mhurhangee/ep-ind-claims huggingface dataset:
An image processing method for carriage of a video bit stream in an ISO base media file format performed by an image processing device, the image processing method comprising: • controlling, by a control unit of the image processing device, a setting unit of the image processing device to set not to remove filler data from the bit stream for including in the media data of the media file generated by coding an image and controlling, by the control unit, the setting unit to set an identification parameter used for identifying whether the filler data exist in the media file, • setting, by the setting unit, based on the control, not to remove the filler data from the bit stream and setting, by the setting unit, based on the control, the identification parameter, • generating, by the image processing device, the media file including the set identification parameter and generating the file without changing characteristics of a Hypothetical Reference Decoder, HRD, parameter of the bit stream by retaining the filler data for the media data. • controlling, by a control unit of the image processing device, a setting unit of the image processing device to set not to remove filler data from the bit stream for including in the media data of the media file generated by coding an image and controlling, by the control unit, the setting unit to set an identification parameter used for identifying whether the filler data exist in the media file, • setting, by the setting unit, based on the control, not to remove the filler data from the bit stream and setting, by the setting unit, based on the control, the identification parameter, • generating, by the image processing device, the media file including the set identification parameter and generating the file without changing characteristics of a Hypothetical Reference Decoder, HRD, parameter of the bit stream by retaining the filler data for the media data.
A computer-implemented method of controlling illumination of a workplace, the method comprising: - receiving, by a calendar module executing on a user device, a calendar entry for a future event, the method being characterized by: the calendar entry having a data structure comprising: a starting time (60, 64) of the future event, a location of a workplace for the future event; and a lighting scene selection for the future event, the lighting scene selection being selected from a plurality of available lighting scenes (40A, 40B, 40C, 40D), wherein the available lighting scenes correspond to preset lighting settings available in the workplace; and - automatically adjusting, by a controller of a lighting network in communication with the user device, at least one characteristic of light emitted by a plurality of tunable luminaires in the workplace during the future event based on the lighting scene selection in the calendar entry. - receiving, by a calendar module executing on a user device, a calendar entry for a future event, the method being characterized by: the calendar entry having a data structure comprising: a starting time (60, 64) of the future event, a location of a workplace for the future event; and a lighting scene selection for the future event, the lighting scene selection being selected from a plurality of available lighting scenes (40A, 40B, 40C, 40D), wherein the available lighting scenes correspond to preset lighting settings available in the workplace; and a starting time (60, 64) of the future event, a location of a workplace for the future event; and a lighting scene selection for the future event, the lighting scene selection being selected from a plurality of available lighting scenes (40A, 40B, 40C, 40D), wherein the available lighting scenes correspond to preset lighting settings available in the workplace; and - automatically adjusting, by a controller of a lighting network in communication with the user device, at least one characteristic of light emitted by a plurality of tunable luminaires in the workplace during the future event based on the lighting scene selection in the calendar entry.
A network node configured to process sensor data, comprising: a receiving means for receiving a first set of filtered data from a first sensor server associated with a mobile device having at least one integrated sensor and a second set of filtered data from a second sensor server associated with at least one fixed sensor network, wherein said first set of filtered data is filtered according to a first pre-set policy prior to reception at the network node and said second set of filtered data is filtered according to a second pre-set policy prior to reception at the network node; a processor for enriching the received first set of filtered data utilizing the received second set of filtered data; a memory for storing the first set of filtered data, the second set of filtered data and the enriched data; and a transmitting means for selectively transmitting the enriched data to authorized requestors of at least a portion of the enriched data. a receiving means for receiving a first set of filtered data from a first sensor server associated with a mobile device having at least one integrated sensor and a second set of filtered data from a second sensor server associated with at least one fixed sensor network, wherein said first set of filtered data is filtered according to a first pre-set policy prior to reception at the network node and said second set of filtered data is filtered according to a second pre-set policy prior to reception at the network node; a processor for enriching the received first set of filtered data utilizing the received second set of filtered data; a memory for storing the first set of filtered data, the second set of filtered data and the enriched data; and a transmitting means for selectively transmitting the enriched data to authorized requestors of at least a portion of the enriched data.
Multiproduct container that comprises at least a first product and a second product, the at least first product being a fluid, intended to contain said products (2, 3) separate until its use, said container comprising at least two compartments (11, 12) separated from one another by means of a seal that is frangible or can rupture under pressure, wherein a predetermined amount of the first product or first fluid is housed in one compartment and a predetermined amount of the second product is housed in the other compartment, formed by a sheet of flexible material with a laminate, comprising at least the following elements: - a first internal layer of peelable polyethylene, with its internal surface in contact with the first and second products (2, 3), - a second barrier layer of polyester with a coating in its internal surface and with its internal surface connected by means of an adhesive to the external surface of the first layer, - and a third external layer of the container made of a polymeric material, characterised in that the third external layer comprises an impression by ink on its internal surface and is connected by means of an adhesive to the external surface of the second layer. - a first internal layer of peelable polyethylene, with its internal surface in contact with the first and second products (2, 3), - a second barrier layer of polyester with a coating in its internal surface and with its internal surface connected by means of an adhesive to the external surface of the first layer, - and a third external layer of the container made of a polymeric material, characterised in that the third external layer comprises an impression by ink on its internal surface and is connected by means of an adhesive to the external surface of the second layer.
Production system having - a production machine and - a control device for generating specific control commands for the production machine on the basis of production data, - wherein the control device comprises an analysis apparatus, which is designed to decide, based on a prespecified quality criterion, whether an activated functionality, which is already integrated in the control device, is used to translate the production data into the specific control commands or an alternative functionality, which is provided in a database outside the control device or in unactivated form in the control device, wherein the alternative functionality has been updated, improved or speeded up in the database outside the control device or in unactivated form in the control device, - wherein the control device is designed to save a control file for the alternative functionality and to provide said control file for the translation, - wherein the control device is designed to only provide the alternative functionality for issuing a time-limited license for a prespecified period and/or for a predetermined number of useful cycles, - wherein there is provision for the control device to implement and provide the alternative functionality fully automatically or semi-automatically, if the analysis apparatus establishes that the quality criterion cannot be achieved with the integrated functionality, but can be achieved with the alternative functionality. - a production machine and - a control device for generating specific control commands for the production machine on the basis of production data, - wherein the control device comprises an analysis apparatus, which is designed to decide, based on a prespecified quality criterion, whether an activated functionality, which is already integrated in the control device, is used to translate the production data into the specific control commands or an alternative functionality, which is provided in a database outside the control device or in unactivated form in the control device, wherein the alternative functionality has been updated, improved or speeded up in the database outside the control device or in unactivated form in the control device, - wherein the control device is designed to save a control file for the alternative functionality and to provide said control file for the translation, - wherein the control device is designed to only provide the alternative functionality for issuing a time-limited license for a prespecified period and/or for a predetermined number of useful cycles, - wherein there is provision for the control device to implement and provide the alternative functionality fully automatically or semi-automatically, if the analysis apparatus establishes that the quality criterion cannot be achieved with the integrated functionality, but can be achieved with the alternative functionality.
A composition comprising poly-4-hydroxybutyrate polymer, the composition having a lipid content of less than 100 ppm palmitic acid as measured by gas chromatography analysis after butanolysis.
An apparatus for testing aircraft message trigger logic, comprising: a DFDAU (Digital Flight Data Acquisition Unit), which is adapted to receive message trigger logic to be tested; an input interface, which is adapted to receive data of aircraft condition; characterized by a simulation signal generator, which is adapted to a generate simulation signal according to the data of aircraft condition; wherein, the DFDAU is adapted to receive the simulation signal and generate a message according to the message trigger logic to be tested. a DFDAU (Digital Flight Data Acquisition Unit), which is adapted to receive message trigger logic to be tested; an input interface, which is adapted to receive data of aircraft condition; characterized by a simulation signal generator, which is adapted to a generate simulation signal according to the data of aircraft condition; wherein, the DFDAU is adapted to receive the simulation signal and generate a message according to the message trigger logic to be tested.
Method for controlling the crop flow of an agricultural round baler for forming round bales from harvested crop in a pressing chamber provided with an outlet on the rear side for outputting a finished round bale, comprising pressing devices, a harvested crop pick-up and a subsequent cutting and/or conveying unit, an accumulation space that adjoins said unit, extends as far as an inlet region of the pressing chamber, is designed as a flat shaping and pressing channel, receives harvested crop during accumulation phases of the pressing operation, and is delimited, to the sides, by side walls and, at the top and bottom, by driveable conveyors (15, 16), at least the bottom conveyor being height-adjustable at the ends thereof, and comprising an apparatus for wrapping a finished round bale in binding material in the pressing chamber and a control device, characterised in that, at least at the start of the accumulation phase, the accumulation space assumes, by the height of at least one of the conveyors (15, 16) being adjusted at one end thereof, a wedge shape that tapers towards the inlet region of the pressing chamber, which shape is then increasingly filled with harvested crop by the cutting and/or conveying unit, and when the accumulation space is being filled, the wedge shape of the accumulation space is cancelled out such that the driveable conveyors (15, 16) of the accumulation space then assume at least a position in which they are approximately in parallel with one another, the wedge shape additionally having a sealing effect on the harvested crop.
Thermoformable lap based on reinforcement fibers linked to a thermoreactivatable material, comprising: - a first outer layer and a second outer layer, having a first thermoreactivatable material with a first reactivation temperature, - an intermediate layer arranged between the first and second outer layers, - the intermediate layer having reinforcement fibers and a second thermoreactivatable material with a second reactivation temperature higher than the first reactivation temperature, characterized in that: - the second thermoreactivatable material is in the form of granules, - the outer layers consist of a first web and a second web made of linking fibers (3a, 4a), of which at least the surface is made of the first thermoreactivatable material having a first reactivation temperature, - at least certain sections (3b, 4b) of linking fibers of the first and second webs (3, 4) penetrate into the intermediate layer and partially adhere to one another and to the reinforcement fibers of the intermediate layer. - a first outer layer and a second outer layer, having a first thermoreactivatable material with a first reactivation temperature, - an intermediate layer arranged between the first and second outer layers, - the intermediate layer having reinforcement fibers and a second thermoreactivatable material with a second reactivation temperature higher than the first reactivation temperature, characterized in that: - the second thermoreactivatable material is in the form of granules, - the outer layers consist of a first web and a second web made of linking fibers (3a, 4a), of which at least the surface is made of the first thermoreactivatable material having a first reactivation temperature, - at least certain sections (3b, 4b) of linking fibers of the first and second webs (3, 4) penetrate into the intermediate layer and partially adhere to one another and to the reinforcement fibers of the intermediate layer.
A display device comprising: a substrate; a first electrode on the substrate; a partitioning wall on the first electrode, the partitioning wall comprising a first opening that overlaps the first electrode; a touch sensing electrode, SE1, SE2, on the partitioning wall; a low refractive index layer on the partitioning wall and the touch sensing electrode, the low refractive index layer comprising a second opening that overlaps the first opening; and a high refractive index layer on the low refractive index layer, wherein planar shapes of the first opening and the second opening are polygons comprising a plurality of sides, and characterized in that the shortest distance between one side of the plurality of sides of the first opening and the second opening is different from the shortest distance from another side of the plurality of sides of the first opening and the second opening in a plan view. a substrate; a first electrode on the substrate; a partitioning wall on the first electrode, the partitioning wall comprising a first opening that overlaps the first electrode; a touch sensing electrode, SE1, SE2, on the partitioning wall; a low refractive index layer on the partitioning wall and the touch sensing electrode, the low refractive index layer comprising a second opening that overlaps the first opening; and a high refractive index layer on the low refractive index layer, wherein planar shapes of the first opening and the second opening are polygons comprising a plurality of sides, and characterized in that the shortest distance between one side of the plurality of sides of the first opening and the second opening is different from the shortest distance from another side of the plurality of sides of the first opening and the second opening in a plan view.
A dried plant extract, obtained from Morus alba L plant leaves, which has an IC 50 value, to inhibit α-glucosidase I, at a concentration of less than 90 μg/ml characterised in that it comprises: • 8-30% (w/w) total imino sugars, as measured by quantitative HPLC and/or LC-MS (liquid chromatography/mass spectrometry), including DNJ, fagomine, and N-methyl-DNJ; wherein the DNJ content is 1 to 10% (w/w) calculated on the basis of the total weight of the dried extract, and wherein the imino sugars further include, 1,4 dideoxy-1,4-imino-D-arabinitol, 2-O-α-D-galactopyranosyl-DNJ (GAL-DNJ) and calystegin B; and • 30-60% (w/w) total amino acids including arginine, leucine, lysine and phenylalanine; and • is pale yellow or nearly white; • is easily soluble in water; • has a pH value of between 5.5-6.5 in a 1% water solution; and • a UV spectrum which shows a maximum absorption at 218nm and 263nm. • 8-30% (w/w) total imino sugars, as measured by quantitative HPLC and/or LC-MS (liquid chromatography/mass spectrometry), including DNJ, fagomine, and N-methyl-DNJ; wherein the DNJ content is 1 to 10% (w/w) calculated on the basis of the total weight of the dried extract, and wherein the imino sugars further include, 1,4 dideoxy-1,4-imino-D-arabinitol, 2-O-α-D-galactopyranosyl-DNJ (GAL-DNJ) and calystegin B; and • 30-60% (w/w) total amino acids including arginine, leucine, lysine and phenylalanine; and • is pale yellow or nearly white; • is easily soluble in water; • has a pH value of between 5.5-6.5 in a 1% water solution; and • a UV spectrum which shows a maximum absorption at 218nm and 263nm.
A method for determining the effects of a signal injection on a sensor response, comprising: implementing a signal injection on a utility grid; receiving sensor data from a plurality of sensors; receiving a spatial reach (218, 220, 222), which is an area over which the plurality of sensors show response on the signal injection; receiving a temporal reach, which is a period over which the plurality of sensors are observing events related to the signal injection; and associating, using a processor, the sensor data from the plurality of sensors within the spatial reach (218, 220, 222) and within the temporal reach with the signal injection; characterized in: the signal injection is a change in state of a grid control; updating a sensor response model based on associated sensor data and signal injection, wherein the sensor response model maps the sensor data to a particular state, condition, or event that occurs at the sensor for interpreting an output from the sensor during operation of the utility grid. implementing a signal injection on a utility grid; receiving sensor data from a plurality of sensors; receiving a spatial reach (218, 220, 222), which is an area over which the plurality of sensors show response on the signal injection; receiving a temporal reach, which is a period over which the plurality of sensors are observing events related to the signal injection; and associating, using a processor, the sensor data from the plurality of sensors within the spatial reach (218, 220, 222) and within the temporal reach with the signal injection; characterized in: the signal injection is a change in state of a grid control; updating a sensor response model based on associated sensor data and signal injection, wherein the sensor response model maps the sensor data to a particular state, condition, or event that occurs at the sensor for interpreting an output from the sensor during operation of the utility grid.
Ceiling light for installation in a fire safety ceiling, in particular on board ships, with the following features: a) an LED light source is held on a carrier, b) the carrier is intended for at least indirectly bearing against the fire safety ceiling, c) a housing is connected at least indirectly to the carrier and receives a circuit board for activating the LED light source, d) the housing has a heat barrier between the circuit board and the carrier, e) the housing, having or comprising metallic walls, is divided into an upper portion for receiving the circuit board and a lower portion for receiving the carrier with the LED light source, the upper portion and the lower portion only being connected to one another by webs (49, 50), so that, in comparison with a connection of the portions (47, 48) over their full surface area, only reduced thermal conduction is possible, to be specific in the region of the webs (49, 50). a) an LED light source is held on a carrier, b) the carrier is intended for at least indirectly bearing against the fire safety ceiling, c) a housing is connected at least indirectly to the carrier and receives a circuit board for activating the LED light source, d) the housing has a heat barrier between the circuit board and the carrier, e) the housing, having or comprising metallic walls, is divided into an upper portion for receiving the circuit board and a lower portion for receiving the carrier with the LED light source, the upper portion and the lower portion only being connected to one another by webs (49, 50), so that, in comparison with a connection of the portions (47, 48) over their full surface area, only reduced thermal conduction is possible, to be specific in the region of the webs (49, 50).
An electronic device mounting apparatus comprising: an electronic device mounting plate including a first mounting keyhole aperture having a first geometric shape on a surface thereof, and a second mounting keyhole aperture in the same surface thereof and having a second geometric shape that is different from the first geometric shape; characterized in that a smaller receiving portion aperture of the first mounting keyhole aperture is vertically displaced from a smaller receiving portion aperture of the second mounting keyhole aperture, and wherein mounting the apparatus on a wall is accomplished with a lateral direction displacement of the mounting plate on the wall and a downward direction displacement of the mounting plate on the wall to lock the mounting plate onto the wall; and wherein the first geometric shape comprises one of a pear shape or an L-shape, and the second geometric shape comprises the other of the pear shape or L-shape. an electronic device mounting plate including a first mounting keyhole aperture having a first geometric shape on a surface thereof, and a second mounting keyhole aperture in the same surface thereof and having a second geometric shape that is different from the first geometric shape; characterized in that a smaller receiving portion aperture of the first mounting keyhole aperture is vertically displaced from a smaller receiving portion aperture of the second mounting keyhole aperture, and wherein mounting the apparatus on a wall is accomplished with a lateral direction displacement of the mounting plate on the wall and a downward direction displacement of the mounting plate on the wall to lock the mounting plate onto the wall; and wherein the first geometric shape comprises one of a pear shape or an L-shape, and the second geometric shape comprises the other of the pear shape or L-shape.