mhurhangee/ep-ind-claims huggingface dataset:
A device for detecting an overcurrent, having • a current meter (U R), a first counter (Z I), a second counter (Z U), a voltmeter (U SW), and a switch, • wherein the current meter (U R) measures a current through the device, with the switch being capable of interrupting a current flow through the device and with the voltmeter (U SW) measuring a voltage via the switch, • wherein, if the current meter measures a current that exceeds a first threshold (I ref,1), the first counter (Z I) is changed by a first increment (INC 1) in a first direction (+) and the switch is actuated such that the current flow is interrupted, • wherein, after a change in the counter, the first counter (Z I) is compared with a first counter threshold (Z I,MAX), and if the first counter threshold (Z I,MAX) has been reached or exceeded, the switch is actuated continuously such that the current flow is interrupted, and otherwise the second counter (Z U) is changed by a second increment (INC 2) in a third direction (+) that corresponds to the voltage measured by the voltmeter, wherein, after a change in the counter, the second counter (Zu) is compared with a second counter threshold (Z U,MAX), and if the second counter threshold (Z U,MAX) has been reached or exceeded, the switch is continuously actuated such that the current flow is interrupted, and otherwise the switch, after a predetermined time (toff), is actuated such that the current flow is no longer interrupted. • a current meter (U R), a first counter (Z I), a second counter (Z U), a voltmeter (U SW), and a switch, • wherein the current meter (U R) measures a current through the device, with the switch being capable of interrupting a current flow through the device and with the voltmeter (U SW) measuring a voltage via the switch, • wherein, if the current meter measures a current that exceeds a first threshold (I ref,1), the first counter (Z I) is changed by a first increment (INC 1) in a first direction (+) and the switch is actuated such that the current flow is interrupted, • wherein, after a change in the counter, the first counter (Z I) is compared with a first counter threshold (Z I,MAX), and if the first counter threshold (Z I,MAX) has been reached or exceeded, the switch is actuated continuously such that the current flow is interrupted, and otherwise the second counter (Z U) is changed by a second increment (INC 2) in a third direction (+) that corresponds to the voltage measured by the voltmeter, wherein, after a change in the counter, the second counter (Zu) is compared with a second counter threshold (Z U,MAX), and if the second counter threshold (Z U,MAX) has been reached or exceeded, the switch is continuously actuated such that the current flow is interrupted, and otherwise the switch, after a predetermined time (toff), is actuated such that the current flow is no longer interrupted.
A steering gear for a surgical instrument, wherein the steering gear has two motorised drives and a swash plate and is designed to spatially align the swash plate via the adjustment angles of the two drives, which swash plate is designed to control a distal bending mechanism of the surgical instrument, characterised in that a first of the two drives has a first motor which drives a worm shaft which drives a worm wheel rim of a double wheel consisting of the worm wheel rim and a bevel gear rim, and a second of the two drives has a second motor which drives a worm shaft which drives a worm wheel rim of a double wheel consisting of the worm wheel rim and a bevel gear rim, and wherein the swash plate is arranged between the two bevel gear rims (15, 15'), which face each other and lie on a common axis.
A method of processing lignocellulosic biomass comprising - providing lignocellulosic biomass feedstock, - pretreating said biomass feedstock by continuous hydrothermal pretreatment in a pressurized reactor, - measuring xylan number as a composite measure which combines measurements of both residul xylan content in insoluble solids and soluble xylose/xylo-oligomer concentration in the output stream of pretreated biomass from the pretreatment reactor, and - controlling the pretreatment reactor so as to maintain, in the output stream of pretreated biomass, a pre-determined xylan number, wherein at least 0.8% dissolved solids in absolute terms are included in the measurement of xylan number. - providing lignocellulosic biomass feedstock, - pretreating said biomass feedstock by continuous hydrothermal pretreatment in a pressurized reactor, - measuring xylan number as a composite measure which combines measurements of both residul xylan content in insoluble solids and soluble xylose/xylo-oligomer concentration in the output stream of pretreated biomass from the pretreatment reactor, and - controlling the pretreatment reactor so as to maintain, in the output stream of pretreated biomass, a pre-determined xylan number,
Emergency parachute system for rescue of persons or of manned or unmanned aerial vehicles comprising: - a storage unit, which contains at least one cavity with an opening - at least two parachutes, each of which contains a canopy, suspension lines and a riser, while the canopies of said parachutes are folded separately and arranged in the cavity or cavities of the storage unit ejectably, wherein the centers of the canopies are interconnected mutually by means of connection cords on the top side, characterised in that the length of each canopy connecting cord after stretching between two canopies equals 1.1 to 1.5 times the diameter of the canopy, wherein all of the canopies in the storage unit have the same diameter. - a storage unit, which contains at least one cavity with an opening - at least two parachutes, each of which contains a canopy, suspension lines and a riser, while the canopies of said parachutes are folded separately and arranged in the cavity or cavities of the storage unit ejectably, wherein the centers of the canopies are interconnected mutually by means of connection cords on the top side, characterised in that the length of each canopy connecting cord after stretching between two canopies equals 1.1 to 1.5 times the diameter of the canopy, wherein all of the canopies in the storage unit have the same diameter.
A lubricating oil composition having a sulphated ash content of less than or equal to 1.2 mass % as determined by ASTM D874 and a phosphorous content of less than or equal to 0.12 mass % as determined by ASTM D5185, which lubricating oil composition comprises or is made by admixing: an oil of lubricating viscosity, in a major amount; an oil-soluble or oil-dispersible polymeric friction modifier as an additive in an effective minor amount of at least 0.1 mass % based on the total mass of the lubricating oil composition, the polymeric friction modifier being the reaction product of solely: (i) one or more functionalised polyolefins which is a poly(C 2 to C 6 alkylene) functionalised with at least one diacid or anhydride functional group; (ii) one or more polyalkylene glycols selected from one or more polyethylene glycols, one or more polypropylene glycols or one or more mixed poly(ethylene-propylene) glycols, and combinations thereof; and, (iii) one or more C 6 to C 30 aliphatic hydrocarbyl monocarboxylic acids; and, at least one oil-soluble or oil-dispersible molybdenum compound as an additive in an effective minor amount providing the lubricating oil composition with greater than or equal to 10 ppm by mass of molybdenum (ASTM D5185), based on the total mass of the lubricating oil composition. an oil of lubricating viscosity, in a major amount; an oil-soluble or oil-dispersible polymeric friction modifier as an additive in an effective minor amount of at least 0.1 mass % based on the total mass of the lubricating oil composition, the polymeric friction modifier being the reaction product of solely: (i) one or more functionalised polyolefins which is a poly(C 2 to C 6 alkylene) functionalised with at least one diacid or anhydride functional group; (ii) one or more polyalkylene glycols selected from one or more polyethylene glycols, one or more polypropylene glycols or one or more mixed poly(ethylene-propylene) glycols, and combinations thereof; and, (iii) one or more C 6 to C 30 aliphatic hydrocarbyl monocarboxylic acids; and, (i) one or more functionalised polyolefins which is a poly(C 2 to C 6 alkylene) functionalised with at least one diacid or anhydride functional group; (ii) one or more polyalkylene glycols selected from one or more polyethylene glycols, one or more polypropylene glycols or one or more mixed poly(ethylene-propylene) glycols, and combinations thereof; and, (iii) one or more C 6 to C 30 aliphatic hydrocarbyl monocarboxylic acids; and, at least one oil-soluble or oil-dispersible molybdenum compound as an additive in an effective minor amount providing the lubricating oil composition with greater than or equal to 10 ppm by mass of molybdenum (ASTM D5185), based on the total mass of the lubricating oil composition.
A method comprising: displaying a user interface on a display of a mobile device, the user interface comprising a first region and a second region; displaying, in the first region, a private image using alternate frame sequencing, the private image ascertainable only through a viewing device synchronized to the display; authenticating the viewing device to enable a user of the viewing device to ascertain the private image in the first region, wherein the authenticating the viewing device comprises establishing a secret number, an increment, and a duration; after the duration has elapsed, re-authenticating the viewing device to enable a user of the viewing device to ascertain the private image in the first region for the duration by adding the increment to the secret number to determine a value that corresponds to a frame display duration or a frame display sequence for use by the viewing device; displaying, in the second region and without using alternate frame sequencing, a public image, the public image ascertainable without the viewing device; and controlling the viewing device, using a processor, to enable a user of the viewing device to ascertain the private image and the public image; wherein displaying the public image includes displaying user interface information for navigation of the mobile device. displaying a user interface on a display of a mobile device, the user interface comprising a first region and a second region; displaying, in the first region, a private image using alternate frame sequencing, the private image ascertainable only through a viewing device synchronized to the display; authenticating the viewing device to enable a user of the viewing device to ascertain the private image in the first region, wherein the authenticating the viewing device comprises establishing a secret number, an increment, and a duration; after the duration has elapsed, re-authenticating the viewing device to enable a user of the viewing device to ascertain the private image in the first region for the duration by adding the increment to the secret number to determine a value that corresponds to a frame display duration or a frame display sequence for use by the viewing device; displaying, in the second region and without using alternate frame sequencing, a public image, the public image ascertainable without the viewing device; and controlling the viewing device, using a processor, to enable a user of the viewing device to ascertain the private image and the public image; wherein displaying the public image includes displaying user interface information for navigation of the mobile device.
A cutter assembly comprises: a blade holder in which a blade is moveably mounted and has a moving direction, the blade holder having a bottom and multiple engaging segments disposed on the bottom along the moving direction of the blade; a slider mounted slidably on the blade holder and connected to the blade; and a screw-locking device mounted on the slider and comprising a locking bolt and a locking sleeve screwed with each other and the locking bolt having an end selectively engaging at least one of the engaging segments, characterized in that: the blade holder has a guiding channel defined in a side of the blade holder and having multiple positioning segments formed in at least one side edge of the guiding channel, and the positioning segments correspond respectively to the engaging segments in position; and the slider is moveable relative to the positioning segments to allow the screw-locking device to move with the slider and to be positioned. a blade holder in which a blade is moveably mounted and has a moving direction, the blade holder having a bottom and multiple engaging segments disposed on the bottom along the moving direction of the blade; a slider mounted slidably on the blade holder and connected to the blade; and a screw-locking device mounted on the slider and comprising a locking bolt and a locking sleeve screwed with each other and the locking bolt having an end selectively engaging at least one of the engaging segments, characterized in that: the blade holder has a guiding channel defined in a side of the blade holder and having multiple positioning segments formed in at least one side edge of the guiding channel, and the positioning segments correspond respectively to the engaging segments in position; and the slider is moveable relative to the positioning segments to allow the screw-locking device to move with the slider and to be positioned. the blade holder has a guiding channel defined in a side of the blade holder and having multiple positioning segments formed in at least one side edge of the guiding channel, and the positioning segments correspond respectively to the engaging segments in position; and the slider is moveable relative to the positioning segments to allow the screw-locking device to move with the slider and to be positioned.
A turbine airfoil comprising a trailing edge and further comprising: a trailing edge cooling circuit including a first section (220, 320) and a second section (230, 330), the second section (230, 330) being radially inward of the first section (220, 320), a serpentine cooling circuit including a set of serially arranged cooling channels (210, 310) having a most upstream first cooling channel (212, 312) fluidly connected to a most downstream second cooling channel (216, 316) at a downstream end of the first cooling channel (212, 312); wherein the first section (220, 320) is fluidly connected for cooling fluid supply exclusively to the serpentine cooling circuit and in direct and immediate fluid communication to a branch-off point of the serpentine cooling circuit which is located at a transition point where the first cooling channel (212, 312) joins into a subsequent cooling channel (214, 314); characterized in that the first section (220, 320) has a first pin bank cooling arrangement, and the second section (230, 330) has a second pin bank cooling arrangement (224, 324); and the turbine airfoil comprising a first set of crossover holes fluidly connecting the second section (230, 330) to the second cooling channel (216, 316). a trailing edge cooling circuit including a first section (220, 320) and a second section (230, 330), the second section (230, 330) being radially inward of the first section (220, 320), a serpentine cooling circuit including a set of serially arranged cooling channels (210, 310) having a most upstream first cooling channel (212, 312) fluidly connected to a most downstream second cooling channel (216, 316) at a downstream end of the first cooling channel (212, 312); wherein the first section (220, 320) is fluidly connected for cooling fluid supply exclusively to the serpentine cooling circuit and in direct and immediate fluid communication to a branch-off point of the serpentine cooling circuit which is located at a transition point where the first cooling channel (212, 312) joins into a subsequent cooling channel (214, 314); characterized in that the first section (220, 320) has a first pin bank cooling arrangement, and the second section (230, 330) has a second pin bank cooling arrangement (224, 324); and the turbine airfoil comprising a first set of crossover holes fluidly connecting the second section (230, 330) to the second cooling channel (216, 316).
A battery pack, comprising a heat insulation panel, a housing, and an energy storage module, wherein the energy storage module is located in the housing, the heat insulation panel is located between the energy storage module and the housing, the heat insulation panel comprises a heat insulation layer and an outer packaging layer, the heat insulation layer comprises an elastic heat insulation layer and a fire-resistant layer, and the elastic heat insulation layer and the fire-resistant layer are stacked; characterized in that the outer packaging layer wraps the outside of the heat insulation layer and is configured to compress a thickness of the elastic heat insulation layer, so that the heat insulation panel is compressed to a compressed state, and a ventilation channel is formed between the heat insulation panel in the compressed state and the energy storage module; and the outer packaging layer is configured to release compression of the elastic heat insulation layer when the energy storage module reaches a thermal runaway temperature, so that the elastic heat insulation layer is elastically restored to a free state, and the heat insulation panel in the free state is filled between the housing and the energy storage module. the outer packaging layer wraps the outside of the heat insulation layer and is configured to compress a thickness of the elastic heat insulation layer, so that the heat insulation panel is compressed to a compressed state, and a ventilation channel is formed between the heat insulation panel in the compressed state and the energy storage module; and the outer packaging layer is configured to release compression of the elastic heat insulation layer when the energy storage module reaches a thermal runaway temperature, so that the elastic heat insulation layer is elastically restored to a free state, and the heat insulation panel in the free state is filled between the housing and the energy storage module.
Device for generating an atmospheric plasma beam for treating the surface of a workpiece, - having a tubular housing which has an axis, - having an inner electrode arranged within the housing - and having a nozzle arrangement, which has a nozzle opening, for discharging a plasma beam to be generated in the housing, - wherein the direction of the opening runs at an angle relative to the axis, and - wherein the nozzle arrangement is rotatable relatively about the axis, characterised - in that a shield surrounds the nozzle arrangement, and - in that the shield is provided for changing the intensity of the interaction of the plasma beam to be generated with the surface of the workpiece depending on the angle of rotation of the nozzle arrangement relative to the axis. - having a tubular housing which has an axis, - having an inner electrode arranged within the housing - and having a nozzle arrangement, which has a nozzle opening, for discharging a plasma beam to be generated in the housing, - wherein the direction of the opening runs at an angle relative to the axis, and - wherein the nozzle arrangement is rotatable relatively about the axis, characterised - in that a shield surrounds the nozzle arrangement, and - in that the shield is provided for changing the intensity of the interaction of the plasma beam to be generated with the surface of the workpiece depending on the angle of rotation of the nozzle arrangement relative to the axis.
A method for reducing service impairment in a Link Aggregation Group, LAG, comprising: dividing a service packet into multiple service sub-flows, and allocating the multiple service sub-flows to all physical ports averagely; reallocating the service sub-flows on a changed one of the physical ports consecutively until the quantity of the service sub-flows on each physical port is equalized when the quantity of the physical ports changes (101-105, 201-206); and forwarding the service packet, according to the corresponding physical ports of the service sub-flows; whereby: after a new physical port is added, selecting an old one of the physical ports consecutively, obtaining one service sub-flow on the selected physical port, and allocating the service sub-flow to the new physical port until the quantity of the service sub-flows is equalized among all the physical ports including the new physical port. dividing a service packet into multiple service sub-flows, and allocating the multiple service sub-flows to all physical ports averagely; reallocating the service sub-flows on a changed one of the physical ports consecutively until the quantity of the service sub-flows on each physical port is equalized when the quantity of the physical ports changes (101-105, 201-206); and forwarding the service packet, according to the corresponding physical ports of the service sub-flows; whereby: after a new physical port is added, selecting an old one of the physical ports consecutively, obtaining one service sub-flow on the selected physical port, and allocating the service sub-flow to the new physical port until the quantity of the service sub-flows is equalized among all the physical ports including the new physical port. after a new physical port is added, selecting an old one of the physical ports consecutively, obtaining one service sub-flow on the selected physical port, and allocating the service sub-flow to the new physical port until the quantity of the service sub-flows is equalized among all the physical ports including the new physical port.
A lift installation with a suspension means, wherein the suspension means comprises a plurality of electrically conductive tension members arranged in parallel in a common plane beside one another, which tension members are insulated electrically from one another, and which are surrounded by a common jacket, wherein all the tension members of the suspension means are connected electrically to one another in a circuit, and wherein this circuit comprises a current or voltage source and a measuring device, wherein the measuring device is arranged between a first group of tension members and a second group of tension members, so that electric current flows from the current or voltage source first through the first group of tension members, then through the measuring device, and finally through the second group of tension members back to the current or voltage source, and wherein the tension members of the first group of tension members and/or the tension members of the second group of tension members are connected in series, characterised in that two tension members are connected electrically to one another in each case at a first end of the suspension means (1.1), and that two tension members are connected electrically to the current or voltage source at a second end of the suspension means (1.1), two further tension members are connected electrically to the measuring device, and any further tension members are each connected together electrically in pairs.
An IL-33 pathway inhibitor for use in a method of inhibiting, treating, and/or preventing hemophagocytic lymphohistiocytosis in a subject, wherein said IL-33 pathway inhibitor is selected from an antibody or fragment thereof immunologically specific for IL-33 receptor (IL-33R) or IL-33 and a soluble form of IL-33R.