mhurhangee/ep-ind-claims huggingface dataset:
A measuring system (100, 600) for use in a dynamic system, in particular in a rotational system, the dynamic system comprising one or more compartments, and the measuring system (100, 600) being used or usable in the dynamic system during operation and being arranged and intended for determining a value of at least one process parameter acting on a substance arranged in at least one compartment of the dynamic system, the measuring system (100, 600) comprising at least one sensor unit which can be arranged at least partially in at least one compartment of the dynamic system and an evaluation unit (120, 607), the evaluation unit (120, 607) being configured to determine a current value of at least one process parameter acting on a substance arranged in the compartment on the basis of measured values detected by the at least one sensor unit, the at least one sensor unit comprising at least one first pressure sensor (108, 310) and at least one second pressure sensor (112, 312), characterized in that the measuring system (100, 600) comprises several sensor units each having at least one first pressure sensor (108, 310) and at least one second pressure sensor (112, 312), the sensor units are to be arranged on and/or in a plurality of compartments of the dynamic system, in an operating state in which distances between respective first pressure sensors (108, 310) and second pressure sensors (112, 312) to be arranged on different compartments differ from one another, the evaluation unit is configured to use those pressure sensors (108, 112, 304, 312, 603) for determining a current value of the at least one process parameter which are arranged in a compartment which is assigned to a current operating state of the dynamic system according to an assignment table and/or assignment data.
A compound of the formula wherein Y and Y' each, independently of the other, is a hydrogen atom or a bromine atom, n and n' each, independently of the other, is an integer of 0, 1, 2, 3, or 4, R 1 and R 1 ' each, independently of the other, is an alkylene group with no more than 20 carbon atoms or an arylalkylene group with no more than 20 carbon atoms, and X is a group of the formula wherein R 2 is an alkylene group with no more than 50 carbon atoms, or a group of the formula wherein R 4 is an alkylene group with no more than 50 carbon atoms.
A composition comprising a compound of formula (Ia): and/or a compound of formula (Ib): or mixtures thereof, wherein, n = 0 to 4, X = a direct bond, Z = H, -SO 3 H, -SO 3 M, -PO 3 H 2, -PO 3 M, or -PO 3 M 2, M = Na, K, Ca, Mg, Ba, Zn, Mn, Cu, Fe, Co, or Ni, and wherein R is selected from the group consisting of: and wherein Y = point of attachment, and one or more additional components. n = 0 to 4, X = a direct bond, Z = H, -SO 3 H, -SO 3 M, -PO 3 H 2, -PO 3 M, or -PO 3 M 2, M = Na, K, Ca, Mg, Ba, Zn, Mn, Cu, Fe, Co, or Ni, and wherein R is selected from the group consisting of: and wherein Y = point of attachment, and one or more additional components. wherein Y = point of attachment, and one or more additional components.
A human monoclonal therapeutic anti ActRIIB antibody or functional protein comprising an antigen binding portion thereof, comprising a VH polypeptide sequence having at least 95% sequence identity to at least one of SEQ ID NOs: 99-112 and a VL polypeptide sequence having at least 95% sequence identity to at least one of SEQ ID NOs: 85-98, wherein said antibody or functional protein comprising an antigen binding portion thereof inhibits myostatin binding to ActRIIB.
Thick-matter pumping device, in particular for a mobile thick matter pump, with an S-tube (10a-n), which has an inlet and an outlet offset axially parallel to the inlet, with at least one bearing (13a-n) for supporting the S-tube (10a-n), which bearing has a bearing axis, to which the outlet of the S-tube (10a-n) is arranged at least substantially coaxially, and which comprises at least two bearing surfaces (15a-n, 16a-n), which are provided to take up forces acting in a radial direction, and with an outlet tube section connecting to the S-tube (10a-n) that is provided to be connected to the outlet of the S-tube(10a-n), wherein the bearing surfaces (15a-n, 16a-n) are designed at least in part as sealing surfaces, which are provided to seal the S-tube (10a-n) and the outlet tube section (17a-n) against one another, characterised in that the thick matter pumping device comprises two guide rings (26a-n, 27a-n), which form the bearing surfaces (15a-n, 16a-n), wherein the guide ring (27a-n) of the outlet tube section (17a-n) is axially displaceable along the bearing axis, and has a bias element (28a; 28d; 28e), which is provided to act upon the guide ring (27a-n) with a biasing force.
A method of providing a shortcut number in a user device, the method comprising the steps of: executing a shortcut number input mode; extracting user information mapped to shortcut numbers in the shortcut number input mode; displaying the user information mapped to the shortcut numbers with number keys of a touch keypad that match the shortcut numbers; and detecting a touch event on the touch keypad; wherein, when the touch event is determined to be a short press touch event, the method further comprises: entering a number matching the number key selected by the touch event into a recipient information entry window; interpreting the touch event as a request for another shortcut number group, the new shortcut number group corresponding to one or more numbers presented in the recipient information entry window; and reconfiguring the touch keypad based on shortcut number information of the called shortcut number group; wherein reconfiguring the touch keypad comprises determining a two- or more-digit shortcut number by combining one or more numbers presented in the recipient information entry window as preceding digits of the shortcut number and one of the numbers corresponding to the number keys of the touch keypad as a subsequent digit of the shortcut number, executing a shortcut number input mode; extracting user information mapped to shortcut numbers in the shortcut number input mode; displaying the user information mapped to the shortcut numbers with number keys of a touch keypad that match the shortcut numbers; and detecting a touch event on the touch keypad; entering a number matching the number key selected by the touch event into a recipient information entry window; interpreting the touch event as a request for another shortcut number group, the new shortcut number group corresponding to one or more numbers presented in the recipient information entry window; and reconfiguring the touch keypad based on shortcut number information of the called shortcut number group;
A method for the production of a positive electrode intended for use in an alkali metal-ion electrochemical device, comprising: - synthesising a layer of a metal halide involving the electrochemical treatment of a current collector; the method being characterised in that the electrochemical treatment is a spontaneous corrosion of the current collector, the spontaneous corrosion being carried out in the alkali metal-ion electrochemical device once said alkali metal-ion electrochemical device is assembled, - dissolving a halide ion precursor in a liquid solution in contact with the current collector, the liquid solution being an organic solvent or a liquid electrolyte of the alkali metal-ion electrochemical device comprising a salt of the alkali metal which is chemically inert with respect to the current collector and ensuring the ionic conduction of the electrolyte, the halide ion precursor being capable of reacting by spontaneous corrosion with the positive electrode current collector. - synthesising a layer of a metal halide involving the electrochemical treatment of a current collector; the method being characterised in that the electrochemical treatment is a spontaneous corrosion of the current collector, the spontaneous corrosion being carried out in the alkali metal-ion electrochemical device once said alkali metal-ion electrochemical device is assembled, the method being characterised in that the electrochemical treatment is a spontaneous corrosion of the current collector, the spontaneous corrosion being carried out in the alkali metal-ion electrochemical device once said alkali metal-ion electrochemical device is assembled, - dissolving a halide ion precursor in a liquid solution in contact with the current collector, the liquid solution being an organic solvent or a liquid electrolyte of the alkali metal-ion electrochemical device comprising a salt of the alkali metal which is chemically inert with respect to the current collector and ensuring the ionic conduction of the electrolyte, the halide ion precursor being capable of reacting by spontaneous corrosion with the positive electrode current collector. the liquid solution being an organic solvent or a liquid electrolyte of the alkali metal-ion electrochemical device comprising a salt of the alkali metal which is chemically inert with respect to the current collector and ensuring the ionic conduction of the electrolyte, the halide ion precursor being capable of reacting by spontaneous corrosion with the positive electrode current collector.
A therapeutic composition for use in treating a cancerous tumour in a patient, the composition comprising activated allogeneic emTh-1 cells and a chaperone rich cell lysate derived from the tumour, wherein the composition generates tumour-specific immunity in the patient such that the composition decreases the immunosuppressive activity of tumour-induced Treg cells in the patient while simultaneously promoting a therapeutic effect in the patient, and wherein, in use, the emTh-1 cells and the tumour-derived chaperone rich cell lysate are administered 3-6 times and at intervals of about 3-10 days by intradermal injections at the same location, followed then by an intravenous infusion of the emTh-1 cells.
A telomerase inhibitor for use in alleviating at least one symptom resulting from myelodysplastic syndrome in an individual, wherein the telomerase inhibitor is imetelstat or a pharmaceutically acceptable salt thereof.
A control apparatus for a vehicle that is equipped with an engine, a motor, and a battery, the control apparatus comprising an electronic control unit ECU configured to control the engine and the motor in one of control modes, the control modes including a charge sustaining mode in which the engine is allowed to be driven on a basis of a state of charge of the battery, and a charge depleting mode in which the engine is not allowed to be driven on a basis of the state of charge of the battery, the ECU being configured to execute a first determination to determine that an engine malfunction has occurred when a number of times of abnormal combustion (N now) occurring during a current trip is equal to or larger than a threshold, during the charge sustaining mode, the current trip being a period from activation of a system of the vehicle to subsequent stop of the system at the current time, and the ECU being configured to execute a second determination to determine that the engine malfunction has occurred when a cumulative number of times of abnormal combustion (N sum) is equal to or larger than the threshold, the second determination being executed instead of or in addition to the first determination during the charge depleting mode, the cumulative number of times of abnormal combustion (N sum) being obtained by adding the number of times of abnormal combustion occurring during a past trip to a number of times of abnormal combustion occurring during the current trip, and the past trip is a period from activation of a system of the vehicle to subsequent stop of the system at the past time. the ECU being configured to execute a first determination to determine that an engine malfunction has occurred when a number of times of abnormal combustion (N now) occurring during a current trip is equal to or larger than a threshold, during the charge sustaining mode, the current trip being a period from activation of a system of the vehicle to subsequent stop of the system at the current time, and the ECU being configured to execute a second determination to determine that the engine malfunction has occurred when a cumulative number of times of abnormal combustion (N sum) is equal to or larger than the threshold, the second determination being executed instead of or in addition to the first determination during the charge depleting mode, the cumulative number of times of abnormal combustion (N sum) being obtained by adding the number of times of abnormal combustion occurring during a past trip to a number of times of abnormal combustion occurring during the current trip, and the past trip is a period from activation of a system of the vehicle to subsequent stop of the system at the past time.
Plug door module (101.. 105) for a rail vehicle, comprising: - a door leaf (21, 22), - a rotary pillar (71, 72) which is coupled to the door leaf (21, 22) movable relative to the rotary pillar (71, 72) and is mounted rotatably in relation to the rail vehicle, - a support which is oriented longitudinally in the sliding direction of the door leaf (21, 22), is mounted displaceably in the horizontal direction transversely with respect to the longitudinal extent thereof in relation to the rotary pillar (71, 72) and in which the door leaf (21, 22) is displaceably mounted, wherein the support and the rotary pillar (71, 72) are mechanically coupled in respect of their movements by means of a rack drive or a lever system, and wherein the support is displaceable in said direction by motor, or the rotary pillar (71, 72) is rotatable in relation to the rail vehicle by motor, - a first over-centre locking (41, 42) acting on the support in the deployment direction of the door leaf (21, 22), characterised in that the first over-centre locking (41, 42) comprises a deployment lever rotatably mounted in the support, a connecting lever mounted rotatably in relation to the rail vehicle and hinged to the deployment lever, and a stop, and in that the coupling between rotary pillar (71, 72) and door leaf (21, 22) comprises a second over-centre locking (81, 82 181, 182) which acts in the deployment direction of the door leaf (21, 22) and which comprises a deployment lever connected to the rotary pillar (71, 72), a connecting lever hinged to the deployment lever and connected to the door leaf (21, 22), and a stop. - a door leaf (21, 22), - a rotary pillar (71, 72) which is coupled to the door leaf (21, 22) movable relative to the rotary pillar (71, 72) and is mounted rotatably in relation to the rail vehicle, - a support which is oriented longitudinally in the sliding direction of the door leaf (21, 22), is mounted displaceably in the horizontal direction transversely with respect to the longitudinal extent thereof in relation to the rotary pillar (71, 72) and in which the door leaf (21, 22) is displaceably mounted, wherein the support and the rotary pillar (71, 72) are mechanically coupled in respect of their movements by means of a rack drive or a lever system, and wherein the support is displaceable in said direction by motor, or the rotary pillar (71, 72) is rotatable in relation to the rail vehicle by motor, - a first over-centre locking (41, 42) acting on the support in the deployment direction of the door leaf (21, 22),
Medical examination facility, comprising an imaging apparatus and a mobile patient table, wherein mechanical coupling devices to be connected to each other are provided on both for the purpose of mechanically coupling the patient table to the imaging apparatus in an end position, wherein the patient table comprises a couch, with a couch panel that is movable horizontally in the longitudinal direction of the table, and a carriage, and the mechanical coupling device of the patient table is arranged on the carriage, wherein the mechanical coupling device of the imaging apparatus comprises a pulling device, which is movable to a locking position via a controllable drive motor and which, in order to automatically move the patient table, engages a driver provided on the patient table, before the end position is reached, and carries it by moving to the locking position, in which the patient table is in the end position, characterized in that the pulling device has a linearly movable slotted guide component, or a slotted guide component rotatable about a rotation axis, with a drive slot (24, 33) receiving the driver.
An N-hydroxyalkylated polyamine comprising Formula: where: R 1 and R 2 are independently a -C or -CH group; R 3 is an aliphatic hydrocarbyl; R 4 and R 5 are independently acyclic hydrocarbyls, or R 1, R 2, R 4, and R 5 are covalently connected to form an unsaturated cyclic hydrocarbyl; and R 6, R 7, R 8, and R 9 are independently acyclic hydrocarbyls or acyclic heterohydrocarbyls. R 1 and R 2 are independently a -C or -CH group; R 3 is an aliphatic hydrocarbyl; R 4 and R 5 are independently acyclic hydrocarbyls, or R 1, R 2, R 4, and R 5 are covalently connected to form an unsaturated cyclic hydrocarbyl; and R 6, R 7, R 8, and R 9 are independently acyclic hydrocarbyls or acyclic heterohydrocarbyls.
A fluid control and processing system for controlling fluid flow between a valve body and a plurality of chambers, wherein the system comprises the valve body and the plurality of chambers, characterized in that the valve body encompasses within the valve body a plurality of external ports (42,46,111,112) and a fluid displacement chamber (50, 108) the fluid displacement chamber being depressurizable to draw fluid into the fluid displacement chamber and pressurizable to expel fluid from the fluid displacement chamber, and being continuously coupled fluidicly with a fluid sample processing chamber (30,110) which is simultaneously fluidicly coupled with at least two of the external ports (42,46,111,112), wherein the valve body is adjustable with respect to the plurality of chambers to place the external ports (42,46,111,112) selectively in fluidic communication with the plurality of chambers.
Platform for the landing of an aircraft on a boat, comprising at least one lower support base, which is fixed on said boat, and at least one upper support base, which is fixed to an aircraft landing footboard, said support bases (2, 21) being configured to identify a first surface and a second surface, which is superimposed on said first surface, said surfaces being bounded by a first and a second perimeter frame, characterized in that a plurality of first tubular sections are welded inside said first perimeter frame, said first tubular sections being curved and being parallel one to each other and placed at a determined distance, in correspondence of at least one portion of said first surface, while a plurality of second curved tubular sections, which are parallel and spaced at a determined distance, are welded inside said second perimeter frame, in correspondence of at least one portion of said second surface, each of said first tubular sections being disposed in a direction which is substantially perpendicular to the direction of each of said second tubular sections and at least two of said first tubular sections being bound to at least two of said second tubular sections, by means of shaped structures, which slide, through actuating means and control means, both along said first tubular sections and along said second tubular sections.
Roll stand, which has a support element for supporting and/or attaching to the structure, a base, which base is attached rotatably to the support element with a mounting shaft, which base has at least one roll support and which base is adapted to rotate about the mounting shaft to an operating position, in which the roll support/roll supports are at a first angle in relation to the support element, and to a service position, in which the roll support/roll supports are at a second angle in relation to the support element, which first and second angles are unequal and which roll stand has locking means to prevent the rotation of the base, which locking means comprise a first support surface and a movable lock element, the lock element being movable to a first location, in which the lock element is in contact with the first support surface, when the base is in the operating position, and to a second location, in which the lock element is at a distance from the first support surface, when the base is in the operating position, the second location being at a distance from the first location, characterized in that the said locking means further comprise a second support surface, which second support surface is at a distance from the first support surface and the lock element is in contact with the second support surface when the base is in the service position and the lock element is in the second location.
An all-terrain vehicle comprising a frame; an engine supported by the frame, the engine having a crankshaft being oriented transverse and horizontal to a longitudinal axis of the vehicle, the engine having a crankshaft and a single cylinder; a continuously variable transmission coupled to the engine and comprising a drive clutch and a driven clutch, the drive clutch being coupled to the crankshaft; a cooling assembly coupled to the CVT, having a cover enclosing the drive and driven clutches; and ground engaging members, at least some of which are drivingly coupled to the engine, characterized in that the engine cylinder has an exhaust port and an exhaust manifold extending generally forwardly and an intake port extending generally rearwardly; an intake duct is coupled to the cover adjacent to the driven clutch to supply air to the driven clutch, and an exhaust duct is coupled to the cover adjacent to the drive clutch to exhaust air from the driven clutch, the exhaust duct having an outlet port exhausting air generally adjacent to the engine exhaust manifold.
The use of a lyophilisate or of a powder comprising i) at least one globin, one globin protomer or one extracellular hemoglobin from Annelids, and ii) at least one biological material from Annelids that is different from said globin, from said protomer and from said hemoglobin, or of a solution comprising said lyophilisate or said powder, or else of a lyophilized or powdered hemoglobin from Annelids, for improving the yield of lactic fermentation by lactic acid bacteria.
An oil separator, comprising: an exterior shell defining a first interior and first and second openings (22, 23) fluidly communicative with the first interior; a distributor integrated within the exterior shell to define a second interior within the first interior, the distributor having a length, which is slightly less than that of the exterior shell, being disposed to define opposite spaces (32, 33) between opposites ends thereof and opposite ends of the exterior shell and being sealed to the exterior shell along the length to form first and second passageways (P1, P2) from the first opening to the opposite spaces (32, 33); and first and second filter media cartridges (41, 42) disposed within the first interior between the opposite spaces (32, 33) and the second opening. an exterior shell defining a first interior and first and second openings (22, 23) fluidly communicative with the first interior; a distributor integrated within the exterior shell to define a second interior within the first interior, the distributor having a length, which is slightly less than that of the exterior shell, being disposed to define opposite spaces (32, 33) between opposites ends thereof and opposite ends of the exterior shell and being sealed to the exterior shell along the length to form first and second passageways (P1, P2) from the first opening to the opposite spaces (32, 33); and first and second filter media cartridges (41, 42) disposed within the first interior between the opposite spaces (32, 33) and the second opening.