mhurhangee/patent-ind-claim-en huggingface dataset:
An implement adjusting system, comprising: an implement having a plurality of adjustable components; a plurality of input values ; at least one controlled system configured to adjust at least one adjustable component of the plurality of adjustable components, the plurality of adjustable components including a main frame section and a second frame section pivotally coupled to the main frame section ; and a controller that receives the plurality of input values , the controller configured to reposition the plurality of adjustable components based on the plurality of input values ; wherein, the plurality of adjustable components are repositionable by the controller based on the plurality of input values ; further wherein the controller is configured to alter a position of the second frame section relative to the main frame section responsive to the plurality of input values to provide a substantially consistent downforce to a plurality of tools on both the main frame section and the second frame section . an implement having a plurality of adjustable components; a plurality of input values ; at least one controlled system configured to adjust at least one adjustable component of the plurality of adjustable components, the plurality of adjustable components including a main frame section and a second frame section pivotally coupled to the main frame section ; and a controller that receives the plurality of input values , the controller configured to reposition the plurality of adjustable components based on the plurality of input values ; wherein, the plurality of adjustable components are repositionable by the controller based on the plurality of input values ; further wherein the controller is configured to alter a position of the second frame section relative to the main frame section responsive to the plurality of input values to provide a substantially consistent downforce to a plurality of tools on both the main frame section and the second frame section .
Optoelectronic device comprising: - a LED suited to the emission of a radiation, the LED comprising an active layer , and - a conversion layer extending over the active layer of the LED and comprising a plurality of fluorophores suited to the conversion of the radiation emitted by the LED, the conversion layer being confined laterally by a mirror reflecting both a radiation converted by the fluorophores and the radiation not converted by the fluorophores, the device being characterized in that the conversion layer is confined vertically between a first multilayer reflective filter and a second multilayer reflective filter forming a resonant Fabry-Perot cavity that blocks the radiation not converted by the fluorophores and has a transmittance peak for the radiation converted by the fluorophores. - a LED suited to the emission of a radiation, the LED comprising an active layer , and - a conversion layer extending over the active layer of the LED and comprising a plurality of fluorophores suited to the conversion of the radiation emitted by the LED,
Apparatus for supplying a continuous web of crimped sheet material to a rod forming device for the production of filters for smoking articles, the apparatus comprising - a winding unit for unwinding the sheet material from a bobbin on which the sheet material is provided; - a crimping unit for crimping the sheet material, - a dispensing unit arranged downstream of the crimping unit when viewed in the direction of transport of the sheet material, and upstream of the rod forming device to which the crimped sheet material is supplied, characterized in that the dispensing unit is configured for adding a variable amount of particulate add-on material to the sheet material for varying a resistance to draw of a final filter to be produced from the sheet material, and in that the apparatus further comprises a control unit for controlling the various units of the apparatus in response to sensor signals received from the respective units. - a winding unit for unwinding the sheet material from a bobbin on which the sheet material is provided; - a crimping unit for crimping the sheet material, - a dispensing unit arranged downstream of the crimping unit when viewed in the direction of transport of the sheet material, and upstream of the rod forming device to which the crimped sheet material is supplied,
A method of editing effects in a bitstream carrying video data indicative of a first video sequence, said method comprising: - decoding, the bitstream and a different bitstream to obtain respectively a first decoded video sequence and a second decoded video sequence ; - obtaining from the bitstream carrying video data indicative of a first video sequence data indicative of transform coefficients; - obtaining, from the different bitstream carrying video data indicative of a second video sequence further data indicative of a plurality of further transform coefficients; - obtaining predicted video data based on motion vectors from the first decoded video sequence, and on a previously reconstructed frame of the second decoded video sequence ; - performing a transform coding on the predicted video data to obtain transformed predicted video data ; and - modifying the first video sequence data in the transform domain for providing modified transform coefficients in a valid compressed video bitstream , wherein said modifying comprises combining the obtained data with the obtained further data and the transformed predicted video data . - decoding, the bitstream and a different bitstream to obtain respectively a first decoded video sequence and a second decoded video sequence ; - obtaining from the bitstream carrying video data indicative of a first video sequence data indicative of transform coefficients; - obtaining, from the different bitstream carrying video data indicative of a second video sequence further data indicative of a plurality of further transform coefficients; - obtaining predicted video data based on motion vectors from the first decoded video sequence, and on a previously reconstructed frame of the second decoded video sequence ; - performing a transform coding on the predicted video data to obtain transformed predicted video data ; and - modifying the first video sequence data in the transform domain for providing modified transform coefficients in a valid compressed video bitstream , wherein said modifying comprises combining the obtained data with the obtained further data and the transformed predicted video data .
A method of operating a lid of a robotic vehicle , the lid providing access to an interior space of the robotic vehicle in an opened position and preventing access to the interior space in a closed position, the lid being operable by a motor for moving the lid between the opened position and the closed position, the method comprising: when the lid is between the opened position and a first intermediary position, the first intermediary position being defined between the opened position and the closed position, providing a first electric current to the motor for exerting a first force on the lid , the first electric current having a first value; when the lid is between the first intermediary position and a second intermediary position, the second intermediary position being defined between the first intermediary position and the closed position, providing a second electric current to the motor for exerting a second force on the lid , the second electric current having a second value, the second value having a sign opposite to a sign of the first value, the second force being applied in an opposite direction of the first force; when the lid is between the second intermediary position and the closed position, providing a third electric current to the motor for exerting a third force on the lid , the third electric current having a third value, the third value having a same sign as the sign of the first value, the third force being applied in a same direction as the first force; the lid being rotatable about a horizontal axis between the opened position and the closed position, the second force being applied to the lid for partially counteracting a gravitational force applied to the lid between the first intermediary position and the second intermediary position. when the lid is between the opened position and a first intermediary position, the first intermediary position being defined between the opened position and the closed position, providing a first electric current to the motor for exerting a first force on the lid , the first electric current having a first value; when the lid is between the first intermediary position and a second intermediary position, the second intermediary position being defined between the first intermediary position and the closed position, providing a second electric current to the motor for exerting a second force on the lid , the second electric current having a second value, the second value having a sign opposite to a sign of the first value, the second force being applied in an opposite direction of the first force; when the lid is between the second intermediary position and the closed position, providing a third electric current to the motor for exerting a third force on the lid , the third electric current having a third value, the third value having a same sign as the sign of the first value, the third force being applied in a same direction as the first force;
A pneumatic tire comprising a pair of beads each with an associated bead core , a single carcass ply folded about each bead core so as to define a main body portion and a turnup portion associated with each bead, a tread disposed radially outward from the single carcass ply , the tread having shoulder portions disposed at axial outer edges of the tread , and a pair of sidewalls extending radially outward from each bead to a location adjacent each shoulder portion, each sidewall being disposed axially outward of the single carcass ply , characterized in that the single carcass ply is reinforced with metallic cords comprising steel filaments having a filament diameter in a range of from 0.07 mm to 0.12 mm, characterized in that each steel filament has a tensile strength in MPa of at least (-2000 x D + 4900) as measured in accordance with ASTM D2969-04, wherein D is the filament diameter in mm, and in that the tire further includes an apex and includes a chipper and/or a flipper.
A system (300; 400; 600), comprising: a heart sound signal input circuit (302; 402; 602) configured to receive heart sound information of a heart over a first interval, the first interval including at least a portion of each of a first number of cardiac cycles; a heart sound variability circuit (304; 404; 604) configured to determine an amplitude variation of a first heart sound (S1) of the heart sound information, the amplitude variation representative of a variation of an amplitude of the S1 across the first number of cardiac cycles of the first interval; and an atrial fibrillation detection circuit (306; 406; 606) configured to calculate an atrial fibrillation metric indicative of an atrial fibrillation episode of the heart for the first interval using the determined amplitude variation of the first interval and to provide an alert using the atrial fibrillation metric, wherein the first interval is a short atrial fibrillation interval comprising a time of less than two minutes or a number of cardiac cycles occurring over a time of less than two minutes. a heart sound signal input circuit (302; 402; 602) configured to receive heart sound information of a heart over a first interval, the first interval including at least a portion of each of a first number of cardiac cycles; a heart sound variability circuit (304; 404; 604) configured to determine an amplitude variation of a first heart sound (S1) of the heart sound information, the amplitude variation representative of a variation of an amplitude of the S1 across the first number of cardiac cycles of the first interval; and an atrial fibrillation detection circuit (306; 406; 606) configured to calculate an atrial fibrillation metric indicative of an atrial fibrillation episode of the heart for the first interval using the determined amplitude variation of the first interval and to provide an alert using the atrial fibrillation metric, wherein the first interval is a short atrial fibrillation interval comprising a time of less than two minutes or a number of cardiac cycles occurring over a time of less than two minutes.
A temperature-controlled container in cabinet form or chest form having a cooled or heated inner space ; and a thermoelectric element , in particular having a Peltier element, that is arranged such that the inner space is cooled or heated by means of the thermoelectric element , wherein a plurality of thermoelectric elements that are arranged at a spatial distance from one another are present for the temperature control of the inner space , the container has main surfaces that in the case of a container in cabinet form comprise the two side walls, the top wall, the bottom and the rear wall and in the case of a container in chest form comprise the two side walls, the front wall, the rear wall, and the bottom; two of the thermoelectric elements are arranged at different main surfaces; and the outer skin (A) and the inner wall (I) bounding the inner wall consist completely of sheet metal, characterized in that the inner wall (I) bounding the inner space has a smaller wall thickness than the outer skin (A) of the container.
A stage for cutting process, comprising: a support substrate ; a driving unit disposed on the support substrate , wherein the driving unit is configured to drive the support substrate to rotate around a first direction in a board surface of the support substrate so as to remove foreign matters on the support substrate , characterized by a carrier plate disposed on the support substrate ; and a conveyor belt disposed on the support substrate , wherein the conveyor belt is configured to convey the carrier plate . a support substrate ; a driving unit disposed on the support substrate , wherein the driving unit is configured to drive the support substrate to rotate around a first direction in a board surface of the support substrate so as to remove foreign matters on the support substrate , characterized by a carrier plate disposed on the support substrate ; and a conveyor belt disposed on the support substrate , wherein the conveyor belt is configured to convey the carrier plate .
A sealing apparatus comprising a heating plate having a sealing surface that heat-seals a pouch mouth of a pouch , and an antifouling-sheet attachment mechanism to which an antifouling sheet for covering the sealing surface is attached, characterized in that the antifouling-sheet attachment mechanism comprises: an accommodation member having a groove part ; and an insertion member having a longitudinal direction that is parallel to a direction in which the groove part extends, at least a part of the insertion member being inserted into the groove part , and the antifouling sheet is held between the groove part and the insertion member . the antifouling-sheet attachment mechanism comprises: an accommodation member having a groove part ; and an insertion member having a longitudinal direction that is parallel to a direction in which the groove part extends, at least a part of the insertion member being inserted into the groove part , and an accommodation member having a groove part ; and an insertion member having a longitudinal direction that is parallel to a direction in which the groove part extends, at least a part of the insertion member being inserted into the groove part , and the antifouling sheet is held between the groove part and the insertion member .
Method for controlling the movement of a motion-controlled vitreoretinal viewing system in an ophthalmic surgical microscope comprising a movable motion-controlled optics carrier to which the vitreoretinal viewing system is attached movably, a microscope support to which the optical optics carrier is attached movably, the vitreoretinal viewing system comprising a front piece , and a microscope motion controller , the motion controller comprising an I/O section and an output section , the I/O section being configured to output a carrier positioning signal representing a carrier target position (x T ) and to receive a carrier position signal representing an actual carrier position (x A ) of the optics carrier , wherein the output section is configured to output a front piece positioning signal representing a front piece target position (x' T ,x FT ) of the vitreoretinal viewing system , wherein the motion controller is configured to compute the front piece target position (x' T ,x FT ) from at least one of the carrier target position (x T ) and a carrier actual position (x A ), the front piece target position (x FT ) relative to the support being constant, wherein the position (x' A , x FA ) of the front piece is automatically maintained stationary with respect to the support independent of a movement of the optics carrier relative to the support .
An aerosol-generating device , comprising: a housing having a chamber , an induction coil disposed around at least a portion of the chamber ; a heating compartment for receiving an aerosol-generating article , the heating compartment being detachably insertable into the chamber of the housing , the heating compartment comprising a cavity configured to receive at least a portion of the aerosol-generating article ; and the aerosol-generating device further comprising a heating element arrangeable within the cavity of the heating compartment , wherein the heating element extends into the cavity in a longitudinal direction of the cavity, and wherein the heating element is configured to penetrate an aerosol-forming substrate comprised in the aerosol-generating article and received in the cavity, and wherein the induction coil together with the heating element form an induction heater. a housing having a chamber , an induction coil disposed around at least a portion of the chamber ; a heating compartment for receiving an aerosol-generating article , the heating compartment being detachably insertable into the chamber of the housing , the heating compartment comprising a cavity configured to receive at least a portion of the aerosol-generating article ; and the aerosol-generating device further comprising a heating element arrangeable within the cavity of the heating compartment , wherein the heating element extends into the cavity in a longitudinal direction of the cavity, and wherein the heating element is configured to penetrate an aerosol-forming substrate comprised in the aerosol-generating article and received in the cavity, and wherein the induction coil together with the heating element form an induction heater.
A smoking article including a filter comprising a polymeric insert having walls, the thickness of the walls being between 0.2 mm and 2.0 mm, the insert having a compressibility of less than 100 N per 1.5 mm and being formed of a water soluble polymeric material comprising one or more water soluble polymers, wherein the filter is circumscribed by a filter wrapper and wherein the filter wrapper is fused to the outer surface of the polymeric insert by means of the polymeric material forming the polymeric insert .
A tire in which a groove is formed in a tread portion , wherein the groove has a groove bottom , at least one projection portion projecting in a tire radial direction is formed on the groove bottom , the projection portion has side surfaces extending outward in the tire radial direction from the groove bottom , and an outer surface which is contiguous with the side surfaces and which faces outward in the tire radial direction, and the projection portion has therein a thin groove portion opened in the outer surface , the tire is characterized by a hollow portion which is contiguous with an inner side in the tire radial direction of the thin groove portion and which has a larger width than the thin groove portion .
Printed circuit comprising a microcontroller comprising at least one main element termed as a core , and at least one peripheral unit , hardware means for diverting an internal shut-down function (SHDN) of said microcontroller corresponding to selective means for managing the power supply of said microcontroller implementing the following means: • means for receiving a command ( Cde Ext ) for shutting down said microcontroller, said command coming from an internal shut-down function (SHDN) of said microcontroller; • means for the reversible cutting off of the power supply of said at least one peripheral unit ; • means for maintaining the power supply of said core , said selective means being external to said microcontroller . • means for receiving a command ( Cde Ext ) for shutting down said microcontroller, said command coming from an internal shut-down function (SHDN) of said microcontroller; • means for the reversible cutting off of the power supply of said at least one peripheral unit ; • means for maintaining the power supply of said core ,
Method for producing a reinforced profile element for supporting at least one wall partition, in particular at least one drywall plasterboard partition, comprising the steps of: a) providing a preliminary profile element; b) forming at least one cut-out within the preliminary profile element so that the preliminary profile element is subdivided into a profile element main body and at least one reinforcing element having at least a detached portion being detached or detachable from the profile element main body ; c) transferring at least a portion of the reinforcing element from a first position to a second position; and d) connecting, in the second position, the detached portion of the reinforcing element with the profile element main body in order to reinforce the profile element main body characterised in that the connection of the detached portion of the reinforcing element with the profile element main body in order to reinforce the profile element main body is achieved by arresting the reinforcing element with the profile element main body via a snap-in mechanism . a) providing a preliminary profile element; b) forming at least one cut-out within the preliminary profile element so that the preliminary profile element is subdivided into a profile element main body and at least one reinforcing element having at least a detached portion being detached or detachable from the profile element main body ; c) transferring at least a portion of the reinforcing element from a first position to a second position; and d) connecting, in the second position, the detached portion of the reinforcing element with the profile element main body in order to reinforce the profile element main body
Method for synthesizing 1,1-diamino-2,2-dinitroethylene (FOX-7) or a salt thereof, characterized in that an isourea derivative cation, which consists of a C(NH 2 ) (NH 2 + ) radical and a nucleofugal leaving group bonded to the carbon atom of said C(NH 2 ) (NH 2 + ) radical, is reacted with a dinitromethane anion, wherein the nucleofugal leaving group is selected from a group consisting of an O-alkyl, triazolyl, halide, carboyl halide, nonaflate, trifluoromethanesulphate, sulphonate, tosyl, mesyl, diazonium, oxonium, quaternary ammonium compound, ester, acid anhydride, nitrate, phosphate, organic ester, ammonium, phenol, alcohol and a carboxylic radical.