mhurhangee/patent-ind-claim-en huggingface dataset:
Pair of capsules assembled together and respectively comprising two different phases to be mixed in order to obtain a personalised cosmetic product, comprising: two pouches respectively containing the two different phases and respectively included in the two capsules and interconnected by a communication channel comprising at least one portion of narrow cross-section relative to the two pouches , this portion of narrow cross-section of the communication channel comprising two right-angle bends (13, 33 and 23, 33), ➢ the first right-angle bend being formed by a segment of the communication channel and a male connector fitting into a female connector , ➢ the second right-angle bend being formed by the male connector fitting into the female connector and a segment of the communication channel . ➢ the first right-angle bend being formed by a segment of the communication channel and a male connector fitting into a female connector , ➢ the second right-angle bend being formed by the male connector fitting into the female connector and a segment of the communication channel .
A floating structure comprising a hull , at least one first deck and an intermediate load-bearing wall arranged beneath the first deck , the floating structure comprising a tank that is designed to contain the liquefied combustible gas and arranged beneath the intermediate load-bearing wall , at least one pipe linking the tank to a management device and a tank connection space comprising at least one isolation valve arranged on said at least one pipe and an enclosure sealingly enveloping said at least one isolation valve , in which the tank is a membrane tank built into said hull , the walls of the tank comprising, successively from the outside towards the inside of the tank, at least one layer of thermal insulation carried by an inner surface of said hull and by a lower surface of the intermediate load-bearing wall and at least one sealed membrane arranged on an inner surface of said layer of thermal insulation, characterized in that the tank connection space is arranged above the intermediate load-bearing wall and at least partially beneath the first deck and in which a space between the first deck and the intermediate load-bearing wall containing all or part of the tank connection space is made into a cofferdam.
An in vitro method of creating a dataset of modification sites which are affected in the same way by modulators of the same protein modifying enzyme, and are therefore indicative of the activity of the protein modifying enzyme that is affected by the modulators, comprising treating a first sample with a first modulator of a protein modifying enzyme and treating a second sample with a second modulator of the same protein modifying enzyme; identifying and/or quantifying modification sites on modified peptides in the first sample and the second sample using mass spectrometry (MS); and grouping modification sites on modified peptides from the first sample which has been treated with the first modulator of the protein modifying enzyme and modification sites on modified peptides from the second sample which has been treated with the second modulator of the same protein modifying enzyme into a single group, according to the effect of said first and second modulators of said protein modifying enzyme on said modification sites, wherein the modification sites on modified peptides from a first sample and modification sites on modified peptides from a second sample are placed into a single group based on the modification sites being affected in the same way by the first and second modulators of the protein modifying enzyme, and wherein said first and second modulators of said protein modifying enzyme are different.
A method for generating a solid antigen/carrier protein gel for immunohistochemical (IHC) staining, the method comprising: (a) mixing a purified antigen with a liquid solution comprising a carrier protein to produce an antigen/carrier protein liquid solution; and (b) heating the antigen/carrier protein liquid solution to form the solid antigen/carrier protein gel; wherein the carrier protein consists of a serum albumin protein and the antigen/carrier protein liquid solution includes a cross-linking fixative. (a) mixing a purified antigen with a liquid solution comprising a carrier protein to produce an antigen/carrier protein liquid solution; and (b) heating the antigen/carrier protein liquid solution to form the solid antigen/carrier protein gel;
Apparatus for reproduction of stereo sound from a two channel signal, comprising: an enclosure housing one or more first transducers for reproducing a signal comprising one of, or the sum of, the two channels, and one or more second transducers for reproducing a signal comprising the difference between the two channels, the apparatus being arranged such that the signal generated by the one or more first transducers is transmitted from an output plane in a direction substantially orthogonal to the output plane, and the apparatus further comprising a duct associated with the one or more second transducers and characterised in that the duct is arranged to conduct the signal generated by the one or more second transducers such that it is transmitted along a direction substantially parallel to the output plane from a point spaced from the plane in the direction in which the signal generated by the one or more first transducers is transmitted. an enclosure housing one or more first transducers for reproducing a signal comprising one of, or the sum of, the two channels, and one or more second transducers for reproducing a signal comprising the difference between the two channels, the apparatus being arranged such that the signal generated by the one or more first transducers is transmitted from an output plane in a direction substantially orthogonal to the output plane, and the apparatus further comprising a duct associated with the one or more second transducers and characterised in that the duct is arranged to conduct the signal generated by the one or more second transducers such that it is transmitted along a direction substantially parallel to the output plane from a point spaced from the plane in the direction in which the signal generated by the one or more first transducers is transmitted.
A session control entity , said session control entity comprising: means for maintaining a defined range of internet protocol addresses allocated for emergency packet data connections, said range of internet protocol addresses being shared by a packet data network gateway and said session control entity , means for receiving a request to register a user equipment for an emergency service in an internet protocol multimedia subsystem , said request including an internet protocol address for the user equipment, said internet protocol address being assigned to said user equipment by the packet data network gateway from said range of internet protocol addresses, means for determining whether the request is a request to register for an emergency service by detecting an emergency indication in the request, means for determining whether the request is received via an emergency packet data connection, by determining whether the internet protocol address in the request is within the range of internet protocol addresses allocated for emergency packet data connections, means for rejecting the request when, based on the determinations, the request is received via an emergency packet data connection and the request is not a request to register for an emergency service, and means for transmitting the request towards the internet protocol multimedia subsystem when, based on the determinations, the request is received via an emergency packet data connection and the request is a request to register for an emergency service. means for maintaining a defined range of internet protocol addresses allocated for emergency packet data connections, said range of internet protocol addresses being shared by a packet data network gateway and said session control entity , means for receiving a request to register a user equipment for an emergency service in an internet protocol multimedia subsystem , said request including an internet protocol address for the user equipment, said internet protocol address being assigned to said user equipment by the packet data network gateway from said range of internet protocol addresses, means for determining whether the request is a request to register for an emergency service by detecting an emergency indication in the request, means for determining whether the request is received via an emergency packet data connection, by determining whether the internet protocol address in the request is within the range of internet protocol addresses allocated for emergency packet data connections, means for rejecting the request when, based on the determinations, the request is received via an emergency packet data connection and the request is not a request to register for an emergency service, and means for transmitting the request towards the internet protocol multimedia subsystem when, based on the determinations, the request is received via an emergency packet data connection and the request is a request to register for an emergency service.
A peptide comprising a sequence having at least 92.8% identity with SEQ ID NO: 23 or SEQ ID NO: 24; or having at least 93.7% identity with SEQ ID NO: 25 or a therapeutically effective salt thereof, wherein R1 is hydrogen, alkyl, or acyl, with the proviso that SEQ ID NO: 23 must contain cysteine at position one and position thirteen of SEQ ID NO: 23; SEQ ID NO: 24 must contain cysteine at position four and position thirteen of SEQ ID NO: 24; and SEQ ID NO: 25 must contain cysteines at position one and position thirteen of SEQ ID NO: 25.
A process of direct inkjet ink printing an image on an absorptive textile substrate using a dye-sublimation inkjet composition, comprising contacting at least a portion of the substrate with an immobilizing composition, printing the dye-sublimation ink composition directly on said portion of the substrate, and heating the substrate to thereby form the image on the surface of the substrate, the process is characterized in that : said contacting and said printing is effected on a front side of the substrate; said ink composition comprises a low energy sublimable dye, a property-sensitive agent and a carrier, and said immobilizing composition comprises a property-adjusting agent and a carrier, said dye-sublimation ink composition is essentially devoid of a film-forming agent, said heating is effected under press, said ink composition is formulated to coagulate on said portion of the substrate upon contacting said immobilizing composition, thereby substantially preventing said dye-sublimation ink composition from soaking into the absorptive textile substrate, said immobilizing composition and said ink composition are each individually applied digitally on said portion of the substrate by a separate applicator selected from the group consisting of a nozzle and a printhead, and said ink composition is applied on said substrate while said substrate is still wet with said immobilizing composition. said contacting and said printing is effected on a front side of the substrate; said ink composition comprises a low energy sublimable dye, a property-sensitive agent and a carrier, and said immobilizing composition comprises a property-adjusting agent and a carrier, said dye-sublimation ink composition is essentially devoid of a film-forming agent, said heating is effected under press, said ink composition is formulated to coagulate on said portion of the substrate upon contacting said immobilizing composition, thereby substantially preventing said dye-sublimation ink composition from soaking into the absorptive textile substrate, said immobilizing composition and said ink composition are each individually applied digitally on said portion of the substrate by a separate applicator selected from the group consisting of a nozzle and a printhead, and said ink composition is applied on said substrate while said substrate is still wet with said immobilizing composition.
A method of upgrading a conventional activated sludge (CAS) plant and of treating wastewater, wherein said CAS plant comprises one or more biological process tanks and a secondary clarifier , said method comprising the steps of: adding a membrane filtration unit to the CAS plant ; passing wastewater through the one or more biological process tanks and biologically treating the wastewater to produce a mixed liquor; separating a first portion of an effluent from the mixed liquor through the filtration membrane of the membrane filtration unit ; and separating a second portion of an effluent from the mixed liquor through the secondary clarifier ; wherein the first portion is up to 25% of the combined first portion and second portion, and further wherein the mixed liquor suspended solids concentration is 4000 mg/L or less. adding a membrane filtration unit to the CAS plant ; passing wastewater through the one or more biological process tanks and biologically treating the wastewater to produce a mixed liquor; separating a first portion of an effluent from the mixed liquor through the filtration membrane of the membrane filtration unit ; and separating a second portion of an effluent from the mixed liquor through the secondary clarifier ;
A method for adaptive beamforming, the method being performed by a first network device , the method comprising: prior to unequally transmitting an identification signal using directional beams in spatial directions: transmitting (S102) said identification signal in spatial directions using directional beams such that the identification signal is occupying equal portions of communications resources in all spatial directions; acquiring (S104) beamforming information indicating spatial directions in which said identification signal is to be transmitted, wherein the identification signal is a broadcast signal and comprises at least one of primary synchronization signals and secondary synchronization signals; and unequally transmitting (S106) said identification signal in a transmission pattern using directional beams (13a-13g) in said spatial directions towards second network devices (12a-12h), such that the identification signal occupies a larger portion of communications resources when transmitted in spatial directions with high second network device density than in spatial directions with low second network device density, wherein said directional beams (13a-13g), for unequally transmitting (S106) said identification signal, are used in a particular order by interleaving at least one directional beam between the other directional beams (13a-13g) based on how often the at least one directional beam is being used for the transmission (S106). prior to unequally transmitting an identification signal using directional beams in spatial directions: transmitting (S102) said identification signal in spatial directions using directional beams such that the identification signal is occupying equal portions of communications resources in all spatial directions; acquiring (S104) beamforming information indicating spatial directions in which said identification signal is to be transmitted, wherein the identification signal is a broadcast signal and comprises at least one of primary synchronization signals and secondary synchronization signals; and unequally transmitting (S106) said identification signal in a transmission pattern using directional beams (13a-13g) in said spatial directions towards second network devices (12a-12h), such that the identification signal occupies a larger portion of communications resources when transmitted in spatial directions with high second network device density than in spatial directions with low second network device density, wherein said directional beams (13a-13g), for unequally transmitting (S106) said identification signal, are used in a particular order by interleaving at least one directional beam between the other directional beams (13a-13g) based on how often the at least one directional beam is being used for the transmission (S106).
Building element comprising a base element , whereby the building element comprises at least two primary screw foundations , which are able to be introduced into the ground through insertion openings of the base element and by means of which a non-positive connection is able to be created between the base element and the ground , the primary screw foundations are able to be replaced without the base element having to be removed from the ground, characterized in that the building element comprises one or more sensors and/or signal sources for monitoring the stability and integrity of the primary screw foundations and/or of the secondary screw foundations , whereby the primary screw foundations and/or the secondary screw foundations have through holes , through which the sensors and/or the signal sources are able to be introduced. the building element comprises at least two primary screw foundations , which are able to be introduced into the ground through insertion openings of the base element and by means of which a non-positive connection is able to be created between the base element and the ground , the primary screw foundations are able to be replaced without the base element having to be removed from the ground, characterized in that the building element comprises one or more sensors and/or signal sources for monitoring the stability and integrity of the primary screw foundations and/or of the secondary screw foundations , whereby the primary screw foundations and/or the secondary screw foundations have through holes , through which the sensors and/or the signal sources are able to be introduced.
Terminal comprising a frame , a touchscreen , a glass panel protecting the touchscreen , an outer shell , wherein the following are successively gripped between the frame and the shell : - a first seal , - a peripheral region of the glass panel , and - a second seal ; and wherein the touchscreen is arranged between a central portion of the glass panel and the frame , the touchscreen being secured to only one from among the frame and the glass panel ; and wherein the frame comprises several hooks which extend from the frame , pass past the first seal and the glass panel , and are curved between the glass panel and the shell at the level of the second seal , the frame is secured to the shell such that the frame/seals/glass panel assembly is blocked by pressure. - a first seal , - a peripheral region of the glass panel , and - a second seal ;
A polishing method for treating sour/natural gas for removing hydrogen sulfide, H 2 S, from a sour/natural gas, wherein the method comprises the steps of: - providing a sour/natural gas as feed gas into at least one of at least two scavenger units of a modular scavenger unit system, each of the at least two scavenger units comprising an absorbent bed and the two scavenger units being arranged in parallel; - removing H 2 S from the sour/natural gas; - analyzing a H 2 S content in the feed gas; - analyzing a H 2 S content in a processed gas extracted from at least one scavenger unit; - processing results of analyzing the H 2 S contents in the feed gas and in the processed gas; - controlling, using a control unit, of valves upstream of and connected to the at least two scavenger units, wherein the controlling of the valves is based on the H 2 S contents in the feed gas and in the processed gas from the processed results, wherein with the controlling of the valves, the amount of sour/natural gas entering each scavenger unit is controlled, wherein the control unit is adapted to adjust the number of scavenger units in operation according to a fluctuation of the feed gas, said fluctuation comprising a fluctuation of the gas flow and/or the H 2 S content. - providing a sour/natural gas as feed gas into at least one of at least two scavenger units of a modular scavenger unit system, each of the at least two scavenger units comprising an absorbent bed and the two scavenger units being arranged in parallel; - removing H 2 S from the sour/natural gas; - analyzing a H 2 S content in the feed gas; - analyzing a H 2 S content in a processed gas extracted from at least one scavenger unit; - processing results of analyzing the H 2 S contents in the feed gas and in the processed gas; - controlling, using a control unit, of valves upstream of and connected to the at least two scavenger units, wherein the controlling of the valves is based on the H 2 S contents in the feed gas and in the processed gas from the processed results, wherein with the controlling of the valves, the amount of sour/natural gas entering each scavenger unit is controlled, wherein the control unit is adapted to adjust the number of scavenger units in operation according to a fluctuation of the feed gas, said fluctuation comprising a fluctuation of the gas flow and/or the H 2 S content.
A method for codebook subset restriction at a user equipment (UE) , comprising: receiving , from a network node , codebook subset restriction (CBSR) signaling for a first component common to precoders in a first group of codebooks , wherein a restriction of the first component maps to a restriction of a second component, wherein the second component is common to precoders in a second group of codebooks , wherein the first component has an associated index l 1 and the second component has an associated index l 2 , and wherein the second component with index l 2 is restricted if the first component with index l 1 in a window [2 l 2 - Δ 1 , 2 l 2 + Δ 2 ] is restricted, wherein the first group of codebooks comprises 1 layer, 2 layer, 5 layer, 6 layer, 7 layer and/or 8 layer codebooks, and wherein the second group of codebooks comprises 3 layer and/or 4 layer codebooks , wherein the number of antenna ports is equal to or larger than 16 antenna ports; and restricting precoders selectable from a codebook in the second group of codebooks based on the second component . receiving , from a network node , codebook subset restriction (CBSR) signaling for a first component common to precoders in a first group of codebooks , wherein a restriction of the first component maps to a restriction of a second component, wherein the second component is common to precoders in a second group of codebooks , wherein the first component has an associated index l 1 and the second component has an associated index l 2 , and wherein the second component with index l 2 is restricted if the first component with index l 1 in a window [2 l 2 - Δ 1 , 2 l 2 + Δ 2 ] is restricted, wherein the first group of codebooks comprises 1 layer, 2 layer, 5 layer, 6 layer, 7 layer and/or 8 layer codebooks, and wherein the second group of codebooks comprises 3 layer and/or 4 layer codebooks , wherein the number of antenna ports is equal to or larger than 16 antenna ports; and restricting precoders selectable from a codebook in the second group of codebooks based on the second component .