mhurhangee/ep-ind-claims huggingface dataset:
A frangible fastener system configured to secure a second retained member to a first retained member until the frangible fastener system receives a breaking force, the frangible fastener system comprising a first fastener and a second fastener; wherein the first fastener comprises a flange configured to cause retention of the first retained member toward a base member and is configured to engage the base member and to receive the second fastener along a first axis of the frangible fastener system; and wherein the second fastener comprises: a frangible portion configured to separate responsive to receiving the breaking force; and a head portion connected to the frangible portion of the second fastener and configured to cause retention of the second retained member toward the first retained member until the frangible portion of the second fastener separates responsive to receiving the breaking force. wherein the first fastener comprises a flange configured to cause retention of the first retained member toward a base member and is configured to engage the base member and to receive the second fastener along a first axis of the frangible fastener system; and wherein the second fastener comprises: a frangible portion configured to separate responsive to receiving the breaking force; and a head portion connected to the frangible portion of the second fastener and configured to cause retention of the second retained member toward the first retained member until the frangible portion of the second fastener separates responsive to receiving the breaking force. a frangible portion configured to separate responsive to receiving the breaking force; and a head portion connected to the frangible portion of the second fastener and configured to cause retention of the second retained member toward the first retained member until the frangible portion of the second fastener separates responsive to receiving the breaking force.
A traverse unit configured to traverse yarns in a traverse direction, the traverse unit comprising: traverse guides provided for the yarns respectively, and configured to reciprocate in the traverse direction while holding the yarns; two or more drivers each including a movable portion to which corresponding one or more of the traverse guides are attached, the movable portion being configured to reciprocate in the traverse direction; and a controller configured to control operation of the drivers, wherein: the controller is configured to control the plurality of drivers so that at a same time when the movable portion or movable portions of one or some of the plurality of drivers turn around to move in one of opposite directions, the movable portion of at least one driver of a remainder of the plurality of drivers turns around to move in a remaining one of the opposite directions, characterized in that: the plurality of drivers are aligned in a line in the traverse direction, and a structure using a ball screw is used as each of the drivers. traverse guides provided for the yarns respectively, and configured to reciprocate in the traverse direction while holding the yarns; two or more drivers each including a movable portion to which corresponding one or more of the traverse guides are attached, the movable portion being configured to reciprocate in the traverse direction; and a controller configured to control operation of the drivers, wherein: the controller is configured to control the plurality of drivers so that at a same time when the movable portion or movable portions of one or some of the plurality of drivers turn around to move in one of opposite directions, the movable portion of at least one driver of a remainder of the plurality of drivers turns around to move in a remaining one of the opposite directions, characterized in that: the plurality of drivers are aligned in a line in the traverse direction, and a structure using a ball screw is used as each of the drivers. the controller is configured to control the plurality of drivers so that at a same time when the movable portion or movable portions of one or some of the plurality of drivers turn around to move in one of opposite directions, the movable portion of at least one driver of a remainder of the plurality of drivers turns around to move in a remaining one of the opposite directions, characterized in that: the plurality of drivers are aligned in a line in the traverse direction, and a structure using a ball screw is used as each of the drivers.
A biopotential signal acquisition system for measuring biopotential signals (ExG) generated by a patient, comprising: a first active electrode comprising a first integrated amplifier; the first integrated amplifier comprising a first input and a first buffered signal input, wherein the first input is connected to a first contact; a second active electrode comprising a second integrated amplifier; the second integrated amplifier comprising a second input and a second buffered signal input, wherein the second input is connected to a second contact; and a unity gain buffer having an input connected to the first, the second or a third contact (20, 22, 30) and an output connected to the first buffered signal input of the first integrated amplifier and to the second buffered signal input of the second integrated amplifier; and is characterized in that said biopotential signal acquisition system is configured such that, when the contacts are applied to the skin of the patient, said first and said second buffered signal input received by the first and the second integrated amplifier (12,18) contains a biopotential signal (ExG) generated by the patient. a first active electrode comprising a first integrated amplifier; the first integrated amplifier comprising a first input and a first buffered signal input, wherein the first input is connected to a first contact; a second active electrode comprising a second integrated amplifier; the second integrated amplifier comprising a second input and a second buffered signal input, wherein the second input is connected to a second contact; and a unity gain buffer having an input connected to the first, the second or a third contact (20, 22, 30) and an output connected to the first buffered signal input of the first integrated amplifier and to the second buffered signal input of the second integrated amplifier; and is characterized in that said biopotential signal acquisition system is configured such that, when the contacts are applied to the skin of the patient, said first and said second buffered signal input received by the first and the second integrated amplifier (12,18) contains a biopotential signal (ExG) generated by the patient.
A non-aqueous solution containing 0.01-0.9 % (w/v) of estradiol, or an equivalent amount of a pharmaceutically acceptable hydrate or ester thereof, 5-30 % (v/v) of a C 2 -C 5 alcohol and 70-95% (v/v) of an ester of a C 2 -C 6 alcohol and a C 8 -C 22 fatty acid, for use in the treatment of a human female with reduced estradiol levels, by oromucosal administration of a dose of said solution 1-6 times per day, said dose containing 0.01-0.3 mg of estradiol or an equivalent amount of a pharmaceutically acceptable hydrate, or an ester thereof, wherein the solution is administered by spray, by drops, or by a dosage pen.
A composition comprising the product of melt blending: 40 to 73 weight percent polyamide; 20 to 50 weight percent acid-functionalized poly(phenylene ether); 5 to 40 weight percent polyimide-polysiloxane block copolymer; and 2 to 15 weight percent metal dialkylphosphinate; wherein all weight percents are based on the total weight of the composition. 40 to 73 weight percent polyamide; 20 to 50 weight percent acid-functionalized poly(phenylene ether); 5 to 40 weight percent polyimide-polysiloxane block copolymer; and 2 to 15 weight percent metal dialkylphosphinate;
A prosthetic valve comprising: a leaflet frame having a generally tubular shape, the leaflet frame defining a plurality of leaflet windows; an outer frame having a generally tubular shape; and a film; the leaflet frame being coaxially disposed at least partially within the outer frame, the leaflet frame and outer frame are coupled at least in part by a contiguous portion of the film, at least a portion of the contiguous portion of the film being contained between and coupling the leaflet frame and outer frame to inhibit relative movement between the leaflet frame and outer frame, wherein the film defines a leaflet extending from each of the leaflet windows; and wherein each of the leaflets are defined by a fold line and overlap of the film that defines, at least in part, a leaflet base of the leaflet. a leaflet frame having a generally tubular shape, the leaflet frame defining a plurality of leaflet windows; an outer frame having a generally tubular shape; and a film; the leaflet frame being coaxially disposed at least partially within the outer frame, the leaflet frame and outer frame are coupled at least in part by a contiguous portion of the film, at least a portion of the contiguous portion of the film being contained between and coupling the leaflet frame and outer frame to inhibit relative movement between the leaflet frame and outer frame, wherein the film defines a leaflet extending from each of the leaflet windows; and wherein each of the leaflets are defined by a fold line and overlap of the film that defines, at least in part, a leaflet base of the leaflet.
A method of forming an electrode, the method comprising: providing a first reservoir containing a first dispersion, wherein the first dispersion comprises a first ionomer, a catalyst powder containing carbon, and a first solvent; providing a second reservoir containing a second dispersion, wherein the second dispersion comprises a second ionomer and a second solvent; applying an electrical bias between a substrate and a first needle in fluid communication with the first reservoir and the second reservoir; and pumping the first dispersion from the first reservoir and the second dispersion from the second reservoir through the first needle towards a first surface of the substrate to form a plurality of structured units on a surface of the substrate, wherein the first needle comprises a first cannula and a second cannula, wherein the first dispersion passes through the first cannula, wherein the second dispersion passes through the second cannula, wherein the first cannula and the second cannula are positioned coaxially within the first needle, wherein the plurality of structured units are configured with an inner core having a first radius and an outer core having a second radius and concentrically surrounding the inner core, and wherein a first ratio of ionomer to carbon at the first radius of at least one of the structured units is between 0.1 and 0.9, and a second ratio of ionomer to carbon at the second radius of the at least one of the structured units is between 0.9 and 5. providing a first reservoir containing a first dispersion, wherein the first dispersion comprises a first ionomer, a catalyst powder containing carbon, and a first solvent; providing a second reservoir containing a second dispersion, wherein the second dispersion comprises a second ionomer and a second solvent; applying an electrical bias between a substrate and a first needle in fluid communication with the first reservoir and the second reservoir; and pumping the first dispersion from the first reservoir and the second dispersion from the second reservoir through the first needle towards a first surface of the substrate to form a plurality of structured units on a surface of the substrate, wherein the first needle comprises a first cannula and a second cannula, wherein the first dispersion passes through the first cannula, wherein the second dispersion passes through the second cannula, wherein the first cannula and the second cannula are positioned coaxially within the first needle, wherein the plurality of structured units are configured with an inner core having a first radius and an outer core having a second radius and concentrically surrounding the inner core, and wherein a first ratio of ionomer to carbon at the first radius of at least one of the structured units is between 0.1 and 0.9, and a second ratio of ionomer to carbon at the second radius of the at least one of the structured units is between 0.9 and 5.
Method for detecting an object in an environment surrounding at least a part of a vehicle comprising ultrasonic acquisition means (MAQj) periodically acquiring data in the said environment, the said method comprising a step in which the said environment data acquired over each period are analysed in order to detect an indication of the presence of an object and an object is considered to be effectively present in the event of detection of this presence index in N successive periods, with N ≥ 2, in the said step a value of a first parameter representative of the presence of droplets in the said environment is determined from analyses carried out over M successive periods, with M ≥ 2, and, when this determined value of the first parameter is greater than a threshold the current value of N is adapted as a function of this determined value of the first parameter, characterized in that in the said step there is determined, on the basis of the said M successive analyses, on the one hand, a first statistical magnitude of distances determined for all the indices of presence of object detected, and, on the other hand a second statistical quantity of variations in distances determined for all the indications of the presence of an object detected, and then the said value of the first parameter is determined as a function of the said first and second statistical quantities determined, and in that in the said step the said value of the first parameter is determined by performing a weighted sum of the said first and second statistical quantities determined.
A bone treatment system comprising a placement device comprising: a bone filling material (c) a shaft that has a lumen which enables the bone filling material to be placed on a bone treatment site to flow therethrough; a filling balloon that is filled with the bone filling material via the lumen and is disposed on a distal portion of the shaft; a fixing member that fixes the filling balloon to the shaft; and a gas discharge portion (46F to 46H) that causes gas inside the lumen to flow in a direction toward a proximal end rather than the balloon, when the lumen is filled with the bone filling material, characterized in that the fixing member surrounds the proximal portion of the filling balloon and in that the gas discharge portion (46F to 46H) is configured to be formed between an outer surface of the shaft and an inner side of the fixing member. a filling balloon that is filled with the bone filling material via the lumen and is disposed on a distal portion of the shaft; a fixing member that fixes the filling balloon to the shaft; and a gas discharge portion (46F to 46H) that causes gas inside the lumen to flow in a direction toward a proximal end rather than the balloon, when the lumen is filled with the bone filling material, characterized in that the fixing member surrounds the proximal portion of the filling balloon and in that the gas discharge portion (46F to 46H) is configured to be formed between an outer surface of the shaft and an inner side of the fixing member.
An aqueous liquid composition comprising: (a) 2-amino-3-(4-bromobenzoyl)phenylacetic acid or a pharmacologically acceptable salt thereof or a hydrate thereof; (b) a non-ionic surfactant; (c) water; and (d) an ophthalmically acceptable preservative selected from the group consisting of polyaminopropyl biguanide ("PAPB"), polyquatemium-1, perborate, and mixtures thereof; wherein the non-ionic surfactant is selected from the group consisting of Poloxamer 407, Octoxynol 40, PEG40 hydrogenated castor oil, and mixtures thereof; wherein at least 90 percent of the original amount of said 2-amino-3-(4-bromobenzoyl)phenylacetic acid or pharmacologically acceptable salt thereof or hydrate thereof remains in the composition after storage at 60 °C, for 4 weeks; and wherein the composition satisfies preservative efficacy acceptance criteria of US Pharmacopeia 35.
Method of operating a hydraulic system, more particularly a hydraulic press, wherein the hydraulic system comprises at least one hydraulic consumer, an adjustable pump for supplying the hydraulic consumer with a hydraulic fluid, an electric motor for actuating the pump and a control for the pump and/or the electric motor, wherein the hydraulic system with the control can be transferred from an operating phase via a braking phase into standstill phase and from this standstill phase via a start-up phase into the operating phase, wherein the adjustable pump is operable on the one hand in pump operation with a changeable flow rate and on the other hand in reverse motor operation, characterised in that in the braking phase, the electric motor is switched off and the pump in pumping operation fills a reservoir utilising the kinetic energy still contained in the motor and pump after switching off the motor, wherein in the start-up phase, the pump in reverse motor operation is operated by the hydraulic fluid following out of the reservoir into the pump and thus actuates the electric motor, wherein on reaching a predetermined status of the electric motor the connection of the pump to the reservoir is severed and the electric motor is switched on so that it operates the pump in pumping operation. wherein the hydraulic system comprises at least one hydraulic consumer, an adjustable pump for supplying the hydraulic consumer with a hydraulic fluid, an electric motor for actuating the pump and a control for the pump and/or the electric motor, wherein the hydraulic system with the control can be transferred from an operating phase via a braking phase into standstill phase and from this standstill phase via a start-up phase into the operating phase, wherein the adjustable pump is operable on the one hand in pump operation with a changeable flow rate and on the other hand in reverse motor operation, characterised in that in the braking phase, the electric motor is switched off and the pump in pumping operation fills a reservoir utilising the kinetic energy still contained in the motor and pump after switching off the motor, wherein in the start-up phase, the pump in reverse motor operation is operated by the hydraulic fluid following out of the reservoir into the pump and thus actuates the electric motor, wherein on reaching a predetermined status of the electric motor the connection of the pump to the reservoir is severed and the electric motor is switched on so that it operates the pump in pumping operation.
An electrochemical method for producing a diene comprising: obtaining an alkali metal salt of a carboxylic acid that has at least one OH functional group in addition to the carboxylic acid moiety; wherein the OH functional group is in the alpha position with respect to the carboxylic acid moiety; electrochemically decarboxylating the alkali metal salt of the carboxylic acid into alkyl radicals that react to form a coupled radical product, wherein the coupled radical product is a diol; and dehydrating the diol to form a diene. obtaining an alkali metal salt of a carboxylic acid that has at least one OH functional group in addition to the carboxylic acid moiety; wherein the OH functional group is in the alpha position with respect to the carboxylic acid moiety; electrochemically decarboxylating the alkali metal salt of the carboxylic acid into alkyl radicals that react to form a coupled radical product, wherein the coupled radical product is a diol; and dehydrating the diol to form a diene.
A lid for a reservoir to be connected to a liquid spraying device, comprising: a ventilation hole; a flexible tube; and a valve, wherein the combination of the ventilation hole, the flexible tube, and the valve forms a ventilation system which allows an air movement from the outside of the reservoir via the ventilation system to the inside of the reservoir while it blocks the movement of a liquid from the inside of the reservoir via the ventilation system to the outside of the reservoir. a ventilation hole; a flexible tube; and a valve,
A method of operating a liquid electrographic printer to develop a latent electrostatic image with an ink comprising charged colorant particles suspended in imaging oil, the liquid electrographic printer comprising a photo imaging plate, a binary ink development unit, and a photo imaging plate cleaning station, the method comprising: collecting, at the photo imaging plate cleaning station, imaging oil deposited on the photo imaging plate during a print cycle; and controlling the photo imaging plate cleaning station to apply the collected imaging oil to the photo imaging plate during a null cycle during which ink transfer to the photo imaging plate is suspended, wherein in the null cycle, the binary ink development unit is to disengage from the photo imaging plate. collecting, at the photo imaging plate cleaning station, imaging oil deposited on the photo imaging plate during a print cycle; and controlling the photo imaging plate cleaning station to apply the collected imaging oil to the photo imaging plate during a null cycle during which ink transfer to the photo imaging plate is suspended, wherein in the null cycle, the binary ink development unit is to disengage from the photo imaging plate.
Park brake system for a vehicle, wherein the park brake system is electronically controlled through a park brake ECU to achieve a proportional braking effect according to signals received from a park brake input device through which a user of the vehicle can control the degree of activation of the park brake, wherein the park brake input device comprises: - an operating member which the user can displace with respect to a base between a first and second position to control the degree of activation of the park brake; - at least one sensor to determine the instant position of the operating member with respect to the base between the first position and the second position; characterized in that the park brake input device further comprises a controller circuit, comprising a central processing unit, for generating a digital signal indicative of the degree of activation of the park brake requested by the user and for communicating (19, 22) this digital signal to at least the park brake ECU. - an operating member which the user can displace with respect to a base between a first and second position to control the degree of activation of the park brake; - at least one sensor to determine the instant position of the operating member with respect to the base between the first position and the second position;
Vacuum feedthrough comprising the elements - lens element, - first ring made of glass, - first hollow cylinder made of a first dielectric material, - first electrically conductive layer, - second hollow cylinder made of glass, - third hollow cylinder made of ceramic, - second ring of glass, - frame made of metal, in the above sequence radially from inside to outside, wherein at least one continuous radiation path exists for radiation from an optical wavelength range starting from a first point on a first side of the vacuum feedthrough, through the lens element to a second point on a second side of the vacuum feedthrough. - lens element, - first ring made of glass, - first hollow cylinder made of a first dielectric material, - first electrically conductive layer, - second hollow cylinder made of glass, - third hollow cylinder made of ceramic, - second ring of glass, - frame made of metal,