mhurhangee/ep-ind-claims huggingface dataset:
A method of maintaining high availability in a network, the network comprising: a first data path comprising a first network device (110, 120) and an end network device, the first network device (110, 120) comprising a linked interface; and a second network device comprising a tracked interface, wherein the linked interface and the tracked interface form a part of the first data path; wherein the method comprises: deriving a state of the linked interface from an operational state of the first tracked interface based on the communication of routing table information from the second network device and by applying a damping function to a recovery of the linked interface so that the state of the linked interface is set according to one of: (a) amount of time that the first tracked interface is up or down during a predetermined time period; (b) the state of the tracked interface at the end of a predetermined time period; (c) the tracked interface remaining down for a predetermined period of time; and (d) a number of times that the tracked interface is down; and, in the event that the state of the linked interface is set to down, notifying the end network device of the state of the linked interface and bringing down the first data path thereby causing the first data path to switchover to a redundant path. deriving a state of the linked interface from an operational state of the first tracked interface based on the communication of routing table information from the second network device and by applying a damping function to a recovery of the linked interface so that the state of the linked interface is set according to one of: (a) amount of time that the first tracked interface is up or down during a predetermined time period; (b) the state of the tracked interface at the end of a predetermined time period; (c) the tracked interface remaining down for a predetermined period of time; and (d) a number of times that the tracked interface is down; (a) amount of time that the first tracked interface is up or down during a predetermined time period; (b) the state of the tracked interface at the end of a predetermined time period; (c) the tracked interface remaining down for a predetermined period of time; and (d) a number of times that the tracked interface is down;
A water-soluble unit dose article comprising a water-soluble film and a laundry detergent composition, wherein the laundry detergent composition is preferably selected from a liquid, a solid or a mixture thereof, wherein said detergent composition comprises; a. a zwitterionic polyamine, preferably between 0.01% to about 20%, preferably from 0. 1% to 10%, more preferably from 0.5% to 7%, even more preferably from 1% to 5%, most preferably from 2% to 4% by weight of the laundry detergent composition of the zwitterionic polyamine; and b. between 0% and 4.5%, preferably between 0% and 4%, preferably between 0% and 3.5%, more preferably between 0% and 3% by weight of the laundry detergent composition of a fatty acid, a neutralised fatty acid soap or a mixture thereof, wherein the fatty acid, neutralised fatty acid soap or mixture thereof is selected from palm kernel fatty acid, coconut fatty acid, rapeseed fatty acid, neutralized palm kernel fatty acid, neutralized coconut fatty acid, neutralized rapeseed fatty acid, or mixture thereof. a. a zwitterionic polyamine, preferably between 0.01% to about 20%, preferably from 0. 1% to 10%, more preferably from 0.5% to 7%, even more preferably from 1% to 5%, most preferably from 2% to 4% by weight of the laundry detergent composition of the zwitterionic polyamine; and b. between 0% and 4.5%, preferably between 0% and 4%, preferably between 0% and 3.5%, more preferably between 0% and 3% by weight of the laundry detergent composition of a fatty acid, a neutralised fatty acid soap or a mixture thereof,
An orthopedic implant augment device comprising: a first surface having a mating face configured to mate with an implant; and a top surface comprising an opening (102a,102b) configured to receive a fastener, a second surface configured to mate with a patient's bone or tissue, wherein the second surface and the mating face are positioned on opposite sides of the top surface and the mating face comprises an arcuate contoured shape, characterised in that said opening comprises a plurality of fins disposed in a plane that is not parallel to the mating face and is not parallel to the second surface. a first surface having a mating face configured to mate with an implant; and a top surface comprising an opening (102a,102b) configured to receive a fastener, a second surface configured to mate with a patient's bone or tissue, wherein the second surface and the mating face are positioned on opposite sides of the top surface and the mating face comprises an arcuate contoured shape, characterised in that said opening comprises a plurality of fins disposed in a plane that is not parallel to the mating face and is not parallel to the second surface.
A multiple-pane insulating glazing unit having a between-pane space and two opposed external pane surfaces, a desired one of the two external pane surfaces bearing a coating comprising both an indium tin oxide film and an aluminum tin oxide film, the aluminum tin oxide film being located over the indium tin oxide film, the aluminum tin oxide film being in contact with the indium tin oxide film.
An agricultural row unit comprising: a row unit frame having a downwardly-extending shank; an opening disc assembly including two angled opening discs rollingly mounted to the shank and disposed to open a v-shaped trench in the soil surface; characterized in that the row unit further comprises: a depth sensor connected to said row unit frame, said depth sensor including: a pivot arm pivotally mounted to a bracket which is mounted to a lower portion of the shank; wherein the pivot arm includes left and right ground-engaging fingers (1224-1,1224-2); wherein ground-engaging portions of the fingers are spaced by a transverse spacing that is wider than a trench opened by the row unit such that the fingers contact the soil surface on either side of the trench; and, a sensor configured to generate a signal related to the angular position of the pivot arm. a row unit frame having a downwardly-extending shank; an opening disc assembly including two angled opening discs rollingly mounted to the shank and disposed to open a v-shaped trench in the soil surface; characterized in that the row unit further comprises: a depth sensor connected to said row unit frame, said depth sensor including: a pivot arm pivotally mounted to a bracket which is mounted to a lower portion of the shank; wherein the pivot arm includes left and right ground-engaging fingers (1224-1,1224-2); wherein ground-engaging portions of the fingers are spaced by a transverse spacing that is wider than a trench opened by the row unit such that the fingers contact the soil surface on either side of the trench; and, a sensor configured to generate a signal related to the angular position of the pivot arm. a pivot arm pivotally mounted to a bracket which is mounted to a lower portion of the shank; wherein the pivot arm includes left and right ground-engaging fingers (1224-1,1224-2); wherein ground-engaging portions of the fingers are spaced by a transverse spacing that is wider than a trench opened by the row unit such that the fingers contact the soil surface on either side of the trench; and, a sensor configured to generate a signal related to the angular position of the pivot arm.
A method for measuring the oxygen partial pressure or the oxygen content in a gas to be measured in at least one measurement cycle using a solid electrolyte cell with at least one oxygen-conducting solid electrolyte and with at least one reference electrode (3.1) and at least one measuring electrode (3.2), wherein the at least one measuring electrode (3.2) is connected with the gas to be measured and the at least one reference electrode (3.1) is connected with a reference gas or reference volume, separated from the gas to be measured, wherein for a pumping operation a current is imposed on the solid electrolyte cell via the electrodes, and a measured voltage (U M) is tapped off from the electrodes (3.1, 3.2), characterised in that, in a first phase (Phase I) of the measurement cycle the oxygen partial pressure of the reference volume is reduced via the solid electrolyte cell driven in the pumping operation until it is lower than the oxygen partial pressure of the gas to be measured, so that the measured voltage (U M) used in a measurement phase (Phase IV) to determine the oxygen partial pressure or the oxygen content of the gas to be measured is defined only or essentially only, by the oxygen partial pressure quotient from the oxygen partial pressure of the gas to be measured and that of the reference gas.
A support leg for a shield, comprising an elongated frame portion to be fastened to a shield, the frame portion having a first end and a second end, as well as a leg portion fastened at the second end of the frame portion, primarily perpendicularly with respect to the frame portion, wherein - the frame portion comprises a shield fastener to which the shield can be fastened and which shield fastener is turnable to at least two different positions with respect to at least the longitudinal direction of the frame portion, and lockable in the at least two different positions in a releasable way; - the leg portion comprises an elongated leg frame with a first end and a second end, characterized in that the leg portion comprises an auxiliary support with a first end and a second end, and in that - the auxiliary support is arranged in connection with the leg frame to be telescopically movable back and forth in the longitudinal direction of the leg frame so that the auxiliary support is movable to a transport position, in which the second end of the auxiliary support is substantially aligned with the second end of the leg frame, and from this position to a supporting position, in which the second end of the auxiliary support is spaced from the second end of the leg frame. - the frame portion comprises a shield fastener to which the shield can be fastened and which shield fastener is turnable to at least two different positions with respect to at least the longitudinal direction of the frame portion, and lockable in the at least two different positions in a releasable way; - the leg portion comprises an elongated leg frame with a first end and a second end, characterized in that the leg portion comprises an auxiliary support with a first end and a second end, and in that - the auxiliary support is arranged in connection with the leg frame to be telescopically movable back and forth in the longitudinal direction of the leg frame so that the auxiliary support is movable to a transport position, in which the second end of the auxiliary support is substantially aligned with the second end of the leg frame, and from this position to a supporting position, in which the second end of the auxiliary support is spaced from the second end of the leg frame.
Method for calling a function of a control program of an industrial controller, wherein the industrial controller has an OPC UA server, wherein the industrial controller communicates with an OPC UA client by means of the OPC UA communication protocol, and wherein the function is called by means of an OPC UA call from the OPC UA client, characterized in that, in order to call the function, - an OPC UA call directed thereto is transmitted from the OPC UA client to the OPC UA server of the industrial controller in a first step, - the OPC UA call is stored by a system program of the industrial controller in a second step, - a system function (OPC UA Call) of the system program is called at a defined point of an industrial control program in a third step, wherein the system function (OPC UA Call) checks whether an OPC UA call has been stored, and - if an OPC UA call is present, the function of the control program linked to this call is called in a fourth step, and otherwise the industrial control program is continued without branching to the function. - an OPC UA call directed thereto is transmitted from the OPC UA client to the OPC UA server of the industrial controller in a first step, - the OPC UA call is stored by a system program of the industrial controller in a second step, - a system function (OPC UA Call) of the system program is called at a defined point of an industrial control program in a third step, wherein the system function (OPC UA Call) checks whether an OPC UA call has been stored, and - if an OPC UA call is present, the function of the control program linked to this call is called in a fourth step, and otherwise the industrial control program is continued without branching to the function.
A method for mounting a retarder, in particular a permanent magnet retarder, in a vehicle drive train having a cardan shaft for drive power transmission, comprising the following steps: 1.1 severing the cardan shaft at an axial position or two axial positions between the joints thereof or providing cardan shaft sections (5.1, 5.2), so that two or three cardan shaft sections (5.1, 5.2, 5.3) with mutually facing end faces are obtained; 1.2 attaching an adapter intermediate piece having one or several receptacles for mounting the retarder to the mutually facing end faces of two cardan shaft sections (5.1, 5.2), so that the adapter intermediate piece is enclosed on both sides in the axial direction between the cardan shaft sections (5.1, 5.2); 1.3 interlocking or materially bonded connecting of the adapter intermediate piece to the end faces or in the region of the end faces, so that the two cardan shaft sections (5.1, 5.2) are non-rotatably and/or rigidly connected to one another via the adapter intermediate piece; 1.4 mounting of the retarder on the at least one receptacle of the adapter intermediate piece. 1.1 severing the cardan shaft at an axial position or two axial positions between the joints thereof or providing cardan shaft sections (5.1, 5.2), so that two or three cardan shaft sections (5.1, 5.2, 5.3) with mutually facing end faces are obtained; 1.2 attaching an adapter intermediate piece having one or several receptacles for mounting the retarder to the mutually facing end faces of two cardan shaft sections (5.1, 5.2), so that the adapter intermediate piece is enclosed on both sides in the axial direction between the cardan shaft sections (5.1, 5.2); 1.3 interlocking or materially bonded connecting of the adapter intermediate piece to the end faces or in the region of the end faces, so that the two cardan shaft sections (5.1, 5.2) are non-rotatably and/or rigidly connected to one another via the adapter intermediate piece; 1.4 mounting of the retarder on the at least one receptacle of the adapter intermediate piece.
A method for controlling insects comprising the steps of preparing a tankmix by mixing a larvicide and a liquid adjuvant, wherein the adjuvant is free of the larvicide and contains - at least 1 wt% polyorganosiloxane, - at least 20 wt% synthetic organic solvent; and applying the tankmix on a water surface, wherein the organic solvent contains an aliphatic C 5-12 ketone, wherein the organic solvent contains a C 5-18 aliphatic hydrocarbon, and wherein the organic solvent contains an ester of an aliphatic C 6-24 alcohol with aliphatic C 1-6 acid; wherein the adjuvant contains at least 5 wt% lactic acid ester, at least 10 wt% aliphatic C 5-12 ketone, at least 10 wt% C 5-18 aliphatic hydrocarbon, and at least 10 wt% ester of aliphatic C 6-24 alcohol with aliphatic C 1-6 acid; and wherein the larvicide contains temephos, spinosad, dinetofuran, methopren, Bacillus thuringiensis, Bacillus thuringiensis israelensis, or Bacillus sphaericus. - at least 1 wt% polyorganosiloxane, - at least 20 wt% synthetic organic solvent; and
A power semiconductor module arrangement comprising: a semiconductor substrate comprising a dielectric insulation layer, and a first metallization layer arranged on a first side of the dielectric insulation layer; at least one semiconductor body mounted on a first surface of the first metallization layer which faces away from the dielectric insulation layer; at least one contact element that is mechanically and electrically connected to the first metallization layer, wherein each of the contact elements extends from the first metallization layer in a vertical direction (y) perpendicular to the first surface, characteriszed in that each contact element comprises a first electrically conducting part, a second electrically conducting part, and an electrically insulating layer arranged between the first part and the second part, thereby interconnecting the first part and the second part and preventing an electrical connection between the first part and the second part, each contact element has a first length (l 1) in the vertical direction (y) that is large as compared to its dimensions (b n, w n) in a first and second horizontal direction (x, z) perpendicular to the vertical direction (y); and the electrically insulating layer of a contact element extends between the respective first part and second part in the vertical direction (y). a semiconductor substrate comprising a dielectric insulation layer, and a first metallization layer arranged on a first side of the dielectric insulation layer; at least one semiconductor body mounted on a first surface of the first metallization layer which faces away from the dielectric insulation layer; at least one contact element that is mechanically and electrically connected to the first metallization layer, wherein each of the contact elements extends from the first metallization layer in a vertical direction (y) perpendicular to the first surface, characteriszed in that each contact element comprises a first electrically conducting part, a second electrically conducting part, and an electrically insulating layer arranged between the first part and the second part, thereby interconnecting the first part and the second part and preventing an electrical connection between the first part and the second part, each contact element has a first length (l 1) in the vertical direction (y) that is large as compared to its dimensions (b n, w n) in a first and second horizontal direction (x, z) perpendicular to the vertical direction (y); and the electrically insulating layer of a contact element extends between the respective first part and second part in the vertical direction (y).
Method of manufacturing a filling material for a pouched smokeless snus product, the method comprising the steps of: a) coating non-tobacco plant material with nicotine using a liquid nicotine-in-glycerol solution, wherein the nicotine is present in a concentration of 2 to 20 weight-% based on the total weight of the nicotine-in-glycerol solution; b) mixing the coated non-tobacco plant material with water and salt, preferably the salt is NaCl, and optionally uncoated non-tobacco plant material and/or tobacco material to form the filling material; c) optionally subjecting the filling material to a pasteurization step; and d) optionally mixing the product of step b) or c) with further ingredients, preferably the further ingredients comprise or consist of NH 4 Cl, Na 2 CO 3, propylene glycol, optionally one or more flavours and/or combinations thereof. a) coating non-tobacco plant material with nicotine using a liquid nicotine-in-glycerol solution, wherein the nicotine is present in a concentration of 2 to 20 weight-% based on the total weight of the nicotine-in-glycerol solution; b) mixing the coated non-tobacco plant material with water and salt, preferably the salt is NaCl, and optionally uncoated non-tobacco plant material and/or tobacco material to form the filling material; c) optionally subjecting the filling material to a pasteurization step; and d) optionally mixing the product of step b) or c) with further ingredients, preferably the further ingredients comprise or consist of NH 4 Cl, Na 2 CO 3, propylene glycol, optionally one or more flavours and/or combinations thereof.
Superstructure for a rescue vehicle comprising: • a central portion provided with a longitudinal portion extending along a longitudinal axis and having at least a U-shaped cross section in a transversal plane and a terminal plate extending in said transversal plane beyond the cross-section defined by the longitudinal portion and coupled to an extremity of the latter; • a roof configured to be connected to said central portion and having a length equal to the longitudinal extension of said central portion and a width equal to the transversal extension of said terminal plate; and • a plurality of lateral compartment configured to be connected to said central portion and/or said roof, characterized in that said longitudinal portion comprises a pair of lateral walls and a bottom wall enclosing together a space, said longitudinal portion being provided with a plurality of openings realized in said lateral walls and configured to allow the access to said space. • a central portion provided with a longitudinal portion extending along a longitudinal axis and having at least a U-shaped cross section in a transversal plane and a terminal plate extending in said transversal plane beyond the cross-section defined by the longitudinal portion and coupled to an extremity of the latter; • a roof configured to be connected to said central portion and having a length equal to the longitudinal extension of said central portion and a width equal to the transversal extension of said terminal plate; and • a plurality of lateral compartment configured to be connected to said central portion and/or said roof,
A cell access resource indication method performed by a base station or a processor of the base station, comprising: sending a synchronization signal of a current cell on an actual access resource; and sending a broadcast channel on a broadcast channel resource corresponding to the actual access resource, wherein the broadcast channel carries resource indication information, and the resource indication information indicates a location relationship between the actual access resource and a preset resource of the current cell; wherein the location relationship is a frequency interval between a resource location of the actual access resource and a location of the preset resource of the current cell. sending a synchronization signal of a current cell on an actual access resource; and sending a broadcast channel on a broadcast channel resource corresponding to the actual access resource, wherein the broadcast channel carries resource indication information, and the resource indication information indicates a location relationship between the actual access resource and a preset resource of the current cell; wherein the location relationship is a frequency interval between a resource location of the actual access resource and a location of the preset resource of the current cell.