mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling trim position of a trimmable device on a marine vessel , the method comprising: receiving an engine speed measured by an engine speed sensor ; receiving a vessel speed measured by a vessel speed sensor for the marine vessel ; receiving a vessel pitch and/or vessel acceleration of the marine vessel measured by a vessel motion sensor ; determining, at a controller , a trim rate based on the engine speed, the vessel speed, the vessel pitch, and/or vessel acceleration, wherein trim rate specifies a rate of rotation of the trimmable device about a horizontal axis , and wherein the trim rate is determined such that the rate of rotation is minimized at high vessel speeds and high engine speeds and the rate of rotation is maximized at low vessel speeds and low engine speeds; and controlling a variable speed trim actuator to rotate the trimmable device based on the trim rate so as to adjust a trim position of the trimmable device . receiving an engine speed measured by an engine speed sensor ; receiving a vessel speed measured by a vessel speed sensor for the marine vessel ; receiving a vessel pitch and/or vessel acceleration of the marine vessel measured by a vessel motion sensor ; determining, at a controller , a trim rate based on the engine speed, the vessel speed, the vessel pitch, and/or vessel acceleration, wherein trim rate specifies a rate of rotation of the trimmable device about a horizontal axis , and wherein the trim rate is determined such that the rate of rotation is minimized at high vessel speeds and high engine speeds and the rate of rotation is maximized at low vessel speeds and low engine speeds; and controlling a variable speed trim actuator to rotate the trimmable device based on the trim rate so as to adjust a trim position of the trimmable device .
Dispensing system for dispensing a mixture of a first component and a second component, the dispensing system comprising: a dispensing gun comprising an inlet body with a first passage for feeding in the first component under pressure and a second passage for feeding in the second component under pressure, the first and second passages respectively comprising a closable first outlet and a closable second outlet; a static mixing nozzle , detachably connectable to the outlets of the body and provided for mixing and dispensing the components, the static mixing nozzle comprising a first section containing a first chamber and a second chamber for conducting the first and second component respectively and a second section, subsequent to the first section, containing a mixing chamber with static mixing elements which promote mixing the first and second components and conducting the mixture to a nozzle tip serving as an outlet for the mixture; wherein at least one of the first and second chambers of the static mixing nozzle contains a series of static backflow prevention elements , arranged for hindering backflow of the respective component within the respective chamber, characterised in that the series of static backflow prevention elements is formed by a plurality of walls, dividing the respective chamber up into at least two compartments and that the plurality of walls comprise two alternating sets of walls which protrude into the chamber from two opposing side walls of the chamber. a dispensing gun comprising an inlet body with a first passage for feeding in the first component under pressure and a second passage for feeding in the second component under pressure, the first and second passages respectively comprising a closable first outlet and a closable second outlet; a static mixing nozzle , detachably connectable to the outlets of the body and provided for mixing and dispensing the components, the static mixing nozzle comprising a first section containing a first chamber and a second chamber for conducting the first and second component respectively and a second section, subsequent to the first section, containing a mixing chamber with static mixing elements which promote mixing the first and second components and conducting the mixture to a nozzle tip serving as an outlet for the mixture; wherein at least one of the first and second chambers of the static mixing nozzle contains a series of static backflow prevention elements , arranged for hindering backflow of the respective component within the respective chamber, characterised in that the series of static backflow prevention elements is formed by a plurality of walls, dividing the respective chamber up into at least two compartments and that the plurality of walls comprise two alternating sets of walls which protrude into the chamber from two opposing side walls of the chamber.
A method comprising: presenting, on a user interface of a mobile device in communication with an autonomous robotic lawnmower , a representation of a first potential shape of a lawn, and first indicators of first recommended locations for beacons configured to communicate with the autonomous robotic lawnmower; and presenting, on the user interface, a representation of a second potential shape of the lawn, and second indicators of second recommended locations for the beacons. presenting, on a user interface of a mobile device in communication with an autonomous robotic lawnmower , a representation of a first potential shape of a lawn, and first indicators of first recommended locations for beacons configured to communicate with the autonomous robotic lawnmower; and presenting, on the user interface, a representation of a second potential shape of the lawn, and second indicators of second recommended locations for the beacons.
Corneal implant designed for correcting irregularities of the corneal curvature of a subject, the implant having a dome-shaped structural body configured to impose a regular curvature to the corneal portions designed to be in contact with the implant, wherein the structural body comprises an outer peripheral ring and an inner reticular structure , wherein the inner reticular structure comprises at least one first and one second series of beams intersecting each other, the beams of the first series having a respective first end connected to the outer peripheral ring , wherein the total area of void portions within the meshes of the reticular structure is between 50 and 99.9% of the surface area of the reticular structure , wherein the inner reticular structure comprises an innermost peripheral ring , characterised in that at least one portion of the beams of the first series and of the second series have a respective second end connected to the innermost peripheral ring .
A method for monitoring a motion status of a vehicle, comprising obtaining (S11) N acceleration values in a first axial direction collected from N times sampling within a preset time period through an accelerometer mounted on a wheel; and obtaining (S11) a maximum acceleration change value in the first axial direction based on the N acceleration values in the first axial direction; obtaining (S11) N acceleration values in a second axial direction collected from N times sampling within the preset time period through the accelerometer mounted on the wheel; and obtaining (S11) a maximum acceleration change value in the second axial direction based on the N acceleration values in the second axial direction; wherein the first axial direction is perpendicular to the second axial direction; determining (S12) whether the vehicle is in motion or in a first stationary state based on the N acceleration values in the first axial direction and the N acceleration values in the second axial direction; and in response to the vehicle being determined to be in the first stationary state, further determining (S13) whether the vehicle is in motion or in a second stationary state based on the maximum acceleration change value in the first axial direction and the maximum acceleration change value in the second axial direction. obtaining (S11) N acceleration values in a first axial direction collected from N times sampling within a preset time period through an accelerometer mounted on a wheel; and obtaining (S11) a maximum acceleration change value in the first axial direction based on the N acceleration values in the first axial direction; obtaining (S11) N acceleration values in a second axial direction collected from N times sampling within the preset time period through the accelerometer mounted on the wheel; and obtaining (S11) a maximum acceleration change value in the second axial direction based on the N acceleration values in the second axial direction; wherein the first axial direction is perpendicular to the second axial direction; determining (S12) whether the vehicle is in motion or in a first stationary state based on the N acceleration values in the first axial direction and the N acceleration values in the second axial direction; and in response to the vehicle being determined to be in the first stationary state, further determining (S13) whether the vehicle is in motion or in a second stationary state based on the maximum acceleration change value in the first axial direction and the maximum acceleration change value in the second axial direction.
A method of manufacturing, comprising: forming a first plurality of conductive vias in a layer of a first semiconductor chip , the first plurality of conductive vias including first ends and second ends ; forming conductive via extensions on the first ends of some of the first conductive vias but not on one or more other of the first conductive vias ; and forming a first conductor pad in ohmic contact with the conductive via extensions and the one or more other of the first conductive vias . forming a first plurality of conductive vias in a layer of a first semiconductor chip , the first plurality of conductive vias including first ends and second ends ; forming conductive via extensions on the first ends of some of the first conductive vias but not on one or more other of the first conductive vias ; and forming a first conductor pad in ohmic contact with the conductive via extensions and the one or more other of the first conductive vias .
Piston ring with a base body, wherein the base body has an inner circumferential surface, a first flank surface, a second flank surface and an outer circumferential surface and a first hard chrome layer with a crack network is applied to the outer circumferential surface, wherein the crack network of the first hard chrome layer has a crack density of 10 - 250 cracks per mm and solid particles having an average particle size of 0.01 - 10 μm are embedded in the cracks of the first hard chrome layer, a second hard chrome layer with a crack network is applied to the first hard chrome layer, wherein the crack density of the crack network of the second hard chrome layer is 10 - 250 cracks per mm, characterized in that no solid particles are embedded in the cracks of the second hard chrome layer, the cracks on the surface of the second hard chrome layer have an average width of 1 - 15 μm, the cracks on the surface of the second hard chrome layer are electrolytically widened and the surface proportion of the cracks on the surface of the second hard chrome layer is 3 - 25 %, based on the entire surface of the second hard chrome layer, wherein the average width of the cracks, the surface proportion of the cracks and the crack density are determined on the basis of microscopic images of polished running surface sections, and the width of at least ten randomly selected cracks on the surface is measured to determine the average width of the cracks, by measuring approximately perpendicular to the course of the crack, and the arithmetic mean of these at least ten measured crack widths is determined, furthermore, to determine the surface proportion of the cracks in relation to the total area, an area of at least 40μm×40μm is taken and the proportion of dark-colored cracks is determined, wherein this is determined on at least three randomly selected squares of at least 40μm×40μm and the arithmetic mean is determined from these three measurements, and wherein, to determine the crack density, at least two section lines of at least 1 mm in length are laid in different directions over a microscopic image of a polished running surface section, the crack density is determined by counting and the arithmetic mean is formed from these at least two counts.
A container comprising: a body portion consisting of a side wall and a base wall , wherein the base wall comprises a first portion forming a part of the base of the container and wherein the base wall comprises a recessed portion ; a first lid , wherein the body portion and the first lid form a first compartment and wherein the first lid is removably attached to the side wall ; and a second lid , wherein the recessed portion of the base wall of the body portion and the second lid form a second compartment , wherein the second lid is connected to the body portion along a hinge line and forms at least a part of the base of the container , wherein the second lid is flush with the first portion of the base wall of the body portion , and wherein a side wall of the second lid lies inside the second compartment and engages with a side wall of the recessed portion of the base wall of the body portion in order to keep the second lid in a closed position until a positive force is applied, wherein the first compartment and the second compartment are located on opposite sides of the base wall . a body portion consisting of a side wall and a base wall , wherein the base wall comprises a first portion forming a part of the base of the container and wherein the base wall comprises a recessed portion ; a first lid , wherein the body portion and the first lid form a first compartment and wherein the first lid is removably attached to the side wall ; and a second lid , wherein the recessed portion of the base wall of the body portion and the second lid form a second compartment , wherein the second lid is connected to the body portion along a hinge line and forms at least a part of the base of the container , wherein the second lid is flush with the first portion of the base wall of the body portion , and wherein a side wall of the second lid lies inside the second compartment and engages with a side wall of the recessed portion of the base wall of the body portion in order to keep the second lid in a closed position until a positive force is applied, wherein the first compartment and the second compartment are located on opposite sides of the base wall .
A security article , comprising: a substrate; a layer of security ink , the layer of security ink including a set of color-shifting interference particles ; and a layer of magnetic color-shifting ink , the layer of magnetic color-shifting ink including a set of magnetically aligned magnetic particles , and having a first portion and a second portion , wherein the layer of security ink and the layer of magnetic color-shifting ink exhibit a dynamic security feature when exposed to a light source; characterised in that at a first orientation of the security article , the layer of security ink and the first portion of the layer of magnetic color-shifting ink are a color matching pair which appear as substantially the same color, and the second portion of the layer of magnetic color-shifting ink appears as a bright portion of the dynamic security feature ; and in that at a second orientation of the security article , the layer of security ink and the second portion of the layer of magnetic color-shifting ink are a color matching pair which appear as substantially the same color, and the first portion of the layer of magnetic color-shifting ink appears as a bright portion of the dynamic security feature . a substrate; a layer of security ink , the layer of security ink including a set of color-shifting interference particles ; and a layer of magnetic color-shifting ink , the layer of magnetic color-shifting ink including a set of magnetically aligned magnetic particles , and having a first portion and a second portion , wherein the layer of security ink and the layer of magnetic color-shifting ink exhibit a dynamic security feature when exposed to a light source; characterised in that at a first orientation of the security article , the layer of security ink and the first portion of the layer of magnetic color-shifting ink are a color matching pair which appear as substantially the same color, and the second portion of the layer of magnetic color-shifting ink appears as a bright portion of the dynamic security feature ; and in that at a second orientation of the security article , the layer of security ink and the second portion of the layer of magnetic color-shifting ink are a color matching pair which appear as substantially the same color, and the first portion of the layer of magnetic color-shifting ink appears as a bright portion of the dynamic security feature .
An assembly aid tool for assembling a sliding door fitting , via which an appliance door of an installed appliance installed in a furniture body is coupled to a furniture door of the furniture body , wherein the assembly aid tool is formed as angled having a first leg and a second leg , wherein the first leg has at least one spike for applying at least one marking to the furniture door , and wherein the second leg has a fastening opening for fixing the assembly aid tool on an end face of the appliance door , characterized in that a displaceable tab is formed on the second leg , using which a spacing dimension (d) between the outer surface of the appliance door and the inner surface of the furniture door can be acquired with closed appliance door and closed furniture door .
A system for enhancing radiation treatment of target tissue, the system comprising: an imaging device adapted to acquire a 3D set of voxels corresponding to a target volume of the target tissue; an ultrasound transducer adapted to generate and deliver at least one sonication of focused beams confined to the target volume for causing disruption of vascular tissue therein so as to define the target volume; and a radiation device; characterised by further comprising: a controller configured for determining, based at least in part on the disruption of the vascular tissue, a radiation treatment plan having a reduced radiation dose for treating the target tissue; wherein the radiation device is adapted to transmit the reduced radiation dose to the target volume. an imaging device adapted to acquire a 3D set of voxels corresponding to a target volume of the target tissue; an ultrasound transducer adapted to generate and deliver at least one sonication of focused beams confined to the target volume for causing disruption of vascular tissue therein so as to define the target volume; and a radiation device; characterised by further comprising: a controller configured for determining, based at least in part on the disruption of the vascular tissue, a radiation treatment plan having a reduced radiation dose for treating the target tissue; wherein the radiation device is adapted to transmit the reduced radiation dose to the target volume.
A page carrier unit designed for laser-engraving of a non-personalized manual identity booklet, comprising: - a number of layers (L1-L6) which are laminated sheets arranged in a stack-formation, including a top layer, a bottom layer and one or more intermediate layers (L2-L5), wherein the laminated layers have a common outline with substantially flush edges, and form a page carrier laminate (area A), and - a hinge layer which is partially laminated within the page carrier laminate (area A) and partially protrudes outward from one edge of the page carrier laminate (area A) in order to serve as a hinge, characterized in that a laser-engraving-reactive layer is provided among said intermediate layers, and the hinge layer is produced from a plastic-based specially formulated thermoplastic polyurethane (TPU) hinge sheet having a smooth and even surface and serves as a secure connecting thin part between the laminated multi - layer data page and the rest of the non-personalized manual identity booklet. - a number of layers (L1-L6) which are laminated sheets arranged in a stack-formation, including a top layer, a bottom layer and one or more intermediate layers (L2-L5), wherein the laminated layers have a common outline with substantially flush edges, and form a page carrier laminate (area A), and - a hinge layer which is partially laminated within the page carrier laminate (area A) and partially protrudes outward from one edge of the page carrier laminate (area A) in order to serve as a hinge, characterized in that a laser-engraving-reactive layer is provided among said intermediate layers, and the hinge layer is produced from a plastic-based specially formulated thermoplastic polyurethane (TPU) hinge sheet having a smooth and even surface and serves as a secure connecting thin part between the laminated multi - layer data page and the rest of the non-personalized manual identity booklet.
Arrangement in a dishwasher for creating a wash zone with intensified washing in a washing chamber , said arrangement comprising: a spray arm rotatably arranged around an axis A; a water pump arranged to feed water to the spray arm ; a control unit arranged to control operation of the water pump ; wherein at least one additional nozzle is arranged on the spray arm , said additional nozzle is arranged to be opened when the pressure in the water fed from the water pump to the spray arm exceeds a predetermined level, characterized in that said arrangement further comprises a support element arranged to rotatably support the spray arm in the washing chamber and feed water from the water pump to the spray arm , said support element further comprising an actuator member movably arranged along an axis M parallel to the axis A between a first position in which the spray arm is rotatable around the axis A and a second position in which the spray arm is prevented from rotating and the additional nozzle on the spray arm is opened, wherein the actuator member is arranged to move from the first position to the second position when the pressure in the water fed from the water pump to the spray arm exceeds a predetermined level. a spray arm rotatably arranged around an axis A; a water pump arranged to feed water to the spray arm ; a control unit arranged to control operation of the water pump ; wherein
Method of handling tyres, including: - generating a first relative motion between a detecting line and a tyre for acquiring, by means of said detecting line , the position of a first edge of said tyre with respect to a reference ; - generating a second relative motion between said detecting line and said tyre for acquiring, by means of said detecting line , the position of a second edge of said tyre with respect to said reference ; - positioning a gripping device and gripping said tyre by means of said gripping device on the basis of the positions of said first and second edge with respect to said reference . - generating a first relative motion between a detecting line and a tyre for acquiring, by means of said detecting line , the position of a first edge of said tyre with respect to a reference ; - generating a second relative motion between said detecting line and said tyre for acquiring, by means of said detecting line , the position of a second edge of said tyre with respect to said reference ; - positioning a gripping device and gripping said tyre by means of said gripping device on the basis of the positions of said first and second edge with respect to said reference .