mhurhangee/ep-ind-claims huggingface dataset:
Process for manufacturing a power cable comprising: - providing a power cable core comprising an electric conductor and having an outer diameter; - providing a copper foil having a width such that, after folding of the copper foil to provide a copper sheath around each power cable core, the copper sheath has an inner diameter from 5 to 15 mm greater than the power cable core outer diameter; - providing a protective strip over the power cable core in a position substantially matching a welding die, the protective strip having a radially inner and outer surface and being made of copper with a coating, at least on the radially outer surface, made of a metal or a metal alloy having a melting temperature comprised between 90 °C and 250°C; - folding the copper foil around the power cable core so as to bring two longitudinal copper foil rims to contact one to the other; - welding the two contacted longitudinal copper foil rims with a welding die thus obtaining a copper sheath in form of a tube with a welding seam and having a diameter; - reducing the diameter of the copper sheath to put it into direct contact with the power cable core and the protective strip; - heating the protective strip and the copper sheath at a temperature higher than the melting temperature of the coating of the strip so that the coating fuses in the welding seam; - extruding a polymeric sheath around the copper sheath. - providing a power cable core comprising an electric conductor and having an outer diameter; - providing a copper foil having a width such that, after folding of the copper foil to provide a copper sheath around each power cable core, the copper sheath has an inner diameter from 5 to 15 mm greater than the power cable core outer diameter; - providing a protective strip over the power cable core in a position substantially matching a welding die, the protective strip having a radially inner and outer surface and being made of copper with a coating, at least on the radially outer surface, made of a metal or a metal alloy having a melting temperature comprised between 90 °C and 250°C; - folding the copper foil around the power cable core so as to bring two longitudinal copper foil rims to contact one to the other; - welding the two contacted longitudinal copper foil rims with a welding die thus obtaining a copper sheath in form of a tube with a welding seam and having a diameter; - reducing the diameter of the copper sheath to put it into direct contact with the power cable core and the protective strip; - heating the protective strip and the copper sheath at a temperature higher than the melting temperature of the coating of the strip so that the coating fuses in the welding seam; - extruding a polymeric sheath around the copper sheath.
Non-slip mat for indoor furnishing, designed for the stationary fixation of furniture or carpets and further having tear lines that can be operated without tools, wherein the mat as a flat extending material web has pre-perforated tear lines, wherein viewed in cross-section at least a part of the tear lines has a V-shaped profile, wherein the V-shaped profile is bendable and collapsible and wherein further a folding force can be increasingly discharged to the remaining material web in the tip of the V, whereby this region can be pre-damaged and tear lines can be activated, wherein the pre-damaged tear lines subsequently can be cleanly and smoothly detached with a uniform edge, characterized in that the tear lines are arranged forming a narrow partial surface pattern, wherein the partial surfaces have a few square millimeters to less than 10 square millimeters in area, preferably 0.7 +-0.69 square centimeter surface.
A method for training a trainable RF transmitter in a vehicle to transmit variable code signals used to actuate a remote device having a receiver, the trainable transmitter having a memory including stored variable code characteristics for a plurality of different remote devices, the method comprising: - initiating a training sequence; - generating a plurality of RF carrier signals that correspond to a subset of the plurality of different remote devices, where each RF carrier signal has the variable code characteristics of one of the remote devices in the subset of the plurality of different remote devices; - transmitting the plurality of RF carrier signals that correspond to the subset of the plurality of different remote devices to the receiver of the remote device; - repeating the generating and transmitting steps for a different subset of the plurality of different remote devices until feedback is received from a user indicating that the remote device was activated by the plurality of RF carrier signals; - upon receiving said indication that the remote device is activated, storing an identifier for the subset of devices associated with the plurality of RF signals that activated the remote device, and further comprising associating the identified subset of devices with a user input device of the trainable transmitter for subsequent transmission of RF carrier signals to actuate the remote device. - initiating a training sequence; - generating a plurality of RF carrier signals that correspond to a subset of the plurality of different remote devices, where each RF carrier signal has the variable code characteristics of one of the remote devices in the subset of the plurality of different remote devices; - transmitting the plurality of RF carrier signals that correspond to the subset of the plurality of different remote devices to the receiver of the remote device; - repeating the generating and transmitting steps for a different subset of the plurality of different remote devices until feedback is received from a user indicating that the remote device was activated by the plurality of RF carrier signals; - upon receiving said indication that the remote device is activated, storing an identifier for the subset of devices associated with the plurality of RF signals that activated the remote device, and
An air-conditioning apparatus comprising: an outdoor unit including a compressor and an outdoor air temperature detector configured to detect an outdoor air temperature; an outdoor controller; and an indoor controller configured to transmit a signal to the outdoor controller, characterized in that the indoor controller is configured to transmit a power feeding ON signal to the outdoor controller, the outdoor controller including a storage unit storing the outdoor air temperature detected by the outdoor air temperature detector every certain period of time, the outdoor controller being configured to, under operation stop of the compressor and upon receiving the power feeding ON signal from the indoor controller, turn on power feeding to the outdoor unit, and perform heating necessity determination to determine whether or not heating of the compressor is necessary in accordance with a current outdoor air temperature and an outdoor air temperature stored in the storage unit, and when determining that heating of the compressor is necessary, perform a rotation-locked energization in order to energize the compressor to electrically heat the compressor, and, when determining that heating of the compressor is unnecessary, stop power feeding to the outdoor unit. an outdoor unit including a compressor and an outdoor air temperature detector configured to detect an outdoor air temperature; an outdoor controller; and an indoor controller configured to transmit a signal to the outdoor controller, characterized in that the indoor controller is configured to transmit a power feeding ON signal to the outdoor controller, the outdoor controller including a storage unit storing the outdoor air temperature detected by the outdoor air temperature detector every certain period of time, the outdoor controller being configured to, under operation stop of the compressor and upon receiving the power feeding ON signal from the indoor controller, turn on power feeding to the outdoor unit, and perform heating necessity determination to determine whether or not heating of the compressor is necessary in accordance with a current outdoor air temperature and an outdoor air temperature stored in the storage unit, and when determining that heating of the compressor is necessary, perform a rotation-locked energization in order to energize the compressor to electrically heat the compressor, and, when determining that heating of the compressor is unnecessary, stop power feeding to the outdoor unit. under operation stop of the compressor and upon receiving the power feeding ON signal from the indoor controller, turn on power feeding to the outdoor unit, and perform heating necessity determination to determine whether or not heating of the compressor is necessary in accordance with a current outdoor air temperature and an outdoor air temperature stored in the storage unit, and when determining that heating of the compressor is necessary, perform a rotation-locked energization in order to energize the compressor to electrically heat the compressor, and, when determining that heating of the compressor is unnecessary, stop power feeding to the outdoor unit.
A device for treating a patient's heart comprising: a plurality of radially expandable ribs coupled at their distal ends and outwardly curved at their free proximal ends; and a membrane coupled to said ribs; said device being configured to be endovascularly delivered to a chamber of a heart, characterized in that: the device comprises an outwardly biased strand threaded through the membrane, wherein the outwardly biased strand extends between and around the ribs and around the periphery of the membrane to apply outward pressure to the membrane, and the radially expandable ribs are of different lengths. a plurality of radially expandable ribs coupled at their distal ends and outwardly curved at their free proximal ends; and a membrane coupled to said ribs; said device being configured to be endovascularly delivered to a chamber of a heart, characterized in that: the device comprises an outwardly biased strand threaded through the membrane, wherein the outwardly biased strand extends between and around the ribs and around the periphery of the membrane to apply outward pressure to the membrane, and the radially expandable ribs are of different lengths. the device comprises an outwardly biased strand threaded through the membrane, wherein the outwardly biased strand extends between and around the ribs and around the periphery of the membrane to apply outward pressure to the membrane, and the radially expandable ribs are of different lengths.
A near-IR emitting cationic silver chalcogenide quantum dot with a mixed coating wherein the silver chalcogenide is selected from a group comprising silver sulfide (Ag 2 S), silver selenide (Ag 2 Se), silver telluride (Ag 2 Te) and mixtures thereof and the mixed coating comprises of at least 2 types of materials both are capable of binding to silver chalcogenide surface and one being a macromolecule selected from a group of polymers comprising polyethyleneimine, poly(dimethylaminoethyl methacrylate), Poly(amido amine)dendrimer (PAMAM), dendrimers with amine end groups and chitosan and the other one is being a small molecule selected from a group of small molecules comprising thiolates, carboxylates and amines.
A glass-plate working machine comprising: a cutting section including a cutting head with a cutter wheel and a cutting table for supporting a glass plate, for causing said cutting head and said cutting table to undergo contour-controlled movement in an orthogonal plane coordinate system by being subjected to numerical control; and a grinding section including a grinding head with a grinding wheel and a grinding table for holding the glass plate, for causing said grinding head and said grinding table to undergo contour-controlled movement in an orthogonal plane coordinate system by being subjected to numerical control, said cutting section and said grinding section being adapted to depict an identical contour moving locus simultaneously in parallel, while said cutting head and said grinding head being adapted to be angularly controlled about an axis perpendicular to the plane coordinate system, and a pressing direction of the grinding wheel is constantly oriented in a direction normal to a side end face of the glass plate, characterized in that, each of said cutting head and grinding head has an angle control motor (46, 49) so as to synchronously operate angular control of said cutting head and angular control of said grinding head, so that the cutting head and the grinding head are directly rotated under angular control independently,
A boron trifluoride-catalyst complex for polymerization of isobutene, consisting of boron trifluoride as a polymerization catalyst and a cocatalyst mixture of 10 to 90% by weight of at least one monohydric primary alcohol having 1 to 20 carbon atoms and 90 to 10% by weight of at least one monohydric secondary alcohol having 3 to 20 carbon atoms, where the molar ratio of boron trifluoride to the sum of all cocatalyst alcohols from and is 2:1 to 1:10. 10 to 90% by weight of at least one monohydric primary alcohol having 1 to 20 carbon atoms and 90 to 10% by weight of at least one monohydric secondary alcohol having 3 to 20 carbon atoms,
A refrigerator comprising: a main body having a storage compartment; a pair of doors (31, 32) configured to open and close the storage compartment; a sliding bar provided in each of the pair of doors, each sliding bar being configured to move in a first direction between a standby position and a contact position to which the sliding bar moves from the standby position to seal a gap between the pair of doors (31,32); and a moving device configured to operate the sliding bar in linkage with an operation of opening or closing the doors (31,32), wherein the moving device includes: a lever mounted for rotatation about an axis inside each door and configured to rotate about said axis when pressed by the main body as the door (31,32) is closed to transmit a pressing force to the sliding bar in each door; and a sliding link configured to operate in linkage with rotation of the lever and configured so that the sliding bar moves between the standby position and the contact position, characterised in that said first direction in which each sliding bar moves between standby and contact positions extends along the axis of rotation of the lever. a main body having a storage compartment; a pair of doors (31, 32) configured to open and close the storage compartment; a sliding bar provided in each of the pair of doors, each sliding bar being configured to move in a first direction between a standby position and a contact position to which the sliding bar moves from the standby position to seal a gap between the pair of doors (31,32); and a moving device configured to operate the sliding bar in linkage with an operation of opening or closing the doors (31,32), wherein the moving device includes: a lever mounted for rotatation about an axis inside each door and configured to rotate about said axis when pressed by the main body as the door (31,32) is closed to transmit a pressing force to the sliding bar in each door; and a sliding link configured to operate in linkage with rotation of the lever and configured so that the sliding bar moves between the standby position and the contact position, a lever mounted for rotatation about an axis inside each door and configured to rotate about said axis when pressed by the main body as the door (31,32) is closed to transmit a pressing force to the sliding bar in each door; and a sliding link configured to operate in linkage with rotation of the lever and configured so that the sliding bar moves between the standby position and the contact position, characterised in that said first direction in which each sliding bar moves between standby and contact positions extends along the axis of rotation of the lever.
An airblast injector for a multipoint combustor system comprising: an inner air swirler defining an interior flow passage and a plurality of swirler inlet ports in an upstream portion thereof configured and adapted for fluid communication of compressor discharge air through the swirler inlet ports into the interior flow passage such that swirl is imparted on flow in the interior flow passage; and an outer air cap mounted outboard of the inner swirler with a fuel passage defined between the inner air swirler and the outer air cap, the fuel passage including a discharge outlet between downstream portions of the inner air swirler and the outer air cap for issuing fuel for combustion, and characterised in that the outer air cap defines an outer air circuit configured for substantially swirl-free injection of compressor discharge air outboard of the interior flow passage, and the fuel passage includes a multi-start threaded passage defined between the inner air swirler and the outer air cap for even fuel distribution at low pressures. an inner air swirler defining an interior flow passage and a plurality of swirler inlet ports in an upstream portion thereof configured and adapted for fluid communication of compressor discharge air through the swirler inlet ports into the interior flow passage such that swirl is imparted on flow in the interior flow passage; and an outer air cap mounted outboard of the inner swirler with a fuel passage defined between the inner air swirler and the outer air cap, the fuel passage including a discharge outlet between downstream portions of the inner air swirler and the outer air cap for issuing fuel for combustion, and characterised in that the outer air cap defines an outer air circuit configured for substantially swirl-free injection of compressor discharge air outboard of the interior flow passage, and the fuel passage includes a multi-start threaded passage defined between the inner air swirler and the outer air cap for even fuel distribution at low pressures.
Device for lifting containers in a filling device, comprising a cylinder housing and a piston received in the cylinder housing having a piston rod for transmitting a lifting movement, and an anti-rotation lock for preventing a rotation of the piston rod relative to the cylinder housing, wherein the anti-rotation lock is received in the cylinder housing, characterised in that the anti-rotation lock comprises a guide rod (400, 422, 460) arranged in the cylinder housing and extending in the lifting direction, or a sliding block arranged in the cylinder housing.
Air/sludge separator for separating out particles and/or air bubbles, contained in a liquid, comprising a separator housing which has an inlet opening for the liquid to be cleaned and has an outlet opening for the cleaned liquid, wherein, in the separator housing, an externally actuatable rotary slide is mounted so as to be rotatable between a shut-off position and an open position, characterized in that the rotary slide is in the form of an externally circular-cylindrical rotary slide bush with two bush wall openings, which, in the shut-off position, closes off the inlet and outlet openings (3, 4) and which, in the open position, opens up said openings, and the separator housing has in the region of the inlet and outlet openings (3, 4) a circular-cylindrical inner wall in which the rotary slide bush is rotatably mounted, wherein, in the open position, the bush wall openings overlap the inlet and outlet openings (3, 4) and, in the shut-off position, the inlet and outlet openings (3, 4) are closed off by the bush wall of the rotary slide bush.
A device for producing mist or aerosol, the device comprising at least two atomisers for atomizing a liquid conducted thereto into drop jets, the at least two atomizers being arranged oriented directly towards one another in a manner making the drop jets produced thereby collide directly into each other characterized in that the device comprises at least one gas nozzle for feeding gas from at least one direction to a collision point of the drop jets.
Propeller propulsion unit, having at least one kinematic system comprising at least: • a heat engine consuming fuel and a main shaft driven in rotation at the output of the heat engine, • an electrical energy generator configured to generate electrical energy from the rotation of the main shaft, • an electric motor configured to generate a rotary movement as output from the electrical energy generated by the electrical energy generator, characterised in that it comprises: • a drive and selection device having a coupling element configured to be coupled either to the main shaft or to a rotary element at the output of the electric motor and a guiding element configured to at least rotationally guide the coupling element, configured to assume, as required • a first configuration, in which it is coupled to the output of the electric motor, and • a second configuration, in which it is coupled to the main shaft of the heat engine, • a propeller driven in rotation by the drive and selection device, the guiding element allowing the rotation speed of the coupling element to be adapted to a desired rotation speed for the propeller. • a heat engine consuming fuel and a main shaft driven in rotation at the output of the heat engine, • an electrical energy generator configured to generate electrical energy from the rotation of the main shaft, • an electric motor configured to generate a rotary movement as output from the electrical energy generated by the electrical energy generator, characterised in that it comprises: • a drive and selection device having a coupling element configured to be coupled either to the main shaft or to a rotary element at the output of the electric motor and a guiding element configured to at least rotationally guide the coupling element, configured to assume, as required • a first configuration, in which it is coupled to the output of the electric motor, and • a second configuration, in which it is coupled to the main shaft of the heat engine, • a first configuration, in which it is coupled to the output of the electric motor, and • a second configuration, in which it is coupled to the main shaft of the heat engine, • a propeller driven in rotation by the drive and selection device, the guiding element allowing the rotation speed of the coupling element to be adapted to a desired rotation speed for the propeller.
Dental implant having a surface made of a ceramic material, characterized in that the surface has a topography defined by a Core Roughness Depth S k of less than 1 μm and a Skewness S sk of less than O.