mhurhangee/ep-ind-claims huggingface dataset:
A method for compensating for changes in a theatre sound system that is positioned in a theatre, the method comprising: i) determining (418, 512) a difference between a signature response of a loudspeaker (110, 112, 114, 116, 118, 140) to a provided test signal and a subsequent response of the loudspeaker to the test signal, a) the subsequent response of the loudspeaker being subsequent to the signature response of the loudspeaker, b) the loudspeaker being in the theatre sound system, characterised further by the steps of: c) the signature response and the subsequent response being captured by a microphone (122, 126, 128, 330) at a position that is in the theatre within an audio dispersion path associated with the loudspeaker and other than a seat location of a patron so as to avoid interfering with the patron's view of a presentation; ii) modifying, by an equalizer unit, an audio signal based on the difference to generate a compensated audio signal; and iii) outputting the compensated audio signal to the loudspeaker. i) determining (418, 512) a difference between a signature response of a loudspeaker (110, 112, 114, 116, 118, 140) to a provided test signal and a subsequent response of the loudspeaker to the test signal, a) the subsequent response of the loudspeaker being subsequent to the signature response of the loudspeaker, b) the loudspeaker being in the theatre sound system, characterised further by the steps of: c) the signature response and the subsequent response being captured by a microphone (122, 126, 128, 330) at a position that is in the theatre within an audio dispersion path associated with the loudspeaker and other than a seat location of a patron so as to avoid interfering with the patron's view of a presentation; a) the subsequent response of the loudspeaker being subsequent to the signature response of the loudspeaker, b) the loudspeaker being in the theatre sound system, c) the signature response and the subsequent response being captured by a microphone (122, 126, 128, 330) at a position that is in the theatre within an audio dispersion path associated with the loudspeaker and other than a seat location of a patron so as to avoid interfering with the patron's view of a presentation; ii) modifying, by an equalizer unit, an audio signal based on the difference to generate a compensated audio signal; and iii) outputting the compensated audio signal to the loudspeaker.
An apparatus to capture a plurality of portions of a moving image based on a theme of the moving image, the apparatus comprising: a display unit; a theme selector configured to select the theme of the moving image to be captured according to a user command, the apparatus being configured to provide a story board according to the selected theme, the story board including a plurality of scene clips which correspond to portions of the moving image to be captured; a scene selector configured to select, according to a user command, a scene clip from among the plurality of scene clips of the story board, the apparatus being configured to automatically arrange a background frame, a caption, a video, and/or an item effect of a template assigned to the selected scene clip on a display screen of the display unit when said scene clip is selected; a photographing unit configured to capture a portion of the moving image corresponding to the selected scene clip in response to receiving a photographing command while the apparatus is in a state in which said background frame, caption, video, and/or item effect is displayed on the display screen; and an option unit to set a predetermined option for the selected scene clip according to a user command, wherein the option unit includes a template editor to edit the template corresponding to the selected scene clip after completing capturing for said scene clip, and wherein the template editor edits said background frame, caption, video, and/or item effect of the template. a display unit; a theme selector configured to select the theme of the moving image to be captured according to a user command, the apparatus being configured to provide a story board according to the selected theme, the story board including a plurality of scene clips which correspond to portions of the moving image to be captured; a scene selector configured to select, according to a user command, a scene clip from among the plurality of scene clips of the story board, the apparatus being configured to automatically arrange a background frame, a caption, a video, and/or an item effect of a template assigned to the selected scene clip on a display screen of the display unit when said scene clip is selected; a photographing unit configured to capture a portion of the moving image corresponding to the selected scene clip in response to receiving a photographing command while the apparatus is in a state in which said background frame, caption, video, and/or item effect is displayed on the display screen; and an option unit to set a predetermined option for the selected scene clip according to a user command, wherein the option unit includes a template editor to edit the template corresponding to the selected scene clip after completing capturing for said scene clip, and wherein the template editor edits said background frame, caption, video, and/or item effect of the template.
A method for triggering radio bearer release by a relay user equipment, in the following also referred to as UE, comprising: the relay UE connects with an evolved Node-B, in the following also referred to as eNB; the relay UE establishes a Packet Data Network, in the following also referred to as PDN, connection for supporting traffic relaying; the relay UE establishes a layer-2 link with a remote UE; the relay UE creates a radio bearer between the relay UE and the eNB for forwarding data packets between the remote UE and a PDN corresponding to the PDN connection; and the relay UE sends a non-access stratum, in the following also referred to as NAS, message to the eNB if a failure of the layer-2 link is detected. the relay UE connects with an evolved Node-B, in the following also referred to as eNB; the relay UE establishes a Packet Data Network, in the following also referred to as PDN, connection for supporting traffic relaying; the relay UE establishes a layer-2 link with a remote UE; the relay UE creates a radio bearer between the relay UE and the eNB for forwarding data packets between the remote UE and a PDN corresponding to the PDN connection; and the relay UE sends a non-access stratum, in the following also referred to as NAS, message to the eNB if a failure of the layer-2 link is detected.
A method for treating and conveying natural gas, in a ship, from a liquefied gas storage tank to energy production equipment (4, 6), on the one hand, and to a burner of an energy production installation, on the other hand, said method comprising: - a step of supplying the energy production equipment (4, 6), during which step natural gas is carried through a phase separator (11 a, 11 b) allowing a heavy fraction of the natural gas containing the hydrocarbons that have the longest carbon chain to be returned to the tank in the form of condensate and allowing a light fraction of the natural gas containing the hydrocarbons that have the shortest carbon chain to be carried to the energy production equipment (4, 6); the said method being characterized in that it comprises in succession to the step of supplying the energy production equipment - a step of recovering the heavy fraction of the natural gas during which step natural gas is carried from the tank to the burner, bypassing said phase separator (11 a, 11 b). - a step of supplying the energy production equipment (4, 6), during which step natural gas is carried through a phase separator (11 a, 11 b) allowing a heavy fraction of the natural gas containing the hydrocarbons that have the longest carbon chain to be returned to the tank in the form of condensate and allowing a light fraction of the natural gas containing the hydrocarbons that have the shortest carbon chain to be carried to the energy production equipment (4, 6); the said method being characterized in that it comprises in succession to the step of supplying the energy production equipment - a step of recovering the heavy fraction of the natural gas during which step natural gas is carried from the tank to the burner, bypassing said phase separator (11 a, 11 b).
A control system for a work machine having an upper frame rotatably mounted to a lower frame, the upper frame including an arm assembly, the control system comprising: a controller; characterised in that the controller is responsive to a first user command to send appropriate control signals to lock or substantially restrict movement of the upper frame relative to the lower frame while allowing user control of the arm assembly; said controller further being responsive to a second user command to send appropriate control signals to lock or substantially restrict movement of the upper frame relative to the lower frame and to send appropriate control signals to lock or substantially restrict movement of the arm assembly; wherein the first user command is generated by activation of a swing lock button for less than a pre-determined time interval and the second user command is generated by activation of the swing lock button for greater than the pre-determined time interval. a controller; characterised in that the controller is responsive to a first user command to send appropriate control signals to lock or substantially restrict movement of the upper frame relative to the lower frame while allowing user control of the arm assembly; said controller further being responsive to a second user command to send appropriate control signals to lock or substantially restrict movement of the upper frame relative to the lower frame and to send appropriate control signals to lock or substantially restrict movement of the arm assembly; wherein the first user command is generated by activation of a swing lock button for less than a pre-determined time interval and the second user command is generated by activation of the swing lock button for greater than the pre-determined time interval.
Method of determining a position of a rotatable element of a timepiece, the method comprising: - arranging a permanent magnet to rotate with the rotatable element about a rotation axis of the rotatable element, - using a three-axis magnetic field sensor to measure a magnitude and an orientation of an incident magnetic field along said three axis and detect changes in said magnetic field magnitude and orientation, due to the rotation of the magnetic field of the permanent magnet, along said three axis as the rotatable element rotates, in order to obtain a succession of magnitude/orientation data points forming a three-dimensional signature path after a full rotation of the rotatable element - projecting the three-dimensional signature path onto a plane orthogonal to the rotation axis so as to form a circular two-dimensional signature path - deducing the angular orientation of the rotatable element from two-dimensional signature path. - arranging a permanent magnet to rotate with the rotatable element about a rotation axis of the rotatable element, - using a three-axis magnetic field sensor to measure a magnitude and an orientation of an incident magnetic field along said three axis and detect changes in said magnetic field magnitude and orientation, due to the rotation of the magnetic field of the permanent magnet, along said three axis as the rotatable element rotates, in order to obtain a succession of magnitude/orientation data points forming a three-dimensional signature path after a full rotation of the rotatable element - projecting the three-dimensional signature path onto a plane orthogonal to the rotation axis so as to form a circular two-dimensional signature path - deducing the angular orientation of the rotatable element from two-dimensional signature path.
Process for producing polyurethane foams by reaction of the components A polyol component comprising A1 from 40 to 100 parts by weight of polyether carbonate polyol having a hydroxyl number in accordance with DIN 53240-1 of June 2013 of from 20 mg KOH/g to 120 mg KOH/g, A2 from 0 to 60 parts by weight of polyether polyol having a hydroxyl number in accordance with DIN 53240-1 of June 2013 of from 20 mg KOH/g to 250 mg KOH/g and a content of ethylene oxide of from 0 to 60% by weight, with polyether polyol A2 being free of carbonate units, B B1 catalyst, and B2 optionally auxiliaries and additives, C water and/or physical blowing agents, with D diisocyanates and/or polyisocyanates, where the production reaction is carried out at an index of from 90 to 120, characterized in that component A comprises a component A5 from 0.05 to 10.00 parts by weight, based on the sum of the parts by weight of the components A1 + A2 = 100 parts by weight, of polyester polyol containing structural units derived from malonic acid. A polyol component comprising A1 from 40 to 100 parts by weight of polyether carbonate polyol having a hydroxyl number in accordance with DIN 53240-1 of June 2013 of from 20 mg KOH/g to 120 mg KOH/g, A2 from 0 to 60 parts by weight of polyether polyol having a hydroxyl number in accordance with DIN 53240-1 of June 2013 of from 20 mg KOH/g to 250 mg KOH/g and a content of ethylene oxide of from 0 to 60% by weight, with polyether polyol A2 being free of carbonate units, A1 from 40 to 100 parts by weight of polyether carbonate polyol having a hydroxyl number in accordance with DIN 53240-1 of June 2013 of from 20 mg KOH/g to 120 mg KOH/g, A2 from 0 to 60 parts by weight of polyether polyol having a hydroxyl number in accordance with DIN 53240-1 of June 2013 of from 20 mg KOH/g to 250 mg KOH/g and a content of ethylene oxide of from 0 to 60% by weight, with polyether polyol A2 being free of carbonate units, B B1 catalyst, and B2 optionally auxiliaries and additives, B1 catalyst, and B2 optionally auxiliaries and additives, C water and/or physical blowing agents, with D diisocyanates and/or polyisocyanates,
A fastener assembly comprising: a clamping unit including two clamping legs each having a shank and a clamping foot extending therefrom; a splitter bar including two extensions and a shaft extending between the two clamping legs and radially expanding and retracting the clamping feet responsive to axially translation of the clamping unit; characterised by a protective sleeve partially circumferentially surrounding at least a portion of the clamping leg shanks and the splitter bar, the protective sleeve comprising two slots having the two extensions extending there through. a clamping unit including two clamping legs each having a shank and a clamping foot extending therefrom; a splitter bar including two extensions and a shaft extending between the two clamping legs and radially expanding and retracting the clamping feet responsive to axially translation of the clamping unit; characterised by a protective sleeve partially circumferentially surrounding at least a portion of the clamping leg shanks and the splitter bar, the protective sleeve comprising two slots having the two extensions extending there through.
A method for implementing network virtualization, comprising: receiving, by a software-defined network SDN controller, a virtual network creation request that carries virtual network topology information; creating, by the SDN controller, a virtual network, wherein the virtual network has a topology described by the virtual network topology information, and the virtual network comprises a first virtual forwarding device and a second virtual forwarding device; establishing, by the SDN controller (1000, 1100, 1200, 1300, 1400, 1500, 1600, 1700, 1800, 1903, 2002), a device mapping relationship, wherein the device mapping relationship comprises a mapping relationship between the first virtual forwarding device and a first physical forwarding device in a physical network, and a mapping relationship between the second virtual forwarding device and a second physical forwarding device in the physical network; establishing, by the SDN controller, a port mapping relationship, wherein the port mapping relationship comprises a mapping relationship between a port of the first virtual forwarding device and a port of the first physical forwarding device, and a mapping relationship between a port of the second virtual forwarding device and a port of the second physical forwarding device; registering, by the SDN controller, the first virtual forwarding device and the second virtual forwarding device with a virtual SDN controller. receiving, by a software-defined network SDN controller, a virtual network creation request that carries virtual network topology information; creating, by the SDN controller, a virtual network, wherein the virtual network has a topology described by the virtual network topology information, and the virtual network comprises a first virtual forwarding device and a second virtual forwarding device; establishing, by the SDN controller (1000, 1100, 1200, 1300, 1400, 1500, 1600, 1700, 1800, 1903, 2002), a device mapping relationship, wherein the device mapping relationship comprises a mapping relationship between the first virtual forwarding device and a first physical forwarding device in a physical network, and a mapping relationship between the second virtual forwarding device and a second physical forwarding device in the physical network; establishing, by the SDN controller, a port mapping relationship, wherein the port mapping relationship comprises a mapping relationship between a port of the first virtual forwarding device and a port of the first physical forwarding device, and a mapping relationship between a port of the second virtual forwarding device and a port of the second physical forwarding device; registering, by the SDN controller, the first virtual forwarding device and the second virtual forwarding device with a virtual SDN controller.
A pole-mounted radio including a slide latching mechanism (304, 306, 308, 404, 406, 408), the pole-mounted radio comprising: a wireless receiver and/or transmitter circuit; an L-shaped pole-mounting bracket for mounting the radio on a pole, wherein the pole-mounting bracket includes a back plate for coupling to the pole, and a base plate with a center opening; a reflector attached to the base plate of the pole-mounting bracket via the slide latching mechanism (304, 306, 308, 404, 406, 408), wherein the reflector includes a center opening which is aligned to the center opening on the base plate; and a feed antenna that passes through the center openings on the reflector and the base plate, wherein the feed antenna includes a feed tube that houses the receiver and/or transmitter circuit, and a supporting housing that supports the feed tube, wherein the supporting housing extends through the center openings on the reflector and the base plate, and the supporting housing includes a number of push latches (512, 514, 516) that are latched to the edge of the center opening on the reflector to attach the supporting housing to the reflector, wherein the supporting housing further comprises a number of locator pins (522, 524) coupled to both the reflector and the base plate, and wherein the locator pins (522, 524) are configured to accommodate fabrication tolerance and to act as a lock for the slide latching mechanism (304, 306, 308, 404, 406, 408). a wireless receiver and/or transmitter circuit; an L-shaped pole-mounting bracket for mounting the radio on a pole, wherein the pole-mounting bracket includes a back plate for coupling to the pole, and a base plate with a center opening; a reflector attached to the base plate of the pole-mounting bracket via the slide latching mechanism (304, 306, 308, 404, 406, 408), wherein the reflector includes a center opening which is aligned to the center opening on the base plate; and a feed antenna that passes through the center openings on the reflector and the base plate, wherein the feed antenna includes a feed tube that houses the receiver and/or transmitter circuit, and a supporting housing that supports the feed tube, wherein the supporting housing extends through the center openings on the reflector and the base plate, and the supporting housing includes a number of push latches (512, 514, 516) that are latched to the edge of the center opening on the reflector to attach the supporting housing to the reflector, wherein the supporting housing further comprises a number of locator pins (522, 524) coupled to both the reflector and the base plate, and wherein the locator pins (522, 524) are configured to accommodate fabrication tolerance and to act as a lock for the slide latching mechanism (304, 306, 308, 404, 406, 408).
A method for producing fluorinated organic compounds comprising converting at least one compound of Formula CF 3 CFClCH 3 [HCFC-244bb] to at least one compound of Formula CF 3 CF=CH 2 [HFO-1234yf], wherein the converting step is carried out in a vessel comprising Hastelloy, Inconel, Monel and/or a fluoropolymer lining.
A method of a Lawful Intercept, LI, management module for LI configuration of an Internal Interception Function, IIF, hosted by Virtual Network Function, VNF, in a cloud based network and for keeping a LI administration mediation function, ADMF, in a LI system, updated regarding the current LI configuration in the cloud based network, said method comprising - Receiving Notification comprising VNF and its VNF characteristics; - Making LI configuration decisions based on VNF characteristics and LI policy from LI policy database; - Performing LI configuration of VNF and IIF in accordance with configuration decisions; - Storing VNF/IIF characteristics in LI policy database, if configuration was successful; - Updating the LI ADMF about new LI configuration of the cloud based network. - Receiving Notification comprising VNF and its VNF characteristics; - Making LI configuration decisions based on VNF characteristics and LI policy from LI policy database; - Performing LI configuration of VNF and IIF in accordance with configuration decisions; - Storing VNF/IIF characteristics in LI policy database, if configuration was successful; - Updating the LI ADMF about new LI configuration of the cloud based network.