mhurhangee/ep-ind-claims huggingface dataset:
An electric connector for a mobile terminal fitting comprising: a plug, provided with an inserting portion having a plurality of electrical contacts and a first pin portion having a plurality of pins, the pins of the first pin portion being respectively electrically connected with the electrical contacts of the inserting portion and extending for a first distance in a vertical direction after leading out from a rear end of the inserting portion and extending for a second distance in a horizontal direction toward the front end of the inserting portion after extending for the first distance in the vertical direction; and a socket, provided with an accommodating portion having a plurality of electrical contacts and a second pin portion having a plurality of pins, the pins of the second pin portion being respectively electrically connected with the electrical contacts of the accommodating portion, and the pins of the second pin portion extending for a third distance in the horizontal direction from a rear end of the accommodating portion. a plug, provided with an inserting portion having a plurality of electrical contacts and a first pin portion having a plurality of pins, the pins of the first pin portion being respectively electrically connected with the electrical contacts of the inserting portion and extending for a first distance in a vertical direction after leading out from a rear end of the inserting portion and extending for a second distance in a horizontal direction toward the front end of the inserting portion after extending for the first distance in the vertical direction; and a socket, provided with an accommodating portion having a plurality of electrical contacts and a second pin portion having a plurality of pins, the pins of the second pin portion being respectively electrically connected with the electrical contacts of the accommodating portion, and the pins of the second pin portion extending for a third distance in the horizontal direction from a rear end of the accommodating portion.
A composition, comprising: a plurality of nanoentities comprising an inner core surrounded by an outer shell, the outer shell comprising a polymer, the inner core comprising at least one hydrophobic compound, wherein the nanoentities comprise a pharmaceutical agent, wherein the pharmaceutical agent is an antibody or a fragment thereof, wherein the nanoentities are capable of intracellularly delivering the antibody or the fragment thereof, and wherein the antibody or the fragment thereof binds to an intracellular epitope of an activated mutated KRAS protein. a plurality of nanoentities comprising an inner core surrounded by an outer shell, the outer shell comprising a polymer, the inner core comprising at least one hydrophobic compound, wherein the nanoentities comprise a pharmaceutical agent, wherein the pharmaceutical agent is an antibody or a fragment thereof, wherein the nanoentities are capable of intracellularly delivering the antibody or the fragment thereof, and wherein the antibody or the fragment thereof binds to an intracellular epitope of an activated mutated KRAS protein.
A microscope system for simultaneous imaging and stimulation of tissue within a subject, the microscope system comprising: a) an optical assembly comprising: i. an illumination optical path comprising one or more first light-emitting elements and configured to direct imaging light to tissue within a specified field-of-view; ii. a stimulation optical path comprising one or more second light-emitting elements and configured to direct stimulation light to tissue within said field-of-view, to tissue outside of said field-of-view, or to tissue partially within said field-of-view; iii. an imaging optical path comprising one or more image sensors and configured to receive light reflected, scattered, or emitted by the tissue to generate an image of the tissue within said field-of-view; and b) a baseplate, wherein the baseplate is configured to be mounted on the subject in a fixed position and to receive the optical assembly, thereby aligning the optical assembly relative to the tissue of the subject upon attachment to the baseplate, and wherein the optical assembly is removable from the baseplate, wherein the stimulation optical path is configured to direct the stimulation light to said tissue within, outside, or partially within said field of view simultaneously during delivery of the imaging light, wherein the imaging light is spectrally separated from the stimulation light. a) an optical assembly comprising: i. an illumination optical path comprising one or more first light-emitting elements and configured to direct imaging light to tissue within a specified field-of-view; ii. a stimulation optical path comprising one or more second light-emitting elements and configured to direct stimulation light to tissue within said field-of-view, to tissue outside of said field-of-view, or to tissue partially within said field-of-view; iii. an imaging optical path comprising one or more image sensors and configured to receive light reflected, scattered, or emitted by the tissue to generate an image of the tissue within said field-of-view; and i. an illumination optical path comprising one or more first light-emitting elements and configured to direct imaging light to tissue within a specified field-of-view; ii. a stimulation optical path comprising one or more second light-emitting elements and configured to direct stimulation light to tissue within said field-of-view, to tissue outside of said field-of-view, or to tissue partially within said field-of-view; iii. an imaging optical path comprising one or more image sensors and configured to receive light reflected, scattered, or emitted by the tissue to generate an image of the tissue within said field-of-view; and b) a baseplate, wherein the baseplate is configured to be mounted on the subject in a fixed position and to receive the optical assembly, thereby aligning the optical assembly relative to the tissue of the subject upon attachment to the baseplate, and wherein the optical assembly is removable from the baseplate,
An electronic money system comprising: an information card for storing electronic money data and utilisation-history data relating to withdrawals of electronic money, said utilisation-history data being stored in a cyclic manner to store the utilisation-history data on the utilisation of a predetermined number of times; plural electronic money terminals for withdrawing the electronic money data from said information card, each of said terminals operatively reading the utilisation-history data stored in said information card when the electronic money data are withdrawn from the information card; and an electronic money management means connected to said terminals, characterised in that said electronic money management means gathers said utilisation-history data from each electronic money terminal which has read said utilisation-history data from said information card, and compares said gathered utilisation-history data with each other so as to give a reliable information of the utilisation history. an information card for storing electronic money data and utilisation-history data relating to withdrawals of electronic money, said utilisation-history data being stored in a cyclic manner to store the utilisation-history data on the utilisation of a predetermined number of times; plural electronic money terminals for withdrawing the electronic money data from said information card, each of said terminals operatively reading the utilisation-history data stored in said information card when the electronic money data are withdrawn from the information card; and an electronic money management means connected to said terminals, characterised in that
A computer-implemented method for checking the production quality of a cable that is provided with a protective sheath, in particular an electrical cable, comprising the steps of: - acquiring images of an external surface of said cable by way of one or more digital video cameras, while said cable is moved along an advancement axis; and - processing said images by way of one or more algorithms (200, 300) in order to calculate one or more numeric indices (J, R), each one of which is proportional to a respective optically-detectable characteristic of said external surface of said cable, said images being processed by way of a first algorithm in order to calculate a numeric color index which is proportional to the color difference between a color of said external surface and a predetermined reference color, characterized in that said numeric color index is defined as the Euclidean distance between a set of three cylindrical coordinates (H P, S P, L P) of a main color of at least one of the acquired images and a set of three cylindrical coordinates (H T, S T, L T) of the reference color; each one of said sets of three cylindrical coordinates (H P, S P, L P; H T, S T, L T) comprising a first coordinate constituted by the wavelength value of the color, a second coordinate constituted by the saturation value of the color, and a third coordinate constituted by the lightness value of the color. - acquiring images of an external surface of said cable by way of one or more digital video cameras, while said cable is moved along an advancement axis; and - processing said images by way of one or more algorithms (200, 300) in order to calculate one or more numeric indices (J, R), each one of which is proportional to a respective optically-detectable characteristic of said external surface of said cable, said images being processed by way of a first algorithm in order to calculate a numeric color index which is proportional to the color difference between a color of said external surface and a predetermined reference color, characterized in that said numeric color index is defined as the Euclidean distance between a set of three cylindrical coordinates (H P, S P, L P) of a main color of at least one of the acquired images and a set of three cylindrical coordinates (H T, S T, L T) of the reference color; each one of said sets of three cylindrical coordinates (H P, S P, L P; H T, S T, L T) comprising a first coordinate constituted by the wavelength value of the color, a second coordinate constituted by the saturation value of the color, and a third coordinate constituted by the lightness value of the color.
A substantially spherical microsphere suitable for active embolization and/or drug delivery comprising: a non-ionic contrast agent, at least one drug, and a biocompatible polymeric material comprising a hydrophilic polymer or copolymer prepared from one or more monomers, wherein the one or more monomers comprise an acrylate monomer, wherein the microsphere is swellable in a pharmaceutically acceptable solution and has a diameter of from about 10 μm to about 2000 μm before swelling. a non-ionic contrast agent, at least one drug, and a biocompatible polymeric material comprising a hydrophilic polymer or copolymer prepared from one or more monomers, wherein the one or more monomers comprise an acrylate monomer, wherein the microsphere is swellable in a pharmaceutically acceptable solution and has a diameter of from about 10 μm to about 2000 μm before swelling.
A method for the production of a thermoplastic polymer material filled with at least one filler, preferably calcium carbonate CaCO 3, being sensitive to the hydrolytic decomposition, and optionally being hygroscopic, produced by means of polycondensation, in particular PET, wherein under vacuum conditions, constant stirring, or mixing, respectively, and increased temperature, a mixture is produced from not yet molten, optionally softened, polymer material together with the filler, wherein for this purpose a filler, which is not yet pre-dried at the time of addition, having a residual moisture content (H 2 O) of more than 500 ppm, in particular more than 1000 ppm, is utilized.
Method for detecting avian necrotic enteritis, the method comprising: a) collecting sample material of a specific avian or of a specific avian population at consecutive points in time; b) determining the amount of a first marker and a second marker contained in the sample material; and c) determining the ratio of the first marker to the second marker contained in the sample material; wherein the first marker is netB and the second marker is cpa; and wherein an increase in the ratio of the first marker to the second marker in the analyzed sample material over time is an indication of avian necrotic enteritis. a) collecting sample material of a specific avian or of a specific avian population at consecutive points in time; b) determining the amount of a first marker and a second marker contained in the sample material; and c) determining the ratio of the first marker to the second marker contained in the sample material;
A method for wireless communication at a wireless node, comprising: establishing one or more communication links with a corresponding one or more other wireless nodes using a radio access technology, RAT, that supports a synchronized and slotted frame structure for uplink transmissions and downlink transmissions according to a network super-schedule for the wireless node and the one or more other wireless nodes, wherein the schedule is aligned with the slotted frame structure; instantiating, at the wireless node, one or more node functions based at least in part on node functions at the one or more other wireless nodes, wherein the one or more node functions are selected from an access node function, ANF, and a user equipment function, UEF; and communicating, with the one or more other wireless nodes, according to an active mode or a suspended mode using the one or more node functions, wherein the active mode and the suspended mode designated for each of the one or more node functions is switched between based as least in part on the schedule. establishing one or more communication links with a corresponding one or more other wireless nodes using a radio access technology, RAT, that supports a synchronized and slotted frame structure for uplink transmissions and downlink transmissions according to a network super-schedule for the wireless node and the one or more other wireless nodes, wherein the schedule is aligned with the slotted frame structure; instantiating, at the wireless node, one or more node functions based at least in part on node functions at the one or more other wireless nodes, wherein the one or more node functions are selected from an access node function, ANF, and a user equipment function, UEF; and communicating, with the one or more other wireless nodes, according to an active mode or a suspended mode using the one or more node functions, wherein the active mode and the suspended mode designated for each of the one or more node functions is switched between based as least in part on the schedule.
Device for forming containers, wherein the device comprises at least one mould carrier unit for holding blow mould parts and a base mould carrier for holding a base mould and a base mould carrier lift device for moving the base mould carrier in conjunction with the movement of the mould carrier unit, wherein the mould carrier unit comprises at least two mould carriers (1a, 1b) which can surround the container to be processed at least during a moulding process, and wherein the base mould carrier by means of the base mould can cover a base area of the container to be treated, characterised in that the base mould carrier lift device comprises at least one first damping element for damping and limiting the in particular vertical movement of the base mould carrier in relation to the mould carrier unit, wherein the base mould carrier lift device comprises a base unit mobile in relation to a main holding element and a base carrier immobile thereto, wherein the base mould carrier is arranged mobile in relation to the base carrier and wherein, accordingly, the base mould carrier is arranged on the mobile base unit, to move the base mould towards the mould carrier unit when the mould carrier unit is closed.
A method of configuring timing resource in device to device, D2D, communication for a first user equipment, UE, the method comprising: receiving a first signal from a second UE; and reporting to a network node at least one of an arriving time information and a prospective resource allocation information, whereby the network node configures timing resource for D2D communication between the first UE and the second UE; wherein the arriving time information is an information about an arriving time related to the first signal sent from the second UE, and the prospective resource allocation information is an information about prospective resource allocation of the first UE. receiving a first signal from a second UE; and reporting to a network node at least one of an arriving time information and a prospective resource allocation information, whereby the network node configures timing resource for D2D communication between the first UE and the second UE; wherein the arriving time information is an information about an arriving time related to the first signal sent from the second UE, and the prospective resource allocation information is an information about prospective resource allocation of the first UE.
Method for decelerating a trailer vehicle in a vehicle combination comprising a tractor vehicle and at least one trailer vehicle, wherein wheel brakes of the trailer vehicle are actuated pneumatically via trailer brake pressure, characterized in that a respective wheel module on one or more wheels of the trailer vehicle determines measured acceleration values of the wheel, the determined measured acceleration values are evaluated by evaluation electronics of the wheel module and are monitored with regard to a locking tendency of the respective wheel, the locking tendency of the respective wheel is determined, and information signals corresponding to the evaluation of the measured acceleration values and the determined locking tendency are generated and wirelessly transmitted, wherein, upon receiving the information signal from a wheel module, an electronic brake control unit adjusts the trailer brake pressure, taking into account the information signal.
A disc brake of a motor vehicle, in particular a commercial vehicle, having a brake pad retaining device, wherein brake pads assigned to the two sides of a brake disc and having a friction lining and a lining carrier plate carrying the friction lining are mounted, spring-loaded and radially deflectable by at least one pad retaining spring, in a lining shaft of a stationary brake carrier with brake carrier lugs (11, 12) which laterally border the brake pads, when fitted, the pad carrier plate of the brake pads being held in a form fit to an inlet-side brake carrier lug, characterised in that when the brake pad is inserted in the lining shaft there is formed exclusively on a side of the pad carrier plate facing the inlet-side brake carrier lug a projection, which is introduced into a recess on the inside of the inlet-side brake carrier lug facing the lining shaft, and that in the fitted position a section of the pad retaining spring extends over the edge of the pad carrier plate facing the outlet-side brake carrier lug into a indentation formed at the outlet-side brake carrier lug.
Method of erecting a wind energy plant with a floating foundation, a tower arranged on the floating foundation and two booms extending from the tower, each with an energy conversion unit arranged at the free end of a boom, the method comprising the steps of: - constructing a floating foundation with a tower arranged on it; - arranging at least one support arranged at the tower for receiving one end of each of the booms optionally connected to a respective energy conversion unit; - arranging one end of each boom on the support and arranging the other end of each boom at the height of the tower base; - Lifting the other end of the boom, which is mounted at the height of the tower base, while simultaneously swivelling the booms with the at least one support acting as a support until a predetermined height is reached; - fixing one end of the swivelled booms to the tower; and - forming a guying guided between the other ends of the swivelled booms or between the energy conversion units by means of at least one guying cable. - constructing a floating foundation with a tower arranged on it; - arranging at least one support arranged at the tower for receiving one end of each of the booms optionally connected to a respective energy conversion unit; - arranging one end of each boom on the support and arranging the other end of each boom at the height of the tower base; - Lifting the other end of the boom, which is mounted at the height of the tower base, while simultaneously swivelling the booms with the at least one support acting as a support until a predetermined height is reached; - fixing one end of the swivelled booms to the tower; and - forming a guying guided between the other ends of the swivelled booms or between the energy conversion units by means of at least one guying cable.
A spring brake actuator for a vehicle, in particular a utility vehicle, comprises - a housing, - a diaphragm arranged to form a pressure chamber and a non-pressure chamber in the housing, - a pushrod plate being arranged in the non-pressure chamber, and - a pushrod adapted to couple to an external member of a brake arrangement, wherein - the diaphragm comprises a projection, and - the pushrod plate comprises a hole adapted to engage with the projection, characterized in that - the projection comprises non-circular projection cross-section and the hole comprises a non-circular hole cross-section. - a housing, - a diaphragm arranged to form a pressure chamber and a non-pressure chamber in the housing, - a pushrod plate being arranged in the non-pressure chamber, and - a pushrod adapted to couple to an external member of a brake arrangement, wherein - the diaphragm comprises a projection, and - the pushrod plate comprises a hole adapted to engage with the projection, characterized in that - the projection comprises non-circular projection cross-section and the hole comprises a non-circular hole cross-section.