mhurhangee/ep-ind-claims huggingface dataset:
Rotating electric machine with a stator and a rotor which is rotatable about an axis of rotation relative to the stator, wherein - the rotor has a ring-shaped reaction element, which runs along a reaction element circle about the axis of rotation and has a number of magnetizable regions arranged in series along the reaction element circle, wherein a non-magnetic region is arranged between two adjacent magnetizable regions in each case, - the stator has at least one segment pair of two active part segments (7, 9), between which a circular arc of the reaction element circle runs, wherein a first active part segment of each segment pair has a number of electromagnets arranged in series along the course of the circular arc and the second active part segment of the segment pair has a number of permanent magnets arranged in series along the course of the circular arc and - the electromagnets and the permanent magnets are arranged in active part segments (7, 9), which are arranged in each case only in a sub region of the reaction element circle. - the rotor has a ring-shaped reaction element, which runs along a reaction element circle about the axis of rotation and has a number of magnetizable regions arranged in series along the reaction element circle, wherein a non-magnetic region is arranged between two adjacent magnetizable regions in each case, - the stator has at least one segment pair of two active part segments (7, 9), between which a circular arc of the reaction element circle runs, wherein a first active part segment of each segment pair has a number of electromagnets arranged in series along the course of the circular arc and the second active part segment of the segment pair has a number of permanent magnets arranged in series along the course of the circular arc and - the electromagnets and the permanent magnets are arranged in active part segments (7, 9), which are arranged in each case only in a sub region of the reaction element circle.
Method of controlling a gear cutting machine having at least one tool for cutting gears into a workpiece clamped in a workpiece mount, wherein the machine control carries out a three-dimensional collision monitoring during the gear cutting machining process, characterized in that the collision monitoring is active during a CNC controlled gear cutting process and during a workpiece change and/or during a tool change and a predictive collision monitoring takes place in that future movement parameters of the machine components are monitored for collisions, wherein future movement parameters are derived from the program code of the machine control.
A method of laminating a transfer layer to a substrate comprising: providing a transfer layer on a carrier layer; selectively removing portions of the transfer layer from the carrier layer using an adhesive panel comprising: heating portions of the adhesive panel corresponding to the portions of the transfer layer; and transferring the portions of the transfer layer from the carrier layer to the adhesive panel; transferring a transfer section of the transfer layer from the carrier layer to a surface of a substrate comprising fracturing the transfer layer along an edge of the transfer section. providing a transfer layer on a carrier layer; selectively removing portions of the transfer layer from the carrier layer using an adhesive panel comprising: heating portions of the adhesive panel corresponding to the portions of the transfer layer; and transferring the portions of the transfer layer from the carrier layer to the adhesive panel; heating portions of the adhesive panel corresponding to the portions of the transfer layer; and transferring the portions of the transfer layer from the carrier layer to the adhesive panel; transferring a transfer section of the transfer layer from the carrier layer to a surface of a substrate comprising fracturing the transfer layer along an edge of the transfer section.
A support unit of a vacuum packaging machine, comprising a. a bearing plate, b. a supporting means arranged below the bearing plate, said supporting means having i. a base plate, ii. a frame placed onto the base plate or framing the latter, iii. supporting struts which are arranged in the frame and on which the bearing plate rests, c. a first vacuum connector for connection to a vacuum pump of the vacuum packaging machine for evacuating a chamber on an upper side of the bearing plate facing away from the supporting means, which chamber can be closed in an airtight manner by a cover of the vacuum packaging machine, wherein d. the first vacuum connector passes through the supporting means and is received in an opening of the bearing plate, and e. the supporting means has a second vacuum connector or a second opening of the first vacuum connector opens into the supporting means, through which the interior space enclosed by the supporting means and the bearing plate can be evacuated. a. a bearing plate, b. a supporting means arranged below the bearing plate, said supporting means having i. a base plate, ii. a frame placed onto the base plate or framing the latter, iii. supporting struts which are arranged in the frame and on which the bearing plate rests, i. a base plate, ii. a frame placed onto the base plate or framing the latter, iii. supporting struts which are arranged in the frame and on which the bearing plate rests, c. a first vacuum connector for connection to a vacuum pump of the vacuum packaging machine for evacuating a chamber on an upper side of the bearing plate facing away from the supporting means, which chamber can be closed in an airtight manner by a cover of the vacuum packaging machine, d. the first vacuum connector passes through the supporting means and is received in an opening of the bearing plate, and e. the supporting means has a second vacuum connector or a second opening of the first vacuum connector opens into the supporting means, through which the interior space enclosed by the supporting means and the bearing plate can be evacuated.
Motor control system for determining an operating point for controlling an electric motor in an electric system comprising a battery and an electronic control unit, characterized in that the motor control system comprises: - a calibrator having an input for receiving a battery voltage (U bat) of the battery, a motor speed (ω e) and a requested torque of the electric motor, the calibrator being configured to calculate a modified speed (ω e *) based on the received battery voltage (U bat), the motor speed (ω e) and the requested torque, and - an operating point controller having an input for receiving a fixed battery voltage reference (U ref), the modified speed (ω e *) and the requested torque, the operating point controller being configured for determining the operating point for controlling the electric motor based on the received fixed battery voltage reference (U ref), the modified speed (ω e *) and the requested torque. - a calibrator having an input for receiving a battery voltage (U bat) of the battery, a motor speed (ω e) and a requested torque of the electric motor, the calibrator being configured to calculate a modified speed (ω e *) based on the received battery voltage (U bat), the motor speed (ω e) and the requested torque, and - an operating point controller having an input for receiving a fixed battery voltage reference (U ref), the modified speed (ω e *) and the requested torque, the operating point controller being configured for determining the operating point for controlling the electric motor based on the received fixed battery voltage reference (U ref), the modified speed (ω e *) and the requested torque.
Photovoltaic panel comprising a plurality of optical concentration systems arranged mutually side-by-side and having a respective optical input and a respective optical output, and a plurality of photovoltaic cells respectively arranged at the optical outputs, wherein a respective portion of space outside the concentration systems is delimited by at least two adjacent optical concentration systems and by a plane passing through said two respective optical outputs, characterized in that the panel comprises, arranged in said portion of space, at least one portion of a storage device of electric energy produced by said photovoltaic cells.
Spray nozzle for a dishwasher, in particular household dishwasher, which is configured to generate, from an overall volume flow, at least two partial volume flows (3, 4) with different directional vectors (5, 6), which converge to form a fan spray jet, wherein the spray nozzle comprises a flow duct for generating the at least two partial volume flows (3, 4), and an exit opening, wherein the at least two partial volume flows (3, 4) converge at or after the exit opening, characterised in that the spray nozzle furthermore comprises a base body, which at least in sections has the shape of a truncated pyramid, which is penetrated by the flow duct and which has a top surface that is formed by a recess, wherein the exit opening is formed in at least one surface (42, 43) that delimits the recess.
Method for operating a centrifuge container for a laboratory centrifuge wherein the centrifuge container comprises a RFID-device and a storage unit is provided for storing at least one operational parameter, characterized in that a number of operating cycles which have been imposed on the centrifuge container is stored on the storage unit.
Method for detecting a change in a tread of a tyre, comprising the following steps: - providing a tyre of a vehicle, wherein the tyre has an inner tyre surface; - providing an acceleration measuring device, wherein the acceleration measuring device is intended for detecting an acceleration; - arranging the acceleration measuring device on an attachment area of the inner tyre surface of the tyre; - detecting radial accelerations of the acceleration measuring device by means of the acceleration measuring device at different points in time; - detecting a speed of the vehicle; - providing a processing unit; - transmitting the measured radial accelerations and the speed of the vehicle to the processing unit; - providing a memory device; - storing and further processing the radial accelerations and the speeds associated with them in the memory device, wherein the radial accelerations are assigned to a speed range of the vehicle at which the tyre is used and, in a further step, the radial accelerations of the speed range are compared with one another, wherein a change in a tread of the tyre is determined on the basis of the comparison of the radial accelerations, characterized in that the radial accelerations are respectively measured at a point in time at which a further area of the inner tyre surface, which is opposite the attachment area of the inner tyre surface, is in a ground passing phase. - providing a tyre of a vehicle, wherein the tyre has an inner tyre surface; - providing an acceleration measuring device, wherein the acceleration measuring device is intended for detecting an acceleration; - arranging the acceleration measuring device on an attachment area of the inner tyre surface of the tyre; - detecting radial accelerations of the acceleration measuring device by means of the acceleration measuring device at different points in time; - detecting a speed of the vehicle; - providing a processing unit; - transmitting the measured radial accelerations and the speed of the vehicle to the processing unit; - providing a memory device; - storing and further processing the radial accelerations and the speeds associated with them in the memory device, wherein the radial accelerations are assigned to a speed range of the vehicle at which the tyre is used and, in a further step, the radial accelerations of the speed range are compared with one another, wherein a change in a tread of the tyre is determined on the basis of the comparison of the radial accelerations,
A tissue collection device for collection of one or more tissue samples from a tissue compartment of a biopsy needle, the tissue collection device including a biopsy needle support arrangement adapted to support a biopsy needle so that a tissue compartment extending in a longitudinal direction in the biopsy needle may be located at a collection position, and the tissue collection device including a carrier medium adapted to adhere to and carry a tissue sample deposited thereon, the carrier medium including or being formed by a paper material, the tissue collection device being adapted to advance a carrier medium holder after each deposition of a tissue sample on a part of the carrier medium, so that the deposited tissue sample is moved away on said part of the carrier medium from a deposition position and a fresh part of the carrier medium is moved to the deposition position, characterised in that the deposition position is permanently spaced from the collection position, in that the tissue collection device includes a swiping element adapted to swipe sideward relative to the longitudinal direction through the tissue compartment located at the collection position and in the direction of the deposition position in order to thereby move a tissue sample from the tissue compartment to the carrier medium and to thereby press the tissue sample onto the carrier medium so that the tissue sample is deposited on the carrier medium.
A vane for a gas turbine system, comprising: an internal cavity configured to receive a flow of cooling fluid; a variable thickness wall (62, 64, 66, 68) adjacent the internal cavity; and an impingement plate separating the variable thickness wall (62, 64, 66, 68) from the internal cavity, the impingement plate including a plurality of apertures for directing the cooling fluid into an impingement cavity and against the variable thickness wall (62, 64, 66, 68), wherein the impingement plate is configured to follow a contour of the variable thickness wall (62, 64, 66, 68); characterized in that the impingement plate has a variable thickness (T IP), wherein the thickness (T IP) of each section of the impingement plate is inversely proportional to a thickness (Tw) of an adjacent section of the variable thickness wall (62, 64, 66, 68) such that the impingement plate is thicker adjacent a thinner section of the variable thickness wall (62, 64, 66, 68) and thinner adjacent a thicker section of the variable thickness wall (62, 64, 66, 68). an internal cavity configured to receive a flow of cooling fluid; a variable thickness wall (62, 64, 66, 68) adjacent the internal cavity; and an impingement plate separating the variable thickness wall (62, 64, 66, 68) from the internal cavity, the impingement plate including a plurality of apertures for directing the cooling fluid into an impingement cavity and against the variable thickness wall (62, 64, 66, 68), wherein the impingement plate is configured to follow a contour of the variable thickness wall (62, 64, 66, 68); characterized in that the impingement plate has a variable thickness (T IP), wherein the thickness (T IP) of each section of the impingement plate is inversely proportional to a thickness (Tw) of an adjacent section of the variable thickness wall (62, 64, 66, 68) such that the impingement plate is thicker adjacent a thinner section of the variable thickness wall (62, 64, 66, 68) and thinner adjacent a thicker section of the variable thickness wall (62, 64, 66, 68).
A pharmaceutical composition that is formulated for topical application comprising a therapeutically effective amount of lopinavir and ritonavir in a pharmaceutically acceptable vehicle for use as a medicament in the treatment of cancer or benign proliferative disorders caused by human papilloma virus and wherein a subject is treated by topically applying the composition to a site on or in the subject requiring treatment.
A network control node method for adapting user equipment uplink transmission power of user equipment performing soft handover in a heterogeneous wireless telecommunication network in which at least one network access node provides a first region of radio coverage, and at least one low power network access node provides second region of radio coverage smaller than said first region of radio coverage, said method comprising: receiving a request from said user equipment to add a new network access node or low power network access node to its active set; determining whether addition of said new network access node or low power network access node will change said active set to a mixed active set including both at least one said network access node providing said first region of radio coverage and at least one said low power network access node providing said second region of radio coverage smaller than said first region of radio coverage; and, if addition of said network access node or low power network access node changes said active set to a mixed active set, transmitting an indication to said user equipment to adapt its uplink transmission power by increasing the transmission power of at least one uplink communication channel, if said request to add said new network access node or low power network access node to its active set is approved. receiving a request from said user equipment to add a new network access node or low power network access node to its active set; determining whether addition of said new network access node or low power network access node will change said active set to a mixed active set including both at least one said network access node providing said first region of radio coverage and at least one said low power network access node providing said second region of radio coverage smaller than said first region of radio coverage; and, if addition of said network access node or low power network access node changes said active set to a mixed active set, transmitting an indication to said user equipment to adapt its uplink transmission power by increasing the transmission power of at least one uplink communication channel, if said request to add said new network access node or low power network access node to its active set is approved.
An image processing apparatus for determining the number of specific objects in an image, comprising: a gray-level correction unit for: dividing an image into at least two regions including a first region that has a luminance less than a predetermined luminance value and a second region that has a luminance not less than the predetermined luminance, calculating a histogram, having a predetermined number of bins, of luminances of the image by using a first weight to be applied to frequencies of the first region and a second weight to be applied to frequencies of the second region, calculating a correction curve having an input/output characteristic inclined in proportion to frequency of each bin in the histogram, and performing a gray-level correction on the image using the correction curve, wherein the gray-level correction is performed multiple times to generate a plurality of correction curves with a different predetermined luminance value and/or different first and second weights, and to generate a plurality of images using the plurality of correction curves; a number estimation unit for estimating a number of specific objects in each of the plurality of images generated by the gray-level correction unit; and a number recording unit for selecting, as an estimate of the number of specific objects in the image, the larger number of the numbers of the specific objects estimated by the number estimation unit. dividing an image into at least two regions including a first region that has a luminance less than a predetermined luminance value and a second region that has a luminance not less than the predetermined luminance, calculating a histogram, having a predetermined number of bins, of luminances of the image by using a first weight to be applied to frequencies of the first region and a second weight to be applied to frequencies of the second region, calculating a correction curve having an input/output characteristic inclined in proportion to frequency of each bin in the histogram, and performing a gray-level correction on the image using the correction curve, wherein the gray-level correction is performed multiple times to generate a plurality of correction curves with a different predetermined luminance value and/or different first and second weights, and to generate a plurality of images using the plurality of correction curves; a number estimation unit for estimating a number of specific objects in each of the plurality of images generated by the gray-level correction unit; and a number recording unit for selecting, as an estimate of the number of specific objects in the image, the larger number of the numbers of the specific objects estimated by the number estimation unit.
A nucleic acid which comprises (a) a promoter, (b) a sequence that encodes a leader sequence and a recombinant heavy chain of an antibody and (c) a sequence that encodes a light chain of an antibody, wherein the heavy chain has at least one heterologous T cell epitope therein which disrupts the heavy chain such that the heavy chain cannot take its native conformation and associate with an antibody light chain when the nucleic acid is expressed, at least one heterologous cytotoxic T cell epitope is in the CDRH1 and/or CDRH2 of the antibody heavy chain, at least one heterologous helper T cell epitope is in the antibody light chain or is in the antibody heavy chain, and the promoter (i) has no specificity for cells in which expression is promoted or (ii) causes expression of the nucleic acid in dendritic cells.
A method of identifying whether or not an individual has Parkinson's disease and/or distinguishing between PD and another neurological disorder which is not PD, which method comprises measuring the amount of soluble α-synuclein oligomers and the total amount of α-synuclein in a cerebrospinal fluid sample taken from the individual, calculating the ratio of: amount of α - synuclein oligomers total amount of α - synuclein and thereby determining whether or not the individual has PD.
A warewash alkaline detergent composition comprising: from 40 wt. % to 90 wt. % of an alkalinity source comprising alkali metal hydroxides, alkali metal carbonates, alkali metal silicates, alkali metal metasilicates, alkali metal bicarbonates, alkali metal sesquicarbonates, or combinations thereof; from 1 wt. % to 20 wt. % of a surfactant component comprising a nonionic low foaming surfactant and a cationic quaternary surfactant, said surfactants in a ratio of greater than 1:1; from 0.1 wt. % to 10 wt. % of a defoaming nonionic surfactant; wherein the nonionic low foaming surfactant comprises RO x y x H, wherein R is C8-18 alkyl, PO represents propylene oxide; EO represents ethylene oxide; x is 0-8 and y is 1-20; and wherein the defoaming nonionic surfactant comprises RO- x y z wherein R is C8-C18 alkyl; PO represents propylene oxide; EO represents ethylene oxide; x is 0-5; y is 10-20; and z is 10-20; with the remainder comprising one or more of a metal protector, water conditioning agent or polymer, an enzyme, a chelant, a bleaching agent, a solidification aid, and/or a carrier. from 40 wt. % to 90 wt. % of an alkalinity source comprising alkali metal hydroxides, alkali metal carbonates, alkali metal silicates, alkali metal metasilicates, alkali metal bicarbonates, alkali metal sesquicarbonates, or combinations thereof; from 1 wt. % to 20 wt. % of a surfactant component comprising a nonionic low foaming surfactant and a cationic quaternary surfactant, said surfactants in a ratio of greater than 1:1; from 0.1 wt. % to 10 wt. % of a defoaming nonionic surfactant; wherein the nonionic low foaming surfactant comprises RO x y x H, wherein R is C8-18 alkyl, PO represents propylene oxide; EO represents ethylene oxide; x is 0-8 and y is 1-20; and wherein the defoaming nonionic surfactant comprises RO- x y z wherein R is C8-C18 alkyl; PO represents propylene oxide; EO represents ethylene oxide; x is 0-5; y is 10-20; and z is 10-20; with the remainder comprising one or more of a metal protector, water conditioning agent or polymer, an enzyme, a chelant, a bleaching agent, a solidification aid, and/or a carrier.