mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a mobile terminal, for uploading a file in a communications network to a network that is an Internet or cloud, the method comprising, selecting a buffering module to be used for uploading the file, wherein the mobile terminal comprises a specific application for uploading files, which application is associated with a number of buffering modules in different geographical locations, and wherein the selecting is performed by activating the specific application and selecting the buffering module in the closest geographical proximity, sending the file to the selected buffering module, via a capillary network, receiving from the selected buffering module, a notification about an estimated time to any one or more out of: upload start and upload end, refraining from re-sending the file to the selected buffering module until the estimated time to any one or more out of: upload start and upload end has expired.
A surgical clip (21, 22, 23), comprising: two leg sections arranged substantially parallel to each other; two straight sections respectively attached to the two leg sections at an angle to the two leg sections; and at least one curved section connecting the two straight sections at ends opposite to the two leg sections, characterized in that each of the two leg sections are curved, and that each of the two leg sections have a straight portion. two leg sections arranged substantially parallel to each other; two straight sections respectively attached to the two leg sections at an angle to the two leg sections; and at least one curved section connecting the two straight sections at ends opposite to the two leg sections, characterized in that each of the two leg sections are curved, and that each of the two leg sections have a straight portion.
A method applied by a first border router, BR, in a network comprising a first edge network, EN, a transit network, TN, and a second EN, wherein the first BR locates in the first EN, a second BR locates in the second EN, and a registration agent, RA, locates in the TN, the method comprises: obtaining, by the first BR, a first Internet Protocol, IP, packet from the first EN, wherein the first IP packet comprises a destination IP address corresponding to the second EN; characterized by: sending, by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving, by the first BR, from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address, wherein the BR information of the second BR is obtained according to a mapping between IP prefix information of the second EN and the second BR. obtaining, by the first BR, a first Internet Protocol, IP, packet from the first EN, wherein the first IP packet comprises a destination IP address corresponding to the second EN; characterized by: sending, by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving, by the first BR, from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address, wherein the BR information of the second BR is obtained according to a mapping between IP prefix information of the second EN and the second BR. sending, by the first BR, to the RA, BR query information that carries the destination IP address included in the first IP packet; and receiving, by the first BR, from the RA, BR information of the second BR in response to the BR query information, wherein the second BR corresponds to the destination IP address, wherein the BR information of the second BR is obtained according to a mapping between IP prefix information of the second EN and the second BR.
A quartz glass pharmaceutical container defining an interior volume and having an upper end, a base end, at least one wall defining an inner surface and an outer surface, wherein the inner surface of the container has a surface feature density of 50 or fewer surface features per square centimeter within a 1 cm band centered 1 cm from the base end of the pharmaceutical container, the surface features having a size of 1 to 200 μm.
A computer-implemented method comprising: presenting a wizard of an application program to a user via a user interface, to perform a step-by-step process, each step associated with a step type, the step type indicating whether the step requires user input; the wizard being a user interface presenting the user with the process as a sequence of steps; upon a user's selection of a background processing mode for automatic interaction with the wizard or for step types requiring optional user inputs, freeing the graphical user interface from the wizard for a user's interaction with the application program, invoking a user interface thread for displaying a modal dialogue box of the wizard, invoking a worker thread for automatic interaction between a background process and the wizard in response to the user's selection of the background processing mode and interrupting the automatic interaction between the background process and the wizard based on an associated step type of a current step when the step type indicates that user input is required, and temporarily resuming the user interface thread for the user's input, wherein the automatic interaction is interrupted by displaying a modal dialog box of the wizard, only when the user input is mandatory and the background processing mode for automatic interaction with the wizard is enabled. presenting a wizard of an application program to a user via a user interface, to perform a step-by-step process, each step associated with a step type, the step type indicating whether the step requires user input; the wizard being a user interface presenting the user with the process as a sequence of steps; upon a user's selection of a background processing mode for automatic interaction with the wizard or for step types requiring optional user inputs, freeing the graphical user interface from the wizard for a user's interaction with the application program, invoking a user interface thread for displaying a modal dialogue box of the wizard, invoking a worker thread for automatic interaction between a background process and the wizard in response to the user's selection of the background processing mode and interrupting the automatic interaction between the background process and the wizard based on an associated step type of a current step when the step type indicates that user input is required, and temporarily resuming the user interface thread for the user's input, wherein the automatic interaction is interrupted by displaying a modal dialog box of the wizard, only when the user input is mandatory and the background processing mode for automatic interaction with the wizard is enabled.
A method for producing synthesis gas comprising: a reforming step in which a light hydrocarbon gas is reformed by supplying the light hydrocarbon gas containing steam and/or carbon dioxide added thereto to a tube side, filled with a catalyst, of a shell-and-tube heat exchanger-type reformer and circulating a heating medium heated using, as a heat source, energy not derived from fossil fuels in a shell side of the shell-and-tube heat exchanger-type reformer; a CO 2 removal step in which a part of the produced gas discharged from the tube side is subjected to CO 2 removal to obtain synthesis gas; and a shift and hydrogen separation step in which another part of the produced gas is subjected to a shift reaction and subsequent hydrogen separation to obtain hydrogen gas; wherein removed carbon dioxide from the CO 2 removal step and a carbon dioxide-containing gas that remains after separation of the hydrogen gas in the shift and hydrogen separation step are supplied to an upstream side of the tube side and recycled as raw materials for the synthesis gas. a reforming step in which a light hydrocarbon gas is reformed by supplying the light hydrocarbon gas containing steam and/or carbon dioxide added thereto to a tube side, filled with a catalyst, of a shell-and-tube heat exchanger-type reformer and circulating a heating medium heated using, as a heat source, energy not derived from fossil fuels in a shell side of the shell-and-tube heat exchanger-type reformer; a CO 2 removal step in which a part of the produced gas discharged from the tube side is subjected to CO 2 removal to obtain synthesis gas; and a shift and hydrogen separation step in which another part of the produced gas is subjected to a shift reaction and subsequent hydrogen separation to obtain hydrogen gas; wherein removed carbon dioxide from the CO 2 removal step and a carbon dioxide-containing gas that remains after separation of the hydrogen gas in the shift and hydrogen separation step are supplied to an upstream side of the tube side and recycled as raw materials for the synthesis gas.
A bundling band comprising: a first band portion having a first band on which engaging grooves being serrated are formed, and a first head portion connected to a first end of the first band; and a second band portion having a second band on which engaging grooves being serrated are formed, and a second head portion connected to a first end of the second band, the second head portion being connected to a second end of the first band to which the first head portion is unconnected, wherein in the first head portion, a first insertion hole insertable with the second band, the second head portion, and the first band is formed, and in the second head portion, a second insertion hole insertable with the second band is formed, and the first insertion hole is provided with a locking mechanism that locks drawing-out of the first band having been inserted by engaging with one of the engaging grooves, and the second insertion hole is provided with a locking mechanism that locks drawing-out of the second band having been inserted by engaging with one of the engaging grooves. a first band portion having a first band on which engaging grooves being serrated are formed, and a first head portion connected to a first end of the first band; and a second band portion having a second band on which engaging grooves being serrated are formed, and a second head portion connected to a first end of the second band, the second head portion being connected to a second end of the first band to which the first head portion is unconnected, wherein in the first head portion, a first insertion hole insertable with the second band, the second head portion, and the first band is formed, and in the second head portion, a second insertion hole insertable with the second band is formed, and the first insertion hole is provided with a locking mechanism that locks drawing-out of the first band having been inserted by engaging with one of the engaging grooves, and the second insertion hole is provided with a locking mechanism that locks drawing-out of the second band having been inserted by engaging with one of the engaging grooves.
Device (100; 500; 600; 700; 800; 900) for holding a vehicle licence plate, comprising a base body, a first holding means, a second holding means for holding the vehicle licence plate and fastening means (103; 104) for fastening the device (100; 500; 600; 700; 800; 900) to a motor vehicle, wherein the fastening means (103; 104) are configured as recesses, wherein the holding means are arranged at two opposite ends of the base body, wherein the base body and/or the holding means is/are elastically deformable, so that a vehicle licence plate can be arranged between the holding means after a deformation of the base body and/or the holding means and is then clamped between the holding means by an elastic restoring force, characterised in that the holding means each have a first holding element and a second holding element, wherein the first holding element and the second holding element are arranged spaced apart from the base body in the same direction, wherein the vehicle licence plate can be clamped by the elastic restoring force between the first holding element of the first holding means and the first holding element of the second holding means or between the second holding element of the first holding means and the second holding element of the second holding means, wherein the holding elements (106; 107) have different thicknesses and/or distances from the base body.
A method for controlling a multirotor wind turbine, the multirotor wind turbine comprising two or more energy generating units, each energy generating unit comprising a rotor comprising one or more wind turbine blades, and at least one load carrying structure, the load carrying structure being connected to a foundation or to a tower via a yaw arrangement, and the load carrying structure carrying the at least two energy generating units, the method comprising the steps of: - detecting a requirement to a change in operation of at least a first of the energy generating units, - generating control commands for the first energy generating unit and for at least a second energy generating unit, the first energy generating unit and the second energy generating unit being mounted to the same load carrying structure, the control commands causing the required change in operation, and - controlling the energy generating units in accordance with the generated control commands, wherein the control commands are generated under the constraint that a yaw moment of the yaw arrangement is maintained below a predefined threshold level, characterized in that the control commands causing time coordinated operation of at least the first energy generating unit and the second energy generating unit, - wherein the step of generating control commands comprises generating identical control commands for the first energy generating unit and for the second energy generating unit or - the step of generating control commands comprises generating a first control command for the first energy generating unit and a second control command for the second energy generating unit, the second control command differing from the first control command. - detecting a requirement to a change in operation of at least a first of the energy generating units, - generating control commands for the first energy generating unit and for at least a second energy generating unit, the first energy generating unit and the second energy generating unit being mounted to the same load carrying structure, the control commands causing the required change in operation, and - controlling the energy generating units in accordance with the generated control commands, - wherein the step of generating control commands comprises generating identical control commands for the first energy generating unit and for the second energy generating unit or - the step of generating control commands comprises generating a first control command for the first energy generating unit and a second control command for the second energy generating unit, the second control command differing from the first control command.
A method for correcting an inclined position of a product exiting a gap of two folding rollers of a longitudinal folding machine, wherein - the product is conveyed on a folding table from an entry point along a first transport direction, preferably parallel to the folding table plane, and is pressed into the nip between the rollers by a folding blade that can be moved up and down relative to the folding table, then leaves the nip between the rollers and is transported in a second direction of transport, - wherein the moment of passage of a leading or trailing product edge of the product is detected at two measurement points (S5; S6) which are spaced apart from each other and arranged transversely to the second direction of transport of the product to be folded, - based on the moments of passage detected at the two measurement points (S5; S6) and on commutation and/or data processing techniques, a deviation Δt2 between a time offset detected during the passage of the corresponding product edge at the two measurement points (S5; S6) and a nominal time offset is determined and analyzed, - and in the event that the deviation Δt2 exceeds at least the tolerance range, a measure is initiated by means of a control process in order to act against the deviation Δt2, said measure being based on retaining the product to a greater or lesser extent when passing the folding rollers and/or on more or less friction between the braking elements (31; 32; 33; 34) and the product, characterized in that the moment of passage is detected at a product edge of a product folded lengthwise exiting the gap of the folding roller after passing the gap. - the product is conveyed on a folding table from an entry point along a first transport direction, preferably parallel to the folding table plane, and is pressed into the nip between the rollers by a folding blade that can be moved up and down relative to the folding table, then leaves the nip between the rollers and is transported in a second direction of transport, - wherein the moment of passage of a leading or trailing product edge of the product is detected at two measurement points (S5; S6) which are spaced apart from each other and arranged transversely to the second direction of transport of the product to be folded, - based on the moments of passage detected at the two measurement points (S5; S6) and on commutation and/or data processing techniques, a deviation Δt2 between a time offset detected during the passage of the corresponding product edge at the two measurement points (S5; S6) and a nominal time offset is determined and analyzed, - and in the event that the deviation Δt2 exceeds at least the tolerance range, a measure is initiated by means of a control process in order to act against the deviation Δt2, said measure being based on retaining the product to a greater or lesser extent when passing the folding rollers and/or on more or less friction between the braking elements (31; 32; 33; 34) and the product, characterized in that the moment of passage is detected at a product edge of a product folded lengthwise exiting the gap of the folding roller after passing the gap.
Insert shelf for holding at least one incubation vessel, wherein the insert shelf is able to be inserted, in particular able to be slid, into an incubator and, in a position of use, is inserted into the incubator and is exchangeable, and wherein the insert shelf is provided with at least one means by way of which an incubation medium situated in the incubation vessel placed on the insert shelf is able to be set in motion, characterized in that a) the means for moving the incubation medium has a stirring-magnet drive, wherein the insert shelf has a drive device by way of which the incubation medium situated in an incubation vessel placed on the insert shelf is at least indirectly able to be set in motion, and/or b) in that the insert shelf has, as at least one means for moving the incubation medium, a set-up surface, which is movable in at least one movement direction and serves for holding at least one incubation vessel, and a frame, which in comparison with the movable set-up surface is stationary and by way of which the insert shelf is fixable in its position of use inserted into the incubator, wherein the insert shelf has a drive device by way of which the movable set-up surface of the insert shelf is at least indirectly movable. a) the means for moving the incubation medium has a stirring-magnet drive, wherein the insert shelf has a drive device by way of which the incubation medium situated in an incubation vessel placed on the insert shelf is at least indirectly able to be set in motion, and/or b) in that the insert shelf has, as at least one means for moving the incubation medium, a set-up surface, which is movable in at least one movement direction and serves for holding at least one incubation vessel, and a frame, which in comparison with the movable set-up surface is stationary and by way of which the insert shelf is fixable in its position of use inserted into the incubator, wherein the insert shelf has a drive device by way of which the movable set-up surface of the insert shelf is at least indirectly movable.
A method of operating a terminal device for communicating with a base station in a wireless telecommunications system, the method comprising: determining a mobility status for the terminal device and an associated reliability for the determined mobility status; conveying an indication of the mobility status and an indication of the reliability for the mobility status to the base station; and configuring the terminal device for operation within the wireless telecommunications system in a manner that takes account of both the mobility status and the reliability for the mobility status, wherein there are a number of different ways for terminal devices operating in the wireless telecommunications system to determine their mobility status, and the indication of the reliability for the mobility status comprises an indication of the manner in which the mobility status has been determined. determining a mobility status for the terminal device and an associated reliability for the determined mobility status; conveying an indication of the mobility status and an indication of the reliability for the mobility status to the base station; and configuring the terminal device for operation within the wireless telecommunications system in a manner that takes account of both the mobility status and the reliability for the mobility status, wherein there are a number of different ways for terminal devices operating in the wireless telecommunications system to determine their mobility status, and the indication of the reliability for the mobility status comprises an indication of the manner in which the mobility status has been determined.
Apparatus for derivatisation for coating a sample carrier 2 before the analysis of the sample, consisting of a reservoir for a reagent solution, a spray nozzle 3 with a spray head and a container 1 in which at least part of the sample carrier 2 is located, wherein the container 1 is tightly closed, the spray head is located in the container and carries out a periodic movement, characterised in that the spray head produces a homogeneous mist 5 of droplets 4 of the reagent solution in the container.
Domestic-appliance-operating device, in particular hob-operating device, having an operating panel (12a; 12b; 12c) which comprises a touch operating surface (10a; 10b; 10c), a sensor plate (14a; 14b; 14c) which is arranged beneath the touch operating surface (10a; 10b; 10c), and a signal-transmission unit (16a; 16b; 16c), which connects the sensor plate (14a; 14b; 14c) to a touch sensor unit (20a; 20b; 20c) in an electrically conductive manner by means of a conducting element (18a; 18b; 18c), wherein the signal-transmission unit (16a; 16b; 16c) has at least one screening unit (22a; 22b; 22c), wherein the screening unit (22b; 22c) comprises at least one electrically conductive element (26b; 26c), connected to a reference voltage terminal, which is provided to shield an electrical field of the conducting element (18b; 18c), wherein the electrically conductive element (26b, 26c) is arranged at least partially on the side adjacent to the conducting element (18b; 18c) in a parallel direction to the touch operating surface (10b; 10c), characterised in that the electrically conductive element encompasses the conducting element almost completely with the exception of one recess in the vicinity of the sensor plate.