mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: Identifying, at a source top-of-rack, ToR, switch connected to a group of ToR switches via a base network, a plurality of destination ToR switches from the group of ToR switches to send data traffic to; determining whether each destination ToR switch of the plurality of destination ToR switches is suitable for receiving data transmission via a point-to-multipoint wireless flyway, to yield two or more flyway candidate ToR switches, wherein the each destination ToR switch is determined to be part of the two or more flyway candidate ToR switches when respective channel state information, CSI, associated with each destination ToR switch has been received at the source ToR switch within a predetermined time in the past; establishing the point-to-multipoint wireless flyway between the source ToR switch and the two or more flyway candidate ToR switches; and transmitting the data traffic from the source ToR switch to each flyway candidate ToR switch of the two or more flyway candidate ToR switches via the point-to- multipoint wireless flyway. Identifying, at a source top-of-rack, ToR, switch connected to a group of ToR switches via a base network, a plurality of destination ToR switches from the group of ToR switches to send data traffic to; determining whether each destination ToR switch of the plurality of destination ToR switches is suitable for receiving data transmission via a point-to-multipoint wireless flyway, to yield two or more flyway candidate ToR switches, wherein the each destination ToR switch is determined to be part of the two or more flyway candidate ToR switches when respective channel state information, CSI, associated with each destination ToR switch has been received at the source ToR switch within a predetermined time in the past; establishing the point-to-multipoint wireless flyway between the source ToR switch and the two or more flyway candidate ToR switches; and transmitting the data traffic from the source ToR switch to each flyway candidate ToR switch of the two or more flyway candidate ToR switches via the point-to- multipoint wireless flyway.
A method for producing semiconductor chips comprising: a step a of pasting a mask-integrated surface-protective tape, which includes a surface protective tape and a mask material layer being provided on the surface protective tape, over a patterned surface side of a semiconductor wafer, grinding a back surface of the semiconductor wafer, laminating a wafer fixing tape onto the grinded back surface of the semiconductor wafer, and fixing and supporting the semiconductor wafer with a ring frame; a step b of peeling off the surface protective tape from the mask-integrated surface-protective tape to expose the mask material layer, and then cutting a part of the mask material layer that corresponds to a street of the semiconductor wafer by using a laser to make an opening for the street of the semiconductor wafer; a step c of plasma dicing, wherein plasma irradiation cuts the semiconductor wafer at the street and separates the semiconductor wafer into semiconductor chips; and a step d of removing the mask material layer; characterized in that the mask material layer is removed using an organic solvent. a step a of pasting a mask-integrated surface-protective tape, which includes a surface protective tape and a mask material layer being provided on the surface protective tape, over a patterned surface side of a semiconductor wafer, grinding a back surface of the semiconductor wafer, laminating a wafer fixing tape onto the grinded back surface of the semiconductor wafer, and fixing and supporting the semiconductor wafer with a ring frame; a step b of peeling off the surface protective tape from the mask-integrated surface-protective tape to expose the mask material layer, and then cutting a part of the mask material layer that corresponds to a street of the semiconductor wafer by using a laser to make an opening for the street of the semiconductor wafer; a step c of plasma dicing, wherein plasma irradiation cuts the semiconductor wafer at the street and separates the semiconductor wafer into semiconductor chips; and a step d of removing the mask material layer; characterized in that the mask material layer is removed using an organic solvent.
A front loading drum type washing machine comprising: a cabinet for forming an appearance; a tub (4, 40, 50) fixed to an inner side of the cabinet and for storing washing water; a drum having a horizontal rotation axis and being rotatably arranged in the tub (4, 40, 50) for washing and dehydrating laundry; a rotation shaft connected to the drum; a supporting plate positioned at the rear side of the tub (4, 40, 50), to rotatably support the rotation shaft, a driving motor mounted at an rear side of the supporting plate and connected to the rotation shaft to rotate the rotation shaft; a supporting unit, which supports an assembly composed of the drum, the driving motor, and the supporting plate with buffering and is installed between the supporting plate and the cabinet, characterized in that the rotational axis of the driving motor is the same as the rotational axis of the rotational shaft of the drum; and characterized by a gasket installed between the supporting plate and the rear side of the tub (4, 40, 50). a cabinet for forming an appearance; a tub (4, 40, 50) fixed to an inner side of the cabinet and for storing washing water; a drum having a horizontal rotation axis and being rotatably arranged in the tub (4, 40, 50) for washing and dehydrating laundry; a rotation shaft connected to the drum; a supporting plate positioned at the rear side of the tub (4, 40, 50), to rotatably support the rotation shaft, a driving motor mounted at an rear side of the supporting plate and connected to the rotation shaft to rotate the rotation shaft; a supporting unit, which supports an assembly composed of the drum, the driving motor, and the supporting plate with buffering and is installed between the supporting plate and the cabinet, characterized in that the rotational axis of the driving motor is the same as the rotational axis of the rotational shaft of the drum; and characterized by a gasket installed between the supporting plate and the rear side of the tub (4, 40, 50).
A method for manufacturing a pump-head including a housing enclosing at least one rotary member, the method comprising: providing a first housing portion and a second housing portion that collectively, when assembled together, define a pump-cavity that accommodates the at least one rotary member: assembling the at least one rotary member into the housing portions; placing a soluble spacer (54a; 54b) of a defined thickness, corresponding to a desired clearance, in contact with a surface of the at least one rotary member facing a corresponding surface of at least one of the housing portions (12, 14), the spacer being made of a material that is soluble in a solvent; attaching the first and second housing portions together to form the pump-cavity containing the at least one rotary member; and circulating the solvent in the pump-cavity to dissolve the spacer (54a; 54b) to provide the desired clearance of the at least one rotary member in the pump-cavity. providing a first housing portion and a second housing portion that collectively, when assembled together, define a pump-cavity that accommodates the at least one rotary member: assembling the at least one rotary member into the housing portions; placing a soluble spacer (54a; 54b) of a defined thickness, corresponding to a desired clearance, in contact with a surface of the at least one rotary member facing a corresponding surface of at least one of the housing portions (12, 14), the spacer being made of a material that is soluble in a solvent; attaching the first and second housing portions together to form the pump-cavity containing the at least one rotary member; and circulating the solvent in the pump-cavity to dissolve the spacer (54a; 54b) to provide the desired clearance of the at least one rotary member in the pump-cavity. assembling the at least one rotary member into the housing portions; placing a soluble spacer (54a; 54b) of a defined thickness, corresponding to a desired clearance, in contact with a surface of the at least one rotary member facing a corresponding surface of at least one of the housing portions (12, 14), the spacer being made of a material that is soluble in a solvent; attaching the first and second housing portions together to form the pump-cavity containing the at least one rotary member; and circulating the solvent in the pump-cavity to dissolve the spacer (54a; 54b) to provide the desired clearance of the at least one rotary member in the pump-cavity.
A motor drive configured to supply power to a load the motor drive comprising: an inverter designed to provide power to the load; and a controller operationally connected to control operation of the inverter, the controller configured to: adjust a voltage-frequency setting during operation of the motor drive to cause the inverter to operate according to each of a plurality of varied voltage-frequency settings; monitor a real-time value of a motor parameter corresponding to each voltage-frequency setting; characterised in that the controller is further configured to identify a tolerance zone for the motor parameter; and cause the inverter to operate according to the voltage-frequency setting such that the motor parameter is within the tolerance zone. an inverter designed to provide power to the load; and a controller operationally connected to control operation of the inverter, the controller configured to: adjust a voltage-frequency setting during operation of the motor drive to cause the inverter to operate according to each of a plurality of varied voltage-frequency settings; monitor a real-time value of a motor parameter corresponding to each voltage-frequency setting; characterised in that the controller is further configured to identify a tolerance zone for the motor parameter; and cause the inverter to operate according to the voltage-frequency setting such that the motor parameter is within the tolerance zone. adjust a voltage-frequency setting during operation of the motor drive to cause the inverter to operate according to each of a plurality of varied voltage-frequency settings; monitor a real-time value of a motor parameter corresponding to each voltage-frequency setting; characterised in that the controller is further configured to identify a tolerance zone for the motor parameter; and cause the inverter to operate according to the voltage-frequency setting such that the motor parameter is within the tolerance zone.
Tyre comprising a tread, a crown with a crown reinforcement, two sidewalls, two beads, a carcass reinforcement anchored to the two beads and extending from one sidewall to the other, characterized in that the tread comprises a composition based on at least one diene elastomer, at a content of between 35 and 99 phr (parts by weight per hundred parts of elastomer), a thermoplastic elastomer with a content between 1 and 65 phr, said thermoplastic elastomer being a block copolymer comprising at least one elastomer block of optionally hydrogenated butadiene/styrene random copolymer type and at least one thermoplastic block of styrene type.
A device for dispensing a pressurized product axially extending along an axis, the device including: - a storage casing including a hollow body filled with a pressurized product, an upper mounting opening and a neck connecting said hollow body to said upper mounting opening, and - a dispensing valve including a cup, defining an upper face and a lower face, adapted to be fastened to the storage casing in order to close it and a dispensing member fastened to a radially inner portion of the cup, the cup including a peripheral fastening crown, forming the external radial end of the cup, which is tilted inwards, in an axial cross-section plane, the device being characterized in that the neck includes: - a seat portion, tilted inwards, which has a length between 0.5mm and 5mm in an axial cross-section plane, which form-fit cooperates with a lower face of the fastening crown so as to form a seat and - a locking portion folded up over an upper face of the fastening crown so as to lock its position. - a storage casing including a hollow body filled with a pressurized product, an upper mounting opening and a neck connecting said hollow body to said upper mounting opening, and - a dispensing valve including a cup, defining an upper face and a lower face, adapted to be fastened to the storage casing in order to close it and a dispensing member fastened to a radially inner portion of the cup, the cup including a peripheral fastening crown, forming the external radial end of the cup, which is tilted inwards, in an axial cross-section plane, - a seat portion, tilted inwards, which has a length between 0.5mm and 5mm in an axial cross-section plane, which form-fit cooperates with a lower face of the fastening crown so as to form a seat and - a locking portion folded up over an upper face of the fastening crown so as to lock its position.
An electric compressor for car air conditioning, comprising: a motor section disposed inside a casing; a control section disposed outside the casing; an opening through which the motor section in the casing communicates with the control section; an insulating terminal closing off the opening; a plurality of first wires penetrating the insulating terminal and extending toward the motor section and the control section; a plurality of second wires electrically connected to at least one of the motor section and the control section; plate-shaped male terminals electrically connected to one of the first wires and the second wires; and female terminals electrically connected to the other of the first wires and the second wires, each including a plate portion extending in a plate shape and securing portions disposed at both ends of the plate portion, the male terminals being secured between the plate portions and the securing portions; characterized in that the plurality of first wires are arranged on a straight line, and the plate-shaped male terminals and the plate portions of the female terminals are disposed so as to extend across the straight line at an acute or obtuse angle. a motor section disposed inside a casing; a control section disposed outside the casing; an opening through which the motor section in the casing communicates with the control section; an insulating terminal closing off the opening; a plurality of first wires penetrating the insulating terminal and extending toward the motor section and the control section; a plurality of second wires electrically connected to at least one of the motor section and the control section; plate-shaped male terminals electrically connected to one of the first wires and the second wires; and female terminals electrically connected to the other of the first wires and the second wires, each including a plate portion extending in a plate shape and securing portions disposed at both ends of the plate portion, the male terminals being secured between the plate portions and the securing portions; characterized in that the plurality of first wires are arranged on a straight line, and the plate-shaped male terminals and the plate portions of the female terminals are disposed so as to extend across the straight line at an acute or obtuse angle.
A thermally insulated melt processor comprising: a barrel comprising barrel sections; and a heater in direct contact with the barrel such that a gap is absent between the heater and the barrel, wherein the heater comprises: an insulating material in contact with a surface of the barrel and wherein the insulating material around each barrel section comprises a single piece of insulation surrounding joined with itself at only one point; and characterized in that a heat member is disposed in the insulating material and configured to provide heat in response conduction of electric current through the heat member, wherein heat member comprises a wire heating element wherein the wire heating element has a diameter of 0.5 to 4.0 mm, and when installed on barrel, the wire heating element is less than or equal to 10 mm from a surface of the barrel and wherein the wire heating element is shaped into a flat coil, wherein the flat coil is a sinusoidal wave shaped, and wherein the amplitude of sinusoidal wave is at least 10 times a diameter of the wire heating element. a barrel comprising barrel sections; and a heater in direct contact with the barrel such that a gap is absent between the heater and the barrel, wherein the heater comprises: an insulating material in contact with a surface of the barrel and wherein the insulating material around each barrel section comprises a single piece of insulation surrounding joined with itself at only one point; and characterized in that a heat member is disposed in the insulating material and configured to provide heat in response conduction of electric current through the heat member, wherein heat member comprises a wire heating element wherein the wire heating element has a diameter of 0.5 to 4.0 mm, and when installed on barrel, the wire heating element is less than or equal to 10 mm from a surface of the barrel and wherein the wire heating element is shaped into a flat coil, wherein the flat coil is a sinusoidal wave shaped, and wherein the amplitude of sinusoidal wave is at least 10 times a diameter of the wire heating element. an insulating material in contact with a surface of the barrel and wherein the insulating material around each barrel section comprises a single piece of insulation surrounding joined with itself at only one point; and characterized in that a heat member is disposed in the insulating material and configured to provide heat in response conduction of electric current through the heat member, wherein heat member comprises a wire heating element wherein the wire heating element has a diameter of 0.5 to 4.0 mm, and when installed on barrel, the wire heating element is less than or equal to 10 mm from a surface of the barrel and wherein the wire heating element is shaped into a flat coil, wherein the flat coil is a sinusoidal wave shaped, and wherein the amplitude of sinusoidal wave is at least 10 times a diameter of the wire heating element.
Machine for preparing beverages, including espresso coffee and similar, comprising: - a machine casing that presents side, top and posterior walls, thereby configuring for example a generally parallelepiped form or similar, - fluid storage means provided on a posterior part of said machine, - fluid heating means and fluid pressurization means provided inside of said casing, - collection means provided on a front part of machine above discharge means, and adapted for collecting a single portion of edible substance, - discharge means associated with said machine casing and presenting passageways for discharge of beverages, - control means provided inside of said machine casing and adapted so that can actuate said fluid heating means and fluid pressurization means, characterized in that at least one of said side and posterior walls of said machine casing presents at least a first and a second access elements (21, 22) adapted so that can provide access to the interior of said machine casing, whereby at least a first access element provides access to a space that is interior in respect of said machine casing and where there are arranged said fluid pressurization means, but not to said control means, so that said fluid pressurization means can be installed and replaced on respective fluid connections internal relative to said casing without removal or disassembly of said casing. - a machine casing that presents side, top and posterior walls, thereby configuring for example a generally parallelepiped form or similar, - fluid storage means provided on a posterior part of said machine, - fluid heating means and fluid pressurization means provided inside of said casing, - collection means provided on a front part of machine above discharge means, and adapted for collecting a single portion of edible substance, - discharge means associated with said machine casing and presenting passageways for discharge of beverages, - control means provided inside of said machine casing and adapted so that can actuate said fluid heating means and fluid pressurization means,
A rotor of a compressor motor comprising: - a rotor laminated steel plate; - a permanent magnet that is located inside the rotor laminated steel plate to form a plurality of magnetic poles along a circumferential direction with a rotation axis as a center; - rotor end plates (16, 18) that are arranged on both end surfaces of the rotor laminated steel plate, respectively, to restrict movement of the permanent magnet in an axial direction; and - balance weights (20, 22) that are provided on outer surfaces of the rotor end plates (16, 18), respectively, wherein the rotor laminated steel plate and the rotor end plates (16, 18) are provided with at least three axial through holes that are equally spaced apart in the circumferential direction, characterized in that - the rotor laminated steel plate and the rotor end plates (16, 18) are fixed by three rivets (26a, 26b, 26c) passing through the axial through holes, respectively, - one of the balance weights on one side is fixed to one of the rotor end plates on the one side by two (26a, 26b) of the three rivets (26a, 26b, 26c), - another of the balance weights on other side is fixed to another of the rotor end plates on the other side by remaining one of the rivets, and is positioned with respect to the rotor end plate on the other side by engagement members (28, 32) provided to the balance weight on the other side and the rotor end plate on the other side. - a rotor laminated steel plate; - a permanent magnet that is located inside the rotor laminated steel plate to form a plurality of magnetic poles along a circumferential direction with a rotation axis as a center; - rotor end plates (16, 18) that are arranged on both end surfaces of the rotor laminated steel plate, respectively, to restrict movement of the permanent magnet in an axial direction; and - balance weights (20, 22) that are provided on outer surfaces of the rotor end plates (16, 18), respectively, wherein - the rotor laminated steel plate and the rotor end plates (16, 18) are fixed by three rivets (26a, 26b, 26c) passing through the axial through holes, respectively, - one of the balance weights on one side is fixed to one of the rotor end plates on the one side by two (26a, 26b) of the three rivets (26a, 26b, 26c), - another of the balance weights on other side is fixed to another of the rotor end plates on the other side by remaining one of the rivets, and is positioned with respect to the rotor end plate on the other side by engagement members (28, 32) provided to the balance weight on the other side and the rotor end plate on the other side.