mhurhangee/ep-ind-claims huggingface dataset:
A glass-wiping device comprising a glass-wiping device body and a signal-receiving device arranged thereon, the signal-receiving device is configured to receive a control signal transmitted by a remote control, and the control signal controls the glass-wiping device body into action; the signal-receiving device is configured to receive control signals coming from either the obverse side or reverse side of the glass-wiping device body, where the side of the glass-wiping device body that is away from the surface of a glass is the obverse side, and where the side thereof in proximity to the surface of the glass is the reverse side, characterized in that, the signal-receiving device comprises a first signal-receiving head provided on the obverse side of the glass-wiping device body and a second signal-receiving head provided on the reverse side of the glass-wiping device body, the first signal-receiving head is configured to receive the control signal transmitted from the obverse side of the glass-wiping device body, and the second signal-receiving head is configured to receive the control signal transmitted from the reverse side of the glass-wiping device body.
A non-luer connector for connection to a female non-luer connector, the non-luer connector comprising: a container having an open distal end including a distal wall, a sidewall including an inside surface defining a fluid chamber for retaining fluids, an elongate tip extending in a distal direction from the distal wall, the elongate tip including an opening for providing access to the chamber, an outside surface and a non-luer element disposed on the outside surface at an open distal end of the elongate tip for preventing fluid-tight connection of a standard female luer connector hub to the container, wherein the non-luer element comprises a notch in fluid communication with the opening of the elongate tip to provide an outlet for leakage of fluid from the fluid chamber when the elongate tip is connected to a standard female luer hub.
Journal capable of being driven in rotation in a housing of a turbine engine, in particular for an aircraft, the journal comprising: - a circumferential main body comprising a plurality of angularly distributed ventilation openings capable of allowing a plurality of axial airflows to circulate from upstream to downstream in the turbine engine, two consecutive ventilation openings being connected by a connecting segment, and - a circumferential ring for recovering a flow of lubrication oil, which is rigidly connected to the main body and which is radially inside said ventilation openings, the recovery ring extending longitudinally and comprising a plurality of radial discharge openings for allowing a plurality of radial flows of oil to be discharged towards the outside of said circumferential ring, - characterised in that each discharge opening is radially aligned with a connecting segment of the main body so as to allow each flow of oil to be discharged between the airflows. - a circumferential main body comprising a plurality of angularly distributed ventilation openings capable of allowing a plurality of axial airflows to circulate from upstream to downstream in the turbine engine, two consecutive ventilation openings being connected by a connecting segment, and - a circumferential ring for recovering a flow of lubrication oil, which is rigidly connected to the main body and which is radially inside said ventilation openings, the recovery ring extending longitudinally and comprising a plurality of radial discharge openings for allowing a plurality of radial flows of oil to be discharged towards the outside of said circumferential ring, - characterised in that each discharge opening is radially aligned with a connecting segment of the main body so as to allow each flow of oil to be discharged between the airflows.
An aqueous agricultural composition comprising a dispersant obtained from the reaction of a styrene maleic anhydride copolymer having a styrene to maleic anhydride molar ratio of at least 6.0:1.0 and a polyether monoamine which is a polyoxyethylene polyoxypropylene monoamine having a molar ratio of EO to PO greater than or equal to 3 and a molecular weight between 600 to 3000, and a pesticide.
A spacer for separating bones of a joint, the spacer comprising: - first and second endplates, endplates (120, 122), each having - a bone engaging surface, - at least two cams (110B, 110D, 112B, 112D) each having an inclined cam surface, the cams positioned on a side opposite to the bone engaging surface; - first and second slides, (102, 104), each having at least two ramps (110A, 110C, 112A, 112C) each having an inclined surface and each engaged with an inclined cam surface of a cam of an endplate, - the first slide having an angled portion at a proximal end, - the second slide having a first hinge portion; - a threaded shaft having a second hinge portion cooperative with the first hinge portion to connect the shaft to the second slide and to enable the shaft to form a changeable angle with respect to the second slide; and - a nut threadably engaged with the shaft, the nut forming an interference with the angled portion of the first slide when the nut is threadably advanced upon the shaft, thereby driving the first slide with respect to the second slide causing relative moving engagement of the at least two cams and the at least two ramps to drive the endplates relatively apart and to thereby increase a height of the spacer. - first and second endplates, endplates (120, 122), each having - a bone engaging surface, - at least two cams (110B, 110D, 112B, 112D) each having an inclined cam surface, the cams positioned on a side opposite to the bone engaging surface; - first and second slides, (102, 104), each having at least two ramps (110A, 110C, 112A, 112C) each having an inclined surface and each engaged with an inclined cam surface of a cam of an endplate, - the first slide having an angled portion at a proximal end, - the second slide having a first hinge portion; - a threaded shaft having a second hinge portion cooperative with the first hinge portion to connect the shaft to the second slide and to enable the shaft to form a changeable angle with respect to the second slide; and - a nut threadably engaged with the shaft, the nut forming an interference with the angled portion of the first slide when the nut is threadably advanced upon the shaft, thereby driving the first slide with respect to the second slide causing relative moving engagement of the at least two cams and the at least two ramps to drive the endplates relatively apart and to thereby increase a height of the spacer.
Hydraulic bearing with - a suspension spring, - a working chamber which is enclosed at least partially by the suspension spring and is filled with a hydraulic fluid, - a control diaphragm which is configured for changing a working chamber volume of the working chamber, and - an actuator for deflecting the control diaphragm, - the actuator comprising a stator and an armature which can be moved in the longitudinal direction of the stator, - the actuator being connected mechanically to the control diaphragm, and - the armature being mounted by means of a plain bearing, characterized in that - the actuator is an electromagnetic linear actuator, - the armature being assigned a bearing face of the plain bearing, and the stator or the hydraulic bearing housing being assigned an opposite bearing face of the plain bearing, - the bearing face being formed by a cylindrical sleeve of the armature, and the opposite bearing face being formed by a cylindrical guide pin of the stator or of the hydraulic bearing housing, or vice versa. - a suspension spring, - a working chamber which is enclosed at least partially by the suspension spring and is filled with a hydraulic fluid, - a control diaphragm which is configured for changing a working chamber volume of the working chamber, and - an actuator for deflecting the control diaphragm, - the actuator comprising a stator and an armature which can be moved in the longitudinal direction of the stator, - the actuator being connected mechanically to the control diaphragm, and - the armature being mounted by means of a plain bearing, - the actuator is an electromagnetic linear actuator, - the armature being assigned a bearing face of the plain bearing, and the stator or the hydraulic bearing housing being assigned an opposite bearing face of the plain bearing, - the bearing face being formed by a cylindrical sleeve of the armature, and the opposite bearing face being formed by a cylindrical guide pin of the stator or of the hydraulic bearing housing, or vice versa.
Seat mount for fixating a seat, in particular an airplane seat, to a mounting rail, with at least one base body, which is configured at least for a vertical fixation in the mounting rail, and with at least one horizontal-fastening element, which is moveable with respect to the base body at least between a locking position and an unlocking position, with at least one locking device, which is configured for fixating the at least one horizontal-fastening element in the unlocking position, characterised in that, for adjusting the horizontal-fastening element between its locking position and its unlocking position, the locking device is configured to move the horizontal-fastening element both in a vertical direction and in a horizontal direction.
A method of determining a response of a microorganism to a test substance, said method comprises: providing a culture of said microorganism in a three-dimensional, 3D, culture matrix arranged in a culture chamber of a fluidic device having a first fluid channel flanking a first end portion of said culture chamber and a second fluid channel flanking a second, different end portion of said culture chamber; connecting an input of said first fluid channel to a first fluid flow comprising said test substance at a first concentration; and connecting an input of said second fluid channel to a second fluid flow lacking said test substance or comprising said test substance at a second concentration that is lower than said first concentration to form a concentration gradient of said test substance over at least a portion of said 3D culture matrix, characterized by: determining a response of said microorganism to said test substance based on a position, relative to said first end portion and/or said second, different end portion, of any border zone in said 3D culture matrix between a first response zone in which said microorganism shows a first response to said test substance and a second response zone in which said microorganism shows a second, different response to said test substance and based on a width of said border zone. providing a culture of said microorganism in a three-dimensional, 3D, culture matrix arranged in a culture chamber of a fluidic device having a first fluid channel flanking a first end portion of said culture chamber and a second fluid channel flanking a second, different end portion of said culture chamber; connecting an input of said first fluid channel to a first fluid flow comprising said test substance at a first concentration; and connecting an input of said second fluid channel to a second fluid flow lacking said test substance or comprising said test substance at a second concentration that is lower than said first concentration to form a concentration gradient of said test substance over at least a portion of said 3D culture matrix, characterized by: determining a response of said microorganism to said test substance based on a position, relative to said first end portion and/or said second, different end portion, of any border zone in said 3D culture matrix between a first response zone in which said microorganism shows a first response to said test substance and a second response zone in which said microorganism shows a second, different response to said test substance and based on a width of said border zone. determining a response of said microorganism to said test substance based on a position, relative to said first end portion and/or said second, different end portion, of any border zone in said 3D culture matrix between a first response zone in which said microorganism shows a first response to said test substance and a second response zone in which said microorganism shows a second, different response to said test substance and based on a width of said border zone.
A lip of an air intake of an aircraft turbomachine nacelle extending along an axis X in which an air flow circulates from upstream to downstream, the lip annularly extending about axis X and comprising an internal wall pointing to axis X and an external wall which is opposite to the internal wall, the internal wall and the external wall being connected by an upstream wall and a partition wall so as to delimit an annular cavity in which at least one infrared emission source is housed, the lip is characterized by the fact that at least one wall, selected from the internal wall, the external wall and the upstream wall, is made of a material configured to transmit, on an outer face of said wall, at least 30% of the infrared rays received on an inner face of said wall.
Point positioning system with a point lock, in particular ratchet locking device, installed in a hollow sleeper, comprising: a) two cam rods (5a, 5b) held together with a central attachment, and b) at least one stop element (3a, 3b, 3c) which can be connected to the central attachment, characterised in that the point positioning system also comprises c) at least one centre brace (22, 22a, 22b) bridging the upwardly open hollow sleeper, wherein d) the at least one stop element (3a, 3b, 3c) and the at least one centre brace (22, 22a, 22b) interact such that a stroke of the cam rods (5a, 5b) is limited by the stop element (3a, 3b, 3c) striking the centre brace (22, 22a, 22b) if a previously determined maximum adjustable stroke of the cam rods (5a, 5b) is reached. a) two cam rods (5a, 5b) held together with a central attachment, and b) at least one stop element (3a, 3b, 3c) which can be connected to the central attachment, c) at least one centre brace (22, 22a, 22b) bridging the upwardly open hollow sleeper, wherein d) the at least one stop element (3a, 3b, 3c) and the at least one centre brace (22, 22a, 22b) interact such that a stroke of the cam rods (5a, 5b) is limited by the stop element (3a, 3b, 3c) striking the centre brace (22, 22a, 22b) if a previously determined maximum adjustable stroke of the cam rods (5a, 5b) is reached.
A rotor wheel for a turbomachine comprising: a rotor wheel body having a first face and an opposing second face joined by an outer diameter surface having a centerline; a blade receiving slot formed in the outer diameter surface extending about the rotor wheel body, the outer diameter surface including a first surface section extending between the blade receiving slot and the first face, and a second surface section extending between the blade receiving slot and the second face, the first surface section having a first dimension and the second surface section having a second dimension, the second dimension being greater than the first dimension; and a blade loading slot formed in the outer diameter surface, the blade loading slot being connected with and off-set from the blade receiving slot wherein the blade loading slot extends into both the first and second surface sections (61, 63) of the outer diameter surface, characterized by the blade loading slot extending into the second surface section more than into the first surface section. a rotor wheel body having a first face and an opposing second face joined by an outer diameter surface having a centerline; a blade receiving slot formed in the outer diameter surface extending about the rotor wheel body, the outer diameter surface including a first surface section extending between the blade receiving slot and the first face, and a second surface section extending between the blade receiving slot and the second face, the first surface section having a first dimension and the second surface section having a second dimension, the second dimension being greater than the first dimension; and a blade loading slot formed in the outer diameter surface, the blade loading slot being connected with and off-set from the blade receiving slot wherein the blade loading slot extends into both the first and second surface sections (61, 63) of the outer diameter surface, characterized by the blade loading slot extending into the second surface section more than into the first surface section.
A drain cleaner comprising: a base unit including a housing, a drive arrangement positioned within the housing, and a motor coupled to the drive arrangement and supported by the housing, the motor operable to selectively drive the drive arrangement; and a drum unit removably coupled to the base unit, the drum unit including an outer casing, an inner drum that engages the drive arrangement when the drum unit is coupled to the base unit to rotate the drum, the inner drum rotatable within the outer casing, and a cable stored within the inner drum and selectively extendable out of the outer casing and into a drain, characterized in that the drum unit further includes a shaft and a pulley coupled to the inner drum, and wherein the shaft and the pulley extend out of the outer casing, the drive arrangement includes a drive pulley coupled to an output shaft of the motor, an idler pulley supported by a mounting plate of the housing, and a belt wrapped around the drive pulley and the idler pulley, and wherein the pulley of the drum unit engages the belt when the drum unit is coupled to the base unit to rotate the inner drum. a base unit including a housing, a drive arrangement positioned within the housing, and a motor coupled to the drive arrangement and supported by the housing, the motor operable to selectively drive the drive arrangement; and a drum unit removably coupled to the base unit, the drum unit including an outer casing, an inner drum that engages the drive arrangement when the drum unit is coupled to the base unit to rotate the drum, the inner drum rotatable within the outer casing, and a cable stored within the inner drum and selectively extendable out of the outer casing and into a drain, characterized in that the drum unit further includes a shaft and a pulley coupled to the inner drum, and wherein the shaft and the pulley extend out of the outer casing, the drive arrangement includes a drive pulley coupled to an output shaft of the motor, an idler pulley supported by a mounting plate of the housing, and a belt wrapped around the drive pulley and the idler pulley, and wherein the pulley of the drum unit engages the belt when the drum unit is coupled to the base unit to rotate the inner drum. an outer casing, an inner drum that engages the drive arrangement when the drum unit is coupled to the base unit to rotate the drum, the inner drum rotatable within the outer casing, and a cable stored within the inner drum and selectively extendable out of the outer casing and into a drain, characterized in that the drum unit further includes a shaft and a pulley coupled to the inner drum, and wherein the shaft and the pulley extend out of the outer casing, the drive arrangement includes a drive pulley coupled to an output shaft of the motor, an idler pulley supported by a mounting plate of the housing, and a belt wrapped around the drive pulley and the idler pulley, and wherein the pulley of the drum unit engages the belt when the drum unit is coupled to the base unit to rotate the inner drum.
A method of manufacturing a heat receiving tile formed of a carbon fiber composite material used for a high heat flux component, characterized by comprising the steps of: disposing a first thin film type of brazing filler metal on an inner peripheral surface of a through hole of a heat receiving block which has a slit on a back of its heat receiving face; disposing a cylindrical material of interlayer, which has a single slit, inside of the first thin film type of brazing filler metal while placing the slit of the cylindrical material of interlayer at a same position as the slit of the heat receiving block so as to reach a cooling tube; disposing a second thin film type of brazing filler metal on an inner peripheral surface of the material of interlayer; disposing the cooling tube inside of the second thin film type of brazing filler metal, so as to prepare an assembly thereof; and subjecting the assembly to a vacuum brazing process and further to an aging process. disposing a first thin film type of brazing filler metal on an inner peripheral surface of a through hole of a heat receiving block which has a slit on a back of its heat receiving face; disposing a cylindrical material of interlayer, which has a single slit, inside of the first thin film type of brazing filler metal while placing the slit of the cylindrical material of interlayer at a same position as the slit of the heat receiving block so as to reach a cooling tube; disposing a second thin film type of brazing filler metal on an inner peripheral surface of the material of interlayer; disposing the cooling tube inside of the second thin film type of brazing filler metal, so as to prepare an assembly thereof; and subjecting the assembly to a vacuum brazing process and further to an aging process.
Method for making a c-terminal amidated polypeptide wherein the method comprises the following steps a) culturing a yeast strain having a non functional KEX1 gene and comprising a DNA sequence encoding a polypeptide with a C-terminal Gly under conditions for expressing the polypeptide in the yeast strain, b) in vitro α-amidation of the expressed polypeptide from step a) or directly in the production cell if the cell has the necessary machinery for in vivo α-amidation and c) isolation and purification of the C-terminally amidated peptide. a) culturing a yeast strain having a non functional KEX1 gene and comprising a DNA sequence encoding a polypeptide with a C-terminal Gly under conditions for expressing the polypeptide in the yeast strain, b) in vitro α-amidation of the expressed polypeptide from step a) or directly in the production cell if the cell has the necessary machinery for in vivo α-amidation and c) isolation and purification of the C-terminally amidated peptide.
An electrical connector for electrically connecting at least a first and a second thermocouple conductor (7, 8), comprising - at least one electrically conductive first and second contact means (1, 2), wherein the first thermocouple conductor is to be connected to the first contact means and the second thermocouple conductor is to be connected to the second contact means; - at least a first electrical temperature sensor having a temperature pick-up area and at least first and second electrical terminals (12, 13); characterized in that the temperature pick-up area of the first temperature sensor is defined by a part or a portion of the overall surface of the temperature sensor or by the entire outer surface of the temperature sensor; and wherein at least a portion of the temperature pick-up area of the first temperature sensor is joined to the first contact means by a joint connection, and at least part of the temperature pick-up area of the first temperature sensor is joined to the second contact means by a joint connection. - at least one electrically conductive first and second contact means (1, 2), wherein the first thermocouple conductor is to be connected to the first contact means and the second thermocouple conductor is to be connected to the second contact means; - at least a first electrical temperature sensor having a temperature pick-up area and at least first and second electrical terminals (12, 13);