mhurhangee/ep-ind-claims huggingface dataset:
A subsea communication system comprising: - a subsea power distribution module adapted to be connected to a topside power supply of a topside installation and to distribute electric power received from the topside power supply to subsea modules (20, 30); - a first communication connection to the subsea power distribution module adapted to provide a data communication with the topside installation; and - a second communication connection between the subsea power distribution module and a subsea module, wherein the subsea power distribution module is configured to forward data communications received on the first communication connection to the subsea module via the second communication connection, and wherein the subsea power distribution module is further configured to supply electric power to the subsea module for operating the subsea module characterized by further comprising - a subsea signal distribution module providing a topside communication connection to the topside installation, wherein the first communication connection is a connection between the subsea signal distribution module and the subsea power distribution module. - a subsea power distribution module adapted to be connected to a topside power supply of a topside installation and to distribute electric power received from the topside power supply to subsea modules (20, 30); - a first communication connection to the subsea power distribution module adapted to provide a data communication with the topside installation; and - a second communication connection between the subsea power distribution module and a subsea module, wherein the subsea power distribution module is configured to forward data communications received on the first communication connection to the subsea module via the second communication connection, and wherein the subsea power distribution module is further configured to supply electric power to the subsea module for operating the subsea module - a subsea signal distribution module providing a topside communication connection to the topside installation, wherein the first communication connection is a connection between the subsea signal distribution module and the subsea power distribution module.
A method for exhaust gas after-treatment of a spark-ignition engine, with an exhaust gas channel, a three-way catalyst (14, 36) arranged in the exhaust gas channel, an opening of a secondary air-line arranged in the flow direction of the exhaust gas through the exhaust gas channel downstream of the three-way catalyst in the exhaust gas channel, a first NOx storage catalyst arranged downstream of the opening of the secondary air-line and a particle filter also arranged downstream of the opening of the secondary air-line, wherein the particle filter is designed as a four-way catalyst, wherein the particle filter is arranged downstream of the first NOx storage catalyst, comprising the following steps: a) Request a desulfurization of the first NOx storage catalyst and/or a regeneration of the particle filter, b) Operate the spark-ignition engine with a sub-stoichiometric combustion air ratio λ E < 1 and introduce secondary air into the exhaust gas channel, until a process temperature of at least 650 °C is reached at the NOx storage catalyst for the desulfurization of the NOx storage catalyst, wherein c) the spark-ignition engine is operated with a sub-stoichiometric combustion air ratio λ E < 1, so that the NOx storage catalyst is subjected to a sub-stoichiometric air ratio and is desulfurized, d) the spark-ignition engine is operated with a sub-stoichiometric combustion air ratio λ E < 1 and at the same time secondary air is introduced into the exhaust gas channel, so that a hyper-stoichiometric mixing air ratio λ m < 1 is established in the exhaust gas channel downstream of the opening of the secondary air-line and the particle filter is regenerated with the excess oxygen, wherein the process steps c) and d) are repeated until a predetermined lower limit of the loading of the particle filter and a correspondingly predetermined limit is reached for the sulfur inclusions on the NOx storage catalyst. a) Request a desulfurization of the first NOx storage catalyst and/or a regeneration of the particle filter, b) Operate the spark-ignition engine with a sub-stoichiometric combustion air ratio λ E < 1 and introduce secondary air into the exhaust gas channel, until a process temperature of at least 650 °C is reached at the NOx storage catalyst for the desulfurization of the NOx storage catalyst, c) the spark-ignition engine is operated with a sub-stoichiometric combustion air ratio λ E < 1, so that the NOx storage catalyst is subjected to a sub-stoichiometric air ratio and is desulfurized, d) the spark-ignition engine is operated with a sub-stoichiometric combustion air ratio λ E < 1 and at the same time secondary air is introduced into the exhaust gas channel, so that a hyper-stoichiometric mixing air ratio λ m < 1 is established in the exhaust gas channel downstream of the opening of the secondary air-line and the particle filter is regenerated with the excess oxygen, wherein
A connection assembly comprising: · a first connector, in particular a multi-contact connector; · a second connector, in particular a multi-contact connector, of type complementary to the first connector, the first and second connectors each comprising a housing (4,5) extending along an axis and having a connection face, the first and second connectors being connected together via their connection faces; and • at least one coupled-together pair of two polarizing keys (7,8), each key being of elongate shape along an axis (X1, X2) and projecting from one of the housings beyond its connection face (41, 51), each key including at each one of its ends a portion (70, 71; 80, 81) with a peripheral surface that is provided with at least one projecting and/or hollow shape, each polarizing key being adapted to be fastened via one or the other of its end portions to the housing of the first and/or the second connector in a plurality of given angular positions relative to the axis, characterized by the fact that each end portion of one of the two keys is adapted to engage via complementary shapes with a single end portion of the other of the two keys along their coinciding axes (X1 = X2) and in only one relative angular position between them. · a first connector, in particular a multi-contact connector; · a second connector, in particular a multi-contact connector, of type complementary to the first connector, the first and second connectors each comprising a housing (4,5) extending along an axis and having a connection face, the first and second connectors being connected together via their connection faces; and • at least one coupled-together pair of two polarizing keys (7,8), each key being of elongate shape along an axis (X1, X2) and projecting from one of the housings beyond its connection face (41, 51),
An article comprising: a substrate; a graphical component comprising a first ink and forming a background and an image on top of the background, supported by the substrate; and, an optical component comprising a second ink, different from the first ink and comprising a plurality of pigment flakes, supported by the substrate; wherein the pigment flakes each include a magnetic or magnetizable material and are aligned so as to form a frame pattern such that the frame pattern surrounds the image; wherein, within the frame pattern, along a plurality of radial directions originating at the image, angles which the pigment flakes form with the substrate decrease until a portion of the pigment flakes are essentially parallel to the substrate and then the angles increase so that, when light is incident upon the pigment flakes from a light source, light reflected from the frame pattern forms a dynamic frame which surrounds the image and appears to move as the substrate is tilted with respect to the light source; wherein the image appears to be stationary when the dynamic frame appears to move; and, wherein a size and a concentration of the pigment flakes in the second ink are such that a portion of the background adjacent to the dynamic frame is at least partially visible through the optical component.
A transfer system comprising: a vial socket; a housing having first and second open ends, said first open end being releasably connected to said vial socket; a needle hub mounted within said housing; a needle having first and second piercing ends (58, 70) mounted in the needle hub, wherein said needle hub comprises first and second components (52, 54) which are engageable with each other, wherein each of said components (52, 54) has one of said piercing ends (58, 70) associated therewith; a vial having a neck and a body, said vial being inserted in said vial socket, said vial being non removably retained in said releasably connected vial socket; a cartridge having a plunger sealing an open end thereof, a septum located at an opposite end of said cartridge; and an activation cap for causing said needle to penetrate a septum of the vial and said septum of the cartridge to permit transfer of components therebetween, wherein said second component retained by said housing has a dispensing opening communicating with said cartridge, said dispensing opening being designed such that a standard needle cannot be secured thereto, characterized in that said activation cap has a proximal end wall, a side wall, a first set of protrusions and a second set of protrusions, wherein said first set of protrusions is designed to engage the housing when the activation cap has been activated while the second set of protrusions engage the housing prior to activation. a vial socket; a housing having first and second open ends, said first open end being releasably connected to said vial socket; a needle hub mounted within said housing; a needle having first and second piercing ends (58, 70) mounted in the needle hub, wherein said needle hub comprises first and second components (52, 54) which are engageable with each other, wherein each of said components (52, 54) has one of said piercing ends (58, 70) associated therewith; a vial having a neck and a body, said vial being inserted in said vial socket, said vial being non removably retained in said releasably connected vial socket; a cartridge having a plunger sealing an open end thereof, a septum located at an opposite end of said cartridge; and an activation cap for causing said needle to penetrate a septum of the vial and said septum of the cartridge to permit transfer of components therebetween, wherein said second component retained by said housing has a dispensing opening communicating with said cartridge, said dispensing opening being designed such that a standard needle cannot be secured thereto, characterized in that said activation cap has a proximal end wall, a side wall, a first set of protrusions and a second set of protrusions, wherein said first set of protrusions is designed to engage the housing when the activation cap has been activated while the second set of protrusions engage the housing prior to activation.
A method for producing a synthetic quartz glass substrate, comprising arranging a plate structure surrounding a synthetic quartz glass substrate, the plate structure protruding relative to a surface of the substrate to be processed, and sandblasting the surface of the substrate, characterized by: arranging spacers in contact with outer peripheral side surfaces of the substrate, the plate structure being in contact with outer peripheral side surfaces of the spacers.
A method, comprising: identifying, at a network monitoring system, first context data associated with a first user on a first interface between a mobility management entity (33, 53) and a first enhanced NodeB (31, 51); identifying source identifier (401, 402), destination identifier, characterized by the steps: identifying K ASME and K eNB keys (403, 404) for the first user from the first context data; deriving, at the network monitoring system, one or more next hop parameters (405, 406) for the first user equipment from the K ASME and K eNB keys (401, 402); creating a first context entry for the first user in a table, the first context entry comprising the source identifier (401, 402), destination identifier, K ASME key, K eNB key, and the one or more next hop parameters (405, 406) for the first user; identifying, at the network monitoring system, second context data associated with a second user on a second interface between the mobility management entity (33, 53) and a second enhanced NodeB (32, 52); identifying one or more next hop parameters for the second context data; comparing the one or more next hop parameter for the second context data to next hop parameter entries (407, 408, 409) in the table; determining that the one or more next hop parameters for the second context data match the next hop parameters (405, 406) for the first context data; determining that the first context data and the second context data correspond to the same user equipment; and combining the second context data with the first context data. identifying, at a network monitoring system, first context data associated with a first user on a first interface between a mobility management entity (33, 53) and a first enhanced NodeB (31, 51); identifying source identifier (401, 402), destination identifier, identifying K ASME and K eNB keys (403, 404) for the first user from the first context data; deriving, at the network monitoring system, one or more next hop parameters (405, 406) for the first user equipment from the K ASME and K eNB keys (401, 402); creating a first context entry for the first user in a table, the first context entry comprising the source identifier (401, 402), destination identifier, K ASME key, K eNB key, and the one or more next hop parameters (405, 406) for the first user; identifying, at the network monitoring system, second context data associated with a second user on a second interface between the mobility management entity (33, 53) and a second enhanced NodeB (32, 52); identifying one or more next hop parameters for the second context data; comparing the one or more next hop parameter for the second context data to next hop parameter entries (407, 408, 409) in the table; determining that the one or more next hop parameters for the second context data match the next hop parameters (405, 406) for the first context data; determining that the first context data and the second context data correspond to the same user equipment; and combining the second context data with the first context data.
A method for operating a wellbore, comprising: performing a drilling operation by injecting fluid through a tubular string engaged with a rotating control device, RCD, the fluid circulating in a path including a bore of the tubular string and an annulus between the tubular string and a wall of the wellbore, and while performing the drilling operation: drilling through a formation while a bottomhole pressure is at a target bottomhole pressure, characterised by: increasing the bottomhole pressure from the target bottomhole pressure to an expected pressure while drilling through the formation, wherein the expected pressure is a pressure expected during cementing of the formation exposed to the wellbore; and measuring a difference between an injection flow rate and a return flow rate in the path; reducing the expected pressure when the return flow rate is less than the injection flow rate; and performing a cementing operation at the reduced expected pressure. increasing the bottomhole pressure from the target bottomhole pressure to an expected pressure while drilling through the formation, wherein the expected pressure is a pressure expected during cementing of the formation exposed to the wellbore; and measuring a difference between an injection flow rate and a return flow rate in the path; reducing the expected pressure when the return flow rate is less than the injection flow rate; and performing a cementing operation at the reduced expected pressure.
A combination of at least two oligomers for detecting in a sample a Gardnerella vaginalis 16S rRNA or a gene encoding said 16S rRNA, said oligomer combination comprising: first and second amplification oligomers for amplifying a GV nucleic acid target region corresponding to the GV 16S rRNA or the 16S-rRNA-encoding gene, wherein (a) the first amplification oligomer comprises a first target-hybridizing sequence that is from about 15 to about 27 contiguous nucleotides contained in the sequence of SEQ ID NO:75 and that includes at least the sequence of at least one of SEQ ID NO:72 and SEQ ID NO:73; and (b) the second amplification oligomer comprises a second target-hybridizing sequence that is from about 15 to about 27 contiguous nucleotides contained in the sequence of SEQ ID NO:71 and that includes at least the sequence of SEQ ID NO:70. (a) the first amplification oligomer comprises a first target-hybridizing sequence that is from about 15 to about 27 contiguous nucleotides contained in the sequence of SEQ ID NO:75 and that includes at least the sequence of at least one of SEQ ID NO:72 and SEQ ID NO:73; and (b) the second amplification oligomer comprises a second target-hybridizing sequence that is from about 15 to about 27 contiguous nucleotides contained in the sequence of SEQ ID NO:71 and that includes at least the sequence of SEQ ID NO:70.
An optic mounting apparatus for mounting one or more optical components the apparatus comprising a baseplate having a first surface to which the one or more optical components are mounted and an opposing second surface characterised in that, the baseplate comprises one or more recesses arranged upon the second surface within which are housed one or more heating elements, the location of the one or more recesses defining one or more thermally activated optic mounting areas on the first surface.
A method for processing blockchain data, the method comprising: receiving a registration of a transaction participant in a blockchain by using a blockchain registration authority; performing an identity query to confirm that the transaction participant is an authorized user in the blockchain; determining a temporary identity information of the transaction participant in the blockchain; performing an identity signature for a transaction by using the temporary identity information, to generate blockchain data of the transaction participant; and storing the blockchain data in the blockchain, wherein the temporary identity information is updated based on a predetermined replacement cycle. receiving a registration of a transaction participant in a blockchain by using a blockchain registration authority; performing an identity query to confirm that the transaction participant is an authorized user in the blockchain; determining a temporary identity information of the transaction participant in the blockchain; performing an identity signature for a transaction by using the temporary identity information, to generate blockchain data of the transaction participant; and storing the blockchain data in the blockchain, wherein the temporary identity information is updated based on a predetermined replacement cycle.
A container holder (10;10'), comprising a main body which in turn comprises (a) a gas inlet; (b) a solution outlet; (c) a gas control valve which allows a gas to enter the container from the gas inlet; and (d) a sealing means for sealing the container in use, which sealing means includes a passageway for the input of the gas and for the egress of a liquid in the container; wherein, when the container is sealingly connected to the container holder by the sealing means, the gas control valve opens automatically, and when the container is disconnected from the container holder the gas control valve is closed automatically; and wherein the main body includes an internally threaded aperture and wherein the sealing means comprises: a threaded part complementary to the threaded aperture and a plate, wherein when the container is connected with the threaded part, the plate opens the gas control valve, the holder being characterised in that the holder further comprises one or more guide pins attached to the plate and operable with the plate to prevent the plate from rotating and, a coil spring acting on each guide pin, for urging the guide pins into an operable position. (a) a gas inlet; (b) a solution outlet; (c) a gas control valve which allows a gas to enter the container from the gas inlet; and (d) a sealing means for sealing the container in use, which sealing means includes a passageway for the input of the gas and for the egress of a liquid in the container;
An agent capable of reducing the proportion of Lachnospiraceae in the gut microbiota composition of a subject for use in promoting weight loss or in preventing weight gain in an obese subject during, and/or subsequent to a calorie restricted diet, and wherein the agent is Lactobacillus rhamnosus CGMCC 1.3724.
Method for checking a device for a vehicle for the detection of an impact, in particular of a pedestrian impact, by means of at least one impact detection means based on at least one first volume, in particular based on at least one hose, wherein at least one first variable is detected, wherein the at least one first variable represents a pressure and/or a volume and/or a change of pressure and/or change of volume in the first volume and a result of the checking of the device is determined depending on a profile of the at least one first variable, wherein the at least one first variable is detected by at least one first detecting device (121, 122), wherein the at least one first detecting device (121, 122) communicates both with the at least one first volume and also with the surroundings of the vehicle, wherein the communications with the surroundings takes place by means of compensation means, characterized in that the profile of the at least one first variable is compared with a target profile, wherein the target profile is dependent on the compensation means and the result of the checking of the device is determined depending on the comparison.
Handle assembly in the installed state in a door of a shower partition, comprising a first handle which is arranged in the region of an outer surface of the door, and a second handle which is arranged in the region of an inner surface of the door and is connected to the first handle, wherein, in a closed position of the door, the outer surface faces an exterior space and further the inner surface faces an interior space, wherein the second handle has a movable handle element in such a way that, in a zero position, the second handle and/or its handle element are/is substantially flush with the inner surface, wherein the handle element can be moved into a second position in which at least part of the handle element projects beyond the inner surface, wherein the first handle is connected to the second handle by means of a connection body, wherein the connection body is fastened in an aperture of the door, and wherein the connection body contains a cavity in such a way that the handle element can be moved by a part into said cavity, characterized in that after a pivoting movement of the handle element, a part thereof is situated in the cavity while the other part of the handle element projects beyond the inner surface and can be grasped there by a user using his/her fingers to open or close the door.
A composition that comprises 0.0001% to 1% of a SIRT6 activating peptide and 0.0001% - 0.05% of 8-Oxoguanine glycosylase, by weight of the composition, wherein the SIRT6 activating peptide is incorporated into the composition in the form of yeast extract, with the peptide being a component of the extract and wherein the SIRT 6 activating peptide is (SEQ ID No. 1) G-A-G-V-S-A-E-NH 2 Gly-Ala-Gly-Val-Ser-Ala-Glu-NH 2.