mhurhangee/ep-ind-claims huggingface dataset:
A method of determining if a subject is at risk of toxicity, comprising assaying the number of recombinant receptor-expressing cells in a blood sample of a subject, the subject having been previously administered a dose of the recombinant receptor-expressing cells, wherein the subject is at risk of development of a toxicity if: (i) no more than four days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 2 recombinant receptor-expressing cells per microliter; (ii) no more than five or six days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 5 recombinant receptor-expressing cells per microliter or is at least 10 recombinant receptor-expressing cells per microliter; or (iii) no more than seven days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 15 recombinant receptor-expressing cells per microliter. (i) no more than four days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 2 recombinant receptor-expressing cells per microliter; (ii) no more than five or six days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 5 recombinant receptor-expressing cells per microliter or is at least 10 recombinant receptor-expressing cells per microliter; or (iii) no more than seven days after initiation of the administration, the number of recombinant receptor-expressing cells in the blood sample of the subject is at least 15 recombinant receptor-expressing cells per microliter.
A scaffold comprising: a first polymeric electrospun fiber comprising a first material having a first degradation rate; and a second polymeric electrospun fiber comprising a second material having a second degradation rate different from the first degradation rate, wherein the first material is polyglycolide and the second material is poly-(lactide-co-caprolactone). a first polymeric electrospun fiber comprising a first material having a first degradation rate; and a second polymeric electrospun fiber comprising a second material having a second degradation rate different from the first degradation rate, wherein the first material is polyglycolide and the second material is poly-(lactide-co-caprolactone).
A cable support clip, comprising: a cable retainer; a pair of clip portions, each clip portion having a respective upper contact surface and a respective lower contact surface; and a pair of arms, each arm extending from a respective first end at the cable retainer to a respective second end at a respective clip portion; wherein the upper contact surfaces are aligned along an upper contact axis, wherein the lower contact surfaces are aligned along a lower contact axis, wherein the upper contact axis is below the lower contact axis when the pair of arms are in a free state, and wherein the upper contact axis is above the lower contact axis when the pair of arms are in a deflected state, the cable retainer includes a supporting portion and a retaining portion extending upward from one end of the supporting portion, and each arm extends upward from another end of the supporting portion, opposite to the one end thereof, to the respective second end of the respective clip portion, thereby the arms extend in a same general direction as the retaining portion. a cable retainer; a pair of clip portions, each clip portion having a respective upper contact surface and a respective lower contact surface; and a pair of arms, each arm extending from a respective first end at the cable retainer to a respective second end at a respective clip portion; wherein the upper contact surfaces are aligned along an upper contact axis, wherein the lower contact surfaces are aligned along a lower contact axis, wherein the upper contact axis is below the lower contact axis when the pair of arms are in a free state, and wherein the upper contact axis is above the lower contact axis when the pair of arms are in a deflected state, the cable retainer includes a supporting portion and a retaining portion extending upward from one end of the supporting portion, and each arm extends upward from another end of the supporting portion, opposite to the one end thereof, to the respective second end of the respective clip portion, thereby the arms extend in a same general direction as the retaining portion.
A method of controlling a heating system having a heating circuit which includes a plurality of heating surfaces that are arranged in different rooms of an apartment or property and through which a heating medium flows, comprising the following steps: - selecting a group of high-priority heating surfaces from the plurality of heating surfaces, with those heating surfaces being included in the selection of high-priority heating surfaces which are responsible for more than one third of the entire heat emission of all heating surfaces of the heating circuit; - repeatedly detecting representative values at least for the heating surface temperature or heating medium temperature, the room temperature and the heat emission for each of the high-priority heating surfaces, with the representative values being either the heating surface temperature or heating medium temperature, the room temperature and the (relative) heat emission itself, or values which are directly related to these quantities and allow unequivocal conclusions to be drawn about these quantities; and - setting at least one of the following parameters of the heating system based on the representative values detected: supply temperature of the heating medium, flow volumes, boiler heating intervals. - selecting a group of high-priority heating surfaces from the plurality of heating surfaces, with those heating surfaces being included in the selection of high-priority heating surfaces which are responsible for more than one third of the entire heat emission of all heating surfaces of the heating circuit; - repeatedly detecting representative values at least for the heating surface temperature or heating medium temperature, the room temperature and the heat emission for each of the high-priority heating surfaces, with the representative values being either the heating surface temperature or heating medium temperature, the room temperature and the (relative) heat emission itself, or values which are directly related to these quantities and allow unequivocal conclusions to be drawn about these quantities; and - setting at least one of the following parameters of the heating system based on the representative values detected: supply temperature of the heating medium, flow volumes, boiler heating intervals.
A fed batch process for culturing cells in a bioreactor by - Filling into a bioreactor cells and an aqueous cell culture medium - Incubating the cells in the bioreactor - Continuously over whole time of the incubation of the cells in the bioreactor or once or several times within said incubation time adding a cell culture medium, which is in this case a feed medium, to the bioreactor whereby the feed medium has a pH of less than pH 8.5 and comprises at least one inorganic ester derivative of tyrosine of formula II: with R being or and X and Y being independently from one another H, Li, Na, K, 1⁄2 Ca, 1⁄2 Mg, preferably H, Na, K. - Filling into a bioreactor cells and an aqueous cell culture medium - Incubating the cells in the bioreactor - Continuously over whole time of the incubation of the cells in the bioreactor or once or several times within said incubation time adding a cell culture medium, which is in this case a feed medium, to the bioreactor
An optical-fiber connector, comprising: a coupling member having a receiving space and a plurality of openings, wherein the openings are at two ends of the coupling member and in communication with the receiving space; a core component in the receiving space; a sleeve member connected to one of the openings; a metal retaining member having a frame body, wherein the frame body is connected to one of the two ends of the coupling member, wherein the metal retaining member comprises an elastic arm inclinedly extending toward the other end of the coupling member from the frame body, wherein two sides of the elastic arm have a plurality of retaining structures, wherein the frame body has a plurality of buckling portions and a fixation block, wherein an outer wall of the coupling member has a plurality of engaging portions, wherein each of the buckling portions is buckled with a corresponding one of the engaging portions, and wherein the fixation block is limited at the outer wall of the coupling member; and a pressing member having a mating portion and a pressing portion, wherein the mating portion is fitted over the sleeve member, and the pressing portion extends toward the elastic arm from the mating portion; characterized in that the frame body is assembled to enclose the outer wall of the end of the coupling member that it is connected to. a coupling member having a receiving space and a plurality of openings, wherein the openings are at two ends of the coupling member and in communication with the receiving space; a core component in the receiving space; a sleeve member connected to one of the openings; a metal retaining member having a frame body, wherein the frame body is connected to one of the two ends of the coupling member, wherein the metal retaining member comprises an elastic arm inclinedly extending toward the other end of the coupling member from the frame body, wherein two sides of the elastic arm have a plurality of retaining structures, wherein the frame body has a plurality of buckling portions and a fixation block, wherein an outer wall of the coupling member has a plurality of engaging portions, wherein each of the buckling portions is buckled with a corresponding one of the engaging portions, and wherein the fixation block is limited at the outer wall of the coupling member; and a pressing member having a mating portion and a pressing portion, wherein the mating portion is fitted over the sleeve member, and the pressing portion extends toward the elastic arm from the mating portion; characterized in that the frame body is assembled to enclose the outer wall of the end of the coupling member that it is connected to.
Electrical machine, in particular separately excited synchronous machine, wherein an exciter winding, in particular comprising field coils, is provided on the rotor of the machine on a laminated core, wherein the winding head of the exciter winding, i.e. the deflection regions of the exciter winding conductors, protrude axially, i.e. in the direction of the rotor axis, beyond the laminated core, wherein an electronic circuit is provided in this protrusion region, so that the electronic circuit is covered in the radial direction by the deflection regions, so that the electronic circuit is thus provided radially in the region of the axially protruding winding heads, characterised in that at the axial end region of the rotor opposite the electronic circuit, there is provided a secondary winding and connected to it a further electronic circuit, wherein thermally conductive sealing compound is provided at least between the electronic circuit and laminated core or at least between the further electronic circuit, secondary winding and/or laminated core, wherein the electronic circuit is connected to a sensor for detecting a value of a physical quantity of the motor.
Spark plug housing, comprising an inner side, an outer side and a longitudinal axis, which extends from an end of the spark plug housing facing towards the combustion chamber to an end of the spark plug housing facing away from the combustion chamber, wherein the spark plug housing has on its inner side a peripheral shoulder, which is designed such that a spark-plug insulator rests on it, wherein the spark plug housing has on its inner side a corrosion protection layer, which is formed on a section of the inner side of the spark plug housing, wherein the section extends from the end of the spark plug housing facing towards the combustion chamber to at least beyond the shoulder and along the inner circumference of the spark plug housing, wherein the corrosion protection layer has a uniform thickness which differs by no more than 10% between the thickest point and the thinnest point, and wherein the corrosion protection layer is a galvanically applied layer.
An installation for treatment of biological liquid, comprising a pump, a filtration assembly (111, 150), a pre-filtration assembly having an inlet point and an outlet point, a platform provided with an edge running front-to-back as well as a network for conveying liquid formed by a plurality of pipes configured to link said inlet point of said pre-filtration assembly to said pump and said outlet point of said pre-filtration assembly to said filtration assembly (111, 150), characterized in that said pre-filtration assembly comprises a first pre-filtration component and a second pre-filtration component which are aligned in a front-to-back direction on said platform along said front-to-back edge and which are each provided with an inlet nozzle (157, 158) and an outlet nozzle (159, 151), said inlet point belonging to a first T-shaped branching connector and said outlet point belonging to a second T-shaped branching connector, said installation comprises a first intermediate pipe connected to a branch of said first T-shaped connector and to said inlet nozzle of said first pre-filtration component, a second intermediate pipe connected to another branch of said first T-shaped connector and to said inlet nozzle of said second pre-filtration component, a third intermediate pipe connected to a branch of said T-shaped connector and to said outlet nozzle of said first pre-filtration component and a fourth intermediate pipe connected to another branch of said second T-shaped connector and to said outlet nozzle of said second pre-filtration component, said inlet nozzles (157, 158) and outlet nozzles (159, 151) and said first, second, third and fourth intermediate conduits (152, 153, 154, 155) being on an opposite side of said first and second pre-filtration components (115a, 115b) to said front-to-back edge of said platform.
Device for the presentation of bulk products, comprising a bin, a cover, an outlet opening located in a front region of the bin and closed off by a shutter, and a tool that can be actuated manually, the tool comprising a handle extending through a wall of the bin and a working portion located in the interior space of the bin, where the handle of the tool passes through an elongated slot (132, F) formed in the cover in a general front-rear direction on a substantial portion of the extent of the latter in depth, characterized in that the tool is a tool forming a rake and in that it also comprises a flexible lip facing a free end edge of the shutter.
A process for preparing peroxide, comprising a step of placing in contact in a reaction medium a component containing at least one tertiary alcohol group with a compound containing at least one tertiary hydroperoxide function in the presence of a catalyst, characterized in that the catalyst comprises a sulfonic acid and a mineral acid, the mole ratio between the sulfonic acid and said component comprising at least one tertiary alcohol group is between 0.05 and 0.8, and the mole ratio between the mineral acid and said component comprising at least one tertiary alcohol group is between 0.05 and 0.8.
A method of diagnosing gastric cancer in a subject, the method including: (a) measuring an expression level of a biomarker in a sample obtained from the subject, wherein the biomarker is vitamin D binding protein (VDBP), and wherein the expression level of VDBP protein is measured in the sample; (b) comparing the expression level of VDBP in the sample to a reference expression level for VDBP; and (c) diagnosing GC in the subject on the basis of the comparison, wherein an expression level of VDBP in the sample that is lower than the reference expression level for VDBP is indicative of GC in the subject. (a) measuring an expression level of a biomarker in a sample obtained from the subject, wherein the biomarker is vitamin D binding protein (VDBP), and wherein the expression level of VDBP protein is measured in the sample; (b) comparing the expression level of VDBP in the sample to a reference expression level for VDBP; and (c) diagnosing GC in the subject on the basis of the comparison,
An apparatus for processing a plurality of electrical wires (11, 12), comprising: a feed device, configured to guide a leading end of a plurality of wires through a zone of a processing region; a stationary holding device arranged in the zone of the processing region, configured to hold a lagging end of the wires; a non-stationary holding device that is non-stationary along a linear guiding direction, configured to hold the leading end of the wires, wherein the stationary holding device and/or the non-stationary holding device is configured to twist the held end of the wires respectively; a non-stationary bundling device that is non-stationary along the linear guiding direction by means of a controllable drive (127, 128) and is separate from the non-stationary holding device, which comprises a bundling segment, wherein the bundling segment is configured to bundle a bundling region on the leading end of the wires. a controller connected to the drive (127, 128) of the non-stationary bundling device, configured to control the drive in such a way that a distance between the bundling segment of the non-stationary bundling device and the non-stationary holding device assumes a specified or a specifiable distance. a feed device, configured to guide a leading end of a plurality of wires through a zone of a processing region; a stationary holding device arranged in the zone of the processing region, configured to hold a lagging end of the wires; a non-stationary holding device that is non-stationary along a linear guiding direction, configured to hold the leading end of the wires, wherein the stationary holding device and/or the non-stationary holding device is configured to twist the held end of the wires respectively; a non-stationary bundling device that is non-stationary along the linear guiding direction by means of a controllable drive (127, 128) and is separate from the non-stationary holding device, which comprises a bundling segment, wherein the bundling segment is configured to bundle a bundling region on the leading end of the wires. a controller connected to the drive (127, 128) of the non-stationary bundling device, configured to control the drive in such a way that a distance between the bundling segment of the non-stationary bundling device and the non-stationary holding device assumes a specified or a specifiable distance.
Lid for attachment to a waste collection container, comprising at least a first and a second portion (8, 10) which are movable relative to each other, the first portion comprising a first side which covers a second side of the second portion, one side extending above the other when the lid is in the sealed position, the first side comprising a first end which extends at least in part toward the second portion when the lid is in the sealed position on a waste collection container, the second side comprising a second end which extends toward the first portion facing an extension of the first end toward the second portion when the lid is in the sealed position on a waste collection container, characterized in that the first and second ends (22, 24) extend in vertical directions when the lid is in the sealed position on a waste collection container.
An inkjet sheet printer comprising a sheet transport apparatus for transporting sheets of print media, comprising: - an endless air permeable belt with an endless protrusion secured onto the belt and extending a predetermined height out of a surface of the belt; - a plurality of rollers comprising a driving roller driveable by means of an actuator and at least one support roller positioned with respect to the driving roller to tension the belt over the plurality of rollers, such that a rotation of the driving roller moves the belt in a transport direction, wherein at least one of the plurality of rollers comprises an endless recess dimensioned to receive the protrusion, such that the protrusion is substantially prevented from transferring driving forces in the transport direction from its respective roller to the belt while restricting movement of the protrusion and consequently the belt in a width direction perpendicular to the transport direction, wherein a rotation axis of at least one of the rollers provided with the recess is skewed with respect to the one or more other rollers, thereby providing a force on the belt in the width direction. - an endless air permeable belt with an endless protrusion secured onto the belt and extending a predetermined height out of a surface of the belt; - a plurality of rollers comprising a driving roller driveable by means of an actuator and at least one support roller positioned with respect to the driving roller to tension the belt over the plurality of rollers, such that a rotation of the driving roller moves the belt in a transport direction, wherein at least one of the plurality of rollers comprises an endless recess dimensioned to receive the protrusion, such that the protrusion is substantially prevented from transferring driving forces in the transport direction from its respective roller to the belt while restricting movement of the protrusion and consequently the belt in a width direction perpendicular to the transport direction, wherein a rotation axis of at least one of the rollers provided with the recess is skewed with respect to the one or more other rollers, thereby providing a force on the belt in the width direction.
A method for providing a preview of dynamic content in an inset pane, the method comprising: receiving an indication of a selection to display a page; determining if the page comprises dynamic content; and in response to determining that the page comprises dynamic content, providing a static representation of the page in a main viewing area provided within an application user interface and a preview of the dynamic content in the inset pane provided within the application user interface, wherein the inset pane is a smaller pane displayed adjacent to the static representation of the page in the main viewing area. receiving an indication of a selection to display a page; determining if the page comprises dynamic content; and in response to determining that the page comprises dynamic content, providing a static representation of the page in a main viewing area provided within an application user interface and a preview of the dynamic content in the inset pane provided within the application user interface, wherein the inset pane is a smaller pane displayed adjacent to the static representation of the page in the main viewing area.