mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling comprising: a centre member having a main axis of rotation (c1) and including a plurality of holes disposed about the main axis (c1) at a radius; left and right side members each having a common offset axis of rotation (c2) parallel to and offset from the main axis (c1), each side member including a plurality of holes congruent with the holes in the centre member and disposed about the offset axis at the radius; a plurality of torque transfer elements extending through the holes of the centre member into the holes of the side members ; and wherein the centre member is disposed between the side members , characterized in that the torque transfer elements rotate about a third axis (c3) parallel to and disposed midway between the main axis (c1) and the offset axis (c2) and transfer torque between the centre member and the side members through rolling contact between the torque transfer elements and the holes of the centre and side members . a centre member having a main axis of rotation (c1) and including a plurality of holes disposed about the main axis (c1) at a radius; left and right side members each having a common offset axis of rotation (c2) parallel to and offset from the main axis (c1), each side member including a plurality of holes congruent with the holes in the centre member and disposed about the offset axis at the radius; a plurality of torque transfer elements extending through the holes of the centre member into the holes of the side members ; and wherein the centre member is disposed between the side members , characterized in that the torque transfer elements rotate about a third axis (c3) parallel to and disposed midway between the main axis (c1) and the offset axis (c2) and transfer torque between the centre member and the side members through rolling contact between the torque transfer elements and the holes of the centre and side members .
A method for determining a Hybrid Automatic Repeat reQuest ,HARQ, process, characterized by comprising: determining , by a terminal, an HARQ process resource parameter; and determining , by the terminal, an HARQ process resource for a current transmission based on the HARQ process resource parameter; wherein the current transmission is a non-dynamic transmission, wherein determining, by the terminal, the HARQ process resource parameter comprises: obtaining, by the terminal, a second HARQ process resource parameter which is configured by a network device; and determining, by the terminal, a third HARQ process resource parameter based on a starting symbol of a transmission opportunity where the current transmission of a configured grant is located and the second HARQ process resource parameter, wherein determining , by the terminal, an HARQ process resource for the current transmission based on the HARQ process resource parameter consists in determining, by the terminal, an HARQ process resource for the current transmission based on the third HARQ process resource parameter. determining , by a terminal, an HARQ process resource parameter; and determining , by the terminal, an HARQ process resource for a current transmission based on the HARQ process resource parameter; wherein the current transmission is a non-dynamic transmission, wherein determining, by the terminal, the HARQ process resource parameter comprises: obtaining, by the terminal, a second HARQ process resource parameter which is configured by a network device; and determining, by the terminal, a third HARQ process resource parameter based on a starting symbol of a transmission opportunity where the current transmission of a configured grant is located and the second HARQ process resource parameter, wherein determining , by the terminal, an HARQ process resource for the current transmission based on the HARQ process resource parameter consists in determining, by the terminal, an HARQ process resource for the current transmission based on the third HARQ process resource parameter. obtaining, by the terminal, a second HARQ process resource parameter which is configured by a network device; and determining, by the terminal, a third HARQ process resource parameter based on a starting symbol of a transmission opportunity where the current transmission of a configured grant is located and the second HARQ process resource parameter, wherein determining , by the terminal, an HARQ process resource for the current transmission based on the HARQ process resource parameter consists in determining, by the terminal, an HARQ process resource for the current transmission based on the third HARQ process resource parameter.
A high-speed resin coating 3D printing system, wherein that it includes an exposure optical system , a film , a laser displacement meter , a bubble scraper , a resin vat , and a sample stage ; wherein the sample stage is connected with a lifting device and located in the resin vat , and the film covers on the resin in the resin vat ; the resin vat is installed on a three-dimensional motion control axis; the exposure optical system is located above the resin vat , and comprises a projection lens which faces to the film ; one side of the projection lens is equipped with a laser displacement meter ; the bubble scraper is arranged below the film , characterized in that the projection lens has an electromagnetic coil , a roller is arranged above the film , the laser displacement meter being used to monitor the difference between the height of a point on the upper surface of the film in the working area of the roller and the height of the film in stationary state, and in that the roller includes a plurality of bearing coaxial cores, and each bearing rotates independently.
A gas turbine engine , comprising: a shaft compartment containing at least one main shaft (12;14) which rotates about a main axis of rotation ; a tower shaft engaged with the at least one main shaft (12;14) for rotation about a tower shaft axis of rotation , the tower shaft being mounted in a bearing compartment extending away from the shaft compartment , wherein the bearing compartment is sealed against leakage from inside the bearing compartment to outside of the bearing compartment ; a seal housing (72;76) mounted to the bearing compartment ; and a tower shaft seal mounted in the seal housing (72;76) and sealing against the tower shaft , characterised in that the gas turbine engine further comprises a spring member positioned within the seal housing for exerting a bias force against the tower shaft seal toward the tower shaft , wherein the seal housing has a recessed area and wherein the spring member is positioned in the recessed area . a shaft compartment containing at least one main shaft (12;14) which rotates about a main axis of rotation ; a tower shaft engaged with the at least one main shaft (12;14) for rotation about a tower shaft axis of rotation , the tower shaft being mounted in a bearing compartment extending away from the shaft compartment , wherein the bearing compartment is sealed against leakage from inside the bearing compartment to outside of the bearing compartment ; a seal housing (72;76) mounted to the bearing compartment ; and a tower shaft seal mounted in the seal housing (72;76) and sealing against the tower shaft , characterised in that the gas turbine engine further comprises a spring member positioned within the seal housing for exerting a bias force against the tower shaft seal toward the tower shaft , wherein the seal housing has a recessed area and wherein the spring member is positioned in the recessed area .
Method for cleaning the interior of an industrial boiler using cleaning nozzles (5a-j), each of which is fed via a high-pressure pump (4a-j) and which are positioned by industrial climbers in the interior of the industrial boiler , characterized in that, prior to each starting of the high-pressure pumps (4a-j), each industrial climber must electronically enable starting before a starting of the high-pressure pumps (4a-j) can take place.
A method, comprising: issuing trust information to a first node from among a plurality of nodes, from a network entity, wherein the trust information indicates a trust evaluation for the first node, and wherein the trust information and a trust list are used for an anonymous trust authentication between the first node and a second node from among the plurality of nodes, the plurality of nodes being registered in the network entity; distributing, by the network entity, the trust list to the plurality of nodes comprising at least the first node and the second node, wherein the trust list is associated with the trust evaluation for the first node and a trust evaluation of the second node, the trust evaluations each being associated with an authentication code and a trust value, and the anonymous trust authentication being based on one-off pairs of public key and private key, the pairs being generated from the trust evaluation for the first node, wherein authenticity of the public key of the pairs is verified using the trust evaluations in the trust list. issuing trust information to a first node from among a plurality of nodes, from a network entity, wherein the trust information indicates a trust evaluation for the first node, and wherein the trust information and a trust list are used for an anonymous trust authentication between the first node and a second node from among the plurality of nodes, the plurality of nodes being registered in the network entity; distributing, by the network entity, the trust list to the plurality of nodes comprising at least the first node and the second node, wherein the trust list is associated with the trust evaluation for the first node and a trust evaluation of the second node, the trust evaluations each being associated with an authentication code and a trust value, and the anonymous trust authentication being based on one-off pairs of public key and private key, the pairs being generated from the trust evaluation for the first node, wherein authenticity of the public key of the pairs is verified using the trust evaluations in the trust list.
A lubricating oil composition for use in gas engines, comprising: a base oil (A), at least one ash-free additive (B) selected from an ash-free sulfur-based antioxidant (B1) and a hindered amine compound (B2), a boronated imide-type dispersant (C), and a non-boronated imide-type dispersant (D), wherein the ash-free sulfur-based antioxidant (B1) is at least one selected from a thiocarbamate compound, and sulfurized oils and fats, wherein the hindered amine compound (B2) has one or two piperidine-derived skeletons, and satisfying the following requirements (X1) to (X3): Requirement (X1): a sulfated ash content is 0.2% by mass or less; Requirement (X2): the content of the ash-free additive (B) is 1.2% by mass or less based on the total amount of the lubricating oil composition, provided that in the case where the ash-free additive (B) contains the hindered amine compound (B2), the content of the hindered amine compound (B2) is less than 1.0% by mass based on the total amount of the lubricating oil composition; Requirement (X3): the content of the boron atom derived from the boronated imide-type dispersant (C) is 200 ppm by mass or more based on the total amount of the lubricating oil composition. a base oil (A), at least one ash-free additive (B) selected from an ash-free sulfur-based antioxidant (B1) and a hindered amine compound (B2), a boronated imide-type dispersant (C), and a non-boronated imide-type dispersant (D), wherein the ash-free sulfur-based antioxidant (B1) is at least one selected from a thiocarbamate compound, and sulfurized oils and fats, wherein the hindered amine compound (B2) has one or two piperidine-derived skeletons, and satisfying the following requirements (X1) to (X3): Requirement (X1): a sulfated ash content is 0.2% by mass or less; Requirement (X2): the content of the ash-free additive (B) is 1.2% by mass or less based on the total amount of the lubricating oil composition, provided that in the case where the ash-free additive (B) contains the hindered amine compound (B2), the content of the hindered amine compound (B2) is less than 1.0% by mass based on the total amount of the lubricating oil composition; Requirement (X3): the content of the boron atom derived from the boronated imide-type dispersant (C) is 200 ppm by mass or more based on the total amount of the lubricating oil composition. Requirement (X1): a sulfated ash content is 0.2% by mass or less; Requirement (X2): the content of the ash-free additive (B) is 1.2% by mass or less based on the total amount of the lubricating oil composition, provided that in the case where the ash-free additive (B) contains the hindered amine compound (B2), the content of the hindered amine compound (B2) is less than 1.0% by mass based on the total amount of the lubricating oil composition; Requirement (X3): the content of the boron atom derived from the boronated imide-type dispersant (C) is 200 ppm by mass or more based on the total amount of the lubricating oil composition.
Applicator for cosmetic product, comprising a core extending along a longitudinal extension direction (X), called main direction, and a plurality of protrusions integral with the core , the protrusions extending from a proximal end connected to the core to a free distal end along a elongation direction so as to define a length (L) and a height (H), wherein at least some of the protrusions have at least one helicoidal winding on at least a portion of their length (L), called helicoidal winding portion , the helicoidal winding having at least one turn, the length (L) of the protrusions being greater than its height (H), the helicoidal winding portion winding in a helix around the direction of elongation and forming a path in which the cosmetic product can be stored.
Circuit arrangement for operating light sources , comprising a controllable constant current source which, depending on a resistance connected to a control terminal of the constant current source , has a current (I LED ) for operating the light source , wherein the circuit arrangement further comprises a microcontroller with digital-to-analog functionality and the control terminal of the constant current source is connected to a DAC terminal of the microcontroller , characterized in that internal voltage divider components of the microcontroller form an internal resistance , which is part of the resistor used to control the constant current source .
Annular sealing sleeve for a pipe clamp, wherein the sealing sleeve has, on an inner side , a first sealing lip having a first cross-sectional geometry and a second sealing lip having a second cross-sectional geometry, wherein the first cross-sectional geometry and the second cross-sectional geometry differ, wherein the first sealing lip has a greater extent in the axial direction than in the radial direction and the second sealing lip has an identical or smaller extent in the axial direction than in the radial direction, wherein the second cross-sectional geometry is formed tapering in the radial direction, namely in partially circular or pyramid-shaped form with a rounded or pointed head region, as a result of which the second sealing lip acts as an O-ring, characterized in that the first sealing lip because of its cross-sectional geometry is stiffer than the second sealing lip .
A handle for a razor, the handle comprising: • a main body ; • a pivoting head pivotally coupled with the main body about a pivot axis , the pivoting head having a substantially trapezoidal prism shape and comprising a base member and a cover member that overlies the base member in a mating relationship; and • wherein the cover member comprises a face defining at least one exterior opening and the pivoting head comprises an interior compartment comprising an electrical component, wherein the pivoting head further comprises at least one interior channel , and a pivot spring that is at least partially disposed in the interior channel, the pivot spring comprising a first coil spring and a second coil spring and a main bar portion that couples the first and second coil springs together in a spaced relationship, and wherein one of the first and second coil springs defines a longitudinal coil axis that is substantially parallel to and offset from the pivot axis a distance of about 1 mm to about 5 mm. • a main body ; • a pivoting head pivotally coupled with the main body about a pivot axis , the pivoting head having a substantially trapezoidal prism shape and comprising a base member and a cover member that overlies the base member in a mating relationship; and • wherein the cover member comprises a face defining at least one exterior opening and the pivoting head comprises an interior compartment comprising an electrical component, wherein the pivoting head further comprises at least one interior channel , and a pivot spring that is at least partially disposed in the interior channel, the pivot spring comprising a first coil spring and a second coil spring and a main bar portion that couples the first and second coil springs together in a spaced relationship, and wherein one of the first and second coil springs defines a longitudinal coil axis that is substantially parallel to and offset from the pivot axis a distance of about 1 mm to about 5 mm.
A mat with perimetric tray structure containment of materials, for gymnastics and physical rehabilitation and re-education, in order to strengthen and re-educate the muscle and tendon structure of the human body, wherein the mat is equipped with at least one step and at least one removable insert and at least one non removable insert (301-316), wherein, in said mat , step and removable insert and non removable insert (301 -316), at least a first layer is of viscoelastic or memory material , and at least one other middle layer, underlying and glued to the said layer of viscoelastic or memory material , consists of an elastic layer of polyurethane open cells foam beneath which is located at least a last base layer, consisting of cross-linked closed cell polyethylene (PR) or cross-linked closed cell EVA , wherein said layers having solid geometric polygonal shapes, so that said assembly of stratified materials allows an instability in dynamic orthostatic but, also static, i.e., when still in place.
A power supply module having a first outer surface (VS1) and a second outer surface (VS2) that is adjacent to the first outer surface (VS1) and perpendicular to the first outer surface (VS1), the power supply module comprising: a substrate that has a first surface (PS1), a second surface (PS2) that is opposite to the first surface (PS1), and a side surface; a plurality of electronic components that are mounted at least on the first surface (PS1) and the second surface (PS2); a first resin member and a second resin member that are respectively formed on the first surface (PS1) and the second surface (PS2) and that seal the electronic components mounted on the first surface (PS1) and the second surface (PS2); and a terminal electrode (P1, P2, P3, P4, P5, P6) that is exposed at least at the first outer surface (VS1), wherein, in the substrate , the first surface (PS1) and the second surface (PS2) are perpendicular to the first outer surface (VS1), wherein the first outer surface (VS1) is formed so as to extend at least across the side surface of the substrate (SS1), the first resin member and the second resin member , and wherein an area of the first outer surface (VS1) is smaller than an area of the second outer surface (VS2), characterized in that the first outer surface (VS1) is configured as a mounting surface and the thicknesses of the resin members are chosen such that the first outer surface (VS1) has a surface area that ensures stable surface-to-surface mounting on a motherboard. a substrate that has a first surface (PS1), a second surface (PS2) that is opposite to the first surface (PS1), and a side surface; a plurality of electronic components that are mounted at least on the first surface (PS1) and the second surface (PS2); a first resin member and a second resin member that are respectively formed on the first surface (PS1) and the second surface (PS2) and that seal the electronic components mounted on the first surface (PS1) and the second surface (PS2); and a terminal electrode (P1, P2, P3, P4, P5, P6) that is exposed at least at the first outer surface (VS1), wherein, in the substrate , the first surface (PS1) and the second surface (PS2) are perpendicular to the first outer surface (VS1), wherein the first outer surface (VS1) is formed so as to extend at least across the side surface of the substrate (SS1), the first resin member and the second resin member , and wherein an area of the first outer surface (VS1) is smaller than an area of the second outer surface (VS2), characterized in that the first outer surface (VS1) is configured as a mounting surface and the thicknesses of the resin members are chosen such that the first outer surface (VS1) has a surface area that ensures stable surface-to-surface mounting on a motherboard.
Valve arrangement for gas pressure regulation in a gas rail of a fuel system for supplying gaseous fuel, in particular natural gas, to an internal combustion engine, comprising a first valve for connecting the gas rail to a gas feed line and a second valve for connecting the gas rail to a gas return line , wherein the first and second valves are arranged coaxially and are operable at least indirectly by means of a common control piston that delimits a control chamber , and the control piston , in order to operate the first valve , interacts with a sectionally sleeve-like actuating element that surrounds the second valve and projects beyond the latter in an axial direction, characterized in that the sectionally sleeve-like actuating element , on its side averted from the control piston , has a plate or is operatively connected to a plate and is axially preloaded by means of the spring force of a spring against the control piston , wherein the spring is supported on the plate such that the spring force of the spring is transmitted indirectly via the plate to the actuating element .