mhurhangee/ep-ind-claims huggingface dataset:
A method of making a collection of polymer beads comprising forming a first collection of monomer droplets in an aqueous medium in a container, wherein the first collection of monomer droplets has volume-average diameter DAV1 and has uniformity coefficient of 1.3 or less; forming a second collection of monomer droplets in the aqueous medium in the container, wherein the second collection of monomer droplets has volume-average diameter DAV2 and has uniformity coefficient of 1.3 or less, wherein DAV1 and DAV2 differ by 10 μm or more; wherein either step and step are performed simultaneously; or step is performed after step, while the first collection of monomer droplets remains in the container; or a combination thereof; and (b) after steps and, polymerizing the monomer droplets by suspension polymerization to form the polymer beads wherein DAV1 is from 100 to 1,000 μm, and "uniformity coefficient" is D60/D10, where D60 denotes the value of a diameter that has the property that exactly 60% of the collection of the particles, by volume, have diameter less than or equal to D60, and D10 denotes the value of a diameter that has the property that exactly 10% of the collection of the particles, by volume, have diameter less than or equal to D60, and wherein the collection of polymer beads has volume average sphericity Ψ of 0.9 to 1.0, wherein indicator of sphericity (Ψ) is calculated as follows: Ψ = bc / a 2 3 wherein a, b and c are the three mechanical principal axes of the particle, a being the longest principal axis of the particle, and c being the shortest principal axis of the particle, and further wherein the first collection of monomer droplets comprises one or more multifunctional vinyl monomer and one or more monofunctional vinyl monomer, and wherein the second collection of monomer droplets comprises one or more multifunctional vinyl monomer and one or more monofunctional vinyl monomer, wherein, in the first collection of monomer droplets and in the second collection of monomer droplets, the amount of monofunctional vinyl monomer is 75% or more, by weight based on the weight of all the monomers, and the amount of the multifunctional vinyl monomer is 5% to 25%, by weight based on the weight of all the monomers, and wherein the composition of the second collection of monomer droplets may the same or different from the composition of the first collection of monomer droplets. forming a first collection of monomer droplets in an aqueous medium in a container, wherein the first collection of monomer droplets has volume-average diameter DAV1 and has uniformity coefficient of 1.3 or less; forming a second collection of monomer droplets in the aqueous medium in the container, wherein the second collection of monomer droplets has volume-average diameter DAV2 and has uniformity coefficient of 1.3 or less, wherein DAV1 and DAV2 differ by 10 μm or more;
Detachable handle intended to engage with a cooking vessel having a side wall which is extended upwards by a curved portion outwards comprising a free end, said detachable handle extending in a longitudinal direction and comprising an internal bearing member and an external bearing member intended to come against, respectively, an inner surface and an outer surface of the side wall, as well as an upper bearing member intended to come against the free end of the curved portion, said detachable handle comprising a lock which is mobile in translation between an open position and a closed position, the lock comprising a blocking wall intended to be extended from the internal bearing member in the open position of the lock and intended to generate a force on the free end in the closed position of the lock, under the action of a pressurising means, said force comprising a vertical component F for blocking the free end of the curved portion against the upper bearing member, said vertical blocking component F being perpendicular to the longitudinal direction which is substantially horizontal, characterised in that the lock comprising a projecting member and said detachable handle comprises a hollow member or reciprocally, and in that in the closed position, the projecting member and the hollow member are engaged in one another to prevent the recoil of the lock when the free end generates a force on the blocking wall, comprising a component F1 opposite the vertical blocking component F, and the intensity of which is greater than a predetermined value.
A reagent kit, comprising: an oligonucleotide for a test for detecting a polymorphism of EGFR exon 19, the oligonucleotide consisting of the nucleotide sequence set forth in any one of SEQ ID NOs: 2 to 4, wherein said oligonucleotide has a phosphate group at its 3' end and said oligonucleotide is not labelled; and a probe which consists of the nucleotide sequence as set forth in SEQ ID NO: 35 and is labeled with a fluorescent dye. an oligonucleotide for a test for detecting a polymorphism of EGFR exon 19, the oligonucleotide consisting of the nucleotide sequence set forth in any one of SEQ ID NOs: 2 to 4, wherein said oligonucleotide has a phosphate group at its 3' end and said oligonucleotide is not labelled; and a probe which consists of the nucleotide sequence as set forth in SEQ ID NO: 35 and is labeled with a fluorescent dye.
Extensible hose for gardening irrigation, comprising an inner tubular element suitable, in use, for being passed through by a fluid, said inner tubular element being made from a first elastically extensible material and suitable for lengthening and widening under the action of the pressure of the fluid; and at least one extensible outer tubular element overlying and coaxial to said inner tubular element, said outer tubular element comprising at least one surface portion made from a second material resistant to external stresses, characterised in that said outer tubular element comprises at least one layer of stretchable elastic fabric and a covering layer, made from elastically extensible material, placed on top of said layer of fabric, and defining said surface portion resistant to external stresses.
A compensation method for a 3D printer, wherein the 3D printer comprises an extruder and a detection device, the method comprising: causing the extruder to print a test pattern based on a preset printing scheme, wherein the preset printing scheme specifies that the extruder moves at at least two movement speeds during extrusion of materials to print the test pattern; detecting, using the detection device, an extrusion speed characteristic of the extruder from the test pattern; and determining, based on the detected extrusion speed characteristic, a compensation coefficient for compensating an extrusion speed of the extruder, wherein the test pattern extends along a predetermined path, wherein the detecting the extrusion speed characteristic of the extruder from the test pattern comprises detecting a cross-sectional characteristic representing a cross-sectional area of the test pattern on the predetermined path as the extrusion speed characteristic, and wherein the cross-sectional characteristic comprises a cross-sectional area of the test pattern on the predetermined path. causing the extruder to print a test pattern based on a preset printing scheme, wherein the preset printing scheme specifies that the extruder moves at at least two movement speeds during extrusion of materials to print the test pattern; detecting, using the detection device, an extrusion speed characteristic of the extruder from the test pattern; and determining, based on the detected extrusion speed characteristic, a compensation coefficient for compensating an extrusion speed of the extruder, wherein the test pattern extends along a predetermined path, wherein the detecting the extrusion speed characteristic of the extruder from the test pattern comprises detecting a cross-sectional characteristic representing a cross-sectional area of the test pattern on the predetermined path as the extrusion speed characteristic, and wherein the cross-sectional characteristic comprises a cross-sectional area of the test pattern on the predetermined path.
A density measuring device, comprising: a housing, having an axis of symmetry A designed to be arranged along a vertical axis (z) perpendicular to the ground, and internally defining, at a first portion thereof, a first chamber, designed to contain a two-phase liquid-gas solution the density of which it is desired to measure, and housing, in a measurement operating condition, a float, designed to be at least partially immersed into said two-phase liquid-gas solution; and an electronic circuit, configured to detect a value of said density as a function of a thrust sustained by said float due to the effect of said two-phase liquid-gas solution, characterized in that said housing further defines, at a second portion thereof, opposite to the first portion along the vertical axis z, a second chamber, facing, and in fluid communication with, said first chamber, the second chamber being fed during said measurement operating condition with gas coming from said two-phase liquid-gas solution; said second chamber being further designed to house said float in a cleaning operating condition of said float, distinct from said measurement operating condition, for removing gas bubbles and/or solid particles that have adhered to an outer surface of said float during said measurement operating condition; wherein said float carries at least a first magnet and said housing includes: a first solenoid, operable to magnetically interact with said float in order to keep it suspended within said first chamber, during said first operating condition; and a second solenoid, operable to magnetically interact with said float in order to attract it within said second chamber, during said cleaning operating condition, so that gas bubbles and/or solid particles that have adhered to said float during said measurement operating condition are removed during said cleaning operating condition in the second chamber, due to introduction of the float into the second chamber and impact of said float against an upper wall of said second chamber, thereby feeding said second chamber with a further amount of gas.
A saddle riding vehicle comprising: a pair of left and right seat rails disposed below a seat for a passenger; a battery disposed below the seat; and a regulator connected to the battery, characterized in that, when viewed from above, the battery and the regulator are arranged in a longitudinally aligned state between the left and right seat rails, the regulator and the battery are disposed such that the regulator is disposed below an upper surface of the battery in order to form a stepped portion, and an intake duct of an intake device is disposed in a space formed above the regulator by the stepped portion.
A cryogenic cooling system comprising: a primary insert comprising: a plurality of primary plates (111, 112), each primary plate having a primary contact surface; and one or more primary connecting members arranged so as to connect the plurality of primary plates; a demountable secondary insert comprising: a plurality of secondary plates (121, 122), each secondary plate having a secondary contact surface; and one or more secondary connecting members arranged so as to connect the plurality of secondary plates (121, 122) such that the secondary insert is self-supporting; a cooling apparatus attached to the secondary insert; and one or more adjustment members; wherein the one or more adjustment members are configured such that, when the secondary insert is mounted to the primary insert, the adjustment members cause the primary and secondary contact surfaces of the respective primary and secondary plates to be brought into conductive thermal contact. a primary insert comprising: a plurality of primary plates (111, 112), each primary plate having a primary contact surface; and one or more primary connecting members arranged so as to connect the plurality of primary plates; a plurality of primary plates (111, 112), each primary plate having a primary contact surface; and one or more primary connecting members arranged so as to connect the plurality of primary plates; a demountable secondary insert comprising: a plurality of secondary plates (121, 122), each secondary plate having a secondary contact surface; and one or more secondary connecting members arranged so as to connect the plurality of secondary plates (121, 122) such that the secondary insert is self-supporting; a cooling apparatus attached to the secondary insert; and one or more adjustment members; a plurality of secondary plates (121, 122), each secondary plate having a secondary contact surface; and one or more secondary connecting members arranged so as to connect the plurality of secondary plates (121, 122) such that the secondary insert is self-supporting; a cooling apparatus attached to the secondary insert; and one or more adjustment members; wherein the one or more adjustment members are configured such that, when the secondary insert is mounted to the primary insert, the adjustment members cause the primary and secondary contact surfaces of the respective primary and secondary plates to be brought into conductive thermal contact.
A method of processing cloud data within a mobile terminal (101, 102, 10N), the method comprising: processing meta information corresponding to cloud data; receiving a selection of a function corresponding to the meta information from a function menu (313, 417, 515); downloading cloud data corresponding to the meta information (315, 419, 517); and operating automatically upon the downloaded cloud data using the selected function (317, 421, 519). processing meta information corresponding to cloud data; receiving a selection of a function corresponding to the meta information from a function menu (313, 417, 515); downloading cloud data corresponding to the meta information (315, 419, 517); and operating automatically upon the downloaded cloud data using the selected function (317, 421, 519).
An electrostatic discharge protection device coupled between a first node and a second node comprising: a first silicon controlled rectifier including a first PNP transistor and a first NPN transistor, the first SCR further including a first anode coupled to the first node, a first cathode, and a first control tap coupled to a base of the first NPN transistor; a holding voltage tuning circuit including a second NPN transistor, wherein a collector of the second NPN transistor is directly or indirectly coupled to a second anode of the holding voltage tuning circuit, an emitter of the second NPN transistor acts as a second cathode of the holding voltage tuning circuit, a base of the second NPN transistor acts as a first control node of the holding voltage tuning circuit, the second anode is coupled to the first control tap, and the second cathode is coupled to the second node; and a connection circuit coupled between the first cathode and the first control node; wherein the ESD protection device is configured to trigger during an ESD event to protect circuitry between the first node and the second node. a first silicon controlled rectifier including a first PNP transistor and a first NPN transistor, the first SCR further including a first anode coupled to the first node, a first cathode, and a first control tap coupled to a base of the first NPN transistor; a holding voltage tuning circuit including a second NPN transistor, wherein a collector of the second NPN transistor is directly or indirectly coupled to a second anode of the holding voltage tuning circuit, an emitter of the second NPN transistor acts as a second cathode of the holding voltage tuning circuit, a base of the second NPN transistor acts as a first control node of the holding voltage tuning circuit, the second anode is coupled to the first control tap, and the second cathode is coupled to the second node; and a connection circuit coupled between the first cathode and the first control node; wherein the ESD protection device is configured to trigger during an ESD event to protect circuitry between the first node and the second node.
An overhead material handling system comprising: a leveler comprising a cover, a screw, and a conduit; and a support structure pivotally supporting the cover of the leveler and configured to move the leveler between a raised position and a lowered position positioning the leveler substantially parallel to a container; wherein the screw is positioned within the conduit, and the conduit is positioned within the cover; characterised in that the screw is a shafted screw and in that the conduit comprises a bottomless trough a leveler comprising a cover, a screw, and a conduit; and a support structure pivotally supporting the cover of the leveler and configured to move the leveler between a raised position and a lowered position positioning the leveler substantially parallel to a container;
A processing element for processing a material, such as a sonotrode or an anvil, comprising a substantially cylindrical or cylinder-segment-shaped carrier surface which is intended to come into contact with the material during processing, the processing element being intended to be rotated about its longitudinal axis during processing so that the carrier surface moves in a circumferential direction and rolls on the material to be processed, at least one structural element being arranged on the carrier surface, projecting in a radial direction above the carrier surface, the structural element having an upper side intended to come into contact with the material to be processed, characterized in that the upper side has a base section and at least one recess section which is at a smaller distance from the longitudinal axis than the base section, wherein in a sectional view perpendicular to the longitudinal axis the base section and recess section are arranged next to one another, wherein the recess formed by the recess section does not extend as far as the carrier surface, wherein preferably the recess has a depth of less than 1 mm and particularly preferably between 0.05 mm and 0.2 mm.
Method for simulating the behaviour of an inverter phase leg of a power control system in discontinuous conduction mode, the inverter phase leg comprising a pair of semiconductor switching elements (SW1, SW2) connected in series between DC voltage rails of a DC power source and a pair of diodes (D1, D2) connected in series between the DC voltage rails of the DC power source wherein each of the diodes (D1, D2) is connected antiparallel with a respective semiconductor switching element (SW1, SW2), wherein a load is connected to the output of the phase leg, and wherein - each component of the inverter phase leg Is represented by an Individual model (350, 355; 360) - the models (350, 355) representing the semiconductor switching elements (SW1, SW2) are provided with an Input DC voltage value and a control signal (240, 230), - the model representing the diodes (D1, D2) is provided with the outputs values (820, 830) of the models (350, 355) and an AC current value, characterized in that switch-based models (350, 355) are used for the models representing the semiconductor switching elements (SW1, SW2) and a PI controller based model is used for representing the diodes (D1, D2), wherein the output value of the model representing a high limiting value is lead to the high limiting input of the PI controller and the output value of the model representing a low limiting value is lead to the low limiting Input of the PI controller. - each component of the inverter phase leg Is represented by an Individual model (350, 355; 360) - the models (350, 355) representing the semiconductor switching elements (SW1, SW2) are provided with an Input DC voltage value and a control signal (240, 230), - the model representing the diodes (D1, D2) is provided with the outputs values (820, 830) of the models (350, 355) and an AC current value, characterized in that switch-based models (350, 355) are used for the models representing the semiconductor switching elements (SW1, SW2) and a PI controller based model is used for representing the diodes (D1, D2),
A process for the preparation of a conjugate consisting of an oligonucleotide conjugated to a sphingosine molecule, the process comprising conjugating an oligonucleotide with a sphingosine.
A method for simultaneously amplifying genotypes 1, 2, 3 and/or 4 of Hepatitis E Virus if present in a biological sample, comprising the steps of (a) isolating nucleic acids present in the biological sample; (b) amplifying the nucleic acids isolated in step (a) using one non-degenerate forward primer and a mixture of two reverse primers, wherein the forward and reverse primers are capable of amplifying genotypes 1, 2, 3, and 4 of Hepatitis E Virus, wherein the nucleic acid sequence of the forward primer comprises Seq ID NO:6 and the nucleic acid sequence of the mixture of two reverse primers comprise SEQ ID:NO:13 and SEQ ID NO: 14. (a) isolating nucleic acids present in the biological sample; (b) amplifying the nucleic acids isolated in step (a) using one non-degenerate forward primer and a mixture of two reverse primers, wherein the forward and reverse primers are capable of amplifying genotypes 1, 2, 3, and 4 of Hepatitis E Virus,
A process for producing L-glutamine comprising; culturing a microorganism in which an activity of the protein of any of the following - is increased compared to the parent strain in a medium, producing and accumulating L-glutamine in the medium, and recovering L-glutamine from the medium: a protein comprising the amino acid sequence shown in SEQ ID NO: 2 a protein consisting of an amino acid sequence in which one or more amino acids are deleted, substituted or added in the amino acid sequence shown in SEQ ID NO: 2, and having YeiG activity a protein consisting of an amino acid sequence having 80% or more homology to the amino acid sequence shown in SEQ ID NO: 2, and having YeiG activity. a protein comprising the amino acid sequence shown in SEQ ID NO: 2 a protein consisting of an amino acid sequence in which one or more amino acids are deleted, substituted or added in the amino acid sequence shown in SEQ ID NO: 2, and having YeiG activity a protein consisting of an amino acid sequence having 80% or more homology to the amino acid sequence shown in SEQ ID NO: 2, and having YeiG activity.
Carrying device (1, 50, 60, 71, 81, 91) comprising at least one object to be carried and at least one handle (11, 21, 31, 52, 72, 82, 92) connected with at least one end (13, 14, 23, 24, 33, 34, 55, 56, 84) to the object, wherein the handle (11, 21, 31, 52, 72, 82, 92) is movable between a retracted position and a carrying position, which retractable handle (11, 21, 31, 52, 72, 82, 92) comprises a flexible, non-elastic strap (12, 22, 32, 54, 73, 83) adapted to be held by a user and at least one elastic element (15, 25, 35, 57) coupled to the flexible, non-elastic strap (12, 22, 32, 54, 73, 83) and configured to bias the flexible, non-elastic strap (12, 22, 32, 54, 73, 83) toward the retracted position, characterised in that the non-elastic strap (12, 22, 32, 54, 73, 83) is guided along at least a first pulley shaped element (53, 61) connected to the object and through at least a second pulley shaped element connected to the at least one end side of the elastic element (15, 25, 35, 57), whereby the second pulley shaped element is movable against spring force of the elastic element (15, 25, 35, 57) towards the at least a first pulley shaped element (53, 61) to reduce the distance there between.