mhurhangee/ep-ind-claims huggingface dataset:
A sidelink communication method, comprising: sending, by a terminal device, first information to a network device, wherein the first information comprises a first destination address, a first carrier index, and a first quality of service, QoS, parameter, and the first carrier index is associated with the first destination address, the first QoS parameter is associated with the first destination address, and the first carrier index is associated with the first QoS parameter, wherein the first information is used to determine a sidelink radio bearer, SLRB, configuration based on the associations; and receiving, by the terminal device, the SLRB configuration information from the network device, wherein the SLRB configuration information comprises one or more of the QoS parameter, the destination address information, and the carrier index; wherein the SLRB configuration information comprises M QoS parameters, M pieces of QoS flow information are associated with M different carrier information lists, and M is an integer greater than 1; determining, by the terminal device, that some or all the carriers supported by QoS flows corresponding to N QoS parameters in M QoS parameters corresponding to the first destination address are different from each other; and establishing, by the terminal device, N SLRBs for the QoS flows corresponding to the N QoS parameters that correspond to the first destination address, wherein the QoS flows corresponding to the N QoS parameters that correspond to the first destination address are in one-to-one correspondence with the N SLRBs. sending, by a terminal device, first information to a network device, wherein the first information comprises a first destination address, a first carrier index, and a first quality of service, QoS, parameter, and the first carrier index is associated with the first destination address, the first QoS parameter is associated with the first destination address, and the first carrier index is associated with the first QoS parameter, wherein the first information is used to determine a sidelink radio bearer, SLRB, configuration based on the associations; and receiving, by the terminal device, the SLRB configuration information from the network device, wherein the SLRB configuration information comprises one or more of the QoS parameter, the destination address information, and the carrier index; wherein the SLRB configuration information comprises M QoS parameters, M pieces of QoS flow information are associated with M different carrier information lists, and M is an integer greater than 1; determining, by the terminal device, that some or all the carriers supported by QoS flows corresponding to N QoS parameters in M QoS parameters corresponding to the first destination address are different from each other; and establishing, by the terminal device, N SLRBs for the QoS flows corresponding to the N QoS parameters that correspond to the first destination address, wherein the QoS flows corresponding to the N QoS parameters that correspond to the first destination address are in one-to-one correspondence with the N SLRBs.
Method for operating a gas premix burner, in particular for a gas heating device, having a burner control unit, a variable-speed combustion air fan which is actuated according to the heating power required at that moment, a gas valve for metering combustion gas, a burner surface for combusting the combustion gas-air mixture, an ionization electrode for flame monitoring and a pressure monitor for monitoring the combustion gas connection pressure, characterized in that the combustion gas supply is monitored and any undersupply of combustion gas is detected, in that, during proper burner operation, the last heating power and/or fan rotation speed prior to the detected undersupply of combustion gas are determined and stored in a memory of the burner control unit, and in that the heating power and/or fan rotation speed so determined are used as the basis of a subsequent burner start procedure and/or of a subsequent burner operating phase as the maximum possible, reduced heating power and/or fan rotation speed.
A contact device, comprising: a fixed terminal including a fixed contact; a movable member including a movable contact and being configured to move between a closed position where the movable contact is in contact with the fixed contact and an open position where the movable contact is apart from the fixed contact; a regulating member configured to be in contact with the movable contact when the movable member is in the open position; and a heat transmission structure configured to transmit, to the fixed terminal, heat from the movable contact when the movable member is in the open position, through a thermal path (R1, R2, R3, R4, R5) including at least the regulating member; characterized in that the heat transmission structure includes an intermediate member (18, 18A, 18B) located between the fixed terminal and the regulating member, and the intermediate member (18, 18A, 18B) has a higher thermal conductivity than a material whose component ratio is highest of materials included in a first holding structure that holds the fixed terminal and a second holding structure that holds the regulating member, and the intermediate member (18, 18A, 18B) is electrically insulating. a fixed terminal including a fixed contact; a movable member including a movable contact and being configured to move between a closed position where the movable contact is in contact with the fixed contact and an open position where the movable contact is apart from the fixed contact; a regulating member configured to be in contact with the movable contact when the movable member is in the open position; and a heat transmission structure configured to transmit, to the fixed terminal, heat from the movable contact when the movable member is in the open position, through a thermal path (R1, R2, R3, R4, R5) including at least the regulating member; characterized in that the heat transmission structure includes an intermediate member (18, 18A, 18B) located between the fixed terminal and the regulating member, and the intermediate member (18, 18A, 18B) has a higher thermal conductivity than a material whose component ratio is highest of materials included in a first holding structure that holds the fixed terminal and a second holding structure that holds the regulating member, and the intermediate member (18, 18A, 18B) is electrically insulating.
MRI machine for measuring at least a portion of a head of a patient, comprising at least one primary magnetic field unit and at least one patient opening, wherein the MRI machine comprises a patient seat and a control unit, wherein the patient seat comprises adjusting means and at least one drive means, wherein the adjusting means is driven by the drive means, wherein the control unit is configured to control the drive means in order to move the patient seat into the patient opening along a travel curve as far as an imaging position, in which the head of the patient is at least partially positioned within an imaging region of the MRI machine, wherein the MRI machine additionally comprises an adjustable element (16, 17) which is attached to the patient seat and is adjustable relative to said patient seat, characterized in that the MRI machine additionally comprises a detector apparatus, wherein a position of the adjustable element (16, 17) relative to the primary magnetic field unit and/or relative to the patient seat can be identified automatically with the aid of the detector apparatus in order to determine a length of the travel curve for the control of the control unit, wherein the adjustable element (16, 17) is a patient positioning element and/or an element that can be adjusted relative to the positioned patient.
An apparatus suitable for abatement of vapors for a washing machine of the type comprising at least one washing chamber, to which vapor aspiration means are connected, and further comprising washing means and rinsing means configured to distribute a washing fluid and a rinsing fluid, respectively, the apparatus comprising a hydraulic circuit comprising heat exchange means configured to transfer heat from said vapors to a working fluid, and an outflow line adapted to discharge said working fluid to said rinsing means (19, 19', 102), wherein said rinsing means comprise a basin provided with heating means commonly called boiler, said hydraulic circuit being adapted to recirculate said working fluid between said heat exchange means and said outflow line by means of means for moving said fluid comprising a centrifugal pump; said hydraulic circuit further comprising at least one connection point to the water mains for letting water from the mains into said circuit and accumulation means of said working fluid disposed downstream of said heat exchange means with respect to the advancing direction of said working fluid in said hydraulic circuit, characterized in that said hydraulic circuit further comprises first on-off means of said working fluid disposed downstream of said accumulation means with respect to the advancing direction of said working fluid in said hydraulic circuit and second on-off means arranged along said outflow line, so that with said first on-off means open and said second on-off means closed said working fluid is circulated in said hydraulic circuit, whilst with said first on-off means closed and said second on-off means open said working fluid is delivered to said outflow line, and in that said accumulation means of said working fluid comprise at least one cylindrical container dimensioned to avoid the mixing phenomenon of the working fluid when said second on-off means are opened and the mains water enters into said hydraulic circuit and causes the outflow of said working fluid to said outflow line.
A surgical instrument comprising: a housing having a handle assembly; an elongated body extending from the housing; an end effector supported at a distal end of the elongated body; a drive rod operably coupling the handle assembly to the end effector, and a dissection element disposed about the elongated body proximal to the distal end of the elongated body and configured to bluntly dissect tissue surrounding the elongated body, wherein the housing includes an inflation port that is in fluid communication with an interior of the dissection element, an outer wall of the elongated body defines an inflation channel and an inflation opening that fluidly connects the inflation port and the interior of the dissection element, and the drive rod passes through the inflation channel of the elongated body. a housing having a handle assembly; an elongated body extending from the housing; an end effector supported at a distal end of the elongated body; a drive rod operably coupling the handle assembly to the end effector, and a dissection element disposed about the elongated body proximal to the distal end of the elongated body and configured to bluntly dissect tissue surrounding the elongated body, wherein the housing includes an inflation port that is in fluid communication with an interior of the dissection element, an outer wall of the elongated body defines an inflation channel and an inflation opening that fluidly connects the inflation port and the interior of the dissection element, and the drive rod passes through the inflation channel of the elongated body.
A system for attaching a measuring probe to provide monitoring of transplanted organs, the system comprising said measuring probe, where a measuring probe body is strip-shaped and made of a soft biocompatible material, and it consists of a sensory part (1.1) to be placed onto a monitored organ, which accommodates measuring sensors, and of an output part (1.2) providing outputs from the patient's body characterized by the fact that the system for attaching the measuring probe body to the monitored organ is formed by at least two grips in a form of a strip, specifically by a first grip (3.1) and a second grip (3.2), which are made of a soft and elastic biocompatible material, while first ends of the grips (3.1, 3.2) are fixed from one side to the sensory part (1.1) of the measuring probe body, where a first solenoid coil (4.1) and a second solenoid coil (4.2) are placed, and where a first power supply conductor (5.1) and a second power supply conductor (5.2) of these coils are lead to the power supply source through the output part (1.2) outside the measuring probe body, while the second end of the first grip (3.1) is equipped with a first permanent magnet (6.1) to be placed against the first solenoid coil (4.1) and the second end of the second grip (3.2) is equipped with a second permanent magnet (6.2) to be placed against the second solenoid coil (4.2).
Anchoring device for foundations of a ski lift structure, particularly of aerial lift or drag lift type, comprising a base intended to be arranged on the ground and a metal structure mechanically connected to an upper portion of the structure and to the base, characterized in that the base comprises at least one stack of prefabricated concrete plates.
A system for transfer of a fluid product comprising a transfer pipe for the fluid product having several sections, called first pipe (2; 2'; 2"), and having an end provided with a coupling system configured for the connection of the first pipe (2; 2'; 2") to a target duct (10;10"), and further comprising a support structure (4; 4'; 4") for the first pipe (2; 2'; 2"), comprising an inner branch (41; 41'; 41") which is mounted on a base (42; 42'; 42") and an outer branch (43; 43'; 43"), wherein the first transfer pipe (2, 2', 2") comprises a flexible section of pipe (21; 21'; 21") having a proximal end suspended from the support structure (4; 4'; 4") and a rigid section of pipe (22; 22'; 22") connected to a distal end of the flexible section of pipe (21; 21'; 21") and provided at its free end with the coupling system (5; 5'; 5"), the transfer system comprising suspension means configured for rigidly suspending, at the location of a first end thereof, the rigid section of pipe (22; 22'; 22") from the outer branch (43; 43'; 43") via articulation means permitting rotation around a vertical axis and at least one horizontal axis.
A method for manufacturing a brushing part, the brushing part being configured in a U shape to be placed on the dentition of a jaw of a user, the brushing part internally forming a gutter intended to receive all or part of this dentition, the brushing part comprising at least one tuft of brushing bristles projecting inside this gutter through a free end of the bristles of the at least one tuft, the method comprising the following steps: - forming the at least one tuft of bristles, by assembling a plurality of bristles by one end opposite the free end, so as to form a base of the at least one tuft; - fusing the ends forming the base of the at least one tuft so as to form a fused area in one piece, so that an extension of the fused area in a transverse direction to a direction of extension of the at least one tuft is greater than an extension of the base in the transverse direction before the fusing step; - placing the at least one tuft on a mold (12a, 12b) for overmolding the gutter of the brushing part; - overmolding the gutter and the at least one tuft; wherein the overmolding step comprises a sub-step of injecting a flexible plastic material, so that the fused area of the at least one tuft is in the interior, and not at the surface, of a wall of the gutter and taken in the flexible plastic material forming the gutter, and so that the other end of the at least one tuft opposite the fused area projects inside the gutter formed by the overmolding step. - forming the at least one tuft of bristles, by assembling a plurality of bristles by one end opposite the free end, so as to form a base of the at least one tuft; - fusing the ends forming the base of the at least one tuft so as to form a fused area in one piece, so that an extension of the fused area in a transverse direction to a direction of extension of the at least one tuft is greater than an extension of the base in the transverse direction before the fusing step; - placing the at least one tuft on a mold (12a, 12b) for overmolding the gutter of the brushing part; - overmolding the gutter and the at least one tuft;
A road restraint system comprising multiple uprights (2, 3, 4, 5), multiple spacers (6, 7, 8, 9), which are each fastened on an upright (2, 3, 4, 5), at least one guide rail (10, 11, 12 or 110, 111, 112), which is fastened on the spacers (6, 7, 8, 9), and multiple transverse struts (13, 14), which are fastened at the first strut end thereof on the guide rail (10, 11, 12 or 110, 111, 112) and are fastened on the second strut end thereof, which is arranged lower in relation to the first strut end on the road restraint system (1, 101), on an upright (2, 3, 4, or 5), characterized in that successive transverse struts (13, 14) along the guide rail (10, 11, 12 or 110, 111, 112) follow a triangular course (17, 117), in which the transverse struts (13, 14) are fastened at the first strut ends thereof on the guide rail (10, 11, 12 or 110, 111, 112) between successive uprights (2, 3 or 3, 4 or 4, 5) and the second strut ends are each fastened on one of these successive uprights (2, 3, 4, 5).
A surgical staple cartridge, comprising: a cartridge body; and at least one line (920, 930) of staples supported in said cartridge body, each said staple having a base and two staple legs protruding therefrom; characterized in that said base of at least one said staple overlaps said base of at least one other adjacent said staple. a cartridge body; and at least one line (920, 930) of staples supported in said cartridge body, each said staple having a base and two staple legs protruding therefrom; characterized in that said base of at least one said staple overlaps said base of at least one other adjacent said staple.
A liquid detection system for an internal combustion engine, the engine being provided with an arrangement for starting the engine with compressed air, the starting arrangement comprising a source of compressed air, a master starting valve, a number of individual starting valves for at least a part of the cylinders of the engine, actuators for operating the individual starting valves, and a timing means, the at least a part of the engine cylinders being in communication with the compressed air source by means of at least the master starting valve and the individual starting valves via a pipe system having a main pipe and branch pipes, and the actuators being in communication with the timing means, characterized in additional means for rotating the engine, means for affecting the actuators for simultaneous opening of the individual starting valves, at least one drain valve arranged in one of main pipe and at least one branch pipe, a drain pipe connected to the at least one drain valve for leading liquid from the at least a part of the cylinders out of the engine, and a liquid detector in the drain pipe.
A vehicle comprising a hatch pivoting around an axis that is perpendicular to an inclined wall of the vehicle, characterised in that the axis of the hatch is located substantially above the hatch, which hatch can be stabilised in position by the action of a resilient means which tends to position the hatch at the ends of the pivoting stroke of said hatch by countering all or part of the weight of the hatch, wherein positioning the hatch on a first end closes an opening of the wall and positioning the hatch on a second end clears the opening of the wall, the resilient means being integral with the hatch by its first end thanks to a first joint hinge which is located away from the axis, the resilient means being integral with the vehicle by its second end by means of a second joint hinge, the axis and the joint hinges (6a, 6b) being positioned so as to be aligned when the center of gravity of the hatch is located in a vertical plane passing through the pivot axis of the hatch, the resilient means then producing its maximum stress.
A method for an autothrottle system on a propeller-driven aircraft powered by a powerplant comprising a gas turbine engine and a propeller, the method performed by an autothrottle controller which modulates engine power without pilot input, the method comprising: obtaining a thrust change corresponding to a difference between an actual thrust generated by the powerplant and a desired thrust in accordance with the inputs provided to the powerplant; when the thrust change is greater than a threshold, determining a setting change to at least one control input of the at least one engine; and outputting at least one command to cause the setting change of the at least one control input, wherein the at least one control input is for a power throttle associated with the at least one engine, and outputting at least one command comprises outputting at least one of a power lever angle command and a power lever angle trim command. obtaining a thrust change corresponding to a difference between an actual thrust generated by the powerplant and a desired thrust in accordance with the inputs provided to the powerplant; when the thrust change is greater than a threshold, determining a setting change to at least one control input of the at least one engine; and outputting at least one command to cause the setting change of the at least one control input, wherein the at least one control input is for a power throttle associated with the at least one engine, and outputting at least one command comprises outputting at least one of a power lever angle command and a power lever angle trim command.
An immortalized cell line of human keratinocytes expressing the PTCH1 protein and a reporter protein, wherein the cell line is transduced with a PTCH1 -reporter cassette comprising the human PTCH1 regulatory sequence 5'-GACCACCCA-3' and a reporter gene.
Frame construction for a firebox door of a masonry fireplace for feeding secondary air to the firebox of the fireplace, which frame construction includes - at least one air intake for drawing secondary air from outside the fireplace, - vertical ducts (4,5), each comprising two ends, and thus forming side edges of the frame construction, - a horizontal duct (6,7) said horizontal duct (6,7) being arranged to be bricked in as part of the firebox of the fireplace, said horizontal duct (6,7) comprising two ends joined at one end to the said vertical ducts (4,5), - a feed opening for feeding secondary air to the firebox of the fireplace, wherein the said feed opening is formed in the horizontal duct (6,7), the frame construction includes an intake-air duct forming the lower edge of the frame construction and comprising two ends, wherein in the intake-air duct the said at least one air intake is formed for drawing secondary air from outside the fireplace into the said intake-air duct and openings in both ends for leading secondary air to the firebox, wherein the secondary air can move upwards in the vertical ducts (4,5) towards the horizontal duct (6,7)and enters the horizontal duct (6,7) through an opening on one end of the horizontal duct (6,7), characterized in that the horizontal duct is for feeding secondary air to the full depth of the firebox, which horizontal duct (6,7) extends in direction of depth of the firebox essentially over the whole firebox in the depth direction, and in that the intake-air duct is an intake-air casing, which is arranged to form, with the brickwork of the fireplace, an air duct for distributing secondary air to the vertical ducts (4,5), being open on at least one side to form an air intake. - at least one air intake for drawing secondary air from outside the fireplace, - vertical ducts (4,5), each comprising two ends, and thus forming side edges of the frame construction, - a horizontal duct (6,7) said horizontal duct (6,7) being arranged to be bricked in as part of the firebox of the fireplace, said horizontal duct (6,7) comprising two ends joined at one end to the said vertical ducts (4,5), - a feed opening for feeding secondary air to the firebox of the fireplace,