mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a station, STA, acting as an Access Point, AP, in a Wireless Local Area Network, WLAN, to update a Network Allocation Vector, NAV, maintained by the STA, the method comprising: receiving a first Physical Layer Protocol Data Unit, PPDU; said method being characterized by: determining whether a duration indicated in a control field of a preamble portion of the first PPDU is greater than a current NAV value; determining whether the first PPDU is received as an immediate response to a second PPDU previously transmitted by the STA; and updating the NAV maintained by the STA using the duration indicated in the control field of the preamble portion of the first PPDU in response to a determination that the duration indicated in the control field of the preamble portion of the first PPDU is greater than the current NAV value and the first PPDU is not received as an immediate response to the second PPDU previously transmitted by the STA. determining whether a duration indicated in a control field of a preamble portion of the first PPDU is greater than a current NAV value; determining whether the first PPDU is received as an immediate response to a second PPDU previously transmitted by the STA; and updating the NAV maintained by the STA using the duration indicated in the control field of the preamble portion of the first PPDU in response to a determination that the duration indicated in the control field of the preamble portion of the first PPDU is greater than the current NAV value and the first PPDU is not received as an immediate response to the second PPDU previously transmitted by the STA.
An electronic device, comprising: a housing including a hole; a tray that receives a subscriber identification module, SIM, card and a secure digital, SD, card; a first socket located within the housing that accepts insertion of the tray through the hole; a communication circuit; a processor electrically connected to the communication circuit, the SIM card, and the SD card; and a battery that supplies power to the communication circuit, the processor, the SIM card, and the SD card, wherein the processor is configured to detect extraction of the tray from the first socket, interrupt the power to the SIM card and the SD card through the first socket in response to extraction of the tray, detect insertion of the tray into the first socket, determine a priority of the SD card and the SIM card when both the SIM card and the SD card are received in the inserted tray, and reset a task block that processes the SIM card, if the SIM card has a higher priority than the SD card. a housing including a hole; a tray that receives a subscriber identification module, SIM, card and a secure digital, SD, card; a first socket located within the housing that accepts insertion of the tray through the hole; a communication circuit; a processor electrically connected to the communication circuit, the SIM card, and the SD card; and a battery that supplies power to the communication circuit, the processor, the SIM card, and the SD card, wherein the processor is configured to detect extraction of the tray from the first socket, interrupt the power to the SIM card and the SD card through the first socket in response to extraction of the tray, detect insertion of the tray into the first socket, determine a priority of the SD card and the SIM card when both the SIM card and the SD card are received in the inserted tray, and reset a task block that processes the SIM card, if the SIM card has a higher priority than the SD card.
A multilayered nonwoven web comprising at least a first and a second layer, the first layer forming the first outer surface of the multilayered nonwoven web, wherein the multiiayered nonwoven web is a nonwoven web which is made of several fiber layers, wherein the layers have been laid down, on top of one another, in one continuous manufacturing process, wherein the fibers of the multiiayered nonwoven web are consolidated and bonded together to form a self-sustaining web only after the several layers of fibers have been laid down, such that the fibers within the different layers have not been substantially bonded together prior to assembling into a multilayered nonwoven web, but instead the fibers of all layers are pattern-bonded together after assembly into a multilayered nonwoven web,wherein the fibers of the first layer and the fibers of the second layer differ from each other in color, the multilayered nonwoven web being pattern bonded, wherein the bonded areas on the first outer surface have a first color and the unbonded areas on the first outer surface have a second color which is different from the first color, and wherein on the first outer surface, the delta E*, measured according to the test method set out in the description, between the bonded areas and the unbonded areas is at least 0.7.
A fluid product spraying device, comprising: - a foldable substrate (S1; S2; S3) defining two opposite edges and a folding zone (Zp) disposed between the two opposite edges, the two opposite edges being able to approach each other by folding the folding zone (Zp), - a carrier layer (C1; C2; C3) applied to the folding zone (Zp), a fluid product contained in the carrier layer (C1; C2; C3), the spraying device being characterized in that the deformation of the foldable substrate (S1; S2; S3) induced by folding it causes an increase in the pressure of the fluid product contained in the carrier layer (C1; C2; C3), which has the effect of expelling the fluid product out of the carrier layer (C1; C2; C3) through a plurality of spray orifices in the form of small sprays of fine sprayed droplets. - a foldable substrate (S1; S2; S3) defining two opposite edges and a folding zone (Zp) disposed between the two opposite edges, the two opposite edges being able to approach each other by folding the folding zone (Zp), - a carrier layer (C1; C2; C3) applied to the folding zone (Zp), a fluid product contained in the carrier layer (C1; C2; C3),
A device comprising: a display panel including a plurality of display cells each including a display element, a plurality of data electrodes connected to the plurality of display cells, and a plurality of enable electrodes connected to the plurality of display cells, where each display cell is connected to a different pair of an enable electrode of the plurality of enable electrodes and a data electrode of the plurality of data electrodes; a plurality of receive electrodes coupled to the display panel; an enable electrode driver configured to drive a first enable electrode with a display voltage biased in a first polarity to activate display cells coupled to the first enable electrode, and drive a second enable electrode different than the first enable electrode with a transmit voltage biased in a second polarity that opposes the first polarity that does not activate the display cells coupled to the second enable electrode and produces a capacitive coupling between the second enable electrode and one or more of the plurality of receive electrodes; and a touch sense circuit configured to recognize a touch input to the touch display device based on a change in capacitance between the second enable electrode and one or more of the plurality of receive electrodes. a display panel including a plurality of display cells each including a display element, a plurality of data electrodes connected to the plurality of display cells, and a plurality of enable electrodes connected to the plurality of display cells, where each display cell is connected to a different pair of an enable electrode of the plurality of enable electrodes and a data electrode of the plurality of data electrodes; a plurality of receive electrodes coupled to the display panel; an enable electrode driver configured to drive a first enable electrode with a display voltage biased in a first polarity to activate display cells coupled to the first enable electrode, and drive a second enable electrode different than the first enable electrode with a transmit voltage biased in a second polarity that opposes the first polarity that does not activate the display cells coupled to the second enable electrode and produces a capacitive coupling between the second enable electrode and one or more of the plurality of receive electrodes; and a touch sense circuit configured to recognize a touch input to the touch display device based on a change in capacitance between the second enable electrode and one or more of the plurality of receive electrodes.
A method of preparing scripts included in an HTML document, the method comprising: scanning the HTML document to discover a plurality of scripts; sending the plurality of scripts to a script engine to be prepared for execution; parsing the HTML document while the script engine prepares the plurality of scripts for execution; identifying a next script to be executed from the plurality of scripts; sending information corresponding to the identified next script to be executed to the script engine; suspending the parsing of the HTML document; receiving a notification indicating that the identified next script to be executed has been executed; and resuming the parsing of the HTML document in response to receiving the notification. scanning the HTML document to discover a plurality of scripts; sending the plurality of scripts to a script engine to be prepared for execution; parsing the HTML document while the script engine prepares the plurality of scripts for execution; identifying a next script to be executed from the plurality of scripts; sending information corresponding to the identified next script to be executed to the script engine; suspending the parsing of the HTML document; receiving a notification indicating that the identified next script to be executed has been executed; and resuming the parsing of the HTML document in response to receiving the notification.
A method at a first device for enabling a device-to-device wireless link, the method comprising: detecting, by the first device, whether a presence signal of a second device is received, the presence signal of the second device having a time-slot boundary; if the presence signal of the second device is not detected at the first device, initiating a time-slot boundary by the first device including: selecting a first presence signal, wherein the first presence signal comprises a Zadoff-Chu sequence, and the first presence signal is selected based on Zadoff-Chu root sequence indexes different from Zadoff-Chu root sequence indexes used by a base station as primary synchronization signals; and transmitting the first presence signal of the first device in a selected time-slot of a frame; and if the presence signal of the second device is detected (818, 932): aligning a time-slot boundary on the first device to the time-slot boundary of the second device; and after aligning to the time-slot boundary of the second device, determining a time-slot to use for transmission by the first device. detecting, by the first device, whether a presence signal of a second device is received, the presence signal of the second device having a time-slot boundary; if the presence signal of the second device is not detected at the first device, initiating a time-slot boundary by the first device including: selecting a first presence signal, wherein the first presence signal comprises a Zadoff-Chu sequence, and the first presence signal is selected based on Zadoff-Chu root sequence indexes different from Zadoff-Chu root sequence indexes used by a base station as primary synchronization signals; and transmitting the first presence signal of the first device in a selected time-slot of a frame; and selecting a first presence signal, wherein the first presence signal comprises a Zadoff-Chu sequence, and the first presence signal is selected based on Zadoff-Chu root sequence indexes different from Zadoff-Chu root sequence indexes used by a base station as primary synchronization signals; and transmitting the first presence signal of the first device in a selected time-slot of a frame; and if the presence signal of the second device is detected (818, 932): aligning a time-slot boundary on the first device to the time-slot boundary of the second device; and after aligning to the time-slot boundary of the second device, determining a time-slot to use for transmission by the first device. aligning a time-slot boundary on the first device to the time-slot boundary of the second device; and after aligning to the time-slot boundary of the second device, determining a time-slot to use for transmission by the first device.
An in vitro or ex vivo method for the prevention or inhibition of blood coagulation, said method comprising contacting a composition comprising blood plasma or a material with which said composition is, or may be, in contact, with an alginate oligomer of 2 to 30 monomer residues, wherein said monomer residues do not carry a sulphate group.
An inductor assembly, comprising: a substrate that is configured to circulate coolant; an outer cylindrical housing arranged on the substrate and defining an internal cavity; a wound inductor core arranged in said internal cavity; a condenser arranged between the wound inductor core and the substrate; and a working fluid disposed in the internal cavity and in contact with each of the inductor core and the condenser; wherein the condenser is configured to condense vaporized working fluid as it traverses through the condenser; characterised in that the condenser is a pin-fin condenser with a plurality of uniformly spaced pin fins on a surface of the condenser, the uniformly spaced pin fins being configured to decrease a flow area of the condenser from an outer circumference to a central downcomer opening. a substrate that is configured to circulate coolant; an outer cylindrical housing arranged on the substrate and defining an internal cavity; a wound inductor core arranged in said internal cavity; a condenser arranged between the wound inductor core and the substrate; and a working fluid disposed in the internal cavity and in contact with each of the inductor core and the condenser; wherein the condenser is configured to condense vaporized working fluid as it traverses through the condenser; characterised in that the condenser is a pin-fin condenser with a plurality of uniformly spaced pin fins on a surface of the condenser, the uniformly spaced pin fins being configured to decrease a flow area of the condenser from an outer circumference to a central downcomer opening.
A refrigerated display case having at least one unit composed of a plurality of wall assemblies, namely a bottom assembly (22.3), a rear wall assembly, and a top assembly (22.1), which delimit a cooling space at the bottom, the rear, and the top, and having a cooling unit, whose components comprise at least one evaporator, one condenser (13, 13') and one electric control unit as well as at least two closed refrigerant circuits (10, 10'), each with a compressor (12, 12'), wherein, for variably controlling the cooling output, at least one compressor (12, 12') is configured with a speed control, and at least one compressor (12, 12') is configured for operation at a constant speed, characterized in that propane is used as a refrigerant in the refrigerant circuits (10, 10'), wherein the propane capacity of the refrigerant circuits (10, 10') is ≤ 150 g each, and that a constantly required basic cooling output is covered by the compressor with constant speed, and that, for covering fluctuations in the cooling output, the supplied cooling output is adjusted by means of the compressor that can control the cooling output.
Pyrotechnic installation comprising at least one firework, in particular of the single-shot type, an electric igniter and a docking base, a removable coupling system between said firework and said electric igniter, a removable coupling system between said firework and said docking base and a removable coupling and current transmission system between said docking base and said electric igniter, said firework including a casing, in which the pyrotechnic components are housed, said casing having a first open side and a second side with a shaped connector, said shaped connector comprising a channel connecting to said pyrotechnic components and housing said electric igniter, said electric igniter comprising a pyrotechnic head covered by a protective cap equipped with a sealing area and provided with contacts, said sealing area constituting a hydraulic seal on the walls of said channel, said contacts being rigidly coupled to a printed circuit of a PCB support, said printed circuit comprising two concentric tracks, each connected with a contact of said pyrotechnic head of said electric igniter and said printed circuit being short-circuited, through a connection track between said two concentric tracks, said connection track being formed on a removable portion of said PCB support with printed circuit, to remove short-circuiting by removing said removable portion, said shaped connector being able to be coupled, in a removable manner and with freedom of rotation with respect to an axis, to a docking base, said docking base comprising the electronic components for transmission of an electrical signal to said electric igniter, said electronic components for transmission of an electrical signal to said electric igniter being configured in relation to said printed circuit to ensure connection between the tracks of said printed circuit and said electronic components for transmission of an electrical signal to said electric igniter independently of the angular position of said shaped connector with respect to said docking base.
A cutting insert having a first end surface, a second end surface opposing the first end surface, and a peripheral side surface connecting the first and second end surfaces (2, 3), wherein: the peripheral side surface includes a rake surface, a front flank and a first cutting edge located in an intersecting edge between the rake surface and the front flank; the first end surface includes a central surface and a side flank located closer to the front flank than the central surface; as viewed from a direction facing the rake surface, an intersecting edge between the central surface and the peripheral side surface serves as a first edge, and an intersecting edge between the side flank and the peripheral side surface serves as a second edge; and when, as viewed from the direction facing the rake surface, an angle formed by the first cutting edge and the first edge serves as a first angle (α), and an angle formed by the first cutting edge and the second edge serves as a second angle (β), the first angle (α) is smaller than the second angle (β), characterized in that the second angle (β) is from 85° to 89°. the peripheral side surface includes a rake surface, a front flank and a first cutting edge located in an intersecting edge between the rake surface and the front flank; the first end surface includes a central surface and a side flank located closer to the front flank than the central surface; as viewed from a direction facing the rake surface, an intersecting edge between the central surface and the peripheral side surface serves as a first edge, and an intersecting edge between the side flank and the peripheral side surface serves as a second edge; and when, as viewed from the direction facing the rake surface, an angle formed by the first cutting edge and the first edge serves as a first angle (α), and an angle formed by the first cutting edge and the second edge serves as a second angle (β), the first angle (α) is smaller than the second angle (β), characterized in that the second angle (β) is from 85° to 89°.
A beverage preparation machine comprising: - a body having a body connector and a beverage outlet for dispensing a beverage over a beverage dispensing area; and - a module having a disconnectable module connector for removably connecting the module to the body via the body connector, the module comprising a collection reservoir for collecting waste material or a supply reservoir for supplying an ingredient, characterised in that the body connector and the module connector, when connected, are fixed together by a magnetic field-generating arrangement, such as one or more magnets (111,112,113), and a cooperating magnetic arrangement so as to fasten the module to the body. - a body having a body connector and a beverage outlet for dispensing a beverage over a beverage dispensing area; and - a module having a disconnectable module connector for removably connecting the module to the body via the body connector, the module comprising a collection reservoir for collecting waste material or a supply reservoir for supplying an ingredient,
A computer-implemented method comprising: receiving distance data from a range finding sensor, wherein the distance data corresponds to a first distance (D PA) to a first point from a mobile device and a second distance (D PB) to a second point from the mobile device; accessing a predetermined model to receive location data for the first point and the second point, wherein the predetermined model includes known locations of objects in a geographic area, including the first point and the second point; and calculating a position of the mobile device based on the location data, the first distance to the first point and the second distance to the second point by: obtaining two possible positions; and dismissing an erroneous possible position of the two possible positions by comparing the two possible positions to a recent position of the mobile device from a satellite-based positioning system, wherein the erroneous possible position is farther from the recent position and the position of the mobile device is closer to the recent position. receiving distance data from a range finding sensor, wherein the distance data corresponds to a first distance (D PA) to a first point from a mobile device and a second distance (D PB) to a second point from the mobile device; accessing a predetermined model to receive location data for the first point and the second point, wherein the predetermined model includes known locations of objects in a geographic area, including the first point and the second point; and calculating a position of the mobile device based on the location data, the first distance to the first point and the second distance to the second point by: obtaining two possible positions; and dismissing an erroneous possible position of the two possible positions by comparing the two possible positions to a recent position of the mobile device from a satellite-based positioning system, wherein the erroneous possible position is farther from the recent position and the position of the mobile device is closer to the recent position. obtaining two possible positions; and dismissing an erroneous possible position of the two possible positions by comparing the two possible positions to a recent position of the mobile device from a satellite-based positioning system, wherein the erroneous possible position is farther from the recent position and the position of the mobile device is closer to the recent position.