mhurhangee/patent-ind-claim-en huggingface dataset:
A braking system for reducing a speed of an aircraft , comprising: a processor, including memory for storing a program for calculating braking parameters; a wheel speed sensor communicating with the processor; a braking actuator responsive to commands from the processor; an aircraft navigation system that provides current aircraft position data and position data for one of a desired runway exit and an end of a runway to the processor in the form of longitude and latitude coordinates; characterised in that the processor uses a small angle simplification for the Haversine formula to estimate the distance between a current position and said one of the desired runway exit and the end of the runway ; and the processor one of commands the braking actuator to reduce the speed of the aircraft based on the calculation of the distance between the current position and the desired runway exit , generates a deceleration profile and issues a warning signal if there is potential for a runway overrun/excursion, or commands the braking actuator to initiate maximum braking force when the processor determines that the aircraft will experience a runway overrun/excursion.. a processor, including memory for storing a program for calculating braking parameters; a wheel speed sensor communicating with the processor; a braking actuator responsive to commands from the processor; an aircraft navigation system that provides current aircraft position data and position data for one of a desired runway exit and an end of a runway to the processor in the form of longitude and latitude coordinates; characterised in that the processor uses a small angle simplification for the Haversine formula to estimate the distance between a current position and said one of the desired runway exit and the end of the runway ; and the processor one of commands the braking actuator to reduce the speed of the aircraft based on the calculation of the distance between the current position and the desired runway exit , generates a deceleration profile and issues a warning signal if there is potential for a runway overrun/excursion, or commands the braking actuator to initiate maximum braking force when the processor determines that the aircraft will experience a runway overrun/excursion..
A liquid refill container for refilling a liquid discharge apparatus with liquid, the liquid refill container comprising: a liquid storage portion made of a metal and configured to contain liquid; a pouring portion removeably connected to the liquid storage portion and having an outlet for pouring the liquid; and a cap portion removeably attached to the pouring portion and covering the outlet, the liquid refill container being characterized in that the pouring portion and the liquid storage portion are in the same color system in an CIE color specification system, and the cap portion is in a color system in the CIE color specification system that is different from the color system in which the liquid storage portion is in. a liquid storage portion made of a metal and configured to contain liquid; a pouring portion removeably connected to the liquid storage portion and having an outlet for pouring the liquid; and a cap portion removeably attached to the pouring portion and covering the outlet, the liquid refill container being characterized in that the pouring portion and the liquid storage portion are in the same color system in an CIE color specification system, and the cap portion is in a color system in the CIE color specification system that is different from the color system in which the liquid storage portion is in.
A free base or acid salt polymorph of a compound of formula (I), i.e., N-(5-((4-(1-cyclopropyl-1H-indol-3-yl)pyrimidin-2-yl)amino)-2-((2-(dimethylamino)et hyl)(methyl)amino)-4-methoxyphenyl)acrylamide, wherein the acid salt comprises an inorganic acid salt or an organic acid salt.
Liquid fabric cleaning composition comprising an alkylamine, and a fragrance, wherein the fragrance comprises less than 0.25% wt. of the fragrance aldehyde and ketone component, wherein the alkylamine is defined by formula (I): (I) R 1 -N(R 2 )R 3 wherein R 1 is linear or branched C6-18 alkyl group, wherein R 2 is an aminoalkyl group of formula -(CH 2 ) m -NH 2 , wherein R 3 is an aminoalkyl group having the formula -(CH 2 )n-NH 2 , and with m and n independently being integers from 2 to 6. wherein R 2 is an aminoalkyl group of formula -(CH 2 ) m -NH 2 , wherein R 3 is an aminoalkyl group having the formula -(CH 2 )n-NH 2 , and with m and n independently being integers from 2 to 6.
A composite nosecone comprising: a body substantially symmetrical around a central axis, the body including a side wall defining a diameter of the body that increases from a forward side of the body to an aft side of the body, wherein the body comprises a composite material including a plurality of relatively higher-modulus reinforcement elements, a plurality of relatively tougher polymer-based reinforcement elements, and a matrix material substantially encapsulating the plurality of relatively higher-modulus reinforcement elements and the plurality of relatively tougher polymer-based reinforcement elements, characterised in that the side wall defines a first region and a second region, wherein the first region is a radially outer layer and the second region is a radially inner layer, wherein a first ratio of relatively higher-modulus reinforcement elements to relatively tougher polymer-based reinforcement elements of the first region is greater than a second ratio of relatively higher-modulus reinforcement elements to relatively tougher polymer-based reinforcement elements of the second region, and wherein the plurality of relatively higher-modulus reinforcement elements are different from the plurality of relatively tougher polymer-based reinforcement elements. a body substantially symmetrical around a central axis, the body including a side wall defining a diameter of the body that increases from a forward side of the body to an aft side of the body, wherein the body comprises a composite material including a plurality of relatively higher-modulus reinforcement elements, a plurality of relatively tougher polymer-based reinforcement elements, and a matrix material substantially encapsulating the plurality of relatively higher-modulus reinforcement elements and the plurality of relatively tougher polymer-based reinforcement elements, characterised in that the side wall defines a first region and a second region, wherein the first region is a radially outer layer and the second region is a radially inner layer, wherein a first ratio of relatively higher-modulus reinforcement elements to relatively tougher polymer-based reinforcement elements of the first region is greater than a second ratio of relatively higher-modulus reinforcement elements to relatively tougher polymer-based reinforcement elements of the second region, and wherein the plurality of relatively higher-modulus reinforcement elements are different from the plurality of relatively tougher polymer-based reinforcement elements.
A spiral-wound acid gas separation membrane element comprising: a wound body including: a separation membrane ; a feed-side channel component ; a permeate-side channel component ; a sealing section ; and a perforated core tube , the separation membrane , the feed-side channel component , and the permeate-side channel component being in a laminated state, being wound around the perforated core tube and having a width direction parallel to the core tube , the separation membrane including: a separate functional layer including: an acid gas carrier that reversibly reacts with acid gas; and an acid gas separation membrane resin; and a support layer including a porous membrane, characterized in that the permeate-side channel component is greater at least in an across-the-width direction of the permeate-side channel component than the separation membrane thus forming a gap between the permeate-side channel component and the separation membrane in the width direction, and the sealing section is provided at each of both widthwise ends of the separation membrane thereby filling in the gap. a wound body including: a separation membrane ; a feed-side channel component ; a permeate-side channel component ; a sealing section ; and a perforated core tube , a separation membrane ; a feed-side channel component ; a permeate-side channel component ; a sealing section ; and the separation membrane , the feed-side channel component , and the permeate-side channel component being in a laminated state, being wound around the perforated core tube and having a width direction parallel to the core tube , the separation membrane including: a separate functional layer including: an acid gas carrier that reversibly reacts with acid gas; and an acid gas separation membrane resin; and a support layer including a porous membrane, a separate functional layer including: an acid gas carrier that reversibly reacts with acid gas; and an acid gas separation membrane resin; and an acid gas carrier that reversibly reacts with acid gas; and an acid gas separation membrane resin; and a support layer including a porous membrane, characterized in that the permeate-side channel component is greater at least in an across-the-width direction of the permeate-side channel component than the separation membrane thus forming a gap between the permeate-side channel component and the separation membrane in the width direction, and the sealing section is provided at each of both widthwise ends of the separation membrane thereby filling in the gap.
Actuating system for actuating a clutch unit for coupling a drive shaft of a motor vehicle engine to at least one transmission input shaft of a motor vehicle transmission, having a slave cylinder for introducing an actuating force, a guide sleeve for supporting the slave cylinder , and a cover bearing supported on a clutch part, in particular a clutch cover , and intended for mounting the clutch part on the guide sleeve , wherein the cover bearing is plugged on the guide sleeve , characterized in that the guide sleeve has an external thread on an end region directed away from the slave cylinder , and a retaining nut is screwed on the external thread , and wherein the cover bearing is received captively, in particular without play, between the retaining nut and the clutch part in the axial direction.
An electric strike with a monitoring system, comprising: a box, a swivelling latch swivelling between a retention position for retaining the latch of a door in a closed position and a release position for releasing the latch of the door, an internal locking and unlocking mechanism for locking and unlocking the latch which can be actuated by the core of a coil , and comprising a long lever and a short lever which are assembled on respective shafts ; a PCB circuit , two PCB connecting strips , and a monitoring system for monitoring the state of the internal mechanism of the strike; characterised in that said monitoring system for monitoring the state of the internal mechanism of the strike comprises an internal microswitch assembly connected to a PCB circuit of the strike, arranged in the area after the coil and provided with a sensor which is actuated by the core of the coil when said coil is electrically powered causing the core to move towards the short lever of the strike and the internal mechanism of said strike to become unlocked.
A plug-in software program that is embedded as plug-in software in a general-purpose application on a computer and that extends functionality of the general-purpose application in cooperation with a printer driver that controls a printer , the plug-in software program comprising instructions which, when executed by the computer, cause the computer to execute: an output size specifying step (S601) of specifying an output size for output to the printer on the basis of a user operation; a setting step (S608) of setting a paper size to the application; and a scaling setting step (S607) of setting a setting for performing scaling from the paper size to the specified output size to the printer driver, wherein, in a case where the specified output size is not within a maximum paper size that can be set in the application , a calculating step (S606) of calculating a paper size, which has an aspect ratio of the specified output size and is within the maximum paper size, is performed and the setting step (S608) causes the computer to set the calculated paper size to the application and in a case where the specified output size is within the maximum paper size, the setting step (S608) causes the computer to set the specified output size, as the paper size, to the application. an output size specifying step (S601) of specifying an output size for output to the printer on the basis of a user operation; a setting step (S608) of setting a paper size to the application; and a scaling setting step (S607) of setting a setting for performing scaling from the paper size to the specified output size to the printer driver, wherein, in a case where the specified output size is not within a maximum paper size that can be set in the application , a calculating step (S606) of calculating a paper size, which has an aspect ratio of the specified output size and is within the maximum paper size, is performed and the setting step (S608) causes the computer to set the calculated paper size to the application and in a case where the specified output size is within the maximum paper size, the setting step (S608) causes the computer to set the specified output size, as the paper size, to the application.
A method for harvesting lysine, comprising: culturing in growth medium comprising a carbon-containing gas a bacterial cell, wherein the bacterial cell can grow in the presence of a carbon-containing gas and secretes lysine into the growth medium; and separating the secreted lysine from the growth medium, wherein the bacterial cell is a Cupriavidus necator cell or a Ralstonia eutropha cell. culturing in growth medium comprising a carbon-containing gas a bacterial cell, wherein the bacterial cell can grow in the presence of a carbon-containing gas and secretes lysine into the growth medium; and separating the secreted lysine from the growth medium, wherein the bacterial cell is a Cupriavidus necator cell or a Ralstonia eutropha cell.
A marine fall pipe system constructed for placing blocks of stone and/or rock (R) on a seabed (SB) and configured for suspension from a marine vessel , the fall pipe system comprising a substantially tubular fall pipe having an open end for discharging the blocks of rock and/or stone, and the fall pipe system comprising an opening arrangement constructed such as to allow opening the substantially tubular fall pipe to provide an intermediate opening at a position along its length for discharging the blocks of stone and/or rock at said position from the fall pipe.
An electrical conductor assembly for use in a power distribution assembly comprising: a partially flexible electrical conductor including a main conductor portion comprising an electrically conductive material, and at least one branch member comprising electrically conductive material extending laterally from the main conductor portion, the at least one branch member being flexible and configured for electrical connection to an electrical switching apparatus; a casing covering at least a portion of the partially flexible electrical conductor , the casing insulating said at least a portion of the electrical conductor, the casing comprising a first casing member and a second casing member attachable to the first casing member, each casing member comprises a body , a longitudinal channel is formed in an inner surface of the body and extends longitudinally along the body between opposite ends of the body, the longitudinal channel is sized and shaped to receive a central conductor portion of the conductor, and a transverse channel is formed in the inner surface of the body and extends transversely through the body between opposite sides of the body, the transverse channel is sized and shaped to receive a branch member of the conductor; and clamps disposed in the transverse channel on opposite sides of the longitudinal channel, the clamps being configured to engage branch members . a partially flexible electrical conductor including a main conductor portion comprising an electrically conductive material, and at least one branch member comprising electrically conductive material extending laterally from the main conductor portion, the at least one branch member being flexible and configured for electrical connection to an electrical switching apparatus; a casing covering at least a portion of the partially flexible electrical conductor , the casing insulating said at least a portion of the electrical conductor, the casing comprising a first casing member and a second casing member attachable to the first casing member, each casing member comprises a body , a longitudinal channel is formed in an inner surface of the body and extends longitudinally along the body between opposite ends of the body, the longitudinal channel is sized and shaped to receive a central conductor portion of the conductor, and a transverse channel is formed in the inner surface of the body and extends transversely through the body between opposite sides of the body, the transverse channel is sized and shaped to receive a branch member of the conductor; and clamps disposed in the transverse channel on opposite sides of the longitudinal channel, the clamps being configured to engage branch members .
An internal or external light, in particular a ceiling or hanging light, with a light housing which has at least one longitudinal groove in which multiple light-emitting diodes and one light-guiding element , which extends beyond the light-emitting diodes , are accomodated, wherein the light-guiding element has a light entry surface facing the light-emitting diodes and a light-emitting surface , characterized in that the light entry surface and/or the light-emitting surface comprise(s) a corrugated structure with regularly arranged ridges which extend parallel to each other and orthogonally to the longitudinal groove , wherein the longitudinal groove has a bottom surface and two wall surfaces , wherein a. the bottom surface is equipped with a light-absorbing, in particular black, layer below the light-emitting diodes, and/or b. the wall surfaces are equipped with such a layer at least below the light-guiding element . a. the bottom surface is equipped with a light-absorbing, in particular black, layer below the light-emitting diodes, and/or b. the wall surfaces are equipped with such a layer at least below the light-guiding element .
Arrangement on a transport line, the arrangement comprising an optical sensor device and a wavelength converter for the perception of an object moved along the transport line between the optical sensor device and the wavelength converter , the optical sensor device comprising an emitting unit and a receiving unit , wherein the emitting unit is designed to emit an emitting light beam (S) and the emitting light beam (S) comprising ultraviolet radiation, and the receiving unit is designed to receive a receiving light beam (E) and is insensitive to ultraviolet radiation in the receiving light beam (E), and the wavelength converter is designed to absorb the emitting light beam (S) partly at least and, due to the absorption, to give off the receiving light beam (E) with a wavelength greater than ultraviolet radiation wherein the emitting unit and the receiving unit are essentially oriented in the same direction.
A housing for a fuel system component, comprising: a body defining an interior and having an inlet leading into the interior and an outlet leading from the interior , wherein at least one of the inlet and the outlet is defined by a port through a wall of the body and a fitting defining a passage open to the port , the fitting have a portion extending from the port that is not circular in cross-section; wherein the fitting has a proximal end extending from a root at the body , a distal end spaced from the body and a bend between the proximal end and the distal end ; wherein the port and at least a portion of the passage in the fitting are ovals comprising a minor dimension that extends generally radially relative to an axis of the housing . a body defining an interior and having an inlet leading into the interior and an outlet leading from the interior , wherein at least one of the inlet and the outlet is defined by a port through a wall of the body and a fitting defining a passage open to the port , the fitting have a portion extending from the port that is not circular in cross-section; wherein the fitting has a proximal end extending from a root at the body , a distal end spaced from the body and a bend between the proximal end and the distal end ; wherein the port and at least a portion of the passage in the fitting are ovals comprising a minor dimension that extends generally radially relative to an axis of the housing .
An endoscope for producing images of a surgery in vivo, the endoscope comprising: a hub ; and an imaging rod extending from the hub, the imaging rod being configured to receive light and direct the light to an area adjacent to a distal end portion of the imaging rod, wherein an imaging sensor is located at the distal end portion of the imaging rod, and the hub and the imaging rod are attached to form a hub assembly , characterised in that the hub assembly has a center of mass (CM) within the imaging rod. a hub ; and an imaging rod extending from the hub, the imaging rod being configured to receive light and direct the light to an area adjacent to a distal end portion of the imaging rod, wherein an imaging sensor is located at the distal end portion of the imaging rod, and the hub and the imaging rod are attached to form a hub assembly , characterised in that the hub assembly has a center of mass (CM) within the imaging rod.