mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: establishing, by processing circuitry of a router and in a bilateral TCP state database of the router, a bilateral TCP state record for a TCP bi-flow session, wherein the bilateral TCP state record includes reference TCP sequence information for the TCP bi-flow session and statistical information regarding TCP errors detected by the bilateral TCP state machine, and wherein the TCP bi-flow session comprises a forward packet flow and a return packet flow; receiving, by the processing circuitry and via a first network interface of the router, packets of the forward packet flow; receiving, by the processing circuitry and via a second network interface of the router, packets of the return packet flow; monitoring the TCP bi-flow session, the monitoring including detecting, by the processing circuitry and based on received TCP sequence information from both the received packets of the forward packet flow and the received packets of the return packet flow and the reference TCP sequence information of the bilateral TCP state record for the TCP bi-flow session, one or more TCP errors; and characterised by further comprising: reconfiguring, by the processing circuitry and based on detecting the one or more TCP errors, the TCP bi-flow session such that the processing circuitry receives, via a third network interface of the router, one of subsequent packets of the forward packet flow or subsequent packets of the return packet flow, wherein the third network interface is different from the first network interface and the second network interface. establishing, by processing circuitry of a router and in a bilateral TCP state database of the router, a bilateral TCP state record for a TCP bi-flow session, wherein the bilateral TCP state record includes reference TCP sequence information for the TCP bi-flow session and statistical information regarding TCP errors detected by the bilateral TCP state machine, and wherein the TCP bi-flow session comprises a forward packet flow and a return packet flow; receiving, by the processing circuitry and via a first network interface of the router, packets of the forward packet flow; receiving, by the processing circuitry and via a second network interface of the router, packets of the return packet flow; monitoring the TCP bi-flow session, the monitoring including detecting, by the processing circuitry and based on received TCP sequence information from both the received packets of the forward packet flow and the received packets of the return packet flow and the reference TCP sequence information of the bilateral TCP state record for the TCP bi-flow session, one or more TCP errors; and characterised by further comprising: reconfiguring, by the processing circuitry and based on detecting the one or more TCP errors, the TCP bi-flow session such that the processing circuitry receives, via a third network interface of the router, one of subsequent packets of the forward packet flow or subsequent packets of the return packet flow, wherein the third network interface is different from the first network interface and the second network interface.
A method for providing personalised augmented information to a user, the method comprising: displaying a first information on a display arrangement, the display arrangement being adapted to detect presence of a portable communication device, or vice versa, wherein the portable communication device is adapted to store or to have access to information concerning the user or the user's identified intentions; establishing a communication link between the display arrangement and the portable communication device; assessing, by the display arrangement and/or the portable communication device, if a piece of information concerning the user or the user's identified intentions pertains to a specific piece of the first information; and if said piece of information concerning the user or the user's identified intentions pertains to said specific piece of the first information, displaying on the display arrangement the first information and a second information, wherein the second information comprises an identifier associated with the user. displaying a first information on a display arrangement, the display arrangement being adapted to detect presence of a portable communication device, or vice versa, wherein the portable communication device is adapted to store or to have access to information concerning the user or the user's identified intentions; establishing a communication link between the display arrangement and the portable communication device; assessing, by the display arrangement and/or the portable communication device, if a piece of information concerning the user or the user's identified intentions pertains to a specific piece of the first information; and if said piece of information concerning the user or the user's identified intentions pertains to said specific piece of the first information, displaying on the display arrangement the first information and a second information, wherein the second information comprises an identifier associated with the user.
A device for monitoring a liquid foodstuff contained in a bottle, comprising: - a protective shell; - a fastening element configured to fasten the shell permanently to the bottle; - a temperature sensor housed in the shell and configured to measure a temperature parameter representing a temperature of an environment in which the bottle is located; - a light sensor housed in the shell and configured to measure a light parameter representing an intensity of irradiation on the bottle; - a power supply battery housed in the shell; - a mass storage memory housed in the shell; - a processor housed in the shell and connected to the memory, to the temperature sensor and to the light sensor, to receive values of the temperature and light parameters and to record them in the memory; - at least one antenna connected to the processor and configured to exchange data by wireless input and output signals to and from the device. - a protective shell; - a fastening element configured to fasten the shell permanently to the bottle; - a temperature sensor housed in the shell and configured to measure a temperature parameter representing a temperature of an environment in which the bottle is located; - a light sensor housed in the shell and configured to measure a light parameter representing an intensity of irradiation on the bottle; - a power supply battery housed in the shell; - a mass storage memory housed in the shell; - a processor housed in the shell and connected to the memory, to the temperature sensor and to the light sensor, to receive values of the temperature and light parameters and to record them in the memory; - at least one antenna connected to the processor and configured to exchange data by wireless input and output signals to and from the device.
An electrically operated assembly for a personal care implement, the assembly comprising a handle housing defining an inner cavity, a connector for repeatably attaching and detaching a head to and from the assembly, and a motor for operating the assembly, wherein the connector comprises a recess in which the motor is accommodated, characterized in that the connector is at least partially made from a material having an e-modulus being higher than the e-modulus of the material from which the handle housing is made, the material from which the connector is at least partially made has an e-modulus of at least 4000 MPa, preferably from 4000 MPa to 20000 MPa, further preferably from 10000 MPa to 11000 MPa, even further preferably 10400 MPa, and the material from which the handle housing is made is polypropylene, acrylic styrene acrylonitrile, or copolyester.
Sensor system for an arrangement of driverless transport vehicles, wherein each driverless transport vehicle has at its rear side an identifier characterising this and wherein each driverless transport vehicle has at its front side sensor means configured to determine the identifier and the spacing of a preceding driverless transport vehicle, and wherein sensor signals generated by the sensor means are evaluated in an evaluating unit and in dependence thereon control signals, by means of which the speed of the driverless transport vehicle is controlled, are generated, characterised in that the identifier and the spacing of the preceding driverless transport vehicle are detected by the same sensor means, the sensor means are formed by an optical sensor and the optical sensor is configured for monitoring a protective field.
A method for implementing multicast services, comprising setting up a mapping relationship information between an original multicast address ID of multicast service data and a multicast address ID inside a bearer network at an ingress node and an egress node of a multicast path; and by the ingress node, converting the address of the received multicast service data from the original multicast address ID into the multicast address ID inside the bearer network according to the mapping relationship information and sending out the multicast service data; and by the egress node, converting the address of the received multicast service data from the multicast address ID inside the bearer network into the original multicast address ID according to the mapping information and sending out the multicast service data; characterized by the step of setting up the mapping relationship information between the original multicast address ID of multicast service data and the multicast address ID inside the bearer network comprising: when multiple multicast address pairs correspond to a same multicast service package, mapping the multicast address pairs to multicast address pairs inside the bearer network, wherein multicast addresses in the internal multicast address pairs of the bearer network are the same and multicast source addresses in the internal multicast address pairs of the bearer network are different. when multiple multicast address pairs correspond to a same multicast service package, mapping the multicast address pairs to multicast address pairs inside the bearer network, wherein multicast addresses in the internal multicast address pairs of the bearer network are the same and multicast source addresses in the internal multicast address pairs of the bearer network are different.
Burner tip for installing in a burner, wherein the burner tip has an air passage system which is open to the surrounding area of the burner tip and a fuel passage system which is open to the surrounding area of the burner tip, wherein the burner tip is of double-wall construction with an inner wall and an outer wall and an annulus which lies therebetween and wherein the annulus forms a part of the air passage system, wherein heat-conducting structures, which project into the annulus, are attached on the outer wall, wherein the heat-conducting structures interconnect the outer wall and the inner wall and consist of pillar-like connecting ribs, wherein connecting passages extend in the interior of the connecting ribs, characterized in that the connecting passages open by their one end into the annulus and by their other end pass through the outer wall.
Circuit for processing a wake-up signal which is able to be used to activate electrical devices, having an evaluation circuit which checks the validity of a wake-up signal that is present, and an output driver circuit which outputs a processed wake-up signal (WUPA) if the evaluation circuit deems the wake-up signal that is present to be valid, wherein the evaluation circuit comprises a comparator which compares the wake-up signal that is present for evaluation with at least one threshold value, wherein the evaluation circuit comprises an input circuit and a switchable constant voltage source which can each be used to adjust at least one criterion for evaluating the wake-up signal that is present, wherein the comparator is in the form of a multi-channel integrated comparator circuit, wherein the individual channels of the integrated comparator circuit each evaluate one criterion of the wake-up signal that is present, wherein the multi-channel integrated comparator circuit comprises an internal voltage source which generates a reference voltage, wherein a first voltage signal which is present at the input (In_A) of a first channel of the multi-channel integrated comparator circuit and which represents the amplitude of the wake-up signal that is present is compared with the reference voltage, wherein a first criterion is met if the first voltage signal is greater than the reference voltage, and wherein a second voltage signal which is present at the input (In_B) of a second channel of the multi-channel integrated comparator circuit and which represents the duration of the wake-up signal that is present is compared with the reference voltage, wherein a second criterion is met if the second voltage signal is greater than the reference voltage, characterized in that the multi-channel integrated comparator circuit changes a state at the output (Out_A) of the first channel if the first criterion is met, and wherein the change in state at the output (Out_A) of the first channel starts the evaluation of the second criterion.
A gas turbine engine, comprising: a bearing compartment; a seal assembly configured to establish a seal of the bearing compartment, the seal assembly including a seal and a seal plate; and a gutter configured to collect oil slung from the seal plate; the seal is mounted to a static structure and is in contact with an axial face of the seal plate; the seal and the seal plate are circular components and extend circumferentially around the engine central longitudinal axis; a nozzle is configured to spray a fluid against the seal plate; and the seal plate is mechanically connected to a shaft of the engine and rotates together with the shaft, whereby rotation of the seal plate slings the fluid radially outward, where it is collected by the gutter; characterized in that the gutter extends only partially around the outer circumference of the seal plate and not around the entire circumference of the seal plate; the gutter includes an inlet section, a main passageway, and an outlet, wherein the inlet section is configured to direct oil slung from the seal plate into the main passageway; wherein the inlet section extends circumferentially about the axis of rotation of the seal plate from a first circumferential location to a second circumferential location spaced-apart from the first circumferential location in a direction of rotation of the seal plate; the nozzle being circumferentially spaced-apart from said first location in a direction opposite the direction of rotation of the seal plate. a bearing compartment; a seal assembly configured to establish a seal of the bearing compartment, the seal assembly including a seal and a seal plate; and a gutter configured to collect oil slung from the seal plate; the seal is mounted to a static structure and is in contact with an axial face of the seal plate; the seal and the seal plate are circular components and extend circumferentially around the engine central longitudinal axis; a nozzle is configured to spray a fluid against the seal plate; and the seal plate is mechanically connected to a shaft of the engine and rotates together with the shaft, whereby rotation of the seal plate slings the fluid radially outward, where it is collected by the gutter; characterized in that the gutter extends only partially around the outer circumference of the seal plate and not around the entire circumference of the seal plate; the gutter includes an inlet section, a main passageway, and an outlet, wherein the inlet section is configured to direct oil slung from the seal plate into the main passageway; wherein the inlet section extends circumferentially about the axis of rotation of the seal plate from a first circumferential location to a second circumferential location spaced-apart from the first circumferential location in a direction of rotation of the seal plate; the nozzle being circumferentially spaced-apart from said first location in a direction opposite the direction of rotation of the seal plate.
A drive train having a hybrid drive unit which comprises a primary drive with an electric machine with integrated gear mechanism, which can be operated as a motor and generator, and which transmits said primary drive to an output via a transmission element, wherein the electric machine of the hybrid drive unit assumes the function of an electro-magnetic clutch, the gear mechanism is designed to be the rotor of the electric machine and said gear mechanism has pedals which can be driven with muscular power, characterized in that the rotor is designed as a permanent magnet rotor and the gear mechanism consists of an input sun gear, an output sun gear, a plurality of double planetary gears and a rotatably supported, cylindrical gear housing, which serves as the carrier of the permanent magnets.
Sampling and dosing device (1, 10), comprising a dosing element and a support (7, 15) which contains at least one liquid compartment filled with a defined volume of a liquid, characterized in that the dosing element is designed in the form of a capillary with two free ends, which can take up a defined volume of a sample liquid, and is an integrated component part of the support (7, 15), and the liquid compartment is closed by a liquid-tight and gas-tight peel-off film, such that, after this liquid compartment has been opened, the defined volume of the liquid contained in the liquid compartment comes into contact with and mixes with the defined volume of the sample liquid contained in the dosing element of the support (7, 15).
System for reducing teeth power losses in a gearbox, wherein the system comprises at least two intermeshing toothed gears (11,12), each attached to a rotating shaft (13, 14) supported by bearings (15, 16) and mounted within a housing; two vertical plates configured for being installed inside said housing between the bearings (15, 16) and the toothed gears (11,12), one at each side of the toothed gears (11, 12); wherein the vertical plates comprise one or several shields configured for separating oil flows within the housing; wherein one or several shields, called hereafter "internal shields", mounted on the side of the vertical plates directed towards the toothed gears (11, 12); wherein the internal shield comprises an anti-recirculation plate (230, 240) characterized in that at least one anti-recirculation plate (230, 240) comprises one or several vertical fins for breaking an axial flow of an air-oil mixture. at least two intermeshing toothed gears (11,12), each attached to a rotating shaft (13, 14) supported by bearings (15, 16) and mounted within a housing; two vertical plates configured for being installed inside said housing between the bearings (15, 16) and the toothed gears (11,12), one at each side of the toothed gears (11, 12); wherein the vertical plates comprise one or several shields configured for separating oil flows within the housing; wherein one or several shields, called hereafter "internal shields", mounted on the side of the vertical plates directed towards the toothed gears (11, 12); wherein the internal shield comprises an anti-recirculation plate (230, 240) characterized in that at least one anti-recirculation plate (230, 240) comprises one or several vertical fins for breaking an axial flow of an air-oil mixture.
A method of operating a computer interconnected to a plurality of other computers, each computer storing a sub-collection of electronic resources said method comprising: assigning similarity measures between the sub-collections; automatically generating a search query associated with a sub-collection by deriving said search query from the contents of said sub-collection; applying said search query associated with one sub-collection to one or more of the other sub-collections; adjusting the similarity measures between the sub-collections by increasing the similarity measure between the sub-collection with which said query is associated and any sub-collection which provides a resource which matches the search query relative to a similarity measure between the sub-collection on which said query is based and sub-collections which do not provide a resource which matches the search query; and storing said similarity measures. assigning similarity measures between the sub-collections; automatically generating a search query associated with a sub-collection by deriving said search query from the contents of said sub-collection; applying said search query associated with one sub-collection to one or more of the other sub-collections; adjusting the similarity measures between the sub-collections by increasing the similarity measure between the sub-collection with which said query is associated and any sub-collection which provides a resource which matches the search query relative to a similarity measure between the sub-collection on which said query is based and sub-collections which do not provide a resource which matches the search query; and storing said similarity measures.
A hydrocyclone with an inflow region having a tangential inflow for a feed slurry and with a further separation region following the inflow region and having an underflow nozzle for the discharge of heavy materials or coarse grain, where a further inflow for the supply of a barrier fluid stream is provided, the barrier fluid and the feed slurry being combinable in the hydrocyclone, and where, before being combined, they are separated from one another by a lamella, characterized in that a flow separator, by means of which the combined barrier fluid stream and the feed slurry can be separated from one another again, is arranged after the lamella, as seen in the direction of flow of the feed slurry.
A sensor sheet of a wound monitoring and/or therapy apparatus, the sensor sheet comprising: a plurality of electronic components comprising a first electronic component having a first electrical connector configured to electrically connect the first electronic component; a substantially flexible substrate having a first, wound-facing side supporting the plurality of electronic components and a second side opposite the first side: a track of first conductive ink residing on the substantially flexible substrate, the first conductive ink with a first impedance, and wherein the track of the first conductive ink is electrically coupled to the first electrical connector of the first electronic component; a track of second conductive ink residing on the substantially flexible substrate, the second conductive ink with a second impedance different from the first impedance, and wherein the track of the second conductive ink is electrically coupled to the track of first conductive ink. a plurality of electronic components comprising a first electronic component having a first electrical connector configured to electrically connect the first electronic component; a substantially flexible substrate having a first, wound-facing side supporting the plurality of electronic components and a second side opposite the first side: a track of first conductive ink residing on the substantially flexible substrate, the first conductive ink with a first impedance, and wherein the track of the first conductive ink is electrically coupled to the first electrical connector of the first electronic component; a track of second conductive ink residing on the substantially flexible substrate, the second conductive ink with a second impedance different from the first impedance, and wherein the track of the second conductive ink is electrically coupled to the track of first conductive ink. a track of first conductive ink residing on the substantially flexible substrate, the first conductive ink with a first impedance, and wherein the track of the first conductive ink is electrically coupled to the first electrical connector of the first electronic component; a track of second conductive ink residing on the substantially flexible substrate, the second conductive ink with a second impedance different from the first impedance, and wherein the track of the second conductive ink is electrically coupled to the track of first conductive ink.