mhurhangee/ep-ind-claims huggingface dataset:
An electromechanical generator for converting mechanical vibrational energy into electrical energy, the electromechanical generator comprising: a central mast, an electrically conductive coil assembly fixedly mounted to the mast, the coil assembly at least partly surrounding the mast, a mount for the coil assembly extending radially inwardly of the coil assembly and fixing the coil assembly to the mast,, a magnetic core assembly movably mounted to the mast for linear vibrational motion along an axis about an equilibrium position on the axis (A-A), the magnetic core assembly at least partly surrounding the coil assembly and the mast, and a biasing device mounted between the mast and the magnetic core assembly to bias the magnetic core assembly in opposed directions along the axis towards the equilibrium position, characterized in that the mount comprises a conical wall extending between the coil assembly and the mast. a central mast, an electrically conductive coil assembly fixedly mounted to the mast, the coil assembly at least partly surrounding the mast, a mount for the coil assembly extending radially inwardly of the coil assembly and fixing the coil assembly to the mast,, a magnetic core assembly movably mounted to the mast for linear vibrational motion along an axis about an equilibrium position on the axis (A-A), the magnetic core assembly at least partly surrounding the coil assembly and the mast, and a biasing device mounted between the mast and the magnetic core assembly to bias the magnetic core assembly in opposed directions along the axis towards the equilibrium position, characterized in that the mount comprises a conical wall extending between the coil assembly and the mast.
A method for controlling a forced response of a vehicle body of a controlled vehicle to a particular command, the method comprising: (a) receiving the particular command to perform a first maneuver with the controlled vehicle, wherein the particular command comprises at least one of: a steering command, a braking command, and an acceleration command; characterized by (b) determining, based on the particular command, a particular target vehicle body response of a target vehicle having a particular set of target aspects, wherein the target vehicle body response of the target vehicle is faster than a natural response of the controlled vehicle, and wherein the particular set of target aspects comprises at least one of: a target direction, a target magnitude, and a target rate; (c) determining, based on the particular target vehicle body response of the target vehicle, a first active force; (d) applying, to the vehicle body of the controlled vehicle by one or more active suspension actuators, the first active force, thereby effecting the forced response of the vehicle body of the controlled vehicle. (a) receiving the particular command to perform a first maneuver with the controlled vehicle, wherein the particular command comprises at least one of: a steering command, a braking command, and an acceleration command; characterized by (b) determining, based on the particular command, a particular target vehicle body response of a target vehicle having a particular set of target aspects, wherein the target vehicle body response of the target vehicle is faster than a natural response of the controlled vehicle, and wherein the particular set of target aspects comprises at least one of: a target direction, a target magnitude, and a target rate; (c) determining, based on the particular target vehicle body response of the target vehicle, a first active force; (d) applying, to the vehicle body of the controlled vehicle by one or more active suspension actuators, the first active force, thereby effecting the forced response of the vehicle body of the controlled vehicle.
A cart for carrying a cut-off saw having a saw blade, the cart comprising: a frame including an upper portion and a lower portion; a wheel arm pivotably coupled to the lower portion of the frame about a first axis; a rear wheel assembly coaxial with the first axis and coupled to the frame and the wheel arm; a front wheel coupled to an end of the wheel arm opposite the rear wheel assembly; an adjustment lever pivotably coupled to the upper portion of the frame about a second axis; and a link having a first end pivotably coupled to the adjustment lever at a location spaced from the second axis, and a second end pivotably coupled to the wheel arm at a location between the first axis and the front wheel; wherein pivoting the adjustment lever about the second axis pivots the wheel arm about the first axis to adjust a vertical position of the front wheel relative to the upper portion of the frame, and therefore a vertical position of the saw blade relative to a support surface of the cart; and wherein a gear is coupled to the upper portion of the frame adjacent a bracket of the adjustment lever, the gear including a plurality of gear teeth, wherein the adjustment lever further comprises a handle and an actuator having an upper end that protrudes from an internal opening in the handle and an opposite, lower end that is engageable with the gear teeth to maintain the adjustment lever in one of a plurality of orientations relative to the gear that coincide with different positions of the wheel arm relative to the frame. a frame including an upper portion and a lower portion; a wheel arm pivotably coupled to the lower portion of the frame about a first axis; a rear wheel assembly coaxial with the first axis and coupled to the frame and the wheel arm; a front wheel coupled to an end of the wheel arm opposite the rear wheel assembly; an adjustment lever pivotably coupled to the upper portion of the frame about a second axis; and a link having a first end pivotably coupled to the adjustment lever at a location spaced from the second axis, and a second end pivotably coupled to the wheel arm at a location between the first axis and the front wheel; wherein pivoting the adjustment lever about the second axis pivots the wheel arm about the first axis to adjust a vertical position of the front wheel relative to the upper portion of the frame, and therefore a vertical position of the saw blade relative to a support surface of the cart; and wherein a gear is coupled to the upper portion of the frame adjacent a bracket of the adjustment lever, the gear including a plurality of gear teeth, wherein the adjustment lever further comprises a handle and an actuator having an upper end that protrudes from an internal opening in the handle and an opposite, lower end that is engageable with the gear teeth to maintain the adjustment lever in one of a plurality of orientations relative to the gear that coincide with different positions of the wheel arm relative to the frame.
Method for borescope inspection of a component, wherein a stereo borescope is used for recording the component, characterized by the following steps: - generating two stereoscopic partial images by means of the stereo borescope (step 102); - calculating 3D triangulation data from the stereoscopic partial images (step 105); - registering the 3D triangulation data to a 3D CAD reference model of the component captured by the stereo borescope, while determining a projection point (steps 106 and 107); - projecting 2D image data determined from the stereoscopic partial images onto the 3D CAD reference model from the determined projection point (step 108); and - determining damage by image analysis of the projected 2D image data and by ascertaining deviations of the registered 3D triangulation data vis-à-vis the 3D CAD reference model (steps 112 and 113). - generating two stereoscopic partial images by means of the stereo borescope (step 102); - calculating 3D triangulation data from the stereoscopic partial images (step 105); - registering the 3D triangulation data to a 3D CAD reference model of the component captured by the stereo borescope, while determining a projection point (steps 106 and 107); - projecting 2D image data determined from the stereoscopic partial images onto the 3D CAD reference model from the determined projection point (step 108); and - determining damage by image analysis of the projected 2D image data and by ascertaining deviations of the registered 3D triangulation data vis-à-vis the 3D CAD reference model (steps 112 and 113).
A mobile imaging system, comprising: a base; a gantry having one or more imaging components; a drive wheel that supports the gantry; and a drive mechanism that includes a main drive geared into the drive wheel for transporting the base and gantry and a translation mechanism that translates the gantry and drive wheel relative to the base during an imaging scan. a base; a gantry having one or more imaging components; a drive wheel that supports the gantry; and a drive mechanism that includes a main drive geared into the drive wheel for transporting the base and gantry and a translation mechanism that translates the gantry and drive wheel relative to the base during an imaging scan.
Use of a detergent comprising an unsulfurized alkali or alkaline earth metal salt of a reaction product of an olefin having at least 10 carbon atoms, wherein greater than 80 mole % of the olefin is a linear C 20 -C 30 n-alpha olefin, wherein less than 10 mole % of the olefin is a linear olefin of less than 20 carbon atoms, and wherein less than 5 mole % of the olefin is branched chain olefin of 18 carbon atoms or less, and phenol, as an additive in a lubricating oil composition comprising a major amount of an oil of lubricating viscosity, for the purpose of providing detergency to said oil, and reducing the endocrine disrupting properties of said lubricating oil composition on exposure to mammals. an olefin having at least 10 carbon atoms, wherein greater than 80 mole % of the olefin is a linear C 20 -C 30 n-alpha olefin, wherein less than 10 mole % of the olefin is a linear olefin of less than 20 carbon atoms, and wherein less than 5 mole % of the olefin is branched chain olefin of 18 carbon atoms or less, and phenol,
A method for selecting a set of data for a dose prediction model, the method comprising: receiving a set of patient anatomy data corresponding to a patient to be treated by radiation therapy according to a radiation therapy treatment plan; receiving a set of training data comprising a plurality of treatment plans, the set of training data selected from a treatment plan database based on a similarity of the plurality of treatment plans with the set of patient anatomy data; performing an analysis on the set of patient anatomy data and the set of training data for training a dose prediction model; training the dose prediction model based on the analysis; and predicting (107, 211) a plurality of dose parameters for the radiation therapy treatment plan by applying the dose prediction model to the set of patient anatomy data; wherein the receiving, the performing, the training, and the predicting (107, 211) are performed in an application executed by a processor of a computing device. receiving a set of patient anatomy data corresponding to a patient to be treated by radiation therapy according to a radiation therapy treatment plan; receiving a set of training data comprising a plurality of treatment plans, the set of training data selected from a treatment plan database based on a similarity of the plurality of treatment plans with the set of patient anatomy data; performing an analysis on the set of patient anatomy data and the set of training data for training a dose prediction model; training the dose prediction model based on the analysis; and predicting (107, 211) a plurality of dose parameters for the radiation therapy treatment plan by applying the dose prediction model to the set of patient anatomy data; wherein the receiving, the performing, the training, and the predicting (107, 211) are performed in an application executed by a processor of a computing device.
Plug part for detachably connecting a pipe bend of a water-cooled welding blowpipe to a socket part that is arranged on a hose assembly, if necessary by interposing a welding blowpipe housing, the plug part comprising a cylindrical pipe element comprising an axially extending channel for a welding wire and a shielding gas and comprising at least two cooling channels (29, 30) for supplying and returning a cooling liquid, and comprising a union nut that is rotatably arranged on the pipe element and comprises an inner thread for connection to a corresponding outer thread on the socket part, the opening of the at least one cooling channel for supplying the cooling liquid and the opening of the at least one cooling channel for returning the cooling liquid being separate, characterised in that the opening of one cooling channel is arranged on the outside of the cylindrical pipe element and the opening of the other cooling channel is arranged on the inside of the cylindrical pipe element.
A prosthetic device (4100; 4200; 4300) comprising: a spacer body (4102; 4202; 4302) having a non-cylindrical shape and being configured to be positioned within a native valve orifice of a native valve having at least two native leaflets, the spacer body (4102; 4202; 4302) having an atrial end, a ventricular end, and a side surface; a pair of anchors (4104; 4204; 4304), each anchor (4104; 4204; 4304) configured to secure the device (4100; 4200; 4300) to one of the native leaflets such that the spacer body (4101; 4202; 4302) is positioned between the at least two native leaflets, wherein each anchor (4104; 4204) is attached to the spacer body (4102; 4202; 4302) at a location adjacent the ventricular end of the spacer body (4102; 4202; 4302) and configured to be positioned behind a native valve leaflet of the at least two native leaflets such that the native leaflet is captured between the anchor (4104; 4204; 4304) and the spacer body (4102; 4202; 4302); wherein each anchor (4104; 4204; 4304) comprises a first foldable portion (4108; 4208; 4308) having one end connected to the ventricular end of the spacer body (4102; 4202; 4302) and a second foldable portion (4110; 4210; 4310) having one end connected to an end cap (4112; 4212; 4312). a spacer body (4102; 4202; 4302) having a non-cylindrical shape and being configured to be positioned within a native valve orifice of a native valve having at least two native leaflets, the spacer body (4102; 4202; 4302) having an atrial end, a ventricular end, and a side surface; a pair of anchors (4104; 4204; 4304), each anchor (4104; 4204; 4304) configured to secure the device (4100; 4200; 4300) to one of the native leaflets such that the spacer body (4101; 4202; 4302) is positioned between the at least two native leaflets, wherein each anchor (4104; 4204) is attached to the spacer body (4102; 4202; 4302) at a location adjacent the ventricular end of the spacer body (4102; 4202; 4302) and configured to be positioned behind a native valve leaflet of the at least two native leaflets such that the native leaflet is captured between the anchor (4104; 4204; 4304) and the spacer body (4102; 4202; 4302); wherein each anchor (4104; 4204; 4304) comprises a first foldable portion (4108; 4208; 4308) having one end connected to the ventricular end of the spacer body (4102; 4202; 4302) and a second foldable portion (4110; 4210; 4310) having one end connected to an end cap (4112; 4212; 4312).
Mixing screw for a feed-mixing vehicle, comprising: - a worm shaft which can be rotated about a vertical axis of rotation, - a worm thread which extends in a spiral shape about the worm shaft and comprises on an initial portion at the bottom end thereof an initial thread edge which is arranged transversely to the direction of rotation, and - at least one auxiliary blade which is arranged so as to be offset from the initial thread edge in the direction of rotation and extends radially outwards from the worm shaft, characterised in that the auxiliary blade comprises a carrier stump fixed to the worm shaft and a blade sleeve which can be detachably fixed to the carrier stump. - a worm shaft which can be rotated about a vertical axis of rotation, - a worm thread which extends in a spiral shape about the worm shaft and comprises on an initial portion at the bottom end thereof an initial thread edge which is arranged transversely to the direction of rotation, and - at least one auxiliary blade which is arranged so as to be offset from the initial thread edge in the direction of rotation and extends radially outwards from the worm shaft,
System for structuring cleaning operations in a property to be cleaned, comprising: - marking elements (10a, 10b) in areas to be cleaned in the property to be cleaned and/or on objects to be cleaned; as well as - an input and output device carried by a cleaner which can be worn on the cleaner's body; wherein - the marking elements (10a, 10b) comprise an NFC label and contain information on the cleaning operation to be performed; and - the input and output device comprises an NFC reader and a device for the wireless transmission of data; - the input and output device comprises software by means of which the NFC reader of the input and output device is in communication with a marking element (10a, 10b) in order to transmit the information contained in the respective marking element (10a, 10b) to the input and output device; and - an electronic communication unit is adapted to receive data from the input and output device, wherein the NFC reader and the NFC labels of the marking elements (10a, 10b) are adapted so that data transmission only takes place if the input and output device is arranged at a distance of less than 30cm from the marking element (10a, 10b). - marking elements (10a, 10b) in areas to be cleaned in the property to be cleaned and/or on objects to be cleaned; as well as - an input and output device carried by a cleaner which can be worn on the cleaner's body; wherein - the marking elements (10a, 10b) comprise an NFC label and contain information on the cleaning operation to be performed; and - the input and output device comprises an NFC reader and a device for the wireless transmission of data; - the input and output device comprises software by means of which the NFC reader of the input and output device is in communication with a marking element (10a, 10b) in order to transmit the information contained in the respective marking element (10a, 10b) to the input and output device; and - an electronic communication unit is adapted to receive data from the input and output device,
Process for preparing ruthenium -olefin complexes of the (arene)(diene)Ru type by reacting a ruthenium starting compound of the formula Ru(+II) p q in which X = an anionic group, Y = an uncharged two-electron donor ligand, p = 1 or 2, q = an integer from 1 to 6, with a cyclohexadiene derivative or a diene mixture comprising a cyclohexadiene derivative, in the presence of a base, wherein the arene bound in the ruthenium -olefin complex is formed from this cyclohexadiene derivative by oxidation. X = an anionic group, Y = an uncharged two-electron donor ligand, p = 1 or 2, q = an integer from 1 to 6,
Method for preparing amorphous calcium carbonate precipitated on natural fibers, characterized in comprising the steps of a) mixing water, 40 to 120 wt-% (based on the fiber weight) of polyacrylic acid or a salt thereof in solution, 60-80 wt-% (based on the total dry weight of the batch) Ca 2 and 0.1 to 95 wt-% (based on the total dry weight of the batch) of natural fibers; b) feeding CO 2 to the mixture of step a) during stirring to obtain a precipitation; c) drying the mixture or filtering the precipitated solids obtained in step b). a) mixing water, 40 to 120 wt-% (based on the fiber weight) of polyacrylic acid or a salt thereof in solution, 60-80 wt-% (based on the total dry weight of the batch) Ca 2 and 0.1 to 95 wt-% (based on the total dry weight of the batch) of natural fibers; b) feeding CO 2 to the mixture of step a) during stirring to obtain a precipitation; c) drying the mixture or filtering the precipitated solids obtained in step b).
A silicon-carbon complex, comprising: carbon-based particles; and silicon-based particles, wherein the silicon-based particles are dispersed and positioned on surfaces of the carbon-based particles, the carbon-based particles have a specific surface area, measured according to the methodology mentioned in the description, of 0.4 m 2 /g to 1.5 m 2 /g, and the silicon-based particles are doped with one or more elements selected from the group consisting of Mg, Li, Ca, and Al. carbon-based particles; and silicon-based particles, wherein the silicon-based particles are dispersed and positioned on surfaces of the carbon-based particles, the carbon-based particles have a specific surface area, measured according to the methodology mentioned in the description, of 0.4 m 2 /g to 1.5 m 2 /g, and the silicon-based particles are doped with one or more elements selected from the group consisting of Mg, Li, Ca, and Al.
A method of measuring the speed of a fluid, the method comprising measurement stages, each comprising the following steps: • generating a plurality of pseudorandom emission frequencies (fus_n); • for each pseudorandom emission frequency (fus_n), producing travel time measurements representative of times taken by ultrasound measurement signals emitted at said pseudorandom emission frequency to travel along a path of defined length; • for each pseudorandom emission frequency (fus_n), evaluating the accuracy of the travel time measurements; • for evaluating the speed of the fluid, making use of the travel time measurements produced for the pseudorandom emission frequency (fus_k) that presents the greatest accuracy; • the measurement method being such that, for each pseudorandom emission frequency (fus_n), evaluating the accuracy of the travel time measurements comprises a step of calculating a mean M' fus_n of the travel time measurements, and a step of determining a number of inaccurate travel time measurements lying outside a range [M' fus_n -X, M' fus_n +X], the emission frequency that presents the greatest accuracy being the frequency for which the number of inaccurate travel time measurements is the lowest. • generating a plurality of pseudorandom emission frequencies (fus_n); • for each pseudorandom emission frequency (fus_n), producing travel time measurements representative of times taken by ultrasound measurement signals emitted at said pseudorandom emission frequency to travel along a path of defined length; • for each pseudorandom emission frequency (fus_n), evaluating the accuracy of the travel time measurements; • for evaluating the speed of the fluid, making use of the travel time measurements produced for the pseudorandom emission frequency (fus_k) that presents the greatest accuracy; • the measurement method being such that, for each pseudorandom emission frequency (fus_n), evaluating the accuracy of the travel time measurements comprises a step of calculating a mean M' fus_n of the travel time measurements, and a step of determining a number of inaccurate travel time measurements lying outside a range [M' fus_n -X, M' fus_n +X], the emission frequency that presents the greatest accuracy being the frequency for which the number of inaccurate travel time measurements is the lowest.