mhurhangee/ep-ind-claims huggingface dataset:
A method of processing media content comprising video, the video comprising a sequence of scenes comprising pictures, the media content encoded into a plurality of different bit rate representations, the media content comprising segments having the same duration, and wherein segmentation is performed such that the segments in the different bit rate representations are aligned, the method comprising: determining when a scene change between a first scene and a second, subsequent, scene occurs within a predetermined proximity to a boundary between segments and performing at least one of: when a scene change occurs within a predetermined proximity of an end of a segment, discarding in that segment at least a first picture in the second scene and inserting in that segment an additional picture in the first scene; when a scene change occurs within a predetermined proximity of a start of a segment, discarding in that segment at least one picture in the first scene and inserting in that segment an additional picture in the second scene. when a scene change occurs within a predetermined proximity of an end of a segment, discarding in that segment at least a first picture in the second scene and inserting in that segment an additional picture in the first scene; when a scene change occurs within a predetermined proximity of a start of a segment, discarding in that segment at least one picture in the first scene and inserting in that segment an additional picture in the second scene.
A cervical collar comprising a body made of foam intended to surround the neck of a patient, a through opening being formed in the body, characterized in that the cervical collar comprises an insert made of foam placed in the opening of said body, said insert having an inner face, intended to be turned towards the neck of a patient, and an outer face, said insert comprising a plurality of perforations, each perforation of the insert opening on either side of the insert, on one side on the inner face and on the other side on the outer face in order to promote the evacuation of perspiration of the patient and improve the breathability of the cervical collar.
A pre-formuation comprising a low viscosity mixture of: a) 20-80 wt.% of at least one diacyl glycerol and/or a tocopherol; b) 20-80 wt.% of at least one phosphatidyl choline; c) 5-20 wt.% of at least one biocompatible, organic mono-alcoholic solvent comprising ethanol; d) 1.2 to 20 wt.% of a polar solvent selected from water, propylene glycol, or mixtures thereof; and e) at least one somatostatin analogue; wherein the ratio of components a:b is in the range 40:60 to 54:46; wherein the pre-formulation has a viscosity in the range of 0.1 to 5000 mPas at 20 °C; wherein the pre-formulation forms, or is capable of forming, at least one liquid crystalline phase structure upon contact with excess aqueous fluid. a) 20-80 wt.% of at least one diacyl glycerol and/or a tocopherol; b) 20-80 wt.% of at least one phosphatidyl choline; c) 5-20 wt.% of at least one biocompatible, organic mono-alcoholic solvent comprising ethanol; d) 1.2 to 20 wt.% of a polar solvent selected from water, propylene glycol, or mixtures thereof; and e) at least one somatostatin analogue; wherein the ratio of components a:b is in the range 40:60 to 54:46; wherein the pre-formulation has a viscosity in the range of 0.1 to 5000 mPas at 20 °C; wherein the pre-formulation forms, or is capable of forming, at least one liquid crystalline phase structure upon contact with excess aqueous fluid.
Flame retardant polyamide composition comprising a polyamide polymer and melam, wherein the polyamide polymer is a semi-crystalline semi-aromatic polyamide having a melting temperature of at least 270°C and wherein the polyamide polymer has a carbon/nitrogen (C/N) ratio of at least 8.
A method of transmission in wireless communications, comprising: generating, a guard band signal for transmission on a guard band, wherein the guard band is between a first frequency band utilized by a first radio access technology having a first sub-carrier spacing and a second frequency band utilized by a second radio access technology having a second sub-carrier spacing that is a multiple of the first sub-carrier spacing, wherein the guard band signal includes a symbol that is repeated a number of times equal to the multiple, and wherein the guard band signal is interpretable according to a first numerology of the first radio access technology and according to a second numerology of the second radio access technology; and transmitting the guard band signal on the guard band. generating, a guard band signal for transmission on a guard band, wherein the guard band is between a first frequency band utilized by a first radio access technology having a first sub-carrier spacing and a second frequency band utilized by a second radio access technology having a second sub-carrier spacing that is a multiple of the first sub-carrier spacing, wherein the guard band signal includes a symbol that is repeated a number of times equal to the multiple, and wherein the guard band signal is interpretable according to a first numerology of the first radio access technology and according to a second numerology of the second radio access technology; and transmitting the guard band signal on the guard band.
A method for reselection among Closed Subscriber Group cells, abbreviated as CSG cells, the method comprising: a user terminal camping on a CSG cell; when the user terminal is reassociated from a current camped source CSG cell to a target CSG cell, frequencies of the source CSG cell and the target CSG cell being assigned with a same frequency priority; and the user terminal performing the reselection among the Closed Subscriber Group cells; wherein the frequencies of the source CSG cell and the target CSG cell are assigned with the same frequency priority in the following specific frequency priority configuration way: frequency priorities are set based on the fact that the frequencies of the source CSG cell and the target CSG cell are assigned with the same frequency priority, and the same frequency priority is set to be higher than those of other frequencies, wherein the other frequencies refer to the frequencies excluding those of the source CSG cell and the target CSG cell; or the other frequencies are frequencies on which no CSG cell exists or on which no CSG cell meets a reselection condition, wherein the user terminal comprises a CSG user terminal supportive to the capability of a CSG. a user terminal camping on a CSG cell; when the user terminal is reassociated from a current camped source CSG cell to a target CSG cell, frequencies of the source CSG cell and the target CSG cell being assigned with a same frequency priority; and the user terminal performing the reselection among the Closed Subscriber Group cells; wherein the frequencies of the source CSG cell and the target CSG cell are assigned with the same frequency priority in the following specific frequency priority configuration way: frequency priorities are set based on the fact that the frequencies of the source CSG cell and the target CSG cell are assigned with the same frequency priority, and the same frequency priority is set to be higher than those of other frequencies, wherein the other frequencies refer to the frequencies excluding those of the source CSG cell and the target CSG cell; or the other frequencies are frequencies on which no CSG cell exists or on which no CSG cell meets a reselection condition, wherein the user terminal comprises a CSG user terminal supportive to the capability of a CSG.
Method for identifying an edge contour of an opening formed on a processing head, in particular an opening of a processing nozzle, characterised by: temporally successive recording of a plurality of images (B(n), B(n-1),...), which each contain a part-region of a preferably illuminated reference face which is monitored through the opening and which is spaced apart from the processing head, and a region on the processing head which surrounds the opening, wherein between recording times (n, n-1,...) of the images (B(n), B(n-1),...) the brightness properties of the reference face are changed, and identifying the edge contour by means of comparative evaluation of the recorded images (B(n), B(n-1),...). temporally successive recording of a plurality of images (B(n), B(n-1),...), which each contain a part-region of a preferably illuminated reference face which is monitored through the opening and which is spaced apart from the processing head, and a region on the processing head which surrounds the opening, wherein between recording times (n, n-1,...) of the images (B(n), B(n-1),...) the brightness properties of the reference face are changed, and identifying the edge contour by means of comparative evaluation of the recorded images (B(n), B(n-1),...).
Method for determining and/or monitoring the state of a roller bearing, wherein a sensor signal in the form of a sound emission signal in a frequency band in the ultrasonic range is captured during the operation of the roller bearing, characterised in that shock pulses in the sensor signal are determined for the purpose of detecting bearing currents.
A system for preparing and dispensing a nitrogen infused beverage, comprising: a bag-in-box beverage concentrate container; a first diaphragm pump controlling flow of a beverage concentrate through a beverage line from the bag-in-box container to a first flow controlling needle valve and from the first needle valve to a liquid mixing point, wherein a first back-check valve is optionally present prior to the first flow controlling needle valve or after the flow controlling needle valve and prior to the liquid mixing point; a second diaphragm pump controlling water flow through a water line from a water supply to a liquid/gas contactor membrane unit and from the contactor unit to a second flow controlling needle valve and from the second needle valve to the liquid mixing point wherein a second back-check valve is optionally present prior to the second flow controlling needle valve or after the flow controlling needle valve and prior to the liquid mixing point; a controlled pressurized supply of a gas comprising at least 50% by weight nitrogen attached to the liquid/gas contactor membrane unit; the liquid/gas contactor membrane unit; a nitrogen infused beverage line from the liquid mixing point to a beverage faucet; wherein the beverage faucet is a slow release faucet such that the infused beverage in the nitrogen infused beverage line remains under pressure during dispense of the beverage from the faucet, and the nitrogen gas feed supply line to the liquid/gas contactor membrane unit comprises a check valve preventing liquid flow from the liquid/gas contactor membrane unit into the pressurized gas supply line. a bag-in-box beverage concentrate container; a first diaphragm pump controlling flow of a beverage concentrate through a beverage line from the bag-in-box container to a first flow controlling needle valve and from the first needle valve to a liquid mixing point, wherein a first back-check valve is optionally present prior to the first flow controlling needle valve or after the flow controlling needle valve and prior to the liquid mixing point; a second diaphragm pump controlling water flow through a water line from a water supply to a liquid/gas contactor membrane unit and from the contactor unit to a second flow controlling needle valve and from the second needle valve to the liquid mixing point wherein a second back-check valve is optionally present prior to the second flow controlling needle valve or after the flow controlling needle valve and prior to the liquid mixing point; a controlled pressurized supply of a gas comprising at least 50% by weight nitrogen attached to the liquid/gas contactor membrane unit; the liquid/gas contactor membrane unit; a nitrogen infused beverage line from the liquid mixing point to a beverage faucet; wherein the beverage faucet is a slow release faucet such that the infused beverage in the nitrogen infused beverage line remains under pressure during dispense of the beverage from the faucet, and the nitrogen gas feed supply line to the liquid/gas contactor membrane unit comprises a check valve preventing liquid flow from the liquid/gas contactor membrane unit into the pressurized gas supply line.
Subassembly comprising a ladder and upper element A, the upper element comprising two or more wheels attached to at least one first bar such that the wheels can rotate around a virtual longitudinal axis of the first bar, attached to the bar at least two first arms, attached to the first arms at least two second arms, wherein the at least two first arms and the at least two second arms are located under an angle of 100-170°, characterized in that the at least two first arms comprise an optional first pulley arranged at a distance of the first bar, and a motor protection, the motor protection being in wireless or electrical contact with an electro-motor, wherein the at least two second arms comprise a second pulley arranged at an intersection of the first arms and second arms, a second bar connecting the at least two arms and a closable guiding element attached to the second bar, and at least two securing elements (17a,b) for securing the upper element to a ladder located at a lower side of the upper element, wherein optionally a distance of the at least two securing elements can be varied. two or more wheels attached to at least one first bar such that the wheels can rotate around a virtual longitudinal axis of the first bar, attached to the bar at least two first arms, attached to the first arms at least two second arms, wherein the at least two first arms and the at least two second arms are located under an angle of 100-170°, characterized in that the at least two first arms comprise an optional first pulley arranged at a distance of the first bar, and a motor protection, the motor protection being in wireless or electrical contact with an electro-motor, wherein the at least two second arms comprise a second pulley arranged at an intersection of the first arms and second arms, a second bar connecting the at least two arms and a closable guiding element attached to the second bar, and at least two securing elements (17a,b) for securing the upper element to a ladder located at a lower side of the upper element, wherein optionally a distance of the at least two securing elements can be varied.
A travel control device comprising: a detection unit configured to detect a travel state of a subject vehicle; a determination unit configured to determine a travel scene of the subject vehicle on a basis of the travel state of the subject vehicle; a storage unit configured to store presentation information to be presented to a user in each travel scene; a presentation unit configured to present the presentation information corresponding to the travel scene to the user; an input unit for the user to input response information in response to the presentation information; and a control unit configured to control travel of the subject vehicle on a basis of the response information input via the input unit, characterized in that when the travel state falls under a plurality of travel scenes corresponding to a plurality of items of the presentation information, the presentation unit presents the presentation information of the travel scene of which a priority level is highest to the user. a detection unit configured to detect a travel state of a subject vehicle; a determination unit configured to determine a travel scene of the subject vehicle on a basis of the travel state of the subject vehicle; a storage unit configured to store presentation information to be presented to a user in each travel scene; a presentation unit configured to present the presentation information corresponding to the travel scene to the user; an input unit for the user to input response information in response to the presentation information; and a control unit configured to control travel of the subject vehicle on a basis of the response information input via the input unit, characterized in that when the travel state falls under a plurality of travel scenes corresponding to a plurality of items of the presentation information, the presentation unit presents the presentation information of the travel scene of which a priority level is highest to the user.
An ice making device comprising an ice making structure that defines an ice making space configured to receive and hold liquid water; a water supply unit configured to supply liquid water to the ice making space defined by the ice making structure; a control unit configured to control an amount of water supplied to the ice making structure by the water supply unit, the control unit being configured to, in response to user actuation of an ice dispenser, control the water supply unit to supply liquid water to the ice making space of the ice making structure to apply force to ice made in the ice making space and at least partially release the ice from the ice making space; and a cutter configured to cut ice made in the ice making structure into one or more ice pieces when the ice made in the ice making structure is partially released from the ice making space by the supply of liquid water, wherein the ice making device includes multiple ice making tubes, the multiple ice making tubes are oriented in parallel in a lengthwise direction along a straight line when viewed from above, the first ends of the multiple ice making tubes are respectively connected to a water supply tube of the water supply unit and characterized in that the second ends of the multiple ice making tubes are respectively connected to a transfer tube, and the cutter is installed within the transfer tube, wherein the transfer tube is arranged along the straight line at open ends of the multiple ice making tubes, and wherein the cutter is positioned at the open ends of the multiple ice making tubes and configured to allow ice to be released from the multiple ice making tubes into the transfer tube.
A method performed by an intercloud switch on a public cloud having said intercloud switch and a router, the method comprising: establishing a secure transport layer tunnel over a public network between a first cloud gateway in a private cloud and a second cloud gateway in the public cloud, the secure transport layer tunnel configured to provide a link layer network extension between the private cloud and the public cloud; intercepting at the intercloud switch a first address resolution protocol request sent from a first virtual machine in the public cloud; fabricating at the intercloud switch a first address resolution protocol response including a MAC address of the router in the public cloud; and sending the first address resolution protocol response to the first virtual machine. establishing a secure transport layer tunnel over a public network between a first cloud gateway in a private cloud and a second cloud gateway in the public cloud, the secure transport layer tunnel configured to provide a link layer network extension between the private cloud and the public cloud; intercepting at the intercloud switch a first address resolution protocol request sent from a first virtual machine in the public cloud; fabricating at the intercloud switch a first address resolution protocol response including a MAC address of the router in the public cloud; and sending the first address resolution protocol response to the first virtual machine.
A position determination apparatus for the position determination of at least one RFID tag (14a, 14b, 14c), comprising an RFID reader and a control device, wherein the control device is configured to transmit a radio signal by means of the RFID reader, said radio signal exciting at least one RFID tag (14a, 14b, 14c) to transmit a response signal; wherein the position determination apparatus is movable from an original position to different locations and the control device is furthermore configured to transmit a respective radio signal at at least two different locations and to receive the respective response signal or the respective response signals; and to determine a relative position and a relative alignment of the position determination apparatus with respect to the original position and to determine a relative position of the RFID tag (14a, 14b, 14c) with respect to the original position based on a distance of the at least two different locations, based on the response signals and based on the reception direction of the response signals which were excited by the radio signals which were transmitted from the at least two different locations, characterized in that the RFID reader is configured to output radio signals in different, restricted spatial directions and to receive response signals from different, restricted spatial directions; and in that the RFID reader is configured to determine a reception direction of the response signals by pivotably and/or movably attaching the RFID reader to the position determination apparatus or by suitably connecting a plurality of antennas for a radiation in different, restricted spatial directions and/or for a reception from different, restricted spatial directions. to transmit a respective radio signal at at least two different locations and to receive the respective response signal or the respective response signals; and to determine a relative position and a relative alignment of the position determination apparatus with respect to the original position and to determine a relative position of the RFID tag (14a, 14b, 14c) with respect to the original position based on a distance of the at least two different locations, based on the response signals and based on the reception direction of the response signals which were excited by the radio signals which were transmitted from the at least two different locations,