mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: at a first wireless device using a processor: establishing a first wireless connection with a wireless access infrastructure device ; discovering, using the first wireless connection, a second wireless device , the second wireless device communicatively connected to the wireless access infrastructure device ; establishing, with the second wireless device , a protocol connection over the first wireless connection; streaming a media file to the second wireless device using the first wireless connection over the protocol connection; determining, using a communication protocol that is above a Medium Access Control Protocol in a protocol stack, that the second wireless device is capable of switching to a peer-to-peer wireless connection , wherein determining that the second wireless device is capable of switching to the peer-to-peer wireless connection is performed using the protocol connection, the protocol connection being one of: a transport layer protocol connection or an application layer protocol connection; establishing a peer-to-peer wireless connection with the second wireless device; and subsequent to establishing the peer-to-peer wireless connection with the second wireless device , switching the streaming of the media file from the first wireless connection to the peer-to-peer wireless connection . establishing a first wireless connection with a wireless access infrastructure device ; discovering, using the first wireless connection, a second wireless device , the second wireless device communicatively connected to the wireless access infrastructure device ; establishing, with the second wireless device , a protocol connection over the first wireless connection; streaming a media file to the second wireless device using the first wireless connection over the protocol connection; determining, using a communication protocol that is above a Medium Access Control Protocol in a protocol stack, that the second wireless device is capable of switching to a peer-to-peer wireless connection , wherein determining that the second wireless device is capable of switching to the peer-to-peer wireless connection is performed using the protocol connection, the protocol connection being one of: a transport layer protocol connection or an application layer protocol connection; establishing a peer-to-peer wireless connection with the second wireless device; and subsequent to establishing the peer-to-peer wireless connection with the second wireless device , switching the streaming of the media file from the first wireless connection to the peer-to-peer wireless connection .
A heat exchanger comprising: a fins and tubes heat exchanger, comprising a stack of fins , the fins comprising at least one through hole coupled with a penetrating heat exchanging tube; a plates heat exchanger comprising a stack of plates , at least two sets of flow inlets and two sets of flow outlets, at least a portion of the plates each comprising a cutout and an embossment, wherein each one of at least a portion of the fins of the fins and tubes heat exchanger being at least partially attached to a corresponding plate of the plates heat exchanger to define a set of a fin and a plate (SFP) wherein the fin is at least partially overlapping the cutout of the plate , and at least a portion of a peripheral margin of the fin of the SFP being attached to and overlapping at least 60% of a peripheral margin around the cutout of the plate of the SFP such that fluid flowing over either side of the plate comes in contact with the fin , and the other portions of the fin closely fit with the edges of the cutout ; and wherein at least one of: (i) an alternating order of differently embossed plates; and (ii) an alternating orientation of plates in the stack, is adapted to enable one or more of (i) a simultaneous counter fluid flow, (ii) cross fluid flow or (iii) semi counter-cross fluid flow above and below the SFP. a fins and tubes heat exchanger, comprising a stack of fins , the fins comprising at least one through hole coupled with a penetrating heat exchanging tube; a plates heat exchanger comprising a stack of plates , at least two sets of flow inlets and two sets of flow outlets, at least a portion of the plates each comprising a cutout and an embossment, each one of at least a portion of the fins of the fins and tubes heat exchanger being at least partially attached to a corresponding plate of the plates heat exchanger to define a set of a fin and a plate (SFP) wherein the fin is at least partially overlapping the cutout of the plate , and at least a portion of a peripheral margin of the fin of the SFP being attached to and overlapping at least 60% of a peripheral margin around the cutout of the plate of the SFP such that fluid flowing over either side of the plate comes in contact with the fin , and the other portions of the fin closely fit with the edges of the cutout ; and wherein at least one of: (i) an alternating order of differently embossed plates; and (ii) an alternating orientation of plates in the stack, is adapted to enable one or more of (i) a simultaneous counter fluid flow, (ii) cross fluid flow or (iii) semi counter-cross fluid flow above and below the SFP.
A method of processing a series of events received asynchronously from an array of pixels of an event-based light sensor , wherein each event of the series comprises an address of a pixel of the array from which the event is received, and an attribute value depending on incident light sensed by said pixel, the method comprising: storing a data structure including event data for at least some of the pixels of the array, the event data for a pixel being related to at least one event most recently received from said pixel; during a timeslot, building a map for the pixels of the array as the events of the series are received, the map including an information element for each pixel of the array, the information element having one of a plurality of values including a nil value indicating an absence of event during the timeslot; and updating the data structure after the timeslot using the map. wherein each event of the series comprises an address of a pixel of the array from which the event is received, and an attribute value depending on incident light sensed by said pixel, the method comprising: storing a data structure including event data for at least some of the pixels of the array, the event data for a pixel being related to at least one event most recently received from said pixel; during a timeslot, building a map for the pixels of the array as the events of the series are received, the map including an information element for each pixel of the array, the information element having one of a plurality of values including a nil value indicating an absence of event during the timeslot; and updating the data structure after the timeslot using the map. storing a data structure including event data for at least some of the pixels of the array, the event data for a pixel being related to at least one event most recently received from said pixel; during a timeslot, building a map for the pixels of the array as the events of the series are received, the map including an information element for each pixel of the array, the information element having one of a plurality of values including a nil value indicating an absence of event during the timeslot; and updating the data structure after the timeslot using the map.
An ethylene polymer comprising a higher molecular weight component and a lower molecular weight component, wherein the ethylene polymer has a density of greater than or equal to 0.955 g/cm 3 , a melt index (MI) of less than or equal to about 1.5 g/10 min, a ratio of high load melt index to melt index (HLMI/MI) in a range from about 40 to about 175, a peak molecular weight (Mp) of the higher molecular weight component in a range from about 650,000 to about 1,100,000 g/mol, a Mp of the lower molecular weight component in a range from about 40,000 to about 80,000 g/mol, and a ratio of Mw/Mn in a range from about 5 to about 18 and wherein the polymer has a zero-shear viscosity greater than or equal to about 1 x 10 6 Pa-sec and an ESCR (10% Igepal) of at least 100 hours.
A communication system between a door and a body of an oven, comprising of an electronic control unit located in the body of the oven and an electronic user module, wherein the electronic control unit takes from a the power grid AC voltage of 230 VAC and after conversion to DC voltage of 12 VDC, transmits it to hinge housings, mounted inside the body of the oven and connected to a door of the oven by a hinge joint, and further to the electronic user module through conductive elements connecting the hinge housings and metal structural components of the door of the oven, and moreover the hinge housings are isolated from the body of the oven, characterized in that, an electronic control unit (MS) is electrically connected to at least one electronic user module (MU) in the door of the oven , and moreover, between the electronic control unit (MS) and the electronic user module (MU) there are signal processing modules (MPE1 and MPE2) electrically connected to each other by a two-wire line (A, B) that transmits a voltage with superimposed signals carrying the transmitted data, creating together with the signal processing modules (MPE1 and MPE2) a communication path between the electronic control unit (MS) and the electronic user module (MU), wherein the two-wire line (A, B) includes the hinge housings and the metal structural components of the door of the oven , which are electrically connected to the hinge housings and moreover, the hinge housings and the metal structural components of the door of the oven are electrically isolated from the body of the oven .
A compressor for use with a turbine system , said compressor comprising: at least one surface proximate to a disc rim of said compressor ; a thermal barrier coating applied to said at least one surface; and a radial slot defined within said compressor , said compressor being characterized in that a thermal barrier coating is also applied to the surface within said radial slot and proximate to the disc rim of said compressor . at least one surface proximate to a disc rim of said compressor ; a thermal barrier coating applied to said at least one surface; and a radial slot defined within said compressor , said compressor being characterized in that a thermal barrier coating is also applied to the surface within said radial slot and proximate to the disc rim of said compressor .
Rolling bearing, in particular a center-free large rolling bearing, having two concentric ball races of which the one ball race comprises a groove open toward the other ball race and the other ball race comprises a scraper ring engaging into the named groove , wherein the scraper ring is supported at the groove in the axial direction of the rolling bearing by at least two axial bearings which are arranged at opposite front sides of the scraper ring, and is supported in radial direction of the rolling bearing by at least one radial bearing , and the scraper ring is supported in the radial direction at the groove by two radial bearings which are arranged at oppositely disposed jacket surface sides of the scraper ring , characterized in that the scraper ring is supported at the groove in the axial direction by a third axial bearing , and two axial bearings are arranged at the same front side of the scraper ring in raceways offset from one another in the axial direction.
A time synchronization method, comprising: generating , by a first device, a first time synchronization frame according to a first coding scheme, wherein the first time synchronization frame comprises a first frame header and a first time of day, TOD, the first frame header carries an identifier of the first coding scheme, and the first coding scheme defines a boundary of the first time synchronization frame and a location of the first TOD in the first time synchronization frame; and sending , by the first device, the first time synchronization frame to a second device by using a first single line, so as to trigger the second device to identify the first time synchronization frame according to the identifier of the first coding scheme, obtain the first TOD from the first time synchronization frame, and trace a time of the first device according to the first TOD. generating , by a first device, a first time synchronization frame according to a first coding scheme, wherein the first time synchronization frame comprises a first frame header and a first time of day, TOD, the first frame header carries an identifier of the first coding scheme, and the first coding scheme defines a boundary of the first time synchronization frame and a location of the first TOD in the first time synchronization frame; and sending , by the first device, the first time synchronization frame to a second device by using a first single line, so as to trigger the second device to identify the first time synchronization frame according to the identifier of the first coding scheme, obtain the first TOD from the first time synchronization frame, and trace a time of the first device according to the first TOD.
A system for ion pumping, comprising: an anode , wherein the anode comprises one or more anode chambers ; a cathode , wherein the anode is inserted into the cathode, and wherein the cathode comprises a cylindrical tube; and a magnet , wherein the magnet comprises a Halbach magnet array, and wherein the cathode is inserted into the Halbach magnet array. an anode , wherein the anode comprises one or more anode chambers ; a cathode , wherein the anode is inserted into the cathode, and wherein the cathode comprises a cylindrical tube; and a magnet , wherein the magnet comprises a Halbach magnet array, and wherein the cathode is inserted into the Halbach magnet array.
An apparatus for transmission of data encapsulated in a bi-directional network transmission protocol over a distributed wireless network , the apparatus comprising a processor , a first wireless transmitter and a second wireless transmitter , wherein the processor is configured to: direct the data encapsulated in the bi-directional network transmission protocol for transmission by the first wireless transmitter at a first frequency; and direct acknowledgement messages of the bi-directional network transmission protocol generated in response to reception of the data, for transmission by the second wireless transmitter at a second frequency, wherein the data encapsulated in the bi-directional network transmission protocol is transmitted by each wireless repeater implementing a wireless channel between a client terminal and a network access point , and the acknowledgement messages are transmitted directly between the client terminal and the network access point , wherein the processor is configured to transmit the most recent acknowledgement message and drop at least one older acknowledgement message when a plurality of acknowledgement messages are buffered, wherein the first wireless transmitter and the second wireless transmitter transmit concurrently. direct the data encapsulated in the bi-directional network transmission protocol for transmission by the first wireless transmitter at a first frequency; and direct acknowledgement messages of the bi-directional network transmission protocol generated in response to reception of the data, for transmission by the second wireless transmitter at a second frequency, wherein the data encapsulated in the bi-directional network transmission protocol is transmitted by each wireless repeater implementing a wireless channel between a client terminal and a network access point , and the acknowledgement messages are transmitted directly between the client terminal and the network access point , wherein the processor is configured to transmit the most recent acknowledgement message and drop at least one older acknowledgement message when a plurality of acknowledgement messages are buffered, wherein the first wireless transmitter and the second wireless transmitter transmit concurrently.
Motor vehicle door comprising a first seal and a second seal different from the first seal , the door comprising a first connection interface at the interface between the first and second seals , configured in such a way as to ensure continuity of sealing at said first connection interface when the door is in a configuration of being closed with respect to a motor vehicle bodyshell, the door comprising a closed sealing loop configured in such a way as to come into contact with a periphery of an opening of the bodyshell of the motor vehicle so as to provide sealing in the closed configuration, said sealing loop comprising at least the first and second seals and the first connection interface , the first seal being a tubular seal, the door being characterized in that the second seal comprises at least one window channel guide intended to accept one end of a window glass of the door, the first connection interface extending between an inner side of door bearing the first seal and an outer side of door bearing the second seal .
A transmission method comprising: generating one or more frames for content transfer using Internet Protocol, IP, packets; and transmitting the one or more generated frames by broadcast, wherein each of the one or more frames contains a plurality of second transfer units, each of the plurality of second transfer units contains one or more first transfer units, each of the one or more first transfer units contains at least one of the IP packets, characterized in that an object IP packet of the IP packets contains reference clock information that indicates time for reproduction of the content and uses a Network Time Protocol, NTP, presentation, the object IP packet being stored in a first transfer unit positioned at a head in the one or more frames, and header compression processing on the object IP packet is omitted. generating one or more frames for content transfer using Internet Protocol, IP, packets; and transmitting the one or more generated frames by broadcast, wherein each of the one or more frames contains a plurality of second transfer units, each of the plurality of second transfer units contains one or more first transfer units, each of the one or more first transfer units contains at least one of the IP packets, characterized in that an object IP packet of the IP packets contains reference clock information that indicates time for reproduction of the content and uses a Network Time Protocol, NTP, presentation, the object IP packet being stored in a first transfer unit positioned at a head in the one or more frames, and header compression processing on the object IP packet is omitted.
A system for preparing beverages including an infusion assembly and a capsule (C) containing a substance for the preparation of the beverage, wherein the capsule (C) comprises a cup-shaped body of a material impermeable to liquids having a tearable bottom wall for introducing into the capsule (C) a flow of a pressurized fluid, a lateral wall defining an opening around which a flange-like formation extends, protruding transversely towards the outside, and a tearable closing cover for the outflow of the beverage, the cover being connected in a liquid-tight manner to said flange-like formation ; the infusion assembly comprising a capsule-holder and a cooperating body , at least one of which is movable with respect to the other between an open configuration for positioning the capsule (C) therebetween, and a closed configuration for preparing the beverage through the capsule (C) positioned and clamped in a liquid-tight manner therebetween; wherein in the capsule-holder there is defined a recess for receiving the capsule (C) with said bottom wall facing to the inside of the capsule-holder and wherein there is defined a first piercing element provided with at least one piercing point adapted to penetrate through said bottom wall of said capsule (C); the capsule-holder being provided with supply means for supplying a flow of a fluid to be introduced into said capsule (C) through the passage torn in said bottom wall of the capsule (C) by said at least one point ; wherein in the cooperating body there is defined a dispensing conduit for the beverage and a second piercing element is provided, having at least one point adapted to penetrate through the cover of said capsule (C) and to allow the outflow of the beverage from the capsule (C) towards said dispensing conduit ; and wherein in the capsule-holder there are provided fluid communication means (8c; 8d; 11) which put into communication a region upstream with a region downstream of the first piercing member in the operational path of said flow of fluid, such that during the preparation of a beverage the pressurized fluid introduced into said recess of the capsule-holder exerts on the first piercing member a force lower than a predetermined value towards the capsule (C) and in particular a force which is substantially null, said first piercing member being mounted in the recess of the capsule-holder such as to be movable under the action of an associated resilient means tending to displace it towards the cooperating body , characterized in that the bottom wall of the cup-shaped body of the capsule (C) has a central portion of reduced thickness, surrounded by a relatively thicker annular peripheral portion , and the side wall of the cup-shaped body of the capsule (C) has a thickness greater than that of said central portion of the bottom wall .
Process for converting cyclic alkyleneureas into their corresponding alkyleneamines, comprising - in a first step converting cyclic alkyleneureas into their corresponding alkyleneamines by reacting cyclic alkyleneureas in the liquid phase with water with removal of CO2, so as to convert between 5 mole% and 95 mole% of alkyleneurea moieties in the feedstock to the corresponding amines, and - in a second step adding a inorganic base and reacting cyclic alkylene ureas remaining from the first step with the inorganic base to convert them completely or partially into their corresponding alkyleneamines. - in a first step converting cyclic alkyleneureas into their corresponding alkyleneamines by reacting cyclic alkyleneureas in the liquid phase with water with removal of CO2, so as to convert between 5 mole% and 95 mole% of alkyleneurea moieties in the feedstock to the corresponding amines, and - in a second step adding a inorganic base and reacting cyclic alkylene ureas remaining from the first step with the inorganic base to convert them completely or partially into their corresponding alkyleneamines.
Device for supplying electricity to light sources participating in the performance of the same light function of a motor vehicle, the device comprising a plurality of control means (110, 120; 210, 220; 310, 320); 410, 420) for controlling the electrical supply of at least one light source each, the control means each comprising diagnostic means (112, 122; 212, 222; 312, 322; 412, 422) configured to supply a diagnostic signal (114, 124; 214, 224; 314, 324; 414, 424) for said light source, characterized in that the device comprises a processing unit for processing diagnostic signals supplied by the plurality of drive means, the processing unit being configured to supply, as a function of said diagnostic signals, a signal for detecting a so-called partial failure of the light sources supplied by one of the drive means, and a signal for detecting a so-called total failure of the light sources supplied by each of the drive means.