mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a plurality of measurement cells, each measurement cell including therein: a corresponding cell electrode coupled to a voltage source; a corresponding integrator; wherein the corresponding cell electrode is configurable to apply a distinct potential that is independent from cell electrodes in other measurement cells while the corresponding cell electrode is electronically coupled to the corresponding integrator; and wherein at least one measurement cell is configured to support a membrane having a nanopore disposed therein; a common electrode, the common electrode configured to apply a common potential to a liquid in a chamber above the cell electrodes in the plurality of measurement cells, wherein the common potential is common to all of the measurement cells, and wherein in each measurement cell, the corresponding integrator measures the current flowing between the common electrode and the corresponding cell electrode in the measurement cell in response to the distinct potential applied by the corresponding cell electrode; and a plurality of analog-to-digital converters, wherein an integrator from the plurality of measurement cells is electrically coupled to one analog-to-digital converter of the plurality of analog-to-digital converters. a plurality of measurement cells, each measurement cell including therein: a corresponding cell electrode coupled to a voltage source; a corresponding integrator; wherein the corresponding cell electrode is configurable to apply a distinct potential that is independent from cell electrodes in other measurement cells while the corresponding cell electrode is electronically coupled to the corresponding integrator; and wherein at least one measurement cell is configured to support a membrane having a nanopore disposed therein; a corresponding cell electrode coupled to a voltage source; a corresponding integrator; wherein the corresponding cell electrode is configurable to apply a distinct potential that is independent from cell electrodes in other measurement cells while the corresponding cell electrode is electronically coupled to the corresponding integrator; and wherein at least one measurement cell is configured to support a membrane having a nanopore disposed therein; a common electrode, the common electrode configured to apply a common potential to a liquid in a chamber above the cell electrodes in the plurality of measurement cells, wherein the common potential is common to all of the measurement cells, and wherein in each measurement cell, the corresponding integrator measures the current flowing between the common electrode and the corresponding cell electrode in the measurement cell in response to the distinct potential applied by the corresponding cell electrode; and a plurality of analog-to-digital converters, wherein an integrator from the plurality of measurement cells is electrically coupled to one analog-to-digital converter of the plurality of analog-to-digital converters.
A method for compiling a code to operate a hardware in a failsafe manner comprising the steps of: identifying a first calculation configured to generate a first result; and characterized by: generating a second calculation including the first calculation and a scalar, the second calculation generating a second result, the second calculation including multiplying the first calculation by the scalar to generate a scaled result, and dividing the scaled result by the scalar to generate the second result; generating an indication of whether the first result and the second result are equivalent; and including the first calculation, the second calculation, and the indication in an executable program; wherein generating the second calculation including the first calculation and the scalar and generating the indication of whether the first result and the second result are equivalent includes defining a class. identifying a first calculation configured to generate a first result; and generating a second calculation including the first calculation and a scalar, the second calculation generating a second result, the second calculation including multiplying the first calculation by the scalar to generate a scaled result, and dividing the scaled result by the scalar to generate the second result; generating an indication of whether the first result and the second result are equivalent; and including the first calculation, the second calculation, and the indication in an executable program;
A device for detecting the presence of an analyte in a liquid sample, comprising: an opening for introducing the liquid sample into a first chamber for collecting the liquid sample; a second chamber connected to the first chamber by a passageway and containing a test element; a third chamber connected to the second chamber by a channel and containing a plunger having first and second positions and comprising push bar extending towards the opening, the third chamber being divided by the plunger into first and second zones (901, 902) and the first zone comprising a vent hole; the plunger in contact with at least one wall of the third chamber to prevent gas communication between the first and second zones (901, 902); and a lid for closing the opening, the lid having a surface that contacts and depresses the push bar when the lid is applied to the opening such that the plunger is moved from the first position to the second position thereby causing a volume of air to be drawn from the second chamber into the third chamber, and thereby, in use, causing a volume of liquid to be drawn from the first chamber through the passageway and into the second chamber to contact the test element. an opening for introducing the liquid sample into a first chamber for collecting the liquid sample; a second chamber connected to the first chamber by a passageway and containing a test element; a third chamber connected to the second chamber by a channel and containing a plunger having first and second positions and comprising push bar extending towards the opening, the third chamber being divided by the plunger into first and second zones (901, 902) and the first zone comprising a vent hole; the plunger in contact with at least one wall of the third chamber to prevent gas communication between the first and second zones (901, 902); and a lid for closing the opening, the lid having a surface that contacts and depresses the push bar when the lid is applied to the opening such that the plunger is moved from the first position to the second position thereby causing a volume of air to be drawn from the second chamber into the third chamber, and thereby, in use, causing a volume of liquid to be drawn from the first chamber through the passageway and into the second chamber to contact the test element.
A method of providing a shelf-stable probiotic-containing food or beverage, either comprising: i) forming a microsphere permeable to water comprising a probiotic, a polymer, wherein the polymer is selected from alginates, cellulose-based polymers selected from ethylcellulose, hydroxyethylcellulose, hydroxypropylcellulose, hydroxypropylmethylcellulose, methylcellulose, ethylhydroxyethylcellulose, or carboxymethylcellulose, and mixtures thereof, and 0.3 to 15 wt% of lauric acid relative to the total weight of the microsphere, introducing the microsphere into the food or beverage, wherein said food has a residual moisture level greater than 10% water, and storing said food or beverage before consumption without refrigeration for at least 6 weeks, or comprising: ii) providing a microsphere permeable to water comprising a probiotic, a polymer, wherein the polymer is selected from alginates, cellulose-based polymers selected from ethylcellulose, hydroxyethylcellulose, hydroxypropylcellulose, hydroxypropylmethylcellulose, methylcellulose, ethylhydroxyethylcellulose, or carboxymethylcellulose, and mixtures thereof, and 0.3 to 15 wt% of lauric acid relative to the total weight of the microsphere, placing the microsphere into the food or beverage, wherein said food has a residual moisture level greater than 10% water, and allowing water to enter the microsphere, wherein the probiotic experiences a reduction in population of 1.5 log cfu or less after storing said food or beverage for at least 6 weeks without refrigeration. i) forming a microsphere permeable to water comprising a probiotic, a polymer, wherein the polymer is selected from alginates, cellulose-based polymers selected from ethylcellulose, hydroxyethylcellulose, hydroxypropylcellulose, hydroxypropylmethylcellulose, methylcellulose, ethylhydroxyethylcellulose, or carboxymethylcellulose, and mixtures thereof, and 0.3 to 15 wt% of lauric acid relative to the total weight of the microsphere, introducing the microsphere into the food or beverage, wherein said food has a residual moisture level greater than 10% water, and storing said food or beverage before consumption without refrigeration for at least 6 weeks, introducing the microsphere into the food or beverage, wherein said food has a residual moisture level greater than 10% water, and storing said food or beverage before consumption without refrigeration for at least 6 weeks, ii) providing a microsphere permeable to water comprising a probiotic, a polymer, wherein the polymer is selected from alginates, cellulose-based polymers selected from ethylcellulose, hydroxyethylcellulose, hydroxypropylcellulose, hydroxypropylmethylcellulose, methylcellulose, ethylhydroxyethylcellulose, or carboxymethylcellulose, and mixtures thereof, and 0.3 to 15 wt% of lauric acid relative to the total weight of the microsphere, placing the microsphere into the food or beverage, wherein said food has a residual moisture level greater than 10% water, and allowing water to enter the microsphere, wherein the probiotic experiences a reduction in population of 1.5 log cfu or less after storing said food or beverage for at least 6 weeks without refrigeration.
Solution comprising a) water, b) 20 to 55 wt.-% according to the total weight amount of the solution of compound 2,2,6,6-tetramethyl-4-(trimethylammonio)-1-piperidinyloxy of formula, c) 0.1 to 6 wt.-% according to the total weight amount of the solution alkali metal cation d) 0.5 to 12.5 wt.-% according to the total weight amount of the solution of compound N,N,N,1,2,2,6,6-octamethyl-4-piperidinammonium-1-oxide of formula e) 0.1 to 20 wt.-% according to the total weight amount of the solution of compound 2,2,6,6-hexamethyl-4-(dimethylamino)-1-piperidinyloxy-N-oxide of formula a) water, b) 20 to 55 wt.-% according to the total weight amount of the solution of compound 2,2,6,6-tetramethyl-4-(trimethylammonio)-1-piperidinyloxy of formula, c) 0.1 to 6 wt.-% according to the total weight amount of the solution alkali metal cation d) 0.5 to 12.5 wt.-% according to the total weight amount of the solution of compound N,N,N,1,2,2,6,6-octamethyl-4-piperidinammonium-1-oxide of formula e) 0.1 to 20 wt.-% according to the total weight amount of the solution of compound 2,2,6,6-hexamethyl-4-(dimethylamino)-1-piperidinyloxy-N-oxide of formula
A display device of a vehicle, the display device comprising: a rotational speed display unit including a dial plate section including scale markings to indicate a rotational speed of a motor, and an indicator needle member which is movable with respect to the dial plate section according to the rotational speed of the motor, and points one of the scale markings (21 a); a threshold determiner unit which determines whether or not the rotational speed of the motor has exceeded a predetermined threshold; and a display configuration control unit which changes a display configuration of the indicator needle member, wherein the display configuration control unit urges a rider to perform a shift-up operation of a transmission by changing a display configuration of the indicator needle member, when the threshold determiner unit determines that the rotational speed has exceeded the predetermined threshold, characterized in that the rotational speed display unit includes a light source provided on a back side of the dial plate section, the indicator needle member includes a tip end portion which points the scale marking, and a display configuration of the tip end portion is unchanged when the threshold determiner unit determines that the rotational speed has exceeded the predetermined threshold, the tip end portion has a non-transparent color, and a remaining portion of the indicator needle member emits light by the light source, the remaining portion being different from the tip end portion. a rotational speed display unit including a dial plate section including scale markings to indicate a rotational speed of a motor, and an indicator needle member which is movable with respect to the dial plate section according to the rotational speed of the motor, and points one of the scale markings (21 a); a threshold determiner unit which determines whether or not the rotational speed of the motor has exceeded a predetermined threshold; and a display configuration control unit which changes a display configuration of the indicator needle member, wherein the display configuration control unit urges a rider to perform a shift-up operation of a transmission by changing a display configuration of the indicator needle member, when the threshold determiner unit determines that the rotational speed has exceeded the predetermined threshold, characterized in that the rotational speed display unit includes a light source provided on a back side of the dial plate section, the indicator needle member includes a tip end portion which points the scale marking, and a display configuration of the tip end portion is unchanged when the threshold determiner unit determines that the rotational speed has exceeded the predetermined threshold, the tip end portion has a non-transparent color, and a remaining portion of the indicator needle member emits light by the light source, the remaining portion being different from the tip end portion.
Anti-friction bearing having at least one inner ring and at least one outer ring, a number of rolling bodies being arranged between the bearing rings (2, 3), the rolling bodies being held by way of a cage, the cage consisting of a number of cage segments, each cage segment making contact with two rolling bodies on at least two contact faces (6, 7, 8) which are adapted to the shape of the rolling body, without surrounding the rolling body in a frame-like manner, at least one fastening element (9, 10) being arranged on each cage segment, it being possible for the cage segments to be connected at least temporarily via a coupling element, to which end the coupling element is brought into engagement with the fastening elements (9, 10), each cage segment having, at its axial ends (12, 13), in each case one end element with an end face for axial bearing of the rolling body, the two end elements which are arranged axially on the end side (12, 13) being connected to one another by way of a carrier element, at least one guide element (17, 18) being arranged on the carrier element, which guide element (17, 18) has a contact face (6, 7, 8) which is adapted to the shape of the rolling body, and a radially inner end of the at least one guide element being at a greater spacing from the raceway of the inner ring than the spacing between the radially inner end of the end element and a shoulder face on the inner ring, characterized in that at least one spacer element is arranged at or on the coupling element, which spacer element limits a relative movability between the coupling element and the at least one fastening element (9; 10) in the circumferential direction.
An apparatus for endovascularly replacing a patient's heart valve comprising: an anchor (12, 212) having an outer surface and an inner surface, the anchor (12, 212) expandable from a collapsed delivery configuration to a fully deployed configuration; and a plurality of first locking elements (16, 216) and a plurality of second locking elements (18, 218) attached to the inner surface of the anchor (12, 212), each first locking element (16, 216) engageable with one second locking element (18, 218), wherein one of the plurality of first locking elements (16, 216) and the plurality of second locking elements (18, 218) have curved outer surfaces (244, 264), wherein each curved outer surface abuts the inner surface of the anchor (12, 212) and each outer surface is curved between a first side and a second side, characterized in that the radius of curvature of the outer surface is between the radius of curvature of the anchor (12, 212) in the collapsed delivery configuration and the radius of curvature of the anchor (12, 212) in the fully deployed configuration. an anchor (12, 212) having an outer surface and an inner surface, the anchor (12, 212) expandable from a collapsed delivery configuration to a fully deployed configuration; and a plurality of first locking elements (16, 216) and a plurality of second locking elements (18, 218) attached to the inner surface of the anchor (12, 212), each first locking element (16, 216) engageable with one second locking element (18, 218), wherein one of the plurality of first locking elements (16, 216) and the plurality of second locking elements (18, 218) have curved outer surfaces (244, 264), wherein each curved outer surface abuts the inner surface of the anchor (12, 212) and each outer surface is curved between a first side and a second side, characterized in that the radius of curvature of the outer surface is between the radius of curvature of the anchor (12, 212) in the collapsed delivery configuration and the radius of curvature of the anchor (12, 212) in the fully deployed configuration.
An infusion set, comprising: a base; an inserter removably connected to said base; a catheter movable from a first catheter position disposed within said inserter to a second catheter position in which a free end of said catheter is disposed externally of said base; an introducer needle located within said catheter and movable with said catheter between a first introducer needle position disposed within said inserter and a second introducer needle position in which a free end of said introducer needle is disposed externally of said base; and a spring member for moving said catheter from said first to said second catheter position and said introducer needle from said first to said second introducer needle position to facilitate insertion of said catheter, said spring member being disposed within said base when said catheter is in said second catheter position; characterized in that said spring member is activatable by rotating said inserter, wherein said catheter is connected to a catheter hub, said catheter hub being movable with said catheter between said first and second catheter positions, wherein said catheter hub engages an inner shoulder of said inserter to retain said catheter hub in said first catheter hub position, and wherein rotation of said inserter disengages said inner shoulder of said inserter from said catheter hub such that said spring member moves said catheter hub to said second catheter position. a base; an inserter removably connected to said base; a catheter movable from a first catheter position disposed within said inserter to a second catheter position in which a free end of said catheter is disposed externally of said base; an introducer needle located within said catheter and movable with said catheter between a first introducer needle position disposed within said inserter and a second introducer needle position in which a free end of said introducer needle is disposed externally of said base; and a spring member for moving said catheter from said first to said second catheter position and said introducer needle from said first to said second introducer needle position to facilitate insertion of said catheter, said spring member being disposed within said base when said catheter is in said second catheter position; characterized in that said spring member is activatable by rotating said inserter, wherein said catheter is connected to a catheter hub, said catheter hub being movable with said catheter between said first and second catheter positions, wherein said catheter hub engages an inner shoulder of said inserter to retain said catheter hub in said first catheter hub position, and wherein rotation of said inserter disengages said inner shoulder of said inserter from said catheter hub such that said spring member moves said catheter hub to said second catheter position.
A coupling device for a middle ear implant comprising: a transducer end (400, 601) configured to engage an implantable electromechanical transducer (510, 607), a bone engagement end (410, 602) configured to engage a temporal bone surface of a recipient patient; characterised by an s-shape planar loading spring having a central spring axis along a common line between the transducer end (400, 601) and the bone engagement end (410, 602) and a centre of mass located on the common line, wherein the loading spring is configured for compression by displacement along the central spring axis of the transducer end (400, 601) and the bone engagement end (410, 602) in towards each other; and a plurality of compression indicators comprising bulges and optionally notches, said compression indicators configured to provide visual indication of a pre-load force created on the temporal bone surface by the compression of the loading spring, wherein one of the compression indicators is located at the bone engagement end (410, 602) of the loading spring, and another one of the compression indicators is located on a curve of the loading spring. a transducer end (400, 601) configured to engage an implantable electromechanical transducer (510, 607), a bone engagement end (410, 602) configured to engage a temporal bone surface of a recipient patient; characterised by an s-shape planar loading spring having a central spring axis along a common line between the transducer end (400, 601) and the bone engagement end (410, 602) and a centre of mass located on the common line, wherein the loading spring is configured for compression by displacement along the central spring axis of the transducer end (400, 601) and the bone engagement end (410, 602) in towards each other; and a plurality of compression indicators comprising bulges and optionally notches, said compression indicators configured to provide visual indication of a pre-load force created on the temporal bone surface by the compression of the loading spring, wherein one of the compression indicators is located at the bone engagement end (410, 602) of the loading spring, and another one of the compression indicators is located on a curve of the loading spring.
Functional head for a fragrance container having an inlet aperture for admitting air into an inlet channel, having an outlet aperture for discharging a fragrance-air mixture from an outlet channel, and having a spring-loaded valve plate which opens the inlet channel and the outlet channel upon attaching the functional head to a fragrance generator and keeps it closed in a state separate from the fragrance generator, whereby the inlet aperture and the outlet aperture are located in a section of the housing wall of the functional head, characterised in that the valve plate is located in a spring-loaded manner behind the section of the housing wall in the interior of the functional head and closes the inlet aperture and the outlet aperture in one valve position, and that the section of the housing wall of the functional head shows a recess into which a plunger can be inserted, as a result of which the valve plate is displaceable against the force of the spring.
Analytical process for detecting explosive compounds by a color reaction, comprising contacting a sample suspected of containing a peroxide-based compound, a nitrate-based compound, a nitrotoluene-based compound, or a nitramine-based compound with a composition comprising a Ni-porphyrin and a free acid having a p K a of -2.8 to 1.2, wherein the sample is first treated with a superbase before contacting the sample with the Ni-porphyrin and the acid.