mhurhangee/patent-ind-claim-en huggingface dataset:
A device for determining an adjustment for a suspension component of a vehicle, which device comprises: a display ; a measuring sensor ; a memory storing computer-executable instructions ; and a processor , the arrangement being such that when executed by the processor, the computer-executable instructions cause the device to: receive a weight value that indicates a load to be carried by the vehicle, determine a target pressure for an air spring of the suspension component based on the weight value, measure a loaded position of the suspension component using the measuring sensor , and determine an adjustment to the suspension component based on the loaded position and the target pressure; characterized in that said measuring sensor comprises an image sensor and the computer-executable instructions are configured to measure the loaded position of the suspension component by using the image sensor to capture the position of an indicator member on the suspension component in an unloaded position in which the suspension component has returned to extension from a compressed position, the indicator member being movable as the suspension component is compressed under the weight of the user and which retains its position at the point at which the suspension component returns to extension thereby recording a maximum compression of the suspension component under the weight of the user(s) of the vehicle in a sag position after the suspension component has returned to extension. a display ; a measuring sensor ; a memory storing computer-executable instructions ; and a processor , the arrangement being such that when executed by the processor, the computer-executable instructions cause the device to: receive a weight value that indicates a load to be carried by the vehicle, determine a target pressure for an air spring of the suspension component based on the weight value, measure a loaded position of the suspension component using the measuring sensor , and receive a weight value that indicates a load to be carried by the vehicle, determine a target pressure for an air spring of the suspension component based on the weight value, measure a loaded position of the suspension component using the measuring sensor , and determine an adjustment to the suspension component based on the loaded position and the target pressure; characterized in that said measuring sensor comprises an image sensor and the computer-executable instructions are configured to measure the loaded position of the suspension component by using the image sensor to capture the position of an indicator member on the suspension component in an unloaded position in which the suspension component has returned to extension from a compressed position, the indicator member being movable as the suspension component is compressed under the weight of the user and which retains its position at the point at which the suspension component returns to extension thereby recording a maximum compression of the suspension component under the weight of the user(s) of the vehicle in a sag position after the suspension component has returned to extension.
Computer-implemented method for locating a first point of gaze onto a screen , said method comprising at least the steps of: • initiating the acquiring of at least a first image ; • initiating the locating of a first face landmark location of a first face landmark in the first image ; • initiating the locating of a second face landmark location of a second face landmark in the first image ; • initiating the selecting of a first region of interest in the first image , wherein the selecting of the first region of interest is performed by using at least the first face landmark location and the second face landmark location ; • initiating the constructing of a first gaze vector, wherein the constructing of the first gaze vector is performed by means of at least an artificial neural network, the artificial neural network using as input at least the first region of interest ; characterized in that: the method further comprises the step of: • initiating the locating of the first point of gaze onto the screen , wherein the locating of the first point of gaze is performed by means of at least the first gaze vector and a Kalman filter, the Kalman filter using a series of estimations of the point of gaze on the screen. • initiating the acquiring of at least a first image ; • initiating the locating of a first face landmark location of a first face landmark in the first image ; • initiating the locating of a second face landmark location of a second face landmark in the first image ; • initiating the selecting of a first region of interest in the first image , wherein the selecting of the first region of interest is performed by using at least the first face landmark location and the second face landmark location ; • initiating the constructing of a first gaze vector, wherein the constructing of the first gaze vector is performed by means of at least an artificial neural network, the artificial neural network using as input at least the first region of interest ; • initiating the locating of the first point of gaze onto the screen , wherein the locating of the first point of gaze is performed by means of at least the first gaze vector and a Kalman filter, the Kalman filter using a series of estimations of the point of gaze on the screen.
A tilting mechanism of a vehicle having two front wheels (rw, lw), the vehicle comprising a vehicle frame unit , the vehicle frame unit having a front side that is provided with a steering support member , the steering support member being rotatably provided with a tilting mechanism , the steering support member receiving a steering column to penetrate through an interior thereof; the tilting mechanism comprising an upper crossbar rotatably mounted to the steering support member of the vehicle frame unit , a lower crossbar rotatably mounted to the steering support member and located below the upper crossbar , a right-side bar and a left-side bar pivotally connected to two ends of the upper crossbar respectively, two ends of the lower crossbar being pivotally connected to the right-side bar and the left-side bar , the right-side bar receiving a right-side axle therein to extend therethrough, the left-side bar receiving a left-side axle therein to extend therethrough; a right-side supporting piece coupled to the right-side axle of the right-side bar including a right-side shock absorber , a left-side supporting piece coupled to the left-side axle of the left-side bar and including a left-side shock absorber , a central supporting member coupled to a lower portion of the steering column , characterized in that the right-side bar is pivotally jointed, at an upper portion thereof, to the upper crossbar ; the left-side bar is pivotally jointed, at an upper end thereof, to the upper crossbar ; the right-side bar and the left-side bar are provided with bearing units , the right-side and left-side bars being each provided with an upper supporting member , the bearing units being mounted to the upper supporting members ; pivotal joint points (b) between the left-side and right-side bars and the upper crossbar form rotation center axes (a), the bearing units being located below the rotation center axes (a); and the right-side bar and the left-side bar have upper ends that are not projecting beyond an upper end face of the upper crossbar .
Drill head for producing a substantially vertical borehole in the ground, in particular for producing a shaft, having a body which is able to be connected to a rotary drive of a drilling device, having drilling tools which for loosening the ground at a face of the borehole are disposed on the body , having a discharge device which for discharging the loosened ground on the face is able to be connected to a suction unit for suctioning a conveying medium by way of a conveying line , wherein the discharge device has an opening region which is disposed on the body and has at least one opening in the region of the drilling tools at the face , wherein the at least one opening of the opening region is connected to a suction box which as a component part of the discharge device has, at an end opposite the opening , a connector opening for connecting to the conveying line , and wherein at least one element which exerts an acceleration on the loosened ground in the region of the suction box is provided, by way of which acceleration the ground loosened by the drilling tools is able to be moved into the opening region and/or through the opening into the suction box , wherein the loosened ground is acquired by the conveying medium in the opening region and/or in the suction box and is able to be discharged by way of the conveying line by the suction unit, characterized in that the spacing of the opening region in relation to the face is adjustable, in that the adjustment of the spacing takes place by vertically moving the suction box and/or by pivoting the suction box about a pivot point, and in that a drive is provided for moving or pivoting.
A casing of a propellant feed turbopump for a rocket engine , the casing including a cooling circuit , wherein the cooling circuit is formed at least in part in a wall of said casing , characterized in that the cooling circuit extends at least in part in a wall of a pump inlet portion of the turbopump .
Rotating electric machine coupled with a motor vehicle gearbox comprising a plurality of gear ratios (R1-Rn), comprising - a speed regulator that can be activated during a phase of synchronization between pinions of two gear ratios (R1-Rn) during which said rotating electric machine is speed-controlled, - characterized in that said speed regulator comprises an integrator cascaded with a gain , - said gearbox has no synchronizers over a part of the gear ratios. - a speed regulator that can be activated during a phase of synchronization between pinions of two gear ratios (R1-Rn) during which said rotating electric machine is speed-controlled, - characterized in that said speed regulator comprises an integrator cascaded with a gain , - said gearbox has no synchronizers over a part of the gear ratios.
Method for controlling the cracking of a material, the method comprising: - defining a target crack path in a given volume of material ; - applying mechanical loads to said material in order to control the propagation of a crack within the volume such that the crack propagates in the material substantially along the target crack path, the method being characterized in that it further comprises: - applying a stabilization load to said volume, the stabilization load being configured to avoid unstable propagation of the crack. - defining a target crack path in a given volume of material ; - applying mechanical loads to said material in order to control the propagation of a crack within the volume such that the crack propagates in the material substantially along the target crack path, - applying a stabilization load to said volume, the stabilization load being configured to avoid unstable propagation of the crack.
A vacuum cleaner comprising: a housing ; a motor-fan assembly arranged to generate an airflow between an air inlet and an air outlet ; a dirt collection chamber mounted to the housing; and a filter assembly located within the dirt collection chamber, the filter assembly comprising a coarse filter having a first gripping portion and a fine filter having a second gripping portion , wherein the first and second gripping portions are capable of being gripped by a user, characterised in that : the first gripping portion and the second gripping portion are isolated from an airflow path between the air inlet and the air outlet; and the dirt collection chamber has a door . a housing ; a motor-fan assembly arranged to generate an airflow between an air inlet and an air outlet ; a dirt collection chamber mounted to the housing; and a filter assembly located within the dirt collection chamber, the filter assembly comprising a coarse filter having a first gripping portion and a fine filter having a second gripping portion , wherein the first and second gripping portions are capable of being gripped by a user, characterised in that : the first gripping portion and the second gripping portion are isolated from an airflow path between the air inlet and the air outlet; and the dirt collection chamber has a door . the first gripping portion and the second gripping portion are isolated from an airflow path between the air inlet and the air outlet; and the dirt collection chamber has a door .
A method of estimating properties of an anisotropic formation, the method comprising: determining a deviation of a wellbore associated with the anisotropic formation; determining input sources for a first subset of a plurality of elastic constants for a stiffness matrix based upon the determined deviation of the wellbore, each of the determined input sources providing sonic measurement data for use in determining at least one elastic constant among the plurality of elastic constants; determining an availability of non-sonic measurement data associated with the anisotropic formation; selecting , using at least one processing unit, at least one computer-implemented model among a plurality of computer-implemented models based at least in part upon the determined availability of non-sonic measurement data, wherein selecting the computer-implemented model from among the plurality of computer-implemented models is based upon a presence or absence of core data for the wellbore and/or a presence or absence of rock type classification data for the wellbore; applying the selected at least one computer-implemented model to determine a second subset of the plurality of elastic constants for the stiffness matrix; and estimating an anisotropic stress or an anisotropic mechanical property for the anisotropic formation using the determined plurality of elastic constants for the stiffness matrix. determining a deviation of a wellbore associated with the anisotropic formation; determining input sources for a first subset of a plurality of elastic constants for a stiffness matrix based upon the determined deviation of the wellbore, each of the determined input sources providing sonic measurement data for use in determining at least one elastic constant among the plurality of elastic constants; determining an availability of non-sonic measurement data associated with the anisotropic formation; selecting , using at least one processing unit, at least one computer-implemented model among a plurality of computer-implemented models based at least in part upon the determined availability of non-sonic measurement data, wherein selecting the computer-implemented model from among the plurality of computer-implemented models is based upon a presence or absence of core data for the wellbore and/or a presence or absence of rock type classification data for the wellbore; applying the selected at least one computer-implemented model to determine a second subset of the plurality of elastic constants for the stiffness matrix; and estimating an anisotropic stress or an anisotropic mechanical property for the anisotropic formation using the determined plurality of elastic constants for the stiffness matrix.
A method of preparing an isoidide enriched composition comprising, at least partially removing ionic species from an epimerization product comprising isoidide to obtain an at least partially deionized isoidide composition comprising isoidide and other isohexides; and, chromatographically separating the isoidide from other isohexides to obtain a stream enriched in isoidide and a stream enriched in the other isohexides, wherein the chromatographic separation is carried out by contacting the at least partially deionized isoidide composition with a resin comprising strong acid ion exchange resin in the calcium 2 + form; contacting the at least partially deionized isoidide composition comprising isoidide and other isohexides and the resin with a solvent; and, eluting a stream enriched in isoidide and a second stream enriched in the other isohexides.
A nested bushing arrangement, comprising: a first bushing having a first tubular portion and a first flange that extends radially from near a first longitudinal end of the first tubular portion, the first flange having a first opening ; and a second bushing having a second tubular portion and a second flange that extends radially from near a first longitudinal end of the second tubular portion, the second flange having a second opening, the first bushing and the second bushing being sized and configured to allow a second longitudinal end of the first tubular portion to extend at least partially through the second opening while a second longitudinal end of the second tubular portion extends at least partially through the first opening; wherein the at least partial engagement of the first tubular portion into the second opening prevents rotation of the first bushing about the first tubular portion, and the at least partial engagement of the second tubular portion into the first opening prevents rotation of the second bushing about the second tubular portion; wherein the first bushing and/or the second bushing further comprises at least one longitudinal greasing groove (355-2); and wherein an outer radial surface of the first tubular portion is press fitted into a third opening in a member, also part of the nested bushing arrangement, positioned between the first flange and the second flange while an outer radial surface of the second tubular portion is press fitted into a fourth opening in the member. a first bushing having a first tubular portion and a first flange that extends radially from near a first longitudinal end of the first tubular portion, the first flange having a first opening ; and a second bushing having a second tubular portion and a second flange that extends radially from near a first longitudinal end of the second tubular portion, the second flange having a second opening, the first bushing and the second bushing being sized and configured to allow a second longitudinal end of the first tubular portion to extend at least partially through the second opening while a second longitudinal end of the second tubular portion extends at least partially through the first opening; wherein the at least partial engagement of the first tubular portion into the second opening prevents rotation of the first bushing about the first tubular portion, and the at least partial engagement of the second tubular portion into the first opening prevents rotation of the second bushing about the second tubular portion; wherein the first bushing and/or the second bushing further comprises at least one longitudinal greasing groove (355-2); and wherein an outer radial surface of the first tubular portion is press fitted into a third opening in a member, also part of the nested bushing arrangement, positioned between the first flange and the second flange while an outer radial surface of the second tubular portion is press fitted into a fourth opening in the member.
Method of making a solder joint between a carrier and a component , wherein a. a conductive layer containing metal particles is printed onto a surface of the carrier by means of a printing process; b. a soldering agent is printed onto this conductive layer by means of a printing process; c. the carrier is equipped with the component so that the component is in direct contact with the soldering agent , and d. the solder is melted and subsequently solidifies to form the solder joint , characterized in that e. before the soldering agent is printed on, the metal particles of the conductive layer are coated with a noble metal coating and for this purpose f. a soldering adjuvant comprising a noble metal salt or a noble metal oxide is printed onto the conductive layer by means of a printing method, from which noble metal salt or noble metal oxide a noble metal is released to form the noble metal coating . a. a conductive layer containing metal particles is printed onto a surface of the carrier by means of a printing process; b. a soldering agent is printed onto this conductive layer by means of a printing process; c. the carrier is equipped with the component so that the component is in direct contact with the soldering agent , and d. the solder is melted and subsequently solidifies to form the solder joint , characterized in that e. before the soldering agent is printed on, the metal particles of the conductive layer are coated with a noble metal coating and for this purpose f. a soldering adjuvant comprising a noble metal salt or a noble metal oxide is printed onto the conductive layer by means of a printing method, from which noble metal salt or noble metal oxide a noble metal is released to form the noble metal coating .
A system for treating a medical condition of a patient comprising: a stimulator comprising a housing having a contact surface for contacting an outer skin surface of the patient, an electrically conducting medium, and an energy source within the housing configured to generate an electric field sufficient to transmit an electric current through the outer skin surface of the patient sufficient to modulate a nerve at a target region within the patient, wherein the energy source comprises a power source and two or more electrodes coupled to the power source within the housing, and wherein the two or more electrodes are coupled to the contact surface via the electrically conducting medium; and a docking station configured to receive data from a remote source, the docking station being configured for coupling to the stimulator and transmitting the data to the stimulator, wherein the data comprises a therapy regimen for treating the medical condition in the patient, wherein the housing is a handheld device configured to contact the outer skin surface of the patient for transmitting the electric current through the outer skin surface of the patient sufficient to modulate the nerve at the target region within the patient. a stimulator comprising a housing having a contact surface for contacting an outer skin surface of the patient, an electrically conducting medium, and an energy source within the housing configured to generate an electric field sufficient to transmit an electric current through the outer skin surface of the patient sufficient to modulate a nerve at a target region within the patient, wherein the energy source comprises a power source and two or more electrodes coupled to the power source within the housing, and wherein the two or more electrodes are coupled to the contact surface via the electrically conducting medium; and a docking station configured to receive data from a remote source, the docking station being configured for coupling to the stimulator and transmitting the data to the stimulator, wherein the data comprises a therapy regimen for treating the medical condition in the patient, wherein the housing is a handheld device configured to contact the outer skin surface of the patient for transmitting the electric current through the outer skin surface of the patient sufficient to modulate the nerve at the target region within the patient.