mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by a first network device and from a second network device, a clock quality indication that is associated with a clock of the second network device, wherein the clock of the second network device is a reference clock for a network that includes the first network device and the second network device; determining, by the first network device and based on a clock signal received from the second network device, that a quality metric of the clock does not satisfy a threshold; providing, by the first network device and to the second network device, a clock fault notification to cause the second network device to downgrade the clock quality indication transmitted by the second network device; selecting, by the first network device, a new reference clock for the first network device based on receiving the downgraded clock quality indication from the second network device. receiving, by a first network device and from a second network device, a clock quality indication that is associated with a clock of the second network device, wherein the clock of the second network device is a reference clock for a network that includes the first network device and the second network device; determining, by the first network device and based on a clock signal received from the second network device, that a quality metric of the clock does not satisfy a threshold; providing, by the first network device and to the second network device, a clock fault notification to cause the second network device to downgrade the clock quality indication transmitted by the second network device; selecting, by the first network device, a new reference clock for the first network device based on receiving the downgraded clock quality indication from the second network device.
A locomotive regenerative electric energy feedback system with an ice melting function, comprising two regenerative electric energy feedback devices, wherein a direct-current side positive electrode of each regenerative electric energy feedback device is connected to a respective positive electrode bus of a subway traction network, each positive electrode bus is connected to an uplink contact network and a downlink contact network respectively via a first switching switch and a second switching switch, characterized in that, a direct-current side negative electrode of each regenerative electric energy feedback device is connected to the downlink contact network or the uplink contact network via a third switching switch, and each direct-current side negative electrode is connected to a respective negative electrode bus of the subway traction network via a fourth switching switch.
Electronic payment device intended to be integrated into an unattended electronic payment terminal, said electronic payment device comprising at least one electronic card, a screen and a metal keypad provided with physical keys, said electronic payment device being characterised in that it comprises a contactless payment module comprising at least one contactless antenna arranged on a plane, said antenna plane (P-CLESS), raised by a first predetermined distance with respect to the plane (P-K) of said keypad and raised by a second predetermined distance with respect to the plane (P-Dis) of said screen, said second predetermined distance being less than said first predetermined distance.
Ejector deep-drilling tool having a drilling head, having a drill pipe which carries the drilling head and which, in order to guide coolant/lubricant, has an outer pipe and an inner pipe which between them form an annular space for supplying and guiding the coolant/lubricant to the drilling head of the ejector deep-drilling tool, and having at least one vibration damper which acts on the outer pipe, characterized in that the vibration damper is provided in the annular space between the outer and inner pipe (8, 9), which is designed for supplying and guiding the coolant/lubricant to the drilling head of the ejector deep-drilling tool, and supports said two pipes against one another.
An arrangement for implanting in a human or animal body, comprising: - a carrier device which is made from a synthetic mesh or fabric material, and which is configured to be fixed to an organ or an organ part, - a holder which is fixed to the carrier device, and - an electronic element (5; 9) which fixed to the carrier device by the holder, characterized in that the electronic element (5; 9) has a base associated with a receiving means of the holder such that the electronic element (5; 9; 16) is releasably and replaceably fixed to the carrier device. - a carrier device which is made from a synthetic mesh or fabric material, and which is configured to be fixed to an organ or an organ part, - a holder which is fixed to the carrier device, and - an electronic element (5; 9) which fixed to the carrier device by the holder,
A superconducting element comprising a metallic substrate, an insulating layer, a superconductor layer and a metallic protective layer, wherein the insulating layer is disposed between the substrate and the superconductor layer, wherein, in cross-section of the superconducting element, the insulating layer extends at both ends thereof past an area (B SL) of the substrate covered by the superconductor layer, and wherein the insulating layer galvanically separates the superconductor layer and the metallic protective layer from the substrate, characterized in that the insulating layer has a thickness D which is selected in such a fashion that the superconducting element has a transverse breakdown voltage between the metallic substrate and both the superconductor layer as well as the metallic protective layer of at least 25 V, and that, in cross-section, the insulating layer also completely covers the short sides of the substrate.
A device for pollution control of air for a vehicle including a passenger compartment, navigation means arranged for determining a route starting at a selected departure time as a function of cartographic data and of traffic information data, and communication means suitable to connect to a communication network, said device including research means arranged to determine data representative of a quality of the exterior air on said route, via said communication means, and control means arranged to determine and control a pollution control strategy of the air supplying said passenger compartment on said route, as a function of at least said determined quality data of the exterior air and of cartographic data and traffic information relating to said route, characterized in that said control means are arranged to determine pollution control time domains as a function of estimations of geographical positions of said vehicle at estimated times by said navigation means, these pollution control time domains participating in the definition of said strategy, and in that said control means are arranged to determine geographical positions situated respectively a little before locations of the route where at least one level of concentration of the exterior pollution should be greater than a predefined threshold, so as to associate a pollution control phase at each of said determined geographical positions, and so as to trigger each pollution control phase when they are informed by said navigation means of the arrival of said vehicle at said associated geographical position.
Measuring frame for contactless optical determination of a gunshot position of a bullet through a target area, wherein the measuring frame comprises: at least a first radiation source for emitting a first diverging radiation field; at least a second radiation source for emitting a second diverging radiation field, wherein the first and the second radiation field intersect in a plane, which is transversal to a gunshot direction, under an angle; at least a first and at least a second optical receiver unit that are associated to the at least first and second radiation source, respectively; wherein each of the optical receiver units has an array of optical receiver elements which measure the respectively received radiation intensity, so that a spatially extended shading position due to the bullet to be detected can be evaluated, and wherein the measurement frame comprises sequentially arranged orifices (124, 124') for shaping the radiation filed emitted by the radiation source, the aperture diameter of the orifices increasing in the beam direction. at least a first radiation source for emitting a first diverging radiation field; at least a second radiation source for emitting a second diverging radiation field, wherein the first and the second radiation field intersect in a plane, which is transversal to a gunshot direction, under an angle; at least a first and at least a second optical receiver unit that are associated to the at least first and second radiation source, respectively; wherein each of the optical receiver units has an array of optical receiver elements which measure the respectively received radiation intensity, so that a spatially extended shading position due to the bullet to be detected can be evaluated, and wherein the measurement frame comprises sequentially arranged orifices (124, 124') for shaping the radiation filed emitted by the radiation source, the aperture diameter of the orifices increasing in the beam direction.
A method for handling malicious attacks, comprising identifying, at a wireless device, packets received from a malicious source based at least in part on the packets received by the wireless device from the malicious source changing a state of the wireless device from a dormant state to a connected state; selectively disconnecting the wireless device from a packet data network, PDN, by releasing a first Internet Protocol, IP, address used to connect the wireless device to the PDN when a number of the packets identified as received from the malicious source changing the state of the wireless device reaches a threshold number within a monitoring period; and reconnecting the wireless device to the PDN using a second IP address that is different from the first IP address.
A method for culturing limbal stem cells from limbal tissue, comprising: covering a slide glass with an epithelial cell-removed amniotic membrane to obtain a slide glass scaffold for fixation; and culturing limbal tissue on the fixed amniotic membrane, wherein the limbal tissue is cultured in DMEM/F12(1:1) supplemented with human serum added at 4 to 6%(v/v) of the entire medium, an epithelial cell growth factor, dimethyl sulfoxide (DMSO), insulin transferrin selenium and O-phosphoethanolamine. covering a slide glass with an epithelial cell-removed amniotic membrane to obtain a slide glass scaffold for fixation; and culturing limbal tissue on the fixed amniotic membrane, wherein the limbal tissue is cultured in DMEM/F12(1:1) supplemented with human serum added at 4 to 6%(v/v) of the entire medium, an epithelial cell growth factor, dimethyl sulfoxide (DMSO), insulin transferrin selenium and O-phosphoethanolamine.
An electrical zone device (109, 209) having a plate-like shape and comprising a plurality of openings (522, 722, 822) transparent to energetic particles of a particle beam, said electrical zone device further comprising a composite electrode having lateral dimensions covering the whole of the electrical zone device, said composite electrode being composed of a number of substantially planar partial electrodes, said partial electrodes being arranged adjoining to each other according to a partitioning of the surface area of the electrical zone device and said partial electrodes being adapted to be applied different electrostatic potentials, wherein the partial electrodes (518, 741, 841) of the electrical zone device are arranged such that each opening of the electrical zone device is associated with a set of partial electrodes (518,741,841), preferably four electrodes, being located adjoining to the respective opening.
A method of generating second and third amble sequences in a wireless communication network having a first amble sequence, comprising: generating a second amble sequence in a frequency domain having a low cross-correlation with the first amble sequence; generating a third amble sequence based upon the second amble sequence and having a low to zero cross-correlation with the first and second amble sequences; transmitting the first amble sequence in each frame of the wireless communication network; and transmitting the second amble sequence in even numbered frames and the third amble sequence in odd numbered frames, or transmitting the second amble sequence in odd numbered frames and the third amble sequence in even numbered frames. generating a second amble sequence in a frequency domain having a low cross-correlation with the first amble sequence; generating a third amble sequence based upon the second amble sequence and having a low to zero cross-correlation with the first and second amble sequences; transmitting the first amble sequence in each frame of the wireless communication network; and transmitting the second amble sequence in even numbered frames and the third amble sequence in odd numbered frames, or transmitting the second amble sequence in odd numbered frames and the third amble sequence in even numbered frames.
Connection terminal with - an insulating housing having a conductor insertion channel extending in the direction of a conductor insertion axis with an at least partially circumferential conductor channel wall arranged coaxially with the conductor insertion axis, and an actuating channel arranged adjacent to the conductor insertion channel, - a leg spring bent into a U-shape and having a contact leg, a clamping leg and a spring bend connecting the contact leg to the clamping leg, - a conductor rail, and - a longitudinally displaceable actuating pusher accommodated in the actuating channel, wherein the contact leg is mounted on the conductor rail and a clamping edge of the clamping leg with a contact region of the conductor rail forms a spring clamp connection for clamping an electrical conductor inserted into the conductor insertion channel, characterized in that an actuation axis defined by the longitudinal displacement direction of the actuating pusher in the actuating channel and the conductor insertion axis are aligned at an angle of 5° to 30° to each other. - an insulating housing having a conductor insertion channel extending in the direction of a conductor insertion axis with an at least partially circumferential conductor channel wall arranged coaxially with the conductor insertion axis, and an actuating channel arranged adjacent to the conductor insertion channel, - a leg spring bent into a U-shape and having a contact leg, a clamping leg and a spring bend connecting the contact leg to the clamping leg, - a conductor rail, and - a longitudinally displaceable actuating pusher accommodated in the actuating channel,
A method for providing access by a client application program over an Internet Protocol, IP, network to a server application program instance (204, 205, 206), said method comprising the steps of: running a plurality of instances of a server application program, wherein each instance of the server application program share a first IP address and are arranged to accept communications on a same network port, on the same port; providing IP network access to the plurality of instances of the server application program; connecting the client application program to a selected server application program instance of said plurality of server application program instances via said first IP address in response to a first request from said client application program; assigning a second IP address to said selected server application program instance for communication to said client application program, said second IP address being exclusive to said selected server application program instance; providing IP network access to said selected server application program instance via said second IP address, wherein the providing comprises: pausing processing to said selected server application instance; and closing connection via said first IP address to said selected server application instance; and reconnecting said client application program to said selected instance of said server application program via said second IP address. running a plurality of instances of a server application program, wherein each instance of the server application program share a first IP address and are arranged to accept communications on a same network port, on the same port; providing IP network access to the plurality of instances of the server application program; connecting the client application program to a selected server application program instance of said plurality of server application program instances via said first IP address in response to a first request from said client application program; assigning a second IP address to said selected server application program instance for communication to said client application program, said second IP address being exclusive to said selected server application program instance; providing IP network access to said selected server application program instance via said second IP address, wherein the providing comprises: pausing processing to said selected server application instance; and closing connection via said first IP address to said selected server application instance; and reconnecting said client application program to said selected instance of said server application program via said second IP address.
A method for forming an anchor hole for a post-installed anchor in which a diameter expansion drill bit having a plurality of cutting-blade portions inserted in a prepared-hole portion bored in a concrete fixing body is rotated and the plurality of cutting-blade portions of the diameter expansion drill bit is slid in a radial direction by a centrifugal force to grind a part of the prepared-hole portion to form a diameter expansion portion, characterised in that a minimum value of the centrifugal force applied to grind the diameter expansion portion is 0.75 N.
A door for a washing machine, comprising a first component and a second component pressed against each other and non-fixedly engaged with each other, wherein the first component has a first surface, the second component has a second surface, the first surface and the second surface are in contact and constitute a friction pair, characterized in that one of the first surface and the second surface has a lower surface roughness, and the other one has a higher surface roughness, wherein the surface having the higher surface roughness is an etched surface and patterns on the etched surface are uniformly distributed.
Bottle holder for an injection or infusion device with a base unit which has at least one bottle receiving opening for receiving a bottle neck of a supply bottle, wherein the base unit has a shaft formed therein in which a clamping slide pre-loaded with a spring is mounted so as to be displaceable linearly and in a first position locks the bottle neck of the supply bottle and in a second position releases the bottle neck, characterised by a latching mechanism which immobilises the clamping slide in the first position.
An apparatus for hydrogen production from ambient air humidity and light and for transformation of the generated hydrogen into electricity, comprising: at least one semiconductor photoanode comprising electric conducting macroscopic material coated at least in part by electric conducting nanoscopic material, whereby the electric conducting nanoscopic material of the photoanode is entirely coated with semiconductor layer and whereby the photoanode being positioned to receive light and to receive ambient air, furthermore comprising at least one cathode comprising electric conducting macroscopic material coated at least in part by conduction nanoscopic material, wherein photoanode and cathode being conductively interconnected for electron flow and further being separated by a proton exchange membrane, forming a membrane electrode assembly comprising such proton exchange membrane for the proton flow therethrough to the cathode and whereby the membrane electrode assembly comprises a self-hydrating or water capturing material of the group consisting of water capturing microporous material and self-hydrating monolithic membrane, the apparatus characterized in that it further comprises an illumination controller, wherein the controller is a switch configured to let follow in sucession periods of illumination of the at least one semiconductor photoanode with periods of non-illumination of the at least one semiconductor photoanode.
Assembly comprising packaging for biocontrol agents for protecting cultivations and a case for protecting this packaging, the case comprising a protective wall suitable for surrounding the packaging so as to protect the packaging against heat, water and mud, the protective wall comprising an opening suitable for enabling the biocontrol agents to emerge from the case, the assembly being characterised in that the protective wall is able to move between a folded position in which the protective wall is pressed against the packaging and a deployed position in which the protective wall extends at least partly at a distance from the packaging.
Apparatus for converting sunlight into electrical current, comprising a holding device having a solar module which captures the sunlight and converts it into electrical current, which apparatus can be mounted on a substantially flat or slightly pitched roof, wherein the apparatus has supports provided thereon which can be placed directly or indirectly onto a support structure of the roof and on which a profile element is arranged as a holding device at the inclination corresponding to the inclination of the at least one solar module, the profiling of said profile element extending from support to support in the clamping direction, characterised in that arranged on the upper side of the profile element is a holder which follows the cant of said profile element, a holding element for fixing the at least one solar module being provided at the lowest point of said holder, in that the profile element is designed as an open hollow profile having a trapezoidal or undulating cross-section and in that the profilings of the profile element are open towards the solar module.
A method of determining whether a first type of liquid is being used in a nebulizer, the method comprising: (i) obtaining a measurement of the time taken by the nebulizer to nebulize a specified volume of liquid that was held therein; (ii) comparing the time taken to nebulize the specified volume of liquid to an estimated value for the time required to nebulize the same volume of the first type of liquid; and (iii) determining whether the liquid nebulized by the nebulizer was the first type of liquid based on the comparison. (i) obtaining a measurement of the time taken by the nebulizer to nebulize a specified volume of liquid that was held therein; (ii) comparing the time taken to nebulize the specified volume of liquid to an estimated value for the time required to nebulize the same volume of the first type of liquid; and (iii) determining whether the liquid nebulized by the nebulizer was the first type of liquid based on the comparison.
A vapour turbine operating with geothermal vapours containing corrosive agents such as chlorides and/or sulfides in particular, characterized in that it comprises a series of sealing laminas made of a nickel alloy containing a quantity of nickel ranging from 54% to 58% by weight and a quantity of molybdenum ranging from 12% to 14.5% by weight to avoid the washing of said geothermal vapours, maintaining a high useful life of said series of sealing laminas and said vapour turbine.