mhurhangee/ep-ind-claims huggingface dataset:
A method for personalising a security applet installed on a first security element of a mobile terminal, using a first ID token and a personalisation server, wherein an ID application program is installed on the mobile terminal, to which the security applet is assigned, wherein first attributes of a user are stored in the first ID token, wherein the personalisation comprises: • establishing an encrypted communication channel between the mobile terminal and the personalisation server via a network, wherein the ID application program is used to establish the encrypted communication channel, • establishing a first encrypted subchannel between the first ID token and the personalisation server within the encrypted communication channel via the mobile terminal, wherein the ID application program is used to establish the first encrypted subchannel, • reading out one or more of the first attributes from the first ID token by the personalisation server via the first encrypted subchannel within the encrypted communication channel, • establishing a second encrypted subchannel between the security applet of the first security element and the personalisation server within the encrypted communication channel, wherein the ID application program is used to establish the second encrypted subchannel, • receiving, by the security applet of the first security element, the read-out first attributes from the personalisation server via the second encrypted subchannel within the encrypted communication channel, • storing the received first attributes by the security applet, wherein the ID application program is configured to use the first attributes to prove an identity of the user to another computer system. • establishing an encrypted communication channel between the mobile terminal and the personalisation server via a network, wherein the ID application program is used to establish the encrypted communication channel, • establishing a first encrypted subchannel between the first ID token and the personalisation server within the encrypted communication channel via the mobile terminal, wherein the ID application program is used to establish the first encrypted subchannel, • reading out one or more of the first attributes from the first ID token by the personalisation server via the first encrypted subchannel within the encrypted communication channel, • establishing a second encrypted subchannel between the security applet of the first security element and the personalisation server within the encrypted communication channel, wherein the ID application program is used to establish the second encrypted subchannel, • receiving, by the security applet of the first security element, the read-out first attributes from the personalisation server via the second encrypted subchannel within the encrypted communication channel, • storing the received first attributes by the security applet, wherein the ID application program is configured to use the first attributes to prove an identity of the user to another computer system.
A method performed by a network node for enabling a user equipment to communicate with the network node via a signal forwarding node (202a, 202b, 202c) using a pre-coding code book for multiple antenna transmission, the network node configured to be comprised in a network, the network further comprising the signal forwarding node (202a, 202b, 202c), the method comprising: generating the pre-coding code book based on measurements of a reference signal transmitted between the network node and the signal forwarding node (202a, 202b, 202c) by including in the pre-coding code book at least one pre-coding code word comprising one or more antenna beam-forming weights determined based on the measurements of the reference signal; and communicating, the pre-coding code book to the user equipment, such that the user equipment can receive the pre-coding code book and subsequently use said at least one pre-coding code word. generating the pre-coding code book based on measurements of a reference signal transmitted between the network node and the signal forwarding node (202a, 202b, 202c) by including in the pre-coding code book at least one pre-coding code word comprising one or more antenna beam-forming weights determined based on the measurements of the reference signal; and communicating, the pre-coding code book to the user equipment, such that the user equipment can receive the pre-coding code book and subsequently use said at least one pre-coding code word.
A protocol chart creation device configured to create a protocol chart for describing a process for a specimen, comprising an input unit configured to receive various inputs from a user and acquire a symbol selection in the protocol chart; an initial symbol arrangement unit configured to place, in the protocol chart, an initial symbol representing an initial state of a container for containing the specimen; a procedure line arrangement unit configured to place, in the protocol chart, a procedure line representing a process order for the container in a direction along a first axis from the initial symbol; a process symbol arrangement unit configured to place, in the protocol chart, a process symbol representing a process to be carried out on the container along the procedure line, and to place, when there are a plurality of processes to be carried out on one container, the process symbols representing the plurality of processes along the procedure line in the protocol chart; a separation unit configured to separate the initial symbols, the procedure lines, and the process symbols for different containers in a direction along a second axis intersecting the first axis; a process determination unit configured to determine whether or not the process to be carried out on the container indicates a change in volume of a material in the container; and an arrangement position setting unit configured to: set an placement position of the process symbol on the procedure line for the container when the process does not indicate a change in the volume; and set the placement position of the process symbol to a position separated from the procedure line for the container when the process indicates a change in the volume; a transfer line arrangement unit configured to place, when the process is transfer of the specimen between different containers, a transfer line along the second axis from the procedure line for a container to be a transfer source to the procedure line for a container to be a transfer destination in association with the process symbol representing the process; and a highlight displaying unit configured to highlight, upon selection of one of the initial symbol and process symbol through the input unit, when the transfer line for the procedure line for the selected one of the initial symbol and process symbol is arranged in the protocol chart, a symbol corresponding to the process order before the transfer line for the container to be the transfer source and a symbol corresponding to the process order after the transfer line for the container to be the transfer destination. set an placement position of the process symbol on the procedure line for the container when the process does not indicate a change in the volume; and set the placement position of the process symbol to a position separated from the procedure line for the container when the process indicates a change in the volume;
A coupling device for recovering an unmanned ship, the coupling device comprising: a coupling unit, which is configured to be lifted and lowered by being connected to a crane provided in a mother ship, and is formed to be long such that one side thereof selectively protrudes expansively along a circumference thereof; an accommodation unit provided in the unmanned ship, and having a vertically communicating coupling hole such that at least a portion of the coupling unit is inserted therein; a guide unit configured to perform guiding such that the coupling unit is coupled to the accommodation unit, and including a towing line formed to be long so as to be coupled to the coupling unit in a state in which one side thereof passes through the coupling hole, and a winch connected to the other side of the towing line and configured to selectively wind or unwind the towing line; a launcher provided in the unmanned ship and configured to move one end of the towing line to the mother ship for coupling the towing line to the coupling unit; and a control unit including a sensing part configured to sense a tension applied to the towing line by a driving of the winch, and a control part configured to loosen the towing line to reduce the intensity of the tension applied to the towing line to be the pre-set value or less, when the intensity of the tension applied to the towing line rapidly increases beyond the pre-set value. a coupling unit, which is configured to be lifted and lowered by being connected to a crane provided in a mother ship, and is formed to be long such that one side thereof selectively protrudes expansively along a circumference thereof; an accommodation unit provided in the unmanned ship, and having a vertically communicating coupling hole such that at least a portion of the coupling unit is inserted therein; a guide unit configured to perform guiding such that the coupling unit is coupled to the accommodation unit, and including a towing line formed to be long so as to be coupled to the coupling unit in a state in which one side thereof passes through the coupling hole, and a winch connected to the other side of the towing line and configured to selectively wind or unwind the towing line; a launcher provided in the unmanned ship and configured to move one end of the towing line to the mother ship for coupling the towing line to the coupling unit; and a control unit including a sensing part configured to sense a tension applied to the towing line by a driving of the winch, and a control part configured to loosen the towing line to reduce the intensity of the tension applied to the towing line to be the pre-set value or less, when the intensity of the tension applied to the towing line rapidly increases beyond the pre-set value.
A non-transitory machine-readable storage medium comprising instructions executable by a processing resource to: acquire a request for a voltage from a sink; determine whether the voltage is to be supplied from a battery of a source; determine a bounded voltage range to supply to the sink according to the request for voltage and a state of the battery of the source, wherein the bounded voltage range comprises a minimum voltage value and a maximum voltage value to supply to the sink; and where an output voltage of the battery of the source is outside the bounded voltage range, cause a converter to convert the output voltage of the battery to be within the bounded voltage range. acquire a request for a voltage from a sink; determine whether the voltage is to be supplied from a battery of a source; determine a bounded voltage range to supply to the sink according to the request for voltage and a state of the battery of the source, wherein the bounded voltage range comprises a minimum voltage value and a maximum voltage value to supply to the sink; and where an output voltage of the battery of the source is outside the bounded voltage range, cause a converter to convert the output voltage of the battery to be within the bounded voltage range.
A method of attaching a mesh to a loop member, wherein the loop member along with the attached mesh is configured to be collapsible by retracting the loop member and attached mesh into a lumen of a sheath and expandable to said shape by extending the loop member and attached mesh out of said sheath, the method comprising the steps of: manipulating a wire to form a loop member having a shape, wherein the wire is of a first material; applying a layer of adhesive to the loop member; placing the mesh over the loop member, wherein the mesh is of a second material, wherein the mesh at least partially covers a circumference of the loop member and, characterised in that portions of the mesh extend beyond a circumference of the loop member; the method further comprising the steps of exposing the adhesive to an energy source while the mesh is positioned over the loop member; allowing the mesh to bond with said adhesive; and trimming said portions of the mesh extending beyond the circumference of the loop member. manipulating a wire to form a loop member having a shape, wherein the wire is of a first material; applying a layer of adhesive to the loop member; placing the mesh over the loop member, wherein the mesh is of a second material, wherein the mesh at least partially covers a circumference of the loop member and, characterised in that portions of the mesh extend beyond a circumference of the loop member; the method further comprising the steps of exposing the adhesive to an energy source while the mesh is positioned over the loop member; allowing the mesh to bond with said adhesive; and trimming said portions of the mesh extending beyond the circumference of the loop member.
Device for measuring the temperature of the beam (3e1), vibrating according to a flexural mode, of a vibrating beam sensor, comprising an additional element that vibrates according to a different mode and the resonance frequency of which, as a function of the temperature, is known, said resonance frequency being substantially different from that of the beam, characterised in that said element is a resonator vibrating torsionally in resonance mode and having a torsional vibration node, said node being its zone of fixing in the vicinity of the middle of the length of the vibrating beam, said fixing allowing heat transfers between the resonator and the beam, by virtue of which the frequency of the resonator and the variations in that frequency are representative of the mean temperature T of the beam and of the variations in that temperature T, respectively.
A stable aqueous composition of matter comprising a protein and a polyoxyethylene sorbitan, wherein said POE sorbitan is present at a concentration of from about 150 ppm to 10,000 ppm, and wherein said composition is free of polysorbate.
Pipe seal for sealing a bell-and-spigot joint between a first pipe and a second pipe, said pipe seal comprising a carrier member and a sealing member attached to the carrier member, wherein the carrier member and the sealing member are of annular shape and comprise exterior surfaces (16, 18) for contacting a surface of a groove of the first pipe, wherein the carrier member and the sealing member comprise interior surfaces (20, 22) for contacting a surface of a second pipe, wherein the carrier member comprises at least one retaining insert for gripping the second pipe, wherein the retaining insert comprises a grip portion for retaining the second pipe, and wherein the grip portion comprises serration means for retaining the second pipe, characterized in that the retaining insert comprises an attachment portion for attachment to the carrier member and in that the retaining insert is rotatably mounted at the carrier member.
A device to approximate multiple tissue edges (70a, 70b), the device comprising: a clip; and an elongate member, wherein the elongate member connects the clip to an actuation device attached to a proximal end of the elongate member; wherein the clip is attached to a distal end of the elongate member and configured to be delivered to an access site through a working lumen of an endoscope, wherein the clip comprises: a plurality of jaws (142a, 142b) each having a proximal first end and a distal second end, the plurality of jaws (142a, 142b) being coupled at the first ends; and a fixed element located between the jaws (142a, 142b), wherein each jaw (142a, 142b) may be moved with respect to the fixed element from an open configuration to a closed configuration, the open configuration being a configuration where the second end of the jaw (142a, 142b) is located away from the fixed element and the closed configuration being a configuration where the second end of the jaw (142a, 142b) mates with the fixed element to grasp one or more tissue edges (70a, 70b) between the jaw (142a, 142b) and the fixed element; wherein the clip is configured to be released from the elongate member. a clip; and an elongate member, wherein the elongate member connects the clip to an actuation device attached to a proximal end of the elongate member; wherein the clip is attached to a distal end of the elongate member and configured to be delivered to an access site through a working lumen of an endoscope, wherein the clip comprises: a plurality of jaws (142a, 142b) each having a proximal first end and a distal second end, the plurality of jaws (142a, 142b) being coupled at the first ends; and a fixed element located between the jaws (142a, 142b), wherein each jaw (142a, 142b) may be moved with respect to the fixed element from an open configuration to a closed configuration, the open configuration being a configuration where the second end of the jaw (142a, 142b) is located away from the fixed element and the closed configuration being a configuration where the second end of the jaw (142a, 142b) mates with the fixed element to grasp one or more tissue edges (70a, 70b) between the jaw (142a, 142b) and the fixed element; wherein the clip is configured to be released from the elongate member. a plurality of jaws (142a, 142b) each having a proximal first end and a distal second end, the plurality of jaws (142a, 142b) being coupled at the first ends; and a fixed element located between the jaws (142a, 142b), wherein each jaw (142a, 142b) may be moved with respect to the fixed element from an open configuration to a closed configuration, the open configuration being a configuration where the second end of the jaw (142a, 142b) is located away from the fixed element and the closed configuration being a configuration where the second end of the jaw (142a, 142b) mates with the fixed element to grasp one or more tissue edges (70a, 70b) between the jaw (142a, 142b) and the fixed element; wherein the clip is configured to be released from the elongate member.
A bottom ring (320, 420, 520, 704, 708, 712, 804, 808, 812, 1004) configured to support a moveable edge ring, wherein the edge ring (324, 424, 524, 526) is configured to be raised and lowered relative to a substrate support, the bottom ring comprising: an upper surface, wherein the upper surface is stepped; an annular inner diameter; an annular outer diameter; a lower surface; and a plurality of vertical guide channels (328, 428, 528, 728, 836, 1028) provided through the bottom ring from the lower surface to the upper surface of the bottom ring, wherein each of the guide channels includes a first region (734, 842, 1036) having a smaller diameter than the guide channel (328, 428, 528, 728, 836, 1028), and wherein the guide channels (328, 428, 528, 728, 836, 1028) are configured to receive respective lift pins (332, 432, 532, 612, 732, 840) for raising and lowering the edge ring, and further comprising a guide feature (348, 460, 544, 740, 748) extending upward from the upper surface of the bottom ring. an upper surface, wherein the upper surface is stepped; an annular inner diameter; an annular outer diameter; a lower surface; and a plurality of vertical guide channels (328, 428, 528, 728, 836, 1028) provided through the bottom ring from the lower surface to the upper surface of the bottom ring, wherein each of the guide channels includes a first region (734, 842, 1036) having a smaller diameter than the guide channel (328, 428, 528, 728, 836, 1028), and wherein the guide channels (328, 428, 528, 728, 836, 1028) are configured to receive respective lift pins (332, 432, 532, 612, 732, 840) for raising and lowering the edge ring, and further comprising a guide feature (348, 460, 544, 740, 748) extending upward from the upper surface of the bottom ring.
A suspension for a vehicle seat, to move a seat portion of the vehicle seat upward and downward relative to a neutral position, the suspension comprising: a damper configured to provide damping primarily when moved in a first direction corresponding to extension or compression of the damper; and a linkage secured to the damper and configured to be secured between a support member of the suspension and a base of the suspension; characterised in that the linkage is configured to cause the damper to move in the first direction when the seat portion is moved upward from the neutral position and when the seat portion is moved downward from the neutral position. a damper configured to provide damping primarily when moved in a first direction corresponding to extension or compression of the damper; and a linkage secured to the damper and configured to be secured between a support member of the suspension and a base of the suspension; characterised in that the linkage is configured to cause the damper to move in the first direction when the seat portion is moved upward from the neutral position and when the seat portion is moved downward from the neutral position.
A map distribution server configured to produce automotive navigation map data for automotive navigation systems, wherein an automotive navigation map is represented by network data in which roads are expressed with links and intersections are expressed with nodes, and wherein the automotive navigation map data has a multilevel structure in which the links are associated with one another among the minutest level and upper levels which are different from the minutest level in scale, characterized by a lowermost-level difference translation unit configured to produce relational database form difference data of the minutest level by using, as original data, old and new map data of the minutest level which are of an RDB-form; and an upper-level difference translation unit configured to produce difference data of levels of the multilevel structure, which are above the minutest level, on the basis of data into which the RDB-form of the difference data of the minutest level is translated and on the basis of information on a relationship of association among the links of the levels of the automotive navigation map data, and to integrate the resultant difference data so as to produce final map difference data for the automotive navigation map.