mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for applying a liquid medium which has been radiated with UV-radiation onto a substrate, the apparatus comprising: a housing (14, 114) having an elongated chamber (11, 122) at least one inlet opening, which opens into the chamber and at least one slit shaped outlet opening (21, 121) opposite the inlet opening, which extends over the length of the chamber; a tube element (30, 180), which extends in a longitudinal direction through the chamber, the tube element being at least partially transparent to UV-radiation, wherein the tube element is arranged in the chamber such that a flow space is formed between the tube element and the wall (23, 123) of the chamber, the flow space being symmetric with respect to a longitudinal centre plane of the chamber, the longitudinal centre plane dissecting the outlet opening in the centre, and such that the tube element extends into the slit shaped outlet opening in the housing and thereby forms to outlet slits (37, 186) extending in the longitudinal direction between the tube element and the housing; and at least one UV-radiation source (32, 182) in the tube element, which is arranged to emit UV-radiation in the direction of the flow space and through the outlet opening out of the housing; characterized in that the flow cross section of the flow space reduces from an area adjacent to the at least one inlet opening towards the outlet slits. a housing (14, 114) having an elongated chamber (11, 122) at least one inlet opening, which opens into the chamber and at least one slit shaped outlet opening (21, 121) opposite the inlet opening, which extends over the length of the chamber; a tube element (30, 180), which extends in a longitudinal direction through the chamber, the tube element being at least partially transparent to UV-radiation, wherein the tube element is arranged in the chamber such that a flow space is formed between the tube element and the wall (23, 123) of the chamber, the flow space being symmetric with respect to a longitudinal centre plane of the chamber, the longitudinal centre plane dissecting the outlet opening in the centre, and such that the tube element extends into the slit shaped outlet opening in the housing and thereby forms to outlet slits (37, 186) extending in the longitudinal direction between the tube element and the housing; and at least one UV-radiation source (32, 182) in the tube element, which is arranged to emit UV-radiation in the direction of the flow space and through the outlet opening out of the housing; characterized in that the flow cross section of the flow space reduces from an area adjacent to the at least one inlet opening towards the outlet slits.
A system (2100, 2200, 2300, 2400, 2500, 2600, 2900) for attenuating seismic forces in a nuclear reactor assembly comprising: a reactor pressure vessel (2150, 2250, 2650, 2750, 2950) housing a nuclear reactor core; a containment vessel (2160, 2260, 2360, 2460, 2560, 2660, 2960) encapsulating the reactor pressure vessel (2150, 2250, 2650, 2750, 2950) and including a bottom head (2120, 2220, 2320, 2420, 2520) suspended above a support surface (2240, 2540); and an attenuation device located between the reactor pressure vessel (2150, 2250, 2650, 2750, 2950) and the containment vessel (2160, 2260, 2360, 2460, 2560, 2660, 2960) along a longitudinal centerline (2290, 2390, 2490, 2590) of the reactor pressure vessel (2150, 2250, 2650, 2750, 2950), the attenuation device configured to attenuate the seismic forces which are transmitted from the support surface to the reactor pressure vessel (2150, 2250, 2650, 2750, 2950) via the containment vessel (2160, 2260, 2360, 2460, 2560, 2660, 2960). a reactor pressure vessel (2150, 2250, 2650, 2750, 2950) housing a nuclear reactor core; a containment vessel (2160, 2260, 2360, 2460, 2560, 2660, 2960) encapsulating the reactor pressure vessel (2150, 2250, 2650, 2750, 2950) and including a bottom head (2120, 2220, 2320, 2420, 2520) suspended above a support surface (2240, 2540); and an attenuation device located between the reactor pressure vessel (2150, 2250, 2650, 2750, 2950) and the containment vessel (2160, 2260, 2360, 2460, 2560, 2660, 2960) along a longitudinal centerline (2290, 2390, 2490, 2590) of the reactor pressure vessel (2150, 2250, 2650, 2750, 2950), the attenuation device configured to attenuate the seismic forces which are transmitted from the support surface to the reactor pressure vessel (2150, 2250, 2650, 2750, 2950) via the containment vessel (2160, 2260, 2360, 2460, 2560, 2660, 2960).
A method performed by a user equipment, UE, in a communication system, the method comprising: identifying a hybrid automatic repeat request, HARQ, process identifier, ID, using a number of HARQ processes, interval information, and time information (405, 410), wherein the number of HARQ processes is for a periodic resource allocation and the interval information is a periodic resource allocation interval, and wherein the time information is based on a system frame number; receiving data for the HARQ process ID as an initial transmission, based on the periodic resource allocation and the interval information; directing the received data to a corresponding HARQ process associated with the HARQ process ID. identifying a hybrid automatic repeat request, HARQ, process identifier, ID, using a number of HARQ processes, interval information, and time information (405, 410), wherein the number of HARQ processes is for a periodic resource allocation and the interval information is a periodic resource allocation interval, and wherein the time information is based on a system frame number; receiving data for the HARQ process ID as an initial transmission, based on the periodic resource allocation and the interval information; directing the received data to a corresponding HARQ process associated with the HARQ process ID.
Device for managing an installation for providing electricity for premises, such as residential premises, which comprises - a transmitter, located in a central meter of said installation and capable of sending information about the current tariff wirelessly, - at least one receiver, installed in said premises, capable of receiving said information, as well as - at least one indicator which is capable of signalling the current tariff in said premises in particular in said at least one receiver, the current tariff coming from the central meter, the device being characterised in that the at least one receiver and the at least on indicator are independent of an electric consumer unit of the electrical installation and are thus both mounted together in a displaceable autonomous component which does not have any wired connection. - a transmitter, located in a central meter of said installation and capable of sending information about the current tariff wirelessly, - at least one receiver, installed in said premises, capable of receiving said information, as well as - at least one indicator which is capable of signalling the current tariff in said premises in particular in said at least one receiver,
A processor comprising: at least one core to execute instructions; a cache memory coupled to the at least one core to store data; a tracker cache memory coupled to the at least one core, the tracker cache memory including a plurality of entries each to store an integrity value associated with a data block to be written to a memory coupled to the processor, wherein the integrity value is to be stored in the tracker cache memory at least until an integrity value block stored in the memory and associated with the integrity value has been re-keyed, and wherein the integrity value is a message authentication code, MAC, generated based on encrypted data of the data block; memory protection logic to encrypt the data block before the encrypted data block is written to the memory; replay protection logic configured to provide replay protection by way of the re-keying according to a predetermined schedule or after predetermined time periods, wherein the re-keying comprises: obtaining an encrypted MAC from memory, decrypting the MAC with an old key, encrypting the MAC with a new key, and sending the newly encrypted MAC to memory; and arbitration logic configured to: compare MAC update access urgency values, which are increasing as sets of MACs are scheduled for an update with the new key, against other memory traffic urgency values, and defer lower priority memory traffic in favor of higher urgency re-keying operations. at least one core to execute instructions; a cache memory coupled to the at least one core to store data; a tracker cache memory coupled to the at least one core, the tracker cache memory including a plurality of entries each to store an integrity value associated with a data block to be written to a memory coupled to the processor, wherein the integrity value is to be stored in the tracker cache memory at least until an integrity value block stored in the memory and associated with the integrity value has been re-keyed, and wherein the integrity value is a message authentication code, MAC, generated based on encrypted data of the data block; memory protection logic to encrypt the data block before the encrypted data block is written to the memory; replay protection logic configured to provide replay protection by way of the re-keying according to a predetermined schedule or after predetermined time periods, wherein the re-keying comprises: obtaining an encrypted MAC from memory, decrypting the MAC with an old key, encrypting the MAC with a new key, and sending the newly encrypted MAC to memory; and obtaining an encrypted MAC from memory, decrypting the MAC with an old key, encrypting the MAC with a new key, and sending the newly encrypted MAC to memory; and arbitration logic configured to: compare MAC update access urgency values, which are increasing as sets of MACs are scheduled for an update with the new key, against other memory traffic urgency values, and defer lower priority memory traffic in favor of higher urgency re-keying operations.
Apparatus for terminating a composite pipe, comprising: - a pipe having a liner layer surrounded by and bonded to a composite layer of a polymer matrix comprising reinforcing fibres, and a pipe end, the liner layer comprising an extension piece which extends axially beyond the composite layer at the pipe end; - a connector; - an annular transition element located between the pipe end and the connector, the annular transition element having an exterior surface; - compression means; the pipe, the annular transition element and the connector being in fluid communication with one another, to allow the passage of fluid therethrough; whereby the compression means compresses the extension piece into sealing engagement with the exterior surface of the annular transition element. - a pipe having a liner layer surrounded by and bonded to a composite layer of a polymer matrix comprising reinforcing fibres, and a pipe end, the liner layer comprising an extension piece which extends axially beyond the composite layer at the pipe end; - a connector; - an annular transition element located between the pipe end and the connector, the annular transition element having an exterior surface; - compression means;
Optoelectronic semiconductor body, comprising - a substrate having a front side for emitting electromagnetic radiation, - a semiconductor layer sequence arranged on a rear side of the substrate and having an active layer suitable for generating the electromagnetic radiation, - a first and a second electrical connection layer (15, 16) arranged on a first surface of the semiconductor layer sequence facing away from the substrate, characterized in that the optoelectronic semiconductor body comprises a mirror arranged regionally for the purpose of reflecting a portion of the electromagnetic radiation generated by the active layer at the first surface of the semiconductor layer sequence facing away from the substrate (11, 11'), wherein the mirror has at least one cutout and the first electrical connection layer in the at least one cutout has an electrically conductive contact with the semiconductor layer sequence. - a substrate having a front side for emitting electromagnetic radiation, - a semiconductor layer sequence arranged on a rear side of the substrate and having an active layer suitable for generating the electromagnetic radiation, - a first and a second electrical connection layer (15, 16) arranged on a first surface of the semiconductor layer sequence facing away from the substrate,
A composition for use in treating or preventing angiotensin II-induced cardiac fibrosis in a mammalian subject in need thereof, wherein the composition comprises a therapeutically effective amount of the peptide D-Arg-2'6'-Dmt-Lys-Phe-NH 2.
Gluing machine for making a box starting from a pre-cut sheet, the development of which comprises both at least the lateral walls (13, 14, 15, 16) of said box to be made, and also a joining fin between two of said lateral walls (13, 16) that are adjacent to each other, wherein said gluing machine comprises a fixed frame having at least a first support plane to support said sheet, a first reference member to align said sheet laterally with respect to said first support plane, and a gluing device to spread a gluing material on said fin, or on one of said lateral walls in correspondence therewith, characterized in that said gluing device and said first reference member are supported by the same support member mounted on said fixed frame and mobile with respect to the latter between an inactive position and an operating position, in that a feed roll is mounted on said fixed frame and is rotatable around its own longitudinal axis, parallel to said first support plane, and in that a presser roll is mounted rotatable on said support member, parallel to said feed roll.
A sensor comprising: an InGaAs photodetector configured to convert received infrared radiation into electrical signals; and a notch filter (108, 110) operatively connected to the InGaAs photodetector, characterized in that the notch filter is configured to block detection of wavelengths within each of three respective, non-overlapping bands, one band including 850 nm, one band including 1060 nm, and one band including 1550 nm. an InGaAs photodetector configured to convert received infrared radiation into electrical signals; and a notch filter (108, 110) operatively connected to the InGaAs photodetector, characterized in that the notch filter is configured to block detection of wavelengths within each of three respective, non-overlapping bands, one band including 850 nm, one band including 1060 nm, and one band including 1550 nm.
A cap ply reinforcement strip for pneumatic tires which eliminates calendering and strip preparation steps by eliminating the need for rubber coating and enables to decrease the rolling resistance of the tire and to decrease the fuel consumption; the cap ply reinforcement strip characterized by - texturized weft yarns which are parallel to each other with intervals and which are used as support members enabling the base structure to be kept together and, which are prepared from at least one material selected from the group comprising nylon 6.6, nylon 6 or PET (polyethylene terephthalate) and - hybrid cord warps - being composed of at least one yarn with high modulus and one yarn with low modulus, and by - forming a plain woven structure by passing the warps which are parallel to each other orthogonally through the texturized weft yarns, and by - the spacings between the warps being minimized to 0 to 1.5mm, and being completely or partially filled with a tacky RFL material and - the cap ply reinforcement strip having a RFL dip content (dip Pick Up, DPU %) amount of 5% to 50% by weight. - texturized weft yarns which are parallel to each other with intervals and which are used as support members enabling the base structure to be kept together and, which are prepared from at least one material selected from the group comprising nylon 6.6, nylon 6 or PET (polyethylene terephthalate) and - hybrid cord warps - being composed of at least one yarn with high modulus and one yarn with low modulus, and by - forming a plain woven structure by passing the warps which are parallel to each other orthogonally through the texturized weft yarns, and by - the spacings between the warps being minimized to 0 to 1.5mm, and being completely or partially filled with a tacky RFL material and - the cap ply reinforcement strip having a RFL dip content (dip Pick Up, DPU %) amount of 5% to 50% by weight. - being composed of at least one yarn with high modulus and one yarn with low modulus, and by - forming a plain woven structure by passing the warps which are parallel to each other orthogonally through the texturized weft yarns, and by - the spacings between the warps being minimized to 0 to 1.5mm, and being completely or partially filled with a tacky RFL material and - the cap ply reinforcement strip having a RFL dip content (dip Pick Up, DPU %) amount of 5% to 50% by weight.
A method to increase gas mass flow injection rates to a gas storage cavern, comprising: using liquid natural gas to cool natural gas in a natural gas flow line upstream of a compressor used to compress gas for storage in to a gas storage cavern. using liquid natural gas to cool natural gas in a natural gas flow line upstream of a compressor used to compress gas for storage in to a gas storage cavern.
A method implemented in a multiprotocol label swapping, further referred as MPLS, edge switch for interworking the 802.1aq control plane with an Ethernet Virtual Private Network, further referred as EVPN, Border Gateway Protocol, futher referred as BGP, control plane, wherein electing designated forwarders, futher referred as DFs, for a given Backbone-Virtual Local Area Network Identifier, futher referred as B-VID, in a local Provider Backbone Bridged Network, futher referred as PBBN, determines which PE uniquely transfers specific I-Component Source Identifier, futher referred as I-SID, and Media Access Control, futher referred as MAC, J information for the B-VID from an Intermediate System-Intermediate System, futher referred as IS-IS, database into a BGP database and transfers I-SID and MAC information in the BGP database into the IS-IS database of the PE, the method comprising the steps of: Receiving an IS-IS protocol data unit, further referred as PDU, J including an IS-IS Type Length Value, futher referred as TLV, by the PE; determining whether the received IS-IS PDU data requires a change in a configuration of DFs; determining whether the PE is still a DF for one or more B-VIDs; removing the DF associated network layer reachability information, futher referred as NLRI, from the BGP database and remote NLRI sourced information for the DF from the IS-IS database, in response to the PE no longer being the DF; and adding the DF associated NLRI to the BGP database from the IS-IS database and local DF associated remote shortest path bridging MAC mode, futher referred as SPBM, sub tenants to the IS-IS database from the BGP database, in response to the PE becoming the DF for at least one B-VID. Receiving an IS-IS protocol data unit, further referred as PDU, J including an IS-IS Type Length Value, futher referred as TLV, by the PE; determining whether the received IS-IS PDU data requires a change in a configuration of DFs; determining whether the PE is still a DF for one or more B-VIDs; removing the DF associated network layer reachability information, futher referred as NLRI, from the BGP database and remote NLRI sourced information for the DF from the IS-IS database, in response to the PE no longer being the DF; and adding the DF associated NLRI to the BGP database from the IS-IS database and local DF associated remote shortest path bridging MAC mode, futher referred as SPBM, sub tenants to the IS-IS database from the BGP database, in response to the PE becoming the DF for at least one B-VID.
A composition including silicon-rich water-soluble microalgae, for preventing or treating a condition which is linked to the metabolic syndrome and which is selected from type 2 diabetes, nutritional obesity, dyslipidaemia, vascular and cardiovascular diseases, and inflammation.
A method for arranging an elastomer profile on the front side of a door or of a door portal of a public passenger transportation means, wherein the profile has at least one bottom bar (9, 19) to be received by a C-shaped rail of the door or of the door portal and wherein the profile (7, 17) has at least one chamber (6, 8, 16) extending along the profile, characterized in that when inserting the bottom bar (9, 19) into the rail, the friction between the profile and the C-shaped rail of the door or the door profile is reduced during the insertion process by impinging the at least one chamber (6, 8, 16) with a negative pressure.
A method for predicting a fault in a wireless communication path between at least one transmitter and a receiver and for optimizing a first location of the receiver and a second location of the at least one transmitter, characterized by: detecting at the receiver an initial value of a characteristic of a reception signal received over the wireless communication path; calculating a first running average of the characteristic of the reception signal path for a first preset period of time by converting the reception signal into a digital signal, sampling the digital signal at least a predetermined number of times over the first preset period of time, counting a number of a plurality of samples, multiplying each of the plurality of samples with a respective weighting coefficient, and adding together results of the multiplying; comparing the initial value with the first running average; and displaying a first indication based upon a first analysis of the comparing of the initial value with the first running average, wherein the respective weighting coefficient for a last sample of the plurality of samples is different from the respective weighting coefficient for the other samples of the plurality of samples when a counter reaches a preset number. detecting at the receiver an initial value of a characteristic of a reception signal received over the wireless communication path; calculating a first running average of the characteristic of the reception signal path for a first preset period of time by converting the reception signal into a digital signal, sampling the digital signal at least a predetermined number of times over the first preset period of time, counting a number of a plurality of samples, multiplying each of the plurality of samples with a respective weighting coefficient, and adding together results of the multiplying; comparing the initial value with the first running average; and displaying a first indication based upon a first analysis of the comparing of the initial value with the first running average, wherein the respective weighting coefficient for a last sample of the plurality of samples is different from the respective weighting coefficient for the other samples of the plurality of samples when a counter reaches a preset number.