mhurhangee/ep-ind-claims huggingface dataset:
Joint bearing for supporting a vehicle link arm, comprising - an elastomer bearing composed of a rigid central element, which consists integrally of a joint core and at least one fastening peg (4A, 4B) arranged in the extension of the longitudinal axis of the joint core, an elastomer layer which encloses the joint core and which is supported directly against the joint core, and a shell which encloses the elastomer layer, - a plain bearing composed of a spherical dome, which is formed annularly with a passage opening, and an outer ring, which on its inner side is in the form of a spherical plain bearing shell which receives the dome in a freely rotatable manner, wherein the shell is fastened by way of its outer side in the passage opening of the dome, and the outer side of the outer ring is in the form of an installation surface which is insertable into the vehicle link arm. - an elastomer bearing composed of a rigid central element, which consists integrally of a joint core and at least one fastening peg (4A, 4B) arranged in the extension of the longitudinal axis of the joint core, an elastomer layer which encloses the joint core and which is supported directly against the joint core, and a shell which encloses the elastomer layer, - a plain bearing composed of a spherical dome, which is formed annularly with a passage opening, and an outer ring, which on its inner side is in the form of a spherical plain bearing shell which receives the dome in a freely rotatable manner,
A linker compound of a structure represented by following general formula, where Y has a structure represented by O or NH, and X has a structure represented by following general formula, wherein m 1, m 2, n 1, n 2, p 1, p 2, p 3, and p 4 are all represented by 2.
Propulsion apparatus (2, 3, 4) for an aquatic vessel, the propulsion apparatus comprising an aerodynamic body which extends along a longitudinal axis between first and second ends and in a transverse direction between a leading edge and trailing edge, the aerodynamic body having one or more external wind-receiving surfaces which extend between the leading edge and the trailing edge, thereby defining an aerodynamic profile of the aerodynamic body in cross-section substantially perpendicular to the longitudinal axis, wherein the aerodynamic profile comprises a chord extending between its leading edge and its trailing edge and a thickness perpendicular to the chord, such that the ratio of thickness to chord length is equal or greater than 1:2 and smaller than 1:1; wherein the aerodynamic profile has an elliptical cross-sectional shape that starts at the leading edge and extends up to between 50% and 100% of the chord length, the remainder of the cross-sectional shape being optionally circular; wherein the propulsion apparatus further comprises at least one air vent and at least one air flow generator configured to expel air through the at least one air vent such that air expelled through the at least one vent flows across and remains attached to the one or more external wind-receiving surfaces, the at least one air vent and/or the at least one air flow generator being configured to direct expelled air across at least a portion of the one or more or more external wind-receiving surfaces, wherein the at least one air vent is located in a leading region of the aerodynamic body, the propulsion apparatus further comprising at least one air intake, located at or adjacent to the trailing edge of the aerodynamic body, the at least one air flow generator being configured to draw air through the at least one air intake, wherein the at least one air intake is configured such that air is drawn through the at least one intake from air which is attached to at least a portion of the one or more external wind-receiving surfaces.
A wiper, comprising: an elastic strip, in a flat curved strip shape, comprising a bottom side and a top side, and a connecting base disposed on a center of the top side; a wiper blade, disposed corresponding to the bottom side; and a flow guiding cover, comprising a cover of a flat strip shape, and the cover comprising an outer surface and an inner concave surface, and the inner concave surface covering the top side and extended from the connecting base to two sides of the elastic strip, a plurality of pressing ribs (420a, 420b) protruding from the outer surface of the flow guiding cover, and each of the pressing ribs (420a, 420b) disposed inclinedly relative to a longitudinal direction of the elastic strip, and a windward slope (421a, 421b) disposed on one side surface of each pressing rib (420a, 420b), and a side of the flow guiding cover being a windward side, and the windward side disposed on a side of the elastic strip, and the windward slope (421a, 421b) arranged toward the windward side, wherein the flow guiding cover comprising an outer section and an inner section, and the outer section and the inner section are disposed on two ends of the connecting base respectively, characterized in that a tilt angle of each pressing rib on the outer section relative to the longitudinal direction of the elastic strip is less than a tilt angle of each pressing rib on the inner section relative to the longitudinal direction of the elastic strip., so that the reinforced pressure received by the outer section is greater than the reinforced pressure received by the inner section. an elastic strip, in a flat curved strip shape, comprising a bottom side and a top side, and a connecting base disposed on a center of the top side; a wiper blade, disposed corresponding to the bottom side; and a flow guiding cover, comprising a cover of a flat strip shape, and the cover comprising an outer surface and an inner concave surface, and the inner concave surface covering the top side and extended from the connecting base to two sides of the elastic strip, a plurality of pressing ribs (420a, 420b) protruding from the outer surface of the flow guiding cover, and each of the pressing ribs (420a, 420b) disposed inclinedly relative to a longitudinal direction of the elastic strip, and a windward slope (421a, 421b) disposed on one side surface of each pressing rib (420a, 420b), and a side of the flow guiding cover being a windward side, and the windward side disposed on a side of the elastic strip, and the windward slope (421a, 421b) arranged toward the windward side, wherein the flow guiding cover comprising an outer section and an inner section, and the outer section and the inner section are disposed on two ends of the connecting base respectively, characterized in that a tilt angle of each pressing rib on the outer section relative to the longitudinal direction of the elastic strip is less than a tilt angle of each pressing rib on the inner section relative to the longitudinal direction of the elastic strip., so that the reinforced pressure received by the outer section is greater than the reinforced pressure received by the inner section.
A dispenser for liquid products comprising - an essentially rigid chamber (20;120) for holding liquid under pressure and comprising a spring (22;122) and a piston (24;124) to place liquid injected into said chamber (22;122) under pressure, - a pump arrangement (30;130) for pumping liquid from a removable liquid holding reservoir into the said chamber (20;120) for holding liquid under pressure, - the pump (30;130) being connected to the chamber (20;120) through a one-way valve (32;132) preventing liquid to flow from the chamber back into the pump arrangement (30;130); - the chamber (20;120) being connected to a spray nozzle (40;140) through a valve (42;142) controllable by the user for spraying said liquid. - an essentially rigid chamber (20;120) for holding liquid under pressure and comprising a spring (22;122) and a piston (24;124) to place liquid injected into said chamber (22;122) under pressure, - a pump arrangement (30;130) for pumping liquid from a removable liquid holding reservoir into the said chamber (20;120) for holding liquid under pressure, - the pump (30;130) being connected to the chamber (20;120) through a one-way valve (32;132) preventing liquid to flow from the chamber back into the pump arrangement (30;130); - the chamber (20;120) being connected to a spray nozzle (40;140) through a valve (42;142) controllable by the user for spraying said liquid.
An isolated nucleic acid molecule comprising a nucleotide sequence selected from: a) a nucleotide sequence set forth in SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3 or SEQ ID NO: 4 or a complement thereof; and b) a nucleotide sequence having 95% sequence identity to SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3 or SEQ ID NO: 4, wherein said sequence initiates transcription in a plant cell. a) a nucleotide sequence set forth in SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3 or SEQ ID NO: 4 or a complement thereof; and b) a nucleotide sequence having 95% sequence identity to SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3 or SEQ ID NO: 4,
A process for preparing crystalline Form C of tenofovir disoproxil characterised as having an XRPD pattern comprising peaks at 6.8, 23.2, 25.5 and 31.7°2θ ± 0.2°2θ, or a salt thereof, the process comprising adding a solution comprising tenofovir disoproxil and an organic solvent to salt-saturated water, cooling the solution to a temperature below 0°C, whereby the crystalline Form C of tenofovir disoproxil precipitates, and optionally converting the crystalline Form C of tenofovir disoproxil to a salt of crystalline Form C of tenofovir disoproxil.
An inkjet recording device characterized by comprising: an inkjet head that can move between a printing position where printing on a print medium is possible, and a standby position separated from the printing position; a cap that covers the ink nozzle surface of the inkjet head in which an ink nozzle is formed when the inkjet head is in the standby position; an ink absorber that is held inside the cap and absorbs ink discharged from the ink nozzle to the cap; a cap sealing member that has a liquid nozzle surface in which a liquid nozzle for discharging a moisturizing liquid is formed and that seals the cap by means of the liquid nozzle surface when the inkjet head is in the printing position; and a liquid supply mechanism that supplies the moisturizing liquid to the inside of the cap, characterized by a wiper mechanism configured to wipe the liquid nozzle surface by means of a wiper blade; and a wiper mechanism moving mechanism configured to move the wiper mechanism between a first position where wiping the liquid nozzle surface of the cap sealing member is possible, and a second position where wiping the ink nozzle surface of the inkjet head is possible, wherein the wiper mechanism is configured to wipe the ink nozzle surface of the inkjet head by means of the wiper blade. an inkjet head that can move between a printing position where printing on a print medium is possible, and a standby position separated from the printing position; a cap that covers the ink nozzle surface of the inkjet head in which an ink nozzle is formed when the inkjet head is in the standby position; an ink absorber that is held inside the cap and absorbs ink discharged from the ink nozzle to the cap; a cap sealing member that has a liquid nozzle surface in which a liquid nozzle for discharging a moisturizing liquid is formed and that seals the cap by means of the liquid nozzle surface when the inkjet head is in the printing position; and a liquid supply mechanism that supplies the moisturizing liquid to the inside of the cap, characterized by a wiper mechanism configured to wipe the liquid nozzle surface by means of a wiper blade; and a wiper mechanism moving mechanism configured to move the wiper mechanism between a first position where wiping the liquid nozzle surface of the cap sealing member is possible, and a second position where wiping the ink nozzle surface of the inkjet head is possible, wherein the wiper mechanism is configured to wipe the ink nozzle surface of the inkjet head by means of the wiper blade.
Safety device for a wheel of a vehicle comprising a rim; the rim being designed to be fixed to a hub by means of rotational fastening elements and the safety device comprising: - a plurality of locking elements, each element of said plurality of locking elements being suitable for being applied onto one of the rotational fastening elements of the wheel so as to be constrained to rotate together with the rotational fastening element; - a protection element suitable for being fixed to the rim and comprising a plurality of housing cavities; each cavity of said plurality of housing cavities being suitable for receiving one locking element; - securing means suitable for interfering with the plurality of locking elements to prevent the rotation and/or the extraction of said locking elements from the rotational fastening elements; the safety device being characterized in that the securing means comprising a gripping element suitable for being inserted inside a seat so as to radially engage each element of said plurality of locking elements, thereby preventing said locking element from being extracted from the corresponding rotational fastening element and from coming out of its housing cavity. - a plurality of locking elements, each element of said plurality of locking elements being suitable for being applied onto one of the rotational fastening elements of the wheel so as to be constrained to rotate together with the rotational fastening element; - a protection element suitable for being fixed to the rim and comprising a plurality of housing cavities; each cavity of said plurality of housing cavities being suitable for receiving one locking element; - securing means suitable for interfering with the plurality of locking elements to prevent the rotation and/or the extraction of said locking elements from the rotational fastening elements; the safety device being characterized in that the securing means comprising a gripping element suitable for being inserted inside a seat so as to radially engage each element of said plurality of locking elements, thereby preventing said locking element from being extracted from the corresponding rotational fastening element and from coming out of its housing cavity. the safety device being characterized in that the securing means comprising a gripping element suitable for being inserted inside a seat so as to radially engage each element of said plurality of locking elements, thereby preventing said locking element from being extracted from the corresponding rotational fastening element and from coming out of its housing cavity.
Method for preparing a single-phase reversible electric machine for starting a combustion engine of a vehicle fitted with an automatic stop-start system, said reversible electric machine including a rotor that is coupled to said combustion engine, said method including steps consisting in detecting an action prior to a command to start the combustion engine, and in applying, to the rotor of said machine, a magnetizing electric current on detection of said prior action, said prior action being a depression of a drive control pedal for the combustion engine, characterized in that said method includes a step of: - detecting a first level of depression triggering the application of said magnetizing electric current to the rotor of the reversible electric machine, and a step of detecting a second level of depression triggering said start command; and in that - said first level of depression is at least equal to around 10% total depression and said second level of depression is at least equal to around 90% total depression. - detecting a first level of depression triggering the application of said magnetizing electric current to the rotor of the reversible electric machine, and a step of detecting a second level of depression triggering said start command; and in that - said first level of depression is at least equal to around 10% total depression and said second level of depression is at least equal to around 90% total depression.
Hydraulic coupling device adapted to be coupled to an adapting member which is adapted in turn to be connected to a tool to be actuated by a mechanical arm, said adapting member being provided with at least two parallel coupling bars directed along a given direction; said coupling device being provided with a frame and with a pair of blocking pins carried by said frame in an axially slidable manner transversally to said given direction; a tracer being carried by said frame in an axially slidable manner transversally to said given direction to intercept said bar selectively; said coupling device comprising a linear actuator carried by said frame, mechanically coupled to said pair of blocking pins in order to move same with reciprocating motion with respect to said frame between an idle back position and an interference forward position wherein, with said coupling device coupled to said adapting member, said blocking pins interfere with one of said bars; said coupling device comprising a first valve mechanically coupled to said tracer and hydraulically coupled to said actuator to selectively switch said blocking pins between said back position and said forward position, characterized in that said coupling device comprising a movable equipment carried by said frame in a freely slidable manner transversally to said given direction; said pins being rigidly carried by said movable equipment; said frame having two flanks arranged transversally to said given direction and connected together by means of a plate; wherein said device comprises control means carried by said frame to control the coupling condition of said pins with respect to said bar of said adapting member.
A method for controlling humidity, the method comprising: providing a chamber configured to receive objects to be sterilized; injecting a first quantity of water into the chamber as water vapor; determining a pressure rise and a pressure drop in the chamber resulting from injecting a first quantity of water into the chamber, wherein the pressure rise is the maximum chamber pressure detected after injecting water vapor into chamber minus the chamber pressure prior to injecting water vapor into chamber, and wherein the pressure drop is the maximum chamber pressure detected after injecting water vapor into chamber minus the average chamber pressure 2 minutes after injecting the water vapor; calculating an absorption ratio as the ratio of the pressure drop to the pressure rise as AR =(P2-P3) / (P2-P1); sensing the humidity of the chamber after injecting a first quantity of water to determine a first humidity value ( RH chamber); comparing the first humidity value to a pre-selected humidity value ( RH setpoint) to determine a humidity error ( RH error), wherein RH error = RH setpoint - RH chamber; and injecting a second quantity of water into the chamber as water vapor, wherein the second quantity of water is calculated based on the absorption ratio and the humidity error ( RH error), and injecting a biocidal gas into the chamber after the injection of the second quantity of water. providing a chamber configured to receive objects to be sterilized; injecting a first quantity of water into the chamber as water vapor; determining a pressure rise and a pressure drop in the chamber resulting from injecting a first quantity of water into the chamber, wherein the pressure rise is the maximum chamber pressure detected after injecting water vapor into chamber minus the chamber pressure prior to injecting water vapor into chamber, and wherein the pressure drop is the maximum chamber pressure detected after injecting water vapor into chamber minus the average chamber pressure 2 minutes after injecting the water vapor; wherein the pressure rise is the maximum chamber pressure detected after injecting water vapor into chamber minus the chamber pressure prior to injecting water vapor into chamber, and wherein the pressure drop is the maximum chamber pressure detected after injecting water vapor into chamber minus the average chamber pressure 2 minutes after injecting the water vapor; calculating an absorption ratio as the ratio of the pressure drop to the pressure rise as AR =(P2-P3) / (P2-P1); sensing the humidity of the chamber after injecting a first quantity of water to determine a first humidity value ( RH chamber); comparing the first humidity value to a pre-selected humidity value ( RH setpoint) to determine a humidity error ( RH error), wherein RH error = RH setpoint - RH chamber; and injecting a second quantity of water into the chamber as water vapor, wherein the second quantity of water is calculated based on the absorption ratio and the humidity error ( RH error), and injecting a biocidal gas into the chamber after the injection of the second quantity of water.
In combination a substance for delivery across a blood brain barrier of a subject and a blood brain barrier permeability control apparatus for increasing the permeability of the blood brain barrier to the substance when administered across the blood brain barrier, wherein the apparatus comprises an AC voltage generator configured generate an alternating electric field at the subject's brain at a frequency of less than 190 kHz for an interval of time of at least 24 hours.
A female element of a coupler, the female element being able to be coupled with a male element for the removable fluid junction of two pipes, the female element comprising a body centered on a first longitudinal central axis and defining an inner volume for receiving the male element, a front side and a rear side, the female element further comprising a central plunger longitudinally secured to the body and positioned within the inner volume, as well as a slide valve movable within the inner volume around the central plunger, between a forward closing position, in which the slide valve cooperates tightly with the body and the central plunger, and a withdrawn open position, characterized in that - the body forms an outer flange ring positioned around the inner volume and having an outer radial surface, a front axial face and a rear axial face, the front axial face and the rear axial face being parallel and annular and protruding radially from the rest of the body, - the outer flange ring comprises at least two passages, each passage being arranged through the outer flange ring and linking the outer radial surface and the inner volume, - a distal sealing gasket is housed in the body at an inner radial surface of the body delimiting the inner volume and - a front face of the slide valve in the closed position and the distal sealing gasket are positioned longitudinally on either side of the passages, while the distal sealing gasket is located in front of the passages. - the body forms an outer flange ring positioned around the inner volume and having an outer radial surface, a front axial face and a rear axial face, the front axial face and the rear axial face being parallel and annular and protruding radially from the rest of the body, - the outer flange ring comprises at least two passages, each passage being arranged through the outer flange ring and linking the outer radial surface and the inner volume, - a distal sealing gasket is housed in the body at an inner radial surface of the body delimiting the inner volume and - a front face of the slide valve in the closed position and the distal sealing gasket are positioned longitudinally on either side of the passages, while the distal sealing gasket is located in front of the passages.