mhurhangee/ep-ind-claims huggingface dataset:
A method for creating a virtual network (241, 243, 245), the method comprising: converting a virtual network identifier to an Infiniband multicast group identifier at a first server; sending an InfiniBand multicast message over an InfiniBand fabric, the Infiniband fabric including the first server, a second server, and a third server, wherein communications between the first server, the second server, and the third server comprise Ethernet packets encapsulated for transmission over the InfiniBand fabric, wherein a network entity receives the InfiniBand multicast message and determines whether the first server is a first member of a multicast group corresponding to a virtual network and adds a port to a multicast group; creating a virtual network interface card, VNIC, corresponding to the virtual network identifier to allow creation of the virtual network corresponding to the virtual network identifier. converting a virtual network identifier to an Infiniband multicast group identifier at a first server; sending an InfiniBand multicast message over an InfiniBand fabric, the Infiniband fabric including the first server, a second server, and a third server, wherein communications between the first server, the second server, and the third server comprise Ethernet packets encapsulated for transmission over the InfiniBand fabric, wherein a network entity receives the InfiniBand multicast message and determines whether the first server is a first member of a multicast group corresponding to a virtual network and adds a port to a multicast group; creating a virtual network interface card, VNIC, corresponding to the virtual network identifier to allow creation of the virtual network corresponding to the virtual network identifier.
Hanging system for producing a stretched suspended ceiling comprising: - a first profile member forming a profile member for fastening to a wall, comprising a wall provided with at least one air passage opening, - a second profile member, separate and independent of the first profile member, which is capable of being releasably mounted on the fastening profile member, and - means for blocking the second profile member in position on the first profile member when the latter is mounted on said first profile member, the second profile member being a rail for hanging at least one stretched fabric, on which said at least one stretched fabric is hung, the fastening profile member forming the first profile member and the rail forming the second profile member comprising, respectively, projecting from a wall, mutual mating means allowing the rail with the fastening profile member to be assembled by interlocking, the rail being mounted so as to be suspended on the fastening profile member, the blocking means comprising at least one bolster-forming element positioned between the fastening profile member and the rail, characterized in that the mutual mating means are hook-forming elements which are positioned head to tail with respect to each other when the rail is mounted on the fastening profile member. - a first profile member forming a profile member for fastening to a wall, comprising a wall provided with at least one air passage opening, - a second profile member, separate and independent of the first profile member, which is capable of being releasably mounted on the fastening profile member, and - means for blocking the second profile member in position on the first profile member when the latter is mounted on said first profile member, the second profile member being a rail for hanging at least one stretched fabric, on which said at least one stretched fabric is hung, the fastening profile member forming the first profile member and the rail forming the second profile member comprising, respectively, projecting from a wall, mutual mating means allowing the rail with the fastening profile member to be assembled by interlocking, the rail being mounted so as to be suspended on the fastening profile member, the blocking means comprising at least one bolster-forming element positioned between the fastening profile member and the rail, characterized in that the mutual mating means are hook-forming elements which are positioned head to tail with respect to each other when the rail is mounted on the fastening profile member.
A silver-silver chloride electrode comprising: silver powder; silver chloride powder; hydrophilic silica powder; and silicone rubber as a binder in which silver powder, silver chloride powder and hydrophilic silica powder are dispersed, characterized in that the silver-silver chloride electrode contains a large amount of chloride and sodium ions by being treated by immersion in a 10 wt% sodium chloride aqueous solution such that a current density of a current flowing through an electric circuit is equal to or greater than 7.61 μA/mm 2 after 5 minutes from the beginning of application of a voltage to the electric circuit when the electric circuit in which two silver-silver chloride electrodes and a phosphate buffered saline are connected in series is made up of the two silver-silver chloride electrodes and the phosphate buffered saline containing no calcium and no magnesium interposed between the two silver-silver chloride electrodes, wherein the voltage is 0.3 Volts. silver powder; silver chloride powder; hydrophilic silica powder; and silicone rubber as a binder in which silver powder, silver chloride powder and hydrophilic silica powder are dispersed, characterized in that the silver-silver chloride electrode contains a large amount of chloride and sodium ions by being treated by immersion in a 10 wt% sodium chloride aqueous solution such that a current density of a current flowing through an electric circuit is equal to or greater than 7.61 μA/mm 2 after 5 minutes from the beginning of application of a voltage to the electric circuit when the electric circuit in which two silver-silver chloride electrodes and a phosphate buffered saline are connected in series is made up of the two silver-silver chloride electrodes and the phosphate buffered saline containing no calcium and no magnesium interposed between the two silver-silver chloride electrodes, wherein the voltage is 0.3 Volts.
Method for controlling a rechargeable battery on a power tool, wherein the rechargeable battery contains a first data interface and a wake-up circuit to activate control electronics of the rechargeable battery, and the power tool contains a second data interface and a controller, and wherein the data interfaces (19, 29) have a first and a second communication line (31, 32) for differential communication between the rechargeable battery and the power tool, characterized by the method steps of - setting the control electronics of the rechargeable battery to a deactivation mode, with the result that no current flows from the rechargeable battery into the control electronics and to the power tool; - transmitting at least one signal from the power tool to the rechargeable battery via the first and second communication lines (31, 32); - activating the wake-up circuit to activate control electronics by detecting a voltage value from the first or second communication line (31, 32), the voltage value corresponding to either the dominant or the recessive state of the first or second communication line (31, 32); - setting the control electronics of the rechargeable battery to an activation mode by means of the wake-up circuit; and - enabling current to be drawn from the rechargeable battery by the power tool. - setting the control electronics of the rechargeable battery to a deactivation mode, with the result that no current flows from the rechargeable battery into the control electronics and to the power tool; - transmitting at least one signal from the power tool to the rechargeable battery via the first and second communication lines (31, 32); - activating the wake-up circuit to activate control electronics by detecting a voltage value from the first or second communication line (31, 32), the voltage value corresponding to either the dominant or the recessive state of the first or second communication line (31, 32); - setting the control electronics of the rechargeable battery to an activation mode by means of the wake-up circuit; and - enabling current to be drawn from the rechargeable battery by the power tool.
A system consisting of a measuring device for measuring a water-filled structure, a holding device (24, 24', 24") located on land next to the structure, and a tachymeter, wherein the measuring device comprises a rod-shaped sensor support having a first end arranged below the water surface in the state of use of the measuring device and a second end arranged above the water surface in the state of use of the measuring device, wherein at least one measuring sensor is arranged at the first end of the sensor support for measuring the structure by recording measuring data, wherein the measuring device further comprises an acceleration sensor and a GNSS receiver for receiving GNSS signals from satellites of a global navigation satellite system, wherein the tachymeter is located on land and is directed towards the measuring device, wherein the system further comprises a control unit which is designed to ascertain a current position and/or orientation of the measuring device on the basis of measurement data of the acceleration sensor, on the basis of the GNSS signals received by the GNSS receiver, and on the basis of measurement data recorded by the tachymeter and to assign said current position and/or orientation to the measuring data, wherein the holding apparatus is designed to hold the measuring device in the state of use.
Disinfectant comprising peracetic acid, characterized in that the disinfectant is surfactant-free and comprises as a wetting agent at least one polymer which has cationic dissociable groups or a combination of cationic and anionic dissociable groups.
A battery monitoring device for monitoring a cell group made by connecting a plurality of single battery cells in series, comprising: a reference voltage generation circuit (500A-500D) configured to generate a variable reference voltage; a switching circuit configured to select, as a measurement target voltage, any one of a plurality of voltages including the cell voltages of the single battery cells in the cell group and the variable reference voltage; and an AD converter configured to measure the measurement target voltage which is selected by the switching circuit, and output a digital signal according to the measurement result; the reference voltage generation circuit includes a voltage reference configured to generate a reference voltage which changes within a predetermined voltage range depending on the elapse of time, characterized in that the voltage reference includes an oscillator configured to change the reference voltage periodically. a reference voltage generation circuit (500A-500D) configured to generate a variable reference voltage; a switching circuit configured to select, as a measurement target voltage, any one of a plurality of voltages including the cell voltages of the single battery cells in the cell group and the variable reference voltage; and an AD converter configured to measure the measurement target voltage which is selected by the switching circuit, and output a digital signal according to the measurement result; the reference voltage generation circuit includes a voltage reference configured to generate a reference voltage which changes within a predetermined voltage range depending on the elapse of time, characterized in that the voltage reference includes an oscillator configured to change the reference voltage periodically.
A content delivery network comprising: a proxy cache device (114, 220) in communication with a telecommunications network (106, 102), the telecommunications network (106, 102) configured to transmit a request for a content file from a user device connected to the telecommunications network (106, 102) to the proxy cache device (114, 220); and a plurality of edge servers (112, 212, 214) in communication with the proxy cache device (114, 220) through a local network, each of the plurality of edge servers (112, 212, 214) configured to obtain the content file in response to receiving the request for the content file and cache the obtained content file; wherein the proxy cache device (114, 220) is further configured to calculate a hash value based at least on the request for the content file, select a first edge server from the plurality of edge servers (112, 212, 214) based at least on the calculated hash value, wherein the selected first edge server is associated with the calculated hash value, and transmit the request for the content file to the selected first edge server, wherein the proxy cache device (114, 220) is further configured to store the content file in a local storage, wherein each hash value is associated with one of the plurality of edge servers (112, 212, 214). a proxy cache device (114, 220) in communication with a telecommunications network (106, 102), the telecommunications network (106, 102) configured to transmit a request for a content file from a user device connected to the telecommunications network (106, 102) to the proxy cache device (114, 220); and a plurality of edge servers (112, 212, 214) in communication with the proxy cache device (114, 220) through a local network, each of the plurality of edge servers (112, 212, 214) configured to obtain the content file in response to receiving the request for the content file and cache the obtained content file; wherein the proxy cache device (114, 220) is further configured to calculate a hash value based at least on the request for the content file, select a first edge server from the plurality of edge servers (112, 212, 214) based at least on the calculated hash value, wherein the selected first edge server is associated with the calculated hash value, and transmit the request for the content file to the selected first edge server, wherein the proxy cache device (114, 220) is further configured to store the content file in a local storage, wherein each hash value is associated with one of the plurality of edge servers (112, 212, 214).
Smart textile composite for energy harvesting comprising: - at least one conductive layer of electrically conductive textile fabrics, - at least one intermediate layer of textile fabrics with triboelectric properties, wherein the at least one conductive layer and the at least one intermediate layer are attached to each other in a way so that there is a gap between the layers (1, 3) of the smart textile composite, characterized in that the at least one conductive layer comprises knitted, embroidered, woven or non-woven fabric, wherein the fabric comprises a conductive thread. - at least one conductive layer of electrically conductive textile fabrics, - at least one intermediate layer of textile fabrics with triboelectric properties, wherein the at least one conductive layer and the at least one intermediate layer are attached to each other in a way so that there is a gap between the layers (1, 3) of the smart textile composite,
A medical injection device for guiding liquid having switchable mechanical properties, comprising a hollow tube section having an inner bore, wherein the hollow tube section at least partially is made of a material exhibiting switchable mechanical properties such that the material in a first switching state comprises a first stiffness characterized by a first tensile storage modulus (E'), in a second switching state comprises a second stiffness characterized by a second tensile storage modulus (E') smaller than the first tensile storage modulus and is switchable from the first switching state to the second switching state by exposing the material to a stimulus, characterized in that said material comprises a polymer nanocomposite comprising - a matrix polymer and - a nanoparticle network, wherein the nanoparticle network is formed by a formation of a substantially three-dimensional network of nanoparticles which are incorporated in the matrix polymer and interact with each other and/or with the matrix polymer, wherein said nanoparticles comprise nanofibers, and wherein said stimulus influences interactions among the nanoparticles and/or between the nanoparticles and the matrix polymer. - a matrix polymer and - a nanoparticle network, wherein the nanoparticle network is formed by a formation of a substantially three-dimensional network of nanoparticles which are incorporated in the matrix polymer and interact with each other and/or with the matrix polymer,
A method of generating a purified sample comprising: a) mixing an initial sample containing a population of HDL molecules and non-HDL biomolecules with a population of HDL tagging molecules to generate a mixed sample, wherein said HDL molecules each comprise: i) an HDL lipophilic core and ii) a plurality of HDL lipoproteins, and wherein said HDL tagging molecules each comprise: i) an HDL lipophilic core binding peptide, and ii) an affinity tag; b) incubating said mixed sample such that at least some of said HDL tagging molecules bind to at least some of said HDL molecules thereby generating a population of tagged HDL molecules; and c) purifying at least a portion of said population of tagged HDL molecules away from said non-HDL biomolecules to generate a purified sample, wherein said purifying comprises contacting said mixed sample with a population of capture molecules that are specific for said affinity tag. a) mixing an initial sample containing a population of HDL molecules and non-HDL biomolecules with a population of HDL tagging molecules to generate a mixed sample, wherein said HDL molecules each comprise: i) an HDL lipophilic core and ii) a plurality of HDL lipoproteins, and wherein said HDL tagging molecules each comprise: i) an HDL lipophilic core binding peptide, and ii) an affinity tag; b) incubating said mixed sample such that at least some of said HDL tagging molecules bind to at least some of said HDL molecules thereby generating a population of tagged HDL molecules; and c) purifying at least a portion of said population of tagged HDL molecules away from said non-HDL biomolecules to generate a purified sample, wherein said purifying comprises contacting said mixed sample with a population of capture molecules that are specific for said affinity tag.
Shears, particularly transverse dividing shears, for cutting flat material, comprising an upper knife carrier and a lower knife carrier, wherein at least the upper knife carrier or the lower knife carrier is guided to be movable upwardly and downwardly and is movable relative to the respective other knife carrier (3, 2) by at least one adjusting device, wherein the adjusting device (4, 5) is constructed so that it accepts all cutting forces, characterised in that the upper knife carrier and the lower knife carrier are connected together solely by the adjusting device (4, 5), the movable knife carrier (2, 3) is guided by means of the adjusting device (4, 5) and the adjusting device (4, 5) is constructed in such a way that it also accepts all transverse forces and the adjusting device is constructed as hydraulic cylinders and comprises exactly two such hydraulic cylinders, wherein the upper knife carrier and the lower knife carrier are of elongate construction and the hydraulic cylinders are mounted at the respective ends of the knife carriers (2, 3), wherein the respective piston rods of the hydraulic cylinders are connected with the upper knife carrier.
A method of communicating one or more data packets (210; 520) within a data communication network, said network comprising a plurality of communication nodes (30a, 30b, 30c, 40), wherein a first nodal set (30a, 30b, 30c) comprises of a plurality of communication nodes wherein the communication nodes are access points (30, 30b, 30c,) which are operable to communicate via a communication medium with a second nodal set comprising at least one communication node wherein the at least one communication node is a mobile station node, wherein the method comprises steps of: a) mutually synchronizing together two or more nodes of said first nodal set as mutually cooperating access point nodes, wherein the two or more nodes of said first nodal set are all mutually synchronized to one source that comprises the at least one communication node of the second nodal set, in response to receiving a data packet from the communication node of the second nodal set, wherein mutual synchronization of the cooperating access point nodes is maintained for a time duration extending beyond reception of the data packet to included transmission of an entire subsequent one or more response data packets; and b) simultaneously in a synchronized manner transmitting said one or more data packets from the mutually synchronized two or more nodes of said first nodal set via said communication medium for substantially simultaneous reception at said second nodal set. a) mutually synchronizing together two or more nodes of said first nodal set as mutually cooperating access point nodes, wherein the two or more nodes of said first nodal set are all mutually synchronized to one source that comprises the at least one communication node of the second nodal set, in response to receiving a data packet from the communication node of the second nodal set, wherein mutual synchronization of the cooperating access point nodes is maintained for a time duration extending beyond reception of the data packet to included transmission of an entire subsequent one or more response data packets; and b) simultaneously in a synchronized manner transmitting said one or more data packets from the mutually synchronized two or more nodes of said first nodal set via said communication medium for substantially simultaneous reception at said second nodal set.