mhurhangee/ep-ind-claims huggingface dataset:
A method for producing polyvinylamine crosslinked polymer particles comprising the steps: mixing and stirring a monomer solution containing N-vinylcarboxylic acid amide, a polyvinyl compound and a polymerization initiator in a salt water in a presence of a dispersant to generate monomer droplets suspension by a suspension polymerization step, then obtaining crosslinked polymer particles from the monomer droplets suspension; and subsequently hydrolyzing the crosslinked polymer particles to produce the polyvinylamine crosslinked polymer particles wherein the dispersant includes at least one dispersant of the group consisting of a polymer of (meth)acryloyloxy ethyl trimethylammonium chloride, a polymer of dimethyldiallylammonium chloride, a copolymer including a nonionic monomer and (meth)acryloyloxy ethyl trimethylammonium chloride and a copolymer including a nonionic monomer and dimethyldiallylammonium chloride. mixing and stirring a monomer solution containing N-vinylcarboxylic acid amide, a polyvinyl compound and a polymerization initiator in a salt water in a presence of a dispersant to generate monomer droplets suspension by a suspension polymerization step, then obtaining crosslinked polymer particles from the monomer droplets suspension; and subsequently hydrolyzing the crosslinked polymer particles to produce the polyvinylamine crosslinked polymer particles wherein the dispersant includes at least one dispersant of the group consisting of a polymer of (meth)acryloyloxy ethyl trimethylammonium chloride, a polymer of dimethyldiallylammonium chloride, a copolymer including a nonionic monomer and (meth)acryloyloxy ethyl trimethylammonium chloride and a copolymer including a nonionic monomer and dimethyldiallylammonium chloride.
Method for operating a metering device for a liquid additive, having at least one pump with a movable pump element, which performs delivery movements in order to pump the liquid additive, and having at least one injector, which is connected to a pressure side of the pump by a pressure line and which can be opened in order to meter the liquid additive, wherein the method comprises at least the following steps: a) opening the injector; b) metering liquid additive and counting the delivery movements during the metering process; c) closing the injector; and d) comparing the number of the delivery movements ascertained in step b) with the opening time of the injector between step a) and step c) in order to diagnose the operation of the metering device. a) opening the injector; b) metering liquid additive and counting the delivery movements during the metering process; c) closing the injector; and d) comparing the number of the delivery movements ascertained in step b) with the opening time of the injector between step a) and step c) in order to diagnose the operation of the metering device.
A method for predicting therapeutic efficacy or response to an anticancer drug in a subject having lung cancer, said method comprising: (a) determining the phosphorylation level of HER1, HER2, and HER3 in a cellular extract produced from a cancer cell which has been isolated from said subject; (b) comparing the phosphorylation level of HER1, HER2, and HER3 in the cellular extract to a phosphorylation level of HER1, HER2, and HER3 in each of the following lung cancer cell lines: HCC827, H1975, H1734, H1993, H358, H1650, A549, and H460; wherein each anticancer drug selected from the group consisting of a HER1 inhibitor, a HER1/2 inhibitor, a HER1/2/4 inhibitor, a c-Met inhibitor, an IGF-1R inhibitor, a MEK inhibitor, a PI3K inhibitor, and a combination thereof has been determined to produce or not produce a response in each of the lung cancer cell lines; (c) identifying similarities between the phosphorylation level of HER1, HER2, and HER3 in the cellular extract and in the lung cancer cell lines; and (d) predicting that the lung cancer of the subject will respond to the same anticancer drug or combination thereof that produces a response in a lung cancer cell line of step (b) based on similarities between the phosphorylation level of HER1, HER2, and HER3 in the cellular extract and the phosphorylation level of HER1, HER2, and HER3 in the lung cancer cell line. (a) determining the phosphorylation level of HER1, HER2, and HER3 in a cellular extract produced from a cancer cell which has been isolated from said subject; (b) comparing the phosphorylation level of HER1, HER2, and HER3 in the cellular extract to a phosphorylation level of HER1, HER2, and HER3 in each of the following lung cancer cell lines: HCC827, H1975, H1734, H1993, H358, H1650, A549, and H460; wherein each anticancer drug selected from the group consisting of a HER1 inhibitor, a HER1/2 inhibitor, a HER1/2/4 inhibitor, a c-Met inhibitor, an IGF-1R inhibitor, a MEK inhibitor, a PI3K inhibitor, and a combination thereof has been determined to produce or not produce a response in each of the lung cancer cell lines; (c) identifying similarities between the phosphorylation level of HER1, HER2, and HER3 in the cellular extract and in the lung cancer cell lines; and (d) predicting that the lung cancer of the subject will respond to the same anticancer drug or combination thereof that produces a response in a lung cancer cell line of step (b) based on similarities between the phosphorylation level of HER1, HER2, and HER3 in the cellular extract and the phosphorylation level of HER1, HER2, and HER3 in the lung cancer cell line.
Apparatus to aid removal of a prosthetic implant (2,62) from bone, comprising adapter means (5,35,45,55) engageable with a proximal end (9,63) of the implant (2,62), clamp means (1,6,56) to hold said engaged end (9,63) to the adapter means (5,35,45,55), means to generate ultrasonic vibrations and means to transmit said vibrations (1,61) to the adapter means (5,35,45,55) and thence to the implant (2,62), characterised in that the adapter means (5,35,45,55) is so locatable on the proximal end (9,63) of the implant (2,62) that said ultrasonic vibrations induce flexural mode oscillations in the implant (2,62).
A battery apparatus comprising: a case having a width, thickness and length; a battery cell housed in the inside of the case; a battery-side terminal disposed at a portion of a bottom surface on one end in a length direction of the case and electrically connected to the battery cell, the bottom surface being positioned at one end of the case in a thickness direction of the case; locking pieces (1012A, 1012B, 1012C) each of which projects from a corresponding side surface of the bottom surface in a width direction of the case, a first locking piece of the locking pieces (1012A, 1012B, 1012C) being disposed near an end portion of the case at which the battery-side terminal is positioned, wherein the locking pieces (1012A, 1012B, 1012C) formed on one corresponding side surface keep a space there between in the length direction of the case and, with the corresponding side surface and a first surface facing the locking pieces (1012A, 1012B, 1012C), form recessed portions on the one corresponding side surface, extending in the length direction of the case. a case having a width, thickness and length; a battery cell housed in the inside of the case; a battery-side terminal disposed at a portion of a bottom surface on one end in a length direction of the case and electrically connected to the battery cell, the bottom surface being positioned at one end of the case in a thickness direction of the case; locking pieces (1012A, 1012B, 1012C) each of which projects from a corresponding side surface of the bottom surface in a width direction of the case, a first locking piece of the locking pieces (1012A, 1012B, 1012C) being disposed near an end portion of the case at which the battery-side terminal is positioned, wherein the locking pieces (1012A, 1012B, 1012C) formed on one corresponding side surface keep a space there between in the length direction of the case and, with the corresponding side surface and a first surface facing the locking pieces (1012A, 1012B, 1012C), form recessed portions on the one corresponding side surface, extending in the length direction of the case.
An interconnection for connecting a switched mode inverter to a transformer load, the interconnection comprising: a) a plurality of insulated conductors (311-313; 321-323); b) sleeving means sleeving the insulated conductors together; and c) at least one lossy toroidal inductor core concentric with and partially surrounding the sleeving means to hold the plurality of insulated conductors together; wherein the at least one lossy toroidal inductor core is arranged to act as a common mode inductor to minimise current flowing through the interconnection to a stray capacitance of the load and diameters (d) of conductive cores of the plurality of insulated conductors (311-313; 321-323) and the spacing (Sp) between the centres of the conductive cores are arranged to minimize eddy current loss. a) a plurality of insulated conductors (311-313; 321-323); b) sleeving means sleeving the insulated conductors together; and c) at least one lossy toroidal inductor core concentric with and partially surrounding the sleeving means to hold the plurality of insulated conductors together;
Packaging for transporting and/or storing radioactive material comprising a packaging body which defines therein a cavity for housing said radioactive material, and at least one shock absorber which is mounted on the outside of the packaging body, the packaging body having an outer surface provided with at least one first outer surface and one second outer surface which are separated by an edge that is covered by said shock absorber, said shock absorber being including a metal damping structure comprising: a) a first recess passed through by an imaginary straight line passing via a centre of gravity of the packaging, and via a point of the edge; b) a second recess arranged so as to face one of the first and second outer surfaces (12a, 12b); and c) a metal wall for absorbing shocks by means of plastic deformation. Said wall is at least 5 mm thick and defines the first and second recesses (22, 28) on either side thereof, said shock absorber having: - a first part opposite said first outer surface of the packaging body; - a second part opposite said second outer surface of the packaging body, the second part being separated from the first part by said first recess; the packaging for transporting and/or storing radioactive material being characterized in that the shock absorber has, associated with each of said first and second parts (20a, 20b), anti-sliding means enabling, in the event of a fall on the shock absorber, said at least one of the first and second parts (20a, 20b) to be held in relation to its associated outer surface (12a, 12b) of the packaging body, in a direction distancing it from the edge. a) a first recess passed through by an imaginary straight line passing via a centre of gravity of the packaging, and via a point of the edge; b) a second recess arranged so as to face one of the first and second outer surfaces (12a, 12b); and c) a metal wall for absorbing shocks by means of plastic deformation. Said wall is at least 5 mm thick and defines the first and second recesses (22, 28) on either side thereof, - a first part opposite said first outer surface of the packaging body; - a second part opposite said second outer surface of the packaging body, the second part being separated from the first part by said first recess;
A formwork, in particular a climbing formwork, for casting a concrete structure, the formwork comprising - at least a first form element for delimiting a cavity to receive concrete, the first form element having an upper end and a lower end, - a first tilt sensor for measuring an actual tilt of the first form element with respect to a vertical plane, - a processing unit communicating with the first tilt sensor, characterized in that - the first tilt sensor comprises a first longitudinal element mounted on the first form element, the first longitudinal element extending from an upper region of the first form element to a lower region of the first form element, the first longitudinal element being connected to the first form element at the upper region and at the lower region of the first form element, respectively, - the first tilt sensor further comprising a first sensor element for measuring the inclination of a lower region of the first longitudinal element and a second sensor element for measuring the inclination of an upper region of the first longitudinal element, - the processing unit further being arranged for determining a deviation between the inclination of the lower region of the first longitudinal element and the upper region of the first longitudinal element. - at least a first form element for delimiting a cavity to receive concrete, the first form element having an upper end and a lower end, - a first tilt sensor for measuring an actual tilt of the first form element with respect to a vertical plane, - a processing unit communicating with the first tilt sensor, - the first tilt sensor comprises a first longitudinal element mounted on the first form element, the first longitudinal element extending from an upper region of the first form element to a lower region of the first form element, the first longitudinal element being connected to the first form element at the upper region and at the lower region of the first form element, respectively, - the first tilt sensor further comprising a first sensor element for measuring the inclination of a lower region of the first longitudinal element and a second sensor element for measuring the inclination of an upper region of the first longitudinal element, - the processing unit further being arranged for determining a deviation between the inclination of the lower region of the first longitudinal element and the upper region of the first longitudinal element.
A mount for spectacles comprising a front frame and a pair of rotary arms (9,12) connected in a rotatable manner to the front frame at respective hinges (14, 14'), and further comprising: a. a pair of rods (4, 7) each having a first end connected to a respective arm (9, 12) in a distal position with respect to the respective hinge (14, 14') and a second end associated in a sliding manner with the front frame; b. actuation means for the rods (4, 7) designed to actuate the rods (4, 7) in a pushing/pulling movement such as to control the rotation of the arms (9, 12) about the hinges (14,14'), c. a driving member comprising two elongate sections (2a, 2b) and extending between opposite faces of the front frame along the two substantially parallel elongate sections (2a, 2b), each rod (4, 7) being connected to a respective elongate section (2a, 2b) of the driving member and connected to a respective arm (9, 12) so that when the drive member slides, each rod (4, 7) moves the respective arm connected therewith from an open to a closed configuration and vice versa. a. a pair of rods (4, 7) each having a first end connected to a respective arm (9, 12) in a distal position with respect to the respective hinge (14, 14') and a second end associated in a sliding manner with the front frame; b. actuation means for the rods (4, 7) designed to actuate the rods (4, 7) in a pushing/pulling movement such as to control the rotation of the arms (9, 12) about the hinges (14,14'), c. a driving member comprising two elongate sections (2a, 2b) and extending between opposite faces of the front frame along the two substantially parallel elongate sections (2a, 2b), each rod (4, 7) being connected to a respective elongate section (2a, 2b) of the driving member and connected to a respective arm (9, 12) so that when the drive member slides, each rod (4, 7) moves the respective arm connected therewith from an open to a closed configuration and vice versa.
System for the automatic loading and unloading of trucks and containers, preferably and essentially provided for permitting the loading and unloading of platforms into/from the load compartment of a truck or container, in an industrial installation with one or more loading bays, comprising a transshipment system formed by a frame capable to run in rectilinear form on a guide rail located on the ground to permit its location in any of the loading bays, a longitudinal carriage having a telescopic structure which makes possible its guidance during the movement in any sense of the longitudinal carriage to introduce/retrieve the load into/from the internal part of the loading compartment of a truck; the longitudinal carriage including in its front part a triple fork positioning device and behind of it a front part and a rear part with its corresponding traction system for the movement of said longitudinal carriage while the telescopic structure is formed by two parts (5', 5") mutually movable to obtain its extension or retraction characterized by said longitudinal carriage being bound to said frame by means of a joint permitting to compensate the plane variations during the longitudinal advance, said parts (5', 5") being mutually articulated by means of a joint and articulated to the frame located in the transshipment system and to the longitudinal carriage by means of an articulation point of the rear part and an articulation point of the front part (5"); being provided as well that said telescopic structure be complemented with supporting wheels bearing on the ground in order to support the efforts originated by the weight of the system and by the load.
A pharmaceutical soft gelatin capsule dosage form comprising: a shell comprising gelatin and a plasticizer; and a fill comprising at least one pharmaceutically active ingredient, one or more polyethylene glycol, and hydroxypropyl guar gum. a shell comprising gelatin and a plasticizer; and a fill comprising at least one pharmaceutically active ingredient, one or more polyethylene glycol, and hydroxypropyl guar gum.
A tangential flow separator element for separating a fluid medium for treatment into a filtrate and a retentate, said separator element comprising a monolithic rigid porous support of rectilinear structure with a plurality of channels formed therein for passing a flow of the fluid medium for treatment between an inlet and an outlet for the retentate, the inside walls (3 1) of the channels being continuously recovered by at least one separator layer in order to recover a filtrate from the outside surface of the support, characterized in that the monolithic rigid porous support defines obstacles to the flow of the fluid for treatment, which obstacles extend from the inside walls (3 1) of said channels, are identical in material and porous texture to the support, and present continuity of material and of porous texture with the support such that the obstacles form an integral portion of the support, the obstacles generating variations along the longitudinal axis of at least one of the following three criteria: the area of the right section, the shape of the right section, the dimensions of the right section.
A method for producing a compound represented by the following general formula: wherein R 1 represents an optionally substituted hydrocarbon group, or an optionally substituted heterocyclic group, R 2 represents a hydrogen atom or a C 1-6 alkyl group, Y represents a hydroxy group or NHX, wherein X represents an optionally substituted thiophosphinoyl group, n represents 0 or 1, * represents an asymmetric carbon atom, characterized in that a borate enol ester represented by the following general formula: wherein R 2 represents a hydrogen atom or a C 1-6 alkyl group, R 3 and R 4 each represents a C 1-4 alkyl group, or R 3 and R 4 optionally together form a methylene chain which is optionally substituted with alkyl group (s), is reacted with a compound represented by the following general formula: R 1 CH = Z wherein R 1 represents an optionally substituted hydrocarbon group or an optionally substituted heterocyclic group, Z represents an oxygen atom or NX, wherein X represents an optionally substituted thiophosphinoyl group, in the presence of a copper compound and an optically active bidentate phosphine compound.
A combination of at least one arsenic compound with at least one retinoid compound for use in the treatment of NPM-1-driven acute myeloid leukemia in a subject in need thereof.
Electronic angle measuring device for measuring the bending angle between the limbs of a metal sheet having a sensor element which comprises a rotating mirror and which contactlessly delivers angle-equivalent signals to a signal processing unit comprising a microprocessor and a memory unit and connected to a digital display, characterised in that the sensor element, which deflects a laser beam by means of the rotating mirror onto the two limbs of the metal sheet and forms a measured value from the reflection beam received in the beam direction, the signal processing unit with the microprocessor, and the memory unit as well as the digital display form an angle measuring apparatus which can be attached to an upper tool of a bending machine and can be used as a hand-held measuring apparatus.
A fixing device for fastening installation boxes and apparatus boxes in battens that include a channel which extends longitudinally along the batten and which is defined by two longitudinal sidewalls (15, 16), wherein the fixing device includes a leg part adapted for mounting the fixing device in the channel of the batten, and a holder part which is adapted to enable an installation box or apparatus box to be fastened to the fixing device, wherein the leg part includes two outwardly projecting spring elements (4, 5) which can be squeezed together from a non-loaded state while overcoming a spring force, wherein each spring element (4, 5) has an inner end (8, 9) fastened to the holder part, and a free outer end (10, 11), wherein the distance between the spring elements (4, 5) decreases from the inner ends (8, 9) to the outer ends (10, 11) in a non-loaded state, characterized in that at least one of said spring elements (4, 5) includes an outward projection which lies against the outer surface of said sidewall (15, 16) of the batten in the mounted state of the fixing device.
A method for power control of an uplink channel, characterized by comprising: comparing a transmission parameter for a preamble with at least one preset parameter threshold to obtain a comparison result, and determining a channel priority of a physical random access channel, PRACH, according to the comparison result, wherein the channel priority of the PRACH comprises a ranking of PRACH in channel priorities of a plurality of uplink channels; and controlling transmit power for the plurality of uplink channels according to the channel priorities of the plurality of uplink channels, in a case where the plurality of uplink channels need to be transmitted simultaneously, wherein the plurality of uplink channels comprise the PRACH. comparing a transmission parameter for a preamble with at least one preset parameter threshold to obtain a comparison result, and determining a channel priority of a physical random access channel, PRACH, according to the comparison result, wherein the channel priority of the PRACH comprises a ranking of PRACH in channel priorities of a plurality of uplink channels; and controlling transmit power for the plurality of uplink channels according to the channel priorities of the plurality of uplink channels, in a case where the plurality of uplink channels need to be transmitted simultaneously, wherein the plurality of uplink channels comprise the PRACH.