mhurhangee/patent-ind-claim-en huggingface dataset:
A control device for an internal combustion engine which includes an in-cylinder injection fuel injection valve arranged to inject a fuel into a combustion chamber , and a port injection fuel injection valve arranged to inject the fuel into an intake port , in which injection amount ratios of the in-cylinder injection fuel injection valve and the port injection fuel injection valve are controlled in accordance with a driving condition of the engine , and in which a fuel cut is performed at a predetermined deceleration of the internal combustion engine , the control device being characterized in that : the control device is configured to control the injection amount ratios such that the injection amount ratio of the in-cylinder injection fuel injection valve is corrected to be decreased, and the injection amount ratio of the port injection fuel valve is corrected to be increased, at a fuel cut recovery at which a fuel supply is restarted from the fuel cut state, during a predetermined period from the start of the recovery, wherein the predetermined period is set to a longer period as the fuel cut time period from a start of the fuel cut to the start of the recovery is longer. the control device is configured to control the injection amount ratios such that the injection amount ratio of the in-cylinder injection fuel injection valve is corrected to be decreased, and the injection amount ratio of the port injection fuel valve is corrected to be increased, at a fuel cut recovery at which a fuel supply is restarted from the fuel cut state, during a predetermined period from the start of the recovery, wherein the predetermined period is set to a longer period as the fuel cut time period from a start of the fuel cut to the start of the recovery is longer.
Method for drying moist products, in particular moist granular material for producing pharmaceutical products, through which a fluid medium flows in a reactor chamber of a bulk material dryer and which are heated and are fed to an inflow plate through which the fluid medium can flow, wherein the inflow plate is vibrated via a vibratory drive in order to convey the product from a product inlet to a product outlet , and the fluid medium, after flowing through the inflow plate and the product, is supplied to chambers (16.1, 16.2, 16.3), which are separate from one another and are arranged upstream of an outlet , and to the outlet , characterized in that preselectably one of at least two chambers (16.1, 16.2, 16.3) which are separate from one another is closed towards the outlet by actuation of a shut-off member (21.1, 21.2, 21.3), in that , after actuation of the shut-off member (21.1, 21.2, 21.3), the fluid medium is supplied to the outlet via a chamber (16.1, 16.2, 16.3) which is not closed by another shut-off member (21.1, 21.2, 21.3), and in that , after actuation of the shut-off member (21.1, 21.2, 21.3) of said chamber (16.1, 16.2, 16.3) in the closing direction, a filter element (17.1, 17.2, 17.3), which is assigned to the shut-off chamber (16.1, 16.2, 16.3), for the fluid medium is cleaned via a pulse emitter (22.1, 22.2, 22.3) with the fluid medium being continuously supplied to a chamber (16.1, 16.2, 16.3) which is not shut off, with the pressure within the bulk material dryer above the inflow plate and below the filter element (17.1, 17.2, 17.3) being controlled via a control device depending on predefinable operating parameters.
Control valve assembly for adjusting at least two fluid flows, in particular of at least two cooling liquid flows, in a line system, in particular of a motor vehicle, such as an electrically driven motor vehicle, comprising: - at least two rotary valves for blocking and releasing at least one flow path each; - a drive for controlling the at least two rotary valves; - at least one coupling having an engaged position, in which the drive is force-transmittingly coupled to one of the at least two rotary valves , and a disengaged position, in which the drive is decoupled from the one of the at least two rotary valves , wherein the drive has a drive pulley characterized in that the at least two rotary valves are assigned a respective driven pulley extending along the outer contour of the rotary valves, via which the drive controls the at least two rotary valves. - at least two rotary valves for blocking and releasing at least one flow path each; - a drive for controlling the at least two rotary valves; - at least one coupling having an engaged position, in which the drive is force-transmittingly coupled to one of the at least two rotary valves , and a disengaged position, in which the drive is decoupled from the one of the at least two rotary valves , wherein the drive has a drive pulley characterized in that the at least two rotary valves are assigned a respective driven pulley extending along the outer contour of the rotary valves, via which the drive controls the at least two rotary valves. the drive has a drive pulley characterized in that the at least two rotary valves are assigned a respective driven pulley extending along the outer contour of the rotary valves, via which the drive controls the at least two rotary valves.
An isolated Tau polypeptide which comprises at least 9 consecutive amino acids starting from the methionine residue at position 11 in SEQ ID NO:1-7 wherein said methionine at position 11 is N-alpha acetylated.
Method for the dephosphorization of iron ore with a phosphorous content greater than 0.5%, with a magnetite, hematite or mixed nature, said method comprising: a pre-conditioning of the iron ore by means of a pre-conditioning compound solid or in solution, with a content less than 5% in weight of the total ferrous mixture; an oxidizing roasting of the iron ore; a subsequent leaching, to obtain a final concentrate with a reduced phosphorus content, with a reduction higher than 85% wherein said method comprises a reducing roasting before at least the oxidizing roasting. a pre-conditioning of the iron ore by means of a pre-conditioning compound solid or in solution, with a content less than 5% in weight of the total ferrous mixture; an oxidizing roasting of the iron ore; a subsequent leaching, to obtain a final concentrate with a reduced phosphorus content, with a reduction higher than 85%
A donepezil free base-containing film for oral cavity administration, prepared by drying a polymer solution in which donepezil free base as an active ingredient is dispersed, wherein the film comprises a vinyl polymer-based compound selected from a group consisting of polyvinyl alcohol or polyvinylalcohol-based copolymers, polyvinyl acetate or polyvinyl acetate-based copolymers, polyvinyl pyrrolidone or polyvinyl pyrrolidone-based copolymers, or mixtures thereof as a dispersing agent for assisting the dispersion of the donepezil free base, said vinyl polymer-based compound being present in an amount of 0.1 to 50 wt% based on the total weight of the dried film.
A spine measuring device, comprising a measuring body , a measuring wheel , a balance wheel , a first detection device, a spatial coordinate acquisition device and a control device, wherein the measuring wheel is provided at one end of the measuring body , at least four balance wheels are symmetrically provided in rows at both sides of the measuring wheel and are all connected with the measuring body , the first detection device and the spatial coordinate acquisition device are both connected with the control device, the first detection device is configured to detect the movement of the measuring wheel , and the spatial coordinate acquisition device is configured to detect a spatial angle value, wherein the spine measuring device further comprises a mounting frame and an elastic element , the mounting frame is provided at one end of the measuring body , the measuring wheel is installed on the mounting frame , the elastic element is provided in the measuring body , one end of the elastic element abuts against the measuring body , and the other end thereof is connected with the mounting frame , so that the measuring wheel can move in the axial direction of the elastic element and roll along the skin, wherein the spatial coordinate acquisition device is provided on the mounting frame , the spatial coordinate acquisition device is opposite to the position of the measuring wheel , and the spatial coordinate acquisition device comprises a triaxial angle sensor. wherein the measuring wheel is provided at one end of the measuring body , at least four balance wheels are symmetrically provided in rows at both sides of the measuring wheel and are all connected with the measuring body , the first detection device and the spatial coordinate acquisition device are both connected with the control device, the first detection device is configured to detect the movement of the measuring wheel , and the spatial coordinate acquisition device is configured to detect a spatial angle value, wherein the spine measuring device further comprises a mounting frame and an elastic element , the mounting frame is provided at one end of the measuring body , the measuring wheel is installed on the mounting frame , the elastic element is provided in the measuring body , one end of the elastic element abuts against the measuring body , and the other end thereof is connected with the mounting frame , so that the measuring wheel can move in the axial direction of the elastic element and roll along the skin, wherein the spatial coordinate acquisition device is provided on the mounting frame , the spatial coordinate acquisition device is opposite to the position of the measuring wheel , and the spatial coordinate acquisition device comprises a triaxial angle sensor.
A method for controlling participation of a miner in a computation of a block for a message to be added to a blockchain in a blockchain network, the miner being configured to perform block computation for messages of one or more security levels available in the blockchain network, the method being performed by the miner and comprising: receiving (S308) the message; checking (S310) whether a security level indication associated with the message matches one of the one or more security levels configured for the miner to determine whether the miner is to participate in the computation of the block for the message; and starting (S312) to compute the block for the message if it is determined that the miner is to participate in the computation of the block for the message, wherein the security level indication associated with the message corresponds to a level of sensitivity of data included in the message. receiving (S308) the message; checking (S310) whether a security level indication associated with the message matches one of the one or more security levels configured for the miner to determine whether the miner is to participate in the computation of the block for the message; and starting (S312) to compute the block for the message if it is determined that the miner is to participate in the computation of the block for the message, wherein the security level indication associated with the message corresponds to a level of sensitivity of data included in the message.
Electronic assembly for an automotive lighting device , the electronic assembly comprising a single power input ; a single communication input , intended to provide bi-directional communication with a control centre; a main driver element , comprising driver inputs arranged in direct bi-directional communication with the communication input and further comprising driver discrete outputs ; a first group of high power light sources , electrically fed by the single power input , a first power unit arranged between one of the driver discrete output and the first group of high power light sources , a second group of light sources electrically fed by the single power input , a third group of high power light sources electrically fed by the single power input and a second power unit arranged between another one of the driver discrete output and the third group of high power light sources , wherein the main driver element comprises a hardware finite-state machine configured to provide a bi-directional communication between the communication input and the first power unit , the electronic assembly being characterized in that the main driver element further comprises driver low current outputs and wherein the second group of light sources are directly connected to the driver low current outputs a single power input ; a single communication input , intended to provide bi-directional communication with a control centre; a main driver element , comprising driver inputs arranged in direct bi-directional communication with the communication input and further comprising driver discrete outputs ; a first group of high power light sources , electrically fed by the single power input , a first power unit arranged between one of the driver discrete output and the first group of high power light sources , a second group of light sources electrically fed by the single power input , a third group of high power light sources electrically fed by the single power input and a second power unit arranged between another one of the driver discrete output and the third group of high power light sources , wherein the main driver element comprises a hardware finite-state machine configured to provide a bi-directional communication between the communication input and the first power unit , the electronic assembly being characterized in that the main driver element further comprises driver low current outputs and wherein the second group of light sources are directly connected to the driver low current outputs
Vehicle identification means , in particular vehicle registration number plate having a registration number plate body which has at least one inscription space , and having at least one inscription which is assigned to the inscription space of the registration number plate body , wherein at least one NFC transponder which can be read out in a contactless fashion and has the purpose of near-field communication is assigned to the registration number plate body , having a data carrier and an antenna , and wherein the registration number plate body is covered with a protective cover , characterized in that the registration number plate body has a breakthrough , above which the antenna of the NFC transponder is at least partially arranged, wherein the antenna includes a rectangular or a round or circular surface, and a side edge of this surface corresponds in its length or a circumference of this surface in its diameter , at maximum to a length of the breakthrough , wherein the antenna is arranged at any desired position in the breakthrough , wherein at least two partial regions of the antenna which lie opposite one another are arranged over the breakthrough (16, 23 and at least two further partial regions of the antenna are arranged outside of the breakthrough .
A brush assembly for a floor cleaning apparatus, the brush assembly comprising: a body portion rotatably mountable to an underside of a floor cleaning apparatus; a plurality of bristles disposed around the edge of the body portion, said plurality of bristles being configured to engage a surface to be cleaned; and characterized by further comprising a plurality of floor engaging members projecting from the underside of the body portion, each said floor engaging member being capable of frictionally engaging the surface on which the brush assembly is disposed to cause rotation of the body portion as the brush assembly is moved along said surface, wherein each said floor engaging member comprises an elastomeric finger. a body portion rotatably mountable to an underside of a floor cleaning apparatus; a plurality of bristles disposed around the edge of the body portion, said plurality of bristles being configured to engage a surface to be cleaned; and characterized by further comprising a plurality of floor engaging members projecting from the underside of the body portion, each said floor engaging member being capable of frictionally engaging the surface on which the brush assembly is disposed to cause rotation of the body portion as the brush assembly is moved along said surface, wherein each said floor engaging member comprises an elastomeric finger.
A monolithic integrated isolator device comprising: a single silicon substrate ; a first isolator component and a second isolator component positioned over the single silicon substrate; a third isolator component positioned over the first isolator component; a fourth isolator component positioned over the second isolator component; and at least one conductor connecting the third isolator component to the fourth isolator component. a single silicon substrate ; a first isolator component and a second isolator component positioned over the single silicon substrate; a third isolator component positioned over the first isolator component; a fourth isolator component positioned over the second isolator component; and at least one conductor connecting the third isolator component to the fourth isolator component.
An anti-fibrosis composition for use in preventing or treating fibrosis, comprising: at least one peptide effective in inhibiting fibrosis and selected from the group consisting of SEQ ID NO: 1 and a variant thereof in which one, two or three amino acids are modified, wherein, in the variant, the amino acids are modified by conservative amino acid substitution.
Door for a motor vehicle having a door reinforcing bar , comprising a door framework , static-linking means for connecting the bar to the framework in an initial configuration, comprising dynamic-linking means for connecting the bar to the framework in a deformed configuration of the door framework, said dynamic-linking means comprising at least one longitudinal stop , which extends opposite the front end portion of the bar in order to counter the transverse displacement thereof during a frontal impact, the framework comprising a box surmounted by a frame , which is intended for receiving a glazing element, a hinges reinforcement and a fastening reinforcement for fastening a rear-view mirror, the hinges reinforcement being fastened to the box , in particular at the front transverse edge thereof, and to the frame , in particular at a front lower end zone , characterized in that the stop is produced directly in the hinges reinforcement by stamping.
Use of an effective amount of phosphatase and tensin homolog (PTEN) lipid phosphatase inhibiting peptide for the manufacture of a medicament for regenerating nerve or attenuating degeneration of nerve at a site of nerve injury or an area near an injured nerve, wherein the peptide is a PTEN peptide or fragment thereof in which phosphorylation site is modified such that a serine in the phosphorylation site is phosphorylated, wherein the peptide is a fragment of a peptide of phosphorylation site and wherein the peptide further comprises an amino acid sequence selected from SEQ ID No. 3 to 6 to cause increased membrane permeability.
A fabric comprising sessile organisms, characterised in that it contains spores of urease-producing cells.
A method of measuring an object using a coordinate measuring machine , CMM, having a CMM probe and a CMM accuracy, the object having a plurality of portions, the method comprising: - providing a portable jogbox with a 3D scanner having a scanner accuracy, the scanner being distinct from the CMM probe ; - positioning the object on the CMM ; - using the 3D scanner , scanning the object to produce scan data of the object; - measuring a first portion of the object using the scan data; and - measuring a second portion of the object using the CMM probe , the second portion being different from the first portion, the CMM accuracy being more accurate than the scanner accuracy. - providing a portable jogbox with a 3D scanner having a scanner accuracy, the scanner being distinct from the CMM probe ; - positioning the object on the CMM ; - using the 3D scanner , scanning the object to produce scan data of the object; - measuring a first portion of the object using the scan data; and - measuring a second portion of the object using the CMM probe , the second portion being different from the first portion,
A computer-implemented method for controlling a hydrocarbon production system, comprising: determining , with a hydrocarbon production system control system, a first estimate of a prior fluid volume change, i.e., "FVC," detectability probability map based on a plurality of reservoir data that comprises four-dimensional, i.e., "4D," seismic data of a subterranean reservoir, wherein the first estimate of the prior FVC detectability probability map is determined exclusive of seismic data noise conditions, and wherein at each position of the map, a distribution of FVC values is approximated by a parametric distribution; determining , with the hydrocarbon production system control system, a second estimate of the prior FVC detectability probability map under seismic data noise conditions; determining , with the hydrocarbon production system control system, an updated detectable FVC probability based on the 4D seismic data, wherein determining the updated detectable FVC probability based on the 4D seismic data comprises evaluating a plurality of conditional probabilities; determining , with the hydrocarbon production system control system, an updated FVC probability based on the updated detectable FVC probability and the first and second estimates of the prior FVC detectability probability maps; and generating , with the hydrocarbon production system control system, a control instruction for at least one of a fluid injection system or a hydrocarbon production assembly based on the updated FVC probability. determining , with a hydrocarbon production system control system, a first estimate of a prior fluid volume change, i.e., "FVC," detectability probability map based on a plurality of reservoir data that comprises four-dimensional, i.e., "4D," seismic data of a subterranean reservoir, wherein the first estimate of the prior FVC detectability probability map is determined exclusive of seismic data noise conditions, and wherein at each position of the map, a distribution of FVC values is approximated by a parametric distribution; determining , with the hydrocarbon production system control system, a second estimate of the prior FVC detectability probability map under seismic data noise conditions; determining , with the hydrocarbon production system control system, an updated detectable FVC probability based on the 4D seismic data, wherein determining the updated detectable FVC probability based on the 4D seismic data comprises evaluating a plurality of conditional probabilities; determining , with the hydrocarbon production system control system, an updated FVC probability based on the updated detectable FVC probability and the first and second estimates of the prior FVC detectability probability maps; and generating , with the hydrocarbon production system control system, a control instruction for at least one of a fluid injection system or a hydrocarbon production assembly based on the updated FVC probability.