mhurhangee/ep-ind-claims huggingface dataset:
A coupling circuit for power line communications, the circuit including a coupling transformer having first and second, mutually coupled windings, said first winding connectable to a power line, wherein: - said second winding includes a pair of intermediate taps (1220a, 1220b) with at least one tuning inductor (124; 124 1, 124 2,..., 124 N) therebetween, wherein said at least one inductor (124; 124 1, 124 2,..., 124 N) is set between a first portion and a second portion of said second winding of the coupling transformer, - at least one switch member (126; 126 1, 126 2,..., 126 N) is provided coupled with said at least one inductor (124; 124 1, 124 2,..., 124 N), said switch member selectively actuatable to short-circuit said at least one inductor (124; 124 1, 124 2,..., 124 N). - said second winding includes a pair of intermediate taps (1220a, 1220b) with at least one tuning inductor (124; 124 1, 124 2,..., 124 N) therebetween, wherein said at least one inductor (124; 124 1, 124 2,..., 124 N) is set between a first portion and a second portion of said second winding of the coupling transformer, - at least one switch member (126; 126 1, 126 2,..., 126 N) is provided coupled with said at least one inductor (124; 124 1, 124 2,..., 124 N), said switch member selectively actuatable to short-circuit said at least one inductor (124; 124 1, 124 2,..., 124 N).
Flat heat exchanger tube which can be manufactured from a single endless sheet metal strip of low sheet metal thickness of aluminium by means of rolling, having two broad sides (1, 2) which lie opposite one another at a spacing (a) and two narrow sides (3, 4) which lie opposite one another, and having at least one connection between the two broad sides (1, 2), in order to divide the heat exchanger tube into at least two chambers (6, 7), the connection consisting of two limbs (10, 11) which lie close to one another, the limbs (10, 11) having a base which merges into the broad side with a small bending radius of a first bend, and a head which bears against the other broad side and can be brazed to the latter, the limbs (10, 11) being formed from the reshaped two longitudinal edges (20, 21) of the sheet metal strip and enclosing an angle (α) between them, the limbs (10, 11) not bearing against one another over more than half the overall spacing (a) between the one broad side and the other broad side, characterized in that a further bend of the limbs (10, 11) is provided, which bend is configured in such a way that the angle (α) between the limbs (10, 11) is approximately between 45° and 100°.
A base of a brake fluid pressure control device for a vehicle, the base including a brake fluid passage (A1-E1, A2-E2) formed therein, wherein in one face, an insertion hole in which a brake line is to be inserted is formed, and on at least one of perpendicular faces (108, 109, 112, 114) perpendicular to the one face, a protruding part is formed so as to protrude outward from the corresponding perpendicular face (108, 109, 112, 114), wherein a part of a mounting seat surface for the brake line is formed on the protruding part, characterized in that the protruding part has a flange shape or an eave shape.
Modular orthosis, in particular a knee orthosis, comprising the following mechanically assemblable components: - at least one orthotic joint, - a first holding part, - wherein the size of the first holding part is adapted to the size of the circumference of a thigh of a patient and is formed as an anterior brace (3.1), and - a second holding part, - at least one connecting element (5, 5.1, 5.2, 5.3), which has at least one receptacle for a brace (4.1) and/or a rail (6, 6.1, 6.2, 6.3), - at least one rail (6, 6.1, 6.2, 6.3), wherein the holding parts (3, 4) can each be fastened to or on a respective rail (6, 6.1, 6.2, 6.3) via a connecting element (5, 5.1, 5.2, 5.3), and wherein at least two rails (6, 6.2 or 6.1, 6.3) connect the first and the second holding part (3, 4) to the orthotic joint, wherein the rail (6, 6.1, 6.2, 6.3) can be adjusted in an articulated manner, characterized in that the size of the second holding part is adapted to the size of a circumference of a lower leg of the patient and is formed as a rear lower leg brace (4.1), wherein the holding parts (3, 4) designed as braces (3.1, 4.1) are provided with different widths for different leg circumferences. - at least one orthotic joint, - a first holding part, - wherein the size of the first holding part is adapted to the size of the circumference of a thigh of a patient and is formed as an anterior brace (3.1), and - a second holding part, - at least one connecting element (5, 5.1, 5.2, 5.3), which has at least one receptacle for a brace (4.1) and/or a rail (6, 6.1, 6.2, 6.3), - at least one rail (6, 6.1, 6.2, 6.3), wherein the holding parts (3, 4) can each be fastened to or on a respective rail (6, 6.1, 6.2, 6.3) via a connecting element (5, 5.1, 5.2, 5.3), and wherein at least two rails (6, 6.2 or 6.1, 6.3) connect the first and the second holding part (3, 4) to the orthotic joint, wherein the rail (6, 6.1, 6.2, 6.3) can be adjusted in an articulated manner, characterized in that the size of the second holding part is adapted to the size of a circumference of a lower leg of the patient and is formed as a rear lower leg brace (4.1), wherein the holding parts (3, 4) designed as braces (3.1, 4.1) are provided with different widths for different leg circumferences. wherein the holding parts (3, 4) can each be fastened to or on a respective rail (6, 6.1, 6.2, 6.3) via a connecting element (5, 5.1, 5.2, 5.3), and wherein at least two rails (6, 6.2 or 6.1, 6.3) connect the first and the second holding part (3, 4) to the orthotic joint, wherein the rail (6, 6.1, 6.2, 6.3) can be adjusted in an articulated manner, characterized in that the size of the second holding part is adapted to the size of a circumference of a lower leg of the patient and is formed as a rear lower leg brace (4.1), wherein the holding parts (3, 4) designed as braces (3.1, 4.1) are provided with different widths for different leg circumferences.
A pharmaceutical composition for use in the prevention or treatment of solid cancers or blood cancers, comprising, as an active ingredient, a 1,2-naphthoquinone derivative compound represented by the Chemical Formula 1 or a pharmaceutically acceptable salt thereof, wherein the solid cancer is selected from the group consisting of lung cancer, uterine cancer, liver cancer and breast cancer, and the blood cancer is selected from the group consisting of acute leukemia, chronic leukemia and drug-resistant chronic leukemia or refractory acute leukemia; and the compound of the Chemical Formula 1 is one of the compounds represented below: the solid cancer is selected from the group consisting of lung cancer, uterine cancer, liver cancer and breast cancer, and the blood cancer is selected from the group consisting of acute leukemia, chronic leukemia and drug-resistant chronic leukemia or refractory acute leukemia; and the compound of the Chemical Formula 1 is one of the compounds represented below:
A lithium secondary battery comprising: a cathode comprising a cathode collector; a first cathode active material layer including a spinel-structured lithium manganese oxide active material on at least one surface of the cathode collector; and a second cathode active material layer including a layer-structured lithium composite oxide active material on the first cathode active material layer; and an anode comprising an anode collector; a first anode active material layer including an amorphous carbon-based active material on at least one surface of the anode collector; and a second anode active material layer including any one selected from the group consisting of a crystalline carbon-based material, transition metal oxide, a silicon (Si)-based material, and a tin (Sn)-based material, or two or more active materials thereof on the first anode active material layer. a cathode comprising a cathode collector; a first cathode active material layer including a spinel-structured lithium manganese oxide active material on at least one surface of the cathode collector; and a second cathode active material layer including a layer-structured lithium composite oxide active material on the first cathode active material layer; and an anode comprising an anode collector; a first anode active material layer including an amorphous carbon-based active material on at least one surface of the anode collector; and a second anode active material layer including any one selected from the group consisting of a crystalline carbon-based material, transition metal oxide, a silicon (Si)-based material, and a tin (Sn)-based material, or two or more active materials thereof on the first anode active material layer.
A motor vehicle rear view device having at least one optical sensor (1, 1') which is connected to at least one image evaluation circuit board and to at least one screen, characterized in that the at least one optical sensor is connected to the image evaluation circuit board via a receiver circuit board, and the image evaluation circuit board is connected to the screen via a display receiver circuit board, wherein data cables (2, 6) are designed for serial data between the optical sensor and the receiver circuit board connected to the optical sensor and between the image evaluation circuit board and the display receiver circuit board, and the connection length is 1 to 10 m and wherein data cables (22, 21) are designed for parallel data transmission between the receiver circuit board connected to the optical sensor and the image evaluation circuit board as well as between the display receiver circuit board and the screen over a distance of less than 100 mm.
A multi-purpose jug with temperature indicator, wherein the jug is formed from a material having high thermal conductivity, including a liquid crystal thermometer attached to an external side of the jug, the thermometer being arranged to indicate temperatures of liquid within the jug from 35 degrees Celsius to greater than 65 degrees Celsius so as to be capable of indicating the temperature of a liquid when the liquid is stored in the jug, the liquid crystal thermometer is in the form of a label adhered to the external side of the jug, the liquid crystal thermometer having a series of separate cells each of which indicates a specific temperature in predetermined intervals, and characterised in that each of the cells is adapted to change colour on application of heat such that temperatures within each interval between the specific temperatures can be identified by a change of colour of one or more of the cells neighbouring the interval. in predetermined intervals, and
A shroud retention system, comprising: a shroud hanger including an outer hanger wall extending between a first end and a second end; a first hooked component configured to extend from the outer hanger wall at the first end, the first hooked component include a first wall extending radially inwardly from the outer hanger wall and a first rail extending from the first wall in the direction of the second end of the outer hanger wall; a second hooked component configured to extend from the outer hanger wall at the second end, the second hooked component including a second wall extending radially inwardly from the outer hanger wall and a second rail extending from the second wall in the direction of the first end of the outer hanger wall; a shroud segment including a shroud wall extending between a first segment end and a second segment end, the first segment end configured to be positioned radially between the outer hanger wall and the first rail, the second segment end configured to be positioned radially between the outer hanger wall and the second rail; and a retention spring positioned within a radial space defined between the outer hanger wall and the first and second rails, the retention spring being configured to apply a radial spring force against the shroud segment, characterized in that the first and second hooked components correspond to separate C-clips (306, 308) configured to couple the shroud hanger to the shroud segment. a shroud hanger including an outer hanger wall extending between a first end and a second end; a first hooked component configured to extend from the outer hanger wall at the first end, the first hooked component include a first wall extending radially inwardly from the outer hanger wall and a first rail extending from the first wall in the direction of the second end of the outer hanger wall; a second hooked component configured to extend from the outer hanger wall at the second end, the second hooked component including a second wall extending radially inwardly from the outer hanger wall and a second rail extending from the second wall in the direction of the first end of the outer hanger wall; a shroud segment including a shroud wall extending between a first segment end and a second segment end, the first segment end configured to be positioned radially between the outer hanger wall and the first rail, the second segment end configured to be positioned radially between the outer hanger wall and the second rail; and a retention spring positioned within a radial space defined between the outer hanger wall and the first and second rails, the retention spring being configured to apply a radial spring force against the shroud segment, characterized in that the first and second hooked components correspond to separate C-clips (306, 308) configured to couple the shroud hanger to the shroud segment.
A sealing system comprising the elements; • Diaphragm-Piston Spring Brake Chamber • Service Section • Spring Section • Upper Body • Adaptor plate • Lower Body • Piston • Spring Cylindrical Surface on the Lower Body • Planar Horizontal Surface on the Lower Body, and characterised by comprising • outwardly formed Adapter Plate - Lower Body Fitting Area • Sealing Area located in the outwardly formed fitting area between the adaptor plate and the lower section to reduce diaphragm-piston spring chamber length and reduce adaptor plate production tolerances • Sealing Element located in the fitting area having an annular or polygonal cross section • Sealing Element Slot located in the fitting area. • Diaphragm-Piston Spring Brake Chamber • Service Section • Spring Section • Upper Body • Adaptor plate • Lower Body • Piston • Spring Cylindrical Surface on the Lower Body • Planar Horizontal Surface on the Lower Body, and characterised by comprising • outwardly formed Adapter Plate - Lower Body Fitting Area • Sealing Area located in the outwardly formed fitting area between the adaptor plate and the lower section to reduce diaphragm-piston spring chamber length and reduce adaptor plate production tolerances • Sealing Element located in the fitting area having an annular or polygonal cross section • Sealing Element Slot located in the fitting area.
A method of producing a rotor comprising: a hollow cylindrical rotor core constituted of laminated electromagnetic steel sheets; a slot that is a hole axially formed through the rotor core and arranged near a peripheral edge of the rotor core; and a magnet placed in the slot; the method comprising placing an upper die on a first end surface of the rotor core, the upper die being provided with a cylinder through which molten resin is to be injected; placing a lower die on a second end surface of the rotor core and pressurizing the rotor core in cooperation with the upper die; and fixing the magnet to the rotor core by injecting the molten resin between an inner surface of the slot and a side surface of the magnet by injection molding, characterised in that: the upper die is placed on the first end surface of the rotor core such that the cylinder communicates with the slot via a communication area between he end of the cylinder and the first end surface of the rotor core; and in that the rotor core is pressurized by the upper die and the lower die and the molten resin is injected into the slot between the first end surface of the rotor core and the end surface of the magnet via said communication area; and wherein the core end surface-magnet interval (δ), being the distance between the first end surface of the rotor core and the end surface of the magnet, is determined to be a minimum slot-magnet interval value (α) or more, and the minimum slot-magnet interval value (α) is a minimum value among plural dimensions, obtained by verifications, between the inner surface of the slot and the side surface of the magnet, the plural dimensions allowing resin to be fully filled between the inner surface of the slot and the side surface of the magnet when the molten resin is injected from the cylinder. the upper die is placed on the first end surface of the rotor core such that the cylinder communicates with the slot via a communication area between he end of the cylinder and the first end surface of the rotor core; and in that the rotor core is pressurized by the upper die and the lower die and the molten resin is injected into the slot between the first end surface of the rotor core and the end surface of the magnet via said communication area; and wherein the core end surface-magnet interval (δ), being the distance between the first end surface of the rotor core and the end surface of the magnet, is determined to be a minimum slot-magnet interval value (α) or more, and the minimum slot-magnet interval value (α) is a minimum value among plural dimensions, obtained by verifications, between the inner surface of the slot and the side surface of the magnet, the plural dimensions allowing resin to be fully filled between the inner surface of the slot and the side surface of the magnet when the molten resin is injected from the cylinder.
Apparatus comprising: a pole affixed to the ground, comprising a module-mounting part; and one or more removable modules adapted to be removably fitted to the module-mounting part of the pole; wherein the module-mounting part of the pole comprises at least one primary winding of an inductive coupling circuit, the primary winding being connected to a power supply (6, 7) via a switch; wherein at least one of the removable modules comprises a secondary winding of the inductive coupling circuit, the secondary winding sharing a substantially same flux than the primary winding when said at least one removable module is in place in the module-mounting part; wherein the apparatus further comprises, included in one of the one or more removable modules, a controller comprising a wireless receiver for wirelessly receiving on-off signals from a remote control system; characterized in that the controller further comprises magnetic coupling circuitry arranged so as when fitted to the module-mounting part of the pole to form a magnetic coupling with the switch and to thereby switch the switch on and off in accordance with the on-off signals. a pole affixed to the ground, comprising a module-mounting part; and one or more removable modules adapted to be removably fitted to the module-mounting part of the pole; wherein the module-mounting part of the pole comprises at least one primary winding of an inductive coupling circuit, the primary winding being connected to a power supply (6, 7) via a switch; wherein at least one of the removable modules comprises a secondary winding of the inductive coupling circuit, the secondary winding sharing a substantially same flux than the primary winding when said at least one removable module is in place in the module-mounting part; wherein the apparatus further comprises, included in one of the one or more removable modules, a controller comprising a wireless receiver for wirelessly receiving on-off signals from a remote control system; characterized in that the controller further comprises magnetic coupling circuitry arranged so as when fitted to the module-mounting part of the pole to form a magnetic coupling with the switch and to thereby switch the switch on and off in accordance with the on-off signals.
An optical physical interface module, comprising: a first optical physical interface adapted to couple with a first connector and communicate a first optical signal; at least one optical component adapted to perform optical processing on the first optical signal to generate a second optical signal; a second optical physical interface adapted to couple with a second connector (204, 300) and communicate the second optical signal; and at least one electrical coupling (121, 122) adapted to couple with the first and second connector and communicate a signal consisting of power and optionally control, characterised in that the at least one electrical coupling comprises at least two openings (121, 122) in the first and second optical physical interface, respectively, adapted to accept corresponding at least two general alignment pins (302a, 302b) protruding from an associated one of the first and second connector, wherein the first optical interface is adapted to receive power from a first one of the at least two general alignment pins and ground from a second one of the at least two general alignment pins. a first optical physical interface adapted to couple with a first connector and communicate a first optical signal; at least one optical component adapted to perform optical processing on the first optical signal to generate a second optical signal; a second optical physical interface adapted to couple with a second connector (204, 300) and communicate the second optical signal; and at least one electrical coupling (121, 122) adapted to couple with the first and second connector and communicate a signal consisting of power and optionally control, characterised in that the at least one electrical coupling comprises at least two openings (121, 122) in the first and second optical physical interface, respectively, adapted to accept corresponding at least two general alignment pins (302a, 302b) protruding from an associated one of the first and second connector, wherein the first optical interface is adapted to receive power from a first one of the at least two general alignment pins and ground from a second one of the at least two general alignment pins.