mhurhangee/ep-ind-claims huggingface dataset:
A method for the diagnosis of tumoural conditions and/or of the corresponding state of advance, comprising the steps of: a. enriching a specimen of an organic fluid obtained from a patient, said organic fluid having a high probability of containing at least one circulating tumour cell or disseminated tumour cell or portions thereof in at least one population of cells comprising at least one type of circulating tumour cells or disseminated tumour cells or portions thereof; b. obtaining a purified specimen from amongst said at least one type of circulating tumour cells or disseminated tumour cells or portions thereof; c. performing a molecular analysis on said purified specimen, in such a way as to highlight at least one characteristic of said at least one cell suited to enabling said diagnosis; said method being characterized in that - said step of obtaining a purified specimen is carried out by isolating in a non-manual way at least one cell or portion of cell from amongst said at least one type of circulating tumour cells or disseminated tumour cells or portions thereof by individually selecting single cells or portions of cells on the basis of the evaluation of images of said cells in a microfluidic device, so as to obtain a purified specimen having a purity of at least 90%; and - by comprising the step of labelling the circulating tumour cells or disseminated tumour cells or portions thereof with at least one antibody conjugated with a marker chosen in the group consisting of: - fluorophors - chromogens - (fluorescent or non-fluorescent) microbeads; the antibody recognizing the antigen CD45, cytokeratin or EpCAM. a. enriching a specimen of an organic fluid obtained from a patient, said organic fluid having a high probability of containing at least one circulating tumour cell or disseminated tumour cell or portions thereof in at least one population of cells comprising at least one type of circulating tumour cells or disseminated tumour cells or portions thereof; b. obtaining a purified specimen from amongst said at least one type of circulating tumour cells or disseminated tumour cells or portions thereof; c. performing a molecular analysis on said purified specimen, in such a way as to highlight at least one characteristic of said at least one cell suited to enabling said diagnosis; - said step of obtaining a purified specimen is carried out by isolating in a non-manual way at least one cell or portion of cell from amongst said at least one type of circulating tumour cells or disseminated tumour cells or portions thereof by individually selecting single cells or portions of cells on the basis of the evaluation of images of said cells in a microfluidic device, so as to obtain a purified specimen having a purity of at least 90%; and - by comprising the step of labelling the circulating tumour cells or disseminated tumour cells or portions thereof with at least one antibody conjugated with a marker chosen in the group consisting of: - fluorophors - chromogens - (fluorescent or non-fluorescent) microbeads;
A coating product applicator comprising printing nozzles each including an outlet channel emerging in the downstream direction by a coating product discharge orifice, the printing nozzles being distributed on at least two faces (142, 146, 147) of a body of the applicator, each nozzle belonging to a printing head, the discharge orifices of these nozzles extending along at least two nonparallel planes (π127, π'127, π"127), the applicator being characterized in that the printing nozzles are controlled in the print heads so that the printing nozzles mounted on a first face of the rigid body are activated independently of the printing nozzles mounted on a second face (146, 147) of the rigid body, when the applicator is operating.
A modular production plant for the production of an animal feed premix, the plant modules being capable of shipment within a standard shipping container, comprising a vertical stack of production equipment modules (12-1 to 12-5) for supporting production equipment and a vertical stack of operator access modules (14-1 to 14-5) adjacently connected to the vertically stacked production equipment modules to allow operator access to the production equipment modules, wherein the adjacently connected vertical stacks of production equipment modules and operator access modules establish multiple stories of the modular production plant, wherein a. the plant comprises at least three operator access modules (14-5, 14-4, 14-3) on top of each other and at least three production equipment modules (12-5, 12-4, 12-3) on top of each other, wherein the operator access modules (14-1 to 14.-5) comprise i. a stairwell to allow operator access to each of the multiple stories of the modular production plant, and/or ii. an elevator well and an elevator operable within the elevator well to allow an operator to ascend and descend between each of the multiple stories of the modular production plant, and b. the three production equipment modules (12-5, 12-4, 12-3) are designed to accommodate production equipment, wherein a material input unit is placed in the upper module, a mixing equipment is placed in the middle module and a hopper is placed in the bottom module of the three stack modules. a. the plant comprises at least three operator access modules (14-5, 14-4, 14-3) on top of each other and at least three production equipment modules (12-5, 12-4, 12-3) on top of each other, wherein the operator access modules (14-1 to 14.-5) comprise i. a stairwell to allow operator access to each of the multiple stories of the modular production plant, and/or ii. an elevator well and an elevator operable within the elevator well to allow an operator to ascend and descend between each of the multiple stories of the modular production plant, and i. a stairwell to allow operator access to each of the multiple stories of the modular production plant, and/or ii. an elevator well and an elevator operable within the elevator well to allow an operator to ascend and descend between each of the multiple stories of the modular production plant, and b. the three production equipment modules (12-5, 12-4, 12-3) are designed to accommodate production equipment, wherein a material input unit is placed in the upper module, a mixing equipment is placed in the middle module and a hopper is placed in the bottom module of the three stack modules.
An aqueous liquid colorant composition having a volatile organic content up to 50g/l and suitable for colouring aqueous or solventborne architectural coatings and basepaints comprising based on the total weight of the composition, i) from 2 to 22% of non-volatile organic liquid having a vapour pressure up to 1.3 N/m 2 at 25°C ii) from 2 to 13% of stabilising agent iii) from 4 to 77% of colour pigment iv) from 0.1 to 8% of rheology modifying clay v) from 0 to 20% of extender wherein the ratio of the combined weight of iii)+iv)+v): the combined weight of i)+ii) is from 0.8 to 2.75:1 and the combined weight of the non-volatile organic liquid i) and the stabilising agent ii) is no greater than 28% and the combined weight of the rheology modifying clay iv) and the extender v) is at least 2% when the amount of colour pigment is less than 51%. i) from 2 to 22% of non-volatile organic liquid having a vapour pressure up to 1.3 N/m 2 at 25°C ii) from 2 to 13% of stabilising agent iii) from 4 to 77% of colour pigment iv) from 0.1 to 8% of rheology modifying clay v) from 0 to 20% of extender wherein the ratio of the combined weight of iii)+iv)+v): the combined weight of i)+ii) is from 0.8 to 2.75:1 and the combined weight of the non-volatile organic liquid i) and the stabilising agent ii) is no greater than 28% and the combined weight of the rheology modifying clay iv) and the extender v) is at least 2% when the amount of colour pigment is less than 51%.
A method for determining a filling level of a filling material in a tank, comprising the steps: providing a pulse generator for generation of electromagnetic pulses; controlling the pulse width of the generated pulses in dependence of at least one application specific condition; transmitting said pulses with adjusted pulse width towards said filling material; receiving reflected echo pulse signals from the tank; and determining the filling level of the tank based on said received echo pulse signals, wherein the pulse width is adjusted for at least one application specific condition(s) selected from the group consisting of tank height, level of the filling material, type of filling material, presence of other tank structure providing reflecting surfaces and required accuracy of measurement. providing a pulse generator for generation of electromagnetic pulses; controlling the pulse width of the generated pulses in dependence of at least one application specific condition; transmitting said pulses with adjusted pulse width towards said filling material; receiving reflected echo pulse signals from the tank; and determining the filling level of the tank based on said received echo pulse signals, wherein the pulse width is adjusted for at least one application specific condition(s) selected from the group consisting of tank height, level of the filling material, type of filling material, presence of other tank structure providing reflecting surfaces and required accuracy of measurement.
A rigid or semi-rigid ballistic-resistant composite comprising a plurality of large denier per filament (dpf) yarns, and a resin in contact with the plurality of large dpf yarns, characterized in that the plurality of large dpf yarns have a "Composite-Armor dpf factor" (CA·dpf factor) selected to provide improved ballistic performance, wherein CA·dpf factor is determined according to the following equation: CA ⋅ dp f factor = dp f yarn 1 S. G. yarn 3 = dp f yarn × S. G. yarn 3, wherein dpf yarn is a dpf of the yarns, wherein S.G. yarn is a specific gravity of the yarns, and wherein the yarns are selected from the group consisting of: aramid fibers having a CA·dpf factor of greater than 6.72 and less than or equal to 85; modified para-aramid fibers having a CA·dpf factor of greater than 3.49 and less than or equal to 85; polyester-polyarylate fibers having a CA·dpf factor of greater than 13.72 and less than or equal to 85; high modulus polypropylene (HMPP) fibers having a CA·dpf factor of greater than 6.03 and less than or equal to 85; ultra high molecular weight polyethylene (UHMWPE) fibers having a CA·dpf factor of greater than 10.04 and less than or equal to 85; carbon fibers having a CA·dpf factor of greater than 3.27 and less than or equal to 85; and polyolefin fibers having a CA·dpf factor of greater than 4.95 and less than or equal to 85. wherein dpf yarn is a dpf of the yarns, wherein S.G. yarn is a specific gravity of the yarns, and wherein the yarns are selected from the group consisting of: aramid fibers having a CA·dpf factor of greater than 6.72 and less than or equal to 85; modified para-aramid fibers having a CA·dpf factor of greater than 3.49 and less than or equal to 85; polyester-polyarylate fibers having a CA·dpf factor of greater than 13.72 and less than or equal to 85; high modulus polypropylene (HMPP) fibers having a CA·dpf factor of greater than 6.03 and less than or equal to 85; ultra high molecular weight polyethylene (UHMWPE) fibers having a CA·dpf factor of greater than 10.04 and less than or equal to 85; carbon fibers having a CA·dpf factor of greater than 3.27 and less than or equal to 85; and polyolefin fibers having a CA·dpf factor of greater than 4.95 and less than or equal to 85.
A touch panel which is suitable for being applied in a touch device comprising a touch panel and a display device, the touch panel having a stack-up structure comprising: a substrate; a patterned transparent conductive layer formed on said substrate said patterned transparent conductive layer being adapted to detect a touch position of a user; a first refractive index layer that covers said conductive layer; a second refractive index layer located on said first refractive index layer, wherein, refractive index of said first refractive index layer is lower than refractive index of said conductive layer, and wherein refractive index of said second refractive index layer is higher than refractive index of said first refractive index layer; a third refractive index layer located on said second refractive index layer, wherein refractive index of said third refractive index layer is lower than refractive index of said second refractive index layer; and characterized by a covering layer located on said third refractive index layer, wherein said third refractive index layer is a bonding layer made up of an optically clear adhesive or a water based adhesive.
A furrower assembly comprising: side plates extending rearwardly from a forward prow edge, wherein: the side plates are each angled backwards at approximately 45° with respect to a horizontal plane; bottom edges of the side plates are between 20-40° with respect to a direction-of-travel axis; trailing edges of the side plates are configured to form furrow walls being steeper than 70° from the horizontal plane; and the side plates are configured to form a furrow having a flat base. the side plates are each angled backwards at approximately 45° with respect to a horizontal plane; bottom edges of the side plates are between 20-40° with respect to a direction-of-travel axis; trailing edges of the side plates are configured to form furrow walls being steeper than 70° from the horizontal plane; and the side plates are configured to form a furrow having a flat base.
A dispensing device for dispensing a fluid product, comprising: a dispensing end through which the product is to be dispensed; an attachment end to be attached to a container containing the product; and a dispensing valve provided between the attachment end and the dispensing end and formed by a flexible member (28, 30) and a rigid member (26, 32), the dispensing valve being configured to be actuatable between an open position in which a dispensing channel is formed between the flexible member (28, 30) and the rigid member (26, 32) to allow the product to flow toward the dispensing end, and a closed position in which the dispensing channel is closed; characterized in that the dispensing valve comprises a first valve portion and a second valve portion, the second valve portion being located closer to the dispensing end than the first valve portion, the dispensing valve being configured such that a greater biasing force is applied onto the rigid member (26, 32) by the flexible member (28, 30) in the first valve portion than in the second valve portion when the dispensing valve is in the closed position. a dispensing end through which the product is to be dispensed; an attachment end to be attached to a container containing the product; and a dispensing valve provided between the attachment end and the dispensing end and formed by a flexible member (28, 30) and a rigid member (26, 32), the dispensing valve being configured to be actuatable between an open position in which a dispensing channel is formed between the flexible member (28, 30) and the rigid member (26, 32) to allow the product to flow toward the dispensing end, and a closed position in which the dispensing channel is closed; characterized in that the dispensing valve comprises a first valve portion and a second valve portion, the second valve portion being located closer to the dispensing end than the first valve portion, the dispensing valve being configured such that a greater biasing force is applied onto the rigid member (26, 32) by the flexible member (28, 30) in the first valve portion than in the second valve portion when the dispensing valve is in the closed position.
Resistance gene for providing resistance to a Tobamovirus in a S. lycopersicum plant, wherein said resistance gene is represented by a coding sequence having at least 95% nucleotide sequence identity with SEQ ID No.115, wherein the Tobamovirus is TBRFV.
A method, comprising: scanning an object using a scanner of a peripheral device to obtain configuration data; configuring the peripheral device as a function of the configuration data; and coupling the peripheral device to a host device in response to configuring the peripheral device, characterized in that the method comprises: receiving preliminary data necessary for configuration of the peripheral device; generating the object, as a function of the preliminary data, using an output arrangement of the host device, the object including the configuration data which enables coupling of the peripheral device to the host device, wherein the object is unique to the peripheral device. scanning an object using a scanner of a peripheral device to obtain configuration data; configuring the peripheral device as a function of the configuration data; and coupling the peripheral device to a host device in response to configuring the peripheral device, characterized in that the method comprises: receiving preliminary data necessary for configuration of the peripheral device; generating the object, as a function of the preliminary data, using an output arrangement of the host device, the object including the configuration data which enables coupling of the peripheral device to the host device, wherein the object is unique to the peripheral device. receiving preliminary data necessary for configuration of the peripheral device; generating the object, as a function of the preliminary data, using an output arrangement of the host device, the object including the configuration data which enables coupling of the peripheral device to the host device, wherein the object is unique to the peripheral device.
A control system (100, 200) for controlling movement of a stent delivery system having a first shaft and a second shaft, the first shaft movable relative to the second shaft, the control system comprising: a first extendable arm (102, 202) comprising a plurality of first struts (110, 210) interconnected at intermediate points (121, 221) and end points (123, 223) of the first struts, the first arm movable between a first position and a second position; the first arm operably connected to one of the first shaft and the second shaft; a first actuator (128, 252) operably connected to the first arm; the first actuator operable to move the first arm from the first position to the second position; wherein movement of the first arm moves the first shaft relative to the second shaft to change the position of the second shaft relative to the first shaft; characterized by a second extendable arm (104, 204) comprising a plurality of second struts (110, 210) interconnected at intermediate points (121, 221) and end points (123, 223) of the second struts, the second arm operably connected to the other of the first shaft and the second shaft. a first extendable arm (102, 202) comprising a plurality of first struts (110, 210) interconnected at intermediate points (121, 221) and end points (123, 223) of the first struts, the first arm movable between a first position and a second position; the first arm operably connected to one of the first shaft and the second shaft; a first actuator (128, 252) operably connected to the first arm; the first actuator operable to move the first arm from the first position to the second position; wherein movement of the first arm moves the first shaft relative to the second shaft to change the position of the second shaft relative to the first shaft; characterized by a second extendable arm (104, 204) comprising a plurality of second struts (110, 210) interconnected at intermediate points (121, 221) and end points (123, 223) of the second struts, the second arm operably connected to the other of the first shaft and the second shaft.
A threaded interface buffer with anti-rotation structure, comprising a buffer housing, a buffer capsule and a drawbar; wherein, the drawbar comprises a connection portion connected to the buffer capsule; the drawbar is in threaded connection to the buffer capsule through the connection portion; a first level anti-rotation structure for limiting the rotation of the drawbar and the buffer capsule is mounted on the drawbar and the buffer capsule; a second level anti-rotation structure for limiting the relative rotation of the drawbar and the buffer housing is mounted between the drawbar and the buffer housing, comprising an anti-rotation plate; one end of the anti-rotation plate is connected to the drawbar, the other end of the anti-rotation plate is connected to the buffer housing.
A method of detecting the presence of an analyte in a sample, in which the analyte is haemozoin, β-haematin or an analogous iron containing compound, the method including the steps of: providing the sample; applying a magnetic field across at least a portion of the sample; utilising a magneto-optical spectroscopic detection technique to detect a physical property of the analyte which varies in dependence with the orientation of the analyte with the square of the applied magnetic field wherein the detection of the physical property of the analyte includes the step of introducing electromagnetic radiation into the sample; the physical property is a property associated with the absorption of electromagnetic radiation; and phase sensitive detection of the physical property is performed using modulation of the applied magnetic field; and correlating the detected physical property with the presence of the analyte. providing the sample; applying a magnetic field across at least a portion of the sample; utilising a magneto-optical spectroscopic detection technique to detect a physical property of the analyte which varies in dependence with the orientation of the analyte with the square of the applied magnetic field wherein the detection of the physical property of the analyte includes the step of introducing electromagnetic radiation into the sample; the physical property is a property associated with the absorption of electromagnetic radiation; and phase sensitive detection of the physical property is performed using modulation of the applied magnetic field; and correlating the detected physical property with the presence of the analyte.
A construct or vector comprising a combination of at least two polynucleotide sequences encoding at least two transcription factors selected from the group consisting of: BATF3, IRF8 and PU.1, wherein the at least two transcription factors are BATF3 and PU.1 or IRF8 and PU.1.
A process comprising: placing a sleeve bag on valve assembly (SBoV) in a blow mold apparatus having two opposing and movable molds (14, 16), the SBoV comprising a valve seat, a bag, and an elastic sleeve disposed around the bag, the elastic sleeve providing a pressure on the bag; extending a parison of flowable polymeric material around the SBoV and between the opposing molds; moving the opposing molds to a closed position; pressing an upstream portion of the parison against the valve seat; blow molding a downstream portion of the parison into a container-shape within the closed mold; and forming a container with the valve seat melt bonded to a neck portion of the container. placing a sleeve bag on valve assembly (SBoV) in a blow mold apparatus having two opposing and movable molds (14, 16), the SBoV comprising a valve seat, a bag, and an elastic sleeve disposed around the bag, the elastic sleeve providing a pressure on the bag; extending a parison of flowable polymeric material around the SBoV and between the opposing molds; moving the opposing molds to a closed position; pressing an upstream portion of the parison against the valve seat; blow molding a downstream portion of the parison into a container-shape within the closed mold; and forming a container with the valve seat melt bonded to a neck portion of the container.