mhurhangee/ep-ind-claims huggingface dataset:
A charging method, applied to a gateway (800, 900, 1000), comprising: sending, when a first device of a customer establishing a connection to the gateway (800, 900, 1000), a session establishment request message to an online charging system, to establish a customer-level charging session with the online charging system, wherein the session establishment request message comprises an identifier of the customer; sending a request message for requesting quota, in the customer-level charging session, to the online charging system, wherein the request message for requesting quota comprises the identifier of the customer and a rating group; receiving a quota for the rating group that is delivered by the online charging system; applying the quota to devices of the customer that belong to the rating group, wherein the devices include a second device of the customer and a third device of the customer; sending, in the customer-level charging session, a message for reporting charging information of the customer, wherein the identifier of the customer, charging information of the second device of the customer and charging information of the third device of the customer are separately comprised in the message for reporting charging information; wherein the second device of the customer and the third device of the customer have established connections to the gateway (800, 900, 1000). sending, when a first device of a customer establishing a connection to the gateway (800, 900, 1000), a session establishment request message to an online charging system, to establish a customer-level charging session with the online charging system, wherein the session establishment request message comprises an identifier of the customer; sending a request message for requesting quota, in the customer-level charging session, to the online charging system, wherein the request message for requesting quota comprises the identifier of the customer and a rating group; receiving a quota for the rating group that is delivered by the online charging system; applying the quota to devices of the customer that belong to the rating group, wherein the devices include a second device of the customer and a third device of the customer; sending, in the customer-level charging session, a message for reporting charging information of the customer, wherein the identifier of the customer, charging information of the second device of the customer and charging information of the third device of the customer are separately comprised in the message for reporting charging information; wherein the second device of the customer and the third device of the customer have established connections to the gateway (800, 900, 1000).
A dishwasher comprising a body, a door that provides access into the body, a detergent dispenser disposed at the inner side of the door and wherein detergent is filled, the door having an opening situated at a higher position than the detergent dispenser and wherein the detergent is filled and a channel that joins the opening with the detergent dispenser and delivering the detergent filled from the opening to the detergent dispenser with the effect of gravity, characterized in that the dishwasher further comprises - a panel disposed at the door so as to move together with the door, the panel being movable with respect to the door between a closed position and an open position, wherein the opening is disposed on the panel, wherein the opening cannot be reached from outside the body in the closed position of the panel, and wherein the opening can be reached from outside the body in the open position of the panel while the door is in a closed position. - a panel disposed at the door so as to move together with the door, the panel being movable with respect to the door between a closed position and an open position, wherein the opening is disposed on the panel, wherein the opening cannot be reached from outside the body in the closed position of the panel, and wherein the opening can be reached from outside the body in the open position of the panel while the door is in a closed position.
A method for switching, comprising: receiving a high-speed shared control channel, HS-SCCH, order carrying a switching indication information that requires a user equipment, UE to switch a transmission time interval, TTI, wherein the switching indication information is sent by a base station; sending to the base station a switching confirmation information, wherein the switching indication information is confirmed with the switching confirmation information; and switching the TTI. receiving a high-speed shared control channel, HS-SCCH, order carrying a switching indication information that requires a user equipment, UE to switch a transmission time interval, TTI, wherein the switching indication information is sent by a base station; sending to the base station a switching confirmation information, wherein the switching indication information is confirmed with the switching confirmation information; and switching the TTI.
Pump device for use in operating rooms comprising a pump unit having a pump for pumping a rinsing liquid through a pump tube, and a control unit for controlling the pump pressure of the pump unit, wherein the pump device comprises a detection module for detecting a height adjustment of an operating table of the operating room, characterized in that the detection module comprises a light element for projecting a calibration plane, a calibration scale or at least one calibration point onto the operating table or onto the patient who is lying on the operating table.
An endotracheal tube, comprising at least one main tubular body, configured for the at least partial insertion into the respiratory tract of a patient, through the mouth or the nose, said endotracheal tube comprising at least one tubular reinforcement skeleton for said body, at least one useful portion of said skeleton being constituted by at least one first filament which is wound in a helical manner around the longitudinal axis of said body and being selectively disengageable from said body, for its removal after the completion of the step of insertion of said body into the respiratory tract of the patient, characterized in that said skeleton is accommodated within the thickness of said body, said at least one first filament being longitudinally extractable from said thickness.
An apparatus for operating on tissue, the apparatus comprising: (a) a body assembly; (b) a shaft extending distally from the body assembly, wherein the shaft defines a longitudinal axis; (c) an articulation section coupled with the shaft; (d) an end effector coupled with the articulation section, wherein the end effector comprises: (i) a working element configured to engage tissue, and (ii) a clamp arm operable to pivot toward and away from the working element; and (e) a first pair of translating members (1202, 1204), wherein the first pair of translating members is operable to actuate the articulation section to thereby deflect the end effector from the longitudinal axis; (f) a second pair of translating members (1206, 1208), wherein the second pair of translating members is operable to drive the clamp arm toward and away from the working element; and (g) an idler configured to provide coordinated opposing longitudinal movement of the second pair of translating members in response to deflection of the end effector from the longitudinal axis. (a) a body assembly; (b) a shaft extending distally from the body assembly, wherein the shaft defines a longitudinal axis; (c) an articulation section coupled with the shaft; (d) an end effector coupled with the articulation section, wherein the end effector comprises: (i) a working element configured to engage tissue, and (ii) a clamp arm operable to pivot toward and away from the working element; and (i) a working element configured to engage tissue, and (ii) a clamp arm operable to pivot toward and away from the working element; and (e) a first pair of translating members (1202, 1204), wherein the first pair of translating members is operable to actuate the articulation section to thereby deflect the end effector from the longitudinal axis; (f) a second pair of translating members (1206, 1208), wherein the second pair of translating members is operable to drive the clamp arm toward and away from the working element; and (g) an idler configured to provide coordinated opposing longitudinal movement of the second pair of translating members in response to deflection of the end effector from the longitudinal axis.
A method for manufacturing pouches made of at least partly thermoplastic material, which comprises the steps of: a. superimposing at least two webs (1, 2) of at least partly thermoplastic material; b. joining said webs (1, 2) at adhesion regions or lines; c. cutting said webs (1, 2) at cutting regions or lines in order to provide pouches; characterized in that it comprises, after said step of superimposing the webs, the step of: a1. in a condition in which the webs (1, 2) are superimposed, exerting a traction force on said webs (1,2) and causing the selective elongation of at least one of the two webs (1, 2) via the application of heat; said heat being selectively applied to one web or to the other web or to both the webs (1, 2) so as to mutually align said webs (1, 2) as result of said elongation. a. superimposing at least two webs (1, 2) of at least partly thermoplastic material; b. joining said webs (1, 2) at adhesion regions or lines; c. cutting said webs (1, 2) at cutting regions or lines in order to provide pouches;
Use of a diesel fuel composition characterised by an aniline point greater than 80 °C during storage and/or transportation thereby to reduce zinc up-take by the diesel fuel composition when brought into contact with zinc during storage and/or transportation.
A printer system, with: a print and apply device ( 102; 204) configured to print or encode a label and apply the label to the package (112; 612), wherein the device has a printer/encoder portion and an applicator portion; a first motor ( 104; 204; 604) to move the print and apply device in an X-direction; a second motor ( 106; 206; 606) to move the print and apply device in a Y-direction; a third motor ( 108; 208; 608) to move the print and apply device in a Z-direction; a controller ( 210; 206; 604) coupled to the print and apply device and having a single interface configured to receive a single data stream comprising label data and positioning data from a single data stream; and a command parser configured to receive the single data stream and parse label data to the printer/encoder portion and positioning data to the applicator portion, characterized in that it further comprises: a first supplemental motor to rotate the print and apply device along the X-axis; a second supplemental motor to rotate the print and apply device along the Y-axis; a third supplemental motor to rotate the print and apply device along the Z-axis; a camera for determining if said package is within field of view; a sensor for detecting skew angle of said package. a print and apply device ( 102; 204) configured to print or encode a label and apply the label to the package (112; 612), wherein the device has a printer/encoder portion and an applicator portion; a first motor ( 104; 204; 604) to move the print and apply device in an X-direction; a second motor ( 106; 206; 606) to move the print and apply device in a Y-direction; a third motor ( 108; 208; 608) to move the print and apply device in a Z-direction; a controller ( 210; 206; 604) coupled to the print and apply device and having a single interface configured to receive a single data stream comprising label data and positioning data from a single data stream; and a command parser configured to receive the single data stream and parse label data to the printer/encoder portion and positioning data to the applicator portion, characterized in that it further comprises: a first supplemental motor to rotate the print and apply device along the X-axis; a second supplemental motor to rotate the print and apply device along the Y-axis; a third supplemental motor to rotate the print and apply device along the Z-axis; a camera for determining if said package is within field of view; a sensor for detecting skew angle of said package. a first supplemental motor to rotate the print and apply device along the X-axis; a second supplemental motor to rotate the print and apply device along the Y-axis; a third supplemental motor to rotate the print and apply device along the Z-axis; a camera for determining if said package is within field of view; a sensor for detecting skew angle of said package.
A variable valve actuation mechanism for an internal combustion engine comprising at least one valve for control of gas admission to a cylinder of the engine and/or gas exhaust from the cylinder, comprising - two concentrically arranged camshafts (301, 302), - a cam set comprising two cams (303, 304), each fixed to a respective of the camshafts (301, 302), whereby the camshafts (301, 302) are arranged to be turned in relation to each other, so as to change the combined profile of the cams (303, 304), and - a cam follower adapted to follow the combined profile of the cams (303, 304) and to actuate at least one of the at least one valve in dependence on the combined profile of the cams (303, 304), - characterised in that the cam follower comprises two rollers (312, 313), each roller (312, 313) being adapted to follow a respective of the cams (303, 304). - two concentrically arranged camshafts (301, 302), - a cam set comprising two cams (303, 304), each fixed to a respective of the camshafts (301, 302), whereby the camshafts (301, 302) are arranged to be turned in relation to each other, so as to change the combined profile of the cams (303, 304), and - a cam follower adapted to follow the combined profile of the cams (303, 304) and to actuate at least one of the at least one valve in dependence on the combined profile of the cams (303, 304), - characterised in that the cam follower comprises two rollers (312, 313), each roller (312, 313) being adapted to follow a respective of the cams (303, 304).
A method for cooling a dosing unit pertaining to HC dosing systems for exhaust cleaning which comprise a dosing unit for fuel and a feed device for said fuel, whereby said feed device is arranged to pump reducing agent from a container via a first line, and via a second line supply said fuel to said dosing unit, and where a third line is arranged between said dosing unit and said container, whereby said third line is adapted to leading back a certain amount of the fuel fed to the dosing unit to said container, comprising the step of - cooling said fuel dosing unit by means of said fuel supplied to said dosing unit, whereby, at ordinary operation a return flow from said dosing unit to said container is essentially constant, characterised by the step of - after cessation of an exhaust flow, running said feed device to supply said coolant fuel to said dosing unit at reduced power, whereby a lower pressure towards said reducing agent dosing unit compared with ordinary operation is achieved. - cooling said fuel dosing unit by means of said fuel supplied to said dosing unit, whereby, at ordinary operation a return flow from said dosing unit to said container is essentially constant, characterised by the step of - after cessation of an exhaust flow, running said feed device to supply said coolant fuel to said dosing unit at reduced power, whereby a lower pressure towards said reducing agent dosing unit compared with ordinary operation is achieved.
A telescopic guide rail for telescopic furniture parts such as drawers or the like, comprising a body rail which can be fixed to a furniture body, a running rail which can be connected to the telescopic furniture part, a middle rail which is arranged between the body rail and the running rail and increases the pull-out length, and a sequence control unit, by means of which the running rail is coupled to the middle rail during pull-out from the closing position for such a time until the middle rail has reached its maximum pull-out position, and is blocked in said position in relation to the body rail while the running rail is simultaneously decoupled from the middle rail, and the middle rail is displaceable in relation to the body rail in the closing direction only when the running rail is maximally displaced in the direction of insertion in relation to the initially blocked middle rail and is thus coupled again to the middle rail in this process, characterized in that the sequence control unit consists of a coupling member, which is provided with two sliding guides (6a, 6b) extending in a mirror-inverted manner in relation to one another, and of a first sliding block fixed to the body rail and associated with a first one of the sliding guides, and of a second sliding block fixed to the running rail and associated with the second sliding guide, wherein the coupling member is pivotably mounted about an axis that extends perpendicularly to the plane of displacement of the telescopic guide rail, said plane of displacement being disposed horizontally in the in-use position, and the sliding guides (6a, 6b) extend in a V-shape by expanding one in relation to the other in such a way that during the entry of the first sliding block into the first sliding guide associated therewith a switching of the coupling member and thus a resulting release of the second sliding block from the second sliding guide associated therewith is produced and vice versa.
An installation frame for a roof window for installation in a roof structure comprising battens (302, 303), said installation frame comprising a top part, a bottom part, and two side parts, the side parts being connectable to the top part and bottom part at ends thereof to form the installation frame as a rectangular frame, at least one of the side parts being movably connectable to the top part and/or the bottom part for said side parts to be shiftable by lateral at least relative movement towards and away from each other for said side parts to assume respectively a defined proximal position and a defined distal position relative to each other, wherein a locking element is movable between a locking position, in which it locks said at least one side part relative to the top part and/or the bottom part, and a release position in which it releases said at least one side part to be shifted relative to the top part and/or the bottom part, characterized in that said locking element is a resilient element urging in its locking position said at least one side part and the top part and/or the bottom part against each other in a frictional engagement.
A wall system or ceiling system for buildings, having a first flat sandwich-type structural element that comprises a cellulose honeycomb board, which is accommodated in a sandwich-like manner between two covering layers and preferably has an impregnating coating to increase fire- and/or water-resistance and/or mechanical stability; the first sandwich-type structural element being connected by means of a spring element accommodated in an edge-side groove in the sandwich-type structural element to a component that receives the spring element in an edge-side component groove; the spring element being in the form of a hollow channel spring element with at least one hollow channel, which preferably extends axially in the direction of the longitudinal extent thereof and is preferably axially continuous, characterised in that the at least one hollow channel is in the form of an air duct and is connected in an air-conducting manner to a fan.
A gearbox in an arrangement in a wind turbine comprising a sun gear that is arranged rotatably about a rotor axis and that is couplable to a rotor of the wind turbine, a gearbox casing within which the sun gear is rotatably arranged, and a plurality of satellite units that are arranged distributed over the periphery of the sun gear, that are in operative connection with the sun gear, and that are drivable by generators that can be associated with the satellite units, characterized in that the satellite units comprise two gear shafts respectively in engagement with the sun gear and one output shaft, with the output shaft being in engagement with the two gear shafts and being couplable with an associated generator, and with the satellite units being designed in modular form and being releasably arranged at the gearbox casing, and with the gearbox casing being rotatable about the sun gear.
Motor vehicle diagnostic system having a centralized computer-assisted diagnostic unit, a multiplicity of vehicle diagnostic means, networked to the diagnostic unit, for the stationary measurement of properties of the motor vehicle by simulating close-to-reality driving cycles and having an output interface for outputting a vehicle-related diagnostic result, characterized in that a correlation unit is connected to the diagnostic unit which is configured to correlate measured properties of the motor vehicle with global status information items which are determined for a group of vehicles and/or vehicle parts of the same type, and to derive status information about the vehicle going beyond the measured properties, and to make it available as a diagnostic result from the correlation result, and in that the vehicle diagnostic means have driveable braking rollers for supporting driven wheels of the motor vehicle and for simulating load cycles and the diagnostic unit is configured to detect statuses of auxiliary units and secondary units of the motor vehicle on the basis of the load effect of the auxiliary units and secondary units on the drive of the motor vehicle, said load effect being influenced by the switching on and off or regulation of auxiliary units and secondary units.
An internal combustion engine, comprising: an engine block including a single cylinder; a piston positioned within the cylinder wherein the piston is configured to reciprocate in the cylinder along a cylinder axis; a crankshaft configured to be driven by the piston; a fuel system for supplying an air-fuel mixture to the cylinder; a starter motor; a battery receiver; characterized in that the engine comprises a lithium-ion battery removably attached to the battery receiver such that lithium-ion battery is mounted on the engine, the lithium-ion battery configured to power the starter motor to start the engine, wherein the lithium-ion battery includes at least one lithium-ion cell having a longitudinal cell axis; and wherein the battery receiver is positioned so that with the lithium-ion battery attached to the battery receiver the cylinder axis and the longitudinal cell axis are perpendicular to one another. an engine block including a single cylinder; a piston positioned within the cylinder wherein the piston is configured to reciprocate in the cylinder along a cylinder axis; a crankshaft configured to be driven by the piston; a fuel system for supplying an air-fuel mixture to the cylinder; a starter motor; a battery receiver; a lithium-ion battery removably attached to the battery receiver such that lithium-ion battery is mounted on the engine, the lithium-ion battery configured to power the starter motor to start the engine, wherein the lithium-ion battery includes at least one lithium-ion cell having a longitudinal cell axis; and wherein the battery receiver is positioned so that with the lithium-ion battery attached to the battery receiver the cylinder axis and the longitudinal cell axis are perpendicular to one another.