mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for reconstructing a multi-view signal coded into a multi-view data stream, comprising a dependent-view reconstructor configured to derive, for at least one of blocks of a current picture in a dependent view of the multi-view signal, a list of motion vector predictor candidates by determining a disparity vector for the at least one block representing a disparity between the current picture of the dependent view and a current picture of a reference view of the multi-view signal at the at least one block of the current picture of the dependent view, via a depth map explicitly signaled within the multi-view signal in addition to motion and disparity vectors for a picture to which the depth map belongs; determining a block (50 R) within the current picture of the reference view using the determined disparity vector; adding a motion vector to the list of motion vector predictor candidates which depends on a motion vector (52 R) associated with the determined block of the current picture of the reference view; and extract, for the at least one block of the current picture of the dependent view, index information specifying one motion vector predictor candidate of the list of motion vector predictor candidates, from the multi-view data stream; and reconstruct the at least one block of the current picture of the dependent view by performing a motion-compensated prediction of the at least one block of the current picture of the dependent view using a motion vector which depends on the specified motion vector candidate, wherein the apparatus further comprises a reference-view reconstructor configured to reconstruct a depth map of the current picture of the reference view of the multi-view signal from a reference view depth-map portion of the multi-view data stream; and a depth estimator configured to estimate a depth map (34d2) of the current picture of the dependent view by warping the depth map of the current picture of the reference view into the dependent view, wherein the dependent-view reconstructor is configured to, in determining the disparity vector for the at least one block, subject the depth data estimate at the at least one block to depth-to-disparity conversion to obtain the determined disparity vector. determining a disparity vector for the at least one block representing a disparity between the current picture of the dependent view and a current picture of a reference view of the multi-view signal at the at least one block of the current picture of the dependent view, via a depth map explicitly signaled within the multi-view signal in addition to motion and disparity vectors for a picture to which the depth map belongs; determining a block (50 R) within the current picture of the reference view using the determined disparity vector; adding a motion vector to the list of motion vector predictor candidates which depends on a motion vector (52 R) associated with the determined block of the current picture of the reference view; and
A method for coordinated multipoint transmission in a communications system, wherein the method comprises collecting, in a serving coordinated multipoint management agent, CoMP-MA, channel state information, CSIs, periodically reported by user terminals served by a base station within a cooperating set, and forwarding the CSIs periodically reported by the user terminals served by said base station to other base stations within the cooperating set; characterized by based on the collected CSIs, identifying and selecting, in the serving CoMP-MA, one or more dominant interferers as potential candidates for transmitting network nodes for a selected user terminal; initiating coordinated multipoint, CoMP, joint transmission, JT, by forwarding over an X2 interface, to the candidates for the transmitting network nodes for the selected user terminal, packet data convergence protocol, PDCP, protocol data units, PDUs, received from a serving gateway and targeted to the selected user terminal and setting the status of the selected user terminal to joint transmission; receiving an acknowledgement over the X2 interface on PDCP PDUs received in a candidate for the transmitting network nodes, in case the candidate transmitting network node is capable of handling the joint transmission to the user terminal; measuring, in the serving CoMP-MA, time spent between forwarding PDCP PDU and receiving a corresponding acknowledgement over the X2 interface; adjusting, based on the measurement, a high threshold and a low threshold of predefined PDCP buffers of the serving CoMP-MA; in response radio information required for air interface scheduling becoming available, extracting, in the serving CoMP-MA, radio resource allocations, radio link control, RLC, and medium access control, MAC, headers, references to user plane data included, and precoding matrices from corresponding protocol entities, forwarding over the X2 interface the extracted radio resource allocations, RLC and MAC headers, references to the user plane data included, and precoding matrices to the transmitting network nodes that have acknowledged PDCP PDUs, in order a transmitting CoMP-MA associated with the transmitting network node to be able to prepare for air interface scheduling for the user terminal.
System for guiding a carriage within a frame for which: - the system is suitable for guiding a device for wiping a galvanization product; - the frame is provided with three parallel linear guide tracks (12555, 12556) of which a first track runs centrally along the frame and second and third tracks are arranged laterally with respect to the first track; - the carriage exhibits at least two axes of rotation (12557, 12558), a first axis driving at least a first wheel within the first guide track and a second axis driving at least a second and at least a third wheel within the second and third guide tracks, respectively; - the two axes of rotation (12557, 12558) are perpendicular. - the system is suitable for guiding a device for wiping a galvanization product; - the frame is provided with three parallel linear guide tracks (12555, 12556) of which a first track runs centrally along the frame and second and third tracks are arranged laterally with respect to the first track; - the carriage exhibits at least two axes of rotation (12557, 12558), a first axis driving at least a first wheel within the first guide track and a second axis driving at least a second and at least a third wheel within the second and third guide tracks, respectively; - the two axes of rotation (12557, 12558) are perpendicular.
Method for operating a heating appliance for heating a building, comprising the following steps: a) operating the heating appliance with a primary combustion closed-loop control, b) detecting an implausibility and/or malfunction in the primary combustion closed-loop control, c) operating the heating appliance with a secondary combustion closed-loop control which differs from the primary combustion closed-loop control, when an implausibility and/or malfunction of the primary combustion closed-loop control is detected; characterized in that the secondary combustion closed-loop control makes recourse to fewer sensors than the primary combustion closed-loop control. a) operating the heating appliance with a primary combustion closed-loop control, b) detecting an implausibility and/or malfunction in the primary combustion closed-loop control, c) operating the heating appliance with a secondary combustion closed-loop control which differs from the primary combustion closed-loop control, when an implausibility and/or malfunction of the primary combustion closed-loop control is detected; characterized in that the secondary combustion closed-loop control makes recourse to fewer sensors than the primary combustion closed-loop control.
A device for axial fixing of a rotation body arranged between opposite frame walls, having a retainer arranged on one of the frame walls, rotationally fixed relative to the relevant frame wall, wherein an end of the rotation body to be fixed axially is held rotatable in said retainer, characterized in that several rollers are arranged along a first circumferential line of the retainer, whereby the rollers arranged on the first circumferential line of the retainer are connected in each case to a pin, whereby these rollers in each case are mounted eccentrically in that each of the rollers is arranged in each case eccentrically on its respective pin, whereby a drive element is provided at one end of the respective pin in each case, with which the relevant pin can be rotated, whereby a respective shell surface of said rollers in each case can be arranged against a mounting element connected to the frame wall, in that by means of the drive element the respective roller can be rotated in a specific rotation angle position, whereby the retainer with a thrust bearing is arranged supported on the mounting element parallel to the axis of rotation of the rotation body, whereby the rotation body can be fixed axially by clamping of the mounting element between the thrust bearing of the retainer and the respective shell surface of the rollers set on the mounting element.
An air conditioner controller that controls a plurality of air conditioners (2,3), each provided with a temperature sensor that detects a temperature of a space to be air-conditioned, comprising: a temperature information obtaining portion that obtains temperature information detected by each of said temperature sensors; a storage portion that stores setting information of a scheduled operation; and a control portion that controls an operation of said air conditioner on the basis of setting information of said scheduled operation, characterised in that said air conditioners (2, 3) are subjected to operation control by wireless remote controllers arranged in spaces to be air-conditioned, respectively, said temperature sensors are provided in said wireless remote controllers, respectively, said storage portion stores, as said setting information of the scheduled operation, selection information on a temperature sensor to be detected selected from said plurality of temperature sensors in accordance with at least one of time, date, and day; and operation setting information including at least information on a temperature setting in accordance with at least one of time, date, and day; and said control portion controls said plurality of air conditioners on the basis of the temperature information of the temperature sensor selected from said plurality of temperature sensors on the basis of said selection information and the information on temperature setting of said operation setting information. a temperature information obtaining portion that obtains temperature information detected by each of said temperature sensors; a storage portion that stores setting information of a scheduled operation; and a control portion that controls an operation of said air conditioner on the basis of setting information of said scheduled operation, characterised in that said air conditioners (2, 3) are subjected to operation control by wireless remote controllers arranged in spaces to be air-conditioned, respectively, said temperature sensors are provided in said wireless remote controllers, respectively, said storage portion stores, as said setting information of the scheduled operation, selection information on a temperature sensor to be detected selected from said plurality of temperature sensors in accordance with at least one of time, date, and day; and operation setting information including at least information on a temperature setting in accordance with at least one of time, date, and day; and said control portion controls said plurality of air conditioners on the basis of the temperature information of the temperature sensor selected from said plurality of temperature sensors on the basis of said selection information and the information on temperature setting of said operation setting information.
A single-lip drill comprising a drill head, wherein the drill head has a rotational axis, a drill diameter, a cutting edge, a minor cutting edge and a longitudinal groove for chip removal, the cutting edge extending from the rotational axis to the diameter of the drill head, the cutting edge having a rake face, wherein the rake face comprises an inner rake face (23.1) and an outer rake face (23.2), wherein the inner rake face (23.1) is radially to the inside and in the immediate vicinity of the axis of rotation, wherein the outer rake face (23.2) is radially to the outside and adjoins the inner rake face (23.1), wherein the drill head comprises a rake face plane, that runs through rotational axis and parallel to the inner rake face plane (23.1), wherein the inner rake face (23.1) is in a view from the front toward the drill head in the immediate vicinity of the rake face plane, and wherein the outer rake face (23.2) in the region of the minor cutting edge in rotational direction of the single-lip drill lies behind the rake face level, characterized in, that the distance of the minor cutting edge to the rake face plane is at least 0,05 mm greater than the distance of the inner rake face (23.1) to the rake face plane.
Method for producing a panel comprising a sealed panel edge, including at least the steps of: a) providing a raw panel comprising a panel upper face, a panel lower face and at least one pair of opposing panel edges, wherein the raw panel comprises a carrier plate core and a print substrate layer applied onto the panel upper face; b) forming a chamfer between at least one panel edge of the pair of opposing panel edges and the panel upper face, c) sealing said at least one panel edge, wherein said sealing comprises impregnating with an impregnating agent, wherein said impregnating agent is applied onto the at least one panel edge and onto the chamfer, characterized in that the impregnating agent comprises 2-methoxyethoxy-propanol. a) providing a raw panel comprising a panel upper face, a panel lower face and at least one pair of opposing panel edges, wherein the raw panel comprises a carrier plate core and a print substrate layer applied onto the panel upper face; b) forming a chamfer between at least one panel edge of the pair of opposing panel edges and the panel upper face, c) sealing said at least one panel edge, wherein said sealing comprises impregnating with an impregnating agent, wherein said impregnating agent is applied onto the at least one panel edge and onto the chamfer, characterized in that the impregnating agent comprises 2-methoxyethoxy-propanol.
A utility meter comprising: a meter enclosure including an access panel; a first portion including metrology components arranged to measure utility consumption at a site; a second portion coupled to the first portion and arranged to transfer data between the utility meter and a peripheral device via a first universal serial bus connection using a USB protocol and a first USB port; wherein the second portion is electrically isolated from the first portion via a predetermined conductor spacing, and; wherein the second portion is arranged to interface with the first portion via one or more optical interface components; and a second USB connection using a USB protocol and a second USB port; wherein the access panel is arranged such that the first USB port is accessible from the exterior of the utility meter while the second USB port is not accessible. a meter enclosure including an access panel; a first portion including metrology components arranged to measure utility consumption at a site; a second portion coupled to the first portion and arranged to transfer data between the utility meter and a peripheral device via a first universal serial bus connection using a USB protocol and a first USB port; wherein the second portion is electrically isolated from the first portion via a predetermined conductor spacing, and; wherein the second portion is arranged to interface with the first portion via one or more optical interface components; and wherein the second portion is electrically isolated from the first portion via a predetermined conductor spacing, and; wherein the second portion is arranged to interface with the first portion via one or more optical interface components; and a second USB connection using a USB protocol and a second USB port; wherein the access panel is arranged such that the first USB port is accessible from the exterior of the utility meter while the second USB port is not accessible.
A crossbelt sorter system, comprising: a track assembly; a plurality of carriers attached to each other to travel along said track assembly, each of said carriers having a plurality of trolleys, wherein each said trolley comprises a plurality of wheels (40, 42) and a bogie bracket mounting said wheels, a propulsion system that is adapted to propel said carriers along said track assembly, characterized in that said bogie bracket of each of said trolleys is mounted to the associated one of said carriers to pivot in at least two different directions wherein said track assembly comprises at least one spiral portion thereof and wherein said bogie bracket of at least one said trolley is adapted to move with respect to the carrier in a direction perpendicular to said at least two different directions in addition to being mounted to pivot in said at least two different directions to support the associated said carriers as it moves said at least one of spiral portions, including a vertical biasing member to bias said at least one trolley against movement in said direction perpendicular to said at least two different directions, wherein each said trolley is mounted with a spherical bearing in order to pivot in said at least two different directions wherein each said trolley includes a horizontal biasing member that is adapted to bias that trolley into lateral engagement with said track assembly.
A method for inhibiting fouling and corrosion of equipment in an ethylene or styrene production plant, the method comprising injecting a neutralizing agent into a dilution steam system, the neutralizing agent having a volatility index of less than 0.005, and a pKa of 12 to 20, and being sodium-free, wherein the neutralizing agent is a choline salt, the choline salt is stabilized in a stabilized choline composition comprising a choline salt, a solvent and from 2 wt.% to 10 wt.% of an alkanolamine based on the total weight of the composition.
A method for detecting a phase separation of a composition, comprising: - providing the coating composition in a receptacle; - providing a measurement instrument for receiving the receptacle, the measurement instrument comprising a measurement probe; - controlling the measurement instrument to displace the measurement probe through the coating composition along a predefined measurement path, the predefined measurement path extending along a length axis of the receptacle; and - outputting a detection result; characterized in that the composition is a waterborne or solvent-borne or solvent-free coating composition, wherein the measurement probe is displaced through the coating composition along the predefined measurement path with a predefined speed profile, and wherein the method further comprises: - acquiring a force-displacement profile by measuring a force exercised on the measurement probe while the probe is being displaced along the predefined measurement path with the predefined speed profile; and - processing the force-displacement profile for detecting at least one phase separation of the coating composition by detecting changes in the recorded force-displacement profile. - providing the coating composition in a receptacle; - providing a measurement instrument for receiving the receptacle, the measurement instrument comprising a measurement probe; - controlling the measurement instrument to displace the measurement probe through the coating composition along a predefined measurement path, the predefined measurement path extending along a length axis of the receptacle; and - outputting a detection result; - acquiring a force-displacement profile by measuring a force exercised on the measurement probe while the probe is being displaced along the predefined measurement path with the predefined speed profile; and - processing the force-displacement profile for detecting at least one phase separation of the coating composition by detecting changes in the recorded force-displacement profile.
A method of producing a non-enveloped virus, the method comprising: (a) a step of culturing a cell producing the non-enveloped virus, and (b) a step of bringing said cell into contact with an acidic solution, and (c) a step of obtaining the non-enveloped virus, wherein the acidic solution is at pH 3.0-6.0, and the non-enveloped virus is an adeno-associated virus, and the method does not comprise a physical cell disruption method. (a) a step of culturing a cell producing the non-enveloped virus, and (b) a step of bringing said cell into contact with an acidic solution, and (c) a step of obtaining the non-enveloped virus,
Street lamp, in particular a tunnel lamp, with multiple lamp modules each comprising at least one illuminant and an associated optics for irradiating a limited radiation area in a main radiation direction, wherein various lamp modules (2a, 2b, 2c, 2d) have differently oriented main radiation directions and the radiation areas (5a, 5b, 5c, 5d) radiated by the lamp modules (2a, 2b, 2c, 2d) resulting in an overall radiation area with a certain overall light intensity distribution when summed up, wherein the street lamp can be operated in various operation modes in which various overall light intensity distributions with various main radiation directions are generated, wherein an automatic switch is provided for switching between the different operation modes and setting various overall main radiation directions depending on at least one parameter from the parameter group including traffic density, driving speed, vehicle distance, day time, calendar time and vehicle typology, characterized in that the mentioned operation modes include gradual intermediate operation positions in which a lane is illuminated partially on the co-radiation principle as well as partially on the counter-radiation principle, and the switch comprises automatic control means for setting, in a stage-less or finely graduated, at least three-stage manner, intermediate positions with more co-radiation principle and intermediate positions with more counter-radiation principle depending on at least one of the mentioned parameters.
A controlling method for a vehicle having a power train that comprises a gearbox having a speed preselection mechanism and having a variable operational frequency mode, consisting in that when said power train generates an undesirable frequency amplified by a frequency mode of said gearbox that is running, to modify the operation of said speed preselection method so as to shift said frequency mode that is running and characterized in that a comparison is carried out between an estimation of an amplification level of said undesirable frequency and a selected threshold, and the operation of said speed preselection mechanism is modified when said estimation is greater than said selected threshold.