mhurhangee/ep-ind-claims huggingface dataset:
A method of determining the absolute position of at least one target object point in a scene, the method using a series of images of the scene with overlapping fields of view captured by a camera in positions arranged in at least two dimensions across the scene and position data representing the absolute positions of the camera on capture of the respective images, the method comprising: analysing the images to identify sets of image points in plural images of the series of images corresponding to common object points in the scene; and performing a bundle adjustment on the identified sets of image points that estimates parameters representing the positions of the object points relative to the positions of the camera on capture of the respective images taking into account the absolute positions of the camera represented by the position data as a prior without deriving estimates of the positions of the camera, and without using input orientation data measured by a sensor associated with the camera representing the orientation of the camera on capture of the images to set initial estimates of the orientations of the camera on capture of the respective images, and deriving the absolute position of the target object point on the basis of the results of the bundle adjustment referenced by the absolute positions of the camera on capture of the respective images represented by the position data, wherein: the bundle adjustment also estimates parameters representing the orientations of the camera in respect of each image; and the bundle adjustment estimates parameters representing the intrinsic properties of the camera. analysing the images to identify sets of image points in plural images of the series of images corresponding to common object points in the scene; and performing a bundle adjustment on the identified sets of image points that estimates parameters representing the positions of the object points relative to the positions of the camera on capture of the respective images taking into account the absolute positions of the camera represented by the position data as a prior without deriving estimates of the positions of the camera, and without using input orientation data measured by a sensor associated with the camera representing the orientation of the camera on capture of the images to set initial estimates of the orientations of the camera on capture of the respective images, and deriving the absolute position of the target object point on the basis of the results of the bundle adjustment referenced by the absolute positions of the camera on capture of the respective images represented by the position data, the bundle adjustment also estimates parameters representing the orientations of the camera in respect of each image; and the bundle adjustment estimates parameters representing the intrinsic properties of the camera.
Portable power tool having a shiftable transmission for driving a drive shaft, said transmission being arranged in a transmission housing and being shiftable at least between a first gear and a second gear via a shift member, wherein the shift member is assigned a pivotably mounted actuating element which is configured as a bistable spring element and is arranged at least partially in the region between the shift member and the transmission housing, wherein the bistable spring element is actuable to shift gears and has a stable shift setting in at least one shifting position of the shift member, said shifting position being assigned to the first or second gear, and has an unstable setting in an intermediate position of the shift member, said intermediate position being arranged between shifting positions, assigned to the first and second gears, of the shift member, characterized in that a bearing element, configured in the form of a bearing plate, for mounting the bistable spring element in a pivotable manner is arranged in the transmission housing, wherein the bearing element has an annular carrier.
An exercise assisting device comprising a table shape body onto which a user can step, a main body which supports the table shape body from below and a hold body which is arranged on the main body; and the hold body is adapted to hold a trunk of the user who steps on the table shape body and whose gravity center is positioned forward from a step position of the user; the exercise assisting device regulates a forward inclination of the user while moving relatively the table shape body and the hold body relative to the main body; and the table shape body is pivotally supported to swing freely upward and downward relative to the main body; the hold body is pivotally supported to swing freely forward and backward relative to the main body, and the hold body abuts from the front and holds the trunk of the user; the exercise assisting device converts the upward and downward swinging of the table shape body into the forward and backward swinging of the hold body and regulates the forward inclination of the user by a link body which pivotally connects the table shape body and the hold body, and which is pivotally supported to swing freely relative to the main body.
Device for positioning at least one functional element having a hub for a shaft, particularly a cam, in a predefined angular position on the shaft, the device comprising at least one holder intended for a functional element, characterised in that - a tailstock is provided for coaxially aligning the shaft in relation to the hub of the at least one functional element, - the tailstock comprises a centring cone for the shaft, said cone being axially displaceable in relation to the tailstock, and expandable centring elements for centring the functional element, the centring cone being coupled to the centring elements such that, when the centring cone is displaced axially, the centring elements are moved in a radial direction, - in an extended position the centring elements assume a defined position against the hub in the functional element, - a movable guide block for the shaft is provided. - a tailstock is provided for coaxially aligning the shaft in relation to the hub of the at least one functional element, - the tailstock comprises a centring cone for the shaft, said cone being axially displaceable in relation to the tailstock, and expandable centring elements for centring the functional element, the centring cone being coupled to the centring elements such that, when the centring cone is displaced axially, the centring elements are moved in a radial direction, - in an extended position the centring elements assume a defined position against the hub in the functional element, - a movable guide block for the shaft is provided.
A durable and compactly structured tyre changer, comprising a clamp plate structure, two side clamp plates of the clamp plate structure being correspondingly provided with two arc-shaped guide slots for a tyre remover, the two guide slots guiding the tyre remover to slide between the rim flange and the tyre bead, the two guide slots for the tyre remover being vertically arrayed; the tyre remover being located between the two side clamp plates; the upper end of the clamp plate structure being provided with a support body, and the upper end of the support body is connected to the lower end of a vertical actuator body of the tyre remover; characterized in that the upper end of the tyre remover is provided with a first pin shaft; the first pin shaft is sleeved with a first roller; the first roller is engaged with the upper guide slots for the tyre remover; the middle part of the tyre remover is provided with a second pin shaft; the second pin shaft is sleeved with a second roller; and the second roller is engaged with the lower guide slots for the tyre remover.
A liquid droplet discharge head comprising a reservoir comprising a slit portion through which a flexible substrate is extracted outward, wherein a closing member (100, 400) is disposed in the slit portion, and a sealing resin is disposed on the closing member (100, 400), characterized in that the closing member has a rod shape along a shape of the slit portion and comprises a convex structure portion (HBP_400) having a substantially semicircular cross-section raised upward in a longitudinal direction of the closing member (100, 400). a reservoir comprising a slit portion through which a flexible substrate is extracted outward, wherein a closing member (100, 400) is disposed in the slit portion, and a sealing resin is disposed on the closing member (100, 400), characterized in that the closing member has a rod shape along a shape of the slit portion and comprises a convex structure portion (HBP_400) having a substantially semicircular cross-section raised upward in a longitudinal direction of the closing member (100, 400).
A method for preparing a knockout cell of CMP-acetylneuraminic acid hydroxylase comprising performing a transfection of a zinc-finger nuclease vector and a CMP-acetylneuraminic acid hydroxylase targeting vector comprising CMP-acetylneuraminic acid hydroxylase 5' arm, PGKneopolyA, and CMP-acetylneuraminic acid hydroxylase 3' arm in sequential order, wherein the CMP-acetylneuraminic acid hydroxylase 5' arm consists of a nucleotide sequence described in SEQ ID NO: 1, wherein the PGKneopolyA consists of a nucleotide sequence described in SEQ ID NO: 2, and wherein the CMP-acetylneuraminic acid hydroxylase 3' arm consists of a nucleotide sequence described in SEQ ID NO: 3 into cells.
Method for determining a density (p) of a harvested material by means of a radar sensor system, wherein - penetrating radar signals are transmitted into the compacted harvested material from a transmitting unit of the radar sensor system, and - the radar signals reflected by the compacted harvested material are received by a receiving unit of the radar sensor system, characterized in that - a permittivity (ε) of the harvested material is determined as a function of the received reflected radar signals in an evaluation unit, and - the density (ρ) of the harvested material is determined as a function of the determined permittivity (ε) in a signal processing unit. - penetrating radar signals are transmitted into the compacted harvested material from a transmitting unit of the radar sensor system, and - the radar signals reflected by the compacted harvested material are received by a receiving unit of the radar sensor system, characterized in that - a permittivity (ε) of the harvested material is determined as a function of the received reflected radar signals in an evaluation unit, and - the density (ρ) of the harvested material is determined as a function of the determined permittivity (ε) in a signal processing unit.
A cleaning product comprising a spray dispenser and a cleaning composition suitable for spraying and foaming, the composition housed in the spray dispenser wherein the composition comprises: i) from 5 to 15% by weight of the composition of a surfactant system; and ii) from 0.1 to 10% by weight of the composition of an alcohol selected from the group consisting of C4-C6 linear mono-alcohols; branched C4-C10 mono-alcohols having one or more C1-C4 branching groups wherein the branched C4-C10 mono-alcohols having one or more C1-C4 branching groups is selected from: methyl butanol, ethyl butanol, methyl pentanol, ethyl pentanol, methyl hexanol, ethyl hexanol, propyl hexanol, dimethyl hexanol, trimethyl hexanol, methyl hepanol, ethyl heptanol, propyl heptanol, dimethyl heptanol, trimethyl heptanol, methyl octanol, ethyl octanol, propyl octanol, butyl octanol, dimethyl octanol, trimethyl octanol, methyl nonanol, ethyl nonanol, propyl nonanol, butyl nonanol, dimethyl nonanol and trimethyl nonanol, and mixtures thereof; alkyl mono-glycerols; and mixtures thereof, wherein the alcohol comprises a C4-C6 linear mono-alcohol selected from the group consisting of pentanol, hexanol and mixtures thereof, or wherein the alcohol comprises an alkyl mono-glycerol. i) from 5 to 15% by weight of the composition of a surfactant system; and ii) from 0.1 to 10% by weight of the composition of an alcohol selected from the group consisting of C4-C6 linear mono-alcohols; branched C4-C10 mono-alcohols having one or more C1-C4 branching groups wherein the branched C4-C10 mono-alcohols having one or more C1-C4 branching groups is selected from: methyl butanol, ethyl butanol, methyl pentanol, ethyl pentanol, methyl hexanol, ethyl hexanol, propyl hexanol, dimethyl hexanol, trimethyl hexanol, methyl hepanol, ethyl heptanol, propyl heptanol, dimethyl heptanol, trimethyl heptanol, methyl octanol, ethyl octanol, propyl octanol, butyl octanol, dimethyl octanol, trimethyl octanol, methyl nonanol, ethyl nonanol, propyl nonanol, butyl nonanol, dimethyl nonanol and trimethyl nonanol, and mixtures thereof; alkyl mono-glycerols; and mixtures thereof, wherein the alcohol comprises a C4-C6 linear mono-alcohol selected from the group consisting of pentanol, hexanol and mixtures thereof, or wherein the alcohol comprises an alkyl mono-glycerol.
A method performed by a control unit for controlling flooding of at least part of an energy storage space, wherein the energy storage space comprises at least one Energy Storage System, ESS,, the method comprising: detecting that a critical condition associated with the at least one ESS is present; when the critical condition has been detected, initiating flooding of at least part of the energy storage space with a fluid from a reservoir; and controlling the flooding of the energy storage space such that the at least one ESS is submersed to a submersion level where the critical condition is no longer a safety concern; characterized in that the method comprises: monitoring temperature of the fluid flooding into the energy storage space to detect if the temperature is above a temperature threshold; and initiating draining of the fluid from the energy storage space if the temperature is above the temperature threshold, wherein the flooding of the at least part of the energy storage space continues at the same time as the draining takes place. detecting that a critical condition associated with the at least one ESS is present; when the critical condition has been detected, initiating flooding of at least part of the energy storage space with a fluid from a reservoir; and controlling the flooding of the energy storage space such that the at least one ESS is submersed to a submersion level where the critical condition is no longer a safety concern; characterized in that the method comprises: monitoring temperature of the fluid flooding into the energy storage space to detect if the temperature is above a temperature threshold; and initiating draining of the fluid from the energy storage space if the temperature is above the temperature threshold, wherein the flooding of the at least part of the energy storage space continues at the same time as the draining takes place. monitoring temperature of the fluid flooding into the energy storage space to detect if the temperature is above a temperature threshold; and initiating draining of the fluid from the energy storage space if the temperature is above the temperature threshold, wherein the flooding of the at least part of the energy storage space continues at the same time as the draining takes place.
A method comprising: executing, by a processing unit, a first work-item, wherein the first work-item corresponds to a first subgroup, wherein the processing unit includes one or more compute units (24-1, 24-N), wherein each of the one or more compute units includes one or more processing elements (26A-1, 26A-N, 26B-1, 26B-N) for executing work-items, wherein the processing unit includes a local memory accessible by each of the one or more compute units, and wherein the processing unit includes one or more private memory spaces (28A-1, 28A-N, 28B-1, 28B-N) respectively accessible by the one or more processing elements (26A-1, 26A-N, 26B-1, 26B-N); executing, by the processing unit, a second work-item, wherein the second work-item corresponds to a second subgroup; executing, by the processing unit, a first barrier that synchronizes each work-item of the first subgroup and each work-item of the second subgroup; performing, by the processing unit, using the one or more private memory spaces (28A-1, 28A-N, 28B-1, 28B-N), once each work-item of the first subgroup and each work-item of the second subgroup are synchronized by the first barrier, an inter-subgroup data transfer between the first subgroup and the second subgroup; and executing, by the processing unit, a second barrier that synchronizes each work-item of the first subgroup and each work-item of the second subgroup to ensure the inter-subgroup data transfer is complete before allowing each work-item of the first subgroup and each work-item of the second subgroup to proceed past the second barrier. executing, by a processing unit, a first work-item, wherein the first work-item corresponds to a first subgroup, wherein the processing unit includes one or more compute units (24-1, 24-N), wherein each of the one or more compute units includes one or more processing elements (26A-1, 26A-N, 26B-1, 26B-N) for executing work-items, wherein the processing unit includes a local memory accessible by each of the one or more compute units, and wherein the processing unit includes one or more private memory spaces (28A-1, 28A-N, 28B-1, 28B-N) respectively accessible by the one or more processing elements (26A-1, 26A-N, 26B-1, 26B-N); executing, by the processing unit, a second work-item, wherein the second work-item corresponds to a second subgroup; executing, by the processing unit, a first barrier that synchronizes each work-item of the first subgroup and each work-item of the second subgroup; performing, by the processing unit, using the one or more private memory spaces (28A-1, 28A-N, 28B-1, 28B-N), once each work-item of the first subgroup and each work-item of the second subgroup are synchronized by the first barrier, an inter-subgroup data transfer between the first subgroup and the second subgroup; and executing, by the processing unit, a second barrier that synchronizes each work-item of the first subgroup and each work-item of the second subgroup to ensure the inter-subgroup data transfer is complete before allowing each work-item of the first subgroup and each work-item of the second subgroup to proceed past the second barrier.
A media sheet drive comprising a continuous belt of a dielectric material for transporting sheet media supported on the belt in a transport direction, a launch mechanism to launch a sheet medium onto a top surface of the belt, a charging circuit including a charging head for charging a top surface of the sheet medium as the sheet medium is launched, thereby to generate a tacking force to tack the sheet medium to the belt, the charging head comprising a conductive roller extending transverse of the transport direction, wherein the media sheet drive further comprises a drive applied to the roller to modify a drive to the roller resulting from the roller engagement with the belt, and wherein the applied drive is a reverse drive in a direction opposite to the belt transport direction.
A sensor of position and/or speed of a movable, this sensor comprising: - at least one excitation inductor suitable for inducing a magnetic excitation field as a function of an excitation current or voltage of this inductor, - at least one target made of conducting or magnetic material suitable for modifying as a function of its position the magnetic excitation field, this target being secured to the movable part, - at least one first transducer suitable for transforming the magnetic field modified by the target into an electrical measurement signal, and - a first estimator intended to estimate, on completion of an observation period T obs, at least the position of the target on the basis of the electrical measurement signal and of the excitation current and/or voltage, characterized in that the estimator is adapted to establish at least the estimate of the position as a function of a model of displacement of the target during the observation period T obs, this model linking the position X of the target at an instant t included in the observation period T obs to at least the position and the speed of the target at the end of the observation period, and being defined by the following relation: X t = g X 0, ∂ X ∂ t 0,... ∂ i X ∂ t i 0, t where: - X(t) is the position of the target at the instant t belonging to the observation period [-T obs;0]; - g is the displacement model; - X 0, ∂ X ∂ t 0,... ∂ i X ∂ t i 0 correspond respectively to the position, the speed, the second derivative,..., the i th derivative of the position at the instant t=0, that is to say at the end of the observation period, - and of N samples of the electrical measurement signal and of N samples of excitation current and/or voltage, these samples being taken during the observation period T obs and N being an integer greater than two. - at least one excitation inductor suitable for inducing a magnetic excitation field as a function of an excitation current or voltage of this inductor, - at least one target made of conducting or magnetic material suitable for modifying as a function of its position the magnetic excitation field, this target being secured to the movable part, - at least one first transducer suitable for transforming the magnetic field modified by the target into an electrical measurement signal, and - a first estimator intended to estimate, on completion of an observation period T obs, at least the position of the target on the basis of the electrical measurement signal and of the excitation current and/or voltage, - X(t) is the position of the target at the instant t belonging to the observation period [-T obs;0]; - g is the displacement model; - X 0, ∂ X ∂ t 0,... ∂ i X ∂ t i 0 correspond respectively to the position, the speed, the second derivative,..., the i th derivative of the position at the instant t=0, that is to say at the end of the observation period, - and of N samples of the electrical measurement signal and of N samples of excitation current and/or voltage, these samples being taken during the observation period T obs and N being an integer greater than two.
A multi-part kit comprising as a first part a foamable stabilized aqueous suspension for the production of inorganic-organic hybrid foams and as a second part a curing activator for the foamable stabilized aqueous suspension, wherein the foamable stabilized aqueous suspension comprises a) an inhibited hydraulic binder selected from calcium aluminate cement, calcium sulfoaluminate cement and mixtures thereof, the hydraulic binder being inhibited by means of a setting inhibitor selected from boric acid, oxygen acids of phosphorus and salts thereof; b) an organic binder; and c) a foam former; and the curing activator is an alkalizing agent. a) an inhibited hydraulic binder selected from calcium aluminate cement, calcium sulfoaluminate cement and mixtures thereof, the hydraulic binder being inhibited by means of a setting inhibitor selected from boric acid, oxygen acids of phosphorus and salts thereof; b) an organic binder; and c) a foam former;
A washing or cleaning agent, containing a rhamnolipid and an N-containing polymer, which is selected from the group consisting of alkoxylated polyamine and the polymers that are obtainable by polymerizing N-vinylcaprolactam, N-vinylpyrrolidone, N-vinylimidazole, N-vinylpiperidone, N-vinylsuccinimide, N-vinyl glutarimide, N-vinylacetamide, N-alkyl-N-vinylacetamide, N-vinylformamide, N-alkyl-N-vinylformamide and/or mixtures of at least two of these monomers, and mixtures of said polymers.
Tyre inflation device for a vehicle, with an air compressor which is connected by means of an air supply line to the volume of air in the tyres of the vehicle wheel, wherein the vehicle wheel is fastened to a rotatably mounted wheel hub, characterised in that the air compressor is arranged on a cover fastened non-rotatably on the wheel hub, and that the cover closes off the rotary bearing towards the outside of the vehicle, wherein the air compressor is arranged in a compressor housing which is fastened to the cover from outside the vehicle.