mhurhangee/ep-ind-claims huggingface dataset:
Electronic system (100, 200, 300, 400, 500) comprising: a. a housing (160, 360, 460, 560) comprising a bottom (161, 361, 461, 561) and at least one first wall (163, 363, 463, 563), b. a first radiator (140, 340, 440, 540) secured on the outside of said housing on said first wall (163, 363, 463, 563), and c. a first heat pipe (110, 310, 410, 510) intended to be in thermal contact with a first electronic component, one end of said first heat pipe (110, 310, 410, 510) passing through said first wall (163, 363, 463, 563) and at least part of said first radiator (140, 340, 440, 540), said electronic system being characterized in that it further comprises a. a first fan (120, 320, 420, 520) secured on the outside of said housing on said first wall (163, 363, 463, 563), said first fan (120, 320, 420, 520) being secured to said first wall (163, 363, 463, 563) in such a way as to cool said first radiator (140, 340, 440, 540), b. a first duct (130, 330 1, 430, 530) included in said bottom or arranged on an inner face of said bottom, c. said first heat pipe (110, 310, 410, 510) being arranged at least partially in said first duct (130, 330 1, 430, 530). a. a housing (160, 360, 460, 560) comprising a bottom (161, 361, 461, 561) and at least one first wall (163, 363, 463, 563), b. a first radiator (140, 340, 440, 540) secured on the outside of said housing on said first wall (163, 363, 463, 563), and c. a first heat pipe (110, 310, 410, 510) intended to be in thermal contact with a first electronic component, one end of said first heat pipe (110, 310, 410, 510) passing through said first wall (163, 363, 463, 563) and at least part of said first radiator (140, 340, 440, 540), a. a first fan (120, 320, 420, 520) secured on the outside of said housing on said first wall (163, 363, 463, 563), said first fan (120, 320, 420, 520) being secured to said first wall (163, 363, 463, 563) in such a way as to cool said first radiator (140, 340, 440, 540), b. a first duct (130, 330 1, 430, 530) included in said bottom or arranged on an inner face of said bottom, c. said first heat pipe (110, 310, 410, 510) being arranged at least partially in said first duct (130, 330 1, 430, 530).
A method of controlling an amount of torque being generated by an engine of a vehicle, to potentially influence driver shifting strategies that, in turn, may increase fuel efficiency through a reduction in engine speed, the method comprising: determining whether a rotational speed of the engine exceeds an engine speed control target, wherein the engine speed control target is a function of a transmission gear ratio in which the vehicle is operating, and the speed control target being a predetermined engine speed identified as an optimized engine speed for shifting to a next higher gear in order to improve fuel economy; when the speed of the engine exceeds the engine speed control target, identifying a starting speed, the starting speed being indicative of the rotational speed of the engine at a time in which the rotation speed of the engine exceeded the speed control target; increasing the engine speed control target as a function of time, which comprises generating an engine speed control target slope as a function of the starting speed and a transmission gear ratio indicative of current gear ratio, the engine speed control target slope indicating the engine speed control target at a given point in time; and limiting the amount of torque generated by the engine to produce a fuel powered rotational speed of the engine that is equal to or less than the engine speed control target at any given point in time; wherein the rate in which the driver may increase vehicle speed is restricted by limiting the fuel and/or air supplied to the engine when the engine speed is above the optimal range. determining whether a rotational speed of the engine exceeds an engine speed control target, wherein the engine speed control target is a function of a transmission gear ratio in which the vehicle is operating, and the speed control target being a predetermined engine speed identified as an optimized engine speed for shifting to a next higher gear in order to improve fuel economy; when the speed of the engine exceeds the engine speed control target, identifying a starting speed, the starting speed being indicative of the rotational speed of the engine at a time in which the rotation speed of the engine exceeded the speed control target; increasing the engine speed control target as a function of time, which comprises generating an engine speed control target slope as a function of the starting speed and a transmission gear ratio indicative of current gear ratio, the engine speed control target slope indicating the engine speed control target at a given point in time; and limiting the amount of torque generated by the engine to produce a fuel powered rotational speed of the engine that is equal to or less than the engine speed control target at any given point in time; wherein the rate in which the driver may increase vehicle speed is restricted by limiting the fuel and/or air supplied to the engine when the engine speed is above the optimal range.
A smart self-feeding fuse with current detection function and communication function, comprising: - a plastic cabinet (14, 16) having a through-hole for inserting the fuse tube; - a self-feeding nanocrystalline core current transformer, CT, (8, 20) and an Organic Photo Voltaic standard solar cell, OPV,; - a supercapacitor board as the only energy storage medium; - a set of radios containing a short range of communication block (LoRA) and a long range of communication block (MESH), using an InterNet of Things,IoT, - a current detector as a current sensor; - a GPS module to identify georeferenced coordinates of the fuse; - an accelerometer module for identifying the fall of the fuse tube; and - a LED ring for visual signaling; wherein the smart self-feeding fuse is installed directly in the medium voltage energy power distribution grid using a C-type base fuse base as a physical support, providing both functions of communications GATEWAY and signaling transitory or permanent faults. - a plastic cabinet (14, 16) having a through-hole for inserting the fuse tube; - a self-feeding nanocrystalline core current transformer, CT, (8, 20) and an Organic Photo Voltaic standard solar cell, OPV,; - a supercapacitor board as the only energy storage medium; - a set of radios containing a short range of communication block (LoRA) and a long range of communication block (MESH), using an InterNet of Things,IoT, - a current detector as a current sensor; - a GPS module to identify georeferenced coordinates of the fuse; - an accelerometer module for identifying the fall of the fuse tube; and - a LED ring for visual signaling;
A heat resistant casting, comprising: an axial portion; and dendrites in a structure of a region of the axial portion that is subjected to plastic processing, the dendrites having an average angle between a direction perpendicular to a central axis of the axial portion and main axes of the dendrites of 20 degrees or less, the heat resistant casting further comprising: iron; more than 0% by mass but equal to or less than 1.4% by mass of carbon; more than 0% by mass but equal to or less than 69% by mass of nickel; and 6% by mass to 52% by mass of chromium. an axial portion; and dendrites in a structure of a region of the axial portion that is subjected to plastic processing, the dendrites having an average angle between a direction perpendicular to a central axis of the axial portion and main axes of the dendrites of 20 degrees or less, the heat resistant casting further comprising: iron; more than 0% by mass but equal to or less than 1.4% by mass of carbon; more than 0% by mass but equal to or less than 69% by mass of nickel; and 6% by mass to 52% by mass of chromium. iron; more than 0% by mass but equal to or less than 1.4% by mass of carbon; more than 0% by mass but equal to or less than 69% by mass of nickel; and 6% by mass to 52% by mass of chromium.
Target for an ARC source having a first body of a material to be vaporized, which essentially comprises in one plane a surface which is intended to be vaporized, wherein the surface surrounds in this plane a central area, characterized in that in the central area a second body is provided, which is preferably in the form of a disk and is electrically isolated from the first body, and the second body is arranged on an electrically floating potential.
A driver apparatus for driving a light source of a luminaire, the driver apparatus comprising a sensor portion configured to obtain sensory information comprising information indicative of a sequence of observed light levels in an area served by the luminaire and presence information indicative of presence of a person in the area served by the luminaire; a control portion configured to control operation of the light source in accordance with the sensory information, including switching the light source on or off in accordance with the presence information; characterized in that the apparatus comprises an adaptation portion for selecting a dimming pattern to be applied by the control portion when there is no indication of presence of a person in the area served by the luminaire after completion of an adaptation period, the adaptation portion configured to initiate the adaptation period in response to a request thereto, detect, on basis of said obtained sensory information indicative of the sequence of observed light levels during the adaptation period, the number of further luminaires serving said area, and select the dimming pattern in accordance with the detected number of further luminaires.
A preparation method of a light-emitting diode comprising: preparing a nanomaterial as an electron transport layer by: providing a ZnO nanoparticle; depositing an In 2 O 3 shell layer on a surface of the ZnO nanoparticle; and loading Au atoms and/or Au microclusters on the In 2 O 3 shell layer. providing a ZnO nanoparticle; depositing an In 2 O 3 shell layer on a surface of the ZnO nanoparticle; and loading Au atoms and/or Au microclusters on the In 2 O 3 shell layer.
A sleeper comprising a sleeper body (100, 110, 120) having a top side and a bottom side opposite the top side, - effective rail laying band regions being on the top side, wherein a rail is placed on each of the effective rail laying band regions, at least two seating regions corresponding to and overlapping with each of the effective rail laying band regions, each seating region being applied for a respective rail fastening, and - through-openings (104, 114, 124) arranged between adjacent seating regions of each effective rail laying band region, the trough-openings being fully encircled by the sleeper body (100, 110, 120), interconnecting the top side and the bottom side of the sleeper body (100, 110, 120) and being formed in the sleeper body (100, 110, 120), wherein each respective of the trough-openings (104, 114, 124) separated from each other corresponds to a respective rail and extends in both directions laterally to the rail farther than the rail, wherein the sleeper has two effective rail laying band regions, with the through-openings (104, 114, 124) being formed in a row extending in a transverse direction thereto, characterised in that the cross-sectional area of the through-openings (104, 114, 124) increases on at least a section from the bottom side towards the top side of the sleeper body (100, 110, 120), and in that the lateral extensions of the respective through-openings (104, 114, 124) are asymmetrical with respect to the corresponding rail, such that first extensions of the through-openings (104, 114, 124) from the rail in a first direction pointing towards the other rail are larger than second extensions thereof at the opposite side of the rail in a second direction extending opposite the first direction. - effective rail laying band regions being on the top side, wherein a rail is placed on each of the effective rail laying band regions, at least two seating regions corresponding to and overlapping with each of the effective rail laying band regions, each seating region being applied for a respective rail fastening, and - through-openings (104, 114, 124) arranged between adjacent seating regions of each effective rail laying band region, the trough-openings being fully encircled by the sleeper body (100, 110, 120), interconnecting the top side and the bottom side of the sleeper body (100, 110, 120) and being formed in the sleeper body (100, 110, 120), wherein each respective of the trough-openings (104, 114, 124) separated from each other corresponds to a respective rail and extends in both directions laterally to the rail farther than the rail,
A grain-oriented magnetic steel sheet with chromium-free insulating tension coating, comprising a grain-oriented magnetic steel sheet and an insulating tension coating containing a phosphate salt and silica on at least one side of the grain-oriented magnetic steel sheet, the coating further including a crystalline compound represented by the general formula below: M II 3 M III 4 (X V O 4) 6... in the general formula, M II and M III are each independently one, or two or more selected from Sc, V, Mn, Fe, Co, Ni, Cu and Mg, and X V is one, or two or more selected from P, V and Mo.
A door lock assembly, comprising a clamping portion fastened to a first panel and a lock cylinder fastened to a second panel, wherein the lock cylinder comprises a shaft body and a guiding head disposed at an end of the shaft body, parts of a joint of the guiding head and the shaft body is provided with a first concave portion; the clamping portion comprises a base and a clamp, the base is provided with a first through hole for the shaft body and the guiding head to pass through, the clamp is configured to clamp the first concave portion; and the guiding head and the shaft body pass through the first through hole on the base of the clamping portion to be locked with the clamp, so that the first panel is locked with the second panel. The clamp includes a first elastic arm and a second elastic arm, the first elastic arm and the second elastic arm are fastened to a same side surface of the base in an arc manner, a gap having a preset width is formed between tail ends of the first elastic arm and the second elastic arm, when the guiding head is inserted into the clamp, the tail ends of the first elastic arm and the second elastic arm are configured to clamp the first concave portion.
A method of transporting compost inoculated with mycelium of mushrooms, wherein the compost is transported at a temperature of less than 20 °C, characterized in that a mass of compost is subjected to subatmospheric pressure in a vacuum chamber; the mass of compost being subjected to said subatmospheric pressure in a packaged form, the mass of compost being within an envelope allowing the passage of the water vapour, and water vapour is removed from the mass of compost resulting in a cooled mass of compost, wherein the weight of the mass of compost is reduced by evaporation of water from the mass of compost by at least 0.1% by weight based on the total weight of the mass of compost while at subatmospheric pressure, and said cooled mass of compost is transported; and wherein the mycelium of mushrooms is mycelium of mushrooms for human consumption.
A method for data processing in a wireless network wherein at least one relay node is served by a base station over a backhaul link; wherein resource partitioning for the at least one relay is conducted based on at least one load information message sent from the base station to the relay node, characterized in that said load information message comprising bitmap information regarding requested resource blocks and sub-frames in a bitmap indicating the resource blocks and sub-frames; wherein the bitmap information is compressed depending on an overhead traffic threshold on the backhaul link; wherein a compressing scheme compresses by combining columns and rows of the bitmap information having identical values to at least a single column or a single row.
An article of footwear comprising: an upper having a foot portion for receiving a foot of a wearer and a leg portion for receiving at least a portion of a leg of the wearer; a sole structure secured to the foot portion of the upper, a medial side of the sole structure defining an indentation; and a plate that extends over the leg portion and the foot portion of the upper, and the plate extends into the indentation of the sole structure to form a flush outer surface between the sole structure and the plate, the plate having a first indented area located on a forward first edge of the plate at an interface between the foot portion and the leg portion, and the plate having a second indented area located on a rearward second edge of the plate that is opposite the forward first edge at a position that is upwardly offset from the first indented area. an upper having a foot portion for receiving a foot of a wearer and a leg portion for receiving at least a portion of a leg of the wearer; a sole structure secured to the foot portion of the upper, a medial side of the sole structure defining an indentation; and
A data processing method, wherein the method comprises: sending, by a network interface card, a first data packet to a host; receiving, by the network interface card, processing information from the host, wherein the processing information is used to indicate a processing operation performed by the host on the first data packet according to at least two flow entries that match the first data packet, and a flow table comprising the at least two flow entries is set not to be aged at the host; and generating, by the network interface card, an action field of a first session entry according to the processing information; generating a match field of the first session entry according to matching information of the first data packet, wherein the first session entry is used to record a rule used by the network interface card to process a data packet that matches the first session entry; deleting, by the network interface card, the first session entry if the first session entry is not accessed within a time period; sending, by the network interface card, a deletion instruction to the host, wherein the deletion instruction is used to instruct the host to delete the at least two flow entries. sending, by a network interface card, a first data packet to a host; receiving, by the network interface card, processing information from the host, wherein the processing information is used to indicate a processing operation performed by the host on the first data packet according to at least two flow entries that match the first data packet, and a flow table comprising the at least two flow entries is set not to be aged at the host; and generating, by the network interface card, an action field of a first session entry according to the processing information; generating a match field of the first session entry according to matching information of the first data packet, wherein the first session entry is used to record a rule used by the network interface card to process a data packet that matches the first session entry; deleting, by the network interface card, the first session entry if the first session entry is not accessed within a time period; sending, by the network interface card, a deletion instruction to the host, wherein the deletion instruction is used to instruct the host to delete the at least two flow entries.
A surgical instrument for use in an orthopaedic arthroplasty procedure, the surgical instrument comprising a shaft having a first end and a second end, and an impactor head disposed at the second end of the shaft and including: first and second spaced ends (174, 200), two spaced impaction surfaces disposed at the second end of the impactor head, and a cavity disposed between the impaction surfaces, in which the cavity is adapted to accommodate posterior-stabilizing spines of at least a first tibial implant component and a second tibial implant component having a size which is different from that of the first tibial implant component, characterised in that each of the impaction surfaces includes a first section with a contour that conforms to a contour of a bearing surface of the first tibial implant component and a second section with a contour that conforms to a contour of bearing surfaces of the second tibial implant component. first and second spaced ends (174, 200), two spaced impaction surfaces disposed at the second end of the impactor head, and a cavity disposed between the impaction surfaces, in which the cavity is adapted to accommodate posterior-stabilizing spines of at least a first tibial implant component and a second tibial implant component having a size which is different from that of the first tibial implant component, characterised in that each of the impaction surfaces includes a first section with a contour that conforms to a contour of a bearing surface of the first tibial implant component and a second section with a contour that conforms to a contour of bearing surfaces of the second tibial implant component.
Injection mould for use in an injection-moulding device, comprising at least one mould element, which is provided with a combined heating and cooling device, with which at least one mould surface is thermally variable, wherein the heating and cooling device has at least one cavity extending behind the mould surface, wherein the cavity, as a combined condensation-evaporation space, is exposed to both a fed-in expanding cooling medium and alternatively a fed-in vaporous heating medium, characterized in that the number of cooling-medium feed openings into the cavity is greater than the number of heating-medium feed openings.
A connection resume method, wherein the method comprises: sending, by a terminal device, a first message that carries first indication information to a first network device, wherein the first indication information is used to indicate to calculate a resume message authentication code MAC value based on a first parameter set, and the first parameter set comprises one or more of a resume cause value or a radio resource control RRC resume request message; receiving, by the terminal device, a second message from the first network device; and when the second message carries second indication information, sending, by the terminal device, an RRC resume request message that carries the resume MAC value to a second network device, wherein the second indication information is used to indicate to verify the resume MAC value based on the first parameter set. sending, by a terminal device, a first message that carries first indication information to a first network device, wherein the first indication information is used to indicate to calculate a resume message authentication code MAC value based on a first parameter set, and the first parameter set comprises one or more of a resume cause value or a radio resource control RRC resume request message; receiving, by the terminal device, a second message from the first network device; and when the second message carries second indication information, sending, by the terminal device, an RRC resume request message that carries the resume MAC value to a second network device, wherein the second indication information is used to indicate to verify the resume MAC value based on the first parameter set.