mhurhangee/ep-ind-claims huggingface dataset:
A gear pump comprising: a first gear; a second gear intermeshed with the first gear defining an inlet side configured to have an inlet connection connected thereto, and a discharge side configured to have a first discharge connection connected thereto; at least one shaft in operable communication with each of the first and second gears; a bearing configured to support at least one of the at least one shafts via an inner bore and having an outer peripheral surface characterised by, a valve bore being formed into said bearing between said inner bore and said outer peripheral surface, said bearing defining a second discharge connection, a tap providing fluidic communication between the valve bore and a pad defined in said inner bore: and a valve positioned in said valve bore comprising; a moving valve member; and a spring biasing said moving valve member in a direction toward the second discharge connection. a first gear; a second gear intermeshed with the first gear defining an inlet side configured to have an inlet connection connected thereto, and a discharge side configured to have a first discharge connection connected thereto; at least one shaft in operable communication with each of the first and second gears; a bearing configured to support at least one of the at least one shafts via an inner bore and having an outer peripheral surface characterised by, a valve bore being formed into said bearing between said inner bore and said outer peripheral surface, said bearing defining a second discharge connection, a tap providing fluidic communication between the valve bore and a pad defined in said inner bore: and a valve positioned in said valve bore comprising; a moving valve member; and a spring biasing said moving valve member in a direction toward the second discharge connection.
A eutectic composition for use in the treatment or therapy of cancer comprising a nonsteroidal anti-inflammatory drug and a terpene, wherein the composition comprises a combination of ibuprofen and limonene; ibuprofen and menthol, ibuprofen and thymol, or ibuprofen and perillyl alcohol, wherein the molar ratio of anti-inflammatory drug:terpene varies from 1:1 - 1:8.
A method for producing specific immune modulating exosomes, the method comprising the following steps: (i) Transforming B-cells by infecting said B-cells with Epstein Barr virus, to a latent stage to thereby express gp350 capable of binding to the CD 21 receptor of a native B-cell; (ii) Culturing the transformed B-cells in (i); (iii) Harvesting the exosomes released from the transformed B-cells in (ii), wherein said exosomes comprise one or more moieties capable of binding to a native B-cell; and wherein the exosomes are directly and/or indirectly loaded with one or more antigens and/or immunosuppressing agents and wherein the one or more antigens are selected from one or more cancer antigens, one or more viral antigen, one or more bacterial antigen, one or more immunosuppressive agents or any combinations thereof. (i) Transforming B-cells by infecting said B-cells with Epstein Barr virus, to a latent stage to thereby express gp350 capable of binding to the CD 21 receptor of a native B-cell; (ii) Culturing the transformed B-cells in (i); (iii) Harvesting the exosomes released from the transformed B-cells in (ii), wherein said exosomes comprise one or more moieties capable of binding to a native B-cell; and wherein the exosomes are directly and/or indirectly loaded with one or more antigens and/or immunosuppressing agents and wherein the one or more antigens are selected from one or more cancer antigens, one or more viral antigen, one or more bacterial antigen, one or more immunosuppressive agents or any combinations thereof.
A marking device comprising: a first marker including a first optical system having a first focal point, the first marker being configured to concentrate a first light onto a first area of a non-planar portion of a medium to perform marking on the first area, the non-planar portion including a plurality of areas (101, 102) including the first area and a second area; the marking device being characterised by: a second marker including a second optical system having a second focal point, the second marker being configured to concentrate a second light onto the second area of the non-planar portion of the medium to perform the marking on the second area, the second focal point of the second optical system being different from the first focal point of the first optical system in a direction parallel to a central axis of the first optical system, and further characterized in that the first marker and the second marker are arranged in such a way that the first area does not overlap with the second area and in that the marking device comprises a controller configured to control the first marker and the second marker such that the first marker performs the marking in parallel with the second marker. a first marker including a first optical system having a first focal point, the first marker being configured to concentrate a first light onto a first area of a non-planar portion of a medium to perform marking on the first area, the non-planar portion including a plurality of areas (101, 102) including the first area and a second area; the marking device being characterised by: a second marker including a second optical system having a second focal point, the second marker being configured to concentrate a second light onto the second area of the non-planar portion of the medium to perform the marking on the second area, the second focal point of the second optical system being different from the first focal point of the first optical system in a direction parallel to a central axis of the first optical system, and further characterized in that the first marker and the second marker are arranged in such a way that the first area does not overlap with the second area and in that the marking device comprises a controller configured to control the first marker and the second marker such that the first marker performs the marking in parallel with the second marker. a second marker including a second optical system having a second focal point, the second marker being configured to concentrate a second light onto the second area of the non-planar portion of the medium to perform the marking on the second area, the second focal point of the second optical system being different from the first focal point of the first optical system in a direction parallel to a central axis of the first optical system, and further characterized in that the first marker and the second marker are arranged in such a way that the first area does not overlap with the second area and in that the marking device comprises a controller configured to control the first marker and the second marker such that the first marker performs the marking in parallel with the second marker.
A print assembly for a binary array printer comprising: a printhead, the printhead comprising: a controller; a plurality of fluid connectors providing fluid communication to fluid sources; and at least one electrical connector in electrical communication with the controller; and a print module configured for releasable connection to the printhead, the print module comprising: at least one electrical connector for connection to the at least one electrical connector of the printhead; a plurality of fluid connectors (27, 28, 29, 33) for connection to the plurality of fluid connectors of the printhead; an actuator assembly; a charge electrode assembly disposed adjacent the actuator assembly for charging droplets ejected from the actuator assembly; a deflection electrode assembly for deflecting charged droplets; and a gutter for collecting charged droplets; wherein the plurality of fluid connectors and the at least one electrical connector on the printhead are complementary connectors for connecting the plurality of fluid connectors and the at least one electrical connector on the print module to the printhead respectively such that the print module is easily removable from the printhead in a single step. a printhead, the printhead comprising: a controller; a plurality of fluid connectors providing fluid communication to fluid sources; and at least one electrical connector in electrical communication with the controller; and a controller; a plurality of fluid connectors providing fluid communication to fluid sources; and at least one electrical connector in electrical communication with the controller; and a print module configured for releasable connection to the printhead, the print module comprising: at least one electrical connector for connection to the at least one electrical connector of the printhead; a plurality of fluid connectors (27, 28, 29, 33) for connection to the plurality of fluid connectors of the printhead; an actuator assembly; a charge electrode assembly disposed adjacent the actuator assembly for charging droplets ejected from the actuator assembly; a deflection electrode assembly for deflecting charged droplets; and a gutter for collecting charged droplets; at least one electrical connector for connection to the at least one electrical connector of the printhead; a plurality of fluid connectors (27, 28, 29, 33) for connection to the plurality of fluid connectors of the printhead; an actuator assembly; a charge electrode assembly disposed adjacent the actuator assembly for charging droplets ejected from the actuator assembly; a deflection electrode assembly for deflecting charged droplets; and a gutter for collecting charged droplets; wherein the plurality of fluid connectors and the at least one electrical connector on the printhead are complementary connectors for connecting the plurality of fluid connectors and the at least one electrical connector on the print module to the printhead respectively such that the print module is easily removable from the printhead in a single step.
An antenna assembly for radio frequency identification (RFID) applications in which UHF-band signals are passed between a reader (transceiver) and a tag (transponder), comprising: a planar laminate; a planar electrically conductive area of predetermined shape and dimension forming a radiative antenna element on the planar laminate, and another planar electrically conductive area of predetermined shape and dimension forming a reference ground element on the planar laminate, such that the radiative antenna element and the reference ground element are planar with each other, and wherein there is no substantial overlap between the radiative antenna element and the reference ground element; wherein the radiative antenna element and the reference ground element are located within the same geometric plane of the planar laminate; and wherein the radiative antenna element and at least one floating ground element are formed on a same side of the planar laminate; and wherein at least one additional floating ground element is present in a plane parallel to the radiative antenna element's geometric plane. a planar laminate; a planar electrically conductive area of predetermined shape and dimension forming a radiative antenna element on the planar laminate, and another planar electrically conductive area of predetermined shape and dimension forming a reference ground element on the planar laminate, such that the radiative antenna element and the reference ground element are planar with each other, and wherein there is no substantial overlap between the radiative antenna element and the reference ground element; wherein the radiative antenna element and the reference ground element are located within the same geometric plane of the planar laminate; and wherein the radiative antenna element and at least one floating ground element are formed on a same side of the planar laminate; and wherein at least one additional floating ground element is present in a plane parallel to the radiative antenna element's geometric plane.
Transmitter device for transmission of data via DC power distribution lines, said transmitter device comprising: - a sequence generator arranged for receiving a raw data bit stream to be transmitted over a positive and a negative DC power distribution line (5a,5b) and for deriving a switching sequence based on said raw data bit stream, - a circuit comprising one or more capacitors (C1,C2) and a plurality of switches (S1,S2,S3,S4) controllable with said switching sequence generated in said sequence generator, said one or more capacitors being connectable to said positive DC power distribution lines via said plurality of switches, characterised in that said one or more capacitors are also connectable to said negative DC power distribution lines via said plurality of switches, wherein said circuit is arranged for injecting in said positive and negative DC power distribution lines symmetric displacement currents resulting from displacing charges on said one or more capacitors when said one or more capacitors are charged or discharged according to the sequence of switching, said symmetric displacement currents causing changes in voltage of a same magnitude and opposite polarity on said positive and negative DC power distribution lines, said voltage having a same frequency as said raw data bit stream. - a sequence generator arranged for receiving a raw data bit stream to be transmitted over a positive and a negative DC power distribution line (5a,5b) and for deriving a switching sequence based on said raw data bit stream, - a circuit comprising one or more capacitors (C1,C2) and a plurality of switches (S1,S2,S3,S4) controllable with said switching sequence generated in said sequence generator, said one or more capacitors being connectable to said positive DC power distribution lines via said plurality of switches, characterised in that said one or more capacitors are also connectable to said negative DC power distribution lines via said plurality of switches,
A method for estimating whether a value ( y exec) measured by a sensor of a physical parameter of a device is normal for a value ( x exec) of an operation parameter of said device, a plurality of pairs ( x i; y i) i ∈ 1, n each defining a reference value ( y i) of the physical parameter for a value ( x i) of the operation parameter being stored in a database stored on data storage means, the method being characterised in that it comprises implementing by data processing means the steps of: (a) calculating on the basis of a regression model related to said plurality of pairs ( x i; y i) i ∈ 1, n an estimated value ( ŷ exec) of the physical parameter for the value ( x exec) of the operation parameter; (b) calculating a related residual ( res exec); (c) calculating on the basis of a variance model related to said plurality of pairs ( x i; y i) i ∈ 1, n an estimated value () of a variance of the physical parameter for the value ( x exec) of the operation parameter; (d) calculating an anomaly score ( Z score) of the measured value ( y exec) on the basis of the residual ( res exec), the estimated value () of the variance, and a mean residual value (mean) for said plurality of pairs (( x i; y i) i ∈ 1, n); (e) comparing the anomaly score ( Z score) of the measured value ( y exec) with a standard deviation threshold ( σ); (f) if the anomaly score ( Z score) is higher than said threshold ( σ), signalling the measurement as abnormal on interface means. (a) calculating on the basis of a regression model related to said plurality of pairs ( x i; y i) i ∈ 1, n an estimated value ( ŷ exec) of the physical parameter for the value ( x exec) of the operation parameter; (b) calculating a related residual ( res exec); (c) calculating on the basis of a variance model related to said plurality of pairs ( x i; y i) i ∈ 1, n an estimated value () of a variance of the physical parameter for the value ( x exec) of the operation parameter; (d) calculating an anomaly score ( Z score) of the measured value ( y exec) on the basis of the residual ( res exec), the estimated value () of the variance, and a mean residual value (mean) for said plurality of pairs (( x i; y i) i ∈ 1, n); (e) comparing the anomaly score ( Z score) of the measured value ( y exec) with a standard deviation threshold ( σ); (f) if the anomaly score ( Z score) is higher than said threshold ( σ), signalling the measurement as abnormal on interface means.
Screening belt unit for a harvesting machine or harvested material transport device, in particular for a root crop harvester or a root crop transport belt, and for screening extraneous material out of a mixture comprising harvested material and extraneous material, wherein the screening belt unit comprises a screening belt which has at least two endless carriers, preferably in the form of carrier belts or chains, between which screening bars (3, 4) are arranged in a direction transversely to the conveying direction, characterized in that a connecting piece of variable shape is arranged between screening bars (3, 4) that follow one another in the conveying direction, such that different distances between screening bars that follow one another accompany a change in shape, resulting from force application, of the connecting piece.
Unwinding section for unwinding a fiber web from a parent roll wound around a reeling shaft, which unwinding section comprises two unwinding positions (I, II) consisting of a first unwinding position and a second unwinding position, in which unwinding section the unwinding of the parent roll is configured to be begun at the first unwinding position and in which unwinding section towards end of the unwinding the parent roll is configured to be transferred to the second unwinding position, which unwinding section comprises a broke opening, which unwinding section comprises a slabbing device configured to operate in area of the first and second unwinding positions (I, II), which slabbing device is configured to pick up a slab fiber web from a reject roll formed of a fiber web remaining on the reeling shaft after the unwinding of the parent roll is finished in the second unwinding position and that the slabbing device is configured to empty the slab fiber web through the broke opening, characterized in, that the slabbing device comprises a slabbing roll and transfer arms, and that the slabbing roll is rotatably attached from each end to the corresponding transfer arm.
A process for the synthesis of a carbazole-dioxazine pigment of Formula I; wherein, R is C 1 -C 8 alkyl group, R 1 is a chloro group, and R 2 is a benzoyl group, said process comprising the following steps: a) reacting 3-nitro-N-ethylcarbazole with benzoylchloride in the presence of monochlorobenzene and ferric chloride to obtain 3-nitro-6-benzoyl-N-ethyl carbazole; b) hydrogenating said 3-nitro-6-benzoyl-N-ethyl carbazole in a solvent in the presence of a Raney nickel catalyst and sodium phosphate dibasic to obtain 6-benzoyl-3-amino-N-ethyl carbazole; c) condensing 6-benzoyl-3-amino-N-ethyl carbazole with chloranil in the presence of a solvent and sodium acetate to obtain an intermediate of formula II; and wherein, R is C 1 -C 8 alkyl group, R 1 is a chloro group, and R 2 is a benzoyl group, d) cyclizing the intermediate using a cyclizing agent to obtain carbazole-dioxazine pigment of formula I. R is C 1 -C 8 alkyl group, R 1 is a chloro group, and R 2 is a benzoyl group, a) reacting 3-nitro-N-ethylcarbazole with benzoylchloride in the presence of monochlorobenzene and ferric chloride to obtain 3-nitro-6-benzoyl-N-ethyl carbazole; b) hydrogenating said 3-nitro-6-benzoyl-N-ethyl carbazole in a solvent in the presence of a Raney nickel catalyst and sodium phosphate dibasic to obtain 6-benzoyl-3-amino-N-ethyl carbazole; c) condensing 6-benzoyl-3-amino-N-ethyl carbazole with chloranil in the presence of a solvent and sodium acetate to obtain an intermediate of formula II; and wherein, R is C 1 -C 8 alkyl group, R 1 is a chloro group, and R 2 is a benzoyl group, wherein, R is C 1 -C 8 alkyl group, R 1 is a chloro group, and R 2 is a benzoyl group, d) cyclizing the intermediate using a cyclizing agent to obtain carbazole-dioxazine pigment of formula I.
A tire comprising a tread composed of a rubber composition, the rubber composition comprising 5 to 100 parts by mass of an aromatic petroleum resin having a weight average molecular weight of 1000 to 5000, based on 100 parts by mass of a rubber component comprising a linear styrene butadiene rubber having a styrene content of 35 to 45% by mass, a vinyl content of 35 to 45% by mass, and a weight average molecular weight of 1,000,000 to 1,400,000.
A method in a secondary node for providing, along with a master node, dual connectivity for a wireless device such that the wireless device is configured to utilize resources provided by both the master node and the secondary node in a wireless communication network, comprising: receiving, from the master node, a release request, the release request being a request to release a wireless device context of the wireless device or to release resources for the wireless device; sending a release reject to the master node, the release reject being an indication that the secondary node rejects the release request; and wherein the release reject comprises an indication of a cause of the release reject. receiving, from the master node, a release request, the release request being a request to release a wireless device context of the wireless device or to release resources for the wireless device; sending a release reject to the master node, the release reject being an indication that the secondary node rejects the release request; and wherein the release reject comprises an indication of a cause of the release reject.
Apparatus comprising two imaging units (11, 12) configured to capture an object to obtain two captured images, said apparatus configured to process the two captured images from the object, and to superimpose a pattern image on a portion of each captured image where a captured area of the object does not overlap with the pattern image, and to generate a disparity image of the object based on the two captured images on which the pattern image is superimposed, the information processing apparatus comprising an area detector configured to detect the object area and the background wherein the apparatus is configured to superimpose the pattern image on at least a portion of the background detected by the area detector; and wherein the two said imaging units are separated by a base-line length, and the apparatus is configured to shift the pattern image to be superimposed on one of the two captured images with reference to the pattern image to be superimposed on another one of the two captured images by a prescribed distance, and the prescribed distance is determined based on the base-line length and a distance between the imaging units (11, 12) and the background.