mhurhangee/ep-ind-claims huggingface dataset:
An electrical accessory comprising: • an accessory mechanism (10, 50); • a cover plate situated at the front of said accessory mechanism (10, 50); and • an accessory support that comprises: • a frame that is defined between an outer peripheral edge and in inner opening; • securing means (33, 37) for securing said accessory mechanism (10, 50) in the inner opening of the frame; and • fastener means for fastening the frame to an electrical box, which fastener means are accessible and operable via the front of the frame, between said outer peripheral edge and said cover plate; the electrical accessory being characterized in that said accessory mechanism (10, 50) comprises a power-supply block and a printed circuit that supports at least one lighting component on its front face; and in that the accessory support includes a closure plate that closes the inner opening of the frame at least in part, and that is interposed between the power-supply block and the printed circuit in such a manner that said closure plate is in contact with at least a fraction of the rear face of the printed circuit. • an accessory mechanism (10, 50); • a cover plate situated at the front of said accessory mechanism (10, 50); and • an accessory support that comprises: • a frame that is defined between an outer peripheral edge and in inner opening; • securing means (33, 37) for securing said accessory mechanism (10, 50) in the inner opening of the frame; and • fastener means for fastening the frame to an electrical box, which fastener means are accessible and operable via the front of the frame, between said outer peripheral edge and said cover plate; • a frame that is defined between an outer peripheral edge and in inner opening; • securing means (33, 37) for securing said accessory mechanism (10, 50) in the inner opening of the frame; and • fastener means for fastening the frame to an electrical box, which fastener means are accessible and operable via the front of the frame, between said outer peripheral edge and said cover plate;
A refrigerator comprising: a storage chamber; an evaporator configured to cool the storage chamber; and an air passage through which cold air generated by the evaporator flows, a blower fan configured to blow the cold air generated by the evaporator to the storage chamber through the air passage; a trap part configured to maintain warm air guided away from the air passage while the warm air is generated by a defrosting operation; at least one spray part configured to distribute the cold air into the storage chamber; characterised in that the refrigerator further comprises: partition parts formed at both sides of the at least one spray part, wherein the air passage is disposed between the partition parts, and the trap part is a space outside the partition parts. a storage chamber; an evaporator configured to cool the storage chamber; and an air passage through which cold air generated by the evaporator flows, a blower fan configured to blow the cold air generated by the evaporator to the storage chamber through the air passage; a trap part configured to maintain warm air guided away from the air passage while the warm air is generated by a defrosting operation; at least one spray part configured to distribute the cold air into the storage chamber; characterised in that the refrigerator further comprises: partition parts formed at both sides of the at least one spray part, wherein the air passage is disposed between the partition parts, and the trap part is a space outside the partition parts. partition parts formed at both sides of the at least one spray part, wherein the air passage is disposed between the partition parts, and the trap part is a space outside the partition parts.
A method in a first network node for managing a signalling connection control part, "SCCP", connection associated with a first SCCP identity, wherein the SCCP connection has a specific local reference from which the first SCCP identity is derived, wherein the first network node is capable of handling a first and a second SCCP instance, wherein the first network node handles a distribution table for distributing a message to the first or second SCCP instance, the message being provided with the first SCCP identity and being received on the SCCP connection, wherein the method comprises: configuring the distribution table such that the first SCCP identity is associated with the first SCCP instance, thereby allowing the message provided with the first SCCP identity to be received by the first SCCP instance; and wherein the method is characterized by: obtaining an indication of that the first SCCP instance is to be put out of operation for the SCCP connection; reconfiguring the distribution table such that the first SCCP identity is associated with the second SCCP instance, thereby managing the SCCP connection such that the message provided with the first SCCP identity is received by the second SCCP instance. configuring the distribution table such that the first SCCP identity is associated with the first SCCP instance, thereby allowing the message provided with the first SCCP identity to be received by the first SCCP instance; and wherein the method is characterized by: obtaining an indication of that the first SCCP instance is to be put out of operation for the SCCP connection; reconfiguring the distribution table such that the first SCCP identity is associated with the second SCCP instance, thereby managing the SCCP connection such that the message provided with the first SCCP identity is received by the second SCCP instance. obtaining an indication of that the first SCCP instance is to be put out of operation for the SCCP connection; reconfiguring the distribution table such that the first SCCP identity is associated with the second SCCP instance, thereby managing the SCCP connection such that the message provided with the first SCCP identity is received by the second SCCP instance.
A rotor for a vertical axis wind turbine comprising: first and second blades (6a, 6b) connected to one another and arranged to rotate around an axis; wherein the first and second blades (6a, 6b) are disposed 180° apart with respect to one another and are offset from the axis in a radial direction; wherein an inner edge (14, 14') of each blade is spaced radially inwardly from an outer edge (12, 12') of the opposing blade to form a pair of diametrically opposed openings (26a, 26b) which open in opposite directions; wherein each of the first and second blades (6a, 6b) comprises a first curved section (20, 20') and a second oppositely curved section (22, 22'), the first and second curved sections (20, 20', 22, 22') being separated by a point of inflection (24, 24'); and wherein the first and second curved sections (20, 20', 22, 22') of the first and second blades (6a, 6b) overlap one another to form a passageway between the first and second blades (6a, 6b) which extends between the openings (26a, 26b); wherein each of the first and second curved sections (20, 20', 22, 22') has a radius of curvature which is greater than or equal to the radius of the cylindrical volume swept by the first curved sections (20, 20'), and characterized in that each of the first and second curved sections (20, 20', 22, 22') has a radius of curvature which is greater than or equal to the radius of the maximum cylindrical volume swept by the blades (6a, 6b). first and second blades (6a, 6b) connected to one another and arranged to rotate around an axis; wherein the first and second blades (6a, 6b) are disposed 180° apart with respect to one another and are offset from the axis in a radial direction; wherein an inner edge (14, 14') of each blade is spaced radially inwardly from an outer edge (12, 12') of the opposing blade to form a pair of diametrically opposed openings (26a, 26b) which open in opposite directions; wherein each of the first and second blades (6a, 6b) comprises a first curved section (20, 20') and a second oppositely curved section (22, 22'), the first and second curved sections (20, 20', 22, 22') being separated by a point of inflection (24, 24'); and wherein the first and second curved sections (20, 20', 22, 22') of the first and second blades (6a, 6b) overlap one another to form a passageway between the first and second blades (6a, 6b) which extends between the openings (26a, 26b); wherein each of the first and second curved sections (20, 20', 22, 22') has a radius of curvature which is greater than or equal to the radius of the cylindrical volume swept by the first curved sections (20, 20'), and characterized in that each of the first and second curved sections (20, 20', 22, 22') has a radius of curvature which is greater than or equal to the radius of the maximum cylindrical volume swept by the blades (6a, 6b).
A variable-pitch vane assembly for a gas turbine engine, comprising: a sync ring; a vane having a vane arm; and a pin installed through the sync ring and through the vane arm, characterized by: the pin including an anti-rotation notch disposed along a pin shaft; and an anti-rotation spacer engaged with the pin at the anti-rotation notch to prevent rotation of the pin. a sync ring; a vane having a vane arm; and a pin installed through the sync ring and through the vane arm, characterized by: the pin including an anti-rotation notch disposed along a pin shaft; and an anti-rotation spacer engaged with the pin at the anti-rotation notch to prevent rotation of the pin. the pin including an anti-rotation notch disposed along a pin shaft; and an anti-rotation spacer engaged with the pin at the anti-rotation notch to prevent rotation of the pin.
A single-cylinder or V-twin-cylinder engine, comprising: a cylinder head (46; 46a; 46b) including a head main body and a projected portion (66; 66a) projecting outwardly from the head main body, wherein, when viewed from an engine cylinder axis, the projected portion (66; 66a) outwardly extends beyond the circumference of a cylinder head cover mounted to the cylinder head (46; 46a; 46b); a combustion recess formed in the head main body; an exhaust gas passage (80; 80a) from the combustion recess through the projected portion (66; 66a) for discharging exhaust gas from the combustion recess; and an oxygen concentration sensor (50; 50a) including a main body portion (118; 118a) and a detection portion provided in the main body portion (118; 118a), for detecting an oxygen concentration in the exhaust gas; wherein the oxygen concentration sensor (50; 50a) is mounted to the projected portion (66; 66a), with the main body portion (118; 118a) and the detection portion overlapping the projected portion (66; 66a) as viewed from a direction of the cylinder axis, at least part of the detection portion being located within the exhaust gas passage (80; 80a), wherein neither the main body portion (118; 118a) nor the detection portion are out of the outline of the projected portion (66; 66a) when viewed from the direction of the cylinder axis, and wherein the oxygen concentration sensor (50; 50a) does not project beyond the head main body in a left-right direction when viewed from the direction of the cylinder axis. a cylinder head (46; 46a; 46b) including a head main body and a projected portion (66; 66a) projecting outwardly from the head main body, wherein, when viewed from an engine cylinder axis, the projected portion (66; 66a) outwardly extends beyond the circumference of a cylinder head cover mounted to the cylinder head (46; 46a; 46b); a combustion recess formed in the head main body; an exhaust gas passage (80; 80a) from the combustion recess through the projected portion (66; 66a) for discharging exhaust gas from the combustion recess; and an oxygen concentration sensor (50; 50a) including a main body portion (118; 118a) and a detection portion provided in the main body portion (118; 118a), for detecting an oxygen concentration in the exhaust gas;
A control system for a power-driven nail gun, the power-driven nail gun comprising a battery, a motor (11, 23), a flywheel rotating along with the motor (11, 23), an impacting member receiving kinetic energy of the flywheel and a nail channel providing a channel for a nail to move along a nail hitting direction when hit by the impacting member, the control system comprises: a driving circuit, configured to drive the motor (11, 23); a microcontroller, connected to the driving circuit, configured to provide a pulse width modulation signal to the driving circuit for the driving circuit to drive the motor (11, 23) based on the PWM signal; a battery voltage detecting circuit, connected between the battery and the microcontroller, configured to detect a voltage of the battery, characterized in that the system further comprises: a coil position detecting circuit, connected to the motor (11, 23) and the microcontroller, configured to provide the microcontroller with a signal related to rotation speed of the motor; and wherein in response to reaching a target rotation speed by the motor (11, 23), the microcontroller outputs a corresponding PWM duty to the driving circuit based on the voltage of the battery detected by the battery voltage detecting circuit, to make the motor (11, 23) maintain at the target rotation speed. a driving circuit, configured to drive the motor (11, 23); a microcontroller, connected to the driving circuit, configured to provide a pulse width modulation signal to the driving circuit for the driving circuit to drive the motor (11, 23) based on the PWM signal; a battery voltage detecting circuit, connected between the battery and the microcontroller, configured to detect a voltage of the battery, characterized in that the system further comprises: a coil position detecting circuit, connected to the motor (11, 23) and the microcontroller, configured to provide the microcontroller with a signal related to rotation speed of the motor; and wherein in response to reaching a target rotation speed by the motor (11, 23), the microcontroller outputs a corresponding PWM duty to the driving circuit based on the voltage of the battery detected by the battery voltage detecting circuit, to make the motor (11, 23) maintain at the target rotation speed.
Liraglutide for use in reducing the development of a major adverse cardiovascular event (MACE) in a human subject who has type 2 diabetes and cardiovascular disease, comprising administering liraglutide in a therapeutically effective amount to a subject in need thereof, and wherein said MACE is cardiovascular death, non-fatal myocardial infarction, or non-fatal stroke.
An optical transmitter comprising: a pre-compensator arranged to receive an input digital signal and to calculate an electrical field of an optical signal, in order to compensate waveform distortion of an optical transmission link, the pre-compensator comprising a parallelizer arranged to parallelize the electrical field of the optical signal calculated by the pre-compensator; a pulsed light source; a splitter, coupled to said light source and adapted to generate a plurality of optical signals; a plurality of optical modulators (30a to 30d) arranged to respectively modulate said plurality of optical signals based on each of said parallelized electrical fields; and a time-division multiplexer (12a to 12c, 13), comprising a plurality of different delay lines, respectively coupled to said plurality of modulators, and an optical coupler connected to said delay lines, arranged to time-division-multiplex the optical signals output from said plurality of optical modulators (30a to 30d). a pre-compensator arranged to receive an input digital signal and to calculate an electrical field of an optical signal, in order to compensate waveform distortion of an optical transmission link, the pre-compensator comprising a parallelizer arranged to parallelize the electrical field of the optical signal calculated by the pre-compensator; a pulsed light source; a splitter, coupled to said light source and adapted to generate a plurality of optical signals; a plurality of optical modulators (30a to 30d) arranged to respectively modulate said plurality of optical signals based on each of said parallelized electrical fields; and a time-division multiplexer (12a to 12c, 13), comprising a plurality of different delay lines, respectively coupled to said plurality of modulators, and an optical coupler connected to said delay lines, arranged to time-division-multiplex the optical signals output from said plurality of optical modulators (30a to 30d).
A method of manufacturing a cutting edge portion of a razor blade attached to a support, comprising the steps of: a) providing a discrete razor blade comprising tempered martensitic stainless steel, the razor blade having a first side, a sharpened cutting edge, a back edge and a hardness at least 600HV. b) providing a groove in the first side along a length of the razor blade by an application of laser energy to provide a weakened portion; c) attaching the razor blade to a support; d) removing a portion of the razor blade extending between the back edge) and the weakened portion to result in a cutting edge portion of the razor blade attached to the support, wherein the cutting edge portion extends from the cutting edge to the weakened portion. a) providing a discrete razor blade comprising tempered martensitic stainless steel, the razor blade having a first side, a sharpened cutting edge, a back edge and a hardness at least 600HV. b) providing a groove in the first side along a length of the razor blade by an application of laser energy to provide a weakened portion; c) attaching the razor blade to a support; d) removing a portion of the razor blade extending between the back edge) and the weakened portion to result in a cutting edge portion of the razor blade attached to the support, wherein the cutting edge portion extends from the cutting edge to the weakened portion.
A temperature-controlled transport container, said temperature-controlled transport container comprising a cargo space for accommodating temperature-sensitive goods and a refrigeration system, said refrigeration system comprising: a closed air circuit, separate from said cargo space, located outside of and contiguous with at least one wall of said cargo space; and at least one refrigeration unit configured to cool air in said closed air circuit, characterized by a pressurizing unit for establishing a pressure difference between said closed air circuit and the ambient environment outside of, but in a vicinity of, said temperature-controlled transport container; said pressure difference being a higher pressure in said closed air circuit than in the ambient environment. a closed air circuit, separate from said cargo space, located outside of and contiguous with at least one wall of said cargo space; and at least one refrigeration unit configured to cool air in said closed air circuit, characterized by a pressurizing unit for establishing a pressure difference between said closed air circuit and the ambient environment outside of, but in a vicinity of, said temperature-controlled transport container; said pressure difference being a higher pressure in said closed air circuit than in the ambient environment.
A microlayer comprising: 55 wt% to 80 wt% of a polyethylene; 2.5 wt% to 20 wt% of an elastomeric copolymer comprising an ethylene octene copolymer having less than 10 % by weight of an octene; and 5 wt% to 25 wt% of a pigment comprising submicron particles having an average diameter as measured according to the method in the description of less than 1 micron; wherein a thickness of the microlayer is no greater than 38.1 μm (1.5 mils); and wherein an opacity of the microlayer is at least 90%, as measured according to ASTM D6290. 55 wt% to 80 wt% of a polyethylene; 2.5 wt% to 20 wt% of an elastomeric copolymer comprising an ethylene octene copolymer having less than 10 % by weight of an octene; and 5 wt% to 25 wt% of a pigment comprising submicron particles having an average diameter as measured according to the method in the description of less than 1 micron; wherein a thickness of the microlayer is no greater than 38.1 μm (1.5 mils); and wherein an opacity of the microlayer is at least 90%, as measured according to ASTM D6290.
A side-by-side refrigerator with an imaging device, comprising: a refrigerator body in which a storage compartment is defined; an opening-closing component provided with two oppositely disposed door bodies and a vertical beam on one of the door bodies and configured to open or close the storage compartment; at least one imaging device mounted on the vertical beam and configured to shoot an article in the storage compartment; and a dew removal heating device disposed on the vertical beam to heat one or both of the vertical beam and the at least one imaging device, the vertical beam comprises a front housing and a rear housing mounted on the front housing, and at least one light hole is formed in the rear housing; and each imaging device is mounted in an accommodating space, defined by the front housing and the rear housing, and penetrates one of the light holes to shoot the article in the storage compartment, wherein the front housing comprises a base body and a front cover, a groove that extends in a length direction of the vertical beam is formed in a front surface of the base body, and the front cover is mounted in the groove; characterized in that, the dew removal heating device is disposed in the groove, a rear side surface of each imaging device is connected to the dew removal heating device. a refrigerator body in which a storage compartment is defined; an opening-closing component provided with two oppositely disposed door bodies and a vertical beam on one of the door bodies and configured to open or close the storage compartment; at least one imaging device mounted on the vertical beam and configured to shoot an article in the storage compartment; and a dew removal heating device disposed on the vertical beam to heat one or both of the vertical beam and the at least one imaging device, the vertical beam comprises a front housing and a rear housing mounted on the front housing, and at least one light hole is formed in the rear housing; and each imaging device is mounted in an accommodating space, defined by the front housing and the rear housing, and penetrates one of the light holes to shoot the article in the storage compartment, wherein the front housing comprises a base body and a front cover, a groove that extends in a length direction of the vertical beam is formed in a front surface of the base body, and the front cover is mounted in the groove; characterized in that, the dew removal heating device is disposed in the groove, a rear side surface of each imaging device is connected to the dew removal heating device.
A thermoplastic resin composition, comprising: 100 parts by weight of a base resin comprising 20 to 40 % by weight of a vinyl cyanide compound-conjugated diene compound-aromatic vinyl compound graft copolymer and 60 to 80 % by weight of an α-methyl styrene compound-vinyl cyanide compound copolymer; and 0.4 to 3 parts by weight of an alkoxylated polyethyleneimine. 100 parts by weight of a base resin comprising 20 to 40 % by weight of a vinyl cyanide compound-conjugated diene compound-aromatic vinyl compound graft copolymer and 60 to 80 % by weight of an α-methyl styrene compound-vinyl cyanide compound copolymer; and 0.4 to 3 parts by weight of an alkoxylated polyethyleneimine.