mhurhangee/ep-ind-claims huggingface dataset:
A method for routing a packet within a packet switching network in non-connected routing mode, implemented by a router (A, B), comprising the following steps: - receiving the packet; - reading a field, called lifetime field of the packet, intended to be decremented when passing through a router; - decrementing the value of the lifetime field by a pitch of predetermined value, called decrementation pitch; - decision on routing of the packet depending on the value of the decremented lifetime field, the packet being destroyed when said value is less than or equal to zero; the method furthermore comprising, prior to the decrementation step, the following steps: - obtaining at least one piece of information from amongst a group of pieces of information comprising information relating to conditions for routing the packet and information relating to parameters of the packet; - determining the value of the decrementation pitch as a function at least of the information obtained, characterized in that the information obtained comprises an input interface of the router for the packet and an output interface of the router for the packet, and in that, when the output interface is identical to the input interface, a situation referred to as an about-turn, the value of the pitch is augmented. - receiving the packet; - reading a field, called lifetime field of the packet, intended to be decremented when passing through a router; - decrementing the value of the lifetime field by a pitch of predetermined value, called decrementation pitch; - decision on routing of the packet depending on the value of the decremented lifetime field, the packet being destroyed when said value is less than or equal to zero; - obtaining at least one piece of information from amongst a group of pieces of information comprising information relating to conditions for routing the packet and information relating to parameters of the packet; - determining the value of the decrementation pitch as a function at least of the information obtained, characterized in that the information obtained comprises an input interface of the router for the packet and an output interface of the router for the packet, and in that, when the output interface is identical to the input interface, a situation referred to as an about-turn, the value of the pitch is augmented.
A combination of a plurality of, preferably exactly two individual solutions which are configured such that they form a dialysis solution after their mixing with one another containing bicarbonate, calcium and phosphate, wherein the dialysis solution contains phosphate having a concentration in the range of up to 0.4 mmol/l, preferably in the range of up to 0.375 mmol/l, or in the range of up to 0.25 mmol/l, and particularly preferably in the range of up to 0.2 mmol/l, wherein a first individual solution contains calcium, magnesium, chloride, optionally glucose and optionally potassium and a second individual solution contains sodium, chloride, hydrogen carbonate and phosphate, characterized in that the first individual solution does not contain any sodium; in that the first individual solution has a pH in the range from 2.4 to 3.0 and the second individual solution has a pH in the range from 7.0 to 7.8; and in that the second individual solution is present in a larger volume than the first individual solution.
A tire mold having a cavity surface for shaping an outer surface of a tire on a green tire, the tire mold comprising a plurality of pieces, wherein at least one piece among the plurality of pieces is a ventilation piece including a non-ventilation portion that is a metal cast and a ventilation portion, the cavity surface includes a molding surface formed by the ventilation piece, the molding surface includes a non-ventilation surface formed by the non-ventilation portion, and a ventilation surface formed by the ventilation portion, characterised in that theventilation portion is a porous metal, a center line average roughness Ra1 of the ventilation surface is larger than a center line average roughness Ra2 of the non-ventilation surface, and a difference between the center line average roughness Ra1 and the center line average roughness Ra2 is not greater than 40 μm. at least one piece among the plurality of pieces is a ventilation piece including a non-ventilation portion that is a metal cast and a ventilation portion, the cavity surface includes a molding surface formed by the ventilation piece, the molding surface includes a non-ventilation surface formed by the non-ventilation portion, and a ventilation surface formed by the ventilation portion, characterised in that theventilation portion is a porous metal, a center line average roughness Ra1 of the ventilation surface is larger than a center line average roughness Ra2 of the non-ventilation surface, and a difference between the center line average roughness Ra1 and the center line average roughness Ra2 is not greater than 40 μm.
An autonomous cleaning robot comprising: a drive system to move the autonomous cleaning robot about a floor surface (10; 501) in a space; a cleaning system to clean a floor surface in the space as the drive system moves the autonomous cleaning robot about the floor surface; and a controller configured to execute instructions to perform one or more operations comprising: initiating a cleaning mission to clean the floor surface in the space, and transmitting a signal to control an operation of an air purifier remote from the autonomous cleaning robot as the autonomous cleaning robot performs the cleaning mission, characterized in that transmitting the signal to control the operation of the air purifier comprises: causing the air purifier to activate in response to the autonomous cleaning robot being in a room (30; 40; 502: 504; 506; 508) in which the air purifier is located. a drive system to move the autonomous cleaning robot about a floor surface (10; 501) in a space; a cleaning system to clean a floor surface in the space as the drive system moves the autonomous cleaning robot about the floor surface; and a controller configured to execute instructions to perform one or more operations comprising: initiating a cleaning mission to clean the floor surface in the space, and transmitting a signal to control an operation of an air purifier remote from the autonomous cleaning robot as the autonomous cleaning robot performs the cleaning mission, characterized in that transmitting the signal to control the operation of the air purifier comprises: causing the air purifier to activate in response to the autonomous cleaning robot being in a room (30; 40; 502: 504; 506; 508) in which the air purifier is located. initiating a cleaning mission to clean the floor surface in the space, and transmitting a signal to control an operation of an air purifier remote from the autonomous cleaning robot as the autonomous cleaning robot performs the cleaning mission, characterized in that transmitting the signal to control the operation of the air purifier comprises: causing the air purifier to activate in response to the autonomous cleaning robot being in a room (30; 40; 502: 504; 506; 508) in which the air purifier is located.
A transparent pressure-sensitive adhesive sheet comprising a film that is formed of a hydrogenated triblock copolymer, and a layer that is formed of a transparent pressure-sensitive adhesive being selected from at least one selected from the group consisting of an acrylic-based pressure-sensitive adhesive, a silicone-based pressure-sensitive adhesive, a polyester-based pressure-sensitive adhesive, a rubber-based pressure-sensitive adhesive, a polyurethane-based pressure-sensitive adhesive and an isobutylene-maleic anhydride copolymer-based pressure-sensitive adhesive, the layer being formed on each side of the film, the hydrogenated triblock copolymer being obtained by hydrogenating 90% or more of unsaturated bonds of a triblock copolymer in which a polymer block is bonded to each end of a polymer block, the polymer block comprising a repeating unit derived from an aromatic vinyl compound as a main component, the polymer block comprising a repeating unit derived from a linear conjugated diene compound as a main component, and a ratio (wA:wB) of a total weight fraction wA of the polymer block in the triblock copolymer to a total weight fraction wB of the polymer block in the triblock copolymer being 40:60 to 85:15, and wherein the pressure-sensitive adhesive sheet having a light transmittance at wavelengths of 470 nm, 550 nm and 650 nm measured using a UV spectrophotometer is 90% or more.
A method of treating a polyvinyl chloride plate comprising the following steps in the given order: - providing a PVC plate; - heating the PVC plate in an oven to at least 70°C; - cooling the heated plate, wherein the plate is cooled down in a controlled manner, namely with a cooling gradient of 5°C/min to 15°C/min on average. - providing a PVC plate; - heating the PVC plate in an oven to at least 70°C; - cooling the heated plate, wherein the plate is cooled down in a controlled manner, namely with a cooling gradient of 5°C/min to 15°C/min on average.
An inner shoe, particularly for a ski boot, a snowboarding boot, an inline skating boot, a climbing boot or the like, having a foam base material, onto which an inner lining of leather, a so-called leather inner lining, or of a material with physical properties similar or identical to those of the leather inner lining is applied in the inner region of the inner shoe, characterized in that the leather inner lining is arranged in the entry area, the leg area, the tongue area, the forefoot area or the heel area, wherein the foam base material has a greater thickness (d) in the entry area and, in particular, also in the tongue area than in the remaining areas of the inner shoe.
Method of controlling a stretch-reducing rolling mill for the rolling of tubes, which comprises a plurality of roll stands arranged in succession in a conveying direction of a tube to be rolled, wherein a wall thickness measuring device (2-2, 9) determines, prior to rolling, a wall thickness plot of the tube to be rolled, and during rolling of the tube a control unit (1, 1A, 1B) controls respective rotational speeds of the roll stands on the basis the determined wall thickness plot so as to provide compensation for wall thickness fluctuations of the tube, characterised in that a tube position measuring device, which is arranged in front of the roll stands in conveying direction, continuously measures an instantaneous longitudinal co-ordinate (Ix) of the tube, the measurement values of the longitudinal co-ordinate (Ix) of the tube are transmitted to the control unit (1A, 1B) and the control unit (1A, 1B) during rolling of the tube controls the rotational speeds of the roll stands also on the basis of the transmitted measurement values of the instantaneous longitudinal co-ordinate (x) of the tube so as to provide compensation for wall thickness fluctuations of the tube.
An energy guiding chain for protection against a failure including: a plurality of interconnected link members or segments for guiding one or more lines like cables, hoses or the like between a base and an entrainment member moveable relative to the base, wherein the link members or segments can be angled relative to each other to form a direction-changing curve; and a detector for monitoring the energy guiding chain, characterised in that the detector is operatively connected to a low-stretch triggering cord for detecting a failure in the energy guiding chain and includes a sensor for detecting a kinematic parameter, wherein the triggering cord mechanically cooperates with the sensor and is guided by the energy guiding chain.
Method for analysing the operating state of a cutting device for cutting harvesting crop, wherein the cutting device has at least one mower knife (2, 2') which is driven reciprocally in the travel direction and the mower knife (2, 2') has cutting edges (23, 24), which interact with counter cutting edges (25, 25', 26, 26'), comprising the following method steps: detecting a signal, representing the travel position of the mower knife (2, 2'), detecting a signal representing the knife force for driving the mower knife (2, 2') in dependency of the travel position, and determining the properties of the harvesting crop and/or cutting system by means of evaluating the signal representing the knife force in dependency of the travel position. detecting a signal, representing the travel position of the mower knife (2, 2'), detecting a signal representing the knife force for driving the mower knife (2, 2') in dependency of the travel position, and determining the properties of the harvesting crop and/or cutting system by means of evaluating the signal representing the knife force in dependency of the travel position.
Gravity-assisted transport device for transporting at least one bulk product, this device comprising, on the one hand, a hopper which comprises side walls (70, 71, 72) as well as an opening for loading said at least one bulk product inside the hopper and an opening for unloading said at least one bulk product outside this hopper, and, on the other hand, repulsion means, which are configured to push back said at least one bulk product laterally relative to the unloading opening, which extend vertically from the unloading opening and which are rotatable about a horizontal axis of rotation between a folded position relative to the unloading opening of the hopper and a position deployed laterally relative to this unloading opening, characterized by the fact that the device comprises a carriage, on the one hand, which is translatable relative to the hopper and, on the other hand, on which the repulsion means are rotatably mounted about the horizontal axis of rotation.
Radar sensor for a motor vehicle, comprising at least one antenna arrangement to transmit and receive radar signals and a control device formed to control the operation of the antenna arrangement and to evaluate the received radar signals, wherein the antenna arrangement is also able to be operated by the control device to transmit and/or receive messages in the scope of a vehicle-to-vehicle communication, wherein the antenna arrangement has at least one transmitting antenna and at least one receiving antenna, wherein the transmitting antenna is able to be controlled to emit messages in cyclic alternation with the emission of radar signals, characterised in that the antenna arrangement is designed to transmit and/or receive in a frequency range which comprises a radar frequency band and an adjacent and/or partially overlapping communication frequency band, wherein the frequency range lies between 5700 MHz and 6000 MHz and/or an overlapping between the radar frequency band and the communication frequency band is less than 20% of the width of the radar frequency band and/or less than 40% of the width of the communication frequency band.
A method for proving a turbine meter for use in a natural gas conduit, the method comprising: providing a prover system (10; 40), the prover system including a reference meter; connecting the turbine meter to the prover system (10: 40) for fluid communication therewith; introducing a test medium into the prover system (10; 40); circulating the test medium through the reference meter and the turbine meter; measuring the flow rate of the test medium through the prover system (10; 40) using each of the reference meter and the turbine meter; and comparing the flow rate measured by the reference meter to the flow rate measured by the turbine meter to establish thereby the accuracy of the turbine meter, wherein the method is characterised in that the test medium is a gas other than air or natural gas having a Reynolds number greater than the Reynolds number of air or natural gas at a given pressure. providing a prover system (10; 40), the prover system including a reference meter; connecting the turbine meter to the prover system (10: 40) for fluid communication therewith; introducing a test medium into the prover system (10; 40); circulating the test medium through the reference meter and the turbine meter; measuring the flow rate of the test medium through the prover system (10; 40) using each of the reference meter and the turbine meter; and comparing the flow rate measured by the reference meter to the flow rate measured by the turbine meter to establish thereby the accuracy of the turbine meter, wherein the method is characterised in that the test medium is a gas other than air or natural gas having a Reynolds number greater than the Reynolds number of air or natural gas at a given pressure.
A method comprising: receiving a packet at a virtual router (120, 30A), the virtual router executing in kernel space of a first computing device (100, 12A) in a virtual network stack connected to a virtual network fabric, the packet including a source address and a destination address, the destination address indicating a virtual machine executing on a second computing device; forwarding the packet from the virtual router to a host operating system, OS, networking stack associated with a host OS operating on the first computing device (100, 12A), wherein the host OS networking stack includes an encryption module that executes in kernel space on the first computing device (100, 12A), wherein the host OS networking stack is connected to a switch fabric operating as an underlay fabric for the virtual network fabric, wherein the switch fabric comprises a plurality of switches interconnected to form a physical network; receiving the forwarded packet at the encryption module and encrypting the forwarded packet to form an encapsulated packet that preserves the source and destination addresses; returning, by the encryption module, the encapsulated packet to the virtual router (120, 30A); and transmitting the encapsulated packet from the virtual router (120, 30A) to the virtual machine indicated by the destination address via the switch fabric. receiving a packet at a virtual router (120, 30A), the virtual router executing in kernel space of a first computing device (100, 12A) in a virtual network stack connected to a virtual network fabric, the packet including a source address and a destination address, the destination address indicating a virtual machine executing on a second computing device; forwarding the packet from the virtual router to a host operating system, OS, networking stack associated with a host OS operating on the first computing device (100, 12A), wherein the host OS networking stack includes an encryption module that executes in kernel space on the first computing device (100, 12A), wherein the host OS networking stack is connected to a switch fabric operating as an underlay fabric for the virtual network fabric, wherein the switch fabric comprises a plurality of switches interconnected to form a physical network; receiving the forwarded packet at the encryption module and encrypting the forwarded packet to form an encapsulated packet that preserves the source and destination addresses; returning, by the encryption module, the encapsulated packet to the virtual router (120, 30A); and transmitting the encapsulated packet from the virtual router (120, 30A) to the virtual machine indicated by the destination address via the switch fabric.
A voltage configuration selector comprising: a virtual ground for first and second input voltages, respectively, of a multiphase voltage being supplied to a load, where the first and second input voltages, with respect to the virtual ground, produce first and second wye voltages, respectively; a first voltage differentiator configured to input the first and second wye voltages, calculate a difference between the first and second wye voltages, and output a first delta voltage comprising the difference between the first and second wye voltages; a selector that is actuable to select one of a delta voltage mode and a wye voltage mode; and an output voltage selector configured to receive the first wye voltage and the first delta voltage, and output the first wye voltage when the wye voltage mode is selected and the first delta voltage when the delta voltage mode is selected. a virtual ground for first and second input voltages, respectively, of a multiphase voltage being supplied to a load, where the first and second input voltages, with respect to the virtual ground, produce first and second wye voltages, respectively; a first voltage differentiator configured to input the first and second wye voltages, calculate a difference between the first and second wye voltages, and output a first delta voltage comprising the difference between the first and second wye voltages; a selector that is actuable to select one of a delta voltage mode and a wye voltage mode; and an output voltage selector configured to receive the first wye voltage and the first delta voltage, and output the first wye voltage when the wye voltage mode is selected and the first delta voltage when the delta voltage mode is selected.
A bicycle treading frequency sensor configured to be fixed to a middle axle of a bicycle, comprising: a signal acquisition unit arranged on a circuit board and used for acquiring motion acceleration changes or/and angular velocity changes in different rotation directions of the middle axle in real time, a data transmission unit for transmitting the acquired data to a terminal, and a battery for supplying power to the signal acquisition unit and the data transmission unit to work, wherein the bicycle treading frequency sensor is configured to be fixed in a hollow structure of the middle axle; the signal acquisition unit comprises a two-axis or three-axis acceleration sensor for acquiring motion acceleration; and the treading frequency sensor further comprises a shell with a hollow end and an expansion component in threaded fit with the shell and configured to be placed in the hollow structure of the middle axle, the circuit board integrating circuits and components and the battery arranged in the shell, and a cover enabling the circuit board and the battery to form an electrical circuit arranged at the end of the shell. a signal acquisition unit arranged on a circuit board and used for acquiring motion acceleration changes or/and angular velocity changes in different rotation directions of the middle axle in real time, a data transmission unit for transmitting the acquired data to a terminal, and a battery for supplying power to the signal acquisition unit and the data transmission unit to work, wherein the bicycle treading frequency sensor is configured to be fixed in a hollow structure of the middle axle; the signal acquisition unit comprises a two-axis or three-axis acceleration sensor for acquiring motion acceleration; and the treading frequency sensor further comprises a shell with a hollow end and an expansion component in threaded fit with the shell and configured to be placed in the hollow structure of the middle axle, the circuit board integrating circuits and components and the battery arranged in the shell, and a cover enabling the circuit board and the battery to form an electrical circuit arranged at the end of the shell.
A composition comprising a first gRNA molecule comprising a targeting domain that comprises the nucleotide sequence set forth in SEQ ID NO: 1977, and a second gRNA molecule comprising a targeting domain that comprises the nucleotide sequence set forth in SEQ ID NO: 2048.
A belt-guiding assembly (70, 70') for guiding a conveyor belt around an end of a conveyor frame, comprising: a support beam extending from a first side to a second side; a plurality of arms extending from the support beam, each arm including an opening; an axle passing through the openings; a plurality of rotatable nosebar segments inserted in spaces between the arms and mounted on the axle; and characterized by the axle having a curved end. a support beam extending from a first side to a second side; a plurality of arms extending from the support beam, each arm including an opening; an axle passing through the openings; a plurality of rotatable nosebar segments inserted in spaces between the arms and mounted on the axle; and characterized by the axle having a curved end.