mhurhangee/ep-ind-claims huggingface dataset:
A floor care appliance in the form of a brush vacuum cleaner comprising a brush set facing the floor for receiving at least one driven brush roller with an overload protection, wherein the brush set can be connected via a pivotable connecting element in the form of a connecting piece for an attachable guide element in the form of a handle to a hand grip and dust collecting device via corresponding connections, wherein at least one electric motor is provided as a drive for a suction fan and as a drive of the brush roller, wherein the brush roller is assigned a unit for torque detection, and a shutdown of the drive is accomplished via a switch controlled by the torque detection when a torque threshold is exceeded in the event of overload, characterized in that a movable spring-loaded control element actuates an electrical switch and engages in a tensioned position, wherein an external actuating element is coupled to the control element and the control element engages by operation of the actuating element, wherein the electrical switch is closed in the tensioned position and open in the stress-relieved position, wherein the unit for torque detection controls a mechanical triggering element and releases the engagement of the control element, and wherein the spring tension moves the control element and opens the electrical switch.
A power-conversion regulator comprising: an input (Vin) adapted to receive energy from an energy source; an inductive reactor for temporary energy storage; an output component (Cf) for output filtration; an output (Vo(t) adapted to supply energy to a load; a reference signal (Vref) to which the output is compared to provide a desired output; control circuitry for controlling the charging of the inductive reactor so that the amount of energy placed into the inductive reactor during inductive reactor charging is based approximately upon a per-chopping-cycle load energy requirement, and characterised by the regulator further comprising: computation circuitry being configured within a cycle, and cycle by cycle, to predict the quantity of energy that will be required to maintain said output in a desired mathematical relationship with said reference signal at a point during the cycle. an input (Vin) adapted to receive energy from an energy source; an inductive reactor for temporary energy storage; an output component (Cf) for output filtration; an output (Vo(t) adapted to supply energy to a load; a reference signal (Vref) to which the output is compared to provide a desired output; control circuitry for controlling the charging of the inductive reactor so that the amount of energy placed into the inductive reactor during inductive reactor charging is based approximately upon a per-chopping-cycle load energy requirement, and characterised by the regulator further comprising: computation circuitry being configured within a cycle, and cycle by cycle, to predict the quantity of energy that will be required to maintain said output in a desired mathematical relationship with said reference signal at a point during the cycle. computation circuitry being configured within a cycle, and cycle by cycle, to predict the quantity of energy that will be required to maintain said output in a desired mathematical relationship with said reference signal at a point during the cycle.
A method of determining a magnetic field using a mobile device, the method comprising: determining location information of the mobile device; obtaining magnetic field data based on the location information; determining orientation information of the mobile device; characterized by applying the orientation information to the magnetic field data to compute a magnetic field corresponding to the orientation of the mobile device. determining location information of the mobile device; obtaining magnetic field data based on the location information; determining orientation information of the mobile device; characterized by applying the orientation information to the magnetic field data to compute a magnetic field corresponding to the orientation of the mobile device.
An interferometric measurement system for measuring a spun optical fiber including multiple optical waveguides configured in the spun optical fiber, comprising: interferometric detection circuitry (15, 18) configured to detect measurement interferometric pattern data associated with each of the multiple optical waveguides when the spun optical fiber is placed under strain; data processing circuitry configured to determine compensation parameters that compensate for variations between an optimal configuration of the multiple optical waveguides in the spun optical fiber and an actual configuration of multiple optical waveguides in the spun optical fiber based on the measurement interferometric pattern data; and a memory configured to store the compensation parameters for compensating subsequently-obtained measurement interferometric pattern data for the fiber. interferometric detection circuitry (15, 18) configured to detect measurement interferometric pattern data associated with each of the multiple optical waveguides when the spun optical fiber is placed under strain; data processing circuitry configured to determine compensation parameters that compensate for variations between an optimal configuration of the multiple optical waveguides in the spun optical fiber and an actual configuration of multiple optical waveguides in the spun optical fiber based on the measurement interferometric pattern data; and a memory configured to store the compensation parameters for compensating subsequently-obtained measurement interferometric pattern data for the fiber.
A method for determining a hydrodynamic size of an object, such as a nano-sized object, said method comprising the steps of: - providing a two-dimensional fluid interface, - linking said object to said fluid interface thereby providing a linked object, whereby the movement of said linked object is restricted by virtue of being linked to said fluid interface, - providing a hydrodynamic shear force that acts on said linked object by inducing a fluid flow, - tracking the movement of said linked object, - determining, from the tracked movement, said object's diffusion coefficient and said object's velocity in the direction of the flow, wherein the movement of said object is analysed independently in directions parallel and perpendicular to the induced flow, - determining said hydrodynamic shear force acting on said object from a relationship between said determined diffusion coefficient and said determined velocity, and - determining said hydrodynamic size of said linked object from a relationship between said determined hydrodynamic shear force and the fluid flow rate. - providing a two-dimensional fluid interface, - linking said object to said fluid interface thereby providing a linked object, whereby the movement of said linked object is restricted by virtue of being linked to said fluid interface, - providing a hydrodynamic shear force that acts on said linked object by inducing a fluid flow, - tracking the movement of said linked object, - determining, from the tracked movement, said object's diffusion coefficient and said object's velocity in the direction of the flow, wherein the movement of said object is analysed independently in directions parallel and perpendicular to the induced flow, - determining said hydrodynamic shear force acting on said object from a relationship between said determined diffusion coefficient and said determined velocity, and - determining said hydrodynamic size of said linked object from a relationship between said determined hydrodynamic shear force and the fluid flow rate.
A method of manufacturing a carbon plate-integrated gasket having a gasket, the method comprising the steps of: manufacturing an uncured seal protrusion by applying an uncured liquid rubber to a carbon plate, and next compressing and curing said seal protrusion between a molding metal mold and said carbon plate; characterized in that said uncured liquid rubber is applied to a plate surface of said carbon plate, and a burr reservoir portion is provided between said molding metal mold and said carbon plate so as to be communicated with a molding space via a rubber squeezing portion, the burr reservoir portion being provided for discharging a surplus rubber of said seal protrusion from said molding space of said gasket, wherein a lip shape portion is formed in said gasket by compressing and curing said seal protrusion between said plate surface and said molding metal mold. manufacturing an uncured seal protrusion by applying an uncured liquid rubber to a carbon plate, and next compressing and curing said seal protrusion between a molding metal mold and said carbon plate; characterized in that said uncured liquid rubber is applied to a plate surface of said carbon plate, and a burr reservoir portion is provided between said molding metal mold and said carbon plate so as to be communicated with a molding space via a rubber squeezing portion, the burr reservoir portion being provided for discharging a surplus rubber of said seal protrusion from said molding space of said gasket, wherein a lip shape portion is formed in said gasket by compressing and curing said seal protrusion between said plate surface and said molding metal mold.
A method of colouring keratinous fibers comprising contacting the keratinous fibers sequentially with a pre-treatment composition and a colour developer wherein: i. the pre-treatment composition comprises: (a) 0.5-25% by weight of the pre-treatment composition of an iron salt at a pH below 2 including 0.5-5% by weight in the solution/suspension of the iron salt of a reducing agent (b) 0.5 - 25% by weight of the pre-treatment composition of a buffer with pKa value in the range 3-6 and (c) a penetration enhancer comprising one or more solvents having Hansen solubility parameter δh between 1-10 (MPa) 1/2 and δp between 10-25 (MPa) 1/2 wherein the components (a), (b) and (c) are mixed not more than 360 minutes prior to contacting the keratinous fibers and ii. the colour developer is selected from one or more of hydrolysable tannin or its breakdown products or a mixture thereof obtained from a natural or synthetic source; wherein said break down product contains gallic acid (1-carboxyl-3,4,5-trihydroxybenzene) substructure. i. the pre-treatment composition comprises: (a) 0.5-25% by weight of the pre-treatment composition of an iron salt at a pH below 2 including 0.5-5% by weight in the solution/suspension of the iron salt of a reducing agent (b) 0.5 - 25% by weight of the pre-treatment composition of a buffer with pKa value in the range 3-6 and (c) a penetration enhancer comprising one or more solvents having Hansen solubility parameter δh between 1-10 (MPa) 1/2 and δp between 10-25 (MPa) 1/2 wherein the components (a), (b) and (c) are mixed not more than 360 minutes prior to contacting the keratinous fibers and (a) 0.5-25% by weight of the pre-treatment composition of an iron salt at a pH below 2 including 0.5-5% by weight in the solution/suspension of the iron salt of a reducing agent (b) 0.5 - 25% by weight of the pre-treatment composition of a buffer with pKa value in the range 3-6 and (c) a penetration enhancer comprising one or more solvents having Hansen solubility parameter δh between 1-10 (MPa) 1/2 and δp between 10-25 (MPa) 1/2 wherein the components (a), (b) and (c) are mixed not more than 360 minutes prior to contacting the keratinous fibers and ii. the colour developer is selected from one or more of hydrolysable tannin or its breakdown products or a mixture thereof obtained from a natural or synthetic source; wherein said break down product contains gallic acid (1-carboxyl-3,4,5-trihydroxybenzene) substructure.
A therapy device, - comprising a spring-supported therapy plate and - comprising at least one drive device, which is firmly connected to the therapy plate and which is formed to effect an oscillating movement in the normal direction of the therapy plate, and wherein the drive device has two unbalance motors (31, 32), which can be operated in opposite directions to one another, each comprising a motor housing, which is firmly connected to the therapy plate, characterised in that the therapy plate - has at least two reinforcement struts or reinforcement straps, - has or is at least one sandwich plate of several layers, to which the drive device is connected so as to guide a force, wherein the orientation of the layers of the sandwich plate runs parallel to a therapy plate plane, the sandwich plate has several layers (411, 412, 413, 414), at least one layer of which is a honeycomb layer and/or has an undulating cross-sectional profile (412, 414), and wherein the drive device does not have a separate unit for the phase synchronisation of the unbalance motors (31, 32). - comprising a spring-supported therapy plate and - comprising at least one drive device, which is firmly connected to the therapy plate and which is formed to effect an oscillating movement in the normal direction of the therapy plate, and wherein the drive device has two unbalance motors (31, 32), which can be operated in opposite directions to one another, each comprising a motor housing, which is firmly connected to the therapy plate, - has at least two reinforcement struts or reinforcement straps, - has or is at least one sandwich plate of several layers, to which the drive device is connected so as to guide a force, wherein the orientation of the layers of the sandwich plate runs parallel to a therapy plate plane, the sandwich plate has several layers (411, 412, 413, 414), at least one layer of which is a honeycomb layer and/or has an undulating cross-sectional profile (412, 414), and wherein the drive device does not have a separate unit for the phase synchronisation of the unbalance motors (31, 32).
A method for transmitting view components for 3D views, comprising: a step of generating one or more texture view components and one or more depth map view components; a step of generating a first SEI, supplemental enhancement information, message including a 3D hierarchy information element configured to signal hierarchy information specifying coding hierarchies of the one or more texture view components and the one or more depth map view components, and a second SEI message including a GVR, gradual view refresh, information element configured to signal information that are needed in a receiver for recovering the view components using a random access point; a step of generating a first NAL unit including the first SEI message including the 3D hierarchy information element and a second NAL unit including the second SEI message including the GVR information element; and a step of generating a broadcast signal including the one or more texture view components, the one or more depth map view components, the first NAL unit, and the second NAL unit, and wherein the GVR information element comprises a 3D extended view number information indicating a number of view components incapable of being processed with decoding, in case a view component chronologically preceding a view component of a current time point does not exist, among view components having GVR applied thereto. a step of generating one or more texture view components and one or more depth map view components; a step of generating a first SEI, supplemental enhancement information, message including a 3D hierarchy information element configured to signal hierarchy information specifying coding hierarchies of the one or more texture view components and the one or more depth map view components, and a second SEI message including a GVR, gradual view refresh, information element configured to signal information that are needed in a receiver for recovering the view components using a random access point; a step of generating a first NAL unit including the first SEI message including the 3D hierarchy information element and a second NAL unit including the second SEI message including the GVR information element; and a step of generating a broadcast signal including the one or more texture view components, the one or more depth map view components, the first NAL unit, and the second NAL unit, and wherein the GVR information element comprises a 3D extended view number information indicating a number of view components incapable of being processed with decoding, in case a view component chronologically preceding a view component of a current time point does not exist, among view components having GVR applied thereto.
Method for a localized communication in a mobile communication system, the method comprising: Obtaining information related to a plurality of planned maneuvers of a plurality of road users, wherein the plurality of planned maneuvers are related to an intersection; Predicting a plurality of radio resources required for a communication of the plurality of road users at the intersection based on the obtained information related to the plurality of planned maneuvers; Determining a duplex resource scheme for the localized communication based on the predicted plurality of radio resources required for the communication of the plurality of road users at the intersection; and Providing the duplex resource scheme to the plurality of road users using a control channel of the mobile communication system. Obtaining information related to a plurality of planned maneuvers of a plurality of road users, wherein the plurality of planned maneuvers are related to an intersection; Predicting a plurality of radio resources required for a communication of the plurality of road users at the intersection based on the obtained information related to the plurality of planned maneuvers; Determining a duplex resource scheme for the localized communication based on the predicted plurality of radio resources required for the communication of the plurality of road users at the intersection; and Providing the duplex resource scheme to the plurality of road users using a control channel of the mobile communication system.
A method of forming a non-pneumatic tire comprising the steps of: providing an outer shear band ring; providing an intermediate section (14, 28, 34) that has a supporting structure (16, 30, 36), wherein the intermediate section (14, 28, 34) is in an uncollapsed state, wherein the intermediate section (14, 28, 34) has an outer surface that that is located at an outer diameter of the intermediate section (14, 28, 34) in the uncollapsed state and at the outer diameter extends continuously all the way around a central axis; compressing the intermediate section (14, 28, 34) from the uncollapsed state to a collapsed state; inserting the intermediate section (14, 28, 34) when in the collapsed state inside of the outer shear band ring such that the outer shear band ring is located outward from the intermediate section (14, 28, 34) in a radial direction of the tire; and releasing compression of the intermediate section (14, 28, 34) when the intermediate section (14, 28, 34) is inside of the outer shear band ring such that the intermediate section (14, 28, 34) returns to the uncollapsed state from the collapsed state. providing an outer shear band ring; providing an intermediate section (14, 28, 34) that has a supporting structure (16, 30, 36), wherein the intermediate section (14, 28, 34) is in an uncollapsed state, wherein the intermediate section (14, 28, 34) has an outer surface that that is located at an outer diameter of the intermediate section (14, 28, 34) in the uncollapsed state and at the outer diameter extends continuously all the way around a central axis; compressing the intermediate section (14, 28, 34) from the uncollapsed state to a collapsed state; inserting the intermediate section (14, 28, 34) when in the collapsed state inside of the outer shear band ring such that the outer shear band ring is located outward from the intermediate section (14, 28, 34) in a radial direction of the tire; and releasing compression of the intermediate section (14, 28, 34) when the intermediate section (14, 28, 34) is inside of the outer shear band ring such that the intermediate section (14, 28, 34) returns to the uncollapsed state from the collapsed state.
A method of manufacturing a contact lens, said method comprising: a) polymerizing a monomer mixture comprising at least one carboxylic-acid containing monomer to form a lens-shaped polymerization product comprising carboxylic acid groups; b) placing the unused lens-shaped polymerization product in a package containing a packaging solution comprising a buffer and a beneficial cationic agent, wherein said packaging solution has an osmolality of about 200 to about 400 mOsm/kg, and wherein said packaging solution i) has an ionic strength of less than about 0.1 mol/dm 3, or ii) has a pH that drops by at least 1 during autoclave at 120 °C for 30 minutes, or iii) has an ionic strength of V less than about 0.1 mol/dm 3 and has a pH that drops by at least 1 during autoclave at 120 °C for 30 minutes; and c) sealing and autoclaving the package to provide a sterile packaged unused contact lens, wherein the beneficial cationic agent ionically binds to the carboxylic acid groups and releases from the contact lens in an in vitro release assay. a) polymerizing a monomer mixture comprising at least one carboxylic-acid containing monomer to form a lens-shaped polymerization product comprising carboxylic acid groups; b) placing the unused lens-shaped polymerization product in a package containing a packaging solution comprising a buffer and a beneficial cationic agent, wherein said packaging solution has an osmolality of about 200 to about 400 mOsm/kg, and wherein said packaging solution i) has an ionic strength of less than about 0.1 mol/dm 3, or ii) has a pH that drops by at least 1 during autoclave at 120 °C for 30 minutes, or iii) has an ionic strength of V less than about 0.1 mol/dm 3 and has a pH that drops by at least 1 during autoclave at 120 °C for 30 minutes; and c) sealing and autoclaving the package to provide a sterile packaged unused contact lens,
Navigation apparatus for optically analyzing the inner structure of an optical element and for processing the optical element, comprising a detection device and a processing device, which is set up to be guided along or in a fixed relationship to the analyzed inner structure of the optical element, characterized in that the aperture of the detection device is smaller than 0.25 and larger than 0.1.
Personal hygiene apparatus for patients with a reduced mobility, comprising: - a support casing, - a housing for accommodating a removable tank for washing water, formed on the casing, - a grippable washing head, provided with at least one delivery mouth, - a pump, - a hydraulic circuit, which connects the tank, the pump and the washing head with each other, - a valve assembly (17, 18) in the hydraulic circuit; wherein the apparatus provides for a working operation mode and a stand-by operation mode, where the valve assembly (17, 18): - in the working operation mode, determines in the hydraulic circuit a water supply path from the tank, to the pump, to the washing head and finally out of the delivery mouth; - in the stand-by operation mode, determines in the hydraulic circuit a water recirculation path from the tank, to the pump, to the washing head and finally back to the tank, without water flowing out of the delivery mouth. - a support casing, - a housing for accommodating a removable tank for washing water, formed on the casing, - a grippable washing head, provided with at least one delivery mouth, - a pump, - a hydraulic circuit, which connects the tank, the pump and the washing head with each other, - a valve assembly (17, 18) in the hydraulic circuit; - in the working operation mode, determines in the hydraulic circuit a water supply path from the tank, to the pump, to the washing head and finally out of the delivery mouth; - in the stand-by operation mode, determines in the hydraulic circuit a water recirculation path from the tank, to the pump, to the washing head and finally back to the tank, without water flowing out of the delivery mouth.