mhurhangee/ep-ind-claims huggingface dataset:
Agricultural working machine, in particular harvesting machine, wherein an internal combustion engine is provided which can be operated at various power levels at which it respectively has a different power characteristic curve wherein at least one working assembly is provided to which power which is output by the internal combustion engine can be fed, and wherein a regulating device is provided which is configured to bring about automated switching over of the internal combustion engine from one of the power levels into another of the power levels as soon as the power demand which is assigned to the at least one working assembly changes, characterized in that the power levels are assigned to various, preselectable power level ranges (B LS) which differ from one another in respect of the highest respectively assigned power level, and in that the regulating device is configured to bring about switching over of the internal combustion engine only between power levels of the respectively preselected power level range (B LS) -
A method for minimizing interferences between a first Time-Division Duplex, TDD, communications system and at least a second TDD communications system that coexists in the same band with the first TDD communications system, wherein each TDD system comprises at least one base station, a first base station, BS1, in the first TDD communications system and a second base station, BS2,in the second TDD communications system respectively, in charge of scheduling downlink, DL, and uplink, UL, transmissions and at least one user equipment, wherein the DL and UL transmissions scheduling in the second TDD system is made according to a pre-established fixed UL:DL pattern which indicates which time intervals are reserved for DL transmission and which for UL reception in the second base station, BS2, side, wherein the method comprises the following steps performed by BS1: a) scheduling a time interval for transmission of DL packets from BS1 only if said time interval is contained within the time intervals reserved for DL transmission in said second TDD system and said time interval does not overlap with any UL time interval scheduled by BS1 for UL reception; b) scheduling one or more time intervals for transmission of UL packets by a user equipment, wherein said one or more time intervals are at least partially outside the time intervals reserved for UL transmission in said second TDD system. a) scheduling a time interval for transmission of DL packets from BS1 only if said time interval is contained within the time intervals reserved for DL transmission in said second TDD system and said time interval does not overlap with any UL time interval scheduled by BS1 for UL reception; b) scheduling one or more time intervals for transmission of UL packets by a user equipment, wherein said one or more time intervals are at least partially outside the time intervals reserved for UL transmission in said second TDD system.
A valve closure for containers which includes; - a valve housing adapted for engagement with a neck of a container, an upper end of the valve housing having an inner port for liquid and a concentric outer port for pressurised gas, and the valve housing having one or more openings for admitting pressurised gas from the outer port into the container; - a dip tube assembly (20, 8, 24) having an end portion within the valve housing and which projects downwardly from a lower end of the valve housing for conducting liquid from the container through the inner port; - at least one valve member arranged to control flow through one or both of the said ports; and - a spring element urging the valve member upwards to close the respective port, or ports, the valve member being movable in use against the closing action of the spring element by means of a valve-opening member, in which the spring element is moulded from a resilient polymeric material and comprises a plurality of interconnected sections arranged such that movement of the valve member by the valve-operating member causes resilient deformation of the interconnected sections, characterised in that the interconnected sections are arranged in a stack and in that the interconnected sections are located around the dip tube assembly (20, 8, 24). - a valve housing adapted for engagement with a neck of a container, an upper end of the valve housing having an inner port for liquid and a concentric outer port for pressurised gas, and the valve housing having one or more openings for admitting pressurised gas from the outer port into the container; - a dip tube assembly (20, 8, 24) having an end portion within the valve housing and which projects downwardly from a lower end of the valve housing for conducting liquid from the container through the inner port; - at least one valve member arranged to control flow through one or both of the said ports; and - a spring element urging the valve member upwards to close the respective port, or ports, the valve member being movable in use against the closing action of the spring element by means of a valve-opening member, in which the spring element is moulded from a resilient polymeric material and comprises a plurality of interconnected sections arranged such that movement of the valve member by the valve-operating member causes resilient deformation of the interconnected sections,
A method to execute a secure user login procedure in an application server, comprising: a. running a login software application in a personal computing device, b. connecting, by means of the login software application in the personal computing device, to an application server of interest, c. transmitting (730, 750) to the application server a login request comprising an anonymous identifier and a digital signature of the anonymous identifier, the anonymous identifier being known only to the login software application in the personal computing device and to a login and access software application in the application server, and wherein the anonymous identifier is a public cryptographic key derived from a randomly generated private cryptographic key in an asymmetric system, d. receiving (740, 760) in the application server the login request from the login software application in the personal computing device, e. validating the anonymous identifier by means of the login and access software application by converting the digital signature of the anonymous identifier and matching the converted content with the transmitted anonymous identifier, and granting, upon successfully matching the validated anonymous identifier to a user registration database containing anonymous identifiers, the personal computing device access to the application server for a user session. a. running a login software application in a personal computing device, b. connecting, by means of the login software application in the personal computing device, to an application server of interest, c. transmitting (730, 750) to the application server a login request comprising an anonymous identifier and a digital signature of the anonymous identifier, the anonymous identifier being known only to the login software application in the personal computing device and to a login and access software application in the application server, and wherein the anonymous identifier is a public cryptographic key derived from a randomly generated private cryptographic key in an asymmetric system, d. receiving (740, 760) in the application server the login request from the login software application in the personal computing device, e. validating the anonymous identifier by means of the login and access software application by converting the digital signature of the anonymous identifier and matching the converted content with the transmitted anonymous identifier, and granting, upon successfully matching the validated anonymous identifier to a user registration database containing anonymous identifiers, the personal computing device access to the application server for a user session.
A male urinary catheter (14, 46, 96), comprising: a catheter body (10, 28, 38, 50, 56, 82, 110, 124a, 124b, 124c) and an outer layer (12, 48, 98) and defining a proximal first section (70, 84, 100, 120); a second section (68, 86, 102, 118) adjacent to and distal from the proximal section (70, 84, 100, 120); a third section (66, 88, 104, 116) adjacent to and distal from the second section (68, 86, 102, 118); a fourth section (64, 90, 106, 114) adjacent to and distal from the third section (66, 88, 104, 116); and a distal fifth section (62, 92, 108, 112) adjacent to and distal from the fourth section (64, 90, 106, 114), wherein the first section (70, 84, 100, 120), the third section (66, 88, 104, 116) and the fifth section (62, 92, 108, 112) are relatively rigid, the second and fourth sections (68, 86, 102, 118, 64, 90, 106, 114) are relatively flexible, and the outer layer (12, 48, 98) is applied to cover the catheter body (10, 28, 38, 50, 56, 82, 110, 124a, 124b, 124c) in at least part of the sections. a proximal first section (70, 84, 100, 120); a second section (68, 86, 102, 118) adjacent to and distal from the proximal section (70, 84, 100, 120); a third section (66, 88, 104, 116) adjacent to and distal from the second section (68, 86, 102, 118); a fourth section (64, 90, 106, 114) adjacent to and distal from the third section (66, 88, 104, 116); and a distal fifth section (62, 92, 108, 112) adjacent to and distal from the fourth section (64, 90, 106, 114), wherein the first section (70, 84, 100, 120), the third section (66, 88, 104, 116) and the fifth section (62, 92, 108, 112) are relatively rigid, the second and fourth sections (68, 86, 102, 118, 64, 90, 106, 114) are relatively flexible, and the outer layer (12, 48, 98) is applied to cover the catheter body (10, 28, 38, 50, 56, 82, 110, 124a, 124b, 124c) in at least part of the sections. the first section (70, 84, 100, 120), the third section (66, 88, 104, 116) and the fifth section (62, 92, 108, 112) are relatively rigid, the second and fourth sections (68, 86, 102, 118, 64, 90, 106, 114) are relatively flexible, and the outer layer (12, 48, 98) is applied to cover the catheter body (10, 28, 38, 50, 56, 82, 110, 124a, 124b, 124c) in at least part of the sections.
A system comprising: a surface configured to display a plurality of images related to a game; a vehicle configured to accommodate a rider and comprising interface circuitry configured to receive an input from the rider related to a vehicle path on the surface, wherein the vehicle operates according to the input to move on the surface on the vehicle path; wherein the vehicle includes a vehicle controller configured to control movement of the vehicle on the surface according to the input from the vehicle rider; and a game controller configured to: determine that the vehicle has moved over a first image of the plurality of images while on the vehicle path based on a signal from the vehicle, the surface, an external sensor, or a combination thereof; provide instructions to display circuitry associated with the surface to change the first image when the vehicle has moved over the first image while on the vehicle path; and update a score associated with the vehicle when the vehicle has moved over the first image while on the vehicle path. a surface configured to display a plurality of images related to a game; a vehicle configured to accommodate a rider and comprising interface circuitry configured to receive an input from the rider related to a vehicle path on the surface, wherein the vehicle operates according to the input to move on the surface on the vehicle path; wherein the vehicle includes a vehicle controller configured to control movement of the vehicle on the surface according to the input from the vehicle rider; and a game controller configured to: determine that the vehicle has moved over a first image of the plurality of images while on the vehicle path based on a signal from the vehicle, the surface, an external sensor, or a combination thereof; provide instructions to display circuitry associated with the surface to change the first image when the vehicle has moved over the first image while on the vehicle path; and update a score associated with the vehicle when the vehicle has moved over the first image while on the vehicle path. determine that the vehicle has moved over a first image of the plurality of images while on the vehicle path based on a signal from the vehicle, the surface, an external sensor, or a combination thereof; provide instructions to display circuitry associated with the surface to change the first image when the vehicle has moved over the first image while on the vehicle path; and update a score associated with the vehicle when the vehicle has moved over the first image while on the vehicle path.
A folding device (1;1a) comprising: a main body (10;10a); two connecting members (20;20a) respectively pivotally connected to and abutable against two opposite ends of the main body (10;10a), with each of the two connecting members (20;20a) including an engaging portion (21;21a); and a locking assembly including first and second hooking members (31,32), a lever, and an axial member, with the first hooking member and the lever pivotally connected to the main body, with the axial member inserted through the main body, the first hooking member and the lever, with the second hooking member pivotally connected to the lever, with the first hooking member including a first hooking portion, with the second hooking member including a second hooking portion, with the lever pivotable with respect to the main body between locking and releasing positions; wherein when the two connecting members (20;20a) are abutted against the main body (10;10a), and the lever is in the locking position, the engaging portion (21;21a) of one of the two connecting members (20;20a) is engaged with the first hooking portion of the first hooking member, and the engaging portion of the other connecting member (20;20a) is engaged with the second hooking portion of the second hooking member; and wherein when the lever is in the releasing position, the two engaging portions (21;21a) of the two connecting members (20;20a) are respectively disengaged from the first and second hooking portions (311,321). a main body (10;10a); two connecting members (20;20a) respectively pivotally connected to and abutable against two opposite ends of the main body (10;10a), with each of the two connecting members (20;20a) including an engaging portion (21;21a); and a locking assembly including first and second hooking members (31,32), a lever, and an axial member, with the first hooking member and the lever pivotally connected to the main body, with the axial member inserted through the main body, the first hooking member and the lever, with the second hooking member pivotally connected to the lever, with the first hooking member including a first hooking portion, with the second hooking member including a second hooking portion, with the lever pivotable with respect to the main body between locking and releasing positions; wherein when the two connecting members (20;20a) are abutted against the main body (10;10a), and the lever is in the locking position, the engaging portion (21;21a) of one of the two connecting members (20;20a) is engaged with the first hooking portion of the first hooking member, and the engaging portion of the other connecting member (20;20a) is engaged with the second hooking portion of the second hooking member; and wherein when the lever is in the releasing position, the two engaging portions (21;21a) of the two connecting members (20;20a) are respectively disengaged from the first and second hooking portions (311,321).
A voltage transforming apparatus, comprising: - a first high voltage side coil; - a first low voltage side coil magnetically coupled to the first high voltage side coil; - a second low voltage side coil magnetically coupled to the first high voltage side coil; and - a first switch (SW1, SW2A, SW2B) switching an externally supplied voltage between being supplied to the first low voltage side coil and the second low voltage side coil and being supplied to the first high voltage side coil, the first low voltage side coil and the second low voltage side coil being provided such that a magnetic flux generated by current flowing through the first low voltage side coil and a magnetic flux generated by current flowing through the second low voltage side coil cancel each other out, when a voltage is supplied via the first switch (SW1, SW2A, SW2B). - a first high voltage side coil; - a first low voltage side coil magnetically coupled to the first high voltage side coil; - a second low voltage side coil magnetically coupled to the first high voltage side coil; and - a first switch (SW1, SW2A, SW2B) switching an externally supplied voltage between being supplied to the first low voltage side coil and the second low voltage side coil and being supplied to the first high voltage side coil, the first low voltage side coil and the second low voltage side coil being provided such that a magnetic flux generated by current flowing through the first low voltage side coil and a magnetic flux generated by current flowing through the second low voltage side coil cancel each other out, when a voltage is supplied via the first switch (SW1, SW2A, SW2B).
Method for executing an application on a terminal provided with a chip card, in which an installation entity implements the following: - a verification that said chip card has execution resources for executing a remote server module in cooperation with a client module which is being executed on said terminal to provide said application; and, said chip card having been verified as having said resources for executing said remote server module: - a request for creating a virtualized resource based on said execution resources, to a virtualized resources management entity of the chip card; and - a command for installing said remote server module in the chip card, for the execution, by the created virtualized resource, of said remote server module, in cooperation with the client module. - a verification that said chip card has execution resources for executing a remote server module in cooperation with a client module which is being executed on said terminal to provide said application; - a request for creating a virtualized resource based on said execution resources, to a virtualized resources management entity of the chip card; and - a command for installing said remote server module in the chip card, for the execution, by the created virtualized resource, of said remote server module, in cooperation with the client module.
A method for performing a retrotraverse behavior for a remote vehicle having a control system comprising a memory and being configured to communicate with an operator control unit, the method comprising: generating a list of time stamped waypoints separated by at least a minimum difference in time and distance; storing the list of time stamped waypoints in the memory; generating a return path of interconnected previously-traversed waypoints in reverse order of timestamps responsive to losing communication with the operator control unit or responsive to receiving a command from the operator control unit; and navigating along the return path until communication with the operator control unit is restored or until a command is received from the operator control unit. generating a list of time stamped waypoints separated by at least a minimum difference in time and distance; storing the list of time stamped waypoints in the memory; generating a return path of interconnected previously-traversed waypoints in reverse order of timestamps responsive to losing communication with the operator control unit or responsive to receiving a command from the operator control unit; and navigating along the return path until communication with the operator control unit is restored or until a command is received from the operator control unit.
A curable composition for strengthening fingernails or toenails comprising: a polymerizable material in an amount ranging from 40% to 99% by weight, wherein the polymerizable material is selected from hydroxypropyl methacrylate (HPMA), ethylene dimethacrylate (EDMA), bis(glyceryl dimethacrylate) pyromellitate (PMGDM), and combinations thereof; at least one penetrating agent in an amount ranging from 1% to 40% by weight; and a curing agent in an amount from 0.1% to 5% by weight, wherein the penetrating agent allows the polymerizable material to penetrate beneath a surface of the fingernail or toenail when the composition is applied to the fingernail or toenail, wherein the polymerizable material does not cross-link with keratin present within the nail when it is cured, and wherein the at least one penetrating agent is selected from natural vegetable and plant oils. wherein the polymerizable material is selected from hydroxypropyl methacrylate (HPMA), ethylene dimethacrylate (EDMA), bis(glyceryl dimethacrylate) pyromellitate (PMGDM), and combinations thereof; at least one penetrating agent in an amount ranging from 1% to 40% by weight; and a curing agent in an amount from 0.1% to 5% by weight, at least one penetrating agent in an amount ranging from 1% to 40% by weight; and a curing agent in an amount from 0.1% to 5% by weight, wherein the penetrating agent allows the polymerizable material to penetrate beneath a surface of the fingernail or toenail when the composition is applied to the fingernail or toenail, wherein the polymerizable material does not cross-link with keratin present within the nail when it is cured, and wherein the at least one penetrating agent is selected from natural vegetable and plant oils.
An extruded tube, comprising at least one thermoplastic, melt processable fluoropolymer resin, wherein the extruded tube exhibits heat shrink capability, longitudinal peelability, and translucency or transparency through a wall of the extruded tube, characterised in that the extruded tube exhibits a melting point onset of less than about 230 °C.
A pendent fire protection sprinkler for storage applications, comprising a body, including a fluid passage and an output orifice sealed with a seal cap, two arms extending from the body and meeting at a hub, a release mechanism with a thermally-responsive element positioned between the seal cap and the hub, and a deflector positioned on the hub and facing the output orifice, the deflector comprising: a plurality of aligned slots at about 90° from each other; a plurality of corner slots located between the aligned slots; and a plurality of angled slots located between the aligned slots and the corner slots, wherein the length of the plurality of angled slots is less than a length of the plurality of aligned slots, characterized in that a centerline of each angled slot extends outwardly in a direction toward a centerline of an adjacent one of the corner slots, wherein a length of the plurality of corner slots is greater than a length of the plurality of aligned slots. a plurality of aligned slots at about 90° from each other; a plurality of corner slots located between the aligned slots; and a plurality of angled slots located between the aligned slots and the corner slots, wherein the length of the plurality of angled slots is less than a length of the plurality of aligned slots, characterized in that a centerline of each angled slot extends outwardly in a direction toward a centerline of an adjacent one of the corner slots, wherein a length of the plurality of corner slots is greater than a length of the plurality of aligned slots.
Film for arranging and increasing the friction between two frictionally joined components, in particular of a motor vehicle, having a load-bearing matrix and a plurality of hard particles arranged in the matrix, wherein at least one side of the film has a self-adhesive layer for adhesive bonding onto one of the two components and wherein the hard particles at least partially protrude from both surfaces of the matrix, characterized in that the matrix comprises a nonwoven, paper, entangled fibers and/or a porous structure or in that the matrix consists of a nonwoven, of paper, of entangled fibers or of a porous structure.