mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a radionuclide labeled protein, the method comprising; a) providing an aqueous solution comprising 224 Ra and 212 Pb, and an aqueous solution comprising a protein larger than 300 in molecular mass conjugated with a chelator, wherein the activity ratio in MBq between 212 Pb to 224 Ra in the aqueous solution is between 0.5 and 2 and the radioactivity generated from the 224 Ra and 212 Pb is 1 kBq to 10 000 MBq, b) mixing and incubation of the solutions provided in a) to provide a reaction solution comprising a radionuclide labeled protein, c) purification of the reaction solution by gel filtration chromatography, and d) recover the radionuclide labeled protein from the purification in step c). a) providing an aqueous solution comprising 224 Ra and 212 Pb, and an aqueous solution comprising a protein larger than 300 in molecular mass conjugated with a chelator, wherein the activity ratio in MBq between 212 Pb to 224 Ra in the aqueous solution is between 0.5 and 2 and the radioactivity generated from the 224 Ra and 212 Pb is 1 kBq to 10 000 MBq, b) mixing and incubation of the solutions provided in a) to provide a reaction solution comprising a radionuclide labeled protein, c) purification of the reaction solution by gel filtration chromatography, and d) recover the radionuclide labeled protein from the purification in step c).
A display device comprising: a display unit having a screen whose orientation is variable; a first member configured to have a pointing member placed thereon or support the pointing member in a standing manner, the pointing member being used for pointing a coordinate on the display unit, the first member having a placement surface (7a, 7b) where the pointing member is placed, the first member being secured to the display unit; and a housing section configured to house an end of the pointing member moving downward along the placement surface (7a, 7b) tilted when the display unit is rotated in a state where the pointing member is placed on the placement surface (7a, 7b) so that the orientation of the screen is changed, the housing section being provided at a first end of the first member facing downward when the display unit is rotated, wherein the housing section has a hole formed therein so that the end of the pointing member is inserted through the hole, characterized in that the hole has a structure such that the hole passes through the housing section toward the first end, wherein the width of the hole gradually becomes narrower as a position of the hole in a direction toward the first end comes closer to the first end and then gradually becomes wider as the hole comes closer to the first end. a display unit having a screen whose orientation is variable; a first member configured to have a pointing member placed thereon or support the pointing member in a standing manner, the pointing member being used for pointing a coordinate on the display unit, the first member having a placement surface (7a, 7b) where the pointing member is placed, the first member being secured to the display unit; and a housing section configured to house an end of the pointing member moving downward along the placement surface (7a, 7b) tilted when the display unit is rotated in a state where the pointing member is placed on the placement surface (7a, 7b) so that the orientation of the screen is changed, the housing section being provided at a first end of the first member facing downward when the display unit is rotated, wherein the housing section has a hole formed therein so that the end of the pointing member is inserted through the hole, characterized in that the hole has a structure such that the hole passes through the housing section toward the first end, wherein the width of the hole gradually becomes narrower as a position of the hole in a direction toward the first end comes closer to the first end and then gradually becomes wider as the hole comes closer to the first end.
A device for closing and opening doors and/or hatches and/or similar components, in particular of electrical household appliances such as washing machines, dish washers, and the like, said device comprising a main unit or body, which houses a closing and opening element adapted to be engaged and disengaged alternatively by a latch or catch adapted to be rigidly fixed to said door, wherein said closing and opening element can be switched by rotation between a first, opening, position and a second, closing, position, wherein the mutual engagement by thrust of said catch against said closing and opening element results first in said closing and opening element being switched from said first, opening, position to said second, closing, position, said device comprising elastic means arranged between said closing and opening element and said main unit or body, wherein said closing and opening element can be switched by rotation between said first, opening, position and said second, closing, position about a rotation pin of said closing and opening element, which is housed at least partially engaging in a housing and engagement seat of said main unit or body, wherein said housing and engagement seat is shaped so as to enable not only the rotation of said rotation pin but also the translation of said rotation pin, wherein said housing and engagement seat is delimited by an inner surface substantially parallel to the direction of longitudinal extension of said rotation pin, characterized in that said housing and engagement seat has an oblong conformation and defines two end portions (181, 182), and in that, with said closing and opening element in said first opening position, said rotation pin engages a first end portion of said housing and engagement seat, whereas, with said closing and opening element in said second closing position, said rotation pin engages the second end portion of said housing and engagement seat opposite to said first end portion, in that at said first end portion the intersections of the generatrices of said inner surface with a plane perpendicular thereto lie on a first arc of circle with substantially constant radius of curvature, in that in correspondence of said second end portion the intersections of the generatrices of said inner surface with a plane perpendicular thereto lie on a second arc of circle with substantially constant radius of curvature smaller than that of said first arc of circle, in that said rotation pin is delimited by an outer surface substantially parallel to the direction of longitudinal extension of said rotation pin, which comprises a first portion and a second portion connected together, and in that the intersections of the generatrices of said first portion with a plane perpendicular thereto lie on a third arc of circle while the intersections of the generatrices of said second portion with a plane perpendicular thereto lie on a fourth half-line.
Dynamic head support for wheelchairs for the disabled including a pad that comes into contact with the occipital zone of the head of the user in order to contain and limit the antero-posterior movements, with said pad being joined to a support structure, wherein said pad or its support structure is fixed in a protruding manner to a movable rod of an articulated quadrilateral with hinged linkages (6, 7) characterised by the fact that the linkages are sized so as to carry out a lowering movement of the movable rod with respect to the backwards movement of the pad, which is configured as an anthropometric movement with respect to the movement of the head of the user, with said links (6, 7)being hinged, with different distances between the axes, at the opposite end, with respect to the movable rod, to a base, with there being also an elastic element, set between said base and at least one link
A method for obtaining a capacitive feedback signal of a capacitive feedback micro torsion mirror, comprising: S1: using pulse signals as driving signals to drive a capacitive feedback micro torsion mirror to vibrate; ensuring free torsion of the micro torsion mirror for at least 0.5 cycles during the interval of two sets of adjacent driving pulses; S2: extracting a capacitive feedback signal of the capacitive feedback micro torsion mirror, and converting the capacitive feedback signal into a voltage signal; S3: amplifying the voltage signal obtained in S2; and S4: extracting the amplified voltage signal as a real capacitive feedback signal during the interval of two sets of adjacent driving pulses, wherein, the pulse signals have pulses at a low level and intervals at a fixed high level. S1: using pulse signals as driving signals to drive a capacitive feedback micro torsion mirror to vibrate; ensuring free torsion of the micro torsion mirror for at least 0.5 cycles during the interval of two sets of adjacent driving pulses; S2: extracting a capacitive feedback signal of the capacitive feedback micro torsion mirror, and converting the capacitive feedback signal into a voltage signal; S3: amplifying the voltage signal obtained in S2; and S4: extracting the amplified voltage signal as a real capacitive feedback signal during the interval of two sets of adjacent driving pulses, wherein, the pulse signals have pulses at a low level and intervals at a fixed high level.
An automated sample preparation and analysis system, comprising a sample preparation system including: a controller; a reagent rack configured to hold a plurality of reagent containers; a matrix interference removal station and optionally, one or more of a mixing station, and an incubation station; the controller configured to select a reagent to add to a sample in accordance with sample preparation information for a selected assay stored in a database, said database containing stored information pertaining to a plurality of unique assays, wherein said sample preparation and analysis system is characterized in that the matrix interference removal station is operable to separate one or more of residual proteins, phospholipids, salts, metabolites, carbohydrates, nucleic acids, and/or other substances that may otherwise interfere with subsequent processing or analysis of the desired analytes and prior to transferring the now prepared sample to the sample analysis system, in that said sample analysis system comprises a mass spectrometer, the mass spectrometer being dynamically reconfigurable in response to the selected assay to analyze the prepared sample in accordance with the selected assay; and in that a data communication link (315a, 315b, 315c) is configured to communicate data from the sample preparation system to the sample analysis system that reconfigures the mass spectrometer in accordance with the selected assay. a sample preparation system including: a controller; a reagent rack configured to hold a plurality of reagent containers; a matrix interference removal station and optionally, one or more of a mixing station, and an incubation station; the controller configured to select a reagent to add to a sample in accordance with sample preparation information for a selected assay stored in a database, said database containing stored information pertaining to a plurality of unique assays, wherein said sample preparation and analysis system is characterized in that the matrix interference removal station is operable to separate one or more of residual proteins, phospholipids, salts, metabolites, carbohydrates, nucleic acids, and/or other substances that may otherwise interfere with subsequent processing or analysis of the desired analytes and prior to transferring the now prepared sample to the sample analysis system, in that said sample analysis system comprises a mass spectrometer, the mass spectrometer being dynamically reconfigurable in response to the selected assay to analyze the prepared sample in accordance with the selected assay; and in that a data communication link (315a, 315b, 315c) is configured to communicate data from the sample preparation system to the sample analysis system that reconfigures the mass spectrometer in accordance with the selected assay.
A cyclodextrin-bonded indocyanine compound represented by the following chemical formula 11 or a cyclodextrin-bonded indocyanine compound in which at least a part of a naphthyl group of an indocyanine is included in a cavity of a cyclodextrin, represented by the following chemical formula 12: wherein s is an integer of 0 or more and 4 or less; and R is a hydrogen atom, an alkyl group, an aryl group, a halogen atom, an alkoxy group, an amino group, a carboxyl group, a formyl group, a sulfonyl group, a sulfonic acid group, an alkyloxycarbonyl group, an aryloxycarbonyl group, an alkylcarbonyl group, an arylcarbonyl group or a heterocyclic ring; wherein s is an integer of 0 or more and 4 or less; and R is a hydrogen atom, an alkyl group, an aryl group, a halogen atom, an alkoxy group, an amino group, a carboxyl group, a formyl group, a sulfonyl group, a sulfonic acid group, an alkyloxycarbonyl group, an aryloxycarbonyl group, an alkylcarbonyl group, an arylcarbonyl group or a heterocyclic ring.
A method for manufacturing a crosslinked polyethylene closed-cell physical foam in seamless tubular form, wherein the method comprises, in this order, at least the steps of: i) feeding an extruder with raw materials or mixture thereof, which comprises at least a polyethylene base resin, a crosslinking agent and a crosslinking catalyst as crosslinking means, a cell regulator, a cell regulator additive, a cell stabilizer, a cell stabilizer additive and an antistatic agent, and optionally a color agent/masterbatch, a fire-resistant additive and other additives, and which does not comprise a grafting aid, such as organic peroxide; ii) feeding foaming gas inside the extruder, adjusting the volume of the highly pressurized gas to obtain a desired foam density, and maintaining the pressure within the extruder to prevent premature foaming upon homogenizing the mixture of melt and blowing gas by the action of the extruder screw, wherein the foaming gas is injected into the extruder at a pressure of 40 to 70 bar and the pressure is maintained within the extruder to prevent premature foaming; iii) extruding the mix of materials through a corresponding die giving the desired tubular form, wherein the sudden pressure drop upon exit of the extrusion die leads to the formation of physical closed-cell foam; iv) optionally cooling the extruded physical closed-cell foam, preferably through its external surface by forced air convection; v) crosslinking the extruded physical closed-cell foam so as to attain a crosslinked polyethylene physical closed-cell foam in seamless tubular form. i) feeding an extruder with raw materials or mixture thereof, which comprises at least a polyethylene base resin, a crosslinking agent and a crosslinking catalyst as crosslinking means, a cell regulator, a cell regulator additive, a cell stabilizer, a cell stabilizer additive and an antistatic agent, and optionally a color agent/masterbatch, a fire-resistant additive and other additives, and which does not comprise a grafting aid, such as organic peroxide; ii) feeding foaming gas inside the extruder, adjusting the volume of the highly pressurized gas to obtain a desired foam density, and maintaining the pressure within the extruder to prevent premature foaming upon homogenizing the mixture of melt and blowing gas by the action of the extruder screw, wherein the foaming gas is injected into the extruder at a pressure of 40 to 70 bar and the pressure is maintained within the extruder to prevent premature foaming; iii) extruding the mix of materials through a corresponding die giving the desired tubular form, wherein the sudden pressure drop upon exit of the extrusion die leads to the formation of physical closed-cell foam; iv) optionally cooling the extruded physical closed-cell foam, preferably through its external surface by forced air convection; v) crosslinking the extruded physical closed-cell foam so as to attain a crosslinked polyethylene physical closed-cell foam in seamless tubular form.
A pedestrian protection airbag for a vehicle, said airbag being adapted to be deployed along a windscreen and/or A-pillars of said vehicle and being inflatable to a deployed state, said airbag having a projected periphery, the term projected periphery relating to when said airbag, in its deployed state, is projected to a plane forming a main plane of a windscreen of said vehicle, characterized in that said airbag comprises at least one tethering member (27, 33; 51, 53; 65, 67, 69, 71) connecting an upper region of said airbag with a lower region of said airbag along a path, said path being arranged within said projected periphery of said airbag, when said airbag is in said deployed state, said upper region of the airbag being defined as the region of the deployed airbag situated above an imaginary line in lateral direction going through the deployed airbag at half of its height (h) along said windscreen at a centre line, said lower region being defined as situated below said imaginary line, said centre line dividing said airbag in a right-hand and a left-hand half, said at least one tethering member (27, 33; 51, 53; 65, 67, 69, 71) being a belt or a strap, said at least one tethering member (27,33; 51, 53; 65, 67,69, 71) being arranged inside of said airbag.
A dynamic power consumption management and wake-up method, which is applied to a system consisting of a wireless weighing platform, said method comprising a first step of initialization comprising setting a light sleep period and a deep sleep period; a second step of entering a normal operating state, and starting light sleep timing; a third step in which if no weighing operation is detected and the light sleep period has not expired, continuing to detect the weighing operation; and if no weighing operation is detected and the light sleep period has expired, the wireless weighing platform entering a light sleep state, turning off a communication function of the wireless weighing platform, and starting timing for the deep sleep period; a fourth step in which if no weighing operation is detected and the deep sleep period has expired, the wireless weighing platform entering a deep sleep state, in which power supply is turned off except for an acceleration sensor; and while the wireless weighing platform remains in the deep sleep state, a fifth step in which the acceleration sensor upon detecting an effective vibration, starts the normal operating state of the wireless weighing platform.
A gastric banding device suitable for laparoscopic placement around the stomach of a patient to create a stoma, the gastric band having: a body portion and an inflatable shell including a plurality of chambers; the inflatable shell being substantially coextensive with the body portion; the inflatable shell having at least one notch separating the chambers, wherein a rib is adjacent to said at least one notch; upon releasably locking the gastric banding device in a closed loop position the device forms a substantially smooth and circular contour along the inner stomach-facing surface of the body portion and upon inflation of the gastric band device, said at least one notch and adjacent rib contribute to eliminate creasing, folding or wrinkling of said inflatable shell. a body portion and an inflatable shell including a plurality of chambers; the inflatable shell being substantially coextensive with the body portion; the inflatable shell having at least one notch separating the chambers, wherein a rib is adjacent to said at least one notch; upon releasably locking the gastric banding device in a closed loop position the device forms a substantially smooth and circular contour along the inner stomach-facing surface of the body portion and upon inflation of the gastric band device, said at least one notch and adjacent rib contribute to eliminate creasing, folding or wrinkling of said inflatable shell.
A surgical clip applier for performing a surgical procedure, the surgical clip applier comprising: a housing; at least one handle pivotably connected to the housing; a channel assembly extending distally from the housing, the channel assembly having an outer surface; and a jaw assembly including a pair of jaws extending from a distal end of the channel assembly, opposite the housing, the jaw assembly configured to accommodate a clip of a plurality of clips loaded in the clip applier and being operable to effect formation of the clip in response to movement of the at least one handle; wherein the surgical clip applier further comprises a dissector bar having a proximal-end portion at least partially slidably supported in the housing and a distal-end portion extending from the housing and along a length of the channel assembly, the said distal-end portion being slidably supported against the outer surface of the channel assembly, the dissector bar being actuatable from the housing to move the dissector bar between a proximal position wherein a distal end of the dissector bar is disposed proximal of a distal-most end of the jaw assembly and at least one distal position wherein the distal end of the dissector bar projects beyond the distal-most end of the jaw assembly; characterized in that the distal-end portion of the dissector bar extends from the housing to the outside of the surgical clip applier along the outer surface of the channel assembly. a housing; at least one handle pivotably connected to the housing; a channel assembly extending distally from the housing, the channel assembly having an outer surface; and a jaw assembly including a pair of jaws extending from a distal end of the channel assembly, opposite the housing, the jaw assembly configured to accommodate a clip of a plurality of clips loaded in the clip applier and being operable to effect formation of the clip in response to movement of the at least one handle; wherein the surgical clip applier further comprises a dissector bar having a proximal-end portion at least partially slidably supported in the housing and a distal-end portion extending from the housing and along a length of the channel assembly, the said distal-end portion being slidably supported against the outer surface of the channel assembly, the dissector bar being actuatable from the housing to move the dissector bar between a proximal position wherein a distal end of the dissector bar is disposed proximal of a distal-most end of the jaw assembly and at least one distal position wherein the distal end of the dissector bar projects beyond the distal-most end of the jaw assembly; characterized in that the distal-end portion of the dissector bar extends from the housing to the outside of the surgical clip applier along the outer surface of the channel assembly.
Method of producing a silicone elastomer part using a 3D printing device having at least one printhead having at least one discharge device set up to replace print materials at target positions in order to additively manufacture silicone elastomer parts, wherein the 3D print device includes a system having at least one confocal measurement device set up to contactlessly determine, by means of chromatic confocal distance measurement, a distance of the printhead from a surface on which print materials to be printed can be printed, wherein the system comprises a light source that emits polychromatic light and the confocal measurement device comprises a lens arrangement in which one or more lenses are arranged confocally, and which is configured such that the light from the light source is divided into its monochromatic wavelengths, wherein, by means of the system having at least one confocal measurement device, during a printing operation, by means of chromatic confocal distance measurement, a distance of the printhead from a surface on which print materials to be printed can be printed is determined contactlessly, or wherein, in a scanning step, by means of the system having the confocal measurement device, prior to the printing operation, by means of chromatic confocal distance measurement, the position of a surface on which print materials to be printed can be printed is determined contactlessly.