mhurhangee/ep-ind-claims huggingface dataset:
A method for providing a base station deployment plan for a mobile communications network, the method comprising: determining, by a cell deployment planning module, a time period in which network congestion is experienced within the mobile communications network; receiving, by the cell deployment planning module, measurement data from mobile communications devices within the mobile communications network for the time period; assessing, by the cell deployment planning module, performance of the mobile communications network based upon the measurement data for the time period; performing, by the cell deployment planning module, simulation analysis to determine an impact, upon the mobile communications network, of placing one or more base stations at a plurality of locations within the mobile communications network, for each respective location of the plurality of locations, the simulation analysis simulating an impact on the measurement data based on at least one of user device mobility, uniqueness of users, status of users, radio resource control connection set-up success rate, dropped calls, or blocked calls; and providing, by the cell deployment planning module and based on performing the simulation analysis and assessing the performance of the mobile communications network, a recommendation for deployment of the one or more base stations at a location of the plurality of locations. determining, by a cell deployment planning module, a time period in which network congestion is experienced within the mobile communications network; receiving, by the cell deployment planning module, measurement data from mobile communications devices within the mobile communications network for the time period; assessing, by the cell deployment planning module, performance of the mobile communications network based upon the measurement data for the time period; performing, by the cell deployment planning module, simulation analysis to determine an impact, upon the mobile communications network, of placing one or more base stations at a plurality of locations within the mobile communications network, for each respective location of the plurality of locations, the simulation analysis simulating an impact on the measurement data based on at least one of user device mobility, uniqueness of users, status of users, radio resource control connection set-up success rate, dropped calls, or blocked calls; and providing, by the cell deployment planning module and based on performing the simulation analysis and assessing the performance of the mobile communications network, a recommendation for deployment of the one or more base stations at a location of the plurality of locations.
A microscope characterized by comprising: an objective lens (103; 603; 703) for observation of a specimen (121; 604; 702); light-emitting diodes (112; 116; 205, 206, 207; 311, 312, 313; 405, 406, 407; 505, 506, 507; 708, 709) with different emission wavelengths; a wavelength multiplexing device (110; 200; 300; 400; 500) configured to multiplex light emitted from the light-emitting diodes (112; 116; 205, 206, 207; 311, 312, 313; 405, 406, 407; 505, 506, 507; 708, 709); an illumination optical system (105; 601; 701) configured to form the multiplexed light into an image on a rear focal plane of the objective lens (103; 603; 703), all the light-emitting diodes (112; 116; 205, 206, 207; 311, 312, 313; 405, 406, 407; 505, 506, 507; 708, 709) being in a positional relationship conjugate to a rear focus of the objective lens (103; 603; 703) through the wavelength multiplexing device (110; 200; 300; 400; 500) and the illumination optical system (105; 601; 701); a photometric device configured to measure light from the specimen (121; 604; 702); an image sensing device (122; 608; 714) configured to sense an image of the specimen (121; 604; 702) through the objective lens (103; 603; 703); and a power supply device configured to control brightness of light emitted from the light-emitting diode on the basis of a photometric value obtained by the photometric device. an objective lens (103; 603; 703) for observation of a specimen (121; 604; 702); light-emitting diodes (112; 116; 205, 206, 207; 311, 312, 313; 405, 406, 407; 505, 506, 507; 708, 709) with different emission wavelengths; a wavelength multiplexing device (110; 200; 300; 400; 500) configured to multiplex light emitted from the light-emitting diodes (112; 116; 205, 206, 207; 311, 312, 313; 405, 406, 407; 505, 506, 507; 708, 709); an illumination optical system (105; 601; 701) configured to form the multiplexed light into an image on a rear focal plane of the objective lens (103; 603; 703), all the light-emitting diodes (112; 116; 205, 206, 207; 311, 312, 313; 405, 406, 407; 505, 506, 507; 708, 709) being in a positional relationship conjugate to a rear focus of the objective lens (103; 603; 703) through the wavelength multiplexing device (110; 200; 300; 400; 500) and the illumination optical system (105; 601; 701); a photometric device configured to measure light from the specimen (121; 604; 702); an image sensing device (122; 608; 714) configured to sense an image of the specimen (121; 604; 702) through the objective lens (103; 603; 703); and a power supply device configured to control brightness of light emitted from the light-emitting diode on the basis of a photometric value obtained by the photometric device.
A device for thickening sludge comprising a tank having an inlet for supplying raw sludge and an outlet for emptying thickened sludge, raw sludge supply means connected to the raw sludge inlet of the tank, and emptying means connected to the thickened sludge outlet of the tank, said device comprising a filter arranged inside the tank so as to separate the volume of the tank into a lower volume in which said raw sludge inlet and said thickened sludge outlet emerge, and an upper volume filled at least partially by said filter or delimited at least partially by said filter, said supply means comprising a supply pipe connected to the raw sludge inlet of the tank, characterized in that said supply means comprise: - a pump for circulating the raw sludge in the supply pipe toward the tank, and - a pressure sensor located downstream from the pump, the device also comprising a control unit, such as a programmable automaton, to which said pressure sensor is connected, said unit being configured to command the stopping of the sludge supply of said tank when the pressure measured by the pressure sensor is above a threshold value, and in that, said control unit also being configured to regulate the raw sludge supply flow rate of the pump at a setpoint value, and the device comprising means for determining the sedimentation speed of the raw sludge and means for determining said flow rate setpoint value based on said determined sedimentation speed, the control unit is configured to regulate the raw sludge supply flow rate of the pump at a setpoint value such that the sedimentation speed of the raw sludge in the tank is greater than the supply speed of said raw sludge in the tank. - a pump for circulating the raw sludge in the supply pipe toward the tank, and - a pressure sensor located downstream from the pump,
A battery pack comprising a plurality of exclusive pairs of battery modules, each of the battery modules consisting of a plurality of battery cells connected in series and arranged in series, wherein the modules in each pair of the plurality of exclusive pairs of battery modules are electrically connected in parallel and are positioned in close vicinity to each other such that radiant heat can be easily transferred between said modules in each pair of battery modules.
Hydraulic system at least for actuation of two clutches (K1, K2) and of a separating clutch of a hybrid drive with internal combustion engine and separating clutch, having an electric machine, which is able to be installed in a P2 position, and a dual-clutch transmission, having two electrically driven pumps in pump arrangements (11, 12) for the function of activation of the clutches (K1, K2), and a third electrically driven pump in a further pump arrangement for the function of actuation of the separating clutch or cooling of the clutches (K1, K2) and the separating clutch, characterized in that a hydraulic sub-circuit of the hydraulic system contains the electric machine, which mechanically drives a further pump, wherein the hydraulic sub-circuit performs, in addition to the function of cooling of the electric machine, a further function such as actuation of the separating clutch or cooling of the clutches (K1, K2) and the separating clutch.
A method for protecting data based on a private set union protocol, performed by a first computing device for transmitting and receiving data to and from a second computing device, the method comprising: generating a Boolean vector for a first information set, based on whether or not each of a plurality of first groups that are groups of elements of the first information set stored in the first computing device is the same as each of a plurality of second groups that are groups of elements of a second information set stored in the second computing device; obtaining a random vector for the first information set as a result of shuffling performed by using the Boolean vector generated by the first computing device as an input and using order information and encryption information selected by the second computing device as inputs; and generating information on a union of the first information set and the second information set based on the random vector. generating a Boolean vector for a first information set, based on whether or not each of a plurality of first groups that are groups of elements of the first information set stored in the first computing device is the same as each of a plurality of second groups that are groups of elements of a second information set stored in the second computing device; obtaining a random vector for the first information set as a result of shuffling performed by using the Boolean vector generated by the first computing device as an input and using order information and encryption information selected by the second computing device as inputs; and generating information on a union of the first information set and the second information set based on the random vector.
A method for providing enhanced situational awareness using a magnified picture-in-picture within a wide field-of-view optical image from a firearm scope, the method comprising: processing a received optical image to generate the wide field-of-view optical image; initiating display of the wide field-of-view optical image on a display of the firearm scope; receiving an indication to display a magnified picture-in-picture image on the display simultaneously with the wide field-of-view optical image; generating the magnified picture-in-picture image for display on the display of the firearm scope, wherein the magnified picture-in-picture image is copied from a central area of a defined size of the wide field-of-view optical image around a reticle and wherein changing the zoom of either the magnified picture-in-picture image or the wide field-of-view optical image affects the zoom of the other according to some determined dynamic scale or a prior/on-the-fly user selection; and initiating display of the magnified picture-in-picture image on the display of the firearm scope simultaneously with the wide field-of-view optical image. processing a received optical image to generate the wide field-of-view optical image; initiating display of the wide field-of-view optical image on a display of the firearm scope; receiving an indication to display a magnified picture-in-picture image on the display simultaneously with the wide field-of-view optical image; generating the magnified picture-in-picture image for display on the display of the firearm scope, wherein the magnified picture-in-picture image is copied from a central area of a defined size of the wide field-of-view optical image around a reticle and wherein changing the zoom of either the magnified picture-in-picture image or the wide field-of-view optical image affects the zoom of the other according to some determined dynamic scale or a prior/on-the-fly user selection; and initiating display of the magnified picture-in-picture image on the display of the firearm scope simultaneously with the wide field-of-view optical image.
Apparatus for mounting on a vehicle roof, comprising a housing which encloses at least one display (31, 34), and a mounting fixture configured to support the housing, wherein the mounting fixture comprises a carrier being attachable to the roof and a damping unit which connects the carrier to the housing, wherein the damping unit is configured to allow movement of the housing relative to the carrier against a restoring force, characterized in that the damping unit comprises a mounting member which holds the housing and a restoring element (18a, 18b) which is arranged between the mounting member and the carrier wherein the mounting member is arranged above the carrier, wherein the damping unit comprises a guide for linearly guiding the mounting member with regard to the carrier.
A FGF19 variant for use in a method of preventing or treating a FGF 19-dependent cancer or tumor, or a symptom thereof, in a subject, or in a method of antagonizing the oncogenic activity of FGF19 in a subject, wherein the FGF19 variant comprises or consists of an amino acid sequence set forth in SEQ ID NO:1.
A processor for use in a base station for supporting cellular communication and wireless local area network, LAN, communication, wherein a protocol stack for the cellular communication includes: a cellular lower layer including a physical layer and a medium access control, MAC, layer; and a cellular upper layer higher than the MAC layer, wherein the cellular upper layer includes a packet data convergence protocol, PDCP, layer, the processor is configured to request a user terminal to transmit information related to the support of wireless LAN communication, and configured to acquire the information from the user terminal, the processor is configured to select a mode for the wireless LAN communication, and to set the user terminal that supports communication using the wireless LAN communication, to a specific mode in which the cellular upper layer transmits or receives data via a protocol stack of the wireless LAN communication, wherein the protocol stack of the wireless LAN connection includes a wireless LAN physical layer and a wireless LAN MAC layer, and the processor is configured to transmit, to the user terminal that supports communication using the wireless LAN communication, bearer identification information that specifies a bearer to which the specific mode should be applied.
A data processing method for accessing a target sample in a media data stream, the media data stream having a plurality of samples, the method comprising: providing at least a time to sample box (STTS) listing entries and the corresponding sample information, wherein the sample information comprises a decoding time of samples in the corresponding entry and data in the STTS box is recorded using the concept of run-duration coding to reduce the size thereof;; providing at least a sample to chunk box (STSC) comprising chunks of the media data stream, wherein the sample information comprises the number of samples in respective chunks and data in the STSC box is recorded using the concept of run-duration coding to reduce the size thereof;; providing target sample information corresponding to the target sample, wherein the target sample information comprises a specific decoding time, and the sample information for a predetermined number of entries is calculated and the calculated result is stored in at least one cache entry, wherein the cache entry records the accumulated total duration of a group of sample box (STTS) listing entries or wherein the number of cache entries with respect to each sample box (STTS) is fixed or dynamically decided according to each box size; wherein the cache entries are partially calculated before playback and progressively during playback; locating one of the cache entries by comparing the target sample time information with the calculated result of respective cache entries; and after locating the cache entry, locating the target sample from the entries corresponding to the located cache entry. providing at least a time to sample box (STTS) listing entries and the corresponding sample information, wherein the sample information comprises a decoding time of samples in the corresponding entry and data in the STTS box is recorded using the concept of run-duration coding to reduce the size thereof;; providing at least a sample to chunk box (STSC) comprising chunks of the media data stream, wherein the sample information comprises the number of samples in respective chunks and data in the STSC box is recorded using the concept of run-duration coding to reduce the size thereof;; providing target sample information corresponding to the target sample, wherein the target sample information comprises a specific decoding time, and the sample information for a predetermined number of entries is calculated and the calculated result is stored in at least one cache entry, wherein the cache entry records the accumulated total duration of a group of sample box (STTS) listing entries or wherein the number of cache entries with respect to each sample box (STTS) is fixed or dynamically decided according to each box size; wherein the cache entries are partially calculated before playback and progressively during playback; locating one of the cache entries by comparing the target sample time information with the calculated result of respective cache entries; and after locating the cache entry, locating the target sample from the entries corresponding to the located cache entry.
An arrangement, comprising a rear back retainer of a motor vehicle with a bolt or bracket engaging in a lock of the back rear when the back rear of the backrest is vertically upright, which bolt or bracket can be fixed to the inner wall of the car body and the adjoining inner wall of the wheel housing, as well as a reinforcing angle which connects a bottom plate of the car body to the inner wall of the wheel housing, wherein the rear back retainer is formed as a car body component which can be integrated functionally in the force-absorbing car body or body structure of the motor vehicle, stiffens the region of the rear wheel housing and is formed from a base element which extends in its fastening position from the inner wall of the car body at least up to the vicinity of the bottom plate of the car body, and rests at least partly on the wall contour of the wheel housing on the inner side of the car body, and the rear back retainer further comprises flanges and/or regions (8, 15) for interaction with a retainer for a damper fixed close to the bolt or the bracket on the wheel housing, wherein stop and/or connecting surfaces are further formed for the interaction with the reinforcing angle which connects the bottom plate to the inner wall of the wheel housing, and the rear back retainer is combined in its bottom region with a reinforcing angle which connects the bottom plate and the inner wall of the wheel housing, and can be integrated in the force-absorbing car body structure, wherein welding flanges forming connecting surfaces are formed on the side of the base element opposite the bolt, with which the rear back retainer is welded to the inner wall of the car body and wherein the rear back retainer is provided with further welding flanges which are arranged beneath the flanges and are also welded to the inner wall of the car body in the fastening position of the rear back retainer.
An apparatus characterised in that it comprises: - a configurable visual indicator and a video sensor arranged to generate a sensor data stream which is dependent on a state of the configurable visual indicator by capturing the configurable visual indicator, which is in a field of view of the video sensor, in the sensor data stream as a visual element; - control circuitry configured to select the state of the configurable visual indicator, to process operating instructions received in the apparatus from a remote driving station, to provide to the remote driving station the sensor data stream and to at least one of: ▪ provide to the remote driving station an indication of the selected state of the configurable visual indicator to enable the remote driving station to detect a malfunction in the sensor data stream, the indication distinct from the configurable visual indicator, and ▪ observe the state of the configurable visual indicator, based on the sensor data stream, and determine whether the observed and the selected state of the configurable visual indicator are consistent, to detect a malfunction in the sensor data stream, - wherein the apparatus is a remotely operated vehicle, or is configured to be installed in a remotely operated vehicle. - a configurable visual indicator and a video sensor arranged to generate a sensor data stream which is dependent on a state of the configurable visual indicator by capturing the configurable visual indicator, which is in a field of view of the video sensor, in the sensor data stream as a visual element; - control circuitry configured to select the state of the configurable visual indicator, to process operating instructions received in the apparatus from a remote driving station, to provide to the remote driving station the sensor data stream and to at least one of: ▪ provide to the remote driving station an indication of the selected state of the configurable visual indicator to enable the remote driving station to detect a malfunction in the sensor data stream, the indication distinct from the configurable visual indicator, and ▪ observe the state of the configurable visual indicator, based on the sensor data stream, and determine whether the observed and the selected state of the configurable visual indicator are consistent, to detect a malfunction in the sensor data stream, ▪ provide to the remote driving station an indication of the selected state of the configurable visual indicator to enable the remote driving station to detect a malfunction in the sensor data stream, the indication distinct from the configurable visual indicator, and ▪ observe the state of the configurable visual indicator, based on the sensor data stream, and determine whether the observed and the selected state of the configurable visual indicator are consistent, to detect a malfunction in the sensor data stream, - wherein the apparatus is a remotely operated vehicle, or is configured to be installed in a remotely operated vehicle.
Joint tape for reinforcing fillers, wherein the joint tape comprises a basic structure being coherent, continuous or provided with openings, and wherein the joint tape, for good connection with the filler, has an anchoring structure on at least one side, preferably both sides, formed by a plurality of free fiber ends projecting from the surface of the basis structure for improved connection with the filler, characterized in that the joint tape's tensile strengths both in the longitudinal and transverse directions to the fiber main direction in the wet state account for at least 30%, preferably at least 35% of the respective tensile strengths in the dry state.