mhurhangee/ep-ind-claims huggingface dataset:
An assembly of two electrical harnesses electrically connected together, the arrangement comprising: a first electrical harness and a second electrical harness, each electrical harness comprising a flexible printed circuit having a plurality of conductive tracks, and a terminating region at which each conductive track terminates at a receiving hole, each receiving hole being electrically connected to its respective electrical track; a connection formation formed by the terminating regions of the two electrical harnesses and one or more pins which are arranged so that one end of each pin enters a receiving hole of one of the terminating regions and the other end of the pin enters a receiving hole of the other of the terminating regions to electrically connect the respective conductive tracks; characterized by an encapsulating body encapsulating the connection formation, the encapsulating body being a single, continuous, body formed around the connection formation so as to continuously surround the connection formation and be in direct contact with the connection formation, including being in direct contact with at least a part of the terminating regions of the two electrical harnesses, so as to seal the connection formation therein. a first electrical harness and a second electrical harness, each electrical harness comprising a flexible printed circuit having a plurality of conductive tracks, and a terminating region at which each conductive track terminates at a receiving hole, each receiving hole being electrically connected to its respective electrical track; a connection formation formed by the terminating regions of the two electrical harnesses and one or more pins which are arranged so that one end of each pin enters a receiving hole of one of the terminating regions and the other end of the pin enters a receiving hole of the other of the terminating regions to electrically connect the respective conductive tracks; characterized by an encapsulating body encapsulating the connection formation, the encapsulating body being a single, continuous, body formed around the connection formation so as to continuously surround the connection formation and be in direct contact with the connection formation, including being in direct contact with at least a part of the terminating regions of the two electrical harnesses, so as to seal the connection formation therein.
A calcium magnesium aluminosilicate (CMAS) mitigation composition consisting of Lna 4 Ga 2 O 9, wherein Lna refers to the rare earth elements of lanthanum (La), cerium (Ce), praseodymium (Pr), neodymium (Nd), promethium (Pm), samarium (Sm), europium (Eu), gadolinium (Gd), and mixtures thereof; wherein the CMAS mitigation composition is included as a separate CMAS mitigation layer on top of an environmental barrier coating for a high temperature substrate component.
An optical switch for switching optical packets comprising: a NxN silicon photonic, SiP, switch configured to connect each of N top of rack switches, TORs, to each other, wherein each TOR has M interfaces, wherein N and M are integers; and a plurality of 1xP SiP switches, wherein each of the 1xP SiP switches is configured to connect a respective interface of the M interfaces of a respective TOR to P core photonic-based switches, and wherein P is an integer. a NxN silicon photonic, SiP, switch configured to connect each of N top of rack switches, TORs, to each other, wherein each TOR has M interfaces, wherein N and M are integers; and a plurality of 1xP SiP switches, wherein each of the 1xP SiP switches is configured to connect a respective interface of the M interfaces of a respective TOR to P core photonic-based switches, and wherein P is an integer.
A Machine for the realization of urea mixers for exhaust devices of vehicles equipped with internal-combustion engines, comprising a working plane on which there is an assembly of movable dies, characterized in that around said movable dies a probe tip, at least horizontally movable around two axes and vertically movable from a superior rest position to an inferior working position, progressively models a semi-finished ribbon-like strip, so as to shape it like a mixer for exhaust devices for engines of motor vehicles, each of said movable dies being mounted onto a device that makes it movable between a retracted rest position, in which the die is accommodated inside a base, and an extracted working position, said movable dies being progressively extracted and the modeling action onto said semi-finished ribbon-like strip being exerted by said probe tip coordinately with said extractions, thus making said semi-finished strip adhere to the lateral surface of the die that is each time extracted.
Gearbox for vehicles, comprising a planetary gear with a ring gear, a sun gear and a planet carrier, on which at least one planet gear is rotatably mounted, which ring gear and sun gear engage with the at least one planet gear by teeth; and a gearbox housing surrounding the planetary gear, wherein a first axially movable coupling sleeve is in a first gear position arranged to engage the ring gear with the gearbox housing, and in a third gear position arranged to engage the planet carrier with the gearbox housing; and in that a second axially movable coupling sleeve is in the third gear position arranged to engage the ring gear with an output shaft,, characterized in that the first axially movable coupling sleeve is in a second gear position arranged to engage the sun gear with the planet carrier.
A method for operating a data processing device, the method comprising: initializing a scheduler with a number m of a first type data set and a number n of a second type data set; receiving a pending PEND message by the scheduler from a producer module each time the producer module has produced and stored a first type data set in a buffer memory; and sending one or more PEND messages from the scheduler to a consumer module in response to receiving m PEND messages from the producer module; in which m first type data sets are required to form n of a second type data set, and in which sending the one or more PEND messages to the consumer module indicates at least one second type data set is available in the buffer memory; receiving a decrement DEC message by the scheduler from the consumer module after it has processed a second type data set derived from the m first type data sets in the buffer memory; and sending m DEC messages from the scheduler to the producer module indicating m first type data sets have been consumed in response to receiving n DEC messages from the consumer module. initializing a scheduler with a number m of a first type data set and a number n of a second type data set; receiving a pending PEND message by the scheduler from a producer module each time the producer module has produced and stored a first type data set in a buffer memory; and sending one or more PEND messages from the scheduler to a consumer module in response to receiving m PEND messages from the producer module; in which m first type data sets are required to form n of a second type data set, and in which sending the one or more PEND messages to the consumer module indicates at least one second type data set is available in the buffer memory;
A gastro-resistant pharmaceutical composition, which is a tablet or a powder to be filled into a capsule, comprising posaconazole, an enteric polymer and a water soluble neutral or anionic polysaccharide selected from hydroxypropyl methylcellulose (HPMC or hypromellose), hydroxyethyl methylcellulose (HEMC or hymetellose), hydroxypropylcellulose (HPC or hyprolose), hydroxyethylcellulose, hydroxymethylcellulose, hydroxypropyl ethylcellulose (HPEC), ethyl hydroxyethylcellulose (EHEC), sodium carboxymethyl hydroxyethylcellulose (NaCMHEC), starch and a starch derivative, wherein the tablet or the powder is prepared from granules containing posaconazole molecularly dispersed in the enteric polymer, wherein the neutral or anionic polysaccharide is contained as intragranular component, and wherein the weight ratio of posaconazole to the neutral or anionic polysaccharide is 3: 1 to 1: 2.
A variable area mechanism comprising: a movable surface operable to throttle a fluid flow and comprising a contoured interface surface and an angle notched surface, the movable surface operable to rotate about an off-body axis-of-rotation such that the movable surface expands from and retracts into the angle notched surface, the movable surface further comprising a forward angle side; and a forward flow panel comprising a slide interface operable to seal the forward angle side. a movable surface operable to throttle a fluid flow and comprising a contoured interface surface and an angle notched surface, the movable surface operable to rotate about an off-body axis-of-rotation such that the movable surface expands from and retracts into the angle notched surface, the movable surface further comprising a forward angle side; and a forward flow panel comprising a slide interface operable to seal the forward angle side.
A multi-fluid kit for three-dimensional printing comprising: a fusing agent comprising water and a radiation absorber, wherein the radiation absorber absorbs radiation energy and converts the radiation energy to heat; characterized in that the multi-fluid kit further comprises a pore-promoting agent comprising water and a water-soluble pore-promoting compound, wherein the pore-promoting compound chemically reacts at an elevated temperature to generate a gas, and wherein the water-soluble pore-promoting compound is selected from the group consisting of sodium bicarbonate, potassium bicarbonate, and combinations thereof. a fusing agent comprising water and a radiation absorber, wherein the radiation absorber absorbs radiation energy and converts the radiation energy to heat; characterized in that the multi-fluid kit further comprises a pore-promoting agent comprising water and a water-soluble pore-promoting compound, wherein the pore-promoting compound chemically reacts at an elevated temperature to generate a gas, and wherein the water-soluble pore-promoting compound is selected from the group consisting of sodium bicarbonate, potassium bicarbonate, and combinations thereof.
A spark plug, comprising: a sparking electrode; an electrically insulating body having a first end and a second end, wherein the electrically insulating body surrounds at least a portion of the sparking electrode, and wherein the sparking electrode exposed at the first end of the electrically insulating body; a housing surrounding a portion of the electrically insulating body, wherein the housing is adapted for mounting the spark plug in an engine cylinder head; a ground electrode connected to the housing, wherein the ground electrode is positioned to create a spark gap between the sparking electrode and the ground electrode; a sensing electrode extending through either the housing or the electrically insulating body, wherein the sensing electrode is electrically isolated from the sparking electrode, wherein a portion of the sensing electrode is exposed near the ground electrode; characterized in that, the spark plug further comprises: an insulating material substantially surrounding the sparking electrode along its length; and an electrically conductive shield substantially surrounding the insulating material along its length, the electrically-conductive shield being electrically isolated from the sensing electrode and the sparking electrode, wherein the electrically-conductive shield substantially reduces electromagnetic interference in the sensing electrode. an electrically insulating body having a first end and a second end, wherein the electrically insulating body surrounds at least a portion of the sparking electrode, and wherein the sparking electrode exposed at the first end of the electrically insulating body; a housing surrounding a portion of the electrically insulating body, wherein the housing is adapted for mounting the spark plug in an engine cylinder head; a ground electrode connected to the housing, wherein the ground electrode is positioned to create a spark gap between the sparking electrode and the ground electrode; a sensing electrode extending through either the housing or the electrically insulating body, wherein the sensing electrode is electrically isolated from the sparking electrode, wherein a portion of the sensing electrode is exposed near the ground electrode; characterized in that, the spark plug further comprises: an insulating material substantially surrounding the sparking electrode along its length; and an electrically conductive shield substantially surrounding the insulating material along its length, the electrically-conductive shield being electrically isolated from the sensing electrode and the sparking electrode, wherein the electrically-conductive shield substantially reduces electromagnetic interference in the sensing electrode. an insulating material substantially surrounding the sparking electrode along its length; and an electrically conductive shield substantially surrounding the insulating material along its length, the electrically-conductive shield being electrically isolated from the sensing electrode and the sparking electrode, wherein the electrically-conductive shield substantially reduces electromagnetic interference in the sensing electrode.
Water-cooled water-moderated nuclear reactor core melt cooling and confinement system containing: a cone-shaped guide plate being adapted to be installed under a reactor vessel bottom, a cantilever girder installed under the guide plate and supporting the same, a core catcher installed under the cantilever girder and equipped with cooled cladding in form of a multi-layer vessel for protection of the external heat-exchange wall from dynamic, thermal and chemical impacts, and a filling material for melt dilution inside the multi-layer vessel, wherein the multi-layer vessel has external and internal metal walls with a filler in between that is highly heat-conductive in relation to wall material, where thickness h fil of the filler meets the following criterion: 1.2 h ext < h fil < 2.4 h ext, where h ext is the thickness of the vessel external wall. a cone-shaped guide plate being adapted to be installed under a reactor vessel bottom, a cantilever girder installed under the guide plate and supporting the same, a core catcher installed under the cantilever girder and equipped with cooled cladding in form of a multi-layer vessel for protection of the external heat-exchange wall from dynamic, thermal and chemical impacts, and a filling material for melt dilution inside the multi-layer vessel, wherein the multi-layer vessel has external and internal metal walls with a filler in between that is highly heat-conductive in relation to wall material, where thickness h fil of the filler meets the following criterion: 1.2 h ext < h fil < 2.4 h ext, where h ext is the thickness of the vessel external wall.
A light source mounting profile for an illuminating device, wherein the light source mounting profile comprises at least two first mounting beams that are arranged opposite to each other, at least one second mounting beam and at least one pair of mounting joints, the mounting joint is provided to connect the first mounting beam and the second mounting beam, and is detachably locked in the first mounting beam, wherein the mounting joint includes a locking structure, and the first mounting beam has at least two assembly holes, the locking structure is detachably lockable in two adjacent assembly holes, wherein the locking structure includes a positioning hook and a locking hook, wherein the positioning hook is engaged in one of the assembly holes to assure the position of the mounting joint relative to the first mounting beam, and the locking hook is locked in another adjacent assembly hole, wherein the the second mounting beam is connected with the mounting joint by inserting into the mounting joint, characterized in that the mounting joint includes a plate-shaped body on the side facing the first mounting beam, wherein the positioning hook is configured as an L-shaped hook extending from a surface of the plate-shaped body, and the locking hook is configured as a tongue in an opening formed in the plate-shaped body, the tongue extends from one end of the opening in a direction to an opposite end, and a projection extending away from the plate-shaped body is formed on a free end of the tongue.
Method for establishing a communication called web communication between a web browser running on a first terminal and a web browser running on a second terminal, characterized in that said method comprises a step of detection, by the first terminal, of a user interaction requesting the establishment of a web communication with the second terminal, a communication according to a communication mode distinct from a communication via a web browser being previously established between the first terminal and the second terminal, the detection of the user interaction triggering: - a step of creation of a session identifier comprising at least one identifier of the first terminal, - a step of generation of a URL address comprising said created session identifier, said URL address making it possible to access a web page of a server to establish the requested web communication, - a step of insertion of said URL address into a message intended for the second terminal, - a step of sending of the message to the second terminal triggering the opening by the web browser of the first terminal of said web page downloaded from the server based on said URL address. - a step of creation of a session identifier comprising at least one identifier of the first terminal, - a step of generation of a URL address comprising said created session identifier, said URL address making it possible to access a web page of a server to establish the requested web communication, - a step of insertion of said URL address into a message intended for the second terminal, - a step of sending of the message to the second terminal triggering the opening by the web browser of the first terminal of said web page downloaded from the server based on said URL address.
An electrical cable for supplying electricity to an aircraft, an engine or similar, for at least partially higher frequencies of preferably 400 Hz, comprising a central neutral and/or return conductor and at least a number of phase conductors (2a, 2b, 3a, 3b, 4a, 4b) arranged in a concentrically distributed manner about the latter, characterised in that the central neutral and/or return conductor is made up of a number of neutral wires each with individual insulation, the neutral wires and the phase conductors (2a, 2b, 3a, 3b, 4a, 4b) each being formed from a plurality of wires.
A method of establishing wireless backhaul link, characterized by being performed by a new radio, NR, wireless backhaul base station, and comprising: measuring signal quality of a first wireless backhaul link between the NR wireless backhaul base station and a first NR donor base station being accessed by the NR wireless backhaul base station; starting, if the signal quality of the first wireless backhaul link is less than a link reselection threshold for the NR wireless backhaul base station, to search for a second NR donor base station; if the second NR donor base station is found, measuring signal quality of a second wireless backhaul link between the NR wireless backhaul base station and the second NR donor base station; initiating, if the signal quality of the second wireless backhaul link being greater than a first threshold continues for a duration exceeding a first time length, a random access request to the second NR donor base station and establishing the second wireless backhaul link with the second NR donor base station; and disconnecting, if the signal quality of the first wireless backhaul link being less than the link reselection threshold continues for a duration exceeding a second time length, the first wireless backhaul link with the first NR donor base station and transmitting data through the second backhaul link with the second NR donor base station. measuring signal quality of a first wireless backhaul link between the NR wireless backhaul base station and a first NR donor base station being accessed by the NR wireless backhaul base station; starting, if the signal quality of the first wireless backhaul link is less than a link reselection threshold for the NR wireless backhaul base station, to search for a second NR donor base station; if the second NR donor base station is found, measuring signal quality of a second wireless backhaul link between the NR wireless backhaul base station and the second NR donor base station; initiating, if the signal quality of the second wireless backhaul link being greater than a first threshold continues for a duration exceeding a first time length, a random access request to the second NR donor base station and establishing the second wireless backhaul link with the second NR donor base station; and disconnecting, if the signal quality of the first wireless backhaul link being less than the link reselection threshold continues for a duration exceeding a second time length, the first wireless backhaul link with the first NR donor base station and transmitting data through the second backhaul link with the second NR donor base station.
Wound system comprising (a) first layer containing a first substance, (b) a second substance disposed above or below the first layer, wherein the first and second substances have a different standard potential E 0 measured at 25°C; 101.3 kPa, pH=0, ionic activity = 1, wherein the first substance is silver and/or a silver salt, and wherein the second substance is zinc, wherein the first layer comprises a film, a foam, a fabric, a knitted fabric, a filament, a nonwoven fabric, interwoven materials and/or combinations thereof, and wherein the second substance is contained in a second layer, wherein the second layer comprises a polymer foam. (a) first layer containing a first substance, (b) a second substance disposed above or below the first layer,
Method for operating a telecommunication network in the event of intermittent heavy loading, wherein the network has a multiplicity of ports to which terminals can be connected, wherein the ports are each selectable by means of individual network identifiers and wherein a central server for organizing the connections is incorporated in the network and, in the event of intermittent heavy loading, a group of ports is defined in such a way that the ports in the group are blocked for incoming and outgoing calls, characterized in that the connections leading to the ports are rerouted via the server, wherein the server centrally organizes the calls that are to be assigned to these ports, and in the event of a hazard situation relating to at least some of the population, the server outputs a message to enlighten the population to some of the ports or to all ports in the group via a respective terminal.
A balustrade arrangement comprising a plurality of slats of monolithic toughened glass arranged in series substantially along a lateral direction, the slats each having a width in the lateral direction up to 300 mm from a first lateral side to a second lateral side of a slat, adjacent slats being spaced apart from each other by a spacing gap of at least 6 mm, the spacing gap being smaller than the width of the slats, the slats being arranged so that, when one slat is removed from the balustrade to form a breakage gap between adjacent remaining slats, the width of the breakage gap in the lateral direction is at most 500 mm, characterised in that: the slats are supported and clamped at their lower end to fix the slats in position via clamping means, the clamping means comprising bolts extending through the spacing gaps between adjacent slats.