mhurhangee/ep-ind-claims huggingface dataset:
An audio processing system for performing spatial synthesis, the system comprising an upmix stage for receiving a decoded m-channel downmix signal and for outputting, based thereon, an n-channel upmix signal, wherein 2 ≤ m < n, the upmix stage comprising: a downmix modifying processor for receiving the m-channel downmix signal and for outputting a modified downmix signal (d 1, d 2; D), the downmix modifying processor adapted to cross mix and process the downmix signal in a non-linear fashion; and a first mixing matrix for receiving the downmix signal and the modified downmix signal, the first mixing matrix adapted to perform a n-channel linear combination of the m-channel downmix signal and modified downmix signal only and for outputting the n-channel upmix signal, wherein: the first mixing matrix is adapted to receive one or more mixing parameters (α 1, α 2, α 3, β 1, β 2, β 3, g, k 1, k 2) for controlling at least one gain in the linear combination performed by the first mixing matrix; and where the mixing parameters are in quantized format; and wherein the n-channel upmix signal comprises a set of channels that are obtained as linear combinations of both the downmix signal and the modified downmix signal; and wherein in the linear combination performed by the first mixing matrix, all gains applied in order to obtain said set of channels are polynomials of one or more of the mixing parameters, wherein the order of each polynomial is less than or equal to 2. a downmix modifying processor for receiving the m-channel downmix signal and for outputting a modified downmix signal (d 1, d 2; D), the downmix modifying processor adapted to cross mix and process the downmix signal in a non-linear fashion; and a first mixing matrix for receiving the downmix signal and the modified downmix signal, the first mixing matrix adapted to perform a n-channel linear combination of the m-channel downmix signal and modified downmix signal only and for outputting the n-channel upmix signal, wherein: the first mixing matrix is adapted to receive one or more mixing parameters (α 1, α 2, α 3, β 1, β 2, β 3, g, k 1, k 2) for controlling at least one gain in the linear combination performed by the first mixing matrix; and where the mixing parameters are in quantized format; and wherein the n-channel upmix signal comprises a set of channels that are obtained as linear combinations of both the downmix signal and the modified downmix signal; and wherein in the linear combination performed by the first mixing matrix, all gains applied in order to obtain said set of channels are polynomials of one or more of the mixing parameters, wherein the order of each polynomial is less than or equal to 2. the first mixing matrix is adapted to receive one or more mixing parameters (α 1, α 2, α 3, β 1, β 2, β 3, g, k 1, k 2) for controlling at least one gain in the linear combination performed by the first mixing matrix; and where the mixing parameters are in quantized format; and wherein the n-channel upmix signal comprises a set of channels that are obtained as linear combinations of both the downmix signal and the modified downmix signal; and wherein
Current transformer module for switchgear, in particular gas-insulated switchgear, which has an encapsulated current path, comprising - a sleeve-shaped base element for forming at least one insulation portion for insulating the current path to the outside, and - at least one annular current transformer unit that is arranged on the sleeve-shaped base element and circumferentially surrounds the sleeve-shaped base element, wherein the sleeve-shaped base element forms a solid insulator of the insulation portion, wherein the current transformer module has a number of module segments corresponding to the number of annular current transformer units, each comprising - a line segment for forming a respective section of the current path, - an insulator segment, which circumferentially surrounds the corresponding line segment, for forming the solid insulator, and - an annular current transformer unit, which circumferentially surrounds the insulator segment for the solid insulator, characterized in that the current transformer module has multiple module segments arranged in series along an axis. - a sleeve-shaped base element for forming at least one insulation portion for insulating the current path to the outside, and - at least one annular current transformer unit that is arranged on the sleeve-shaped base element and circumferentially surrounds the sleeve-shaped base element, wherein the sleeve-shaped base element forms a solid insulator of the insulation portion, wherein the current transformer module has a number of module segments corresponding to the number of annular current transformer units, each comprising - a line segment for forming a respective section of the current path, - an insulator segment, which circumferentially surrounds the corresponding line segment, for forming the solid insulator, and - an annular current transformer unit, which circumferentially surrounds the insulator segment for the solid insulator, - a line segment for forming a respective section of the current path, - an insulator segment, which circumferentially surrounds the corresponding line segment, for forming the solid insulator, and - an annular current transformer unit, which circumferentially surrounds the insulator segment for the solid insulator, characterized in that the current transformer module has multiple module segments arranged in series along an axis.
Charging device (1, 1') for inductive charging of an electronic device, for example a mobile phone, in particular a smartphone, a tablet computer or the like, comprising: a back layer (10, 10'), a front layer (20, 20') joined to the back layer (10, 10') so as to form a pocket for receiving the electronic device, and a charging element (30, 30') arranged to charge the electronic device arranged in the pocket, the charging element (30, 30') being configured for inductive charging of the electronic device, wherein the back layer (10, 10') and/or the front layer (20, 20') is elastically deformable, characterized in that a silver fabric layer is arranged at a side of the charging element opposite to the back layer, or a silver fabric layer is arranged between the charging element and the back layer. a back layer (10, 10'), a front layer (20, 20') joined to the back layer (10, 10') so as to form a pocket for receiving the electronic device, and a charging element (30, 30') arranged to charge the electronic device arranged in the pocket, the charging element (30, 30') being configured for inductive charging of the electronic device, wherein the back layer (10, 10') and/or the front layer (20, 20') is elastically deformable, characterized in that a silver fabric layer is arranged at a side of the charging element opposite to the back layer, or a silver fabric layer is arranged between the charging element and the back layer.
Seal arrangement for a wheel bearing of a motor vehicle, in particular a heavy goods vehicle, with a seal holder which delimits a pressure chamber, the seal holder having an inlet duct which can communicate with a pressure source and the pressure chamber, and an outlet duct which can communicate with the pressure chamber and a useful pressure space, in particular an inner tube of a motor vehicle tyre, and with a seal unit which is arranged substantially coaxially with respect to a rotational axis of the wheel bearing for establishing a sealing contact with a sealing partner which can be rotated relative to the seal holder, the seal unit delimiting an axial end side of the pressure chamber and being configured such that it can be deformed elastically and/or moved in the axial direction relative to the seal holder, the flow cross section of the outlet duct being dimensioned, in the case of a delivery of a pressure fluid from the pressure source to the useful pressure space, to bring about a dynamic pressure in the pressure chamber for pressing the seal unit sealingly onto the sealing partner, characterized in that the seal unit has a supporting ring, which is arranged substantially coaxially with respect to the rotational axis of the wheel bearing and can bear directly against the sealing partner, for the transfer of axial forces and a sealing ring, which is arranged substantially coaxially with respect to the rotational axis of the wheel bearing and can bear directly against the sealing partner, for the provision of a sealing contact with the sealing partner by way of an elastic deformation, and the supporting ring and the sealing ring being received, such that they are spaced apart from one another in the radial direction or bear against one another in the radial direction, in a retaining ring which is arranged substantially coaxially with respect to the rotational axis of the wheel bearing. the seal holder having an inlet duct which can communicate with a pressure source and the pressure chamber, and an outlet duct which can communicate with the pressure chamber and a useful pressure space, in particular an inner tube of a motor vehicle tyre, and with a seal unit which is arranged substantially coaxially with respect to a rotational axis of the wheel bearing for establishing a sealing contact with a sealing partner which can be rotated relative to the seal holder, the seal unit delimiting an axial end side of the pressure chamber and being configured such that it can be deformed elastically and/or moved in the axial direction relative to the seal holder,
Assembly (1, 100, 101, 102) for determining a movement error of a rotational device, having - a rotational device whose movement error is to be determined, having a rotor, which can rotate about a rotor rotational axis, and a stator, - a rotary bearing having a first bearing part and a second bearing part which can rotate relative to one another, wherein the first bearing part is coupled fixedly in terms of movement to the rotor of the rotational device, and the second bearing part can rotate relative to the rotor of the rotational device, - a rotation-limiting apparatus (11, 40) with which a rotation of the second bearing part about the rotor rotational axis can be reversed, prevented or is prevented, - a movement-determining apparatus (20, 30, 60), configured to determine a movement of the second bearing part in at least one degree of freedom of rotation which is different from the rotation about the rotor rotational axis, and/or in at least one degree of freedom of translation. - a rotational device whose movement error is to be determined, having a rotor, which can rotate about a rotor rotational axis, and a stator, - a rotary bearing having a first bearing part and a second bearing part which can rotate relative to one another, wherein the first bearing part is coupled fixedly in terms of movement to the rotor of the rotational device, and the second bearing part can rotate relative to the rotor of the rotational device, - a rotation-limiting apparatus (11, 40) with which a rotation of the second bearing part about the rotor rotational axis can be reversed, prevented or is prevented, - a movement-determining apparatus (20, 30, 60), configured to determine a movement of the second bearing part in at least one degree of freedom of rotation which is different from the rotation about the rotor rotational axis, and/or in at least one degree of freedom of translation.
Film transport device for transporting a plastic film, having at least one belt conveyor device (201, 202), wherein the belt conveyor device (201, 202) has two conveyor belts (203, 204) driven synchronously in a film direction of transport, which are each guided in a continuously circulating manner via deflection rollers (205, 206) on the end side and are arranged one above the other in such a way that, between the lower branch of the upper conveyor belt and the upper branch of the lower conveyor belt, a plastic film which is supplied in an entry region of the belt conveyor device (201, 202) engages between the lower branch of the upper conveyor belt and the upper branch of the lower conveyor belt and is transportable in the film direction of transport, wherein, in the entry region, the belt conveyor device (201, 202) has two deflection rollers (205, 206) which are arranged vertically one above the other and are aligned with each another and at least two guide rollers (211, 212, 213) or guide axes which are downstream of the deflection rollers in the direction of transport for guiding or supporting a branch of a drive belt, wherein the upper deflection roller and at least one of the guide rollers or guide axes interact with the upper drive belt and the lower deflection roller and at least one of the guide rollers (211, 213) or guide axes interact with the upper drive belt, characterised in that, in the entry region, the belt conveyor device (201, 202) has at least three guide rollers (211, 212, 213) and/or guide axes arranged downstream of the two deflection rollers (205, 206) in the film direction of transport and spaced apart from one another in the film direction of transport, and either a) the middle guide roller or the middle guide axis guides the lower branch of the upper conveyor belt and the other two guide rollers (211, 213) and/or guide axes guide the upper branch of the lower conveyor belt, or b) the middle guide roller or the middle guide axis guides the upper branch of the lower transport belt and the two other guide rollers (212, 213) and/or guide axes guide the lower branch of the upper transport belt. a) the middle guide roller or the middle guide axis guides the lower branch of the upper conveyor belt and the other two guide rollers (211, 213) and/or guide axes guide the upper branch of the lower conveyor belt, or b) the middle guide roller or the middle guide axis guides the upper branch of the lower transport belt and the two other guide rollers (212, 213) and/or guide axes guide the lower branch of the upper transport belt.
A method of manufacturing a sensor that includes a cylindrical casing in which an opening portion is formed at one end and a detection part including a core having a coil is accommodated in another end and in which an electronic component is accommodated, a cylindrical clamp in which a recessed part having a sealing ring attached thereto is formed in an outer periphery and one end thereof is inserted into the opening portion, and the sealing ring which is attached to the recessed part and is disposed between the casing and the clamp, the method comprises: a step of forming a first component of the clamp using a first divided mold, the first component including a cylindrical main body portion and a first part which is located on one end side of the main body portion and constitutes a portion of the recessed part, wherein the first divided mold has a dividing surface intersecting the main body portion and is divided to be able to separate in an axial direction of the main body portion; and a step of forming a second component of the clamp constituting another portion of the recessed part using a second divided mold so that the second component is formed integrally with the first component, and providing the recessed part, wherein the second component is inserted into the opening portion. a step of forming a first component of the clamp using a first divided mold, the first component including a cylindrical main body portion and a first part which is located on one end side of the main body portion and constitutes a portion of the recessed part, wherein the first divided mold has a dividing surface intersecting the main body portion and is divided to be able to separate in an axial direction of the main body portion; and a step of forming a second component of the clamp constituting another portion of the recessed part using a second divided mold so that the second component is formed integrally with the first component, and providing the recessed part, wherein the second component is inserted into the opening portion.
Automobile body shell comprising: a. an underbody component being made of fibre-reinforced plastic material, and b. at least one rocker panel interconnected to the underbody component at an outer side thereof, extending in longitudinal direction (x) of the underbody component, wherein c. the at least one rocker panel is in a transversal direction (y) designed in a more deformable manner compared to the underbody component, such that impact energy occurring in the lateral direction (y) is absorbed by deformation of the rocker panel, d. the underbody component is at least partially made from fibre-reinforced plastic material by an RTM procedure and has first connection faces, e. the rocker panels are at least partially made from a metallic material having second connection faces, and f. the second connection facces of the rocker panels are adhesively bonded to the first connection faces of the underbody component by a layer of an adhesive material. a. an underbody component being made of fibre-reinforced plastic material, and b. at least one rocker panel interconnected to the underbody component at an outer side thereof, extending in longitudinal direction (x) of the underbody component, wherein c. the at least one rocker panel is in a transversal direction (y) designed in a more deformable manner compared to the underbody component, such that impact energy occurring in the lateral direction (y) is absorbed by deformation of the rocker panel, d. the underbody component is at least partially made from fibre-reinforced plastic material by an RTM procedure and has first connection faces, e. the rocker panels are at least partially made from a metallic material having second connection faces, and f. the second connection facces of the rocker panels are adhesively bonded to the first connection faces of the underbody component by a layer of an adhesive material.
A bicycle frame (13, 100, 1000) comprising: a front triangle that includes a top tube (24, 105, 1005), a down tube (26, 110, 1010), and a seat tube (22, 115, 1015), wherein a bottom side of the top tube includes a cavity; a seat stay assembly that includes a first seat stay (120, 1020), and a second seat stay (120, 1020), characterized in that the seat stay assembly further includes a seat stay yoke (200, 1035, 1310) that integrally connects the first seat stay and the second seat stay (120, 1020), wherein the seat stay yoke includes a yoke cavity, and wherein the seat stay yoke is configured to at least partially fit within the cavity on the bottom side of the top tube; and the frame (13, 100, 1000) further comprises an inline shock assembly (135, 1030, 1200, 1300, 1420) that includes a stanchion (420, 1205) and a shock (500, 1210), wherein at least a portion of the stanchion is configured to fit within the yoke cavity of the seat stay yoke. a front triangle that includes a top tube (24, 105, 1005), a down tube (26, 110, 1010), and a seat tube (22, 115, 1015), wherein a bottom side of the top tube includes a cavity; a seat stay assembly that includes a first seat stay (120, 1020), and a second seat stay (120, 1020), characterized in that the seat stay assembly further includes a seat stay yoke (200, 1035, 1310) that integrally connects the first seat stay and the second seat stay (120, 1020), wherein the seat stay yoke includes a yoke cavity, and wherein the seat stay yoke is configured to at least partially fit within the cavity on the bottom side of the top tube; and the frame (13, 100, 1000) further comprises an inline shock assembly (135, 1030, 1200, 1300, 1420) that includes a stanchion (420, 1205) and a shock (500, 1210), wherein at least a portion of the stanchion is configured to fit within the yoke cavity of the seat stay yoke.
A cageless lavatory dispensing device comprising a hanger having a hook end adapted to be suspended from a part of a sanitary appliance, preferably the rim of a toilet bowl Wherein: the hanger has a stalk depending therefrom and a plate depending from the stalk, and a cast solid block cast from one or more fluidified chemical constituents, and subsequently solidified encasing or enrobing the plate, the cast solid block comprising 35 - 70%wt., preferably 40-60%wt. of one or more oxyalkylenated con pounds, preferably wherein the oxyalkylenated compounds are high molecular weight glycol polymers, such as polyalkylene glycols having molecular weights of from 500 to 35000, more preferably from about 1000 to 15000 and most preferably 5000 to 10000; a detersive surfactant selected from one or more of nonionic surfactants, anionic surfactants based on branched alkyl anionic surfactants and/or anionic surfactants based on sarcosinate surfactants; 0.1%wt. - 25%wt. of one or more fatty alkanolamides; and, optionally to 40%wt. further additive constituents, including but not limited to further surfactants, fillers, binders, fragrances, processing aids such as lubricants and tabletting aids, bleaches, and sanitizing compositions, adapted to be suspended within the interior of the sanitary appliance and provide a cleaning benefit thereto, characterised in that the cast solid block is formed without a compression or densification step. the hanger has a stalk depending therefrom and a plate depending from the stalk, and a cast solid block cast from one or more fluidified chemical constituents, and subsequently solidified encasing or enrobing the plate, the cast solid block comprising 35 - 70%wt., preferably 40-60%wt. of one or more oxyalkylenated con pounds, preferably wherein the oxyalkylenated compounds are high molecular weight glycol polymers, such as polyalkylene glycols having molecular weights of from 500 to 35000, more preferably from about 1000 to 15000 and most preferably 5000 to 10000; a detersive surfactant selected from one or more of nonionic surfactants, anionic surfactants based on branched alkyl anionic surfactants and/or anionic surfactants based on sarcosinate surfactants; 0.1%wt. - 25%wt. of one or more fatty alkanolamides; and, optionally to 40%wt. further additive constituents, including but not limited to further surfactants, fillers, binders, fragrances, processing aids such as lubricants and tabletting aids, bleaches, and sanitizing compositions, adapted to be suspended within the interior of the sanitary appliance and provide a cleaning benefit thereto, characterised in that the cast solid block is formed without a compression or densification step.