mhurhangee/patent-ind-claim-en huggingface dataset:
A submerged combustion burner panel comprising: (a) a panel body having a first major surface defined by a lower fluid-cooled portion of the panel body , and a second major surface defined by an upper non-fluid-cooled portion of the panel body , the panel body having at least one through passage extending from the first to the second major surface , the panel body supporting at least one set of substantially concentric at least one inner conduit and an outer conduit in the through passage , each conduit comprising proximal and distal ends, the at least one inner conduit forming a primary passage and the outer conduit forming a secondary passage between the outer conduit and the at least one inner conduit ; and (b) the through passage diameter being greater in the lower fluid-cooled portion than in the upper non-fluid cooled portion and a fluid-cooled protective member being associated with each set and having connections for coolant fluid supply and return, each fluid-cooled protective member positioned adjacent at least a portion of the circumference of the outer conduit between the proximal and distal ends thereof at approximately a position of the fluid-cooled portion of the panel body . (a) a panel body having a first major surface defined by a lower fluid-cooled portion of the panel body , and a second major surface defined by an upper non-fluid-cooled portion of the panel body , the panel body having at least one through passage extending from the first to the second major surface , the panel body supporting at least one set of substantially concentric at least one inner conduit and an outer conduit in the through passage , each conduit comprising proximal and distal ends, the at least one inner conduit forming a primary passage and the outer conduit forming a secondary passage between the outer conduit and the at least one inner conduit ; and (b) the through passage diameter being greater in the lower fluid-cooled portion than in the upper non-fluid cooled portion and a fluid-cooled protective member being associated with each set and having connections for coolant fluid supply and return, each fluid-cooled protective member positioned adjacent at least a portion of the circumference of the outer conduit between the proximal and distal ends thereof at approximately a position of the fluid-cooled portion of the panel body .
A method, performed by a processor , comprising: determining a first usage parameter associated with a first information item, wherein the first usage parameter comprises at least one of: a number of times the first information item has been used, a frequency that the first information item has been used and a time since the first information item has been used; determining a graphical representation corresponding to the first information item, wherein the determination is uninfluenced by the first usage parameter; determining a first selection region used for input associated with the first information item, wherein the size of the first selection region is based, at least in part, on the first usage parameter; and causing display of the graphical representation absent indication of the first selection region. determining a first usage parameter associated with a first information item, wherein the first usage parameter comprises at least one of: a number of times the first information item has been used, a frequency that the first information item has been used and a time since the first information item has been used; determining a graphical representation corresponding to the first information item, wherein the determination is uninfluenced by the first usage parameter; determining a first selection region used for input associated with the first information item, wherein the size of the first selection region is based, at least in part, on the first usage parameter; and causing display of the graphical representation absent indication of the first selection region.
An apparatus for sensing a position of an object, comprising: a probe adapted to be inserted into a body of a subject; at least one first electrode disposed near a distal end of the probe; a plurality of second electrodes adapted to be coupled at respective locations to a surface of the body; at least one electrode transmitter connected to the first electrode for passing mapping electrical currents between the first electrode on the probe and the second electrodes on the surface of the body; patch measurement circuits adapted to determine respective portions of the mapping electrical currents passing through the second electrodes; and a control unit , adapted for making measurements of the mapping electrical currents, for calibrating the measurements so as to compensate for one or more non-ideal features of the measurements including effects of system-dependent electrical coupling to one or more medical devices other than the first electrode and the second electrodes, and for computing the position of the probe in the body using the calibrated measurements, wherein calibrating the measurements comprises calculating the effects of system-dependent electrical coupling by electrically bypassing the patch measurement circuits, and determining respective mapping generator-induced crosstalk signals experienced by the second electrodes using the patch measurement circuits. a probe adapted to be inserted into a body of a subject; at least one first electrode disposed near a distal end of the probe; a plurality of second electrodes adapted to be coupled at respective locations to a surface of the body; at least one electrode transmitter connected to the first electrode for passing mapping electrical currents between the first electrode on the probe and the second electrodes on the surface of the body; patch measurement circuits adapted to determine respective portions of the mapping electrical currents passing through the second electrodes; and a control unit , adapted for making measurements of the mapping electrical currents, for calibrating the measurements so as to compensate for one or more non-ideal features of the measurements including effects of system-dependent electrical coupling to one or more medical devices other than the first electrode and the second electrodes, and for computing the position of the probe in the body using the calibrated measurements, wherein calibrating the measurements comprises calculating the effects of system-dependent electrical coupling by electrically bypassing the patch measurement circuits, and determining respective mapping generator-induced crosstalk signals experienced by the second electrodes using the patch measurement circuits.
Calendering installation for the production of a reinforcing ply for a tyre, which has a frame , two extruders for feeding elastomer material, a reinforcing-thread feeding device for conveying the reinforcing threads into a calender , the calender having a first pair of counter-rotating rollers, with a first working roller and a first shaping roller , and a second pair of counter-rotating rollers, with a second working roller and a second shaping roller , a first flat die that is provided between the first extruder and the first pair of rollers and projects into a first rubber-ply calendering nip defined between the first pair of rollers , and a second flat die that is provided between the second extruder and the second pair of rollers and projects into a second rubber-ply calendering nip defined between the second pair of rollers , wherein a calendering nip is formed between the working rolls in order to receive a first calendered rubber ply delivered by the first pair of rollers , a second calendered rubber ply delivered by the second pair of rollers , and the reinforcing threads delivered by the reinforcing-thread feeding device in order to supply the calendered reinforcing ply , which is conveyed to the outlet of the installation via guide rollers , characterized in that the two extruders are superposed and arranged on either side of a horizontal plane P extending at the level of the guide rollers of the reinforcing ply.
A method for manufacturing a camera capable of coupling with a lens and being capable of automatic focusing an image in a main image region, comprising: collecting statistic data for the camera and the lens ; deriving image focusing window selection rules from said statistic data; loading the image focusing window selection rules and respective weights for image focusing windows defined by the image focusing window selection rules into the camera , wherein said image focusing window selection rules are built-in rules derived from the statistic data specific to the camera and the lens , wherein the statistic data includes probabilities for the main imaging region to fall into each region of an image frame, and wherein the respective weights associated with each of the image focusing windows within the set of image focusing windows are calculated based on the statistic data; enabling the camera to use said image focusing window selection rules in selecting a set of image focusing windows for the image frame at each lens position, wherein said selecting the set of image focusing windows is based on one or more of the sets of image focusing window selection rules; and enabling the camera to use said respective weights for calculating focus measure values when photographing a picture by the camera . collecting statistic data for the camera and the lens ; deriving image focusing window selection rules from said statistic data; loading the image focusing window selection rules and respective weights for image focusing windows defined by the image focusing window selection rules into the camera , wherein said image focusing window selection rules are built-in rules derived from the statistic data specific to the camera and the lens , wherein the statistic data includes probabilities for the main imaging region to fall into each region of an image frame, and wherein the respective weights associated with each of the image focusing windows within the set of image focusing windows are calculated based on the statistic data; enabling the camera to use said image focusing window selection rules in selecting a set of image focusing windows for the image frame at each lens position, wherein said selecting the set of image focusing windows is based on one or more of the sets of image focusing window selection rules; and enabling the camera to use said respective weights for calculating focus measure values when photographing a picture by the camera .
Method for producing a motor vehicle component from a light metal alloy, having the following method steps: - extruding an extruded profile having a corrugated cross-section and at least two mutually different wall thicknesses (W1, W2) and at least two closed hollow chambers which are adjacent and are connected to one another by webs , wherein flanges project laterally from the hollow chambers , which extruded profile has an extrusion width , - at least partially flattening and/or widening the cross-section to a processing width , wherein the processing width is greater than the extrusion width , and grooves are formed between the hollow chambers , which grooves promote the flattening and/or widening, - before or after the flattening and/or widening, separating into blanks , - processing the blanks by deformation into the motor vehicle component , wherein a component width is greater than the extrusion width . - extruding an extruded profile having a corrugated cross-section and at least two mutually different wall thicknesses (W1, W2) and at least two closed hollow chambers which are adjacent and are connected to one another by webs , wherein flanges project laterally from the hollow chambers , which extruded profile has an extrusion width , - at least partially flattening and/or widening the cross-section to a processing width , wherein the processing width is greater than the extrusion width , and grooves are formed between the hollow chambers , which grooves promote the flattening and/or widening, - before or after the flattening and/or widening, separating into blanks , - processing the blanks by deformation into the motor vehicle component , wherein a component width is greater than the extrusion width .
Surgical instrument with a working end that comprises a first contact element and a second contact element for spreading apart tissue, bone or similar, wherein the instrument comprises a stationary base part and a moveable part that is longitudinally moveably arranged thereupon, wherein the first contact element is arranged in one piece on the distal end of the base part , wherein the second contact element is connected to the base part and to the moveable part via a first arm and to the base part via a second arm , wherein the first arm is arranged on the second contact element via a first swivel axis , on the base part via a second swivel axis , and on the moveable part via a third swivel axis , wherein the first swivel axis , the second swivel axis and the third swivel axis are arranged on the first arm and fixed relative to each other, wherein the second arm is arranged on the second contact element via a fourth swivel axis and on the first contact element of the base part via a fifth swivel axis , and wherein the fourth swivel axis is arranged distally from the first swivel axis and the fifth swivel axis is arranged distally from the second swivel axis .
A water filter cartridge with a housing , a flow path for water to be processed by the water filter cartridge and a flow passage for air for ventilating a water tank that feeds the water filter cartridge and which stores the water, wherein stopping means are provided for the flow passage for air , characterized in that the flow path provided for the flow of the water to be processed is unaffected by an influence on the flow passage for air by opening or closing the stopping means , so that the water filter cartridge can be operated with all functions both in a hydraulically closed and a hydraulically open water tank.
Honeycomb monolith structure having a square or rectangular cross section, especially for use as catalyst or support for a catalyst in selective catalytic reduction (SCR) of nitrogen oxides, comprising: a plurality of cell walls defining a plurality of polygonal channels, the plurality of cell walls and channels extending in parallel along a common direction from an entrance end to an outlet end of the structure in the fluid flow direction and where the channels are open in both ends, and where the transversal cross section of the polygonal channels has the shape of elongated convex polygons in a closest packing, wherein more than 50% of the internal angles between two adjacent walls of the convex polygon are greater than 90 degrees and where the cell aspect ratio L L /L S is greater than 1.5, wherein the monolith structure has two edges which are parallel to the longest cross sectional direction (L L ) of a majority of channels; characterized in that the monolith structure has a plurality of channels with an elongated polygonal cross section oriented in a perpendicular direction to the majority of channels of polygonal cross section in an edge region adjacent to the two edges of the monolith which are parallel to the longest cross sectional direction (L L ) of the majority of channels. a plurality of cell walls defining a plurality of polygonal channels, the plurality of cell walls and channels extending in parallel along a common direction from an entrance end to an outlet end of the structure in the fluid flow direction and where the channels are open in both ends, and where the transversal cross section of the polygonal channels has the shape of elongated convex polygons in a closest packing, wherein more than 50% of the internal angles between two adjacent walls of the convex polygon are greater than 90 degrees and where the cell aspect ratio L L /L S is greater than 1.5, wherein the monolith structure has two edges which are parallel to the longest cross sectional direction (L L ) of a majority of channels; characterized in that the monolith structure has a plurality of channels with an elongated polygonal cross section oriented in a perpendicular direction to the majority of channels of polygonal cross section in an edge region adjacent to the two edges of the monolith which are parallel to the longest cross sectional direction (L L ) of the majority of channels.
A control lever for a vehicle , the control lever comprising: a lever body having a gripping surface for a hand of an operator, the lever body having a base end and an upper end , and a control panel mounted to said lever body , the control panel moveable about the lever body, characterised in that the control panel has configurable operating elements provided thereon, and wherein the operating elements of the control panel are configured based at least in part on the position of the control panel relative to the lever body . a lever body having a gripping surface for a hand of an operator, the lever body having a base end and an upper end , and a control panel mounted to said lever body , the control panel moveable about the lever body, characterised in that the control panel has configurable operating elements provided thereon, and wherein the operating elements of the control panel are configured based at least in part on the position of the control panel relative to the lever body .
An absorbent article for personal hygiene such as a diaper , or training pant, or incontinence insert, the absorbent article comprising: a liquid permeable topsheet ; a liquid impermeable backsheet ; an absorbent core positioned between said topsheet and backsheet , an indicator for indicating the presence of exudates and being positioned on a body-facing side of said backsheet , the indicator comprising an electrically conductive material, the article further comprising a detection device that can be removably attached to the absorbent article such to become in electrical communication with said indicator when attached to said article to measure a change in resistance or capacitance in response to a voiding event, characterized in that the absorbent core comprises one or more channels substantially free of absorbent material, and in that the indicator comprises a pattern that overlaps with said channels such that said indicator substantially matches and/or follows the shape of said channels in a planar direction, wherein the pattern of the indicator comprises at least two sensing tracks each track forming an open circuit corresponding to a different position of the backsheet and the absorbent core , and wherein the sensing tracks are printed with a conductive ink. a liquid permeable topsheet ; a liquid impermeable backsheet ; an absorbent core positioned between said topsheet and backsheet , an indicator for indicating the presence of exudates and being positioned on a body-facing side of said backsheet , the indicator comprising an electrically conductive material, the article further comprising a detection device that can be removably attached to the absorbent article such to become in electrical communication with said indicator when attached to said article to measure a change in resistance or capacitance in response to a voiding event, characterized in that the absorbent core comprises one or more channels substantially free of absorbent material, and in that the indicator comprises a pattern that overlaps with said channels such that said indicator substantially matches and/or follows the shape of said channels in a planar direction, wherein the pattern of the indicator comprises at least two sensing tracks each track forming an open circuit corresponding to a different position of the backsheet and the absorbent core , and wherein the sensing tracks are printed with a conductive ink.
A cavitating core (G 1 , G 2 , G 3 , G 4 ) of firearm ammunition comprising, at least: a head portion conjugated with a secant nose surface having a cavitating edge , a central portion , and an aft portion with a gliding surface designed to stabilize the cavitating core in a cavity due to one-sided periodic wetting and gliding along the cavity contour (W), wherein the cavitating core caliber (D) is defined by the largest diameter of the circle circumscribing the cross-section of the gliding surface , wherein in the plane of the cavitating core axial longitudinal section, the current diameter ( D X ) of the enveloping contour line (R) from the cavitating edge to the cavitating core caliber (D) is limited by the equation: D X = d × 1 + L X / d × 2 π × sin φ / π N , wherein: D X - is the current diameter of the enveloping contour line (R) on the current length (Lx) from the cavitating edge to the cavitating core caliber (D) (in mm); d - is the diameter of the cavitating edge (in mm); L X - is the current length from the cavitating edge to the cavitating core caliber (D) (in mm); φ = 60°... 180° - is the apex angle of the tangents to the secant nasal surface at the points of its conjugation with the cavitating edge measured from the side of the head portion ; N = 0.25...0.40 - is the cavitating core (G 1 , G 2 , G 3 , G 4 ) volume factor, wherein the cavitating core caliber (D) is equal to the current diameter (Dx) of the enveloping contour (R) when Lx = L, where (L) is the length from the cavitating edge to the cavitating core caliber (D), and the center of mass of the cavitating core is located at the length X ≥ 0.3 D in front of the leading edge of the gliding surface at the length (L). D X - is the current diameter of the enveloping contour line (R) on the current length (Lx) from the cavitating edge to the cavitating core caliber (D) (in mm); d - is the diameter of the cavitating edge (in mm); L X - is the current length from the cavitating edge to the cavitating core caliber (D) (in mm); φ = 60°... 180° - is the apex angle of the tangents to the secant nasal surface at the points of its conjugation with the cavitating edge measured from the side of the head portion ; N = 0.25...0.40 - is the cavitating core (G 1 , G 2 , G 3 , G 4 ) volume factor,
A mode control method, applied to a microcontroller configured to control an electric pump, the mode control method comprising: obtaining (S110) a pulse-width modulation (PWM) signal; obtaining (S120) a duty cycle of the PWM signal; obtaining (S130) a target rotational speed of the electric pump based on the duty cycle of the PWM signal; characterized by determining (S140) whether the target rotational speed of the electric pump is equal to 0 and whether that the target rotational speed of the electric pump remains equal to 0 for a set duration; in response to determining that the target rotational speed of the electric pump is equal to 0 and that the target rotational speed of the electric pump remains equal to 0 for the set duration, entering a sleep mode by the microcontroller; and in response to determining that the target rotational speed of the electric pump is not equal to 0 or the target rotational speed of the electric pump does not remain equal to 0 for the set duration, entering a working mode by the microcontroller. obtaining (S110) a pulse-width modulation (PWM) signal; obtaining (S120) a duty cycle of the PWM signal; obtaining (S130) a target rotational speed of the electric pump based on the duty cycle of the PWM signal; characterized by determining (S140) whether the target rotational speed of the electric pump is equal to 0 and whether that the target rotational speed of the electric pump remains equal to 0 for a set duration; in response to determining that the target rotational speed of the electric pump is equal to 0 and that the target rotational speed of the electric pump remains equal to 0 for the set duration, entering a sleep mode by the microcontroller; and in response to determining that the target rotational speed of the electric pump is not equal to 0 or the target rotational speed of the electric pump does not remain equal to 0 for the set duration, entering a working mode by the microcontroller.