mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for fast analysis of packet headers transferred via a data bus wherein the data bus is by its data outputs interconnected both with a chain of N sub-circuits (3, 4, 9, 10) for analysis of N protocols headers, wherein N is the anticipated number of transmitted protocols, and also with a counter, an output (2.1) of which is interconnected with inputs of the counter values of individual sub-circuits (3, 4, 9, 10), wherein the first sub-circuit has an activating input (3.1) and an input (3.2) of the position of the header start, the values of which are constant, and an output (3.6) of position of next header start is interconnected both directly with the input of the second sub-circuit and also with one input of multiplexers (7, 8), the number of which is given by the number of sub-circuits (9, 10) in the next section of the chain, and further it is equipped with activating outputs (3.3, 3.4, 3.5), the number of which is given by the number of the sub-circuits (4, 9, 10) in the next section of the chain, from which one activating output (3.4) is connected directly to an activating input of the second sub-circuit and other activating outputs (3.3, 3.5) are connected to one input of one of several auxiliary logic circuits (5, 6), the number of which is given by the number of sub-circuits (9, 10) in the next section of the chain, where, to a second input of each of the auxiliary logic circuits (5, 6), is connected one of several activating outputs (4.1, 4.2) of the second sub-circuit, while its output (4.3) of the position of next header start is connected to a second input of the multiplexers (7, 8), having connected to their control inputs the control outputs (5.1, 6.1) of the auxiliary logic circuits (5, 6), and activating outputs (5.2, 6.2) of the auxiliary logic circuits (5, 6) are connected to an activating input of the next sub-circuit (9, 10) relevant for them, while, to a second input of the next sub-circuit relevant for them, is connected the output (7.1, 8.1) of the multiplexer (7, 8) relevant for them, and their activating outputs (9.1, 10.1), the number of which is given by a number of anticipated next types of protocol headers, and the outputs (9.2, 10.2) of the position of the next header start are a part of the output of the whole circuit, while the chain of sub-circuits is then in the same manner divided into branches based on the anticipated number of protocols, the headers of which are to be analyzed, wherein an output of the whole circuit is formed by the activating outputs (3.3, 3.4, 3.5, 4.1, 4.2, 9.1, 10.1) and the outputs (3.6, 4.3, 9.2, 10.2) of the position of the next header start.
A power supply unit comprising: a battery assembly constructed of a plurality of batteries which are overlapped so that electrodes (7, 8) are arranged in two rows; a plurality of bus bars attached between the electrodes (7, 8) of the battery next to each other, connecting between the electrodes (7, 8), and thereby connecting the plurality of the batteries in series; and a plate having a plurality of tubular first receiving portions coupled to each other and respectively receiving the bus bars connecting between the electrodes (7, 8) of one of the two rows, a plurality of tubular second receiving portions jointed to each other and respectively receiving the bus bars connecting between the electrodes (7, 8) of the other thereof, and a plate main body coupling the first and second receiving portions (10a, 10b) to each other, wherein a plurality of insulating covers formed in the same shape and size is arranged in a line on the plate along an overlapping direction of the battery, each the insulating cover being provided so as to cover both the first and second receiving portions (10a, 10b), characterized in that the insulating cover has a pair of slits which is arranged on the bottom side of a projection, spaced in a direction, and located along the overlapping direction, whereby the projection projects outward in the overlapping direction and is arranged in the one side of the insulating cover of the overlapping direction, such that the insulating cover between the pair of slits is flexibly arranged in the direction, and an electric wire is guided from under it. a battery assembly constructed of a plurality of batteries which are overlapped so that electrodes (7, 8) are arranged in two rows; a plurality of bus bars attached between the electrodes (7, 8) of the battery next to each other, connecting between the electrodes (7, 8), and thereby connecting the plurality of the batteries in series; and a plate having a plurality of tubular first receiving portions coupled to each other and respectively receiving the bus bars connecting between the electrodes (7, 8) of one of the two rows, a plurality of tubular second receiving portions jointed to each other and respectively receiving the bus bars connecting between the electrodes (7, 8) of the other thereof, and a plate main body coupling the first and second receiving portions (10a, 10b) to each other, wherein a plurality of insulating covers formed in the same shape and size is arranged in a line on the plate along an overlapping direction of the battery, each the insulating cover being provided so as to cover both the first and second receiving portions (10a, 10b), characterized in that the insulating cover has a pair of slits which is arranged on the bottom side of a projection, spaced in a direction, and located along the overlapping direction, whereby the projection projects outward in the overlapping direction and is arranged in the one side of the insulating cover of the overlapping direction, such that the insulating cover between the pair of slits is flexibly arranged in the direction, and an electric wire is guided from under it.
A saddle-type vehicle comprising an airbag device that includes: an inflator; an airbag configured to expand by gas discharged from the inflator; and a retainer (51, 91) accommodating the airbag, wherein the retainer (51, 91) is disposed behind a head pipe, and wherein the retainer (51, 91) is coupled to a first extending portion (68, 88) extending backward from a steering shaft turnably supported by the head pipe and a second extending portion (69, 89) extending backward from the head pipe or the steering shaft, and the retainer (51, 91) moves to left or right in response to steering of a handle, the first extending portion has one end secured to the steering shaft and the other end coupled to the retainer in a swingable manner, characterised in that the second extending portion includes a link member that has one end coupled to a side of the head pipe in a swingable manner and the other end coupled to the retainer in a swingable manner. wherein the retainer (51, 91) is disposed behind a head pipe, and wherein the retainer (51, 91) is coupled to a first extending portion (68, 88) extending backward from a steering shaft turnably supported by the head pipe and a second extending portion (69, 89) extending backward from the head pipe or the steering shaft, and the retainer (51, 91) moves to left or right in response to steering of a handle, the first extending portion has one end secured to the steering shaft and the other end coupled to the retainer in a swingable manner, characterised in that the second extending portion includes a link member that has one end coupled to a side of the head pipe in a swingable manner and the other end coupled to the retainer in a swingable manner.
A container for consumer goods, the container being formed from a laminar blank (100; 300) having a blank thickness; and a three dimensional element (104; 304) having a thickness from about 50 micrometres to about 500 micrometres; characterized in that an inner surface of a first wall of the container comprises an affixing area for at least partly receiving the element, the affixing area comprising a debossed or ablated area having a residual thickness less than the blank thickness; wherein the element is affixed to the container by means of adhesive provided on the debossed or ablated zone of the affixing area; wherein a difference between the blank thickness and the residual thickness is less than the element thickness, such that the element projects beyond the inner surface of the container by an incremental thickness less than the element thickness; and wherein the container comprises a thickness compensating means (112; 312) on a region of the inner surface of the container.
A coated conductor comprising: a conductor; an outermost opaque layer; an inner layer located between the conductor and the outermost layer, the inner layer comprising a polymeric composition, which comprises: a polyolefin; and a triazine consisting of the compound having structure: a conductor; an outermost opaque layer; an inner layer located between the conductor and the outermost layer, the inner layer comprising a polymeric composition, which comprises: a polyolefin; and a triazine consisting of the compound having structure: a polyolefin; and a triazine consisting of the compound having structure:
A method for provisioning and distributing spectrum resources across a plurality of network slices running on the same physical set of network and computing resources in a communication network, the method comprising: receiving by a spectrum negotiator a request from a scheduler for additional spectrum resources for a particular network slice; transmitting 2. by the spectrum negotiator a request for additional spectrum resources to a spectrum manager, after receiving the request and if a resource request policy permits sharing of spectrum resources; receiving, by the spectrum negotiator, in response to the transmitted request, an offer from the spectrum manager for at least some of the requested additional spectrum resources; and allocating by the spectrum negotiator at least some additional spectrum resources to the particular network slice. receiving by a spectrum negotiator a request from a scheduler for additional spectrum resources for a particular network slice; transmitting 2. by the spectrum negotiator a request for additional spectrum resources to a spectrum manager, after receiving the request and if a resource request policy permits sharing of spectrum resources; receiving, by the spectrum negotiator, in response to the transmitted request, an offer from the spectrum manager for at least some of the requested additional spectrum resources; and allocating by the spectrum negotiator at least some additional spectrum resources to the particular network slice.
Method for antibiotic therapy guidance, stratification and/or control in a patient suffering from an infectious disease and receiving treatment with one or more antibiotic agents, the method comprising - providing a first sample isolated from said patient, - providing a second sample isolated from said patient at a time point after isolating the first sample and initiating antibiotic treatment, - determining levels of procalcitonin or fragment(s) thereof in the first and the second sample, and - determining a level of proADM or fragment(s) thereof in at least the second sample, - wherein i. the levels of PCT or fragment(s) thereof in said first and second samples are compared to a reference level and/or to each other to determine a change in the level of PCT or fragment(s) thereof in the second sample in comparison to the first sample, ii. and the level of proADM or fragment(s) thereof in the second sample and optionally the first sample are compared to a reference level and/or to each other to determine a change in the level of proADM or fragment(s) thereof in the second sample in comparison to the first sample, - wherein the levels of PCT or fragment(s) thereof in said first and second samples, and the level of proADM or fragment(s) thereof in the second sample and optionally the first sample are indicative of whether a change in the treatment with one or more antibiotic agents is required. - providing a first sample isolated from said patient, - providing a second sample isolated from said patient at a time point after isolating the first sample and initiating antibiotic treatment, - determining levels of procalcitonin or fragment(s) thereof in the first and the second sample, and - determining a level of proADM or fragment(s) thereof in at least the second sample, - wherein i. the levels of PCT or fragment(s) thereof in said first and second samples are compared to a reference level and/or to each other to determine a change in the level of PCT or fragment(s) thereof in the second sample in comparison to the first sample, ii. and the level of proADM or fragment(s) thereof in the second sample and optionally the first sample are compared to a reference level and/or to each other to determine a change in the level of proADM or fragment(s) thereof in the second sample in comparison to the first sample, i. the levels of PCT or fragment(s) thereof in said first and second samples are compared to a reference level and/or to each other to determine a change in the level of PCT or fragment(s) thereof in the second sample in comparison to the first sample, ii. and the level of proADM or fragment(s) thereof in the second sample and optionally the first sample are compared to a reference level and/or to each other to determine a change in the level of proADM or fragment(s) thereof in the second sample in comparison to the first sample, - wherein the levels of PCT or fragment(s) thereof in said first and second samples, and the level of proADM or fragment(s) thereof in the second sample and optionally the first sample are indicative of whether a change in the treatment with one or more antibiotic agents is required.
Method for the production of a catalytically active composition for catalysts comprising the following steps of: a) Providing a first oxidic carrier material; b) providing one or more precious metals in the form of a precious metal salt solution, whereby the concentration of precious metal in the solution is 0.01% by weight or less, relative to the total solution being 100% by weight; c) production of a suspension, in which the first oxidic carrier material from step a) is contacted to the precious metal salt solution from step b); and d) introducing a second oxidic carrier material into the suspension obtained in step c), whereby the first oxidic carrier material is cerium-zirconium oxide, and whereby the precious metal/the precious metals is/are selected from the group of the platinum group metals, in particular from the group consisting of platinum, palladium, and rhodium. a) Providing a first oxidic carrier material; b) providing one or more precious metals in the form of a precious metal salt solution, whereby the concentration of precious metal in the solution is 0.01% by weight or less, relative to the total solution being 100% by weight; c) production of a suspension, in which the first oxidic carrier material from step a) is contacted to the precious metal salt solution from step b); and d) introducing a second oxidic carrier material into the suspension obtained in step c),
A sanitary product for a human vagina comprising an internally worn absorbent plug and an externally worn absorbent pad joined to one another by a sheath that opens through the pad such that a wearer's finger can be received in the sheath to assist insertion of the plug into the vaginal orifice and characterised in that the sheath comprises a liquid impermeable membrane or a tube of liquid impermeable material, wherein the sheath terminates at the plug such that it extends all the way to the end of the plug nearest the vaginal opening in use, and wherein the sheath comprising the liquid impermeable membrane or tube of liquid impermeable material is itself closed at the end of the sheath that joins to the plug so that any fluid absorbed by the plug is prevented from passing into the sheath.
A system for tissue inspection and for use in different interventions, the system comprising: - a console including a plurality of algorithms for processing data from a needle device, said needle device having one recognizable type out of a plurality of types identifiable by an authentication means, each type being normally applied for examination of a certain anatomy region, - a needle device, wherein the needle device is connected with the console, wherein the plurality of algorithms include a tissue analysis and classification algorithm specialized in analyzing and classifying structures of said certain anatomy region, and wherein one of the plurality of algorithms is selectable depending on the type of the needle device. - a console including a plurality of algorithms for processing data from a needle device, said needle device having one recognizable type out of a plurality of types identifiable by an authentication means, each type being normally applied for examination of a certain anatomy region, - a needle device, wherein the needle device is connected with the console, wherein the plurality of algorithms include a tissue analysis and classification algorithm specialized in analyzing and classifying structures of said certain anatomy region, and wherein one of the plurality of algorithms is selectable depending on the type of the needle device.
A method of providing a cell population having an altered differentiation status relative to a starting cell population and having cells that are essentially free of programming vector genetic elements, the method comprising the steps of: (a) obtaining a starting population of cells having a first differentiation status; (b) obtaining one or more differentiation programming Vectors, each vector comprising a replication origin and one or more expression cassettes encoding one or more differentiation programming factors that, in combination, can alter the differentiation status of the starting cell population to a second differentiation status, wherein one or more of said expression cassettes comprise a nucleotide sequence encoding a trans-acting factor that binds to the replication origin to replicate an extra-chromosomal template, and/or wherein the cells of the starting population express such a trans-acting factor; (c) introducing the differentiation programming vector(s) into cells of the starting population; (d) culturing the cells to effect expression of said one or more differentiation programming factors such that traits consistent with the second differentiation status arise in at least a portion of cells in the cultured cells; and (e) further culturing cells having the traits for a sufficient number of generations to provide a target cell population that comprise cells having the second differentiation status but which cells are essentially free of programming vector genetic elements. (a) obtaining a starting population of cells having a first differentiation status; (b) obtaining one or more differentiation programming Vectors, each vector comprising a replication origin and one or more expression cassettes encoding one or more differentiation programming factors that, in combination, can alter the differentiation status of the starting cell population to a second differentiation status, wherein one or more of said expression cassettes comprise a nucleotide sequence encoding a trans-acting factor that binds to the replication origin to replicate an extra-chromosomal template, and/or wherein the cells of the starting population express such a trans-acting factor; (c) introducing the differentiation programming vector(s) into cells of the starting population; (d) culturing the cells to effect expression of said one or more differentiation programming factors such that traits consistent with the second differentiation status arise in at least a portion of cells in the cultured cells; and (e) further culturing cells having the traits for a sufficient number of generations to provide a target cell population that comprise cells having the second differentiation status but which cells are essentially free of programming vector genetic elements.
A mobile terminal, comprising: at least a first identity module and a second identity module; a wireless communication unit configured to transceive communication data; and a touchscreen configured to receive a touch and drag action input on a send key zone; wherein a controller is configured to control the wireless communication unit to transmit the communication data using the first identity module when receiving a touch and drag action in a first direction of the send key zone, and wherein said controller is configured to control the wireless communication unit to transmit the communication data using the second identity module when receiving a touch and drag action in a second direction of the send key zone; wherein the controller is further configured to display state information indicating a current communication state of the first and/or second identity modules and to prompt a user to change a currently selected identity module to another identity module when the selected identity module is in a poor communication state. at least a first identity module and a second identity module; a wireless communication unit configured to transceive communication data; and a touchscreen configured to receive a touch and drag action input on a send key zone; wherein a controller is configured to control the wireless communication unit to transmit the communication data using the first identity module when receiving a touch and drag action in a first direction of the send key zone, and wherein said controller is configured to control the wireless communication unit to transmit the communication data using the second identity module when receiving a touch and drag action in a second direction of the send key zone; wherein the controller is further configured to display state information indicating a current communication state of the first and/or second identity modules and to prompt a user to change a currently selected identity module to another identity module when the selected identity module is in a poor communication state.
A tactile supply device comprising: a tactile sensation provider made of magnetic particles and a matrix material; a magnetic field generator for generating a magnetic field to transform the tactile sensation provider, and a tactile unit that contacts a user, wherein the tactile sensation provider maintains a first shape (10a, 20a) when not influenced by a magnetic field, wherein the tactile sensation provider maintains a second shape (10b, 20b) when influenced by a magnetic field, wherein the tactile sensation provider returns from the second shape (10b, 20b) to the first shape (10a, 20a) and produces a reciprocating motion by elastic force, thereby transferring a tactile sensation, and characterized in that the tactile sensation provider is in the shape of at least one of a fine projection, an empty cylinder, a leaf spring, a seesaw and a tunnel, wherein at least one tactile sensation provider is connected to the tactile unit, and wherein the tactile unit further includes a cell barrier having a height lower than a height of the tactile sensation provider and provided along the perimeter of a cell. a tactile sensation provider made of magnetic particles and a matrix material; a magnetic field generator for generating a magnetic field to transform the tactile sensation provider, and a tactile unit that contacts a user, wherein the tactile sensation provider maintains a first shape (10a, 20a) when not influenced by a magnetic field, wherein the tactile sensation provider maintains a second shape (10b, 20b) when influenced by a magnetic field, wherein the tactile sensation provider returns from the second shape (10b, 20b) to the first shape (10a, 20a) and produces a reciprocating motion by elastic force, thereby transferring a tactile sensation, and characterized in that the tactile sensation provider is in the shape of at least one of a fine projection, an empty cylinder, a leaf spring, a seesaw and a tunnel, wherein at least one tactile sensation provider is connected to the tactile unit, and wherein the tactile unit further includes a cell barrier having a height lower than a height of the tactile sensation provider and provided along the perimeter of a cell.