mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a contact lens comprising: providing a polymerized contact lens product on a single mold section, the single mold section comprising a mandrel engagement surface; placing the single mold section in contact with an adjustable mandrel, the adjustable mandrel comprising a mold section engagement member, such that the mandrel engagement surface of the single mold section and the mold section engagement member of the adjustable mandrel interact to fixedly retain the single mold section on the adjustable mandrel; and delensing the contact lens product from the single mold section to separate the contact lens product from the single mold section; CHARACTERISED IN THAT: the mandrel comprises a plurality of pivotable clutches, and the method comprising adjusting the positions of the plurality of pivotable clutches, thereby adjusting the diameter of the mold section engagement member of the mandrel; and the adjustable mold section engagement member is adjustable to effectively fixedly retain a plurality of different sized or different configured mold sections on the mandrel. providing a polymerized contact lens product on a single mold section, the single mold section comprising a mandrel engagement surface; placing the single mold section in contact with an adjustable mandrel, the adjustable mandrel comprising a mold section engagement member, such that the mandrel engagement surface of the single mold section and the mold section engagement member of the adjustable mandrel interact to fixedly retain the single mold section on the adjustable mandrel; and delensing the contact lens product from the single mold section to separate the contact lens product from the single mold section; CHARACTERISED IN THAT: the mandrel comprises a plurality of pivotable clutches, and the method comprising adjusting the positions of the plurality of pivotable clutches, thereby adjusting the diameter of the mold section engagement member of the mandrel; and the adjustable mold section engagement member is adjustable to effectively fixedly retain a plurality of different sized or different configured mold sections on the mandrel. the mandrel comprises a plurality of pivotable clutches, and the method comprising adjusting the positions of the plurality of pivotable clutches, thereby adjusting the diameter of the mold section engagement member of the mandrel; and the adjustable mold section engagement member is adjustable to effectively fixedly retain a plurality of different sized or different configured mold sections on the mandrel.
Vascular endothelial growth factor (VEGF) for use in treating a brain tumor in a subject, wherein an effective amount of VEGF is to be administered systemically to the subject, and wherein an anti-cancer agent is to be administered systemically to the subject within 5 hours after the administration of VEGF.
A turnover apparatus for holding and turning over a turnover target, comprising: a tower configured to travel on a base; a lifter configured to rise and fall along said tower; a target holding portion configured to hold the turnover target; a wheel traveling base; a wheel axle rotatably attached to said target holding portion; and a wheel axle lock, wherein said wheel axle includes a wheel configured to roll on said wheel traveling base, said target holding portion is attached to said lifter via a rotation shaft parallel to said wheel axle, and said wheel axle lock is configured to lock said wheel axle such that said wheel does not roll on said wheel traveling base and said wheel axle can rotate with respect to said target holding portion. a tower configured to travel on a base; a lifter configured to rise and fall along said tower; a target holding portion configured to hold the turnover target; a wheel traveling base; a wheel axle rotatably attached to said target holding portion; and a wheel axle lock, wherein said wheel axle includes a wheel configured to roll on said wheel traveling base, said target holding portion is attached to said lifter via a rotation shaft parallel to said wheel axle, and said wheel axle lock is configured to lock said wheel axle such that said wheel does not roll on said wheel traveling base and said wheel axle can rotate with respect to said target holding portion.
A base material of a tobacco cigarette with Chinese-style flavor, characterized in that, the base material of the tobacco cigarette with Chinese-style flavor comprises the following constituents in parts by mass: 10 to 60 parts of a tobacco powder, 15 to 90 parts of a tangerine peel powder, 10 to 50 parts of a smoke-producing agent, 2 to 20 parts of a fiber, 0.5 to 10 parts of an adhesive, and 10 to 40 parts of water, and 10 to 35 parts of a slow-release fragrance, the slow-release fragrance comprising the following constituents in percentage by mass: 5% to 50% of a tobacco extract and 50% to 95% of a tangerine peel extract.
A stimulator system for stimulating a portion of a subject comprising: a housing (100; 120; 140) having, a stimulation site accessible through a stimulation aperture (62; 102; 128; 142) and passage in the housing (100; 140), a transducer member associated with a drive system (30; 150), wherein the transducer member is moveable by the drive system at least toward the stimulation site through a drive aperture in the housing (100; 120; 140), wherein the transducer member is positioned to at least apply pressure on at least the portion of the subject and bias the portion of the subject against the stimulation site; a power source coupled to the drive system; a controller operably coupled to the drive system; a preferably wireless communication system (36, 38; 162) coupled to the controller; an input system on the housing (100; 120; 140) for sending at least one signal to the controller. a housing (100; 120; 140) having, a stimulation site accessible through a stimulation aperture (62; 102; 128; 142) and passage in the housing (100; 140), a transducer member associated with a drive system (30; 150), wherein the transducer member is moveable by the drive system at least toward the stimulation site through a drive aperture in the housing (100; 120; 140), wherein the transducer member is positioned to at least apply pressure on at least the portion of the subject and bias the portion of the subject against the stimulation site; a power source coupled to the drive system; a controller operably coupled to the drive system; a preferably wireless communication system (36, 38; 162) coupled to the controller; a stimulation site accessible through a stimulation aperture (62; 102; 128; 142) and passage in the housing (100; 140), a transducer member associated with a drive system (30; 150), wherein the transducer member is moveable by the drive system at least toward the stimulation site through a drive aperture in the housing (100; 120; 140), wherein the transducer member is positioned to at least apply pressure on at least the portion of the subject and bias the portion of the subject against the stimulation site; a power source coupled to the drive system; a controller operably coupled to the drive system; a preferably wireless communication system (36, 38; 162) coupled to the controller; an input system on the housing (100; 120; 140) for sending at least one signal to the controller.
Bearing bushing for a holder which serves for the fastening of a component, in particular a fuel distributor, to an attachment structure, having a first bushing part and having a second bushing part, wherein the first bushing part has a rigid bushing body and at least one damping element which is connected cohesively to the bushing body of the first bushing part, and in that the second bushing part has a rigid bushing body and at least one damping element which is cohesively connected to the bushing body of the second bushing part, characterized in that the first bushing part and the second bushing part are designed as identical parts, and/or in that the rigid bushing body of the first bushing part and the rigid bushing body of the second bushing part are designed as identical parts.
A contact lens, comprising: a hydrate of a copolymer of at least three components including a both terminal-polymerizable silicone oligomer component that forms a hydrophobic region in the copolymer, a hydrophilic monomer component that forms a hydrophilic region in the copolymer, and a hydrophobic monomer component having a molecular weight of at most 700 that forms the hydrophilic region together with the component and also contributes to formation of an intermediate region which does not solvate with any methanol/water mixture solvent between the hydrophobic region and the hydrophilic region, wherein said intermediate region shows a volume rate of 5 to 40%, preferably 8 to 25%, with respect to the region in the copolymer,, and the contact lens exhibits an initial modulus of 0.1-0.5 N/mm 2 as measured according to the description, and an oxygen permeability coefficient Dk of at least 69.6 × 10 -11 (cm 2 /sec)·(mLO 2 /mL × mmHg) as measured according to the description.
A method for manufacturing a martensite-based precipitation strengthening stainless steel which contains 0.01 to 0.05 mass% of C, 0.2 mass% or less of Si, 0.4 mass% or less of Mn, 7.5 to 11.0 mass% of Ni, 10.5 to 14.5 mass% of Cr, 1.75 to 2.50 mass% of Mo, 0.9 to 2.0 mass% of Al, less than 0.2 mass% of Ti, and Fe and impurities as a remainder, wherein by performing a solid solution treatment with a retention time in the range of 0.5 to 3 hours and at temperatures within a range of 845 to 895°C multiple times, the crystal grain size number after the solid solution treatment becomes 7 or more; crystal grain size number determined by the method defined in ASTM-E112.
A prosthetic heart valve comprising: a stent frame configured to be expandable from a compressed condition for transluminal delivery to a natural, expanded condition, the stent frame having a lattice structure forming a tubular shape defining a circumference, wherein the lattice structure provides a plurality of closed cells arranged to define a first band of closed cells extending about an entirety of the circumference, the closed cells of the first band being equidistantly spaced from one another along the circumference, and further wherein the first band is configured to have a variable radial stiffness along the circumference in the natural condition; wherein the first band defines a first region having at least two circumferentially adjacent closed cells and a second region having a plurality of circumferentially adjacent closed cells, and further wherein a maximum radial stiffness of the first region is less than a minimum radial stiffness of the second region; and a valve structure disposed within a lumen of the stent frame. a stent frame configured to be expandable from a compressed condition for transluminal delivery to a natural, expanded condition, the stent frame having a lattice structure forming a tubular shape defining a circumference, wherein the lattice structure provides a plurality of closed cells arranged to define a first band of closed cells extending about an entirety of the circumference, the closed cells of the first band being equidistantly spaced from one another along the circumference, and further wherein the first band is configured to have a variable radial stiffness along the circumference in the natural condition; wherein the first band defines a first region having at least two circumferentially adjacent closed cells and a second region having a plurality of circumferentially adjacent closed cells, and further wherein a maximum radial stiffness of the first region is less than a minimum radial stiffness of the second region; and a valve structure disposed within a lumen of the stent frame.
A micromirror device, comprising: a substrate, a hinge, a mirror plate operable to rotate above the substrate; and at most one addressing electrode formed on the substrate for rotating the mirror plate, characterized in that the mirror plate and the addressing electrode are positioned such that an angle (φ) enclosed by the imaginary line connecting a geometric centre of the mirror plate and a geometric centre of the addressing electrode and the normal to the addressing electrode passing through the geometric centre of the mirror plate is from 10° to 40° degrees, wherein the addressing electrode is displaced relative to the mirror plate such that the addressing electrode is extended beyond a furthest point of the mirror plate from the hinge along a direction perpendicular to the hinge, and wherein the mirror plate is attached to the hinge that is offset from a diagonal of the mirror plate such that the mirror plate is operable to rotate asymmetrically, wherein a first portion of the mirror plate located at a first side of the hinge and including the geometric centre of the mirror plate is rotating towards the substrate and a second portion of the mirror plate located at a second side of the hinge opposed to the first side is rotating away from the substrate when an electrostatic field is established between the mirror plate and the addressing electrode, creating an attractive electrostatic force. a substrate, a hinge, a mirror plate operable to rotate above the substrate; and at most one addressing electrode formed on the substrate for rotating the mirror plate, characterized in that the mirror plate and the addressing electrode are positioned such that an angle (φ) enclosed by the imaginary line connecting a geometric centre of the mirror plate and a geometric centre of the addressing electrode and the normal to the addressing electrode passing through the geometric centre of the mirror plate is from 10° to 40° degrees, wherein the addressing electrode is displaced relative to the mirror plate such that the addressing electrode is extended beyond a furthest point of the mirror plate from the hinge along a direction perpendicular to the hinge, and wherein the mirror plate is attached to the hinge that is offset from a diagonal of the mirror plate such that the mirror plate is operable to rotate asymmetrically, wherein a first portion of the mirror plate located at a first side of the hinge and including the geometric centre of the mirror plate is rotating towards the substrate and a second portion of the mirror plate located at a second side of the hinge opposed to the first side is rotating away from the substrate when an electrostatic field is established between the mirror plate and the addressing electrode, creating an attractive electrostatic force.
Spacer for rolling bearing comprising an inner ring, an outer ring and at least one row of angular contact rollers disposed between raceways and guiding faces provided on the rings, said spacer comprising opposite inner and outer parts (13, 14) and opposite lateral flanges (15, 16) respectively adapted to come into contact with the raceways and the guiding faces of the rings, characterized in that said lateral flanges comprise one central planar contact surface (15a; 16a) with one of the rings, a concave recess (15d; 16d) in a form of a groove formed onto said surface and directed outwards towards said ring, and additional recesses (15b, 15c, 16b, 16c) located on the both sides of the contact surface (15a, 16a).
An electronic device comprising: a battery; a wireless communication circuit; a housing; a connector of the housing; and at least one processor (120, 211), wherein the at least one processor is configured to: identify that a cover is connected to the electronic device if a connector of the cover is electrically connected with the connector of the housing of the electronic device, control (1013, 1401) to receive wireless power for charging the battery, identify whether an event occurs on the electronic device while receiving the wireless power for charging the battery, and based on identifying that the event occurs on the electronic device, control to supply, to the cover, power and transmit, to the cover, information associated with the event through Near Field Communication, NFC, by using the wireless communication circuit, while receiving the wireless power for charging the battery. a battery; a wireless communication circuit; a housing; a connector of the housing; and at least one processor (120, 211), wherein the at least one processor is configured to: identify that a cover is connected to the electronic device if a connector of the cover is electrically connected with the connector of the housing of the electronic device, control (1013, 1401) to receive wireless power for charging the battery, identify whether an event occurs on the electronic device while receiving the wireless power for charging the battery, and based on identifying that the event occurs on the electronic device, control to supply, to the cover, power and transmit, to the cover, information associated with the event through Near Field Communication, NFC, by using the wireless communication circuit, while receiving the wireless power for charging the battery. identify that a cover is connected to the electronic device if a connector of the cover is electrically connected with the connector of the housing of the electronic device, control (1013, 1401) to receive wireless power for charging the battery, identify whether an event occurs on the electronic device while receiving the wireless power for charging the battery, and based on identifying that the event occurs on the electronic device, control to supply, to the cover, power and transmit, to the cover, information associated with the event through Near Field Communication, NFC, by using the wireless communication circuit, while receiving the wireless power for charging the battery.
An optical fiber comprising: first and second doped cores (601, 602) that extend along the length of the fiber; each of the cores (601, 602) having a different dopant regime; the first core having a first grating and the second core having a second grating, the first and second grating (701, 702) having substantially the same grating period; and a cladding that surrounds the first and second cores (601, 602), wherein each grating has a temperature coefficient and a stress coefficient respectively relating a change in temperature and a change in stress experienced by the fiber to a shift in the wavelength of light reflected by that grating, the dopant regimes are chosen so that the temperature coefficient of the first grating is different from the temperature coefficient of the second grating and so that the stress coefficient of the first grating is the same as the stress coefficient of the second grating; said fiber being characterised in that said dopant regimes are further chosen so that a shift in the wavelength of light reflected by the first grating due to a change in hydrogen concentration is the same as a shift in the wavelength of light reflected by the second grating due to said change in hydrogen concentration. first and second doped cores (601, 602) that extend along the length of the fiber; each of the cores (601, 602) having a different dopant regime; the first core having a first grating and the second core having a second grating, the first and second grating (701, 702) having substantially the same grating period; and a cladding that surrounds the first and second cores (601, 602), wherein each grating has a temperature coefficient and a stress coefficient respectively relating a change in temperature and a change in stress experienced by the fiber to a shift in the wavelength of light reflected by that grating, the dopant regimes are chosen so that the temperature coefficient of the first grating is different from the temperature coefficient of the second grating and so that the stress coefficient of the first grating is the same as the stress coefficient of the second grating; said fiber being characterised in that said dopant regimes are further chosen so that a shift in the wavelength of light reflected by the first grating due to a change in hydrogen concentration is the same as a shift in the wavelength of light reflected by the second grating due to said change in hydrogen concentration.
A drinking system for example for livestock comprising a pressurized fluid line, for example a line of a tap water network, a dosing system for dosing of at least one additive into the pressurized fluid line (3, wherein the dosing system comprises a solenoid-driven metering pump having an inlet connected to an additive supply line, wherein the drinking system further comprises a back pressure regulator having an outlet connected to the pressurized fluid line, and a connecting line connecting an outlet of the metering pump with an inlet of the back pressure regulator, wherein the back pressure regulator is configured to provide a connecting line pressure in the connecting line which is higher than the fluid line pressure in the pressurized fluid line to provide a constant pressure upstream of the back pressure regulator, such that the metering pump is able to function independently of the fluid pressure in the pressurized fluid line, wherein the dosing system further comprises an injection valve configured for injecting the additive(s) in the fluid flowing in the pressurized fluid line, wherein the back pressure regulator outlet is connected to the pressurized fluid line via the injection valve.
Electronic device for controlling a lighting module of an automotive lighting device comprising light sources to perform a lighting function; wherein the electronic device comprises a controlling unit (2, 3) configured to feed the light sources when the lighting function is active and not to feed the light sources when the lighting function is inactive; the electronic device comprises a diagnosis unit and a storage unit, the diagnosis unit being adapted to sense a failure of any of the light sources when the light function is active and to emit a failure alert received by the storage unit, either directly or by means of an element of the electronic device, if a failure is sensed in any of the light sources, the electronic device being characterized in that the storage unit is able, on receiving the failure alert, to keep a failure status for a lapse of time even without being powered, and wherein the storage unit comprises a capacitor configured to store the failure status, the capacitor being also configured to discharge if the storage unit does not receive any failure alert; the controlling unit (2, 3) is adapted to read the failure status stored in the storage unit to control the lighting device; and the controlling unit is adapted to feed the light sources in at least two different modes, the mode depending at least on the failure status read from the storage unit. the electronic device comprises a controlling unit (2, 3) configured to feed the light sources when the lighting function is active and not to feed the light sources when the lighting function is inactive; the electronic device comprises a diagnosis unit and a storage unit, the diagnosis unit being adapted to sense a failure of any of the light sources when the light function is active and to emit a failure alert received by the storage unit, either directly or by means of an element of the electronic device, if a failure is sensed in any of the light sources, the electronic device being characterized in that the storage unit is able, on receiving the failure alert, to keep a failure status for a lapse of time even without being powered, and wherein the storage unit comprises a capacitor configured to store the failure status, the capacitor being also configured to discharge if the storage unit does not receive any failure alert; the controlling unit (2, 3) is adapted to read the failure status stored in the storage unit to control the lighting device; and the controlling unit is adapted to feed the light sources in at least two different modes, the mode depending at least on the failure status read from the storage unit.