mhurhangee/ep-ind-claims huggingface dataset:
A communication method, comprising: receiving, by a session management network element, first status information, wherein the first status information indicates a status of a data channel in a terminal device; determining, by the session management network element, a first data channel in a first system based on the first status information, wherein the first data channel is a data channel that has been deleted by the terminal device but not notified to a network side and that is to be synchronized with the terminal device; and characterized by: synchronizing, by the session management network element in an interworking procedure for the terminal device from the first system to a second system, the first data channel and information about a second data channel that is in the second system and that corresponds to the first data channel by releasing the first data channel and deleting the information about the second data channel, wherein the first system and the second system are different communication systems. receiving, by a session management network element, first status information, wherein the first status information indicates a status of a data channel in a terminal device; determining, by the session management network element, a first data channel in a first system based on the first status information, wherein the first data channel is a data channel that has been deleted by the terminal device but not notified to a network side and that is to be synchronized with the terminal device; and characterized by: synchronizing, by the session management network element in an interworking procedure for the terminal device from the first system to a second system, the first data channel and information about a second data channel that is in the second system and that corresponds to the first data channel by releasing the first data channel and deleting the information about the second data channel, wherein the first system and the second system are different communication systems. synchronizing, by the session management network element in an interworking procedure for the terminal device from the first system to a second system, the first data channel and information about a second data channel that is in the second system and that corresponds to the first data channel by releasing the first data channel and deleting the information about the second data channel, wherein the first system and the second system are different communication systems.
A fiber optic connector comprising a fiber splicing unit, a fiber fixing unit and a fiber boot, wherein the fiber fixing unit has a fiber boot fixing portion by which the fiber fixing unit is coupled to the fiber boot, a first end of the fiber fixing unit is connected with the fiber splicing unit, a second end of the fiber fixing unit is provided with a groove for receiving a fiber cable to be spliced, and a fiber cable fixing portion for fixing the fiber cable is provided on the groove, wherein the fiber cable fixing portion comprises elastic portions provided at both sides of the groove, wherein the elastic portions are deformable towards inside of the groove by an external force so as to press the fiber cable, wherein a window is formed in each of opposite sides of the groove for accommodating the elastic portion, and wherein the elastic portion is configured to be an elastic sheet extending from one side towards the other side of the window.
A primer composition, characterised in that it comprises potassium-calcium styphnate, basic calcium styphnate and/or basic potassium-calcium styphnate.
A sensor assembly for monitoring a gas concentration, the sensor assembly comprising: a start-up sensor and a long-run sensor, wherein the start-up sensor is characterized by a first power-on period and the long-run sensor is characterized by a second power-on period that is longer than the first power-on period; and a controller in communication with the start-up sensor and the long-run sensor, characterized in that the controller is configured to cause the start-up sensor and the long-run sensor to power on at the same time, monitor the gas concentration via the start-up sensor during the second power-on period of the long-run sensor, and power off the start-up sensor and monitor the gas concentration via the long-run sensor upon the expiration of the second power-on period. a start-up sensor and a long-run sensor, wherein the start-up sensor is characterized by a first power-on period and the long-run sensor is characterized by a second power-on period that is longer than the first power-on period; and a controller in communication with the start-up sensor and the long-run sensor, characterized in that the controller is configured to cause the start-up sensor and the long-run sensor to power on at the same time, monitor the gas concentration via the start-up sensor during the second power-on period of the long-run sensor, and power off the start-up sensor and monitor the gas concentration via the long-run sensor upon the expiration of the second power-on period. cause the start-up sensor and the long-run sensor to power on at the same time, monitor the gas concentration via the start-up sensor during the second power-on period of the long-run sensor, and power off the start-up sensor and monitor the gas concentration via the long-run sensor upon the expiration of the second power-on period.
An impulse wrench, comprising a housing, an electric motor with a rotor, a hydraulic pulse unit with an inertia drive member and an output shaft, and a coupling rigidly connecting the motor rotor to the inertia drive member to form an integrated rotating structure, characterized in that • the coupling comprises a male coupling portion on the inertia drive member and a female coupling portion on the motor rotor, • said male coupling portion is arranged to be received in said female coupling portion to form said coupling, • said male coupling portion having an external threaded section, and said female coupling portion having an internal threaded section, wherein an axial clamping force is accomplished at relative rotation of the motor rotor and the inertia drive member, • said male coupling portion and said female coupling portion are provided with mating conical surfaces (36, 37) which are brought together by said axial clamping force to form a rigid connection between the motor rotor and the inertia drive member. • the coupling comprises a male coupling portion on the inertia drive member and a female coupling portion on the motor rotor, • said male coupling portion is arranged to be received in said female coupling portion to form said coupling, • said male coupling portion having an external threaded section, and said female coupling portion having an internal threaded section, wherein an axial clamping force is accomplished at relative rotation of the motor rotor and the inertia drive member, • said male coupling portion and said female coupling portion are provided with mating conical surfaces (36, 37) which are brought together by said axial clamping force to form a rigid connection between the motor rotor and the inertia drive member.
An elastomer composition comprising: a) a block composite; b) an oil; and, optionally, c) a filler; or, d) a polyolefin wherein the composition has a Shore A of 50 to 90 and a compression set of 40% to 70% as measured according to ASTM D395, and, wherein the block composite comprises a soft copolymer, a hard polymer and a block copolymer having a soft segment and a hard segment, wherein the hard segment of the block copolymer is the same composition as the hard polymer in the block composite and the soft segment of the block copolymer is the same composition as the soft copolymer of the block composite, and the hard segment comprises 80 wt.% to 100 wt.% propylene; and wherein the composition comprises 100 parts block composite, 50 to 150 phr oil, 0 to 100 phr polyolefin and 0 to 200 phr filler. a) a block composite; b) an oil; and, optionally, c) a filler; or, d) a polyolefin
Fuel tank for a motor vehicle, comprising: an assembly of two half-shells (2, 3) forming a fuel filling zone; one or more fastening supports for fastening the fuel tank to the body of the motor vehicle that are formed by an extension of material of the two half-shells (2, 3) at the join of the half-shells (2, 3), the fastening supports having a first surface formed by one of the half-shells (2, 3), a second surface formed by the other of the half-shells (2, 3), which is opposite the first surface, and at least one fastening orifice; and means for fastening the fastening supports to the body of the motor vehicle, one or more fastening supports comprises a metal attachment having: - a first portion able to cooperate with the first surface of the fastening support, - a second portion extending from the first portion and forming an attachment tab dimensioned so as to cooperate with the second surface of the fastening support for the holding of the metal attachment on the fastening support, and - a third portion extending from the first portion and forming a second attachment tab dimensioned so as to cooperate with the second surface of the fastening support for the holding of the metal attachment on the fastening support. an assembly of two half-shells (2, 3) forming a fuel filling zone; one or more fastening supports for fastening the fuel tank to the body of the motor vehicle that are formed by an extension of material of the two half-shells (2, 3) at the join of the half-shells (2, 3), the fastening supports having a first surface formed by one of the half-shells (2, 3), a second surface formed by the other of the half-shells (2, 3), which is opposite the first surface, and at least one fastening orifice; and means for fastening the fastening supports to the body of the motor vehicle, one or more fastening supports comprises a metal attachment having: - a first portion able to cooperate with the first surface of the fastening support, - a second portion extending from the first portion and forming an attachment tab dimensioned so as to cooperate with the second surface of the fastening support for the holding of the metal attachment on the fastening support, and - a third portion extending from the first portion and forming a second attachment tab dimensioned so as to cooperate with the second surface of the fastening support for the holding of the metal attachment on the fastening support. - a first portion able to cooperate with the first surface of the fastening support, - a second portion extending from the first portion and forming an attachment tab dimensioned so as to cooperate with the second surface of the fastening support for the holding of the metal attachment on the fastening support, and - a third portion extending from the first portion and forming a second attachment tab dimensioned so as to cooperate with the second surface of the fastening support for the holding of the metal attachment on the fastening support.
A refrigerator comprising: a cabinet; a storage compartment formed inside of the cabinet; a door having a recess portion having an opening toward an upper side of the door, and being rotatable with respect to the cabinet to open or close the storage compartment; and a USB connector rotatably disposed in the recess portion, and the USB connector comprising a USB port, a rotating member configured to rotate the USB connector, and an opening/closing portion extending from the rotating member and configured to open or close the opening, wherein the USB connector is configured to rotate between a first position in which the opening/closing portion is disposed to open the opening and the USB port is disposed to face in a first direction toward the upper side of the door and a second position in which the USB port is arranged in a second direction toward a left side or a right side of the door and the opening/closing portion closes the opening to cover the USB port, wherein the USB port is provided to be located outside the opening in conjunction with the rotation of the rotating member when the USB port is disposed to face in the first direction. a cabinet; a storage compartment formed inside of the cabinet; a door having a recess portion having an opening toward an upper side of the door, and being rotatable with respect to the cabinet to open or close the storage compartment; and a USB connector rotatably disposed in the recess portion, and the USB connector comprising a USB port, a rotating member configured to rotate the USB connector, and an opening/closing portion extending from the rotating member and configured to open or close the opening, wherein the USB connector is configured to rotate between a first position in which the opening/closing portion is disposed to open the opening and the USB port is disposed to face in a first direction toward the upper side of the door and a second position in which the USB port is arranged in a second direction toward a left side or a right side of the door and the opening/closing portion closes the opening to cover the USB port, wherein the USB port is provided to be located outside the opening in conjunction with the rotation of the rotating member when the USB port is disposed to face in the first direction.
Improper opening detection method of a multiple suction reciprocating compressor suction valve, the reciprocating compressor comprising: at least one compression mechanism comprising at least one compression cylinder, at least one piston capable of reciprocating linear movement inside the cylinder, an at least one "valve-port" set fluidly coupled to the compression cylinder integrated by at least one suction port, at least one actuating suction valve cooperating with its respective suction port, and at least one electrical magnetic generator element capable of interact selectively with the suction valve; at least an electrical engine cooperating with said piston; at least one processing electronic central; at least one sensor capable of measure at least one variable proportional to torque of said electrical engine; the method characterized by the processing electronic central monitoring at least one variable proportional to torque of said electrical engine by the sensor capable of measuring at least one variable proportional to torque of said electrical engine; the improper opening detection of the suction valve being made by the detection of at least one peak of said variable proportional to torque of said electrical engine during power of the electromagnetic field generator element. at least one compression mechanism comprising at least one compression cylinder, at least one piston capable of reciprocating linear movement inside the cylinder, an at least one "valve-port" set fluidly coupled to the compression cylinder integrated by at least one suction port, at least one actuating suction valve cooperating with its respective suction port, and at least one electrical magnetic generator element capable of interact selectively with the suction valve; at least an electrical engine cooperating with said piston; at least one processing electronic central; at least one sensor capable of measure at least one variable proportional to torque of said electrical engine; the method characterized by the processing electronic central monitoring at least one variable proportional to torque of said electrical engine by the sensor capable of measuring at least one variable proportional to torque of said electrical engine; the improper opening detection of the suction valve being made by the detection of at least one peak of said variable proportional to torque of said electrical engine during power of the electromagnetic field generator element.
A method for determining a direction of an intermittent grounding fault in a power grid, the method comprising: - if an effective value of a zero-sequence current of a power line of the power grid is greater than or equal to a predetermined threshold, determining a maximum value point of the zero-sequence current in a first step (102, 204), the method characterised by the steps of: - determining a sign of a maximum variation increment of the zero-sequence voltage corresponding to the maximum value point in a second step (104, 206); and - comparing the sign of the maximum variation increment with the sign of the zero-sequence current at the maximum value point in a third step (106, 208) and, based on the comparison result, determining whether the intermittent grounding fault is located in the power line, - wherein the direction of the intermittent grounding fault is determined to be forward, if the intermittent grounding fault is located in the power line, and is else determined to be reverse if the intermittent grounding fault is not located in the power line. - if an effective value of a zero-sequence current of a power line of the power grid is greater than or equal to a predetermined threshold, determining a maximum value point of the zero-sequence current in a first step (102, 204), - determining a sign of a maximum variation increment of the zero-sequence voltage corresponding to the maximum value point in a second step (104, 206); and - comparing the sign of the maximum variation increment with the sign of the zero-sequence current at the maximum value point in a third step (106, 208) and, based on the comparison result, determining whether the intermittent grounding fault is located in the power line, - wherein the direction of the intermittent grounding fault is determined to be forward, if the intermittent grounding fault is located in the power line, and is else determined to be reverse if the intermittent grounding fault is not located in the power line.
A refrigerator, comprising: a support plate; and at least two bottle racks (2, 3), wherein each bottle rack (2, 3) comprises a receiving shell (21, 31) having a longitudinal groove (22, 32) for receiving a bottle, and a support leg (23, 33) extending downwards from the receiving shell (21, 31) and supported on the support plate; characterized in that each bottle rack (2, 3) comprises an accommodating space (25, 35) extending downwards from an upper surface (26, 36) of the receiving shell (21, 31) so that one bottle rack (2, 3) at least partially receives a support leg (33, 23) of another bottle rack (2, 3) stacked on the one bottle rack (2, 3) and vice versa, wherein a user may longitudinally store a bottle in the groove (22, 32) of a bottle rack (2, 3) stacked above, when the support leg (23, 33) of the bottle rack (2, 3) stacked above is at least partially inserted into the accommodating space (25, 35) extending downwards from the upper surface of the receiving shell (21, 31) of the bottle rack (2, 3) located below. a support plate; and at least two bottle racks (2, 3), wherein each bottle rack (2, 3) comprises a receiving shell (21, 31) having a longitudinal groove (22, 32) for receiving a bottle, and a support leg (23, 33) extending downwards from the receiving shell (21, 31) and supported on the support plate; characterized in that each bottle rack (2, 3) comprises an accommodating space (25, 35) extending downwards from an upper surface (26, 36) of the receiving shell (21, 31) so that one bottle rack (2, 3) at least partially receives a support leg (33, 23) of another bottle rack (2, 3) stacked on the one bottle rack (2, 3) and vice versa, wherein a user may longitudinally store a bottle in the groove (22, 32) of a bottle rack (2, 3) stacked above, when the support leg (23, 33) of the bottle rack (2, 3) stacked above is at least partially inserted into the accommodating space (25, 35) extending downwards from the upper surface of the receiving shell (21, 31) of the bottle rack (2, 3) located below.
Fluid container for a motor vehicle, in particular a fuel tank, with at least one clamping strap at least partly surrounding the fluid container to hold the fluid container at predefined fixing points of the bodywork of the motor vehicle, wherein the clamping strap is premounted captively on the fluid container without additional fixing means, wherein the fluid container comprises protrusions which are arranged as one piece and engage in correspondingly formed openings of the clamping strap and characterised in that the fluid container is formed as an extrusion blow molded plastic container and wherein the protrusions are provided at diametrically opposing points of the peripheral container seam.
A mixing module (14; 114) comprising: a first inlet (22; 122); a second inlet; and an integrator comprising: a first chamber with a first proximal end and a first distal end; and a second chamber with a second proximal end and a second distal end; characterized in that the mixing module further comprises: a valve member that is movable between a mix position and a flush position; wherein the first inlet is fluidly connected to the first proximal end of the first chamber and the second inlet is fluidly connected to the second proximal end of the second chamber when the valve member is in the mix position; and wherein the second inlet is fluidly disconnected from the first and second chambers and the first proximal end of the first chamber is fluidly connected to the second proximal end of the second chamber when the valve member is in the flush position. a first inlet (22; 122); a second inlet; and an integrator comprising: a first chamber with a first proximal end and a first distal end; and a second chamber with a second proximal end and a second distal end; characterized in that the mixing module further comprises: a first chamber with a first proximal end and a first distal end; and a second chamber with a second proximal end and a second distal end; characterized in that the mixing module further comprises: a valve member that is movable between a mix position and a flush position; wherein the first inlet is fluidly connected to the first proximal end of the first chamber and the second inlet is fluidly connected to the second proximal end of the second chamber when the valve member is in the mix position; and wherein the second inlet is fluidly disconnected from the first and second chambers and the first proximal end of the first chamber is fluidly connected to the second proximal end of the second chamber when the valve member is in the flush position.
Angle element for joining an end of an arch to an end of a lip of a module of a movable telescopic cover formed of at least two modules (205-1, 205-2, 205-3), said modules being aligned along a longitudinal axis, each module comprising at least one portion suitable for being placed on the ground (110, 115), said at least two modules being fixed to one another by means of joining elements (1015, 1110) with at least one degree of freedom allowing one of said modules to have a substantially horizontal translational movement in the direction of the longitudinal axis of said at least two modules with respect to the second of said at least two modules, said angle element comprising a first visible portion, a second portion capable of receiving said end of said lip and a third portion capable of receiving said end of said arch, said first portion comprising a first cavity which is open to the side and formed in a side adjacent to said second portion, said cavity being capable of receiving a guide element of the trolley guide element type or of receiving a joining element, and said second portion comprising a second cavity which is open towards the bottom and capable of receiving a caster (300, 310-1, 310-2), the axis of rotation of which is perpendicular to said lip, said angle element being characterised in that said first portion comprises an open guide rail which is parallel to said lip and formed on the side opposite said first cavity.