mhurhangee/ep-ind-claims huggingface dataset:
Compressed air distribution device for small purification plants, comprising a base body serving as a compressed air distributor, a line (12, 25) for delivering compressed air into the base body and at least one line (11, 24) for leading compressed air out of the base body, as well as with at least one stepping motor (1, 26, 27, 29) with a movable axle (6, 9, 19, 20), located on which is a sealing element (7, 14, 10), characterised in that the at least one stepping motor is secured to the outside of the base body and is connected by a cable to a control unit, wherein the moving axle (6, 9, 19, 20) of the at least one stepping motor (1, 26, 27, 29) is provided with a thread at least a region of which projects into the stepping motor (1, 26, 27, 29), and thereby can be moved in a linear manner, as a result of which the outlet can be opened or closed by the sealing element (7, 14, 10) located at the lower end of the axle, depending on its setting, without the axle (6, 9, 19, 20) itself rotating when the stepping motor is driven.
A conjugate comprising (i) a targeting peptide comprising the sequence RRWCYRKCYKGYCYRKCR (SEQ ID NO: 5) or a functionally equivalent variant thereof, wherein said functionally equivalent variant shows a degree of sequence identity with respect to said sequence greater than 70% and (ii) a therapeutic agent wherein the targeting peptide is capable of specifically binding to CXCR4 and promoting internalization of the therapeutic agent in a cell expressing CXCR4. (i) a targeting peptide comprising the sequence RRWCYRKCYKGYCYRKCR (SEQ ID NO: 5) or a functionally equivalent variant thereof, wherein said functionally equivalent variant shows a degree of sequence identity with respect to said sequence greater than 70% and (ii) a therapeutic agent
A method for sealing pinholes in an electroless metal coating, said method comprising: (a) coating a substrate with an electroless metal coating layer to provide a coated article comprising an electroless metal coating in contact with the surface of the substrate, said electroless metal coating being characterized by the presence of pinhole imperfections which allow fluid communication between the substrate and the environment; (b) applying a layer of a curable epoxy sealant over the electroless metal coating layer and filling the pinhole imperfections; (c) curing the curable epoxy sealant to provide a cured epoxy overcoating layer; and (d) removing a substantial portion of the cured epoxy overcoating layer to provide an article comprising an electroless metal coating which is substantially free of pinhole imperfections allowing fluid communication between the substrate and the environment. (a) coating a substrate with an electroless metal coating layer to provide a coated article comprising an electroless metal coating in contact with the surface of the substrate, said electroless metal coating being characterized by the presence of pinhole imperfections which allow fluid communication between the substrate and the environment; (b) applying a layer of a curable epoxy sealant over the electroless metal coating layer and filling the pinhole imperfections; (c) curing the curable epoxy sealant to provide a cured epoxy overcoating layer; and (d) removing a substantial portion of the cured epoxy overcoating layer to provide an article comprising an electroless metal coating which is substantially free of pinhole imperfections allowing fluid communication between the substrate and the environment.
Dual electromotive furniture drive comprising a housing, wherein the housing is constructed in at least two sections and has U-shaped openings in which shafts engage which are pivotable relative to the housing, wherein the shafts are operatively connected with at least one furniture component to be adjusted and wherein the U-shaped openings have covers which can be installed formfittingly and in the longitudinal direction of the shafts and which are connected with the housing for fixing the position of the shafts, wherein the dual furniture drive is provided with at least one drive motor, which is drive-coupled to a rotation speed reduction gear, and wherein a rotation-locked spindle can be moved in its longitudinal direction by the rotation speed reduction gear, and wherein at least the rotation speed reduction gear and the spindle are arranged in the housing, and wherein the end positions of each spindle are limited by at least one end switch, wherein a pressure piece is arranged on the spindle on the side of the spindle facing away from the rotation speed reduction gear, said pressure piece being operatively connected to an adjusting element which is fixedly mounted on a movable furniture component, characterized in that the spindle is inclined relative to the horizontal in relation to the installation position of the dual furniture drive, and that a second spindle is likewise inclined in relation to the installation position of the dual furniture drive, such that the center longitudinal axes of the spindles enclose an obtuse angle.
A polymer latex binder comprising a multiphase emulsion polymer in the form of latex particles, water, and at least one emulsifier, the multiphase emulsion polymer comprising: at least one soft polymer phase comprised of a soft phase polymer and at least one hard polymer phase comprised of a hard phase polymer and prepared by a multi-stage emulsion polymerization, wherein, the hard phase polymer has a glass transition temperature of from 10°C to 100°C which is more than 50°C higher than that of the soft phase polymer, the at least one hard polymer phase is formed as a first stage polymer and the at least one soft polymer phase is subsequently polymerized in the presence of the first stage polymer, and the hard phase polymer is a copolymer of at least one carboxylic acid monomer and at least one ethylenically unsaturated monomer, -the soft phase polymer has a glass transition temperature of from 0 to -70°C, -the multiphase emulsion polymer is in the form of latex particles and the latex particles comprise an outer phase comprised of the hard polymer phase and an inner phase comprised of the soft polymer phase -the soft polymer phase represents from 65% to 75% by weight of the multiphase emulsion polymer and the hard polymer phase represents from 25% to 35% by weight of the multiphase emulsion polymer, the total weight amount of soft polymer phase and hard polymer phase equaling 100% and -the polymer latex binder has a minimum film forming temperature of less than 15°C. wherein, the hard phase polymer has a glass transition temperature of from 10°C to 100°C which is more than 50°C higher than that of the soft phase polymer, the at least one hard polymer phase is formed as a first stage polymer and the at least one soft polymer phase is subsequently polymerized in the presence of the first stage polymer, and the hard phase polymer is a copolymer of at least one carboxylic acid monomer and at least one ethylenically unsaturated monomer, -the soft phase polymer has a glass transition temperature of from 0 to -70°C, -the multiphase emulsion polymer is in the form of latex particles and the latex particles comprise an outer phase comprised of the hard polymer phase and an inner phase comprised of the soft polymer phase -the soft polymer phase represents from 65% to 75% by weight of the multiphase emulsion polymer and the hard polymer phase represents from 25% to 35% by weight of the multiphase emulsion polymer, the total weight amount of soft polymer phase and hard polymer phase equaling 100% and -the polymer latex binder has a minimum film forming temperature of less than 15°C.
An aerial vehicle, comprising: an airframe; vertical propulsion units mounted to the airframe to provide vertical propulsion and physically organized into propulsion rings including at least an inner ring and an outer ring; a flight controller including logic that when executed by flight controller causes the aerial vehicle to perform operations including: determining whether an initial thrust command output vector results in a thrust command clipping of one of the vertical propulsion units; transferring torque associated with the initial thrust command output vector from each of the vertical propulsion units in the outer ring to the vertical propulsion units in the inner ring when the thrust command clipping of one of the vertical propulsion units in the outer ring occurs; determining a revised thrust command output vector after transferring the torque; and driving the vertical propulsion units according to the revised thrust command output vector. an airframe; vertical propulsion units mounted to the airframe to provide vertical propulsion and physically organized into propulsion rings including at least an inner ring and an outer ring; a flight controller including logic that when executed by flight controller causes the aerial vehicle to perform operations including: determining whether an initial thrust command output vector results in a thrust command clipping of one of the vertical propulsion units; transferring torque associated with the initial thrust command output vector from each of the vertical propulsion units in the outer ring to the vertical propulsion units in the inner ring when the thrust command clipping of one of the vertical propulsion units in the outer ring occurs; determining a revised thrust command output vector after transferring the torque; and driving the vertical propulsion units according to the revised thrust command output vector. determining whether an initial thrust command output vector results in a thrust command clipping of one of the vertical propulsion units; transferring torque associated with the initial thrust command output vector from each of the vertical propulsion units in the outer ring to the vertical propulsion units in the inner ring when the thrust command clipping of one of the vertical propulsion units in the outer ring occurs; determining a revised thrust command output vector after transferring the torque; and driving the vertical propulsion units according to the revised thrust command output vector.
A method for scanning in a radio communication system, wherein it comprises: transmitting by a mobile station MS on all channels a probe message containing an Internet Protocol IP address of the original access point AP of the mobile station MS and a medium access control MAC address of the mobile station MS; switching to an original channel; transmitting a response inquiry message to the original AP, and receiving a probe response message within a predetermined period; wherein if the AP of the probe message received on said channel is not said original AP, the AP transmits a probe response message containing said MAC address to said original AP according to said IP address; said original AP buffers the probe response message received, and transmits the probe response message to the MS according to said MAC address after the response inquiry message sent by the MS has been received. transmitting by a mobile station MS on all channels a probe message containing an Internet Protocol IP address of the original access point AP of the mobile station MS and a medium access control MAC address of the mobile station MS; switching to an original channel; transmitting a response inquiry message to the original AP, and receiving a probe response message within a predetermined period; wherein if the AP of the probe message received on said channel is not said original AP, the AP transmits a probe response message containing said MAC address to said original AP according to said IP address; said original AP buffers the probe response message received, and transmits the probe response message to the MS according to said MAC address after the response inquiry message sent by the MS has been received.
A server computing device, comprising a processor configured to: receive a plurality of input streams from a respective plurality of client computing devices, each input stream including a plurality of inputs controlling actions of respective characters in a multiplayer online software program; determine a latency of each of the input streams based on detecting whether inputs were received from each of the input streams at a target input frequency; identify a higher latency input stream and a lower latency input stream among the plurality of input streams, wherein the higher latency input stream is identified based on detecting that there are missed inputs in the higher latency input stream according to the target input frequency; and induce a higher latency in the lower latency input stream to narrow a difference in latency between the higher latency input stream and the lower latency input stream. receive a plurality of input streams from a respective plurality of client computing devices, each input stream including a plurality of inputs controlling actions of respective characters in a multiplayer online software program; determine a latency of each of the input streams based on detecting whether inputs were received from each of the input streams at a target input frequency; identify a higher latency input stream and a lower latency input stream among the plurality of input streams, wherein the higher latency input stream is identified based on detecting that there are missed inputs in the higher latency input stream according to the target input frequency; and induce a higher latency in the lower latency input stream to narrow a difference in latency between the higher latency input stream and the lower latency input stream.
Appliance for producing milk-based fermented preparations, in particular liquid fermented preparations, comprising a main housing defining a cavity having a top opening, a removable vessel at least partially inserted in the cavity, an internal lid associated with the vessel, a main lid associated with the main housing, the main housing having an external casing and an internal wall defining an internal chamber housing a heating device comprising lateral heating means carried by the internal wall and surrounding the cavity, characterised in that the heating device comprises lower heating means separate from the lateral heating means, the lower heating means being arranged under the bottom of the cavity, and in that the appliance comprises a control device comprising a temperature sensor arranged below the bottom of the vessel and at a distance from the lower heating means, for controlling the operation of the heating device.
A stapler configured to bind a workpiece using a staple made of a non-metal soft material, the staple having a crown portion and a pair of leg portions formed by bending both longitudinal ends of the crown portion toward one direction, the stapler comprising: a placing base on which the workpiece is placed; a penetrating part that includes a pair of cutting blades spaced apart from each other according to a length of the crown portion of the staple and causes the cutting blades to penetrate from one surface of the workpiece placed on the placing base to the other surface thereof; an opening that is provided on the placing base so that the one pair of cutting blades and the one pair of leg portions of the staple inserted into the workpiece pass through the opening; and a pressing portion that is provided in the opening of the placing base and suppresses deformation of the workpiece caused by a force applied to the workpiece from the cutting blades when the cutting blades penetrate the workpiece, characterized in that the pressing portion is configured such that a pressing surface facing the other surface of the workpiece placed on the placing base is on the same plane as a placing surface of the placing base when the cutting blades penetrate the workpiece, the stapler includes a cutting blade guide that suppresses the one pair of cutting blades penetrating the workpiece from being falling down inward, and the pressing portion is provided in the cutting blade guide. a placing base on which the workpiece is placed; a penetrating part that includes a pair of cutting blades spaced apart from each other according to a length of the crown portion of the staple and causes the cutting blades to penetrate from one surface of the workpiece placed on the placing base to the other surface thereof; an opening that is provided on the placing base so that the one pair of cutting blades and the one pair of leg portions of the staple inserted into the workpiece pass through the opening; and a pressing portion that is provided in the opening of the placing base and suppresses deformation of the workpiece caused by a force applied to the workpiece from the cutting blades when the cutting blades penetrate the workpiece, characterized in that the pressing portion is configured such that a pressing surface facing the other surface of the workpiece placed on the placing base is on the same plane as a placing surface of the placing base when the cutting blades penetrate the workpiece, the stapler includes a cutting blade guide that suppresses the one pair of cutting blades penetrating the workpiece from being falling down inward, and the pressing portion is provided in the cutting blade guide. the pressing portion is configured such that a pressing surface facing the other surface of the workpiece placed on the placing base is on the same plane as a placing surface of the placing base when the cutting blades penetrate the workpiece, the stapler includes a cutting blade guide that suppresses the one pair of cutting blades penetrating the workpiece from being falling down inward, and the pressing portion is provided in the cutting blade guide.
An rAAV particle comprising a modified capsid protein that comprises a combination of two or more amino acid substitutions that include a non-native amino acid substitution, wherein the capsid protein comprises one or more of the following combinations of amino acid substitutions: (a) Y701F and Y705F; (b) Y705F, Y731F, and S663V; (c) Y705F, Y731F, K533R; (d) Y705F, Y731F, S663V, and T492 V; or (e) Y705F, Y731F, S663V, T492V, and K533R, of the wild-type AAV3 capsid protein as set forth in SEQ ID NO:3, or wherein the mutations are at the equivalent surface-exposed amino acid residues in any one of the corresponding wild-type AAV1, AAV2, AAV4, AAV5, AAV6, AAV7, AAV8, AAV9, or AAV10 capsid proteins, as set forth in SEQ ID NO: 1, SEQ ID NO:2, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:7, SEQ ID NO:8, SEQ ID NO:9, or SEQ ID NO: 10, and which result in the same amino acid residues at the equivalent amino acid positions as resulting from the stated mutations in the AAV3 capsid protein. (a) Y701F and Y705F; (b) Y705F, Y731F, and S663V; (c) Y705F, Y731F, K533R; (d) Y705F, Y731F, S663V, and T492 V; or (e) Y705F, Y731F, S663V, T492V, and K533R, of the wild-type AAV3 capsid protein as set forth in SEQ ID NO:3, or wherein the mutations are at the equivalent surface-exposed amino acid residues in any one of the corresponding wild-type AAV1, AAV2, AAV4, AAV5, AAV6, AAV7, AAV8, AAV9, or AAV10 capsid proteins, as set forth in SEQ ID NO: 1, SEQ ID NO:2, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO:6, SEQ ID NO:7, SEQ ID NO:8, SEQ ID NO:9, or SEQ ID NO: 10, and which result in the same amino acid residues at the equivalent amino acid positions as resulting from the stated mutations in the AAV3 capsid protein.
A pressure equalizing chromatography vessel for a supercritical fluid chromatography system, said vessel comprising: i) an inner chromatography column comprising stationary phase media; and ii) an outer column that cylindrically surrounds the length of the inner column, wherein the inner column is a pre-packed disposable cartridge compatible for use in a flash chromatography system, said vessel being characterized in that the interspace between the inner diameter of the outer column and the outer diameter of the inner chromatography column comprises a width of at least 1 mm, wherein the inner column and the outer column can be concurrently filled with a supercritical fluid under a pressure of at least about 500 psi (about 35 bar) to about 20,000 psi (about 1380 bar) and wherein the pressure differential between the inner column and the interspace is no greater than about 200 psi (14 bar). i) an inner chromatography column comprising stationary phase media; and ii) an outer column that cylindrically surrounds the length of the inner column, wherein the inner column is a pre-packed disposable cartridge compatible for use in a flash chromatography system, said vessel being characterized in that the interspace between the inner diameter of the outer column and the outer diameter of the inner chromatography column comprises a width of at least 1 mm, wherein the inner column and the outer column can be concurrently filled with a supercritical fluid under a pressure of at least about 500 psi (about 35 bar) to about 20,000 psi (about 1380 bar) and wherein the pressure differential between the inner column and the interspace is no greater than about 200 psi (14 bar).
A method to diagnose immunologic food sensitivity in a dog, the method comprising the steps of: (i) determining whether a testing portion of a fecal sample obtained from a dog includes at least one of IgA associated with a set of food sensitivities or IgA antibody associated with a set of food sensitivities, wherein the testing portion comprises a portion of the fecal sample; and determining that one or more food sensitivities of a set of immunologic food sensitivities is present in the dog if a determination is made that at least one of IgA associated with a set of food sensitivities or IgA antibody associated with a set of food sensitivities is present in the testing portion of the fecal sample of the dog. (i) determining whether a testing portion of a fecal sample obtained from a dog includes at least one of IgA associated with a set of food sensitivities or IgA antibody associated with a set of food sensitivities, wherein the testing portion comprises a portion of the fecal sample; and