mhurhangee/ep-ind-claims huggingface dataset:
A method for removing micro-bubbles from fluid in a fluid sensor in order to increase ultrasonic signal transmission, the fluid sensor being associated with a medical device, the method comprising: attaching a flow restrictor to a fluid outlet of the fluid sensor, the fluid sensor comprising: a fluid channel, a fluid inlet at a first end of the fluid channel configured to couple to an outlet of an administrable fluid source, and the fluid outlet at a second end of the fluid channel; delivering fluid from the administrable fluid source to the fluid channel through the fluid inlet; pressurizing the fluid in the fluid channel between the fluid inlet and the flow restrictor to wet an interior surface of the fluid channel with the fluid; applying a varying pressure to the fluid in the fluid channel between the fluid inlet and the flow restrictor; and removing the flow restrictor from the fluid outlet, wherein the flow restrictor comprises an outlet having an inner diameter that changes in response to the varying pressure applied to the fluid in the fluid channel, the method comprising creating a perturbative flow of the fluid in the fluid channel. attaching a flow restrictor to a fluid outlet of the fluid sensor, the fluid sensor comprising: a fluid channel, a fluid inlet at a first end of the fluid channel configured to couple to an outlet of an administrable fluid source, and the fluid outlet at a second end of the fluid channel; a fluid channel, a fluid inlet at a first end of the fluid channel configured to couple to an outlet of an administrable fluid source, and the fluid outlet at a second end of the fluid channel; delivering fluid from the administrable fluid source to the fluid channel through the fluid inlet; pressurizing the fluid in the fluid channel between the fluid inlet and the flow restrictor to wet an interior surface of the fluid channel with the fluid; applying a varying pressure to the fluid in the fluid channel between the fluid inlet and the flow restrictor; and removing the flow restrictor from the fluid outlet, wherein the flow restrictor comprises an outlet having an inner diameter that changes in response to the varying pressure applied to the fluid in the fluid channel, the method comprising creating a perturbative flow of the fluid in the fluid channel.
An electrical connector configured to sealably engage a header, the header including a cavity therein and an outer wall surface having external threads, the connector comprising: a plug assembly including an outer plug surface configured to be inserted into the cavity of the header; a sleeve member coupled to and surrounding the outer plug surface, the sleeve member including a plurality of fingers biased to flex away from the outer plug surface in a flared arrangement, the fingers including inner ridges or thread elements configured to engage a portion of the external threads; a collar configured to slide over the sleeve member when moved between a retracted position and a locked position, wherein the collar compresses the fingers against the outer wall surface of the header when the collar moves from the retracted position to the locked position; and characterized in that the connector further comprises a sealing band gripping the outer plug surface; and wherein when the collar moves from the retracted position to the locked position the fingers compress the sealing band, and the sealing band is compressed between the plug assembly and the header. a plug assembly including an outer plug surface configured to be inserted into the cavity of the header; a sleeve member coupled to and surrounding the outer plug surface, the sleeve member including a plurality of fingers biased to flex away from the outer plug surface in a flared arrangement, the fingers including inner ridges or thread elements configured to engage a portion of the external threads; a collar configured to slide over the sleeve member when moved between a retracted position and a locked position, wherein the collar compresses the fingers against the outer wall surface of the header when the collar moves from the retracted position to the locked position; and characterized in that the connector further comprises a sealing band gripping the outer plug surface; and wherein when the collar moves from the retracted position to the locked position the fingers compress the sealing band, and the sealing band is compressed between the plug assembly and the header.
Process for energy-efficient drying of germinated seeds in a drying kiln by means of a rotational speed-modulated fan for directing an air mass flow through a bed of drying material (2.1) for the germinated seed, wherein the drying is implemented for a specified maximum kiln time (t max), characterized in that a grain moisture content (Hg) and a grain mass (Mg) of a grain (2.2) are detected, which constitutes a basis for the bed of drying material (2.1) of the germinated seed after steeping and germinating, an ambient air humidity (HI/Hla) is detected for an ambient air used for the air mass flow, a plurality of weather forecast data (W1, W2), at least with respect to the ambient air humidity (HI/Hla) are detected, while drying, a drying material moisture content (Ht) of the germinated seed is monitored up to a specified limit (Gt), and based on the moisture content of the grain (Hg), that the grain mass (Mg), the ambient air humidity (HI/Hla), the plurality of weather forecasts (W1, W2), with respect to the ambient air humidity and based on the moisture content of the drying material (Ht) of the germinated seed, a rotational speed modulation of the fan is undertaken in such a way that the specified maximum kiln time (t max) is reached and/or maintained. a grain moisture content (Hg) and a grain mass (Mg) of a grain (2.2) are detected, which constitutes a basis for the bed of drying material (2.1) of the germinated seed after steeping and germinating, an ambient air humidity (HI/Hla) is detected for an ambient air used for the air mass flow, a plurality of weather forecast data (W1, W2), at least with respect to the ambient air humidity (HI/Hla) are detected, while drying, a drying material moisture content (Ht) of the germinated seed is monitored up to a specified limit (Gt), and based on the moisture content of the grain (Hg), that the grain mass (Mg), the ambient air humidity (HI/Hla), the plurality of weather forecasts (W1, W2), with respect to the ambient air humidity and based on the moisture content of the drying material (Ht) of the germinated seed, a rotational speed modulation of the fan is undertaken in such a way that the specified maximum kiln time (t max) is reached and/or maintained.
3-methylmethcathinone (3-MMC) for use in treating a subject undergoing a psychotherapeutic intervention, wherein said subject is diagnosed with a stress-sensitive disorder selected from the group consisting of Post-traumatic stress disorder (PTSD), Bipolar Disorder, Acute Stress Disorder, anxiety disorders such as Generalized Anxiety Disorder, Obsessive-Compulsive Disorder, social anxiety disorders, Panic Disorders, phobias and Trichotillomania.
A vehicle suspension device comprising: a suspension device main body configured to support a wheel of a vehicle to a vehicle body of the vehicle; an upper intervening member (60; 260) configured to be intervened between a vertically upper portion of the suspension device main body and the vehicle body so that a front-back stiffness of the vehicle is relatively decreased at a time of smooth-braking of the vehicle at which an absolute value of a braking force of the vehicle is relatively small, compared to at a time of non-braking of the vehicle; and a lower intervening member (80; 280) configured to be intervened between a vertically lower portion of the suspension device main body and the vehicle body so that the front-back stiffness of the vehicle is relatively increased at the time of smooth-braking of the vehicle, compared to at the time of non-braking of the vehicle; characterized in that: the front-back stiffness of the upper intervening member (60; 260) and the front-back stiffness of the lower intervening member (80; 280) are set so that a front-back force compliance of a spindle of the wheel at the time of smooth-braking of the vehicle and a front-back force compliance of the spindle at the time of non-braking of the vehicle are equal to each other. a suspension device main body configured to support a wheel of a vehicle to a vehicle body of the vehicle; an upper intervening member (60; 260) configured to be intervened between a vertically upper portion of the suspension device main body and the vehicle body so that a front-back stiffness of the vehicle is relatively decreased at a time of smooth-braking of the vehicle at which an absolute value of a braking force of the vehicle is relatively small, compared to at a time of non-braking of the vehicle; and a lower intervening member (80; 280) configured to be intervened between a vertically lower portion of the suspension device main body and the vehicle body so that the front-back stiffness of the vehicle is relatively increased at the time of smooth-braking of the vehicle, compared to at the time of non-braking of the vehicle; characterized in that: the front-back stiffness of the upper intervening member (60; 260) and the front-back stiffness of the lower intervening member (80; 280) are set so that a front-back force compliance of a spindle of the wheel at the time of smooth-braking of the vehicle and a front-back force compliance of the spindle at the time of non-braking of the vehicle are equal to each other. the front-back stiffness of the upper intervening member (60; 260) and the front-back stiffness of the lower intervening member (80; 280) are set so that a front-back force compliance of a spindle of the wheel at the time of smooth-braking of the vehicle and a front-back force compliance of the spindle at the time of non-braking of the vehicle are equal to each other.
First connecting arrangement for providing a fluidic connection between containers (B1, B2, B3), wherein the first connecting arrangement comprises a rigid closure device which in an initial state is sealingly held on a holding portion of the first connecting arrangement (3A, 3A') by means of a frangible line, wherein the frangible line or an area defined by the frangible line is inclined relative to a central axis of the first connecting arrangement, characterised in that the holding portion is movable by deformation relative to the closure device, thereby opening the first connecting arrangement (3A, 3A') by tearing the frangible line.
Overvoltage protection arrangement having at least one disc-shaped varistor arranged on a first side of an n-cornered carrier plate, at least one gas discharge means as well as at least one thermal separating means in close thermal contact with the at least one varistor, wherein the components mentioned above are surrounded by an external housing (1; 7), and means for the electrical connection to be soldered on a circuit board are furthermore provided, characterized in that the at least one gas discharge means is arranged on a second side of the n-cornered carrier plate, the carrier plate has at least one through-hole for a terminal contact of the varistor, on the second side of the carrier plate at least one terminal of the gas discharge means and the terminal contact of the varistor are facing each other across a distance, wherein a movable contact connecting piece (13; 20) is located in the distance space, the movable contact connecting piece (13; 20) being connected on one side to the terminal of the gas discharge means and on the other to the terminal contact of the varistor by means of low melting solder for forming the thermal separating means such that both heating of the gas discharge means and of the varistor will act upon the thermal separating means, furthermore, a slide (12; 19) comprising a spike is provided which penetrates a recess in the movable contact connecting piece (13; 20) and receives a pre-stressing spring (14; 23), wherein the pre-stressing spring (14; 23) is supported on one side against a web of the carrier plate and on the other side engages the contact connecting piece (13; 20), and in the non-triggered state of the thermal separating means, the free end of the spike acts upon a switch (15; 16; 25; 26; 30; 32; 33) and keeps the same in closed position, and releases the switch in the triggered state of the thermal separating means.
A solar cell comprising: a transparent first electrode; a photoelectric conversion layer mainly containing cuprous oxide on the first electrode; an n-type layer on the photoelectric conversion layer; and a transparent second electrode on the n-type layer, wherein a mixed region or/and a mixed layer are present on an n-type layer side of the photoelectric conversion layer, the mixed region and the mixed layer contain elements belonging to a first group, a second group, and a third group, the n-type layer contains one or more elements belonging to the first group and one or more elements belonging to the third group, the first group is one or more elements selected from the group consisting of Zn and Sn, the second group is one or more elements selected from the group consisting of Y, Sc, V, Cr, Mn, Fe, Ni, Zr, B, Al, Ga, Nb, Mo, Ti, F, Cl, Br, and I, and the third group is one or more elements selected from the group consisting of Ge and Si. a transparent first electrode; a photoelectric conversion layer mainly containing cuprous oxide on the first electrode; an n-type layer on the photoelectric conversion layer; and a transparent second electrode on the n-type layer, wherein a mixed region or/and a mixed layer are present on an n-type layer side of the photoelectric conversion layer, the mixed region and the mixed layer contain elements belonging to a first group, a second group, and a third group, the n-type layer contains one or more elements belonging to the first group and one or more elements belonging to the third group, the first group is one or more elements selected from the group consisting of Zn and Sn, the second group is one or more elements selected from the group consisting of Y, Sc, V, Cr, Mn, Fe, Ni, Zr, B, Al, Ga, Nb, Mo, Ti, F, Cl, Br, and I, and the third group is one or more elements selected from the group consisting of Ge and Si.
Process for production of trisilylamine in the liquid phase, which process comprises - initially charging monochlorosilane (A or A') to a reactor in liquid form and - passing ammonia into the reactor, - performing the reaction in reactor, - subsequently passing the resulting product mixture from reactor into and through a filter unit and removing solid ammonium chloride from the product mixture and - passing the filtrate from the filter unit into the distillation column, - excess monochlorosilane (A') being distilled in distillation column overhead, condensed and fed to reactor in liquid form, and also - removing gaseous substances from the distillation column overhead and - conveying the bottoms into the distillation column, - the product trisilylamine being distilled in the distillation column overhead and condensed and - removing higher boilers from the system via the bottoms. - initially charging monochlorosilane (A or A') to a reactor in liquid form and - passing ammonia into the reactor, - performing the reaction in reactor, - subsequently passing the resulting product mixture from reactor into and through a filter unit and removing solid ammonium chloride from the product mixture and - passing the filtrate from the filter unit into the distillation column, - excess monochlorosilane (A') being distilled in distillation column overhead, condensed and fed to reactor in liquid form, and also - removing gaseous substances from the distillation column overhead and - conveying the bottoms into the distillation column, - the product trisilylamine being distilled in the distillation column overhead and condensed and - removing higher boilers from the system via the bottoms.
Structure of a motor vehicle, comprising a first lock element, a side access opening and a side door which opens and closes said side access opening, said side door having an inside facing toward the inside of the vehicle and an opposite outside, comprising: - a hollow door panel; - a waist rail housed in the door panel and extending along this; - a second lock element engaging reversibly in the first lock element; - an outer opening control of the door, which is accessible from the outside, on said outside of the door panel; - a linkage for actuating the second lock element mounted between said element and the outer opening control; - a connecting member forming a retaining reinforcer, housed in the door panel and defining a stiff mechanical connection between the waist rail and the outer opening control; said retaining reinforcer comprising: - at least one first surface extending along a first plane substantially opposite a second surface extending along a second plane, said second surface being defined by a lower part of the reinforcer; - at least one fixing portion, which is oriented toward the outside of the structure and comprises a third surface extending along a third plane substantially opposite the outer opening control, said fixing portion being connected to the inner surface of the door panel opposite the outer opening control at the level of at least said third surface, the retaining reinforcer having at least one concave portion extending between the first surface and the third surface and oriented toward the outside of the structure, characterized in that each concave portion oriented toward the outside comprises a hollow form oriented toward the outside of the vehicle. - a hollow door panel; - a waist rail housed in the door panel and extending along this; - a second lock element engaging reversibly in the first lock element; - an outer opening control of the door, which is accessible from the outside, on said outside of the door panel; - a linkage for actuating the second lock element mounted between said element and the outer opening control; - a connecting member forming a retaining reinforcer, housed in the door panel and defining a stiff mechanical connection between the waist rail and the outer opening control; said retaining reinforcer comprising: - at least one first surface extending along a first plane substantially opposite a second surface extending along a second plane, said second surface being defined by a lower part of the reinforcer; - at least one fixing portion, which is oriented toward the outside of the structure and comprises a third surface extending along a third plane substantially opposite the outer opening control, said fixing portion being connected to the inner surface of the door panel opposite the outer opening control at the level of at least said third surface,
A corrosion inhibition coating, comprising: a base comprising a silicate matrix, wherein aluminum, an aluminum alloy, or a combination thereof, is present within the silicate matrix; and characterized by further comprising an inhibitor comprising: about 1% to about 50% zinc molybdate by weight, about 1% to about 50% cerium citrate by weight, about 1% to about 50% magnesium metasilicate by weight, and about 1% to about 50% a metal phosphate silicate by weight, wherein a curing temperature of the corrosion inhibition coating is about 20°C to about 190°C, preferably about 20°C to about 120°C. a base comprising a silicate matrix, wherein aluminum, an aluminum alloy, or a combination thereof, is present within the silicate matrix; and characterized by further comprising an inhibitor comprising: about 1% to about 50% zinc molybdate by weight, about 1% to about 50% cerium citrate by weight, about 1% to about 50% magnesium metasilicate by weight, and about 1% to about 50% a metal phosphate silicate by weight, about 1% to about 50% zinc molybdate by weight, about 1% to about 50% cerium citrate by weight, about 1% to about 50% magnesium metasilicate by weight, and about 1% to about 50% a metal phosphate silicate by weight, wherein a curing temperature of the corrosion inhibition coating is about 20°C to about 190°C, preferably about 20°C to about 120°C.
An immunogenic composition comprising a transferrin binding protein B (TbpB) polypeptide obtainable from a Gram-negative pathogenic bacterial species, wherein the TbpB polypeptide comprises the sequence of SEQ.ID NO: 174.
A therapy device comprising a first frequency generator unit and a second frequency generator unit for generating electromagnetic oscillations, the first frequency generator unit and the second frequency generator unit being galvanically isolated from one another and comprising each: a frequency generator for generating alternating voltage; a first electrode output for connecting a first electrode and a second electrode output for connecting a second electrode; wherein the frequency generator includes a voltage output to which the alternating voltage generated by the frequency generator is applied, wherein the frequency generator includes a neutral output which is electrically neutral; wherein the first electrode output is connected with the voltage output and wherein the second electrode output is connected with the neutral output, characterised in that the frequency generator is configured to generate twelve predetermined frequencies, wherein the frequencies are in a frequency range having a lower limit frequency and an upper limit frequency, wherein the upper limit frequency is twice as high as the lower limit frequency, wherein the upper limit frequency is not part of the frequency range and wherein the ratio of the frequencies to the lower limit frequency is 1, 14:13, 9:8, 6:5, 5:4, 4:3, 7:5, 3:2, 8:5, 5:3, 9:5 or 13:7. a frequency generator for generating alternating voltage; a first electrode output for connecting a first electrode and a second electrode output for connecting a second electrode; wherein the frequency generator includes a voltage output to which the alternating voltage generated by the frequency generator is applied, wherein the frequency generator includes a neutral output which is electrically neutral; wherein the first electrode output is connected with the voltage output and wherein the second electrode output is connected with the neutral output, characterised in that the frequency generator is configured to generate twelve predetermined frequencies, wherein the frequencies are in a frequency range having a lower limit frequency and an upper limit frequency, wherein the upper limit frequency is twice as high as the lower limit frequency, wherein the upper limit frequency is not part of the frequency range and wherein the ratio of the frequencies to the lower limit frequency is 1, 14:13, 9:8, 6:5, 5:4, 4:3, 7:5, 3:2, 8:5, 5:3, 9:5 or 13:7.