mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a nonalcoholic fitness beverage comprising, in a total volume of 250 ml, a dietarily relevant amount of organic selenium (10-280 μg), the method comprising (a) preparing a solution comprising, for a total volume of the beverage of 250 ml, 0.3 - 3.0 g carnitine, 10 - 300 mg coenzyme Q10, 2.5 - 25 mg quinine and 2.0 - 25 g carbohydrates in spring water, (b) subjecting the solution to sterile filtration, (c) adding to the sterile filtrated solution, for a total volume of the beverage of 250 ml, 5.0 - 40 g fruit pulp from organic selenium-enriched mango fruit, the mango fruit pulp supplemented with 1-3 wt % of a natural preservative and 0.1 - 0.2 wt % of an antioxidant, wherein the mango fruit pulp comprises 2.0 - 7.0 μg selenium per g of pulp, and (d) adding sterile spring water to the total volume. (a) preparing a solution comprising, for a total volume of the beverage of 250 ml, 0.3 - 3.0 g carnitine, 10 - 300 mg coenzyme Q10, 2.5 - 25 mg quinine and 2.0 - 25 g carbohydrates in spring water, (b) subjecting the solution to sterile filtration, (c) adding to the sterile filtrated solution, for a total volume of the beverage of 250 ml, 5.0 - 40 g fruit pulp from organic selenium-enriched mango fruit, the mango fruit pulp supplemented with 1-3 wt % of a natural preservative and 0.1 - 0.2 wt % of an antioxidant, wherein the mango fruit pulp comprises 2.0 - 7.0 μg selenium per g of pulp, and (d) adding sterile spring water to the total volume.
A sensitizing composition for generating gas bubbles in an energetic hydrogen peroxide emulsion, which sensitizing composition comprises; - a liquid carrier - a solid hydrogen peroxide catalyst which is dispersed in the liquid carrier and; - a coating agent which is non-soluble in hydrogen peroxide and in water, wherein the coating agent is arranged to coat the solid hydrogen peroxide catalyst dispersed in the liquid carrier. - a liquid carrier - a solid hydrogen peroxide catalyst which is dispersed in the liquid carrier and; - a coating agent which is non-soluble in hydrogen peroxide and in water, wherein
Method for transmitting multiple measured times (t i) by way of multiple transmitters (Tx), each of the transmitters (Tx) being associated with devices that are a starting device (C 0), a target device (C 1) or one of multiple intermediate devices (C i), wherein the method involves recording a first time (t i) by way of a first timer and a second time (t i) by way of a second timer and transmitting the first time (t i) from a first transmitter (Tx) and the second time (t i) from a second transmitter (Tx) to a common receiver (Rx) using a respective signal (S i), and each of the transmitters (Tx) sends a series comprising multiple signals (S i) associated with its time (t i), characterized in that the signals (S i) are sent in such a way that, based on the situation in which the first signal (S i1) is sent by each of at least three transmitters (Tx) simultaneously, - the third signal (S i3) of each transmitter (Tx) is sent only after the last second signal (S i2) of all the transmitters (Tx) and - the interval of time is greater between adjacent third signals (S i3) than between adjacent second signals (S i2). each of the transmitters (Tx) sends a series comprising multiple signals (S i) associated with its time (t i), characterized in that the signals (S i) are sent in such a way that, based on the situation in which the first signal (S i1) is sent by each of at least three transmitters (Tx) simultaneously, - the third signal (S i3) of each transmitter (Tx) is sent only after the last second signal (S i2) of all the transmitters (Tx) and - the interval of time is greater between adjacent third signals (S i3) than between adjacent second signals (S i2). - the third signal (S i3) of each transmitter (Tx) is sent only after the last second signal (S i2) of all the transmitters (Tx) and - the interval of time is greater between adjacent third signals (S i3) than between adjacent second signals (S i2).
Device for manoeuvring a mobile structure in translation with respect to a fixed support, wherein said device comprises: - at least one rack, integral with said mobile structure or said fixed support, and - at least one output pinion (3, 19), which is integral with said fixed support or said mobile structure, respectively, and which meshes with said rack, for the translational manoeuvre of said mobile structure along a translation axis, which output pinion (3, 19) is driven by motor means, through a gear train carried by a frame, which gear train comprises wheel, pinion and/or ring gear elements, characterized in that one at least of said elements of said gear train consists in a controlled element carried by a shaft equipped with torque limiting means cooperating with said frame, which torque limiting means have a limit torque that is determined so as: - to immobilize in rotation said controlled element with respect to said frame when the torque thereof is lower than said limit torque, in order to ensure the manoeuvre in translation of said mobile structure by the driving into rotation of said output pinion (3, 19), and - to allow a rotation of said controlled element with respect to said frame when the torque thereof is higher than said limit torque, to avoid the application of a static or dynamic overload to said gear train. - at least one rack, integral with said mobile structure or said fixed support, and - at least one output pinion (3, 19), which is integral with said fixed support or said mobile structure, respectively, and which meshes with said rack, for the translational manoeuvre of said mobile structure along a translation axis, - to immobilize in rotation said controlled element with respect to said frame when the torque thereof is lower than said limit torque, in order to ensure the manoeuvre in translation of said mobile structure by the driving into rotation of said output pinion (3, 19), and - to allow a rotation of said controlled element with respect to said frame when the torque thereof is higher than said limit torque, to avoid the application of a static or dynamic overload to said gear train.
A method for producing a wood material panel, wherein the method comprises the following steps:: (a) spreading a multitude of wood particles to produce a particulate cake, (b) applying an adhesive to at least some of the wood particles during the spreading and/or prior to the spreading, (c) pressing of the particulate cake under high pressure and at a high temperature, characterised by the fact that a quantity of adhesive that is applied to the wood particles is varied by means of an electronic control system depending on its anticipated position in the particulate cake. (a) spreading a multitude of wood particles to produce a particulate cake, (b) applying an adhesive to at least some of the wood particles during the spreading and/or prior to the spreading, (c) pressing of the particulate cake under high pressure and at a high temperature,
A recombinant protein comprising a mammalian coagulation factor Xa polypeptide, said polypeptide having an alteration in the region of amino acid residues corresponding to the region between Gly-289 and Asp-320, preferably between His-311 and Asp-320 of SEQ ID NO: 1; wherein said alteration is an insertion of 1-50 amino acid residues, and wherein said altered protein has a decreased sensitivity to inhibition by a direct Factor Xa inhibitor when compared to said mammalian coagulation factor Xa polypeptide not having said alteration.
A method for three-dimensional imaging a plant in an indoor agricultural environment having an ambient light power spectrum that differs from a power spectrum of natural outdoor light, the method comprising: directing a spatially separated stereo pair of cameras (105A, 105B) at a scene including the plant; illuminating the scene with a non-uniform pattern provided by a light projector utilizing light in a frequency band having a lower than average ambient intensity in the indoor agricultural environment; filtering light entering image sensors (110A, 110B) of each of the cameras (105A, 105B) with filters (115A, 115B) which selectively pass light in the frequency band utilized by the light projector; capturing an image of the scene with each of the cameras (105A, 105B) to obtain first and second camera images; and generating a depth map including a depth value corresponding to each pixel in the first camera image. directing a spatially separated stereo pair of cameras (105A, 105B) at a scene including the plant; illuminating the scene with a non-uniform pattern provided by a light projector utilizing light in a frequency band having a lower than average ambient intensity in the indoor agricultural environment; filtering light entering image sensors (110A, 110B) of each of the cameras (105A, 105B) with filters (115A, 115B) which selectively pass light in the frequency band utilized by the light projector; capturing an image of the scene with each of the cameras (105A, 105B) to obtain first and second camera images; and generating a depth map including a depth value corresponding to each pixel in the first camera image.
An apparatus for additive manufacturing of an object, the apparatus comprising: a tank for holding a photopolymerizable material, the tank comprising a lower surface with a window extending over at least a portion of the lower surface, a digital light processing projector for projecting radiation through the transparent window, the radiation defining an outer perimeter of a layer of the object to be built, a focused energy source for irradiating the photopolymerizable material through the transparent window, and a build Platform, the build platform adapted to descend to and ascend from the tank, wherein the focused energy source is configured to emit radiation between 340 and 420 nm and the window is configured to permit radiation emitted by the DLP projector and the focused energy source to enter the tank, and a control device comprising instructions for the DLP projector to project an image through the transparent window, the radiation defining an outer perimeter of a layer of the object to be built, and instructions for the focused energy source to irradiate an inner region of the layer of the object to be built. a tank for holding a photopolymerizable material, the tank comprising a lower surface with a window extending over at least a portion of the lower surface, a digital light processing projector for projecting radiation through the transparent window, the radiation defining an outer perimeter of a layer of the object to be built, a focused energy source for irradiating the photopolymerizable material through the transparent window, and a build Platform, the build platform adapted to descend to and ascend from the tank, wherein the focused energy source is configured to emit radiation between 340 and 420 nm and the window is configured to permit radiation emitted by the DLP projector and the focused energy source to enter the tank, and a control device comprising instructions for the DLP projector to project an image through the transparent window, the radiation defining an outer perimeter of a layer of the object to be built, and instructions for the focused energy source to irradiate an inner region of the layer of the object to be built.
A computer-implemented method for testing software by simulating a real-time environment, comprising: receiving an input signal from a real-time data source during a first software test at a first time, wherein the input signal comprises real-time data acquired by the real-time data source from a projectile during flight and the input signal is assigned a first time stamp associated with the first software test; saving the input signal to a test computer for storage; and supplying the saved input signal to a real-time system during a second software test at a second time later than the first time, wherein the saved input signal is to be used in place of real-time data from the real-time data source, wherein the supplying includes changing the first time stamp of the input signal to a second time stamp associated with the second software test to appear as though the saved input signal has been generated in real-time during the second software test. receiving an input signal from a real-time data source during a first software test at a first time, wherein the input signal comprises real-time data acquired by the real-time data source from a projectile during flight and the input signal is assigned a first time stamp associated with the first software test; saving the input signal to a test computer for storage; and supplying the saved input signal to a real-time system during a second software test at a second time later than the first time, wherein the saved input signal is to be used in place of real-time data from the real-time data source, wherein the supplying includes changing the first time stamp of the input signal to a second time stamp associated with the second software test to appear as though the saved input signal has been generated in real-time during the second software test.
A boot, particularly for ski-mountaineering or telemark skiing, comprising a shell and a quarter which are mutually articulated about a first pivoting axis and a locking device for locking the relative rotation of said quarter with respect to said shell about said first pivoting axis, said locking device being adapted to pass between an inactive condition, in which said quarter can rotate with respect to said shell about said first pivoting axis, and an active condition, in which the position of said quarter with respect to said shell is locked angularly about said first pivoting axis, as a consequence of the transition of at least one actuation body of said locking device between an open condition and a closed condition, said locking device comprising an elongated locking element which has a first terminal pivoting portion that is supported rotatably by said shell about a second pivoting axis which is substantially parallel to said first pivoting axis, said elongated locking element having at least one locking body which is designed to engage an abutment element formed on said quarter in order to lock stably, with said locking device in the active condition and with said actuation body in the closed condition, the rotation of said quarter with respect to said shell about said first pivoting axis, wherein said at least one locking body comprises at least one retention body that can move with respect to said elongated locking element and said at least one abutment element has at least one abutment portion for said retention body which is arranged on the side opposite with respect to said elongated locking element, said at least one actuation body being connected kinematically to said at least one locking body for actuating the movement of said retention body with respect to said elongated locking element, characterised in that said retention body comprises a hook which is rotatable with respect to said elongated locking element about an articulation axis, that is arranged substantially parallel to the direction of longitudinal extension of said elongated locking element.
A battery pack that can be attached to electric equipment to be supplied with electric power and can be attached to a charger for charging the battery pack, the battery pack comprising: a plurality of rechargeable batteries for supplying electric power to the electric equipment; a battery holder that holds said rechargeable batteries; a pack circuit board that includes an electronic circuit connected to said rechargeable batteries; a casing that accommodates said battery holder and said pack circuit board; external connection terminals that are fastened onto said pack circuit board and are connected to said rechargeable batteries, said external connection terminals being exposed externally of said casing; and a lock hook that protrudes from a surface of said casing, and holds the battery pack with the battery pack being attached to the charger and/or the electric equipment, a hook opening window is opened in one of the surfaces of said casing so that said lock hook can protrude from the surface of said casing, characterized in that said casing includes a partition rib that extends inwardly of said casing from said hook opening window for said lock hook, and bottom edges of said partition rib contact said pack circuit board, wherein said partition rib partitions an interior of said casing separating an area which communicates with said hook opening window and the other area where an electronic circuit is mounted on said pack circuit board so that, if water comes into the battery pack through said hook opening window, the water does not come into the area where the electronic circuit is mounted on said pack circuit board. a plurality of rechargeable batteries for supplying electric power to the electric equipment; a battery holder that holds said rechargeable batteries; a pack circuit board that includes an electronic circuit connected to said rechargeable batteries; a casing that accommodates said battery holder and said pack circuit board; external connection terminals that are fastened onto said pack circuit board and are connected to said rechargeable batteries, said external connection terminals being exposed externally of said casing; and a lock hook that protrudes from a surface of said casing, and holds the battery pack with the battery pack being attached to the charger and/or the electric equipment, a hook opening window is opened in one of the surfaces of said casing so that said lock hook can protrude from the surface of said casing, characterized in that said casing includes a partition rib that extends inwardly of said casing from said hook opening window for said lock hook, and bottom edges of said partition rib contact said pack circuit board, wherein said partition rib partitions an interior of said casing separating an area which communicates with said hook opening window and the other area where an electronic circuit is mounted on said pack circuit board so that, if water comes into the battery pack through said hook opening window, the water does not come into the area where the electronic circuit is mounted on said pack circuit board.
Method for creating a digital map using a rail vehicle having an environment detection device, wherein an environment of the rail vehicle is detected by means of the environment detection device while a track is being traversed by the rail vehicle, wherein a digital map of the environment is created based on the detected environment, wherein when an adjacent track is detected in the detected environment a position of the adjacent track relative to the track being traversed by the rail vehicle is estimated, wherein the estimated position of the adjacent track is recorded in the digital map.
A method of transducing a primary T lymphocyte, comprising: (i) contacting a primary T lymphocyte with a compound that is BX795 or 2-Aminopurine; (ii) contacting said primary T lymphocyte with a lentiviral vector or retroviral vector comprising a nucleic acid, wherein said nucleic acid encodes a chimeric antigen receptor comprising an extracellular domain, wherein said contacting of said primary T lymphocyte with said compound occurs prior to the contacting of said primary T lymphocyte with said lentiviral vector or retroviral vector; and wherein said method further comprises contacting said primary T lymphocyte with an agent capable of stimulating a T cell receptor complex prior to contacting said primary T lymphocyte with said lentiviral vector or retroviral vector; wherein said agent is an antibody or antigen-binding fragment specifically binding to CD3 and/or CD28; and whereby the nucleic acid is transduced into the T lymphocyte. (i) contacting a primary T lymphocyte with a compound that is BX795 or 2-Aminopurine; (ii) contacting said primary T lymphocyte with a lentiviral vector or retroviral vector comprising a nucleic acid, wherein said nucleic acid encodes a chimeric antigen receptor comprising an extracellular domain, wherein said contacting of said primary T lymphocyte with said compound occurs prior to the contacting of said primary T lymphocyte with said lentiviral vector or retroviral vector; and wherein said method further comprises contacting said primary T lymphocyte with an agent capable of stimulating a T cell receptor complex prior to contacting said primary T lymphocyte with said lentiviral vector or retroviral vector; wherein said agent is an antibody or antigen-binding fragment specifically binding to CD3 and/or CD28; and whereby the nucleic acid is transduced into the T lymphocyte.
Artificial turf surface comprising a planar backing with a top side and an underside, a grass pile made of pile threads (84, 86) connected to the backing, and a support layer arranged on the top side of the backing, penetrated by the pile threads (84, 86) of the grass pile, which consists of support filaments exclusively, characterized in that the support layer has a height of at least 2 cm and a density of at least 0.095 g/cm 3 and in that the support layer consists of polyamide or polyurethane.
Thermostatic mixing tap comprising an elongated housing having a cold water inlet opening towards its one end, a hot water inlet opening towards an opposite end of the housing and a mixed water outlet aperture, further comprising a temperature control component for mixing the cold and hot water and at least one hot water pipe element, which is arranged completely in the housing and in which the hot water is guided towards the temperature control component, wherein the hot water pipe element is made of a metal, wherein the internal surfaces of the hot water pipe element coming into contact with the water are provided at least in sections with a material having antibacterial properties for reducing the attachment and growth of bacteria within the hot water pipe element, characterized in that the hot water pipe element is fixed with at least one section thereof in the housing by a socket, which is made of a thermally insulating material for reducing transfer of thermal energy of the water within the hot water pipe element to the housing.
A device for producing spunbonded non-wovens from continuous filaments, particularly from continuous filaments made from a thermoplastic plastic, wherein a spinneret is provided for spinning the continuous filaments and a cooling chamber for cooling the spun filaments using cooling air, wherein furthermore, a stretching device is present for stretching the filaments and a depositing device is present for depositing the filaments and for transporting the filaments in the machine direction, wherein the cooling chamber has an air supply booth (5, 6) for supplying cooling air in each case on its opposite sides extending transversely to the machine direction (in CD direction) and wherein cooling air can be removed from the cooling chamber on at least one of the sides (MD sides), arranged parallel to the machine direction (in MD direction), of the cooling chamber.