mhurhangee/ep-ind-claims huggingface dataset:
A computed-implemented method for securing an access to data managed by at least one virtual payload, wherein the method comprises the following steps: - a first server launches, under control of a device user, an execution of a first virtual payload by using a predetermined service provider interface or a first predetermined application programming interface, the predetermined service provider interface or the first predetermined application programming interface being associated with the first virtual payload, the first virtual payload being executed by the first server; - the first virtual payload generates a first random or pseudo-random nonce; - the first virtual payload sends for launching a second virtual payload to the second virtual payload the first random or pseudo-random nonce; - the first server launches, through the first virtual payload execution, an execution of the second virtual payload by using a second predetermined application programming interface, the second predetermined application programming interface being associated with the second virtual payload, the second virtual payload being executed by the first server or a second server; and - the second virtual payload sends once to the first virtual payload the first random or pseudo-random nonce, which is received by the first virtual payload and compared with the previously originated one so as to establish a first secure channel between the second virtual payload and the first virtual payload if the comparison is successful. - a first server launches, under control of a device user, an execution of a first virtual payload by using a predetermined service provider interface or a first predetermined application programming interface, the predetermined service provider interface or the first predetermined application programming interface being associated with the first virtual payload, the first virtual payload being executed by the first server; - the first virtual payload generates a first random or pseudo-random nonce; - the first virtual payload sends for launching a second virtual payload to the second virtual payload the first random or pseudo-random nonce; - the first server launches, through the first virtual payload execution, an execution of the second virtual payload by using a second predetermined application programming interface, the second predetermined application programming interface being associated with the second virtual payload, the second virtual payload being executed by the first server or a second server; and - the second virtual payload sends once to the first virtual payload the first random or pseudo-random nonce, which is received by the first virtual payload and compared with the previously originated one so as to establish a first secure channel between the second virtual payload and the first virtual payload if the comparison is successful.
A human chorionic gonadotropin carboxy terminal peptide -modified human active Factor VII (FVIIa) polypeptide comprising three CTP molecules attached in tandem to the C-terminal end of FVIIa, wherein said CTP-modified FVIIa polypeptide is in a substantially pure and active form, said CTP-modified FVIIa polypeptide comprising: a. a high sialic acid content consisting of at least 15 mol/mol; b. a high glycosylation form comprising an O-glycan content of at least 10 mol/mol; c. a low oxidized form of said CTP-modified FVIIa consisting of less than 5% oxidized form; d. a high percentage of carboxylated glutamic acid residues consisting of at least 90% Gla residues; e. at least 60% charged N-glycans; and f. a potency of at least 10,500 U/mg; and wherein said CTP-modified FVIIa comprises the amino acid sequence set forth in SEQ ID NO: 7. a. a high sialic acid content consisting of at least 15 mol/mol; b. a high glycosylation form comprising an O-glycan content of at least 10 mol/mol; c. a low oxidized form of said CTP-modified FVIIa consisting of less than 5% oxidized form; d. a high percentage of carboxylated glutamic acid residues consisting of at least 90% Gla residues; e. at least 60% charged N-glycans; and f. a potency of at least 10,500 U/mg;
A device for obtaining a First Order Ambisonic, FOA, signal from signals of at least five first-order directive microphones comprised by the device, the device being configured to: determine a look direction of each microphone, calculate a decoding matrix based on the determined look directions, wherein the decoding matrix is suitable for decoding a FOA signal into the signals of the microphones, invert the decoding matrix to obtain an encoding matrix, and encode the signals of the microphones based on the encoding matrix to obtain the FOA signal. determine a look direction of each microphone, calculate a decoding matrix based on the determined look directions, wherein the decoding matrix is suitable for decoding a FOA signal into the signals of the microphones, invert the decoding matrix to obtain an encoding matrix, and encode the signals of the microphones based on the encoding matrix to obtain the FOA signal.
A production method for a VET-type zeolite by preparing a reaction mixture without any organic structure directing agent, which comprises mixing a zinc source, an element M 1 source, an alkali source, and water so as to be a reaction mixture having a composition represented by a molar ratio given below; M 1 O 2 /ZnO = 5-300 (Li 2 O + Na 2 O)/M 1 O 2 = 0.1-0.6 Li 2 O/(Li 2 O + Na 2 O) = 0.01-0.4 H 2 O/M 1 O 2 = 5-50 where M 1 denotes silicon or a mixture of silicon and germanium; using a VET-type zeolite having an M 1 O 2 /ZnO ratio of 5-30 as a seed crystal, and adding the VET-type zeolite to the reaction mixture at a proportion of 0.1-30% by weight with respect to M 1 O 2 in the reaction mixture; and airtightly heating the reaction mixture to which the seed crystal has been added at 80-200°C. mixing a zinc source, an element M 1 source, an alkali source, and water so as to be a reaction mixture having a composition represented by a molar ratio given below; M 1 O 2 /ZnO = 5-300 (Li 2 O + Na 2 O)/M 1 O 2 = 0.1-0.6 Li 2 O/(Li 2 O + Na 2 O) = 0.01-0.4 H 2 O/M 1 O 2 = 5-50 where M 1 denotes silicon or a mixture of silicon and germanium; using a VET-type zeolite having an M 1 O 2 /ZnO ratio of 5-30 as a seed crystal, and adding the VET-type zeolite to the reaction mixture at a proportion of 0.1-30% by weight with respect to M 1 O 2 in the reaction mixture; and airtightly heating the reaction mixture to which the seed crystal has been added at 80-200°C.
A method of operating an inductor apparatus comprising: - an inductor winding, - a core defining a magnetic circuit for a magnetic flux generated by a current flowing through the inductor winding, - at least one permanent magnet - magnetically biasing the core by its permanent magnetisation and - arranged within the magnetic circuit of the magnetic flux generated by the current flowing through the inductor winding, and - a magnetisation device operable for adjusting a desired magnetisation of the permanent magnet, the magnetisation device including: - a magnetisation winding, and - a circuitry operable for subjecting the magnetisation winding to magnetisation current pulses generating a magnetic field at a location of the permanent magnet which is able to change the permanent magnetisation of the permanent magnet, the method comprising the repeated step of: - subjecting the magnetisation winding to a magnetisation current pulse which generates a magnetic field at the location of the permanent magnet which changes the permanent magnetisation of the permanent magnet, characterized in that the at least one permanent magnet, for restoration of its magnetisation, is subjected to a magnetic field which exceeds its intrinsic magnetisation field strength by subjecting the magnetisation winding to at least one magnetisation current pulse upon each start of operation of the inductor apparatus and/or when it is necessary as noticed by determining the present magnetisation of the at least one permanent magnet. - an inductor winding, - a core defining a magnetic circuit for a magnetic flux generated by a current flowing through the inductor winding, - at least one permanent magnet - magnetically biasing the core by its permanent magnetisation and - arranged within the magnetic circuit of the magnetic flux generated by the current flowing through the inductor winding, and - magnetically biasing the core by its permanent magnetisation and - arranged within the magnetic circuit of the magnetic flux generated by the current flowing through the inductor winding, and - a magnetisation device operable for adjusting a desired magnetisation of the permanent magnet, the magnetisation device including: - a magnetisation winding, and - a circuitry operable for subjecting the magnetisation winding to magnetisation current pulses generating a magnetic field at a location of the permanent magnet which is able to change the permanent magnetisation of the permanent magnet, - a magnetisation winding, and - a circuitry operable for subjecting the magnetisation winding to magnetisation current pulses generating a magnetic field at a location of the permanent magnet which is able to change the permanent magnetisation of the permanent magnet, - subjecting the magnetisation winding to a magnetisation current pulse which generates a magnetic field at the location of the permanent magnet which changes the permanent magnetisation of the permanent magnet,
A method for multiple input, multiple output (MIMO) detection and channel decoding comprising: decomposing a channel complex gain matrix into a unitary matrix and an upper right hand triangular matrix; providing a received signal to a complex conjugate transpose of the unitary matrix, thereby creating a plurality of signals, wherein the received signal has a modulation and coding scheme that differs between codewords; determining a decoding order of the plurality of signals based on assigned modulation and coding scheme, MCS, values of each codeword, wherein the assigned MCS values for the codewords range from more aggressive to more conservative, wherein the decoding order of the plurality of signals is from more conservative to more aggressive MCS values; and, according to the decoding order: normalizing an Nth of the plurality of signals; demodulating the normalized Nth of the plurality of signals channel decoding the demodulated Nth of the plurality of signals, thereby recovering an Nth codeword signal; encoding the recovered Nth codeword signal; remodulating the recovered Nth codeword signal utilizing the encoded and remodulated Nth codeword signal to recover a second codeword signal; and repeating the utilizing on subsequent codewords until all codeword signals are recovered. decomposing a channel complex gain matrix into a unitary matrix and an upper right hand triangular matrix; providing a received signal to a complex conjugate transpose of the unitary matrix, thereby creating a plurality of signals, wherein the received signal has a modulation and coding scheme that differs between codewords; determining a decoding order of the plurality of signals based on assigned modulation and coding scheme, MCS, values of each codeword, wherein the assigned MCS values for the codewords range from more aggressive to more conservative, wherein the decoding order of the plurality of signals is from more conservative to more aggressive MCS values; and, according to the decoding order: normalizing an Nth of the plurality of signals; demodulating the normalized Nth of the plurality of signals channel decoding the demodulated Nth of the plurality of signals, thereby recovering an Nth codeword signal; encoding the recovered Nth codeword signal; remodulating the recovered Nth codeword signal utilizing the encoded and remodulated Nth codeword signal to recover a second codeword signal; and repeating the utilizing on subsequent codewords until all codeword signals are recovered. normalizing an Nth of the plurality of signals; demodulating the normalized Nth of the plurality of signals channel decoding the demodulated Nth of the plurality of signals, thereby recovering an Nth codeword signal; encoding the recovered Nth codeword signal; remodulating the recovered Nth codeword signal utilizing the encoded and remodulated Nth codeword signal to recover a second codeword signal; and repeating the utilizing on subsequent codewords until all codeword signals are recovered.
A paper suitable for use as a layer of a release liner, the paper having density equal to or less than 1200 kg/m 3, the paper having a ratio of grammage to thickness of the paper in micrometres equal to or higher than 1.0, wherein the grammage refers to the weight of the paper in grams per square meter, the paper comprising cellulose fibres from - bleached chemical pulp and - bleached chemithermomechanical pulp (BCTMP), wherein the bleached chemithermomechanical pulp comprises cellulose fibres from hardwood and softwood. - bleached chemical pulp and - bleached chemithermomechanical pulp (BCTMP),
A fuse arrangement comprising a plurality of fuses for protecting outer conductors (L1, L2, L3) of an electrical fuse unit for a building connection, wherein the fuses are electrically connectable to respective outer conductors (L1, L2, L3) of a plurality of connector lines, characterized in that the fuse arrangement further has an electrical connecting bar, with the connecting bar having an N busbar for forming the neutral conductor to which the respective neutral conductors of the connector lines are electrically connectable, and with the connecting bar having a PE busbar for forming the protective conductor to which the respective protective conductors of the connector lines are electrically connectable, and with the connecting bar having a plurality of phase conductors that project out of the connecting bar such that they are introduced into clamping means of the output side of the fuses and are fixedly clamped by them at the fuses (10 so that the connecting bar is arranged at the fuses and via which a direct contact of the outer conductors (L1, L2, L3) to an output side of the fuses and a contact of neutral conductors and of protective conductors of the plurality of connector lines is formed
An anchor for coupling a suture to a bone, the anchor comprising a hollow, elongate tubular body defining an internal longitudinal passage extending from a first end to a second end, the anchor being configured to receive a suture that enters the anchor through a first aperture, extends along the internal longitudinal passage and exits the anchor through a second aperture, wherein the anchor is configured to be inserted in a bore in a bone and wherein pulling free ends (204, 206) of the suture sets the anchor in an anchoring configuration when the anchor is inserted in a bore in a bone, wherein the anchor comprises a non-woven material wherein the non-woven material comprises electrospun fibers with a diameter of from 0.1 μm to 10 μm.
A level estimation apparatus comprising: a log reception unit configured to receive event logs of events detected by a device or software; and a level estimation unit configured to calculate degrees of similarity among the events indicated by the event logs with use of the event logs, and estimate a level of a predetermined event based on the calculated degrees of similarity among the events and a level of at least one of the events, the apparatus being characterized in that in the calculation of the degrees of similarity among the events, when a degree of similarity between events detected by different devices or items of software is calculated, a degree of similarity between a common event and each of the events detected by the different devices or items of software is used, the common event being an event that has been detected mutually by the different devices or items of software, wherein when calculating the degrees of similarity among the events, the level estimation unit calculates the degrees of similarity among the events by performing a conversion into embedded vectors of a vector space in which a degree of similarity between same events detected by the different devices or items of software is equal to or higher than a predetermined value while maintaining a similarity relationship between events detected by a same device or software. a log reception unit configured to receive event logs of events detected by a device or software; and a level estimation unit configured to calculate degrees of similarity among the events indicated by the event logs with use of the event logs, and estimate a level of a predetermined event based on the calculated degrees of similarity among the events and a level of at least one of the events, the apparatus being characterized in that in the calculation of the degrees of similarity among the events, when a degree of similarity between events detected by different devices or items of software is calculated, a degree of similarity between a common event and each of the events detected by the different devices or items of software is used, the common event being an event that has been detected mutually by the different devices or items of software, wherein when calculating the degrees of similarity among the events, the level estimation unit calculates the degrees of similarity among the events by performing a conversion into embedded vectors of a vector space in which a degree of similarity between same events detected by the different devices or items of software is equal to or higher than a predetermined value while maintaining a similarity relationship between events detected by a same device or software.
A disk broom adapted to be connected to a rotary drive to form a sweeping device, having a base body which can be coupled to the rotary drive for rotation about a rotation axis and has a circumferential outer edge, and having bristles being attached at one end to the base body and extending away from the base body and towards a sweeping plane running perpendicular to the rotation axis, characterized by a cover element which has a shell made of a flexible material extending away from the base body, preferably from the outer edge, and towards the sweeping plane and has an inner side facing an interior of the shell and an outer side facing an exterior of the shell, wherein the shell envelops the bristles perpendicularly to the rotation axis such that the bristles are disposed in the interior of the shell, and wherein the cover element has a fastening region which is fastened to the base body. having a base body which can be coupled to the rotary drive for rotation about a rotation axis and has a circumferential outer edge, and having bristles being attached at one end to the base body and extending away from the base body and towards a sweeping plane running perpendicular to the rotation axis, characterized by a cover element which has a shell made of a flexible material extending away from the base body, preferably from the outer edge, and towards the sweeping plane and has an inner side facing an interior of the shell and an outer side facing an exterior of the shell, wherein the shell envelops the bristles perpendicularly to the rotation axis such that the bristles are disposed in the interior of the shell, and wherein the cover element has a fastening region which is fastened to the base body.
An assembly tool for mounting or dismantling, replacement and maintenance of a can-combustor of a gas turbine engine comprising a frame with at least one lifting beam; at least one linear driver; wheels for pushing/pulling the can-combustor; at least one eccentric rolling hook for fixation of the gas turbine housing; optionally spacers for building the interface to the can-combustor; adapters for enabling access for all can-combustors; and an additional frame or lifting points (7, 17) for a main crane; wherein the eccentric rolling hook is connected to the gas turbine housing by giving in axial or quasi-axial direction a force for mounting or dismantling the can-combustor from the gas turbine housing.
A saddle type vehicle equipped with an engine which is capable of burning a fuel which is a mixture of alcohol and gasoline at an arbitrary mixing ratio, the saddle type vehicle comprising: an engine temperature detection means for detecting a temperature of the engine; and an engine state determination means for determining based on the temperature detected by the engine temperature detection means whether or not a state of the engine is in a predetermined restriction region at which a maximum intake amount is to be restricted to a restricted maximum intake amount; characterized by an engine control means (104, 106) for controlling the engine in such a manner that, when the engine state determination means determines that the state of the engine is in the restriction region, the saddle type vehicle is allowed to start in a state that the restricted maximum intake amount into the engine is kept constant, irrespective of the temperature of the engine. an engine temperature detection means for detecting a temperature of the engine; and an engine state determination means for determining based on the temperature detected by the engine temperature detection means whether or not a state of the engine is in a predetermined restriction region at which a maximum intake amount is to be restricted to a restricted maximum intake amount;
A dual-chip tray system used in a gaming table and storing gaming chips with a built-in RFID tags, the dual-chip tray comprising: a lower tray for storing the gaming chips; an upper tray for storing the gaming chips; wherein the upper tray is movably connected to the lower chip tray and moveable between a first position in which the upper tray is lapped over the lower tray, and a second position in which the upper tray is displaced from the lower tray to expose an upper surface of the lower tray; characterized by one or more RFID readers for determining the gaming chips stored in the upper tray and the lower tray, respectively, by reading the RFID tags of the gaming chips stored in the upper tray and the lower tray using at least one RFID antenna. a lower tray for storing the gaming chips; an upper tray for storing the gaming chips; wherein the upper tray is movably connected to the lower chip tray and moveable between a first position in which the upper tray is lapped over the lower tray, and a second position in which the upper tray is displaced from the lower tray to expose an upper surface of the lower tray; characterized by one or more RFID readers for determining the gaming chips stored in the upper tray and the lower tray, respectively, by reading the RFID tags of the gaming chips stored in the upper tray and the lower tray using at least one RFID antenna.