mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: detecting that a first virtual port channel peer is down, the first virtual port channel peer being paired with a second virtual port channel peer to create a virtual port channel having a virtual address, wherein an endpoint host is configured to communicate with a network via the virtual port channel; setting a reachability cost for the first virtual port channel peer with regards to the virtual address to an inflated value , wherein the inflated value is an artificial reachability cost greater than an original cost metric such that the network is configured to prefer to route a packet, addressed to the virtual address, to the second virtual port channel peer instead of the first virtual port channel peer when the reachability cost for the first virtual port channel peer with regards to the virtual address is set to the inflated value; performing, at the first virtual port channel peer, a synchronization of virtual port channel state information with the second virtual port channel peer ; and upon completion of the synchronization, lowering the reachability cost for the first virtual port channel peer . detecting that a first virtual port channel peer is down, the first virtual port channel peer being paired with a second virtual port channel peer to create a virtual port channel having a virtual address, wherein an endpoint host is configured to communicate with a network via the virtual port channel; setting a reachability cost for the first virtual port channel peer with regards to the virtual address to an inflated value , wherein the inflated value is an artificial reachability cost greater than an original cost metric such that the network is configured to prefer to route a packet, addressed to the virtual address, to the second virtual port channel peer instead of the first virtual port channel peer when the reachability cost for the first virtual port channel peer with regards to the virtual address is set to the inflated value; performing, at the first virtual port channel peer, a synchronization of virtual port channel state information with the second virtual port channel peer ; and upon completion of the synchronization, lowering the reachability cost for the first virtual port channel peer .
A computer-readable non-transitory storage medium having computer program instructions encoded thereon that, in response to execution, cause a computing device to perform operations comprising: displaying, on a display device, selectable visual elements indicative of respective options to communicate with a destination device that facilitates a safety service within a pre-defined coverage area ; receiving input information including a selection of a first selectable visual element of the selectable visual elements, the first selectable visual element indicative of a first type of communication with the destination device, the input information further including login information associated with a previously-established user account on a remote computing device ; sending, to the remote computing device , a request to establish a connection with the destination device , the request including the login information and first information indicative of a location of the computing device ; receiving, from the remote computing device , a response message including second information indicative of a communication address of a first server device functionally coupled to the destination device ; initiating a connection with the first server device using the communication address; and initiating, by the first server device , a connection with the destination device when the computing device is within the pre-defined coverage area . displaying, on a display device, selectable visual elements indicative of respective options to communicate with a destination device that facilitates a safety service within a pre-defined coverage area ; receiving input information including a selection of a first selectable visual element of the selectable visual elements, the first selectable visual element indicative of a first type of communication with the destination device, the input information further including login information associated with a previously-established user account on a remote computing device ; sending, to the remote computing device , a request to establish a connection with the destination device , the request including the login information and first information indicative of a location of the computing device ; receiving, from the remote computing device , a response message including second information indicative of a communication address of a first server device functionally coupled to the destination device ; initiating a connection with the first server device using the communication address; and initiating, by the first server device , a connection with the destination device when the computing device is within the pre-defined coverage area .
A random bit generator comprising: a voltage source configured to provide a scan voltage (VS) during enroll operations; a bit data cell comprising: a first transistor having a first terminal coupled to a first bit line (BL1), a second terminal coupled to the voltage source , and a control terminal; and a second transistor having a first terminal coupled to a second bit line (BL2), a second terminal coupled to the voltage source , and a control terminal; and a sensing control circuit coupled to the first bit line (BL1) and the second bit line (BL2), and configured to output a random bit according to currents generated through the first transistor and the second transistor during an enroll operation of the bit data cell ; characterized in that the voltage source is configured to cause, during the enroll operation of the bit data cell , the scan voltage (VS) to start to increase from a default voltage and to stop increasing when the sensing control circuit outputs the random bit. a voltage source configured to provide a scan voltage (VS) during enroll operations; a bit data cell comprising: a first transistor having a first terminal coupled to a first bit line (BL1), a second terminal coupled to the voltage source , and a control terminal; and a second transistor having a first terminal coupled to a second bit line (BL2), a second terminal coupled to the voltage source , and a control terminal; and a first transistor having a first terminal coupled to a first bit line (BL1), a second terminal coupled to the voltage source , and a control terminal; and a second transistor having a first terminal coupled to a second bit line (BL2), a second terminal coupled to the voltage source , and a control terminal; and a sensing control circuit coupled to the first bit line (BL1) and the second bit line (BL2), and configured to output a random bit according to currents generated through the first transistor and the second transistor during an enroll operation of the bit data cell ; characterized in that the voltage source is configured to cause, during the enroll operation of the bit data cell , the scan voltage (VS) to start to increase from a default voltage and to stop increasing when the sensing control circuit outputs the random bit.
A hair transplanter comprising: a needle channel bundle comprising a center shaft , and a plurality of needle channels coupled to an outer circumference of the center shaft to be slidable up and down; a first spring configured to push down and move forward one of the plurality of needle channels ; and wherein each of the needle channels comprises a body portion having a tubular inner space, a needle coupled to a lower portion of the body portion, and a core shaft disposed in the tubular inner space to be slidable, characterized in that a second spring configured to retract the needle channel in an upward direction, the hair transplanter further comprising a core shaft locking portion which temporarily fixes a position of the core shaft of the needle channel which moves forward by the first spring, wherein, in the state where the core shaft locking portion temporarily fixes the position of the core shaft of the needle channel which moves forward, the hair transplanter is configured to push down the core shaft locking portion by a predetermined distance and to further move forward the core shaft by a predetermined distance. a needle channel bundle comprising a center shaft , and a plurality of needle channels coupled to an outer circumference of the center shaft to be slidable up and down; a first spring configured to push down and move forward one of the plurality of needle channels ; and wherein each of the needle channels comprises a body portion having a tubular inner space, a needle coupled to a lower portion of the body portion, and a core shaft disposed in the tubular inner space to be slidable, characterized in that a second spring configured to retract the needle channel in an upward direction, the hair transplanter further comprising a core shaft locking portion which temporarily fixes a position of the core shaft of the needle channel which moves forward by the first spring,
Method for adjusting a driving mode of a motor vehicle which is driven by at least one electric engine , wherein several stages of a recuperation mode and a coasting mode are provided for the driving mode, wherein a first operating stage or a second operating stage is carried out with an operating element , wherein a stage of the recuperation mode is raised when the first operating stage is carried out respectively once using the operating element , wherein a higher stage of the recuperation mode, which is higher than a lowest stage of the recuperation mode, is set by carrying out several times the first operating stage using the operating element , characterized in that , when the second operating stage is carried out using the operating element starting from the set higher stage of the recuperation mode, the coasting mode is directly set, wherein the operating element has only one selection switch , with which a first movement, connected to the first operating stage, and a second movement, connected with the second operating stage, are carried out, wherein the higher stage for the recuperation mode is selected and set when the first movement is carried out several times, and wherein the coasting mode is selected and set when the second movement is carried out only once.
Light-emitting signalling device (6; 106) intended to be placed behind a glazing unit (4; 104) of a motor-vehicle rear window, the device comprising: - a location for at least one light source (12; 112) able to emit light rays; - an optical system (14, 16; 114, 116) able to deviate the light rays emitted by the one or more light sources (12; 112) so as to make them converge to a point or a segment (18; 118) and to form a light beam that is divergent along an optical axis of the device; - a mask (22, 24; 122, 124) extending from the point or segment of convergence , in the direction of the light beam; - a transparent or translucent element (20; 120) extending transversely to the optical axis (26; 126) level with the point or segment of convergence (18; 118), allowing unfocused light rays to be scattered and, thus, the light beam produced to be completed, characterized in that the mask comprises at least one, and preferably a plurality of opaque walls (22, 24; 122, 124) extending in the direction of the light beam from the point or segment of convergence (18; 118), so as to position the point or segment of convergence (18; 118) at a distance from the glazing unit (4; 104) and in that the transparent or translucent element (20; 120) comprises a grained front face (20 2 ; 120 3 , 120 4 ), said graining preferably having an R a roughness greater than or equal to 1 μm. - a location for at least one light source (12; 112) able to emit light rays; - an optical system (14, 16; 114, 116) able to deviate the light rays emitted by the one or more light sources (12; 112) so as to make them converge to a point or a segment (18; 118) and to form a light beam that is divergent along an optical axis of the device; - a mask (22, 24; 122, 124) extending from the point or segment of convergence , in the direction of the light beam; - a transparent or translucent element (20; 120) extending transversely to the optical axis (26; 126) level with the point or segment of convergence (18; 118), allowing unfocused light rays to be scattered and, thus, the light beam produced to be completed,
A method for producing a low-viscosity cellulose ether product, comprising the steps: (i) providing at least one water-moist cellulose ether starting material, wherein the cellulose ether starting material is hydroxypropyl cellulose (HPC), (ii) adding at least one oxidising agent to the cellulose ether starting material from step (i) under shear, (iii) treating the mixture obtained in step (ii) at temperatures in the range of 20-100 °C, preferably 70-100 °C, (iv) drying the mixture obtained in step (iii), and (v) adding at least one alkaline salt to the mixture obtained in step (iv) to obtain the low-viscosity cellulose ether product, the cellulose ether starting material having a higher solution viscosity than the cellulose ether product. (i) providing at least one water-moist cellulose ether starting material, wherein the cellulose ether starting material is hydroxypropyl cellulose (HPC), (ii) adding at least one oxidising agent to the cellulose ether starting material from step (i) under shear, (iii) treating the mixture obtained in step (ii) at temperatures in the range of 20-100 °C, preferably 70-100 °C, (iv) drying the mixture obtained in step (iii), and (v) adding at least one alkaline salt to the mixture obtained in step (iv) to obtain the low-viscosity cellulose ether product, the cellulose ether starting material having a higher solution viscosity than the cellulose ether product.
A vehicle seat configured to support an occupant in a sitting position, the seat comprising: a squab , a backrest , and an airbag unit; the airbag unit comprising an inflatable airbag provided in an initially rolled and/or folded airbag package , and an inflator actuable to direct inflating gas into the airbag to inflate the airbag into an inflated configuration; the airbag comprising a pair of inflatable chambers ; characterised in that said inflatable chambers are physically connected to one another via a connecting interface , and are fluidly isolated from one another; the airbag unit being mounted and configured such that, upon actuation of said inflator to inflate the airbag , said inflatable chambers inflate into respective deployed positions in which they: i) extend forwardly from respective opposing and laterally spaced-apart side regions of said backrest ; and ii) extend upwardly, and laterally inwardly across an uppermost region of the seat towards said connecting interface , so as to thereby cooperate to define an inflated shroud around at least an uppermost region of the backrest so as to extend over said sitting position and provide lateral protection to a said occupant of the seat in said sitting position.
A method for composing a service in wireless network, the method comprising: receiving , by a service composition function, SCF , a request from a first device , wherein the request is used to prescribe synthesized functionalities provided by one or more second devices to form a first logical device; generating, by the SCF, configuration information based on the request from a first device, wherein the configuration information specifies a set of actions and/or parameters for forming the first logical device, wherein the configuration information is decomposed into detailed configurations for each of the one or more second devices with logical relationships, interface parameters, and collaboration policies; and providing , by the SCF , the configuration information to each of the one or more second devices to form the first logical device. receiving , by a service composition function, SCF , a request from a first device , wherein the request is used to prescribe synthesized functionalities provided by one or more second devices to form a first logical device; generating, by the SCF, configuration information based on the request from a first device, wherein the configuration information specifies a set of actions and/or parameters for forming the first logical device, wherein the configuration information is decomposed into detailed configurations for each of the one or more second devices with logical relationships, interface parameters, and collaboration policies; and providing , by the SCF , the configuration information to each of the one or more second devices to form the first logical device.
A wearable nitric oxide generation system comprising: a housing configured to be wearable; a reactant gas flow path located in the housing, the reactant gas flow path configured to provide release of a pressurized reactant gas at specific flow rates to one or more plasma chambers; one or more electrodes located in the one or more plasma chambers configured to generate a product gas containing nitric oxide using a flow of the reactant gas through the one or more plasma chambers; a controller configured to regulate the amount of nitric oxide generated in the reactant gas; a disposable cartridge including one or more scavenger paths configured to remove NO 2 from the product gas generated by the one or more plasma chambers, and a connector to deliver the product gas to a patient delivery device; wherein the controller measures a resonant frequency of a high voltage circuit and controls a frequency and a duty cycle of an AC waveform to maximize excitation of the high voltage circuit; and wherein the resonant frequency is determined throughout a service life of the system to accommodate changes in environmental conditions, system wear, and/or manufacturing variance. a housing configured to be wearable; a reactant gas flow path located in the housing, the reactant gas flow path configured to provide release of a pressurized reactant gas at specific flow rates to one or more plasma chambers; one or more electrodes located in the one or more plasma chambers configured to generate a product gas containing nitric oxide using a flow of the reactant gas through the one or more plasma chambers; a controller configured to regulate the amount of nitric oxide generated in the reactant gas; a disposable cartridge including one or more scavenger paths configured to remove NO 2 from the product gas generated by the one or more plasma chambers, and a connector to deliver the product gas to a patient delivery device; wherein the controller measures a resonant frequency of a high voltage circuit and controls a frequency and a duty cycle of an AC waveform to maximize excitation of the high voltage circuit; and wherein the resonant frequency is determined throughout a service life of the system to accommodate changes in environmental conditions, system wear, and/or manufacturing variance.
External directional support device for the female urethra for abdominal efforts, characterised in that it comprises - a rectangular cushion comprising a rigid plate which keeps its flat shape, designed to be placed in front of the coccyx without covering the entire perineal area and held at some distance from the urinary orifice, the cushion being provided with a posterior strap and two anterior straps . - the plate is narrow so that it remains mobile between the side bony protrusions of the branches of the pubis and the ischia, - the plate is short, no longer than 2/3 the length of the perineum, leaving the anterior third of the perineum free and being blocked at the back by the bony support of the coccyx, - an abdominal belt with a rear attachment point and two front attachment points (42a, b) connected so as to be adjustable regarding the posterior strap and the two anterior straps to hold the rigid cushion against the posterior and lower area of the perineum leading from the coccyx. - a rectangular cushion comprising a rigid plate which keeps its flat shape, designed to be placed in front of the coccyx without covering the entire perineal area and held at some distance from the urinary orifice, the cushion being provided with a posterior strap and two anterior straps . - the plate is narrow so that it remains mobile between the side bony protrusions of the branches of the pubis and the ischia, - the plate is short, no longer than 2/3 the length of the perineum, leaving the anterior third of the perineum free and being blocked at the back by the bony support of the coccyx, - an abdominal belt with a rear attachment point and two front attachment points (42a, b) connected so as to be adjustable regarding the posterior strap and the two anterior straps to hold the rigid cushion against the posterior and lower area of the perineum leading from the coccyx.
A device for secure data transfer of an original data set comprising: a first module configured to: divide the original data set into a plurality of blocks (A, B, C, D, E, X), wherein at least two blocks in the plurality of blocks (A, B, C, D, E, X) have different sizes; and a cryptographic processor configured to encrypt the plurality of blocks (A, B, C, D, E, X); and a second module configured to: determine a plurality of data transfer slots, wherein the number of data transfer slots is based on a generated random number and variable with each transmission; insert the plurality of blocks (A, B, C, D, E, X) into the plurality of data transfer slots; and transfer the plurality of encrypted blocks (A, B, C, D, E, X) in random order from a source to one or more destinations via the plurality of data transfer slots. divide the original data set into a plurality of blocks (A, B, C, D, E, X), wherein at least two blocks in the plurality of blocks (A, B, C, D, E, X) have different sizes; and a cryptographic processor configured to encrypt the plurality of blocks (A, B, C, D, E, X); and a second module configured to: determine a plurality of data transfer slots, wherein the number of data transfer slots is based on a generated random number and variable with each transmission; insert the plurality of blocks (A, B, C, D, E, X) into the plurality of data transfer slots; and transfer the plurality of encrypted blocks (A, B, C, D, E, X) in random order from a source to one or more destinations via the plurality of data transfer slots. determine a plurality of data transfer slots, wherein the number of data transfer slots is based on a generated random number and variable with each transmission; insert the plurality of blocks (A, B, C, D, E, X) into the plurality of data transfer slots; and transfer the plurality of encrypted blocks (A, B, C, D, E, X) in random order from a source to one or more destinations via the plurality of data transfer slots.
An addition reaction-curable silicone emulsion composition comprising a water-soluble silane coupling agent (I), an organopolysiloxane (II) having two or more alkenyl groups in one molecule thereof, an organohydrogenpolysiloxane (III) having at least two hydrogen atoms directly bonded to a Si atom in one molecule thereof, and a polyvinyl alcohol, wherein the water-soluble silane coupling agent (I) has (i) one or more groups selected from among a succinic anhydride group and an ureido group, or the water-soluble silane coupling agent (I) is (ii) a co-hydrolysis product of a glycidoxyalkyltrialkoxysilane and a tetraalkylammonium salt substituted with a trialkoxysilane; and 1 part by mass or more of the water-soluble silane coupling agent (I) is contained relative to 100 parts by mass of the organopolysiloxane (II). the water-soluble silane coupling agent (I) has (i) one or more groups selected from among a succinic anhydride group and an ureido group, or the water-soluble silane coupling agent (I) is (ii) a co-hydrolysis product of a glycidoxyalkyltrialkoxysilane and a tetraalkylammonium salt substituted with a trialkoxysilane; and 1 part by mass or more of the water-soluble silane coupling agent (I) is contained relative to 100 parts by mass of the organopolysiloxane (II).