mhurhangee/ep-ind-claims huggingface dataset:
A combination product comprising: (a) a nucleic acid structure having a sequence selected such that it forms at least one double strand and at least one single-stranded loop; and (b) (i) one single-stranded nucleic acid molecule which is capable of hybridizing to and forming a double strand with the single-stranded loop and to which a first ligand is attached to the 5' end of the single-stranded nucleic acid molecule and a second ligand is attached to the 3' end of the single-stranded nucleic acid molecule; or (ii) a first and a second single-stranded nucleic acid molecule, wherein the first and the second nucleic acid molecules (11,12) are capable of hybridizing to and forming a double strand with different parts of the single-stranded loop and wherein a first ligand is attached to the first nucleic acid molecule and a second ligand is attached to the second nucleic acid molecule; wherein both the first and the second ligand (7,8) is a protein or a part thereof. (a) a nucleic acid structure having a sequence selected such that it forms at least one double strand and at least one single-stranded loop; and (b) (i) one single-stranded nucleic acid molecule which is capable of hybridizing to and forming a double strand with the single-stranded loop and to which a first ligand is attached to the 5' end of the single-stranded nucleic acid molecule and a second ligand is attached to the 3' end of the single-stranded nucleic acid molecule; or (ii) a first and a second single-stranded nucleic acid molecule, (i) one single-stranded nucleic acid molecule which is capable of hybridizing to and forming a double strand with the single-stranded loop and to which a first ligand is attached to the 5' end of the single-stranded nucleic acid molecule and a second ligand is attached to the 3' end of the single-stranded nucleic acid molecule; or (ii) a first and a second single-stranded nucleic acid molecule,
A method for defining VPN connections for a mobile device, comprising: creating a VPN definition; wherein the VPN definition includes a unique identifier that uniquely identifies a VPN connection, a name of a VPN connection, an address of a VPN server; characteristics to define security credentials and network access points that can use the VPN connection; incorporating the VPN definition into a WAP schema; wherein the WAP schema is used to provision cellular data connections, proxy connections and access characteristics; and provisioning the mobile device with a VPN connection using the WAP schema that creates a secure tunnel from the mobile device to a network; wherein the WAP schema further comprises using an XML schema, and wherein provisioning the mobile device with the VPN connection occurs automatically. creating a VPN definition; wherein the VPN definition includes a unique identifier that uniquely identifies a VPN connection, a name of a VPN connection, an address of a VPN server; characteristics to define security credentials and network access points that can use the VPN connection; incorporating the VPN definition into a WAP schema; wherein the WAP schema is used to provision cellular data connections, proxy connections and access characteristics; and provisioning the mobile device with a VPN connection using the WAP schema that creates a secure tunnel from the mobile device to a network; wherein the WAP schema further comprises using an XML schema, and wherein provisioning the mobile device with the VPN connection occurs automatically.
A method for generating a patient-specific intraluminal implant, comprising the steps of: a) identifying for a patient, based on information regarding the variation in function of time of the anatomy of said lumen in the anatomical area of interest for placing said intraluminal implant, the anatomical regions in said anatomical area showing greater stability in time; b) identifying and selecting locations in the regions identified in step (a) which are suitable for use as a base for the contact surface of a intraluminal implant, and c) generating a patient-specific intraluminal implant based on the information obtained in steps (a)-(b), said implant comprising an outer surface configured to comprise one or more patient-specific anatomy engagement surfaces or contact points corresponding to locations of the anatomical regions of the lumen wall identified in step (b); a) identifying for a patient, based on information regarding the variation in function of time of the anatomy of said lumen in the anatomical area of interest for placing said intraluminal implant, the anatomical regions in said anatomical area showing greater stability in time; b) identifying and selecting locations in the regions identified in step (a) which are suitable for use as a base for the contact surface of a intraluminal implant, and c) generating a patient-specific intraluminal implant based on the information obtained in steps (a)-(b), said implant comprising an outer surface configured to comprise one or more patient-specific anatomy engagement surfaces or contact points corresponding to locations of the anatomical regions of the lumen wall identified in step (b);
Screen wheel filtering apparatus for medium-to high-viscosity fluids, comprising a screen wheel which is rotatably mounted in a housing and which has at least one screen element through which flow is able to pass, wherein the housing comprises at least: - an inflow plate with at least one inflow channel, - at least one intermediate plate (13, 14, 15), and - an outflow plate with an outflow channel, which plates (11,...,15) are screwed to one another via multiple extending through the set of mutually abutting plates (11,...,15), which threaded bolts are pre-tensioned such that, up to a maximum permissible operating pressure p max, all the plates (11,...,15) firmly abut against one another; wherein a lubrication gap (25, 26) is formed in each case between an inner surface of the inflow plate and/or of the outflow plate and a sealing surface (22, 23, 24) of the screen wheel, characterized - in that, in the region of its sealing surfaces (22, 23, 24), the screen wheel has an identical height to the at least one intermediate plate (13, 14, 15), and - in that a gap width adaptation layer is inserted between the inflow plate and the at least one intermediate plate (13, 14, 15) and/or between the outflow plate and the at least one intermediate plate (13, 14, 15). - an inflow plate with at least one inflow channel, - at least one intermediate plate (13, 14, 15), and - an outflow plate with an outflow channel, which plates (11,...,15) are screwed to one another via multiple extending through the set of mutually abutting plates (11,...,15), which threaded bolts are pre-tensioned such that, up to a maximum permissible operating pressure p max, all the plates (11,...,15) firmly abut against one another; - in that, in the region of its sealing surfaces (22, 23, 24), the screen wheel has an identical height to the at least one intermediate plate (13, 14, 15), and - in that a gap width adaptation layer is inserted between the inflow plate and the at least one intermediate plate (13, 14, 15) and/or between the outflow plate and the at least one intermediate plate (13, 14, 15).
A battery unit, comprising: a battery pack accommodating a battery and attachable to an electric tool body; the battery pack including an output controller configured to control an output of the battery to the electric tool body in accordance with a condition, wherein the condition includes a condition based on information regarding the electric tool body, characterised in that the output controller is configured to determine, in accordance with the information regarding the electric tool body, a timing for starting control of reducing a magnitude of the output of the battery when the magnitude of the output of the battery exceeds an upper limit value of the magnitude of the output of the battery. a battery pack accommodating a battery and attachable to an electric tool body; the battery pack including an output controller configured to control an output of the battery to the electric tool body in accordance with a condition, wherein the condition includes a condition based on information regarding the electric tool body, characterised in that the output controller is configured to determine, in accordance with the information regarding the electric tool body, a timing for starting control of reducing a magnitude of the output of the battery when the magnitude of the output of the battery exceeds an upper limit value of the magnitude of the output of the battery.
A mixture to be introduced into the slag located on a metal melt in iron and steel metallurgy, said mixture comprising the following components in the following mass proportions: 1.1 raw dolomite in a range from 10 to 90 mass %; 1.2 one or more further components comprising at least the following constituents: 1.2.1 MgO and 1.2.2 carbon, in a range from 90 to 10 mass %; wherein 1.3 the mixture comprises further components in the form of at least one of the components magnesia-carbon and caustic magnesite in the following mass proportions: magnesia-carbon: 10 to 50 mass %; caustic magnesite: 10 to 50 mass %. 1.1 raw dolomite in a range from 10 to 90 mass %; 1.2 one or more further components comprising at least the following constituents: 1.2.1 MgO and 1.2.2 carbon, in a range from 90 to 10 mass %; wherein 1.2.1 MgO and 1.2.2 carbon, 1.3 the mixture comprises further components in the form of at least one of the components magnesia-carbon and caustic magnesite in the following mass proportions: magnesia-carbon: 10 to 50 mass %; caustic magnesite: 10 to 50 mass %. magnesia-carbon: 10 to 50 mass %; caustic magnesite: 10 to 50 mass %.
A luminaire socket comprising: - a bottom plate having a first surface and a second, opposite surface, - a support member being positioned against the second surface of the bottom plate, said support member being used to attach the bottom plate to a mounting surface, - a cup like cover being formed of two symmetrical cover parts i.e. a first cover part forming a first half of the cup and a second cover part forming a second half of the cup, the edge of each cover part (31, 32) comprising snap fastening means (31 a, 32a, 32b) by means of which each cover part (31, 32) is independently directly attached to the bottom plate, and - at least one plug outlet being attached to the bottom plate, said at least one plug outlet comprising a body with a nest portion and a connection portion, the nest portion extending in a first direction coinciding with the direction in which the nest portion receives a plug, wherein - a first angle (α) formed between the first surface of the bottom plate and the first direction is less than 60 degrees. - a bottom plate having a first surface and a second, opposite surface, - a support member being positioned against the second surface of the bottom plate, said support member being used to attach the bottom plate to a mounting surface, - a cup like cover being formed of two symmetrical cover parts i.e. a first cover part forming a first half of the cup and a second cover part forming a second half of the cup, the edge of each cover part (31, 32) comprising snap fastening means (31 a, 32a, 32b) by means of which each cover part (31, 32) is independently directly attached to the bottom plate, and - at least one plug outlet being attached to the bottom plate, said at least one plug outlet comprising a body with a nest portion and a connection portion, the nest portion extending in a first direction coinciding with the direction in which the nest portion receives a plug, wherein - a first angle (α) formed between the first surface of the bottom plate and the first direction is less than 60 degrees.
A closing device for repeatably joining and separating a first closing body with a second closing body, further comprising: a locking rod, wherein the locking rod has two opposing flat planes in a first section; wherein the first closing body comprises at least one bushing for the locking rod, wherein the locking rod is provided in the at least one bushing so that it can rotate; and the second closing body comprises at least one engaging element (44; 10), which can be locked with the locking rod by turning the locking rod. a locking rod, wherein the locking rod has two opposing flat planes in a first section; wherein the first closing body comprises at least one bushing for the locking rod, wherein the locking rod is provided in the at least one bushing so that it can rotate; and the second closing body comprises at least one engaging element (44; 10), which can be locked with the locking rod by turning the locking rod.
Electronic payment terminal comprising a memory module for storing data relating to at least one transaction carried out by means of said terminal, said terminal comprising means for blocking access to said memory module, capable of preventing any access to said memory module when said payment terminal is intact, said memory module being inserted in a structure forming a safe comprising at least two printed circuits (30, 31, 32), said safe structure comprising: - a first printed circuit, on to an upper face of which said memory module is soldered; - a second printed circuit forming a belt, joined to the periphery of said upper face of said first printed circuit; - a third printed circuit joined to said second printed circuit and forming a cover above said upper face of said first printed circuit, said terminal being characterised in that, said terminal being formed by two half shells (4 1, 4 2) joined together on an assembly plane, said memory module is positioned in a receptacle provided in said terminal substantially perpendicularly to said assembly plane. - a first printed circuit, on to an upper face of which said memory module is soldered; - a second printed circuit forming a belt, joined to the periphery of said upper face of said first printed circuit; - a third printed circuit joined to said second printed circuit and forming a cover above said upper face of said first printed circuit,
A method of registering one or more mobile devices (116, 118, 126) with a foreign agent (112, 122) and home agent whereby a proxy device (211, 221) is provided between said foreign agent and said one or more mobile devices; the method comprising the step of establishing a local connection between said proxy device and said one or more mobile devices, characterized by further comprising the step of establishing an IP connection over physical medium between said proxy device (211, 221) and said foreign agent (112, 122); the step of sending registration messages created by said proxy device to said home agent via said foreign agent, on behalf of said one or more mobile devices (116, 118, 126), wherein said registration messages associates a care-of address of said foreign agent (112, 122) with an IP address of said one or more mobile devices (116, 118, 126), thereby registering each of said one or more mobile devices (116, 118, 126) with said home agent.
A process for the preparation of triethylenediamine (TEDA) by reaction of ethylenediamine in the presence of a zeolite catalyst, wherein the zeolite catalyst comprises one or more metals M in oxidation state IV as oxides, the metal M in oxidation state IV is selected from the group consisting of Ti, Zr, Ge, Hf and Sn, and mixtures thereof, for M = metal in oxidation state IV or M = two or more metals in oxidation state IV, has an SiO 2 / MO 2 molar ratio of greater than 10: 1 and the reaction temperature is from 250 to 500°C.
A UPS system comprising: an inverter circuit having an input coupled to a DC link and an output configured to be coupled to a load; characterized in a gang switch configured to couple and decouple the DC link to and from a DC power source, to couple a neutral point of the inverter circuit to a ground node when the DC link is coupled to the DC power source and to decouple the neutral point from the ground node when the DC link is decoupled from the DC power source. an inverter circuit having an input coupled to a DC link and an output configured to be coupled to a load; characterized in a gang switch configured to couple and decouple the DC link to and from a DC power source, to couple a neutral point of the inverter circuit to a ground node when the DC link is coupled to the DC power source and to decouple the neutral point from the ground node when the DC link is decoupled from the DC power source.
A mechanical switchable automotive coolant pump for providing a liquid coolant for an automotive engine, comprising a static pump frame, a rotatable rotor shaft which is rotatably supported at the pump frame, a pulley wheel which is co-rotatably fixed to the rotor shaft and which suitable to be mechanically driven by the engine, a rotatable and axially shiftable pump wheel which is rotatably supported and is axially shiftable with respect to the rotor shaft and to the pump frame and which is provided with a ferromagnetic means, and an electromagnetic wet friction clutch arrangement with a static electromagnet and a clutch disk which is co-rotatably supported by the rotor shaft, and a clutch friction surface at the clutch disk and a corresponding clutch friction surface at the pump wheel, characterized by a separate stop friction surface at the pump wheel and a corresponding static stop friction surface at the pump frame, wherein the pump wheel is axially attracted by the excited electromagnet so that the stop friction surfaces (64, 36) engage and the pump wheel is stopped. a static electromagnet and a clutch disk which is co-rotatably supported by the rotor shaft, and a clutch friction surface at the clutch disk and a corresponding clutch friction surface at the pump wheel,
A video equalization method, including the steps of: providing a first input video stream that comprises a sequence of high dynamic range images encoded in channels having a first bit depth; providing a second input video stream that comprises a sequence of standard dynamic range images encoded in channels having a second bit depth, wherein the first bit depth is greater than the second bit depth; and equalizing the input video streams and time-division multiplexing selected segments of the equalized video streams to generate a combined equalized video stream comprising images encoded in channels having the first bit depth such that the sequence of images of the combined equalized video stream have a dynamic range that is constant to a predetermined degree, wherein the high dynamic range images are encoded with code values having a full range of a high dynamic range encoding scheme, and the equalization includes a step of mapping code values of the standard dynamic range images to code values in a sub-range of the full range of code values that encode the standard dynamic range images as high dynamic range images such that the mapping expands the dynamic range of the standard dynamic range images, wherein the equalization is performed with an anchor point that is common for the images of the first input video stream and for the images of the second input video stream, and wherein the equalization is performed such that the images of the combined equalized video stream have at least substantially the same average luminance as the corresponding images of the input video streams. providing a first input video stream that comprises a sequence of high dynamic range images encoded in channels having a first bit depth; providing a second input video stream that comprises a sequence of standard dynamic range images encoded in channels having a second bit depth, wherein the first bit depth is greater than the second bit depth; and equalizing the input video streams and time-division multiplexing selected segments of the equalized video streams to generate a combined equalized video stream comprising images encoded in channels having the first bit depth such that the sequence of images of the combined equalized video stream have a dynamic range that is constant to a predetermined degree, wherein the high dynamic range images are encoded with code values having a full range of a high dynamic range encoding scheme, and the equalization includes a step of mapping code values of the standard dynamic range images to code values in a sub-range of the full range of code values that encode the standard dynamic range images as high dynamic range images such that the mapping expands the dynamic range of the standard dynamic range images, wherein the equalization is performed with an anchor point that is common for the images of the first input video stream and for the images of the second input video stream, and wherein the equalization is performed such that the images of the combined equalized video stream have at least substantially the same average luminance as the corresponding images of the input video streams.
A crop residue spreader for an agricultural harvester, comprising: a spreader frame; counter-rotating impellers mounted on the spreader frame for receiving a crop residue (28, 32) from a crop threshing and/or cleaning system of the harvester and discharging the crop residue (28, 32) from the harvester; a distribution hood mounted in close proximity to the impellers for distributing a crop residue (28, 32) discharged by the impellers; and characterized by a common structural member independently supporting both the spreader frame and the distribution hood, wherein the spreader frame and the distribution hood form a gap for the discharging crop residue (28, 32) to exit the spreader. a spreader frame; counter-rotating impellers mounted on the spreader frame for receiving a crop residue (28, 32) from a crop threshing and/or cleaning system of the harvester and discharging the crop residue (28, 32) from the harvester; a distribution hood mounted in close proximity to the impellers for distributing a crop residue (28, 32) discharged by the impellers; and characterized by a common structural member independently supporting both the spreader frame and the distribution hood, wherein the spreader frame and the distribution hood form a gap for the discharging crop residue (28, 32) to exit the spreader.
A bi-component polymeric macrofiber for reinforcing concrete comprising as an outer component ethylene-vinyl alcohol (EVOH) polymer having from 5 mol % to 82.5 mol % of ethylene and having a weight average molecular weight of 50,000 or higher as measured by Gel Permeation Chromatography using conventional vinyl or styrene polymer standards, and as a second component a polymer blend of, on one hand, polypropylene grafted with maleic anhydride and, on the other hand, polypropylene or polyethylene.