active subassembly and are arranged to be layered relative to one another in the direction of the force action on the sensor and actuator. - a deformation body, which is supported on a fixed base and which is disposed in a zero position in the absence of external force action and is deflectable by external force action, - a sensor by means of which a signal dependent on the deformation of the deformation body can be generated and can be transmitted to a control device and - an actuator which comprises a piezo element and which can be so activated by the control device in dependence on the sensor signal that a restoring force opposing the external force action can be exerted on the deformation body, which is thereby transferrable back to its zero position,
Electrochemical device intended for the production of products through electrochemical reaction of reactants, said electrochemical device comprising a stack of electrochemical cells, each cell comprising a structure, two bipolar plates (18a, 18b) shared with adjacent cells, a membrane/electrode assembly and two intermediate elements (21, 22) serving both as current collectors/distributors for guiding current and as cross-flow plates for guiding reactants/products, said structure of the cell comprising a single frame made in one-piece, said frame having upper and lower faces respectively arranged to form a plane contact with the bipolar plates (18a, 18b) arranged on either side of said frame, and a central opening arranged to receive the membrane/electrode assembly and the intermediate elements (21, 22), said frame comprising all the orifices (38, 40, 42, 44) necessary for feeding reactants and evacuating products, and the opening of the frame comprising an inner peripheral shoulder, characterised in that said inner peripheral shoulder comprises a first peripheral groove arranged to receive sealing means, in that a peripheral area of the membrane/electrode assembly rests on said shoulder in such a way as to define a first space which houses an intermediate element and a second space which houses the other intermediate element, said first and second spaces (30, 32) being respectively closed by one of the bipolar plates (18a, 18b), and in that the upper and lower faces of the frame respectively comprise, around the opening, a second peripheral groove (54a, 54b) arranged to receive sealing means (56a, 56b), and positioned so that the inlet and outlet ports (38, 40, 42, 44) pertaining to the reactants and products present on the same side of the membrane/electrode assembly are arranged inside the second peripheral groove (54a, 54b) and the orifices corresponding to the inlet and outlet ports (38, 40, 42, 44) pertaining to the reactants and products present on the other side of the membrane/electrode assembly are arranged outside said second peripheral groove (54a, 54b), and a third (58a, 58b) and a fourth (60a, 60b) peripheral grooves arranged around orifices (38, 40, 42, 44) corresponding to the inlet and outlet ports pertaining to the reactants and products present on the other side of the membrane/electrode assembly, said third (58a, 58b) and fourth (60a, 60b) grooves being arranged to receive sealing means (62a, 62b, 64a, 64b).
Method for controlling a power factor correction circuit for a battery charging device on board an electric or hybrid motor vehicle, said charging device being capable of being connected to a three-phase electrical power supply network in order to charge the battery and including an isolated AC-to-DC converter comprising said power factor correction circuit and a DC-to-DC converter, said power factor correction circuit being a three-phase Vienna rectifier comprising three switching arms (S1, S2, S3), each being capable of being connected to one of the respective phases (A, B, C) of the three-phase power supply network via a series inductor (L1, L2, L3) and each comprising a series assembly of a high switch capable of being driven when the current of the network is positive and of a low switch capable of being driven when the current of the network is negative, each arm being driven using pulse width modulation control signals, the switching duty cycle of which is determined according to setpoint current values at the input of the rectifier, characterized in that, over each period of the setpoint currents, the control signals are determined so as to systematically switch only two arms out of three according to a change in sign of the setpoint currents and, of the two arms that switch, the switching state of the switches in question is distributed by varying the duty cycles according to the values of the voltages between phases at each given instant in time.
A method for establishing consensus between a plurality of distributed nodes connected via a data communication network, the plurality of distributed nodes including a plurality of active nodes, the plurality of active nodes including a leader node, each of the plurality of distributed nodes including a processor and computer readable media, the method comprising executing, by the leader node, the following steps: preparing a proposal; constructing a first communication topology by organizing the plurality of active nodes into a tree structure, rooted in the leader node; propagating the proposal to active nodes according to the first communication topology; and in case of receiving any sufficient set of vote aggregations from the active nodes, creating a proposal commitment using the vote aggregations and accepting the proposal, or in case of suspecting that the first communication topology is not reliable to reach consensus on the proposal due to active node faults, creating an updated communication topology different from the first communication topology, propagating the same proposal down to active nodes according to the updated communication topology, and deferring a creation of a commitment binding that includes binding of a proposal to an aggregation of votes of active nodes until after the leader node has aggregated any sufficient quorum of votes to reach consensus on the proposal. preparing a proposal; constructing a first communication topology by organizing the plurality of active nodes into a tree structure, rooted in the leader node; propagating the proposal to active nodes according to the first communication topology; and in case of receiving any sufficient set of vote aggregations from the active nodes, creating a proposal commitment using the vote aggregations and accepting the proposal, or in case of suspecting that the first communication topology is not reliable to reach consensus on the proposal due to active node faults, creating an updated communication topology different from the first communication topology, propagating the same proposal down to active nodes according to the updated communication topology, and deferring a creation of a commitment binding that includes binding of a proposal to an aggregation of votes of active nodes until after the leader node has aggregated any sufficient quorum of votes to reach consensus on the proposal.
A radiological threat monitoring system, comprising: at least one cable (105, 300) comprising a scintillating substance having an enclosed, elongated interior volume for carrying light emitted within the at least one cable by the scintillating substance when struck by ionizing radiation from a radiological material emitting ionizing radiation when the radiological material is within a predefined distance from the at least one cable; and characterised in that the system further comprises: a plurality of light sensitive detectors arranged along a length of the at least one cable for measuring a signal corresponding to the emitted light, wherein the detectors record the measured signal.
A composition for preventing or treating a disease or symptom associated with a decrease in peroxisome proliferator-activated receptor coactivator 1-alpha (PGC-1α) expression, the composition comprising, as an active ingredient, a compound represented by general formula I or a salt, hydrate, or solvate thereof: General formula I: S- p- q wherein S is sialic acid; and p and q each are independently a monosaccharide residue, wherein the composition is for use in reducing the volume of adipose tissue or in reducing the content of triglycerides in adipose tissue.
Two- or multipart mold for the production of molded bodies from foamed plastic material consisting of plastic particles expanded in the mold, the mold having a mold cavity, a filling device for filling the mold cavity with the plastic particles of thermoplastic material via a filling opening, and one or more openings (5, 5', 5", 5"'), wherein the surface of the walls forming the mold cavity is provided with recesses that open into at least one opening (5, 5', 5", 5"') leading to the outside, wherein, for the purpose of venting the mold cavity, the surface is entirely or partly provided with a surface structure forming channels (10, 10'), wherein the distances between the channels (10, 10') lead directly or indirectly to the filling opening and/or one or more of the opening (5, 5', 5", 5"') leading to the outside, and wherein the width of the channels (10, 10') is between > 0.01 mm and < 2.5 mm, characterized in that the channels are the spaces between a plurality of irregularly distributed protrusions on the surface of the walls forming the mold cavity, said protrusions being formed by the application of laser radiation.
An adapter, comprising: a distal end, comprising a distal connector configured to couple to a catheter assembly; a proximal end, comprising a proximal connector configured to couple to a blood collection device; and a fluid pathway disposed between the distal end and the proximal end, characterized in that the fluid pathway includes a non-linear portion configured such that no fluid flowing through the non-linear portion may flow in a straight line, with the non-linear portion increasing a length of the fluid pathway between the distal end and the proximal end as compared to a linear fluid pathway. a distal end, comprising a distal connector configured to couple to a catheter assembly; a proximal end, comprising a proximal connector configured to couple to a blood collection device; and a fluid pathway disposed between the distal end and the proximal end, characterized in that the fluid pathway includes a non-linear portion configured such that no fluid flowing through the non-linear portion may flow in a straight line, with the non-linear portion increasing a length of the fluid pathway between the distal end and the proximal end as compared to a linear fluid pathway.
A method for network positioning measurements performed by a location measurement unit, LMU, on the basis of uplink radio signals transmitted by a User Equipment device, UE, the method comprising: obtaining, information identifying a plurality of measurement occasions during which the UE is scheduled to transmit an uplink radio signal; obtaining, information regarding uncertain measurement occasions indicating one or more measurement gaps associated with the UE, wherein measurement gaps are periods during which the UE is configured to refrain from the transmission of the uplink radio signal to the LMU; performing measurements on the uplink radio signals according to the obtained information; and adjusting the performed measurements based on the obtained information indicating the one or more measurement gaps, by assigning a lower weight to the measurements taken during the indicated measurement gaps. obtaining, information identifying a plurality of measurement occasions during which the UE is scheduled to transmit an uplink radio signal; obtaining, information regarding uncertain measurement occasions indicating one or more measurement gaps associated with the UE, wherein measurement gaps are periods during which the UE is configured to refrain from the transmission of the uplink radio signal to the LMU; performing measurements on the uplink radio signals according to the obtained information; and adjusting the performed measurements based on the obtained information indicating the one or more measurement gaps, by assigning a lower weight to the measurements taken during the indicated measurement gaps.