mhurhangee/ep-ind-claims huggingface dataset:
A device (211, 311, 411, 711) for transmitting a multicast service, wherein the device is a first node on a first multicast ring (210, 310, 410, 710), the first multicast ring comprises the first node (211, 311, 411, 711), a second node (212, 312, 313, 412, 414, 712), and at least one third node (213, 214, 313, 314, 413, 414, 713, 714), and a second multicast ring (220, 320, 330, 420, 430, 720) connected to the first multicast ring (210, 310, 410, 710) through the first node (211, 311, 411, 711) and the second node (212, 312, 313, 412, 414, 712), and wherein each of the first node and the second node comprises: a first port (510, 610) and a third port (530, 630), configured to receive and forward a multicast service on the first multicast ring(210, 310, 410, 710); a second port (520, 620), configured to: when serving as an active port, forward the multicast service received from the first multicast ring to the second multicast ring (220, 320, 330, 420, 430, 720); when serving as a standby port, block forwarding of the multicast service received from the first multicast ring to the second multicast ring; and a virtual switch interface (540, 640), configured to set the second port (520, 620) as an active port or a standby port when the second multicast ring is normal; and keep the second port (520, 620) as an active port or switch the second port (520, 620) from a standby port to an active port when a first link failure is detected on the second multicast ring, so that the second multicast ring has two active ports. a first port (510, 610) and a third port (530, 630), configured to receive and forward a multicast service on the first multicast ring(210, 310, 410, 710); a second port (520, 620), configured to: when serving as an active port, forward the multicast service received from the first multicast ring to the second multicast ring (220, 320, 330, 420, 430, 720); when serving as a standby port, block forwarding of the multicast service received from the first multicast ring to the second multicast ring; and a virtual switch interface (540, 640), configured to set the second port (520, 620) as an active port or a standby port when the second multicast ring is normal; and keep the second port (520, 620) as an active port or switch the second port (520, 620) from a standby port to an active port when a first link failure is detected on the second multicast ring, so that the second multicast ring has two active ports.
Flow element for fluidic contact with a hot gas flow inside an aircraft engine, - the flow element comprising a base material that comprises a hot gas surface that faces the gas flow, and a remote surface that is remote from the gas flow, characterised in that - the base material is completely surrounded by a chroming layer on the hot gas surface and on the remote surface, - the flow element comprising an adhesive layer on the chroming layer in first portions, - the flow element comprising an alitising layer, - the alitising layer being arranged on the adhesive layer in the first portions, - a thermal barrier layer being arranged on the alitising layer in the first portions, and - the alitising layer being arranged on the chroming layer in the second portions that do not comprise an adhesive layer, the chroming layer and the alitising layer forming a chroming-alitising layer in said second portions. - the flow element comprising a base material that comprises a hot gas surface that faces the gas flow, and a remote surface that is remote from the gas flow, characterised in that - the base material is completely surrounded by a chroming layer on the hot gas surface and on the remote surface, - the flow element comprising an adhesive layer on the chroming layer in first portions, - the flow element comprising an alitising layer, - the alitising layer being arranged on the adhesive layer in the first portions, - a thermal barrier layer being arranged on the alitising layer in the first portions, and - the alitising layer being arranged on the chroming layer in the second portions that do not comprise an adhesive layer, the chroming layer and the alitising layer forming a chroming-alitising layer in said second portions.
A fusion reactor comprising: an enclosure; two internal magnetic coils suspended within the enclosure; a center magnetic coil coaxial with the two internal magnetic coils and located proximate to a midpoint of the enclosure; a plurality of encapsulating magnetic coils coaxial with the internal magnetic coils, the encapsulating magnetic coils being configured to preserve the magnetohydrodynamic stability of the fusion reactor by maintaining a magnetic wall that prevents plasma within the enclosure from expanding; two mirror magnetic coils coaxial with the internal magnetic coils; and one or more heat injectors configured to inject a beam of neutral particles toward the center of the enclosure. an enclosure; two internal magnetic coils suspended within the enclosure; a center magnetic coil coaxial with the two internal magnetic coils and located proximate to a midpoint of the enclosure; a plurality of encapsulating magnetic coils coaxial with the internal magnetic coils, the encapsulating magnetic coils being configured to preserve the magnetohydrodynamic stability of the fusion reactor by maintaining a magnetic wall that prevents plasma within the enclosure from expanding; two mirror magnetic coils coaxial with the internal magnetic coils; and one or more heat injectors configured to inject a beam of neutral particles toward the center of the enclosure.
A dyeing machine comprising a deflector containing nozzles (21; 22), wherein the deflector includes a delivery channel, and a first nozzle is set up in the entrance of the delivery channel, and downstream of the first nozzle is connected with a curved path, and at the end of the curved path is connected with a second nozzle, and next to the second nozzle, is a delivery plate placed in the bottom of the fabric delivery channel, characterized in that there is a delivery flute mid-way of the delivery channel, placed between the first nozzle and the delivery plate, which contains a two section curved side wall, the mentioned side wall set up on both sides of the delivery channel, and wherein the outlet direction of the second nozzle is faced obliquely upward, and the incline plane of the delivery plate is facing the second nozzle.
Product catalog in printed form, with a collection of information about products, wherein at least for individual products contained in the catalog, the presentation of the information comprises a machine-readable product code, which contains information about the product, and at least one machine-readable identification means with individual data of a user of the product catalog for identifying the user is arranged in or on the product catalog, characterized in that the identification means is printed or fastened on a foldable flap, which is arranged in or on the product catalog such that the identification means can be read out together with at least one product code by a reading device, when the flap is expanded.
Holding frame into which plug connector modules can be inserted, wherein the holding frame consists of two interconnectable halves (4, 5), a first half and a second half, wherein the holding frame has a pivot point at each end side, wherein the line connecting the pivot points forms an axis of rotation which extends parallel to the side faces of the halves (4, 5), wherein the halves (4, 5) can be rotated along the axis of rotation and can be aligned in a closed position and in an open position, characterized in that the first half has a first stop and a second stop, and in that the second half has a first stop and a second stop, in that the holding frame is located in the closed position when the first stop of the second half bears against the first stop of the first half, and the holding frame is located in the open position when the second stop of the second half bears against the second stop of the first half 4, in that the holding frame has two fixing means of different types, and in that the halves (4, 5) can be fixed respectively in the closed position and the open position via the two fixing means of different types, in that one fixing means is at least one press lug (7, 7') which engages into at least one recess (10, 10') and in that a further fixing means is a spring-elastic locking element (107, 107', 107'') which fastens to the halves (4, 5) under pretension.
A photosensitive glass composition comprising: wt% Component 40-50 SiO 2 27-32 Al 2 O 3 15-25 Na 2 O >0-10 K 2 O >0-6 F - >0-0.2 CeO 2 >0-0.3 Sb 2 O 3 >0-0.3 Ag >0-2 Br - or Cl - or combinations thereof >0-1.0 SnO
A telescopic rail for a drawer-type device in an apparatus or furniture body, in particular for foodstuff bodies, such as metal sheets, grills and similar, in a baking oven, with a base rail and a pull-out rail partially engaging the base rail, whereas between the base rail and the pull-out rail, which is mobile thereto, a rolling element cage with rolling elements is respectively arranged laterally and at least in an end region of the base rail a receptacle, whose geometry matches a rolling element, is provided for locking the rolling element, characterised in that the receptable is designed as a ramp with a central opening on the running surface of the base rail, which opening has a smaller diameter than the rolling element, whereas the ramp is domed continuously outwardly in the direction of the pull-out rail engaging the base rail and on its circumference up to the central opening, so that when the rail is retracted and/or extended, one of the rolling elements rolls upwardly along the ramp by opposing the bulging domed slope resistance and then is locked in the central opening of the ramp and stops the pull-out rail against the base rail.
A battery triggered optical data interconnect system for electro-optical HDMI signal communication between an HDMI source and an HDMI sink, comprising: a first HDMI compatible electrical connector configured to receive HDMI electrical signals from the source; a first signal converter connected to the first HDMI compatible electrical connector and including electronics for conversion of differential electrical signals to optical signals, with the electronics including an optical conversion device; at least one optical fiber connected to the first signal converter; a second signal converter connected to the at least one optical fiber and including electronics for conversion of optical signals to differential electrical signals, the electronics including differential circuitry that further includes an electric signal amplifier; a power module for the second signal converter including a power tap connected to the differential circuitry and a first voltage regulator connected to the power tap to provide power to the electrical signal amplifier; a rechargeable battery module configured to trigger HDMI power activation of connected HDMI differential electrical data ports, the battery module being connected to the power tap; and a second HDMI compatible electrical connector connected to the second signal converter and configured to send the differential electrical data as HDMI differential data signals to the sink. a first HDMI compatible electrical connector configured to receive HDMI electrical signals from the source; a first signal converter connected to the first HDMI compatible electrical connector and including electronics for conversion of differential electrical signals to optical signals, with the electronics including an optical conversion device; at least one optical fiber connected to the first signal converter; a second signal converter connected to the at least one optical fiber and including electronics for conversion of optical signals to differential electrical signals, the electronics including differential circuitry that further includes an electric signal amplifier; a power module for the second signal converter including a power tap connected to the differential circuitry and a first voltage regulator connected to the power tap to provide power to the electrical signal amplifier; a rechargeable battery module configured to trigger HDMI power activation of connected HDMI differential electrical data ports, the battery module being connected to the power tap; and a second HDMI compatible electrical connector connected to the second signal converter and configured to send the differential electrical data as HDMI differential data signals to the sink.
An enamel composition, in particular intended for covering a glass pane of a fireplace insert, comprising at least one glass frit, at least one pigment in a content varying from 40 to 65% of the total weight of the enamel, preferably from 45 to 60%, and optionally at least one vehicle or medium, characterized in that the glass frit comprises the following constituents, within the limits defined below, limits included, expressed as percentages by weight of the total weight of the frit: SiO 2 45-65% Al 2 O 3 0-13% B 2 O 3 23-55% Na 2 O 0-10% K 2 O 0-10% Li 2 O 0-10% said frit not containing Zr0 2, CaO and BaO.
A multi-stage screw compressor, comprising: a first-pressure stage chamber; a first screw compression mechanism installed in the first-pressure stage chamber; a second-pressure stage chamber, a second screw compression mechanism installed in the second-pressure stage chamber, wherein a pressure in the first-pressure stage chamber is lower than a pressure in the second-pressure stage chamber; a gas supplement inlet, disposed between the first-pressure stage chamber and the second-pressure stage chamber and configured to supplement a fluid; a perforated member, provided with apertures and disposed between the gas supplement inlet and the second-pressure stage chamber, the apertures being configured to allow the fluid supplemented from the gas supplement inlet and a fluid discharged from the first-pressure stage chamber to pass therethrough; characterized in that the perforated member is provided with a plurality of apertures, and a distribution density of the apertures disposed in a region away from the gas supplement inlet is greater than a distribution density of the apertures disposed in a region adjacent to the gas supplement inlet. a first-pressure stage chamber; a first screw compression mechanism installed in the first-pressure stage chamber; a second-pressure stage chamber, a second screw compression mechanism installed in the second-pressure stage chamber, wherein a pressure in the first-pressure stage chamber is lower than a pressure in the second-pressure stage chamber; a gas supplement inlet, disposed between the first-pressure stage chamber and the second-pressure stage chamber and configured to supplement a fluid; a perforated member, provided with apertures and disposed between the gas supplement inlet and the second-pressure stage chamber, the apertures being configured to allow the fluid supplemented from the gas supplement inlet and a fluid discharged from the first-pressure stage chamber to pass therethrough; characterized in that the perforated member is provided with a plurality of apertures, and a distribution density of the apertures disposed in a region away from the gas supplement inlet is greater than a distribution density of the apertures disposed in a region adjacent to the gas supplement inlet.
Household refrigeration appliance having an interior (4, 5) for receiving food, which is delimited by walls (3a, 3b) of an inner container, and having a fresh food container for food, which is arranged in the interior (4, 5) and has a drawer and a lid arranged for covering the drawer, and having a storage device with which the lid for opening and closing the drawer is mounted in the interior (4, 5) such that it can be raised and lowered, and having a control element with which the lid can be actuated, and having a partition which is arranged directly above the lid in the interior, characterised in that the partition has a separate panel arranged on the top side as an information element on a top side facing away from the lid, and the household refrigeration appliance has a display unit for displaying, in particular for displaying by means of symbols, the moisture content in the fresh food container, and that the display unit and the control element are formed on the panel and the function as an information element is formed by the display unit, and that the control element can be rotated about a vertical axis.
A method performed by a radio unit, RU, operable in a base station system of a wireless communication network, for reducing interference at the RU, the base station system comprising a baseband unit, BBU, the RU and a plurality of radio heads, RHs, wherein the RU is connected to the plurality of RHs via a number of metallic conductors, and wherein a signal is to be communicated to the RU at a first frequency range over one of the number of metallic conductors from one of the plurality of RHs, the method comprising: detecting if there is any near end crosstalk, NEXT, at a receiver of the RU, the receiver being connected to the one of the number of metallic conductors, when NEXT is detected, triggering the one of the plurality of RHs to send the signal to be communicated over the one of the number of metallic conductors at a second frequency range different from the first frequency range where a lower NEXT is expected than at the first frequency range. detecting if there is any near end crosstalk, NEXT, at a receiver of the RU, the receiver being connected to the one of the number of metallic conductors, when NEXT is detected, triggering the one of the plurality of RHs to send the signal to be communicated over the one of the number of metallic conductors at a second frequency range different from the first frequency range where a lower NEXT is expected than at the first frequency range.
A cooking hob with a glass ceramic panel and at least one illumination device, wherein: - the illumination device includes a funnel-shaped reflector with an upper open side and a lower open side, - the illumination device includes at least one light source arranged at the lower open side, - the illumination device includes a transparent cover element arranged at the upper open side of the reflector, - the illumination device includes at least one diffuser screen arranged between the light source and the cover element, and - the diffuser screen is made of a semi-transparent material, characterized in, that the cross-section of the diffuser screen is smaller than the cross-section of the reflector enclosing said diffuser screen, so that lateral light beams from the light source to the cover element can pass the diffuser screen and propagate directly from the light source to the cover element, wherein the cover element comprises a hollow receiving at least one temperature sensor. - the illumination device includes a funnel-shaped reflector with an upper open side and a lower open side, - the illumination device includes at least one light source arranged at the lower open side, - the illumination device includes a transparent cover element arranged at the upper open side of the reflector, - the illumination device includes at least one diffuser screen arranged between the light source and the cover element, and - the diffuser screen is made of a semi-transparent material,
A method of allocating bit-rates for video services in a transport channel, the method comprising: receiving user defined weighting parameters for each of one or more first video services and user defined fixed bit-rates for each of one or more second video services; determining an available bit-rate for a transport channel for the first and second video services; subtracting the fixed bit-rates from the available bit-rate to obtain a remaining available bit-rate; automatically allocating a proportion of the remaining available bit-rate to each first video service according to their respective weighting parameters; multiplexing the first and second video services into the transport channel according respectively to the allocated proportions of the remaining available bit-rate and the fixed bit-rates. receiving user defined weighting parameters for each of one or more first video services and user defined fixed bit-rates for each of one or more second video services; determining an available bit-rate for a transport channel for the first and second video services; subtracting the fixed bit-rates from the available bit-rate to obtain a remaining available bit-rate; automatically allocating a proportion of the remaining available bit-rate to each first video service according to their respective weighting parameters; multiplexing the first and second video services into the transport channel according respectively to the allocated proportions of the remaining available bit-rate and the fixed bit-rates.
An article useful as the body of a container for containing gas under pressure, comprising a hollow container body, having an external surface and having an opening through which gas can enter or leave the interior of the hollow container body; a layer of fiber-reinforced polymer around the exterior of the container body, attached to the external surface of the container body and having an external surface; and a layer of elastomer around and sealed to the external surface of the layer of fiber-reinforced polymer; wherein said layer of fiber-reinforced polymer does not contain said elastomer, and said layer of elastomer does not contain said fiber-reinforced polymer, and a layer comprising a mixture of said elastomer and said fiber-reinforced polymer is present between said layer of fiber-reinforced polymer and said layer of elastomer; wherein said elastomer is selected from the group consisting of polyurethanes and polyureas; and wherein the article comprises but one layer of fiber-reinforced polymer and one layer of elastomer.
A method for detecting a plurality of translatable, ribosome-bound RNA molecules, said method comprising: (i) contacting said plurality of RNA molecules with an enzymatic degradant or a chemical degradant thereby forming a plurality of RNA fragments, wherein each RNA fragment comprises an RNA portion protected from said enzymatic degradant or said chemical degradant by a ribosome to which the RNA portion is bound; (ii) amplifying said RNA fragments to form a detectable number of amplified nucleic acid fragments; and (iii) detecting said detectable number of amplified nucleic acid fragments, thereby detecting said plurality of ribosome-bound RNA molecules. (i) contacting said plurality of RNA molecules with an enzymatic degradant or a chemical degradant thereby forming a plurality of RNA fragments, wherein each RNA fragment comprises an RNA portion protected from said enzymatic degradant or said chemical degradant by a ribosome to which the RNA portion is bound; (ii) amplifying said RNA fragments to form a detectable number of amplified nucleic acid fragments; and (iii) detecting said detectable number of amplified nucleic acid fragments, thereby detecting said plurality of ribosome-bound RNA molecules.
A dehydrogenation catalyst for use in dehydrogenation of straight-chain hydrocarbon gas in a range of C 3 to C 4, the dehydrogenation catalyst comprising: platinum, tin, and an alkali metal which are carried in a phase-changed alumina carrier wherein phase-changed means that the carrier is heat-treated in a calcination furnace at 1000 to 1050°C for 1 to 5 hours, whereby gamma alumina is phase-changed to theta alumina, wherein the platinum and the tin form a platinum-tin alloy present in a predetermined thickness of 300-500 μm from an outer periphery of the catalyst. platinum, tin, and an alkali metal which are carried in a phase-changed alumina carrier wherein phase-changed means that the carrier is heat-treated in a calcination furnace at 1000 to 1050°C for 1 to 5 hours, whereby gamma alumina is phase-changed to theta alumina, wherein the platinum and the tin form a platinum-tin alloy present in a predetermined thickness of 300-500 μm from an outer periphery of the catalyst.