mhurhangee/ep-ind-claims huggingface dataset:
A method for time-synchronizing signal data from independent recording devices for comparative analysis comprising steps of: receiving a first dataset and a second dataset from separate recording devices, each dataset comprising a plurality of sequential samples representing a signal over a period of time, at least one of the plurality of samples of each dataset comprising a PPS-tagged sample tagged by utilizing a pulse-per-second signal indicating that the sample was taken immediately after a rising edge of a pulse in the PPS signal obtained from a highly accurate time source onboard the recording device; extracting indices of the PPS-tagged samples along with corresponding time values from the first dataset and the second dataset; determining a common time value between the first dataset and the second dataset along with the indices of the corresponding PPS-tagged samples; extracting frames of a specific length from the first dataset and the second dataset aligned on the PPS-tagged samples corresponding to the common time value; and performing comparative analysis between the frames, characterized in that the method further comprises calculating an overall signal energy for each frame and excluding frames having an overall signal energy exceeding a predetermined threshold from the comparative analysis. receiving a first dataset and a second dataset from separate recording devices, each dataset comprising a plurality of sequential samples representing a signal over a period of time, at least one of the plurality of samples of each dataset comprising a PPS-tagged sample tagged by utilizing a pulse-per-second signal indicating that the sample was taken immediately after a rising edge of a pulse in the PPS signal obtained from a highly accurate time source onboard the recording device; extracting indices of the PPS-tagged samples along with corresponding time values from the first dataset and the second dataset; determining a common time value between the first dataset and the second dataset along with the indices of the corresponding PPS-tagged samples; extracting frames of a specific length from the first dataset and the second dataset aligned on the PPS-tagged samples corresponding to the common time value; and performing comparative analysis between the frames, characterized in that the method further comprises calculating an overall signal energy for each frame and excluding frames having an overall signal energy exceeding a predetermined threshold from the comparative analysis.
A method for producing a construction element, the method comprising the steps of a) providing a mould (100, 700, 800), b) optionally pouring to the mould an admixture comprising basic concrete, c) pouring to the mould an admixture comprising self-compacting concrete to produce a concrete layer (101, 102, 701, 801) wherein d) for forming a first outermost surface of the construction element ∘ providing an arrangement (105, 705, 805) comprising • coating elements (106, 706, 806) such as stones layered on reinforcement means (107, 707, 807), • an elastic member (108, 708, 808) arranged on the layered coating elements and protruded into slits between the coating elements, ∘ mounting the arrangement on the concrete layer, and ∘ removing the elastic member. a) providing a mould (100, 700, 800), b) optionally pouring to the mould an admixture comprising basic concrete, c) pouring to the mould an admixture comprising self-compacting concrete to produce a concrete layer (101, 102, 701, 801) wherein d) for forming a first outermost surface of the construction element ∘ providing an arrangement (105, 705, 805) comprising • coating elements (106, 706, 806) such as stones layered on reinforcement means (107, 707, 807), • an elastic member (108, 708, 808) arranged on the layered coating elements and protruded into slits between the coating elements, ∘ mounting the arrangement on the concrete layer, and ∘ removing the elastic member. ∘ providing an arrangement (105, 705, 805) comprising • coating elements (106, 706, 806) such as stones layered on reinforcement means (107, 707, 807), • an elastic member (108, 708, 808) arranged on the layered coating elements and protruded into slits between the coating elements, • coating elements (106, 706, 806) such as stones layered on reinforcement means (107, 707, 807), • an elastic member (108, 708, 808) arranged on the layered coating elements and protruded into slits between the coating elements, ∘ mounting the arrangement on the concrete layer, and ∘ removing the elastic member.
A stationary shelter for storing at least one energy storage element, a so-called "element", comprising at least one location for storing an element, characterized in that it comprises a sliding support on either side of each storage location, both sliding supports being positioned at the same height and facing each other, in that each sliding support comprises a fixed portion (30, 32) secured to said shelter and a movable portion (34, 36) configured for receiving and supporting said element and for being able to slide relatively to said fixed portion (30, 32) between a retracted position, wherein it is inside the shelter and an outside position, wherein it is outside of the shelter and allows the loading and the unloading of said element from the top and in that at least one of the sliding supports is equipped with locking means of the movable portion (34, 36) in the outside position.
A method for storing a video summary for a digital video sequence captured with a digital video capture device, comprising: capturing a digital video sequence with the digital video capture device, wherein the digital video sequence includes a plurality of video frames; storing the digital video sequence in a processor-accessible memory; identifying one or more key video snippets, wherein each key video snippet is a set of video frames from the stored digital video sequence; assembling the key video snippets to form a video summary; and storing the video summary in a processor-accessible memory by storing metadata in association with the stored digital video sequence, wherein the metadata provides an indication of the video frames corresponding to the video summary, and wherein the metadata further provides an indication of video transition effects to be applied at boundaries between the key video snippets when the video summary is displayed. capturing a digital video sequence with the digital video capture device, wherein the digital video sequence includes a plurality of video frames; storing the digital video sequence in a processor-accessible memory; identifying one or more key video snippets, wherein each key video snippet is a set of video frames from the stored digital video sequence; assembling the key video snippets to form a video summary; and storing the video summary in a processor-accessible memory by storing metadata in association with the stored digital video sequence, wherein the metadata provides an indication of the video frames corresponding to the video summary, and wherein the metadata further provides an indication of video transition effects to be applied at boundaries between the key video snippets when the video summary is displayed.
Method for operating a sector antenna arrangement in a base station, wherein consumption meters transmit measurement data obtained from consumption meters to the base station by radio in the form of data packets or data telegrams, wherein the sector antenna arrangement comprises at least two sector antennas (1a, 1b) pointing in different directions, in particular in the horizontal plane, and comprises at least one receiver, wherein at least two sector antennas (1a, 1b) are each assigned to a receiver by virtue of the at least two sector antennas (1a, 1b) being connected to the at least one receiver via an antenna changeover switch, wherein the assigned sector antennas (1a, 1b) are connected to the receiver variably over time, wherein the sector antennas (1a, 1b) are connected to the receiver via the antenna changeover switch, wherein the antenna changeover switch is time-controlled and the sector antennas (1a, 1b) are appropriately matched to the transmission intervals of the consumption meters, and wherein there is provision for changeover switching patterns for the switching operations of the sector antennas (1a, 1b) in such a way that the sector antennas (1a, 1b) are connected to the receiver at staggered times such that the respectively assigned sector antennas (1a, 1b) are not connected to the receiver at the same time.
A motor control apparatus controlling a drive motor, the apparatus comprising: detection means configured to detect an angular speed of the drive motor; a driven member (11, 32) configured to be driven by the drive motor; and control means configured to increase, when starting to drive the DC motor, a control value for controlling driving of the drive motor from a first control value to a second control value at a predetermined increase rate, wherein the control means is configured to detect a start-up characteristic of the drive motor based on a detection result of the detection means, and to correct the first control value or the predetermined increase rate according to a result of comparing a detected start-up characteristic and a predetermined start-up characteristic such that the start-up characteristic of the drive motor becomes closer to the predetermined start-up characteristic; wherein the control means is configured to increase, when starting to drive the drive motor, a control value for controlling drive of the drive motor from the first control value corresponding to an angular speed that is less than a target angular speed to the second control value corresponding to an angular speed that is greater than the target angular speed, by the predetermined increase rate, and to switch the control value to a third control value corresponding to the target angular speed in accordance with the detection means detecting the target angular speed. detection means configured to detect an angular speed of the drive motor; a driven member (11, 32) configured to be driven by the drive motor; and control means configured to increase, when starting to drive the DC motor, a control value for controlling driving of the drive motor from a first control value to a second control value at a predetermined increase rate, wherein the control means is configured to detect a start-up characteristic of the drive motor based on a detection result of the detection means, and to correct the first control value or the predetermined increase rate according to a result of comparing a detected start-up characteristic and a predetermined start-up characteristic such that the start-up characteristic of the drive motor becomes closer to the predetermined start-up characteristic; wherein the control means is configured to increase, when starting to drive the drive motor, a control value for controlling drive of the drive motor from the first control value corresponding to an angular speed that is less than a target angular speed to the second control value corresponding to an angular speed that is greater than the target angular speed, by the predetermined increase rate, and to switch the control value to a third control value corresponding to the target angular speed in accordance with the detection means detecting the target angular speed.
A method for establishing a connection between a first device and a second device comprising the following steps: - generating a key information in the first device and storing the key information in a memory card connected to the first device; - storing in the first device key retrieving information, said key retrieving information allowing to retrieve the key information; - disconnecting the memory card from the first device and connecting the memory card to the second device; - transmitting authentication information obtained from the key information from the second device to the first device; and - setting up the connection after the authentication information has been successfully verified in the first device using the key retrieving information. characterized in that the memory card digitally signs or encrypts the authentication information using a first cryptographic key securely stored in the memory card and the digital signature or the encrypted authentication information is decrypted in the first device using a second cryptographic key allocated to the first cryptographic key, said second cryptographic key being stored in the first device. - generating a key information in the first device and storing the key information in a memory card connected to the first device; - storing in the first device key retrieving information, said key retrieving information allowing to retrieve the key information; - disconnecting the memory card from the first device and connecting the memory card to the second device; - transmitting authentication information obtained from the key information from the second device to the first device; and - setting up the connection after the authentication information has been successfully verified in the first device using the key retrieving information.
A clearcoat composition that reduces the ability of rain to bead on a film of said clearcoat composition, said clearcoat composition comprising: a resin having a functional group; a cross-linking agent reactive with said functional group of said resin; and a water-soluble surfactant, having a water solubility of at least 0.5 grams in 100 ml of water at 25°C, that reduces the ability of the rain to bead on the film, wherein the clearcoat composition is a solventborne clearcoat composition and wherein the resin is a carbamate-functional acrylic resin and wherein said water-soluble surfactant is of the general formula: where R is a branched or unbranched, cyclic or non-cyclic, chain comprising carbon, oxygen, and hydrogen atoms. a resin having a functional group; a cross-linking agent reactive with said functional group of said resin; and a water-soluble surfactant, having a water solubility of at least 0.5 grams in 100 ml of water at 25°C, that reduces the ability of the rain to bead on the film, wherein the clearcoat composition is a solventborne clearcoat composition and wherein the resin is a carbamate-functional acrylic resin and wherein said water-soluble surfactant is of the general formula: where R is a branched or unbranched, cyclic or non-cyclic, chain comprising carbon, oxygen, and hydrogen atoms.
An isolated bacterial strain belonging to the species S. salivarius deposited at the Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH, Braunschweig, Germany, under accession number DSM 23307.
An excimer lamp system, comprising an ultra-violet excimer lamp having electrodes (102, 110) and a pair of dielectrics (104, 108) configured to separate the electrodes (102, 110), wherein one of the electrodes (102, 110) includes a metal mesh; a power supply electrically coupled to the UV excimer lamp and configured to deliver an electrical signal providing electrical power to the UV excimer lamp so as to generate UV light; a temperature sensor operably coupled to the UV excimer lamp, wherein the temperature sensor is configured to generate a temperature signal indicative of a temperature of the UV excimer lamp; an electromagnet configured to generate a magnetic field in relation to the UV excimer lamp, and at least one processor configured to: determine a temperature of the UV excimer lamp based on the temperature signal; adjust the electrical signal delivered to the UV excimer lamp based on the temperature signal, so as to reduce the electrical power provided to the UV excimer lamp to generate the UV light; and activate the electromagnet based on the change of the temperature signal. an ultra-violet excimer lamp having electrodes (102, 110) and a pair of dielectrics (104, 108) configured to separate the electrodes (102, 110), wherein one of the electrodes (102, 110) includes a metal mesh; a power supply electrically coupled to the UV excimer lamp and configured to deliver an electrical signal providing electrical power to the UV excimer lamp so as to generate UV light; a temperature sensor operably coupled to the UV excimer lamp, wherein the temperature sensor is configured to generate a temperature signal indicative of a temperature of the UV excimer lamp; an electromagnet configured to generate a magnetic field in relation to the UV excimer lamp, and at least one processor configured to: determine a temperature of the UV excimer lamp based on the temperature signal; adjust the electrical signal delivered to the UV excimer lamp based on the temperature signal, so as to reduce the electrical power provided to the UV excimer lamp to generate the UV light; and activate the electromagnet based on the change of the temperature signal. determine a temperature of the UV excimer lamp based on the temperature signal; adjust the electrical signal delivered to the UV excimer lamp based on the temperature signal, so as to reduce the electrical power provided to the UV excimer lamp to generate the UV light; and activate the electromagnet based on the change of the temperature signal.
A communication method applied to an application function network element, comprising: receiving data network identification information from a session management function network element, wherein the data network identification information comprises an identifier of at least one data network that supports serving a first terminal device at a current location, and the at least one data network comprises a first data network; and in response to determining, based on the data network identification information, that the first terminal device has not accessed the first data network, sending a first message to the session management function network element, wherein the first message comprises an identifier of the first data network, and the first message is used to establish a data path between a user plane function network element corresponding to the first data network and a classifier node, wherein the classifier node distributes an uplink data packet from the first terminal to a user plane function network element corresponding to one of the at least one data network according to a distribution rule or sends a data packet from a user plane function network element corresponding to one of the at least one data network to the first terminal. receiving data network identification information from a session management function network element, wherein the data network identification information comprises an identifier of at least one data network that supports serving a first terminal device at a current location, and the at least one data network comprises a first data network; and in response to determining, based on the data network identification information, that the first terminal device has not accessed the first data network, sending a first message to the session management function network element, wherein the first message comprises an identifier of the first data network, and the first message is used to establish a data path between a user plane function network element corresponding to the first data network and a classifier node, wherein the classifier node distributes an uplink data packet from the first terminal to a user plane function network element corresponding to one of the at least one data network according to a distribution rule or sends a data packet from a user plane function network element corresponding to one of the at least one data network to the first terminal.
A display device comprising: a passenger image capture unit configured to capture information of a passenger who is riding in a vehicle together with a driver of the vehicle; an image generator configured to generate an image that shows a condition of the passenger based on the information that is captured by the passenger image capture unit; a heads-up display configured to superimpose the image with a lower part of a windshield, and configured to display the image in the lower part of the windshield; a driver image capture unit configured to capture information of the driver; and a driver's line-of-sight detector configured to detect a direction of the line of sight of the driver based on the information that is captured by the driver image capturing unit; wherein the image generator is configured to generate the image based on the information captured by the passenger image capture unit; and wherein, in response to detecting that the direction of the line of sight of the driver is stable based on the driver's line-of-sight detector, the image generator is configured to cause the heads-up display to display the image at a positon that is separated from a center of the direction of the line of sight of the driver and within the view of the driver. a passenger image capture unit configured to capture information of a passenger who is riding in a vehicle together with a driver of the vehicle; an image generator configured to generate an image that shows a condition of the passenger based on the information that is captured by the passenger image capture unit; a heads-up display configured to superimpose the image with a lower part of a windshield, and configured to display the image in the lower part of the windshield; a driver image capture unit configured to capture information of the driver; and a driver's line-of-sight detector configured to detect a direction of the line of sight of the driver based on the information that is captured by the driver image capturing unit; wherein the image generator is configured to generate the image based on the information captured by the passenger image capture unit; and wherein, in response to detecting that the direction of the line of sight of the driver is stable based on the driver's line-of-sight detector, the image generator is configured to cause the heads-up display to display the image at a positon that is separated from a center of the direction of the line of sight of the driver and within the view of the driver.
A viscosupplement comprising hylan G-F 20 for use in treating joint pain in a subject, wherein a single intra-articular administration of 4 ml or more of the viscosupplement is used and wherein knee joint pain associated with osteoarthritis is treated.
Exhaust gas treating apparatus for decomposing and treating harmful matter contained in the exhaust gas by plasma processing, the apparatus comprising a reaction tube that extends longitudinally between a top side and a bottom side; an upper electrode disposed on the top side of the reaction tube; and a lower electrode disposed on the bottom side of the reaction tube characterised in that the upper electrode is also a spray nozzle for spraying an electrolytic solution between the upper electrode and the lower electrode.