mhurhangee/ep-ind-claims huggingface dataset:
Method of synchronizing a receiver in a synchronous serial communication system for receiving a data frame of a predefined frame size over the synchronous serial communication system, wherein a synchronisation process comprising a periodic monitoring of the synchronous serial communication system is performed by the receiver, characterized in that in the periodic monitoring the receiver is set up for a reception of at least one byte and - a respective period of the periodic monitoring has a predefined reception gap time, during which the receiver buffers bytes received over the synchronous serial communication system, and - the receiver waits until the predefined reception gap time has expired and at the end of each period of the periodic monitoring of the synchronous serial communication system, the respective period is checked for a reception of at least one byte by the receiver, until a period with no reception of any byte is detected by the receiver, and then - a frame reception process to receive the data frame of the synchronous serial communication system is initiated by the receiver. a synchronisation process comprising a periodic monitoring of the synchronous serial communication system is performed by the receiver, characterized in that in the periodic monitoring the receiver is set up for a reception of at least one byte and - a respective period of the periodic monitoring has a predefined reception gap time, during which the receiver buffers bytes received over the synchronous serial communication system, and - the receiver waits until the predefined reception gap time has expired and at the end of each period of the periodic monitoring of the synchronous serial communication system, the respective period is checked for a reception of at least one byte by the receiver, - a respective period of the periodic monitoring has a predefined reception gap time, during which the receiver buffers bytes received over the synchronous serial communication system, and - the receiver waits until the predefined reception gap time has expired and at the end of each period of the periodic monitoring of the synchronous serial communication system, the respective period is checked for a reception of at least one byte by the receiver, until a period with no reception of any byte is detected by the receiver, and then - a frame reception process to receive the data frame of the synchronous serial communication system is initiated by the receiver. - a frame reception process to receive the data frame of the synchronous serial communication system is initiated by the receiver.
A color OLED display, comprising: a) an array of light emitting OLED pixels, each pixel having three or more gamut elements (12, 14, 16) for emitting different colors of light specifying a gamut and at least one additional element (18; 18b) for emitting a color of light within the gamut and wherein the power efficiency of the additional element is higher than the power efficiency of at least one of the three or more gamut elements (12, 14, 16), wherein the additional element (18; 18b) is located near all the gamut elements (12, 14, 16); b) wherein all of the gamut elements (12, 14, 16) for each color in the display are arranged in a first direction in a line such that no differently colored gamut element is in the line; c) wherein the colored gamut elements (12, 14, 16) are arranged in a second direction orthogonal to the first direction in a line such that the colors of the gamut elements (12, 14, 16) alternate in that line; and d) wherein the additional elements (18; 18b) are arranged in lines in both the first and second directions, characterised in that at least one side of the at least one additional element (18,18b) faces at least one side of each of the three or more gamut elements (12, 14, 16). a) an array of light emitting OLED pixels, each pixel having three or more gamut elements (12, 14, 16) for emitting different colors of light specifying a gamut and at least one additional element (18; 18b) for emitting a color of light within the gamut and wherein the power efficiency of the additional element is higher than the power efficiency of at least one of the three or more gamut elements (12, 14, 16), wherein the additional element (18; 18b) is located near all the gamut elements (12, 14, 16); b) wherein all of the gamut elements (12, 14, 16) for each color in the display are arranged in a first direction in a line such that no differently colored gamut element is in the line; c) wherein the colored gamut elements (12, 14, 16) are arranged in a second direction orthogonal to the first direction in a line such that the colors of the gamut elements (12, 14, 16) alternate in that line; and d) wherein the additional elements (18; 18b) are arranged in lines in both the first and second directions, characterised in that at least one side of the at least one additional element (18,18b) faces at least one side of each of the three or more gamut elements (12, 14, 16).
An electronic apparatus comprising: a first enclosure; a second enclosure which includes a display panel having a display screen for displaying information and in which a front surface of the display screen is exposed; a hinge member which couples the second enclosure to the first enclosure in an openable and closable manner; and a panel attachment member which includes a panel fastening section extending along and fastened to a side surface of the display panel and through which the display panel is fixed to the second enclosure, wherein the hinge member has a hinge fastening section fastened to the second enclosure, and the panel attachment member includes a panel fastening portion that extends from the panel fastening section toward the first enclosure and goes around the hinge fastening section to be on the first enclosure side of the hinge fastening section, the panel fastening portion being disposed adjacent to the hinge fastening section and fastened to the second enclosure. a first enclosure; a second enclosure which includes a display panel having a display screen for displaying information and in which a front surface of the display screen is exposed; a hinge member which couples the second enclosure to the first enclosure in an openable and closable manner; and a panel attachment member which includes a panel fastening section extending along and fastened to a side surface of the display panel and through which the display panel is fixed to the second enclosure, wherein the hinge member has a hinge fastening section fastened to the second enclosure, and the panel attachment member includes a panel fastening portion that extends from the panel fastening section toward the first enclosure and goes around the hinge fastening section to be on the first enclosure side of the hinge fastening section, the panel fastening portion being disposed adjacent to the hinge fastening section and fastened to the second enclosure.
A method for preparing to refuel a tank (2.3) in a vehicle with hydrogen, wherein the refueling takes place with liquid hydrogen, wherein a filling station is informed about the pending refueling, characterized in that in preparation for driving to the filling station the tank pressure is lowered, wherein the maximum achievable pressure level of the tank (2.3) during refueling, the expected pressure level of the tank (2.3) when the filling station is reached, and the expected refueling quantity are transmitted to the filling station.
An interaction information transmission method, wherein the method comprises: receiving (201, 507), by a calling terminal, a not encoded session description protocol, SDP, message sent by a ring back tone application server, wherein the SDP message comprises interaction information related to a video ring back tone, the SDP message comprises information that describes a transmission parameter, which is a port number; receiving (202, 512), by the calling terminal, a video ring back tone media stream sent by a ring back tone media resource server, wherein the video ring back tone media stream comprises the video ring back tone; and playing (203, 516), by the calling terminal, the video ring back tone in a display interface, and displaying interaction content related to the interaction information. receiving (201, 507), by a calling terminal, a not encoded session description protocol, SDP, message sent by a ring back tone application server, wherein the SDP message comprises interaction information related to a video ring back tone, the SDP message comprises information that describes a transmission parameter, which is a port number; receiving (202, 512), by the calling terminal, a video ring back tone media stream sent by a ring back tone media resource server, wherein the video ring back tone media stream comprises the video ring back tone; and playing (203, 516), by the calling terminal, the video ring back tone in a display interface, and displaying interaction content related to the interaction information.
A message center within a mobile network comprising: a rule database operable to store rule defining how delivery of text/multimedia messages is limited to a destination point code; and a delivery system operable to receive a traffic message from a switching center indicating traffic congestion for a destination, to process the traffic message to identify a destination point code for the destination, and to adjust delivery of text/multimedia messages toward the destination point code based on the rule stored in the rule database, characterized by: the delivery system is further operable to receive multiple traffic messages that include cause codes, to process the traffic messages to identify destination point codes for each traffic message, and to maintain a count of the number of cause codes received for each destination point code during a time period; if the number of cause codes for a destination point code exceeds a threshold, then the delivery system is further operable to adjust delivery of text/multimedia messages toward the destination point code based on the rule stored in the rule database. a rule database operable to store rule defining how delivery of text/multimedia messages is limited to a destination point code; and a delivery system operable to receive a traffic message from a switching center indicating traffic congestion for a destination, to process the traffic message to identify a destination point code for the destination, and to adjust delivery of text/multimedia messages toward the destination point code based on the rule stored in the rule database, characterized by: the delivery system is further operable to receive multiple traffic messages that include cause codes, to process the traffic messages to identify destination point codes for each traffic message, and to maintain a count of the number of cause codes received for each destination point code during a time period; if the number of cause codes for a destination point code exceeds a threshold, then the delivery system is further operable to adjust delivery of text/multimedia messages toward the destination point code based on the rule stored in the rule database. the delivery system is further operable to receive multiple traffic messages that include cause codes, to process the traffic messages to identify destination point codes for each traffic message, and to maintain a count of the number of cause codes received for each destination point code during a time period; if the number of cause codes for a destination point code exceeds a threshold, then the delivery system is further operable to adjust delivery of text/multimedia messages toward the destination point code based on the rule stored in the rule database.
A coating composition comprising: (a) a phosphorus acid functional polyol polymer comprising an acid value within a range of greater than 7 mg KOH/g and 33 mg KOH/g or less, and a hydroxyl value within a range of from 60 to 200 mg KOH/g; (b) an aminoplast derived crosslinker reactive with the phosphorus acid functional polyol polymer; and (c) a non-aqueous liquid medium, wherein, if an external catalyst is present, the coating composition comprises less than 0.25 weight % of the external catalyst based on the total weight of the coating composition, and wherein the coating composition cures at a temperature of 100°C or less. (a) a phosphorus acid functional polyol polymer comprising an acid value within a range of greater than 7 mg KOH/g and 33 mg KOH/g or less, and a hydroxyl value within a range of from 60 to 200 mg KOH/g; (b) an aminoplast derived crosslinker reactive with the phosphorus acid functional polyol polymer; and (c) a non-aqueous liquid medium,
An aromatic organic solvent composition in which a weight ratio of C9 aromatic hydrocarbon to C10 aromatic hydrocarbon is 1:1.5 to 1:2.8, a weight ratio of trimethylbenzene to tetramethylbenzene is 1:0.1 to 1:1, the content of naphthalene is 5 ppm or less, and a pour point, measured according to ASTM D97, is -90°C to -30°C.
Electrically conductive sheet material, comprising an electrically conductive plastics material and electrodes in electrical contact with the plastics material, and comprising a current feed line, designed as surface material and/or decorative material, wherein the conductivity of the sheet material is provided at least partly by a layer of electrically conductive plastics material, which is bonded on the reverse side to the sheet material, the layer of electrically conductive plastics material having semiconductor particles or metal particles, or fillers bearing semiconductors or metal, and the current feed line is designed as an electrode which is sheetlike or of flat tape form, where the conductive contacting between the electrode and the layer of conductive plastics material is effected by an electrically conductive, curable polymeric paste, the electrode having conductive filaments, the filaments being at a distance from and disposed relative to one another, and the viscosity of the paste being designed, in such a way that the paste surrounds or penetrates the electrode, with embedding and/or inclusion of the filaments, and in curing joins the electrode to the layer of conductive plastics material, characterized in that the layer of electrically conductive plastics material covers the sheet material on the reverse side partially in gridlike or netlike disposition, and in that the electrically conductive curable polymeric paste has three-dimensionally branched, conductive particles of dendritic design.
A head-up display comprising: a laser light source; an optical screen on which a laser light output from the laser light source is irradiated and which includes an optical element which diffuses the laser light incident from the laser light source; and a combiner which reflects the laser light output from the optical screen, wherein the laser light includes three laser lights of a red laser light, a green laser light and a blue laser light, wherein the optical element includes a microlens array or a diffraction grating, and wherein a pitch "p" of the microlens array or the diffraction grating satisfies: 1 3 λ RED ≤ NA inc ⋅ p ≤ 1.22 λ BLUE when incident numerical aperture of the laser light is "NAinc", the wavelength of the red laser light is "λ RED " and the wavelength of the blue laser light is "λ BLUE ". a laser light source; an optical screen on which a laser light output from the laser light source is irradiated and which includes an optical element which diffuses the laser light incident from the laser light source; and a combiner which reflects the laser light output from the optical screen, wherein the laser light includes three laser lights of a red laser light, a green laser light and a blue laser light, wherein the optical element includes a microlens array or a diffraction grating, and wherein a pitch "p" of the microlens array or the diffraction grating satisfies: 1 3 λ RED ≤ NA inc ⋅ p ≤ 1.22 λ BLUE when incident numerical aperture of the laser light is "NAinc", the wavelength of the red laser light is "λ RED " and the wavelength of the blue laser light is "λ BLUE ".
A kit for a wall-drawing hovering device (WDHD) (10; 100; 200), comprising a mobilizing system (30; 210) comprising a motorized wheel; a drawing system (50; 230) comprising a paint reservoir (52; 232) and a paint releasing member (54; 240) connected with the paint reservoir, configured to controllably release paint from said paint reservoir through said paint releasing member, and a controller, functionally associated, for control, with said mobilizing system and with said drawing system, said kit being configured to be assembled onto an unmanned helicopter to produce a wall-drawing hovering device, said wall-drawing hovering device being thereby configured to drive along a vertical surface using said mobilizing system and to draw on the vertical surface by controllably releasing paint from said paint releasing member, when said unmanned helicopter hovers above ground. a mobilizing system (30; 210) comprising a motorized wheel; a drawing system (50; 230) comprising a paint reservoir (52; 232) and a paint releasing member (54; 240) connected with the paint reservoir, configured to controllably release paint from said paint reservoir through said paint releasing member, and a controller, functionally associated, for control, with said mobilizing system and with said drawing system,
Device for producing containers from thermally conditioned preforms of thermoplastic material, the device having at least one mould for shaping the container from a preform, and at least one stretching rod which can be introduced into the mould for stretching a preform inserted into the mould, the stretching rod having a fluid line at least at an end section which can be introduced into the preform, which can be connected to a flushing gas reservoir in a fluid-communicating manner, characterised in that the stretching rod has an injector valve controlling the fluid line for generating flushing gas pulses, the injector valve being arranged on the end section, the injector valve being switchable and connected to a control device via at least one signal connection.
A sensor apparatus, the sensor apparatus comprising: a box having a mounting direction wherein the box, along the mounting direction, comprises: a base and a shell connected with the base in a clamping manner; a mounting stem arranged on the base along the mounting direction; a plurality of sensor units wherein each of the sensor units comprises: a partition forming a sleeving for the mounting stem and stacked along the mounting direction, and a sensor module arranged on the partition, and a protective housing covering the sensor module, wherein the protective housing is provided with a locating hole corresponding to the mounting stem; and a fixture wherein the fixture is capable of fixing the sensor units in cooperation with the mounting stem. a box having a mounting direction wherein the box, along the mounting direction, comprises: a base and a shell connected with the base in a clamping manner; a mounting stem arranged on the base along the mounting direction; a plurality of sensor units wherein each of the sensor units comprises: a partition forming a sleeving for the mounting stem and stacked along the mounting direction, and a sensor module arranged on the partition, and a protective housing covering the sensor module, wherein the protective housing is provided with a locating hole corresponding to the mounting stem; and a fixture wherein the fixture is capable of fixing the sensor units in cooperation with the mounting stem.
A D/A converter characterised by comprising: a wave-form data-array memory means for memorizing a wave-form data array configured of a plurality of digital values; a wave-form output-format data memory means for memorizing wave-form output-format data designating a wave-form output period; a digital value output means for sequentially reading out the digital values for each wave-form output period from the wave-form data-array memory means and outputting the values; and a D/A conversion means for converting the digital values outputted from the digital value output means into analog-data values each during a D/A conversion period, wherein the wave-form output period is specified by a value obtained by multiplying the D/A conversion period by an integer not smaller than 1, and the digital value output means is arranged to determine whether a wave-form output request or a wave-form output-stop request has been accepted for every D/A conversion period, and when the wave-form output request is determined to have been accepted, to newly read out and output the digital value, while when the wave-form output-stop request is determined to have been accepted, to no longer perform reading out and outputting of the digital value. a wave-form data-array memory means for memorizing a wave-form data array configured of a plurality of digital values; a wave-form output-format data memory means for memorizing wave-form output-format data designating a wave-form output period; a digital value output means for sequentially reading out the digital values for each wave-form output period from the wave-form data-array memory means and outputting the values; and a D/A conversion means for converting the digital values outputted from the digital value output means into analog-data values each during a D/A conversion period, wherein the wave-form output period is specified by a value obtained by multiplying the D/A conversion period by an integer not smaller than 1, and the digital value output means is arranged to determine whether a wave-form output request or a wave-form output-stop request has been accepted for every D/A conversion period, and when the wave-form output request is determined to have been accepted, to newly read out and output the digital value, while when the wave-form output-stop request is determined to have been accepted, to no longer perform reading out and outputting of the digital value.