mhurhangee/ep-ind-claims huggingface dataset:
A milking cup comprising: a body having a top portion and a bottom portion, wherein the top portion has a first lip formed thereon and the bottom portion has a second lip formed thereon, and wherein the first lip and the second lip are separated by a distance; and a rotating shell positioned between the first lip and the second lip, wherein the rotating shell is secured onto the body by the first lip and the second lip, the rotating shell encircles the body and is operable to rotate around the body independently of the movement of the other portions of the body, and wherein the rotating shell has a length that corresponds to the distance between the first lip and the second lip. a body having a top portion and a bottom portion, wherein the top portion has a first lip formed thereon and the bottom portion has a second lip formed thereon, and wherein the first lip and the second lip are separated by a distance; and a rotating shell positioned between the first lip and the second lip, wherein the rotating shell is secured onto the body by the first lip and the second lip, the rotating shell encircles the body and is operable to rotate around the body independently of the movement of the other portions of the body, and wherein the rotating shell has a length that corresponds to the distance between the first lip and the second lip.
A no- or low-sugar wafer containing 0 to 15% by weight sweetener based on the weight of the wafer, comprising from 5 to 30 % by weight of maltodextrins based on the weight of the wafer or product, characterised in that said maltodextrins have a monodisperse molecular weight distribution, wherein the distribution of maltodextrin molecules is such that: - the polydispersity index is 18 or above, preferably 21 or above; - 0% to 30%, preferably greater than 0% to 20%, by weight of molecules, have a degree of polymerisation of 5 or below; - greater than 40%, preferably greater than 50%, by weight of molecules have a degree of polymerisation from 6 to 300; and - 0% to 30%, preferably greater than 0% to 20%, by weight of molecules, have a degree of polymerisation greater than 1000, preferably greater than 1500; where the sweetener is sucrose or another sugar or starch hydrolysate having a Dextrose Equivalent of greater than 20 or an inulin hydrolysate having a Fructose Equivalent of greater than 20; and where the maltodextrins have a Dextrose Equivalent of from 5 to 20. - the polydispersity index is 18 or above, preferably 21 or above; - 0% to 30%, preferably greater than 0% to 20%, by weight of molecules, have a degree of polymerisation of 5 or below; - greater than 40%, preferably greater than 50%, by weight of molecules have a degree of polymerisation from 6 to 300; and - 0% to 30%, preferably greater than 0% to 20%, by weight of molecules, have a degree of polymerisation greater than 1000, preferably greater than 1500;
An aqueous fabric spray composition, comprising: a. 1 - 10 w.t. % silicone, wherein the silicone is in the form of an emulsion, the emulsion having a particle size of 55 nm to 150 nm b. Free perfume, having an emulsion particle size of 1 nm to 30 μm. a. 1 - 10 w.t. % silicone, wherein the silicone is in the form of an emulsion, the emulsion having a particle size of 55 nm to 150 nm b. Free perfume, having an emulsion particle size of 1 nm to 30 μm.
A screening device for screening an aperture, in particular to be mounted on a building element surrounding an aperture in a building, such as a window opening, a door opening or the like, comprising a screening member, which can be rolled up, collapsed or folded, said screening member having two longitudinal sides, one end adapted to be secured on an element surrounding the aperture and another end adapted to be moved between a first position, in which the screening member is rolled up, collapsed or folded, and a second position, in which the screening member extends over substantially the entire aperture, the screening device further comprising two cords (7, 8) for parallel guidance of the free end of the screening member, the cords (7, 8) being taken along the free end of the screening member between the two longitudinal sides of the screening member, and the cords (7, 8) being connected at one end by tension springs with a mounting member adapted to be fixed on the element surrounding the aperture for tightening the cord at the mounting of the screening device, charac terized in that a first marking is associated with each tension spring, and a second marking is associated with the screening device at a position predetermined relative to the mounting member, such that the cord (7, 8) in the mounted position of the screening device has a tension suitable for the parallel guidance, when each of the first markings associated with the tension springs substantially matches the second marking at the position predetermined relative to the mounting member.
A method for associating operations in a touch-sensitive device, the method comprising: displaying a plurality of icons on a touch-sensitive display of the touch-sensitive device, at least two of the plurality of icons representing a function at the touch sensitive device; detecting positions of a plurality of objects in contact with the touch-sensitive display at the same time; determining two or more icons corresponding to the detected positions of the plurality of objects; interconnecting the functions represented by the determined icons in their operation; and causing the touch-sensitive device to perform the interconnected operation. displaying a plurality of icons on a touch-sensitive display of the touch-sensitive device, at least two of the plurality of icons representing a function at the touch sensitive device; detecting positions of a plurality of objects in contact with the touch-sensitive display at the same time; determining two or more icons corresponding to the detected positions of the plurality of objects; interconnecting the functions represented by the determined icons in their operation; and causing the touch-sensitive device to perform the interconnected operation.
A common underbody for vehicles; comprising, a lower sub-structure having a front extended frame, firewall, front floor and a modular rear floor to accommodate common aggregates to define the underbody of the vehicle; said common aggregates are selectively mounted on said lower sub-structure to manufacture vehicle variants with desired location of engine at front end or rear end of the vehicles; a cradle provided at rear end of said lower sub-structure; a frame extension elements (10 and 10a) and a mid floor provided at rear end for manufacturing front engine variant; a modular front suspension mounting point for manufacturing vehicle variants, wherein said front extended frame is provided for mounting front engine in case of front engine front wheel drive vehicle, wherein said common aggregates assembled on said sub-structure to manufacture front engine front wheel drive variant are wheel arch outer (2.1 and 2.1a), suspension tower outer (2.2 and 2.2a), wheel arch inner (2.3 and 2.3a), rear floor assembly, front engine, said cradle for mounting CNG/LPG cylinder or battery at rear end, a fuel tank (la) mounted below the lower sub-structure etc., wherein said common aggregates assembled on said lower sub-structure to manufacture rear engine rear wheel drive variant are suspension tower inner (3.1 and 3.1a), wheel arch inner (3.1 and 3.1a), rear floor assembly, said cradle for mounting engine at rear end and a fuel tank (1 a) mounted below lower sub-structure, wherein for front engine front wheel drive vehicle or sedan variant said front suspension mounting point is at the front where as for rear engine mounting the front wheel mounting point is shifted inside to reduce the distance between the front and the rear wheel base region, wherein a change in a wheel base to obtain said vehicle variant is achieved by altering the location of front suspension mounting point while keeping the rear suspension mounting point same, wherein said front suspension tower location can be mounted inside or outside of the passenger compartment without modifying or changing the firewall.
An image intensifier tube comprising: - a microchannel plate, referred to hereinafter as MCP, having conductive input and output surfaces disposed in a housing, - a conductive lower support in electrical contact with the output surface of the MCP, - a conductive upper support disposed above the input surface of the MCP, and - a lockdown for the MCP in the housing, the lockdown disposed between the input surface of the MCP and the upper support, characterized by the lockdown for the MCP being a shape memory alloy, referred to hereinafter as SMA, lockdown (93, 96), wherein the SMA lockdown (93, 96) is a circular ring continuous without any gap in its deformed state and its memorized state. - a microchannel plate, referred to hereinafter as MCP, having conductive input and output surfaces disposed in a housing, - a conductive lower support in electrical contact with the output surface of the MCP, - a conductive upper support disposed above the input surface of the MCP, and - a lockdown for the MCP in the housing, the lockdown disposed between the input surface of the MCP and the upper support, characterized by the lockdown for the MCP being a shape memory alloy, referred to hereinafter as SMA, lockdown (93, 96),
A method for managing virtual network instance, VNI, to virtual local area network, VLAN, mapping conflicts for a dual-homed server communicably connected to a first peer leaf and a second peer leaf over a virtual port channel, vPC, characterized in that the method comprises the steps of: receiving, at the first peer leaf from the second peer leaf, information identifying a first VNI as being mapped to a second VLAN at the second peer leaf, wherein the first VNI is being mapped to a first VLAN at the first peer leaf; detecting that the first VLAN is different to the second VLAN; in response to detecting the first VLAN is different from the second VLAN, blocking a link over the first VLAN connecting the first peer leaf to any virtual machine associated with the first VNI at the dual-homed server. receiving, at the first peer leaf from the second peer leaf, information identifying a first VNI as being mapped to a second VLAN at the second peer leaf, wherein the first VNI is being mapped to a first VLAN at the first peer leaf; detecting that the first VLAN is different to the second VLAN; in response to detecting the first VLAN is different from the second VLAN, blocking a link over the first VLAN connecting the first peer leaf to any virtual machine associated with the first VNI at the dual-homed server.
Method for monitoring an operating parameter for a magnetic resonance system comprising an outer housing, wherein an electrically conductive structure is located in the outer housing and the conductive structure is a magnet device or an inner housing, - determining a value of a vibration amplitude (va) of the outer housing or an intermediate housing located in the outer housing at a vibration frequency (f), - providing a transmission ratio (u) between the vibration amplitude (va) and the operation parameter at the vibration frequency (f) and - determining a value of the operating parameter as a function of the determined value of the vibration amplitude (va) by means of the transmission ratio (u), wherein the operating parameter correspondingly relates to a temperature of the inner housing, a pressure in the inner housing, an energy input into the inner housing or into the magnet device, or a variable dependent thereon, characterised in that the value of the vibration amplitude (va) is determined as part of determining a vibration spectrum over a plurality of vibration frequencies (f), the transmission ratio (u) is provided as part of providing a transmission function of the operating parameter over the vibration frequency (f) and the value of the operating parameter is determined as a function of the determined vibration spectrum by means of the transmission function (17, u). - determining a value of a vibration amplitude (va) of the outer housing or an intermediate housing located in the outer housing at a vibration frequency (f), - providing a transmission ratio (u) between the vibration amplitude (va) and the operation parameter at the vibration frequency (f) and - determining a value of the operating parameter as a function of the determined value of the vibration amplitude (va) by means of the transmission ratio (u), wherein the operating parameter correspondingly relates to a temperature of the inner housing, a pressure in the inner housing, an energy input into the inner housing or into the magnet device, or a variable dependent thereon,
Bell-shaped mould for encapsulating articles with a mouldable seal, of the type formed by a plastic material applicable for encapsulation of screws or rivets with viscous sealing materials as silicones of one or two components that, once cured, form a protecting coverage; wherein said mould is configured from a part comprising a nozzle with vertical walls extending in a perimetral visor in the edge of which a flat rim has been placed, wherein the side opposite to said perimetral visor has a stem where a through-bore has been performed characterized in that a centering guide is inserted in the said through-bore; and wherein the centering guide is fitted with slits, which allows for an air outlet for the air that may be contained in the sealing materials; and wherein the centering guide consists in a sword-shaped elongated body fitted in an edge with a handling knob, while in the opposite side it shows a rounded tip that is suitable for the insertion in the screw or rivet.
Cysteamine, a pharmaceutical formulation comprising cysteamine, or a pharmaceutically acceptable salt of cysteamine for use in a method of treating a lung disease, the method comprising administering to a patient in need thereof cysteamine bi-daily as two sub-doses, each sub-dose in the range of from 400 to 1000mg.
A method of producing a threaded member, the method comprising: holding a workpiece having a first portion which extends in a direction of a center axis of the workpiece and on which a male thread is to be rolled and a second portion whose length in a direction perpendicular to the center axis is longer than that of the first portion; and subjecting the first portion to rolling using two rolling dies (D1, D2) to form the male thread on an outer circumference of the first portion, characterized in that at least a first portion center axis that is part of the center axis and corresponds to the first portion is separated in a prescribed direction from a first virtual plane that contains center axes (DA1, DA2) of the two rolling dies (D1, D2), and in that, in the workpiece held, the first portion center axis is inclined such that the distance of the first portion center axis from the first virtual plane increases with distance from the second portion. holding a workpiece having a first portion which extends in a direction of a center axis of the workpiece and on which a male thread is to be rolled and a second portion whose length in a direction perpendicular to the center axis is longer than that of the first portion; and subjecting the first portion to rolling using two rolling dies (D1, D2) to form the male thread on an outer circumference of the first portion, characterized in that at least a first portion center axis that is part of the center axis and corresponds to the first portion is separated in a prescribed direction from a first virtual plane that contains center axes (DA1, DA2) of the two rolling dies (D1, D2), and in that, in the workpiece held, the first portion center axis is inclined such that the distance of the first portion center axis from the first virtual plane increases with distance from the second portion.
A system for cutting bone, comprising: at least one alignment device, for aligning a cutting tool (1, 20, 30) with a bone, comprising a body having an internal surface and an external surface, the internal surface being shaped so as to accommodate, in use, a cutting tool (1, 20, 30) and the end of a bone, and the body having a proximal end and a distal end, the proximal end having an attachment means for releasably attaching, in use, to a cutting tool (1, 20, 30); and at least one cutting tool (1, 20, 30) each releasably attachable to the attachment means wherein, in use, the body engages the end of the bone such that the cutting tool (1, 20, 30) is aligned with the bone and the cutting depth of the cutting tool (1, 20, 30) is limited. at least one alignment device, for aligning a cutting tool (1, 20, 30) with a bone, comprising a body having an internal surface and an external surface, the internal surface being shaped so as to accommodate, in use, a cutting tool (1, 20, 30) and the end of a bone, and the body having a proximal end and a distal end, the proximal end having an attachment means for releasably attaching, in use, to a cutting tool (1, 20, 30); and at least one cutting tool (1, 20, 30) each releasably attachable to the attachment means wherein, in use, the body engages the end of the bone such that the cutting tool (1, 20, 30) is aligned with the bone and the cutting depth of the cutting tool (1, 20, 30) is limited.
A reconnaissance rover designed for multiple agile and autonomous landings on a small body or moon having weak gravitational forces in relation to an acceleration in the range of 10 -6 to 10 -4 m/s 2, the reconnaissance rover comprising: a detection unit, which is designed to detect at least an environment in front of the reconnaissance rover, in the direction of a trajectory of the reconnaissance rover over a surface of the small body or moon and to provide environmental data based on the detected environment; a processing unit, which is designed to update the trajectory based upon the provided environmental data and, based on an amount of a gravitational force vector of the small body or moon, when updating the trajectory to take into account a maximum velocity of the reconnaissance rover relative to the small body or moon, which the reconnaissance rover must not exceed; a control unit and a drive unit, which are designed to interact in order to move the reconnaissance rover according to the updated trajectory, wherein the drive unit is designed to apply forces which are in a range between 1 N and 10 -6 N, in order to hold the reconnaissance rover in a hovering state above the surface for a period from 1 minute to 1 hour. a detection unit, which is designed to detect at least an environment in front of the reconnaissance rover, in the direction of a trajectory of the reconnaissance rover over a surface of the small body or moon and to provide environmental data based on the detected environment; a processing unit, which is designed to update the trajectory based upon the provided environmental data and, based on an amount of a gravitational force vector of the small body or moon, when updating the trajectory to take into account a maximum velocity of the reconnaissance rover relative to the small body or moon, which the reconnaissance rover must not exceed; a control unit and a drive unit, which are designed to interact in order to move the reconnaissance rover according to the updated trajectory, wherein the drive unit is designed to apply forces which are in a range between 1 N and 10 -6 N, in order to hold the reconnaissance rover in a hovering state above the surface for a period from 1 minute to 1 hour.
A ceramics heater glow plug including a ceramics heater formed by an insulating ceramics material and an inorganic conductor, the ceramics heater having a heating element and lead wires, one of the lead wires extending from the heating element and projecting from an end face of the ceramics heater, the end face being disposed within a metallic outer sleeve; the metallic outer sleeve having one end in which the ceramics heater is secured and another end which is adapted to be secured within an internal bore of a housing; and an electrode fitting connected to the one lead wire, wherein the electrode fitting is formed as a rigid body, characterized in that a junction between the electrode fitting and the one lead wire is received within the metallic outer sleeve, and in that a densified insulator is provided in the metallic outer sleeve around the junction between the electrode fitting and the one lead wire, whereby the electrode fitting and the one lead wire are secured to the metallic outer sleeve through the interposed insulator.
A method of casting a blade (60; 60-2; 60-3), the blade having an attachment root and an airfoil, the airfoil having a proximal end and a distal end, the method comprising: introducing a molten alloy into a mold; and varying a composition of the introduced alloy during the introduction so as to produce a compositional variation, characterized in that the introducing and varying comprise: introducing a first alloy to a mold cavity via along a first flow path through a first port; and introducing a second alloy, differing in composition from the first alloy, to the mold cavity along a second flow path through a second port but not through the first port; and the first flow path and second flow path partially overlap along a portion of a downsprue. introducing a molten alloy into a mold; and varying a composition of the introduced alloy during the introduction so as to produce a compositional variation, characterized in that the introducing and varying comprise: introducing a first alloy to a mold cavity via along a first flow path through a first port; and introducing a second alloy, differing in composition from the first alloy, to the mold cavity along a second flow path through a second port but not through the first port; and the first flow path and second flow path partially overlap along a portion of a downsprue. introducing a first alloy to a mold cavity via along a first flow path through a first port; and introducing a second alloy, differing in composition from the first alloy, to the mold cavity along a second flow path through a second port but not through the first port; and the first flow path and second flow path partially overlap along a portion of a downsprue.
System for detecting the presence of a vehicle in a parking space (A, B, C, D, E), having: - at least one cuboidal stone element (1, 101, 201) having a drive-on top side (2, 202), an underside (3, 103, 203) parallel to the top side (2, 202) and side surfaces (4, 5, 6, 104), wherein an electronic assembly for detecting the presence of a vehicle is integrated in the stone element (1, 101, 201), wherein the stone element has a transponder having a writable memory, wherein specific vehicle information is stored in the writable memory, and wherein at least two electronic assemblies are integrated in the stone element, characterized by - a reader for the vehicle for reading the vehicle information stored in the writable memory, and - a central unit which is designed to write the vehicle information to the writable memory and to read the vehicle information from the writable memory. - at least one cuboidal stone element (1, 101, 201) having a drive-on top side (2, 202), an underside (3, 103, 203) parallel to the top side (2, 202) and side surfaces (4, 5, 6, 104), wherein an electronic assembly for detecting the presence of a vehicle is integrated in the stone element (1, 101, 201), wherein the stone element has a transponder having a writable memory, wherein specific vehicle information is stored in the writable memory, and wherein at least two electronic assemblies are integrated in the stone element, characterized by - a reader for the vehicle for reading the vehicle information stored in the writable memory, and - a central unit which is designed to write the vehicle information to the writable memory and to read the vehicle information from the writable memory.