mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying a vehicle using a predetermined location (5 - 8), comprising: carrying, on the vehicle, an onboard unit that via radio repeatedly broadcasts status messages, which each indicate a current relative distance (A i) of the onboard unit from the predetermined location (5 - 8) and a radio identifier (pID) that changes after each or several status messages; receiving at least one status message in a radio beacon; detecting a location usage of the vehicle by evaluating the at least one status message based on the relative distance (A i) indicated therein; transmitting an identification request from the radio beacon to that onboard unit which is addressed by way of the radio identifier (pID) from the at least one status message; receiving and conducting a legitimacy check of the identification request in the onboard unit and, if the request is legitimate, transmitting a unique identification (uID) of the onboard unit to the radio beacon, the unique identification remaining the same over several changes of radio identifier. carrying, on the vehicle, an onboard unit that via radio repeatedly broadcasts status messages, which each indicate a current relative distance (A i) of the onboard unit from the predetermined location (5 - 8) and a radio identifier (pID) that changes after each or several status messages; receiving at least one status message in a radio beacon; detecting a location usage of the vehicle by evaluating the at least one status message based on the relative distance (A i) indicated therein; transmitting an identification request from the radio beacon to that onboard unit which is addressed by way of the radio identifier (pID) from the at least one status message; receiving and conducting a legitimacy check of the identification request in the onboard unit and, if the request is legitimate, transmitting a unique identification (uID) of the onboard unit to the radio beacon, the unique identification remaining the same over several changes of radio identifier.
A roller assembly for producing a compressed sheet dough material, said assembly comprising: (a) a roller support frame; (b) a first roller mountable in a fixed position relative to said frame; (c) a second roller mountable to said frame for sliding displacement relative to said first roller; (d) an actuator mountable to said frame, and arranged to apply force to the shaft bearing of said second roller to urge said second roller towards said first roller; and (e) a variable width spacer comprising a cam and a spacer actuator arranged to reversibly rotate said cam to vary the width of said spacer, located between the shaft bearings of the first and second rollers (4, 7) to limit the minimum separation between said first and second rollers (4, 7), (f) a load cell to measure and transmit the force exerted on said variable width spacer by said roller shaft bearings to a controller, characterised in that the controller is configured to calculate the force exerted on the rollers from compressing said sheet dough material by subtracting the load cell force from either a pre-set or measured actuator force. (a) a roller support frame; (b) a first roller mountable in a fixed position relative to said frame; (c) a second roller mountable to said frame for sliding displacement relative to said first roller; (d) an actuator mountable to said frame, and arranged to apply force to the shaft bearing of said second roller to urge said second roller towards said first roller; and (e) a variable width spacer comprising a cam and a spacer actuator arranged to reversibly rotate said cam to vary the width of said spacer, located between the shaft bearings of the first and second rollers (4, 7) to limit the minimum separation between said first and second rollers (4, 7), (f) a load cell to measure and transmit the force exerted on said variable width spacer by said roller shaft bearings to a controller,
An adjustable nozzle, comprising a fixed body wherein an inner volume is defined between an inlet section and an outlet section, characterised in that it comprises a mobile element which in turn comprises a three-dimensional blocking body situated, with the possibility of movement, in a sealed manner inside the inner volume of the fixed body, wherein the mobile element likewise comprises a blocking surface (2") situated in correspondence with the inlet section, wherein said mobile element is movable between a maximum opening position of the nozzle, wherein the blocking surface (2") keeps the inlet section completely open and the blocking body is situated in the inner volume such that it enables the flow through the nozzle, and a blocking position, characterized in that in the blocking position the blocking surface (2") completely closes the inlet section and the blocking body is situated in the inner volume such that it prevents the flow through the nozzle.
A lipid-based wax composition that is substantially free of fat bloom the lipid-based wax composition comprising: 2-5 percent by weight triacylglycerides; 30-40 percent by weight monoacylglycerides; 15-25 percent by weight diacylglycerides; and 35-45 percent by weight fatty acids; wherein the lipid-based wax composition is substantially free of fat bloom when formed by the process of: (a) blending the monoacylglycerides, diacylglycerides, and triacylglycerides in the lipid-based wax composition by heating the lipid-based wax composition at a temperature greater than 65°C to destroy substantially all crystal structure within the lipid based wax composition; (b) pouring the lipid-based wax composition into a mold or a container having a surface, a core, and a wick disposed therein, therein forming a molded wax; (c) cooling the lipid-based wax composition at a temperature between 18°C and 33°C to cool the core of the molded wax of the lipid-based wax composition in 30-90 minutes, wherein the cooling is conducted without the assistance of a fan; and (d) removing the lipid-based wax composition from the mold or leaving the lipid-based wax composition in the container as a candle. 2-5 percent by weight triacylglycerides; 30-40 percent by weight monoacylglycerides; 15-25 percent by weight diacylglycerides; and 35-45 percent by weight fatty acids; (a) blending the monoacylglycerides, diacylglycerides, and triacylglycerides in the lipid-based wax composition by heating the lipid-based wax composition at a temperature greater than 65°C to destroy substantially all crystal structure within the lipid based wax composition; (b) pouring the lipid-based wax composition into a mold or a container having a surface, a core, and a wick disposed therein, therein forming a molded wax; (c) cooling the lipid-based wax composition at a temperature between 18°C and 33°C to cool the core of the molded wax of the lipid-based wax composition in 30-90 minutes, wherein the cooling is conducted without the assistance of a fan; and (d) removing the lipid-based wax composition from the mold or leaving the lipid-based wax composition in the container as a candle.
A method for assaying the control capacity of the plasma protein C1 inhibitor (C1Inh) from a plasma sample of a patient, comprising the following steps of: a) preparing a reaction mixture from prekallikrein (pKK), high molecular weight kininogen and activated Hageman factor protease (FXIIa), the reaction mixture being adjusted so as to present a pH greater than 7; b) incubating the plasma sample of the patient with a serine protease inhibitor during a period of at least 5 minutes, so as to obtain a plasma sample without spontaneous protease activity; and wherein said inhibitor is inactivated or becomes inactive regarding the reaction mixture prepared in a). c) incubating the plasma sample obtained in step b) with the reaction mixture prepared in step a) during a period less than or equal to 20 minutes; d) adding to the plasma sample obtained in step c) a chromogenic or fluorogenic substrate of kallikrein likely to release a chromophore or a fluorophore after hydrolysis by KK; e) detecting the possible release of the chromophore or fluorophore obtained in step d) over time; and f) determining the capacity to control C1Inh from the detection carried out in step e). a) preparing a reaction mixture from prekallikrein (pKK), high molecular weight kininogen and activated Hageman factor protease (FXIIa), the reaction mixture being adjusted so as to present a pH greater than 7; b) incubating the plasma sample of the patient with a serine protease inhibitor during a period of at least 5 minutes, so as to obtain a plasma sample without spontaneous protease activity; and wherein said inhibitor is inactivated or becomes inactive regarding the reaction mixture prepared in a). c) incubating the plasma sample obtained in step b) with the reaction mixture prepared in step a) during a period less than or equal to 20 minutes; d) adding to the plasma sample obtained in step c) a chromogenic or fluorogenic substrate of kallikrein likely to release a chromophore or a fluorophore after hydrolysis by KK; e) detecting the possible release of the chromophore or fluorophore obtained in step d) over time; and f) determining the capacity to control C1Inh from the detection carried out in step e).
A vehicle comprising a wall and a BIW comprising two or more structural members (11, 13; 56a, 56b, 56c) having two or more respective engaging portions (111, 113); the engaging portions of at least two of the structural members being connected to each other by a node unit (15; 45) formed of two or more shell members (15a, 15b; 51) assembled with each other, the node unit having at least two designated sockets (17, 19), each snugly receiving one engaging portion of one of the structural members, wherein at least one of said designated sockets is an interior socket formed between the two or more shell members, wherein one of the shell members constitutes a part of the wall of the vehicle.
Method for monitoring a manufacturing and/or assembly process, a course of the manufacturing and/or assembly process having at least an upstream step, a main step and a downstream step, at least the upstream step, the main step and the downstream step respectively being observed by at least one sensor producing sensor signals, the sensor signals respectively of a course being synchronised together so that, at at least one observation time, at least one sensor signal of each step observed by one of the sensors is present, the at least one sensor signals of the observed steps respectively being compared with corresponding reference values or reference sensor signals, the corresponding reference values or reference sensor signals being assigned, at least in regions, respectively to one characteristic of at least one feature of that step which is observed by the sensor producing the corresponding sensor signal, the characteristic of the at least one feature being derived from the comparison, the determined characteristics of the features of the at least three steps being compared, at at least one of the observation times, with combinations of prescribed characteristics of the corresponding features, and a result of the monitoring being derived from the comparison, the derivation of the result being effected from the characteristics of the observed features by the characteristics of the features being compared with prescribed characteristics which are assigned to results in a regulation library, the result of the monitoring comprising one or more of the following data: cycle coordination, synchronicity of the steps of a course, utilisation of one or more of the steps, an empty workpiece carrier, speed loss, a static throughput time, an error chain between an error originator and an error detector, a prioritised sequence for supporting measures at distributed locations, a shared resource requirement, a prognosis about a non-shareable or shareable resource to be shared.
A method for securing an object from forgery, comprising the steps: - supplying a seal element having an antenna structure; - supplying an object to be secured; - supplying at least one coupling element arranged at the object or arrangeable at the object, - arranging the seal element and, where applicable, the at least one coupling element at the object such that a relative arrangement of the antenna structure to the at least one coupling element at the object is fixed, wherein the coupling element is provided and suitable to influence a value of an oscillating circuit parameter of the antenna structure when the antenna structure is arranged relative to the at least one coupling element at the object, and by the arranging, the value of the oscillating circuit parameter of antenna structures arranged at the object is defined in dependence on the fixed relative arrangement, characterized by the further steps of: - measuring the value of the oscillating circuit parameter of the antenna structure arranged at the object relative to the at least one coupling element by means of a measuring apparatus and - associating (S6, S7) the measured value with the object having the seal element arranged thereto as an authentication feature of the object. - supplying a seal element having an antenna structure; - supplying an object to be secured; - supplying at least one coupling element arranged at the object or arrangeable at the object, - arranging the seal element and, where applicable, the at least one coupling element at the object such that a relative arrangement of the antenna structure to the at least one coupling element at the object is fixed, wherein - measuring the value of the oscillating circuit parameter of the antenna structure arranged at the object relative to the at least one coupling element by means of a measuring apparatus and - associating (S6, S7) the measured value with the object having the seal element arranged thereto as an authentication feature of the object.
A system for providing security services associated with a certificate based trust framework to a mobile device, said mobile device being in communication with a public network comprising the Internet through a first network path that includes a network entity controlled by a third party, the system comprising the mobile device and the network entity, wherein the network entity controlled by the third party is configured to interfere with operation of a domain name system, DNS, of the Internet for devices communicating through said first network path by one or more of the following: blocking communications of the devices with a DNS server; returning an incorrect internet protocol, IP, address for a certificate server to the devices; selective filtering of given communications on the first network path; or diverting the communications of the devices through a jurisdictional firewall configured to block the given communications, said system comprising a security server and a private network, said security server being operative to communicate with said mobile device through said private network and to communicate with said public network through a second network path that does not include the network entity controlled by said third party, server communications between said security server and respective servers in said public network through said second network path occurring by one or more of the following: avoiding selective filtering of the server communications; going around the jurisdictional firewall; or causing the server communications between said security server and the respective servers to avoid a given jurisdiction, wherein said security server is operative to communicate with said public network through said second network path to provide security services to said mobile device that are delivered over said private network by communicating with the respective servers for validation of security certificates through the second network path on behalf of the mobile device; wherein the mobile device is configured to receive a security certificate and to query the security server to validate the security certificate.
Filter device having a filter housing, consisting of a housing pot, which accommodates a replaceable filter element, and which is closed by a removable cover part, wherein the element material of the filter element separates an unfiltered medium chamber from a filtrate chamber (18, 43), and having a measured value acquisition device for the purpose of acquiring pressure values from at least one of the chambers (18, 22, 43), wherein the measured value acquisition device, arranged on an inner side of the cover of the cover part and at least partially guided therein, protrudes into the filter housing and wherein at least parts of a measured value evaluation device, which is connected to the measured value acquisition device, are arranged on the opposing outer side of the cover directed towards the environment, characterised in that the measured value acquisition device has a sensor channel at least partially encompassed by a sensor tube, which channel, extending coaxial with the longitudinal axis of the filter element connects one of the chambers of the filter element on the inner side of the cover to a receiving chamber on the outer side of the cover in a fluid-conducting manner, which receiving chamber is part of the measured value evaluation device, and in that the sensor tube passes through a bypass valve which, when the element material of the filter element is blocked, connects the unfiltered medium side to the filtrate side and the valve spring of which extends between the inner side of the cover and a valve member, which, in the unblocked state, closes an end-face opening of the filter element.
A steering wheel actuator mechanism adapted for mounting directly on a steering wheel column, comprising: a frame assembly that attaches around a steering wheel column by means of a clamp adapted for being attached directly to the steering wheel column; a rotating assembly that rotates within the frame assembly and is rotationally engaged with a motor housed in said frame assembly; the clamp being adapted for holding the frame assembly and the rotating assembly below a steering wheel located on the steering wheel column; and one or more actuators attached to the rotating assembly and positioned to extend upwards through the steering wheel next to spokes of the steering wheel, wherein the actuators press against one or more steering wheel spokes to turn the steering wheel. a frame assembly that attaches around a steering wheel column by means of a clamp adapted for being attached directly to the steering wheel column; a rotating assembly that rotates within the frame assembly and is rotationally engaged with a motor housed in said frame assembly; the clamp being adapted for holding the frame assembly and the rotating assembly below a steering wheel located on the steering wheel column; and one or more actuators attached to the rotating assembly and positioned to extend upwards through the steering wheel next to spokes of the steering wheel, wherein the actuators press against one or more steering wheel spokes to turn the steering wheel.
A high-performance glass fiber composition, containing the following contents of components in weight percentage: SiO 2 52-64% Al 2 O 3 12-24% RE 2 O 3 =Y 2 O 3 +La 2 O 3 +Gd 2 O 3 0.05-8% R 2 O=Li 2 O+Na 2 O+K 2 O <2.5% K 2 O >1% CaO+MgO+SrO 10-24% CaO 2-14% MgO <13% TiO 2 <2% Fe 2 O 3 <1.5% Wherein, a ratio C1 in weight percentage of K 2 O to R 2 O, C1=K 2 O/R 2 O, is greater than 0.44
A composition comprising alkylated diphenylamines of the structural formulas,,, and: wherein R is a branched C 4 -C 16 -alkyl group, and wherein the total amount of tetra-alkylated diphenylamines of the structural formula is in the range from 0.20 to 3.5 wt.%, based on the total weight of alkylated diphenylamines of the structural formula,,, and in the composition. wherein R is a branched C 4 -C 16 -alkyl group, and wherein the total amount of tetra-alkylated diphenylamines of the structural formula is in the range from 0.20 to 3.5 wt.%, based on the total weight of alkylated diphenylamines of the structural formula,,, and in the composition.
An angioplasty balloon catheter characterized by a catheter shaft having an inflatable balloon at its distal end and a constraining structure constraining the expansion of the inflatable balloon, said constraining structure having a non-expanded configuration prior to inflation and an expanded configuration which is smaller than an unconstrained size of the balloon so that the structure restrains the balloon inflation along a plurality of crossing channel lines, carrying at least on a portion of its surface paclitaxel or a polymer-free paclitaxel preparation and propyl gallate at a ratio of 3-100% by weight of the at least one antioxidant in relation to 100% by weight of the paclitaxel, wherein scoring or cutting balloons as medical devices are excluded.
A beverage comprising: catechin compound, at a content of 1 to 600 ppm; one or more additives; and RebD and/or RebM, at a total content of 20 to 300 ppm; wherein a weight ratio B/A, of the total content B of RebD and RebM to the content A of catechin compound, is 0.43 to 3.00. catechin compound, at a content of 1 to 600 ppm; one or more additives; and RebD and/or RebM, at a total content of 20 to 300 ppm;
A processing section of a packaging machine comprising: a conveyor configured to be driven by a first drive member; and at least one additional conveyor including at least one tray folding member, characterized in that the at least one additional conveyor is configured to selectively extend about and ride on the conveyor and to be driven by a second drive member that is distinct from the first drive member. a conveyor configured to be driven by a first drive member; and at least one additional conveyor including at least one tray folding member, characterized in that the at least one additional conveyor is configured to selectively extend about and ride on the conveyor and to be driven by a second drive member that is distinct from the first drive member.