mhurhangee/patent-ind-claim-en huggingface dataset:
A water current power generating system , the system comprising: a support structure for location on a bed of a body of water, a power generating apparatus adapted for mounting on the support structure and operable to generate electrical power from a water current flowing past the system, a measurement unit housed within a main body of the power generating apparatus and operable to determine operating information relating to operation of the system wherein the operating information includes operating condition information relating to at least one operating condition of the system , the at least one operating condition being chosen from: inclination of the power generating apparatus, rate of change of inclination of the power generating apparatus, relative inclination between the power generating apparatus and the support structure, rate of change of relative inclination between the power generating apparatus and the support structure, wave height, wave period, and turbulence measurements; and a controller housed within a main body of the power generating apparatus, characterized in that the controller being operable to determine loading on the system from such operating information, and to adjust a controlled parameter of the system so as to cause the power output of the system to rise, and such that loading on the system falls. a support structure for location on a bed of a body of water, a power generating apparatus adapted for mounting on the support structure and operable to generate electrical power from a water current flowing past the system, a measurement unit housed within a main body of the power generating apparatus and operable to determine operating information relating to operation of the system wherein the operating information includes operating condition information relating to at least one operating condition of the system , the at least one operating condition being chosen from: inclination of the power generating apparatus, rate of change of inclination of the power generating apparatus, relative inclination between the power generating apparatus and the support structure, rate of change of relative inclination between the power generating apparatus and the support structure, wave height, wave period, and turbulence measurements; and a controller housed within a main body of the power generating apparatus, characterized in that the controller being operable to determine loading on the system from such operating information, and to adjust a controlled parameter of the system so as to cause the power output of the system to rise, and such that loading on the system falls.
A cochlear implant, comprising: a cochlear lead including a plurality of electrodes ; a housing including a magnet pocket , a top wall above the magnet pocket, a bottom wall that does not include an opening below the magnet pocket, and a magnet aperture that extends through the top wall to the magnet pocket; a magnet , located within the magnet pocket, having a top surface adjacent to the magnet aperture that defines a top magnet outer perimeter (P MB ) and a bottom surface adjacent to the bottom wall that defines a bottom magnet outer perimeter that is greater than the top magnet outer perimeter; an antenna within the housing and adjacent to the magnet pocket; and a stimulation processor within the housing operably connected to the antenna and to the cochlear lead. a cochlear lead including a plurality of electrodes ; a housing including a magnet pocket , a top wall above the magnet pocket, a bottom wall that does not include an opening below the magnet pocket, and a magnet aperture that extends through the top wall to the magnet pocket; a magnet , located within the magnet pocket, having a top surface adjacent to the magnet aperture that defines a top magnet outer perimeter (P MB ) and a bottom surface adjacent to the bottom wall that defines a bottom magnet outer perimeter that is greater than the top magnet outer perimeter; an antenna within the housing and adjacent to the magnet pocket; and a stimulation processor within the housing operably connected to the antenna and to the cochlear lead.
A flexible display comprising a flexible base layer , a buffer layer formed on the base layer , wherein the base layer comprises an active display area having a plurality of pixels, and an inactive area comprising one or more conductive line traces connecting the display area with a pad area, the inactive area including a bend allowance section, wherein the base layer comprises, in the bend allowance section, a portion having a reduced width defined by a chamfering line, when viewed in plan view, wherein the one or more conductive line traces are formed on the buffer layer in the bend allowance section, and wherein the buffer layer in the bend allowance section is etched in an area between the chamfering line and the outermost of the one or more conductive line traces , such that the base layer is exposed, or such that the buffer layer is left with a reduced thickness. an active display area having a plurality of pixels, and an inactive area comprising one or more conductive line traces connecting the display area with a pad area,
A method for operating a communication device, comprising: transitioning , by a processor, the communication device from a non-dive mode in which dive timing operations of the communication device are disabled to a dive mode in which dive timing operations of the communication device are to be enabled; activating , by the processor, a first timer in response to said transitioning ; monitoring , by the processor, states of snap-dome based switches of a keypad provided with the communication device, wherein the states of snap-dome based switches are changed by pressure; activating , by the processor, a second timer when the snap-dome based switches are simultaneously activated by the pressure; detecting , by the processor, when maintenance of the communication device is needed based on a value of the second timer; and causing , by the processor, performance of communication device maintenance based on the detecting. transitioning , by a processor, the communication device from a non-dive mode in which dive timing operations of the communication device are disabled to a dive mode in which dive timing operations of the communication device are to be enabled; activating , by the processor, a first timer in response to said transitioning ; monitoring , by the processor, states of snap-dome based switches of a keypad provided with the communication device, wherein the states of snap-dome based switches are changed by pressure; activating , by the processor, a second timer when the snap-dome based switches are simultaneously activated by the pressure; detecting , by the processor, when maintenance of the communication device is needed based on a value of the second timer; and causing , by the processor, performance of communication device maintenance based on the detecting.
A self-regenerative electrostatic precipitator, comprising a discharge electrode located inside a gas conduit for generating a corona discharge and for depositing solid particles in suspension in a gas stream circulating through the conduit in a deposition layer on the inner wall of the conduit , comprising at least one securing element for fixing the discharge electrode inside the conduit characterized in that the electrostatic precipitator comprises at least one cleaning assembly arranged outside and around the conduit for heating the inner wall of the conduit by electromagnetic induction, each cleaning assembly being independent from the rest and having at least one induction coil and at least one layer of insulating material ; and wherein the electrostatic precipitator comprises means for moving the at least one cleaning assembly along a section of the conduit .
Kneading machine with a removable bowl carriage and a tongs locking device for fixing the bowl carriage to the kneading machine, wherein the tongs locking device has a tongs with two arms , which in a closed position fixes the bowl carriage in a predefined position and in an open position releases the bowl carriage for removal, wherein the tongs locking device has a linear drive with an adjustment direction and a lever system adjustable by means of the linear drive , wherein the two arms of the tongs are rotatably fastened to the lever system and are adjustable by means of the linear drive between a closed and an open position of the tongs locking device , characterized in that the lever system is symmetrical to the adjustment direction.
An apparatus comprising: a transmitting section configured to transmit a control signal on one or more control channel elements, CCEs; a receiving section configured to receive response signals transmitted from a first antenna port and a second antenna port; and a demodulating section configured to demodulate the response signals; characterized by a first response signal transmitted from the first antenna port is demodulated by using a cyclically shifted sequence defined by a first cyclic shift value among a plurality of cyclic shift values and with a first orthogonal sequence among a plurality of orthogonal sequences, respectively, that are determined by a first ACK/NACK resource number, the ACK/NACK resource number being associated with a first CCE number of the one or more CCEs, and a second response signal transmitted from the second antenna port is demodulated by using a cyclically shifted sequence defined by a second cyclic shift value among the plurality of cyclic shift values and with a second orthogonal sequence among the plurality of orthogonal sequences, respectively, that are determined by a second ACK/NACK resource number, the second ACK/NACK resource number being a number which equals the first ACK/NACK resource number plus one. a transmitting section configured to transmit a control signal on one or more control channel elements, CCEs; a receiving section configured to receive response signals transmitted from a first antenna port and a second antenna port; and a demodulating section configured to demodulate the response signals; characterized by a first response signal transmitted from the first antenna port is demodulated by using a cyclically shifted sequence defined by a first cyclic shift value among a plurality of cyclic shift values and with a first orthogonal sequence among a plurality of orthogonal sequences, respectively, that are determined by a first ACK/NACK resource number, the ACK/NACK resource number being associated with a first CCE number of the one or more CCEs, and a second response signal transmitted from the second antenna port is demodulated by using a cyclically shifted sequence defined by a second cyclic shift value among the plurality of cyclic shift values and with a second orthogonal sequence among the plurality of orthogonal sequences, respectively, that are determined by a second ACK/NACK resource number, the second ACK/NACK resource number being a number which equals the first ACK/NACK resource number plus one.
A joint lock having a lock body and a joint bar hoop , wherein the lock body accommodates a lock cylinder and a latch which is selectively movable by the lock cylinder from a locking position into a release position, and wherein the joint bar hoop comprises a plurality of joint bars pivotally connected to one another, with a first end of the joint bar hoop having an elongate locking bar which can be introduced into an introduction opening of the lock body and which can be locked in the lock body by means of the latch , wherein the lock body furthermore accommodates a preloading device which preloads the latch into the locking position, with the latch being temporarily movable against the preload from the locking position into the release position by introduction of the locking bar into the lock body , with the preloading device being adapted to move the latch back into the locking position again when the locking bar is completely introduced into the lock body , with the latch being configured as a rotating latch , characterized in that the rotating latch is rotatably supported at a jacket surface of the lock cylinder .
Method of compensating for position-dependent density fluctuations in an inkjet printing press by means of a computer , wherein in the course of a process of calibrating a Raster Image Processor of the inkjet printing machine , a look-up table is used to allocate a specific halftone pattern to every grey value of a colour separation to be screened of a print image, wherein the computer uses these halftone patterns to screen the print image, wherein the screened print image is printed by the inkjet printing machine , wherein the computer enters an additional variable into the look-up table for the position of every printing nozzle in the printing heads of the inkjet printing machine and, for every position of a printing nozzle in the look-up table , enters a complete set of grey values with allocated adapted halftone patterns , and wherein the adapted allocation of halftone patterns to grey values for every position of a printing nozzle in the look-up table is a function of the density fluctuation of the respective printing nozzle.
A lithium ion secondary battery comprising: a positive electrode , the positive electrode comprising: a positive electrode collector ; a positive electrode active material layer provided at some part of a surface of the positive electrode collector including a positive electrode active material; and an insulation layer provided so as to be at the other part of the surface of the positive electrode collector , and to be adjacent to the positive electrode active material layer ; and a negative electrode ; and wherein the insulation layer includes an inorganic filler, trilithium phosphate, and a binder. a positive electrode , the positive electrode comprising: a positive electrode collector ; a positive electrode active material layer provided at some part of a surface of the positive electrode collector including a positive electrode active material; and an insulation layer provided so as to be at the other part of the surface of the positive electrode collector , and to be adjacent to the positive electrode active material layer ; and a positive electrode collector ; a positive electrode active material layer provided at some part of a surface of the positive electrode collector including a positive electrode active material; and an insulation layer provided so as to be at the other part of the surface of the positive electrode collector , and to be adjacent to the positive electrode active material layer ; and a negative electrode ; and wherein the insulation layer includes an inorganic filler, trilithium phosphate, and a binder.
A composition combining both antimicrobial and toxin-adsorption activities, characterized in that it is formed by a molecular complex obtained by mixing a volatile antimicrobial agent with an edible clay, said volatile antimicrobial agent being interspersed into the interfoliar space of the clay and said clay being a either caused or natural interlayered mixture of stevensite and bentonite.
A haptic feedback transducer comprising: an electroactive material (EAM) membrane disposed on a substrate , wherein the EAM membrane comprises an EAM layer configured to provide a mechanical response in response to an electrical driving signal; and an air pump configured to control a pressure of a gas applied to a side of the EAM membrane facing the substrate, characterised in that : the haptic feedback transducer provides multi-level haptic feedback by modulating the electrical driving signal provided to the EAM membrane in combination with the control of the pressure of the gas provided by the air pump . an electroactive material (EAM) membrane disposed on a substrate , wherein the EAM membrane comprises an EAM layer configured to provide a mechanical response in response to an electrical driving signal; and an air pump configured to control a pressure of a gas applied to a side of the EAM membrane facing the substrate, characterised in that : the haptic feedback transducer provides multi-level haptic feedback by modulating the electrical driving signal provided to the EAM membrane in combination with the control of the pressure of the gas provided by the air pump .
An antifouling system for reducing and/or preventing fouling of an object exposed to fouling conditions when in use, the antifouling system comprising a plurality of antifouling devices for providing an antifouling radiation to at least part of the object and/or at least part of the antifouling system; wherein the antifouling system further comprises: - a power transmission system comprising: - an inductive power emitter comprising at least one inductive emitter element ; and - a plurality of inductive power receivers each one comprising at least one inductive receiver element; wherein the inductive power emitter and the plurality of inductive power receivers are for mounting on the object in a fixed configuration with respect to each other thereby to provide an inductive coupling between each one of the at least one inductive receiver elements and the at least one inductive emitter element such that power may be inductively transmitted when the power transmission system is in use; and wherein the plurality of antifouling devices are configured to be driven using transmitted power from at least one of the plurality of inductive power receivers when the system is in use. wherein the antifouling system further comprises: - a power transmission system comprising: - an inductive power emitter comprising at least one inductive emitter element ; and - a plurality of inductive power receivers each one comprising at least one inductive receiver element; - a power transmission system comprising: - an inductive power emitter comprising at least one inductive emitter element ; and - a plurality of inductive power receivers each one comprising at least one inductive receiver element; - an inductive power emitter comprising at least one inductive emitter element ; and - a plurality of inductive power receivers each one comprising at least one inductive receiver element; wherein the inductive power emitter and the plurality of inductive power receivers are for mounting on the object in a fixed configuration with respect to each other thereby to provide an inductive coupling between each one of the at least one inductive receiver elements and the at least one inductive emitter element such that power may be inductively transmitted when the power transmission system is in use; and wherein the plurality of antifouling devices are configured to be driven using transmitted power from at least one of the plurality of inductive power receivers when the system is in use.
A solid state electrolyte material comprising: a solid state electrolyte (SSE); and a coating layer of ZnO, wherein the SSE comprises a plurality of pores in a 3D porous structure configured to contain an anode active material, the coating layer coats a surface of the pores , wherein the SSE is lithium-containing SSE with a garnet structure and the anode active material is lithium metal and the coating layer increases contact between the SSE material and the anode material. a solid state electrolyte (SSE); and a coating layer of ZnO, wherein the SSE comprises a plurality of pores in a 3D porous structure configured to contain an anode active material, the coating layer coats a surface of the pores , wherein the SSE is lithium-containing SSE with a garnet structure and the anode active material is lithium metal and the coating layer increases contact between the SSE material and the anode material.
A composition comprising: - at least one binder selected from among phenolic resins, particles formed of at least one powdered solid selected from among glass, thermosetting polymers, silica and mixtures thereof, said particles having a mean size of less than 1 mm characterized in that - it comprises between 34 % and 50 % by weight of said powdered material relative to the total weight of said composition; - it is devoid of catalyst of said binder. - at least one binder selected from among phenolic resins, particles formed of at least one powdered solid selected from among glass, thermosetting polymers, silica and mixtures thereof, said particles having a mean size of less than 1 mm characterized in that - it comprises between 34 % and 50 % by weight of said powdered material relative to the total weight of said composition; - it is devoid of catalyst of said binder.
Dihydrogen generator comprising an enclosure , a reservoir for containing a reagent and a catalytic system , the enclosure being fluidtight with respect to the dihydrogen and defining an enclosure interior space , the reservoir being housed inside the enclosure interior space and comprising a reservoir wall that is fluidtight with respect to a liquid and permeable to dihydrogen, the catalytic system being placed at least in part in the reservoir and comprising a catalyst for the reaction of generating dihydrogen from the reagent, the enclosure comprising a discharge valve for extracting the dihydrogen from the enclosure interior space, an injection valve for injecting the liquid into the reservoir and a drain valve for draining the liquid from the reservoir. the enclosure being fluidtight with respect to the dihydrogen and defining an enclosure interior space , the reservoir being housed inside the enclosure interior space and comprising a reservoir wall that is fluidtight with respect to a liquid and permeable to dihydrogen, the catalytic system being placed at least in part in the reservoir and comprising a catalyst for the reaction of generating dihydrogen from the reagent, the enclosure comprising a discharge valve for extracting the dihydrogen from the enclosure interior space, an injection valve for injecting the liquid into the reservoir and a drain valve for draining the liquid from the reservoir.
A variant of a parent cutinase, wherein the variant has cutinase activity and comprises at least one alteration selected from the group consisting of R181P, G182*, V1151, A161L, Q1*, L2*, A43C, 155C, N79A and 15V, wherein position numbers correspond to positions of SEQ ID NO: 2, and wherein the variant has at least 85%, but less than 100% sequence identity to the mature polypeptide of SEQ ID NO: 2, wherein the variant comprises alterations selected from the group consisting of: a. V115I+R181P+G182* b. A161L+R181P+G182* c. Q1*+L2*+I5V+A43C+I55C+N79A+V115I+R181P+G182* d. Q1*+L2*+A43C+155C+N79A+V1151+R181 P+G182* e. I5V+A43C+I55C+N79A+V115I f. A43C+I55C+N79A g. I5V+A43C+I55C+N79A+V115I+R181P+G182* h. I5V i. A43C+155C j. N79A k. V1151 l. A161L m. R181P+G182*.
Installation of hybrid components for a vehicle , wherein the vehicle comprises a frame rail having an extension in the vehicle's longitudinal direction, wherein the installation comprises a first unit comprising an electric energy storage device , a second unit comprising at least one component (8b-e) of a cooling system, and fastening elements with which the first unit and the second unit are to be fastened on the frame rail , wherein the first unit is adapted to be attached in a position adjoining a side surface of the frame rail , and the second unit is adapted to be attached at a greater distance from the frame rail and in a position outside of the first unit , and wherein the second unit comprises a component in the form of a radiator , containing a circulating coolant that is adapted to be cooled by air with ambient temperature, characterised in that the second unit has a height and a length which at least corresponds to the height and the length of the first unit and that the second unit is equipped with an external surface, which is defined by the radiator, wherein the radiator is designed to occupy all of the external surface of the second unit in a fastened state.