mhurhangee/ep-ind-claims huggingface dataset:
A method of managing operation on a communication medium shared between Radio Access Technologies, RATs, comprising: monitoring the medium for first RAT signaling in accordance with a first RAT; determining a utilization metric associated with utilization of the medium by the first RAT signaling; and cycling operation in accordance with a second RAT between activated periods and deactivated periods of communication over the medium in accordance with a Time Division Multiplexing, TDM, communication pattern based on the utilization metric; characterized by: periodically disabling the cycling to provide an Always-On-State, AOS, period of activated communication over the medium for operation in accordance with the second RAT, wherein the AOS period is longer than an individual activated period of the TDM communication pattern. monitoring the medium for first RAT signaling in accordance with a first RAT; determining a utilization metric associated with utilization of the medium by the first RAT signaling; and cycling operation in accordance with a second RAT between activated periods and deactivated periods of communication over the medium in accordance with a Time Division Multiplexing, TDM, communication pattern based on the utilization metric; characterized by: periodically disabling the cycling to provide an Always-On-State, AOS, period of activated communication over the medium for operation in accordance with the second RAT, wherein the AOS period is longer than an individual activated period of the TDM communication pattern. periodically disabling the cycling to provide an Always-On-State, AOS, period of activated communication over the medium for operation in accordance with the second RAT, wherein the AOS period is longer than an individual activated period of the TDM communication pattern.
A non-transitory computer-readable storage medium having processor-executable instructions for delivering electrical stimulation energy through at least one electrode of an implantable electrical stimulation system, the processor-executable instructions when installed onto a system enable the system to perform actions, the processor-executable instructions comprising: receiving a plurality of stimulation parameters comprising a selection of one or more electrodes, a stimulation amplitude, and a stimulation frequency, wherein the stimulation parameters define, at least in part, an electrical stimulation energy deliverable as a series of electrical pulses at the stimulation frequency; receiving a duty cycle parameter, wherein the duty cycle parameter indicates a relative number of the electrical pulses to be suppressed; receiving at least one of 1) a suppression distribution parameter to indicate a distribution of the suppressed electrical pulses within the series of electrical pulses or 2) a suppression level parameter to indicate a reduction of an amplitude of the suppressed electrical pulses; characterised in that said instructions further comprise delivering the electrical stimulation energy to patient tissue through the one or more electrodes, wherein electrical pulses are suppressed according to said duty cycle parameter, said duty cyle parameter being the percentage of the electrical pulses that are to be suppressed. receiving a plurality of stimulation parameters comprising a selection of one or more electrodes, a stimulation amplitude, and a stimulation frequency, wherein the stimulation parameters define, at least in part, an electrical stimulation energy deliverable as a series of electrical pulses at the stimulation frequency; receiving a duty cycle parameter, wherein the duty cycle parameter indicates a relative number of the electrical pulses to be suppressed; receiving at least one of 1) a suppression distribution parameter to indicate a distribution of the suppressed electrical pulses within the series of electrical pulses or 2) a suppression level parameter to indicate a reduction of an amplitude of the suppressed electrical pulses; characterised in that said instructions further comprise delivering the electrical stimulation energy to patient tissue through the one or more electrodes, wherein electrical pulses are suppressed according to said duty cycle parameter, said duty cyle parameter being the percentage of the electrical pulses that are to be suppressed.
Absorber system (1, 1a, 1b, 1c, 1d) having an absorber mass carrier (3, 3a, 3b) on which at least one absorber mass (43, 43') is accommodated so as to be movable relative thereto by means of coupling devices, which connect guide tracks (40a, 40b) in the absorber mass carrier (3, 3a, 3b) to guide tracks in the at least one absorber mass (43, 43'), and having at least one stop (10, 10a, 10b, 10c, 10d), wherein the at least one absorber mass (43, 43') is arranged radially outside the stop (10, 10a, 10b, 10c, 10d), and, on its radial side facing the stop (10, 10a, 10b, 10c, 10d), is provided with a contact region (45, 45') which interacts with a profile region (50, 50'), which is provided on the stop (10, 10a, 10b, 10c, 10d), on the radial side thereof assigned to the at least one absorber mass (43, 43'), wherein the stop (10, 10a, 10b, 10c, 10d) has at least one stop carrier (8, 8a, 8b, 8c, 8d) as a first constructional unit (25, 25') and at least one stop damper (14a, 14b, 14, 14a', 14b'), which is connected to the stop carrier (8, 8a, 8b, 8c, 8d) via a radial securing means, as a second constructional unit (26a, 26b, 26, 26a', 26b'), characterized in that the radial securing means is in each case assigned a pressure medium supply which interacts with in each case one of the coupling devices.
A radiation source including iridium wherein the density of an active insert containing the iridium is in a range of 30 to 85 percent of the density of 100% dense pure iridium, characterized in that the iridium is in the form of microbeads or microcylinders.
Device for the renovation of thermal and sound insulation of window panes which ≅ has a first sub element which is designed as a closed cavity which in the cross section has the shape of a square or a rectangle and can be fastenend to a window frame and ≅ which has a second sub element which is designed complementary to the first sub element in such a way that both sub elements (4,5) are connectable at tensile strength to each other and ≅ in the connected state at least one part of the window pane is clamped between the sub elements (4,5), characterized in that the first sub element forms a sub profile with a closed hollow section profile for the crimping of the corner joints thus forming a frame which by means of sealing material and screws can be attached on room side onto the existing window frame and the second sub element is a profile, provided with a clamping mechanism resoluble from the first sub element.
A method for focused navigation of a plurality of channels within a user interface of an interactive television system, the method comprising: storing a first plurality of visual cards, each of the first plurality of visual cards graphically representing a broadcast channel associated with the ITV system; storing a second plurality of visual cards, each of the second plurality of visual cards graphically representing an interactive channel associated with the ITV system; displaying the first plurality of visual cards along a first axis within the user interface; displaying the second plurality of visual cards along a second axis different to the first axis within the user interface; in response to a first user action, successively displaying the first plurality of visual cards in a focus area of the user interface, wherein the focus area is defined by an intersection of the first and second axes; in response to a second user action, successively displaying the second plurality of visual cards in the focus area of the user interface; and in response to a third user action, discontinuing the successive display of the first or second plurality of visual cards (40a, 40b) to show a particular visual card representing a desired channel in the focus area, wherein the visual cards are successively displayed at a maximum rate approximating a user's image recognition threshold, and wherein the method further comprises determining a user's image recognition threshold. storing a first plurality of visual cards, each of the first plurality of visual cards graphically representing a broadcast channel associated with the ITV system; storing a second plurality of visual cards, each of the second plurality of visual cards graphically representing an interactive channel associated with the ITV system; displaying the first plurality of visual cards along a first axis within the user interface; displaying the second plurality of visual cards along a second axis different to the first axis within the user interface; in response to a first user action, successively displaying the first plurality of visual cards in a focus area of the user interface, wherein the focus area is defined by an intersection of the first and second axes; in response to a second user action, successively displaying the second plurality of visual cards in the focus area of the user interface; and in response to a third user action, discontinuing the successive display of the first or second plurality of visual cards (40a, 40b) to show a particular visual card representing a desired channel in the focus area, wherein the visual cards are successively displayed at a maximum rate approximating a user's image recognition threshold, and wherein the method further comprises determining a user's image recognition threshold.
Heating device, at least comprising a heat pipe unit, wherein the heat pipe unit comprises at least one heat pipe for heating water, and a heat pump unit for heating the water inside the heat pipe, wherein the heat pump unit comprises a fluid conducting means for conducting an energy transferring fluid, wherein the fluid conducting means comprises an evaporation section for evaporating the energy transferring fluid, and wherein the fluid conducting means comprises a condensing section for condensing the evaporated transferring fluid, wherein the condensing section is at least thermally coupled with the at least one heat pipe of the heat pipe unit characterized in that the condensing section is mechanically coupled to the lower 75% length of one or more heat pipes for transferring vibrations caused by the head pump unit to at least one heat pipe for atomizing water inside the heat pipe. wherein the fluid conducting means comprises an evaporation section for evaporating the energy transferring fluid, and wherein the fluid conducting means comprises a condensing section for condensing the evaporated transferring fluid,
An apparatus for estimating pair symmetry status for a communication line, C i, the apparatus configured to: obtain a value set indicative of a signal to noise ratio, SNR i ( f), for the communication line C i, and at a receive band frequency, f, determine a crosstalk coupling length, L i, for the communication line C i, and estimate the pair symmetry status, based on the obtained value set indicative of the signal to noise ratio SNR i ( f), the crosstalk coupling length L i and a predetermined symmetry indicator-value, q max; k̂ i, max. obtain a value set indicative of a signal to noise ratio, SNR i ( f), for the communication line C i, and at a receive band frequency, f, determine a crosstalk coupling length, L i, for the communication line C i, and estimate the pair symmetry status, based on the obtained value set indicative of the signal to noise ratio SNR i ( f), the crosstalk coupling length L i and a predetermined symmetry indicator-value, q max; k̂ i, max.
System for securing at least one data processing application using a security device in order to identify a user, said system comprising: - first interfacing means with the security device; - second interfacing means with the user; - third interfacing means with said application adapted to intercept any usage request of said security device originating from said application intended for said security device; - authentication means connected to the first and second interfacing means, adapted to authenticate the user as a legitimate user of the security device by requesting at least one secret; - means for storing the result of the authentication; - validation means connected to the storage means and to the first and third interfacing means, adapted to: ∘ authorise any request originating from the application, intended for said security device if and only if, the user is authenticated; ∘ directly transmit information to the application in such a way that the user is not asked to enter their secret again if the user is already authenticated and a received request is a request to authenticate the user, ∘ trigger the authentication means if the user is not authenticated. - first interfacing means with the security device; - second interfacing means with the user; - third interfacing means with said application adapted to intercept any usage request of said security device originating from said application intended for said security device; - authentication means connected to the first and second interfacing means, adapted to authenticate the user as a legitimate user of the security device by requesting at least one secret; - means for storing the result of the authentication; - validation means connected to the storage means and to the first and third interfacing means, adapted to: ∘ authorise any request originating from the application, intended for said security device if and only if, the user is authenticated; ∘ directly transmit information to the application in such a way that the user is not asked to enter their secret again if the user is already authenticated and a received request is a request to authenticate the user, ∘ trigger the authentication means if the user is not authenticated. ∘ authorise any request originating from the application, intended for said security device if and only if, the user is authenticated; ∘ directly transmit information to the application in such a way that the user is not asked to enter their secret again if the user is already authenticated and a received request is a request to authenticate the user, ∘ trigger the authentication means if the user is not authenticated.
A process of welding a component includes positioning: a first alloy subcomponent having a first composition; a second alloy subcomponent having a second composition differing from the first composition; positioning a first shim between the first alloy subcomponent and the second alloy subcomponent, characterized by positioning a second shim with the first shim between the first alloy subcomponent and the second alloy subcomponent, and beam welding the first shim and the second shim to form a weld between the first alloy subcomponent and the second alloy subcomponent; the first shim and the second shim have different thicknesses. a first alloy subcomponent having a first composition; a second alloy subcomponent having a second composition differing from the first composition; positioning a first shim between the first alloy subcomponent and the second alloy subcomponent, characterized by positioning a second shim with the first shim between the first alloy subcomponent and the second alloy subcomponent, and beam welding the first shim and the second shim to form a weld between the first alloy subcomponent and the second alloy subcomponent; the first shim and the second shim have different thicknesses.
A computer-implemented method for coordinating configuration steps between nodes for configuration of an application, wherein each node is either a distinct computer or an independent virtual machine running on a same computer, the method comprising: initiating a respective configuration process for an application on a first node and one or more second nodes; in each node, moving through a hierarchy of local states during the respective configuration process; exposing on the first node a synchronization resource (204, 214) that acts as a proxy for a respective state of the one or more second nodes; determining on the first node the respective state of the one or more second nodes; configuring on the first node the synchronization resource based on the determination to indicate the respective state of the one or more second nodes; waiting on the first node in a designated local state until the synchronization resource indicates that the one or more second nodes are in a desired state, wherein the desired state is one of the local states of the respective one or more second nodes and wherein the desired state is reached by configuring, by the one or more second nodes, a local resource; and moving on the first node from the designated local state to a next local state when the synchronization resource indicates that the one or more second nodes are in the desired state. initiating a respective configuration process for an application on a first node and one or more second nodes; in each node, moving through a hierarchy of local states during the respective configuration process; exposing on the first node a synchronization resource (204, 214) that acts as a proxy for a respective state of the one or more second nodes; determining on the first node the respective state of the one or more second nodes; configuring on the first node the synchronization resource based on the determination to indicate the respective state of the one or more second nodes; waiting on the first node in a designated local state until the synchronization resource indicates that the one or more second nodes are in a desired state, wherein the desired state is one of the local states of the respective one or more second nodes and wherein the desired state is reached by configuring, by the one or more second nodes, a local resource; and moving on the first node from the designated local state to a next local state when the synchronization resource indicates that the one or more second nodes are in the desired state.
Suspension, characterized in that the suspension comprises water, nanoscale organic particles having a volume-based mean particle size of less than 350 nm and at least one water-soluble salt of a transition metal, wherein transition metal cations and/or hydroxide complexes thereof are disposed at least to some extent on the surface of the organic particles, and wherein the nanoscale, organic particles comprise at least one organic compound having at least 6 carbon atoms and at least one acid group-containing radical. in that the suspension comprises water, nanoscale organic particles having a volume-based mean particle size of less than 350 nm and at least one water-soluble salt of a transition metal, wherein transition metal cations and/or hydroxide complexes thereof are disposed at least to some extent on the surface of the organic particles, and wherein the nanoscale, organic particles comprise at least one organic compound having at least 6 carbon atoms and at least one acid group-containing radical.
A pharmaceutical composition comprising a conjugate of glycine immobilized on detonation nanodiamond particles, 2-10 nm in size, wherein the content of glycine is up to 21 +/-3 wt% of glycine, for use in the treatment or prevention of a sleep disorder.
Display system comprising an image projector and an associated display screen, said display system designed to be used by an observer situated at a given location, said display screen comprising two transparent and substantially parallel faces, said display screen comprising, on at least one of its transparent faces, a plurality of regularly distributed scattering patterns, the image projector illuminating the screen under a plurality of angles of incidence determined by the position and the size of the display screen, said angles of incidence being centred on a mean angle of incidence, the optical patterns comprise at least one scattering surface (12, 22, 32, 42) oriented in such a manner as to scatter the light rays having at least the mean angle of incidence in one or more directions corresponding to said given location of the observer, characterized in that the patterns are holes formed in one of the two transparent faces, each hole comprising a scattering and opaque part turned towards the mean angle of incidence.
A method for controlling the deposition of vaporized organic material onto a substrate surface, comprising: (a) providing a heating device to produce vaporized organic material; (b) providing a manifold having at least one aperture through which vaporized organic material passes for deposition onto the substrate surface; (c) providing a controller operating independently of the heating device and effective in a first condition for limiting the passage of vaporized organic material through the aperture, and effective in a second condition for facilitating the passage of vaporized organic material through the aperture; and (d) wherein the heating device, or the controller, or both are contiguous to the manifold; and further including diverting the flow of vaporized organic material from the manifold by: (e) providing a first flow path connected to the manifold; (f) providing a reservoir connectable to the first flow path to store the diverted vaporized organic material; and (g) opening the first flow path to the reservoir in the first condition so that vaporized organic material is delivered to the reservoir, and closing the first flow path to the reservoir in the second condition. (a) providing a heating device to produce vaporized organic material; (b) providing a manifold having at least one aperture through which vaporized organic material passes for deposition onto the substrate surface; (c) providing a controller operating independently of the heating device and effective in a first condition for limiting the passage of vaporized organic material through the aperture, and effective in a second condition for facilitating the passage of vaporized organic material through the aperture; and (d) wherein the heating device, or the controller, or both are contiguous to the manifold; and (e) providing a first flow path connected to the manifold; (f) providing a reservoir connectable to the first flow path to store the diverted vaporized organic material; and (g) opening the first flow path to the reservoir in the first condition so that vaporized organic material is delivered to the reservoir, and closing the first flow path to the reservoir in the second condition.