mhurhangee/ep-ind-claims huggingface dataset:
Method for the case of faulty operation of a cover of a media supply device of a motor vehicle, as a result of which, despite inaccessibility, the media supply device is signalled to a control unit as being accessible and, as a result, the functions, deactivation of the driving readiness of the motor vehicle and/or demobilization of the motor vehicle, are triggered by a mechanical device and/or blocking of a media supply for operating the motor vehicle is triggered, wherein the method provides for the control unit to trigger these functions solely according to the presence of at least one of the following signals: - a sensor signal from a proximity sensor arranged on the body flap, on account of authentication of an approaching person, who undershoots a predetermined distance to the proximity sensor, by means of a radio communication ID transponder which is separate from the motor vehicle, - a signal from an input unit which can be operated by a person, - a sensor signal for requesting refuelling. - a sensor signal from a proximity sensor arranged on the body flap, on account of authentication of an approaching person, who undershoots a predetermined distance to the proximity sensor, by means of a radio communication ID transponder which is separate from the motor vehicle, - a signal from an input unit which can be operated by a person, - a sensor signal for requesting refuelling.
A device for making optical connections, comprising: a shell having a first opening leading to a cavity; a connection port insert, the connection port insert being sized so that a portion of the connection port insert fits into the first opening of the shell and the portion of the connection port insert is disposed within the shell, at least one connection port being comprised in the connection port insert with the at least one connection port comprising an optical connector opening extending from an outer surface of the connection port insert into the cavity and defining a connection port passageway; at least one adapter aligned and received at a rear of the at least one connection port within the shell, wherein the at least one adapter is secured to the connection port insert as a separate component; at least one rotating securing feature associated with the at least one connection port passageway for releasing or securing an external fiber optic connector to the device, wherein the at least one rotating securing feature comprises at least one locking feature configured as a locking arm configured to engage the external fiber optic connector and to secure it to the device, wherein the at least one rotating securing feature is secured using a portion of the shell, wherein the at least one rotating securing feature is secured to the device along a rotational axis that is not aligned with a longitudinal axis of the at least one connection port. a shell having a first opening leading to a cavity; a connection port insert, the connection port insert being sized so that a portion of the connection port insert fits into the first opening of the shell and the portion of the connection port insert is disposed within the shell, at least one connection port being comprised in the connection port insert with the at least one connection port comprising an optical connector opening extending from an outer surface of the connection port insert into the cavity and defining a connection port passageway; at least one adapter aligned and received at a rear of the at least one connection port within the shell, wherein the at least one adapter is secured to the connection port insert as a separate component; at least one rotating securing feature associated with the at least one connection port passageway for releasing or securing an external fiber optic connector to the device, wherein the at least one rotating securing feature comprises at least one locking feature configured as a locking arm configured to engage the external fiber optic connector and to secure it to the device, wherein the at least one rotating securing feature is secured using a portion of the shell, wherein the at least one rotating securing feature is secured to the device along a rotational axis that is not aligned with a longitudinal axis of the at least one connection port.
An equipment for packaging products, said products being products for pharmaceutical or medical use, or the like, the equipment comprising means for loading the products in the equipment, means for packaging said products, means for discharging the same products packaged by the equipment, means for controlling the equipment, in particular in the form of corresponding electronic processing means, and means for transferring the products from said means for loading the products to said means for packaging said products; and in which said loading means are adapted to receive said products to be packaged in a random loading configuration; said means for loading the products to be packaged comprise means for supporting the products, at a respective withdrawal zone of the same products by the same transferring means, on which the products are arranged according to a random configuration, said means for supporting the products, at a respective withdrawal zone of the same products by the same transferring means, comprise a respective plane for resting said products; means for detecting the products on said means for loading said products, at said means for supporting the same products are provided for, comprising, or composed of, corresponding camera means, which are adapted to detect one or more images of said means, or plane, for supporting the same products with the products supported thereon; characterized in that the equipment is for re-packaging products that have already been previously packaged, in view of promoting, or to promote, a corresponding use of said products, for example, said products being in the form of a blister, in particular containing respective pharmaceutical forms, i.e., in the form of packages, such as boxes, containing a respective article or a drug, i.e., in the form of other articles, by way of example vials, syringes for injections or other, possibly inserted in corresponding containers, especially in the form of pouches, and being preferably usable, preferably in a re-packaged form, by corresponding entities, such as hospitals or the like, for the therapeutic treatment, especially of people; in that said means for transferring the products from said means for loading the products to said means for packaging said products comprise, or are composed of, a respective robot which is configured to withdraw the products from said means for loading the products and for transferring them to said means for packaging the same products; and in that said means for detecting the products on said means for loading said products are in connection with said means for controlling the equipment, which are configured to identify the respective random position of the respective products and for driving said means for transferring the products so that the latter ones withdraw said products, randomly located, from said means for loading the products in the equipment, i.e., from the respective supporting plane thereof.
A tire comprising a tire frame that is formed of a resin material and has a circular form, wherein the resin material comprises a thermoplastic elastomer having a hard segment and a soft segment, in which only one unit of the soft segment is included in a single molecular chain, and both terminals of the single molecular chain are formed by the hard segment, the thermoplastic elastomer having a number average molecular weight of from 12,000 to 24,000, wherein: the thermoplastic elastomer is at least one selected from the group consisting of a polyamide-based thermoplastic elastomer and a polyurethane-based thermoplastic elastomer; the polyamide-based thermoplastic elastomer includes a polyamide as a hard segment and at least one of a polyester or a polyether as a soft segment; the polyurethane-based thermoplastic elastomer is a copolymer that includes a soft segment including a unit structure represented by the following Formula A and a hard segment including a unit structure represented by the following Formula B: wherein, in Formula A, P represents a long-chain aliphatic polyether or a long-chain aliphatic polyester, and R represents an aliphatic hydrocarbon, an alicyclic hydrocarbon, or an aromatic hydrocarbon, and, in Formula B, P' represents a short-chain aliphatic hydrocarbon, an alicyclic hydrocarbon, or an aromatic hydrocarbon, and R represents an aliphatic hydrocarbon, an alicyclic hydrocarbon, or an aromatic hydrocarbon; and the number average molecular weight of the thermoplastic elastomer is measured by gel permeation chromatography. the thermoplastic elastomer is at least one selected from the group consisting of a polyamide-based thermoplastic elastomer and a polyurethane-based thermoplastic elastomer; the polyamide-based thermoplastic elastomer includes a polyamide as a hard segment and at least one of a polyester or a polyether as a soft segment; the polyurethane-based thermoplastic elastomer is a copolymer that includes a soft segment including a unit structure represented by the following Formula A and a hard segment including a unit structure represented by the following Formula B: wherein, in Formula A, P represents a long-chain aliphatic polyether or a long-chain aliphatic polyester, and R represents an aliphatic hydrocarbon, an alicyclic hydrocarbon, or an aromatic hydrocarbon, and, in Formula B, P' represents a short-chain aliphatic hydrocarbon, an alicyclic hydrocarbon, or an aromatic hydrocarbon, and R represents an aliphatic hydrocarbon, an alicyclic hydrocarbon, or an aromatic hydrocarbon; and the number average molecular weight of the thermoplastic elastomer is measured by gel permeation chromatography.
Method for checking the plausibility of a transverse movement of an object calculated on the basis of FMCW radar data, comprising the following steps: receiving the FMCW radar data from sensors of a vehicle by means of an interface designed to receive the FMCW radar data from sensors of the vehicle, wherein the FMCW radar data comprise information concerning the transverse movement of the object in the environment of the vehicle; emitting a radar signal with a constant signal frequency and receiving reflections of the radar signal with a constant signal frequency by means of a radar device; and checking the plausibility of the transverse movement of the object by analysing frequency ranges corresponding to the transverse movement in a spectrum of the reflected radar signal with a constant signal frequency. receiving the FMCW radar data from sensors of a vehicle by means of an interface designed to receive the FMCW radar data from sensors of the vehicle, wherein the FMCW radar data comprise information concerning the transverse movement of the object in the environment of the vehicle; emitting a radar signal with a constant signal frequency and receiving reflections of the radar signal with a constant signal frequency by means of a radar device; and checking the plausibility of the transverse movement of the object by analysing frequency ranges corresponding to the transverse movement in a spectrum of the reflected radar signal with a constant signal frequency.
A system comprising an autonomous mobile robot and a base station for the robot, wherein the robot includes a navigation module having a navigation sensor, which is designed for detecting geometric features of objects in the surroundings of the robot, wherein distances between the navigation sensor and objects in the surroundings of the robot are measured contactlessly and geometric features of the objects are detected based on the measured distances; wherein the base station includes at least one geometric feature which can be detected based on contactless measurement of distances by the navigation sensor, wherein the robot includes a robot controller coupled to the navigation module, which is designed to identify and/or locate the base station based on the at least one geometric feature of the base station and to determine a docking position of the robot, wherein the base station includes at least one opening (230, 230') in its housing wall, wherein the at least one geometric feature is at least defined by a size of the opening (230, 230'), characterized in that the base station includes a cover, which consists of a material transparent to the navigation sensor and which covers at least one opening (230, 230'). wherein the robot includes a navigation module having a navigation sensor, which is designed for detecting geometric features of objects in the surroundings of the robot, wherein distances between the navigation sensor and objects in the surroundings of the robot are measured contactlessly and geometric features of the objects are detected based on the measured distances; wherein the base station includes at least one geometric feature which can be detected based on contactless measurement of distances by the navigation sensor, wherein the robot includes a robot controller coupled to the navigation module, which is designed to identify and/or locate the base station based on the at least one geometric feature of the base station and to determine a docking position of the robot, wherein the base station includes at least one opening (230, 230') in its housing wall, wherein the at least one geometric feature is at least defined by a size of the opening (230, 230'),
A coating composition comprising - an ionic liquid, and - a crosslinked polymeric ionic liquid, wherein the crosslinked polymeric ionic liquid and the ionic liquid are not linked through covalent bonds, and wherein the crosslinked polymeric ionic liquid is covalently linked to a substrate surface. - an ionic liquid, and - a crosslinked polymeric ionic liquid,
A system for processing a plurality of biological samples, comprising: a case (150, 600, 700); and a support configured to hold the case, the case comprising: an inner chamber; a substrate located within the inner chamber, the substrate containing a plurality of isolated through-holes containing one or more biological samples; and a temperature controller configured to maintain or control a temperature of at least one of the support, the case, or the one or more biological samples during an assay or reaction on the one or more biological samples, characterized in that the support is configured to maintain a surface of the substrate at a positive angle relative to a horizontal plane during the assay or reaction. a case (150, 600, 700); and a support configured to hold the case, the case comprising: an inner chamber; a substrate located within the inner chamber, the substrate containing a plurality of isolated through-holes containing one or more biological samples; and a temperature controller configured to maintain or control a temperature of at least one of the support, the case, or the one or more biological samples during an assay or reaction on the one or more biological samples, characterized in that the support is configured to maintain a surface of the substrate at a positive angle relative to a horizontal plane during the assay or reaction. an inner chamber; a substrate located within the inner chamber, the substrate containing a plurality of isolated through-holes containing one or more biological samples; and a temperature controller configured to maintain or control a temperature of at least one of the support, the case, or the one or more biological samples during an assay or reaction on the one or more biological samples, characterized in that the support is configured to maintain a surface of the substrate at a positive angle relative to a horizontal plane during the assay or reaction.
System for assisting in evaluating a contour of an anatomic structure with respect to a dose distribution corresponding to a treatment plan for a radiation therapy treatment of a patient, the system comprising an evaluation unit configured to - receive the contour of the anatomic structure and the dose distribution, - evaluate the dose distribution in varying distances from the contour of the anatomic structure to determine at least one point where the evaluated dose distribution fulfills a predetermined condition, and - determine the distance between the at least one point and the contour and/or to visualize the at least one point to a user of the system. - receive the contour of the anatomic structure and the dose distribution, - evaluate the dose distribution in varying distances from the contour of the anatomic structure to determine at least one point where the evaluated dose distribution fulfills a predetermined condition, and - determine the distance between the at least one point and the contour and/or to visualize the at least one point to a user of the system.
A method for wireless communication for a Long Term Evolution, LTE, network, comprising: transmitting a request, from a first evolved Node B, eNodeB, of the LTE network to a second eNodeB of the LTE network, for the second eNodeB to yield a plurality of bundles (603, 605) of non-consecutive subframes; and configuring a User Equipment, UE,, which is associated with the first eNodeB and experiencing interference from the second eNodeB, for uplink transmission in the plurality of bundles of non-consecutive subframes, characterized in that the configuring provides that a retransmission from the UE starts at subframe n2= n1+8*N, where n1 is a subframe in a first bundle of subframes previous to a second bundle of subframes that includes n2, and wherein N is the smallest integer such that n2 > n_PHICH + 4, where n_PHICH is a subframe in which a Physical Hybrid Automatic Repeat Request Indicator Channel, PHICH, was sent on a downlink to the UE. transmitting a request, from a first evolved Node B, eNodeB, of the LTE network to a second eNodeB of the LTE network, for the second eNodeB to yield a plurality of bundles (603, 605) of non-consecutive subframes; and configuring a User Equipment, UE,, which is associated with the first eNodeB and experiencing interference from the second eNodeB, for uplink transmission in the plurality of bundles of non-consecutive subframes, characterized in that the configuring provides that a retransmission from the UE starts at subframe n2= n1+8*N, where n1 is a subframe in a first bundle of subframes previous to a second bundle of subframes that includes n2, and wherein N is the smallest integer such that n2 > n_PHICH + 4, where n_PHICH is a subframe in which a Physical Hybrid Automatic Repeat Request Indicator Channel, PHICH, was sent on a downlink to the UE.
A downhole device for rotary drilling comprising: - an electrical generator installed at the end of a drill string and/or drill collar and converting the hydraulic energy of the drilling fluid into electrical energy; - a pulse generator mechanically and electrically connected to said electrical generator, and powering a system of electrodes carried by the drilling tool; - an electric drilling tool, mechanically and electrically connected to said pulse generator, rotated by the drill string and/or drill collar and comprising a system of active (12, 12bis) and passive electrodes; characterized by - an electrical slide switch system; wherein: - the electrical generator comprises a turbine or a positive displacement motor, and an alternator; - the rotor of the turbine or the positive displacement motor, rotated by the flow of drilling fluid, in turn drives the rotor of the alternator; - the interface between said rotor of said turbine or said motor and said rotor of said alternator comprises an electrical slide switch allowing a mechanical engagement; - the passage from the open position to the closed position of said slide is allowed by a positive action triggered from the surface consisting of applying a weight on said electric drilling tool. - an electrical generator installed at the end of a drill string and/or drill collar and converting the hydraulic energy of the drilling fluid into electrical energy; - a pulse generator mechanically and electrically connected to said electrical generator, and powering a system of electrodes carried by the drilling tool; - an electric drilling tool, mechanically and electrically connected to said pulse generator, rotated by the drill string and/or drill collar and comprising a system of active (12, 12bis) and passive electrodes; characterized by - an electrical slide switch system; - the electrical generator comprises a turbine or a positive displacement motor, and an alternator; - the rotor of the turbine or the positive displacement motor, rotated by the flow of drilling fluid, in turn drives the rotor of the alternator; - the interface between said rotor of said turbine or said motor and said rotor of said alternator comprises an electrical slide switch allowing a mechanical engagement; - the passage from the open position to the closed position of said slide is allowed by a positive action triggered from the surface consisting of applying a weight on said electric drilling tool.
An optical communication cable bundle comprising: a plurality of optical fiber subunits, each subunit comprising an optical fiber ribbon, each optical fiber subunit having a subunit jacket defining a subunit passage, wherein the fiber ribbon is located within the subunit passage; and a bundle jacket surrounding the optical fiber subunits, the bundle jacket including an inner surface defining a bundle passage and an outer surface defining an exterior surface; wherein the bundle jacket has a thickness between 0.05 mm and 0.35 mm and a tensile strength that is less than 2000 psi, wherein the thickness of the bundle jacket is less than a thickness of each of the subunit jackets, and wherein the bundle jacket is formed from an extrudable PVC material having a limiting oxygen index of less than 40%, wherein the subunit jackets have a limiting oxygen index greater than 40%, wherein the bundle jacket is extruded around subunits, wherein bundle jacket applies a relatively low, inward, radially-directed force onto subunits that is sufficient to hold subunits together in bundle, but is not sufficient to hold subunits in fixed positions relative to each other within bundle jacket. a plurality of optical fiber subunits, each subunit comprising an optical fiber ribbon, each optical fiber subunit having a subunit jacket defining a subunit passage, wherein the fiber ribbon is located within the subunit passage; and a bundle jacket surrounding the optical fiber subunits, the bundle jacket including an inner surface defining a bundle passage and an outer surface defining an exterior surface; wherein the bundle jacket has a thickness between 0.05 mm and 0.35 mm and a tensile strength that is less than 2000 psi, wherein the thickness of the bundle jacket is less than a thickness of each of the subunit jackets, and wherein the bundle jacket is formed from an extrudable PVC material having a limiting oxygen index of less than 40%, wherein the subunit jackets have a limiting oxygen index greater than 40%, wherein the bundle jacket is extruded around subunits, wherein bundle jacket applies a relatively low, inward, radially-directed force onto subunits that is sufficient to hold subunits together in bundle, but is not sufficient to hold subunits in fixed positions relative to each other within bundle jacket.
A method for immobilizing a physiologically active substance, which comprises preconcentrating a physiologically active substance having a carboxyl group at a pH that is equivalent to or higher than the isoelectric point of the substance, on a solid substrate to which a polymer having a primary or secondary amino group is bound, causing a carboxylic acid activator to come into contact with the substrate, so as to bind the polymer having the amino group to the physiologically active substance, wherein the physiologically active substance is one of an immune protein, an enzyme, a non-immune protein, an immunoglobulin binding protein, a sugar-binding protein or polypeptide or an oligopeptide having ligand binding activity.