mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for determining a relative position of a wireless power transmitter from a wireless power receiver, comprising: a plurality of sense coils , each configured to generate a respective signal under influence of an alternating magnetic field, the magnetic field generated by at least one generator coil and comprising a plurality of wave pulses, each wave pulse occurring in a respective time slot of a plurality of time slots; and a processor configured to determine the relative position of the wireless power transmitter from the wireless power receiver based on the respective signal from each of the plurality of sense coils , wherein the respective signal generated by each of the plurality of sense coils comprises at least a first portion caused by a first wave pulse of the plurality of wave pulses occurring in a first time slot of the plurality of time slots; a second portion caused by a second wave pulse of the plurality of wave pulses occurring in a second time slot of the plurality of time slots and a third portion caused by a third wave pulse of the plurality of wave pulses occurring in a third time slot of the plurality of time slots; and wherein the processor is configured to estimate a relative phase angle between the first portion and the second portion and wherein the processor is configured to establish relative phase synchronization between the first portion, the second portion, and the third portion. a plurality of sense coils , each configured to generate a respective signal under influence of an alternating magnetic field, the magnetic field generated by at least one generator coil and comprising a plurality of wave pulses, each wave pulse occurring in a respective time slot of a plurality of time slots; and a processor configured to determine the relative position of the wireless power transmitter from the wireless power receiver based on the respective signal from each of the plurality of sense coils , wherein the respective signal generated by each of the plurality of sense coils comprises at least a first portion caused by a first wave pulse of the plurality of wave pulses occurring in a first time slot of the plurality of time slots; a second portion caused by a second wave pulse of the plurality of wave pulses occurring in a second time slot of the plurality of time slots and a third portion caused by a third wave pulse of the plurality of wave pulses occurring in a third time slot of the plurality of time slots; and wherein the processor is configured to estimate a relative phase angle between the first portion and the second portion and wherein the processor is configured to establish relative phase synchronization between the first portion, the second portion, and the third portion.
A device for implanting in the atrial septum in a heart of a patient, the device comprising: a. a core segment defining a passage, the core segment having a first diameter when deployed; b. a first flexible annular flange at one end of the core segment , the first annular flange 103 extending radially outward from the core segment and configured to lie at a generally parallel angle to and against the atrial septum; and c. a second flexible annular flange at the other end of the core segment , the second annular flange extending radially outward from the core segment and, wherein the device is collapsible, enabling the core segment to have a second diameter less than the first diameter thereby enabling percutaneous delivery of the device to the heart of the patient, and wherein the first and second flanges define an annular gap to accommodate the septum, characterised in that the second annular flange comprises a first section extending from the core segment in which the flange extends away from the atrial septum into the atrium and a second section in which the flange extends from the atrium towards the atrial septum such that the flange extends beyond 90° relative to the centre axis of the core segment . a. a core segment defining a passage, the core segment having a first diameter when deployed; b. a first flexible annular flange at one end of the core segment , the first annular flange 103 extending radially outward from the core segment and configured to lie at a generally parallel angle to and against the atrial septum; and c. a second flexible annular flange at the other end of the core segment , the second annular flange extending radially outward from the core segment and,
A cooking device (1; 2) comprising: a frame arranged to form a cooking chamber ; a door (25; 410) arranged to open and close the cooking chamber ; a burner cover disposed in the cooking chamber ; and a burner located in the burner cover to generate a flame, wherein the burner cover is provided with a first hole , and the frame is provided with a second hole communicating with the first hole ; and wherein a portion of the burner is located outside the cooking chamber by passing through the first and second holes ; characterized in that the size of each of the first and second holes is greater than the diameter of the burner so that air can flow from an inside of the cooking chamber to an outside of the cooking chamber . a frame arranged to form a cooking chamber ; a door (25; 410) arranged to open and close the cooking chamber ; a burner cover disposed in the cooking chamber ; and a burner located in the burner cover to generate a flame, wherein the burner cover is provided with a first hole , and the frame is provided with a second hole communicating with the first hole ; and wherein a portion of the burner is located outside the cooking chamber by passing through the first and second holes ; characterized in that the size of each of the first and second holes is greater than the diameter of the burner so that air can flow from an inside of the cooking chamber to an outside of the cooking chamber .
A method for controlling outer loop power, comprising: obtaining a Block Error Rate (BLER) of received data by carrying out decoding and a cyclic redundancy check on the data (S101); and judging whether the BLER of the data is greater than a Block Error Rate target value (BLERtarget), and carrying out a first adjustment on a Signal to Interference Ratio target value (SIRtarget) according to the judgment result (S103); obtaining a Bit Error Rate (BER) of a dedicated physical control channel by judging a pilot signal (S102); and if values of n consecutive BERs are smaller than or equal to a Bit Error Rate target value (BERtarget), then carrying out a second adjustment, wherein n is a positive integer (S104). obtaining a Block Error Rate (BLER) of received data by carrying out decoding and a cyclic redundancy check on the data (S101); and judging whether the BLER of the data is greater than a Block Error Rate target value (BLERtarget), and carrying out a first adjustment on a Signal to Interference Ratio target value (SIRtarget) according to the judgment result (S103); obtaining a Bit Error Rate (BER) of a dedicated physical control channel by judging a pilot signal (S102); and if values of n consecutive BERs are smaller than or equal to a Bit Error Rate target value (BERtarget), then carrying out a second adjustment, wherein n is a positive integer (S104).
A nail polish formulation comprising : - a curable aqueous polyurethane dispersion ; - a photoinitiator ; - optionally a leveling agent and - optionally a thickener wherein the formulation is free of non-reactive solvents and wherein said curable aqueous polyurethane dispersion is formed by the reaction of a) at least one polyol component comprising a1) a non-ionic polyol, a2) at least one polyol bearing at least one ionic or potentially ionic group comprising an acid group or salt thereof and a3) at least one ethylenically unsaturated monoalcohol or polyol, with b) at least one polyisocyanate, wherein the number of isocyanate (NCO) groups of the at least one polyisocyanate b) is in excess with respect to the number of hydroxyl (OH) groups of the at least one polyol component a), wherein said at least one polyol component a1) comprises carbon atoms from renewable resources, said acid group of polyol a2) being at least partly neutralized and said reaction being followed in a second step by an extension reaction with an isocyanate-reactive chain extender c) and wherein said at least one ethylenically unsaturated monoalcohol or polyol a3) comprises at least one ethylenically unsaturated monoalcohol a3.1) and/or polyol a3.2), with said monoalcohol a3.1) or polyol a3.2) bearing from 2 to 5 ethylenically unsaturated groups per molecule the said ethylenically unsaturated groups being (meth)acrylate groups. - a curable aqueous polyurethane dispersion ; - a photoinitiator ; - optionally a leveling agent and - optionally a thickener
A method of manufacturing a saw blade , the method comprising: providing a saw blade body ; forming a plurality of gullets and a first portion of a plurality of tooth bodies in the saw blade body , each gullet positioned between adjacent tooth bodies ; and forming a second portion of the plurality of tooth bodies in the saw blade body separate to forming the plurality of gullets and the first portion of the plurality of tooth bodies in the saw blade body , characterized in that while forming the second portion of the plurality of tooth bodies , material is not removed from the saw blade body to form the plurality of gullets . providing a saw blade body ; forming a plurality of gullets and a first portion of a plurality of tooth bodies in the saw blade body , each gullet positioned between adjacent tooth bodies ; and forming a second portion of the plurality of tooth bodies in the saw blade body separate to forming the plurality of gullets and the first portion of the plurality of tooth bodies in the saw blade body , characterized in that while forming the second portion of the plurality of tooth bodies , material is not removed from the saw blade body to form the plurality of gullets .
A cab (250; 350; 450; 550; 650) for a power machine (100; 200), the cab comprising: a cab frame (210; 310) forming an operator compartment and having a first side wall , a second sidewall , a front , a rear , and a top ; an operator seat (364; 464; 564) positioned within the operator compartment; a cab door (324; 424; 524; 624) configured to cover an opening in the front of the cab frame when in a closed position and to be moved between the closed position and an open position above the operator seat; and characterized by a display mounted to the cab door at a position that provides visual access to the display by an operator positioned on the operator seat with the cab door in the closed position and with the cab door in the open position overhead of the operator seat. a cab frame (210; 310) forming an operator compartment and having a first side wall , a second sidewall , a front , a rear , and a top ; an operator seat (364; 464; 564) positioned within the operator compartment; a cab door (324; 424; 524; 624) configured to cover an opening in the front of the cab frame when in a closed position and to be moved between the closed position and an open position above the operator seat; and characterized by a display mounted to the cab door at a position that provides visual access to the display by an operator positioned on the operator seat with the cab door in the closed position and with the cab door in the open position overhead of the operator seat.
Device for manufacturing a pouch containing a brewable material accommodated in a wrapping , comprising a pouch manufacturing device adapted to manufacture a pouch containing brewable material, and a sealing station with jaw elements forming opposing sealing surfaces acting on the wrapping from opposite sides for sealing the pouch , characterized in that that at least one of the jaw elements forms a trough-shaped recess below the sealing surface , in which a helically laid heating conductor is accommodated.
Ferrite powder detectable with a metal detector, comprising: hard ferrite particles containing Sr of 7.8 mass% or more and 9.0 mass% or less and Fe of 61.0 mass% or more and 65.0 mass% or less, wherein an amount of Na to be measured by ion chromatography is 1 ppm or more and 200 ppm or less. hard ferrite particles containing Sr of 7.8 mass% or more and 9.0 mass% or less and Fe of 61.0 mass% or more and 65.0 mass% or less, wherein an amount of Na to be measured by ion chromatography is 1 ppm or more and 200 ppm or less.
A method of forming thiolated poly(vinyl alcohol) poly(ethylene glycol) crosslinked hydrogels, comprising: reacting, in the presence of an acid, compounds each including a thiol functional group and a hydroxyl reactive group with one or more hydroxyl groups of poly(vinyl alcohol) via said hydroxyl reactive group, thereby forming thiolated poly(vinyl alcohol); and reacting said thiol functional group of said compounds with a thiol reactive group of a crosslinker, wherein said thiolated poly(vinyl alcohol) and said crosslinker are provided in aqueous solutions, thereby forming a hydrogel without UV radiation, wherein said crosslinker is poly(ethylene glycol) exhibit the following formula: wherein each Y is individually selected from a thiol reactive group and n is in the range of 200 to 20,000 and said thiol reactive groups Y are selected from the groups consisting of acrylates, methacrylate, maleimide, haloacetyl, pyridyldithiol and N-hydroxy-succinimide. reacting, in the presence of an acid, compounds each including a thiol functional group and a hydroxyl reactive group with one or more hydroxyl groups of poly(vinyl alcohol) via said hydroxyl reactive group, thereby forming thiolated poly(vinyl alcohol); and reacting said thiol functional group of said compounds with a thiol reactive group of a crosslinker, wherein said thiolated poly(vinyl alcohol) and said crosslinker are provided in aqueous solutions, thereby forming a hydrogel without UV radiation, wherein said crosslinker is poly(ethylene glycol) exhibit the following formula: wherein each Y is individually selected from a thiol reactive group and n is in the range of 200 to 20,000 and said thiol reactive groups Y are selected from the groups consisting of acrylates, methacrylate, maleimide, haloacetyl, pyridyldithiol and N-hydroxy-succinimide.
Method for manufacturing a concrete element with a coloured surface layer, in particular a concrete block with a shaped body or a concrete surface, which concrete element is formed from at least a mixture of cement and an aggregate comprising a base metal, wherein the base metal reacts chemically to produce a colour tone, characterised in that a content of iron as base metal is added to the aggregate and at least one surface layer with a thickness of at least 5 mm is formed, wherein the pH value of the surface layer is reduced by adding an acidic medium during the preparation of the mixture and/or during the setting of the mixture and/or after the setting of the mixture to produce an oxide colour that forms in the concrete by oxidation of the iron in at least the surface layer , wherein a naturally acting patina of a rusting metal body forms in the region comprising the base metal.
An ultrasound apparatus for efficiently applying ultrasound waves over a treated area by mechanically moving the ultrasound transducer comprising: an ultrasound transducer , connected by wiring, for dispersing ultrasound waves; a shaft for holding said transducer; an electric actuator for spinning a crank , wherein said shaft is eccentrically attached to said crank for rotatably whirling said transducer in circles; a stabilizer , for leading said wiring of said ultrasound transducer, and for holding said shaft; a first linear bearing for guiding a part of said stabilizer while said part of the stabilizer slides in said first linear bearing, wherein said stabilizer holds said shaft in the position normal to said first linear bearing for reducing the twisting of said wiring, of said ultrasound transducer , when said actuator whirls said transducer; and a control unit, logically connected to said electric actuator, capable of receiving instructions, from the user, and capable of controlling the whirling of said ultrasound transducer, by controlling said electric actuator, for performing said instructions. an ultrasound transducer , connected by wiring, for dispersing ultrasound waves; a shaft for holding said transducer; an electric actuator for spinning a crank , wherein said shaft is eccentrically attached to said crank for rotatably whirling said transducer in circles; a stabilizer , for leading said wiring of said ultrasound transducer, and for holding said shaft; a first linear bearing for guiding a part of said stabilizer while said part of the stabilizer slides in said first linear bearing, wherein said stabilizer holds said shaft in the position normal to said first linear bearing for reducing the twisting of said wiring, of said ultrasound transducer , when said actuator whirls said transducer; and a control unit, logically connected to said electric actuator, capable of receiving instructions, from the user, and capable of controlling the whirling of said ultrasound transducer, by controlling said electric actuator, for performing said instructions.
A sterile decellularized amniotic fluid (D-HAF) for use in a method of treating or preventing a lung disorder or injury, wherein the method comprises administering to the lung of a subject the sterile D-HAF in the form of aerosol or with a nebulizer, that generates aerosol droplets with a size between about 1.5 μm to about 5 μm, inclusive, in a dosage unit between about 0.1 mL and about 10.0 mL and in an amount effective to treat, alleviate, or prevent one or more symptoms of the lung disorder or injury, wherein the D-HAF is devoid of amniotic cells, amniotic membrane particulate matter, and chorion particles.
An electrochemical analyte sensor comprising: a base layer ; a working electrode (WE) disposed on the base layer including an arrangement of electrically conductive pillars defining channels between the pillars; and a multilayer analyte sensor stack operably coupled to the arrangement of pillars, the stack comprising: (a) an analyte sensing layer including an enzyme having a composition that reacts with an analyte to form a byproduct in the channel, the byproduct being able to detectably alter an electrical current at the working electrode (WE) in response to the amount of the analyte reacted; and (b) an analyte modulating layer disposed over the analyte sensing layer , wherein the analyte modulating layer facilitates the diffusion of the analyte from an external environment to the analyte sensing layer ; wherein the arrangement of pillars comprises a regular pattern of repeating units of pillars and spaces between the pillars; characterized in that : the analyte sensing layer is disposed in the channels in the spaces between the pillars; and the analyte modulation layer is disposed directly on top of the pillars.. a base layer ; a working electrode (WE) disposed on the base layer including an arrangement of electrically conductive pillars defining channels between the pillars; and a multilayer analyte sensor stack operably coupled to the arrangement of pillars, the stack comprising: (a) an analyte sensing layer including an enzyme having a composition that reacts with an analyte to form a byproduct in the channel, the byproduct being able to detectably alter an electrical current at the working electrode (WE) in response to the amount of the analyte reacted; and (b) an analyte modulating layer disposed over the analyte sensing layer , wherein the analyte modulating layer facilitates the diffusion of the analyte from an external environment to the analyte sensing layer ; (a) an analyte sensing layer including an enzyme having a composition that reacts with an analyte to form a byproduct in the channel, the byproduct being able to detectably alter an electrical current at the working electrode (WE) in response to the amount of the analyte reacted; and (b) an analyte modulating layer disposed over the analyte sensing layer , wherein the analyte modulating layer facilitates the diffusion of the analyte from an external environment to the analyte sensing layer ; wherein the arrangement of pillars comprises a regular pattern of repeating units of pillars and spaces between the pillars; characterized in that : the analyte sensing layer is disposed in the channels in the spaces between the pillars; and the analyte modulation layer is disposed directly on top of the pillars.. the analyte sensing layer is disposed in the channels in the spaces between the pillars; and the analyte modulation layer is disposed directly on top of the pillars..
A method of allocating mobile clients to a first server, the method including the steps of: a) determining, as between said first server and a second server, a contest which is weighted in favour of the server with the greater number of allocated clients; and b) if said first server is successful in said contest, changing the allocation of a client from said second server to said first server, and further including the step of: c) if the number of clients allocated to any server falls below a first threshold level, powering down said server, wherein each server has a range and only clients within the range of a server can be allocated to that server. a) determining, as between said first server and a second server, a contest which is weighted in favour of the server with the greater number of allocated clients; and b) if said first server is successful in said contest, changing the allocation of a client from said second server to said first server, and further including the step of: c) if the number of clients allocated to any server falls below a first threshold level, powering down said server, wherein each server has a range and only clients within the range of a server can be allocated to that server.