Novagraaf Technologies

Disclosed are a stabilization assembly (10) and an automotive suspension system. A supporting seat (11) of the stabilization assembly (10) has an accommodating space; the damping member (12) is disposed in the accommodating space; one end of the stabilization member (13) penetrates through the supporting seat, and a part of the stabilization member (13) is disposed in the accommodating space and is slidably connected to the supporting seat via the damping member; the buffer member (14) is disposed on the stabilization member (13); buffer fluid is stored in the accommodating space of the supporting seat; the stabilization member (13) slides relative to the supporting seat; the buffer fluid flows through the damping member and generates a first damping force; and the buffer member (14) is configured to move in synchronism with the stabilization member (13) and generate a second damping force under a hydraulic action of the buffer fluid.

The invention relates to a method for designing an IT solution, the designed IT solution being specific to a business actor, the business actor belonging to a business domain, the method (1) comprising:- Obtaining (10) a set of public business domain documents comprising a business domain specific knowledge,- Tuning (40) a business domain foundation model in order to incorporate the business domain specific knowledge in the business domain foundation model,- Obtaining (70) a set of protected business actor documents comprising business actor specific knowledge and business actor specific requirements, and- Tuning (80) a business actor solution model in order to incorporate the business actor specific knowledge and business actor specific requirements into the business actor solution model, the business actor solution model being based on the business domain foundation model..

La présente invention a pour objet une unité de filtration (10) de particules en suspension dans un flux gazeux, comportant un corps principal (24) placé au-dessus d'un entonnoir (30) et comportant une paroi latérale (22) et au moins un élément filtrant (26) poreux destiné à être traversé par le flux gazeux vicié (16), l'élément filtrant (26) formant l'interface entre une partie amont du corps principal (24) en communication fluidique avec l'entonnoir (30), et une partie avale du corps principal (24) en communication fluidique avec l'évacuation (18) de flux gazeux purifié (20) ; l'unité de filtration (10) comportant un déflecteur (46) s'étendant depuis la paroi latérale (22) du corps principal (24), au-dessus de l'admission (14) de flux gazeux vicié (16), vers l'intérieur de l'unité de filtration (10) selon une forme de cuvette évidée en son centre.

A data transmission method, an apparatus, and a computer device. The data transmission method is applied to a terminal device and includes: identifying (S101) a usage scenario of an application; in a case where the usage scenario is a first scenario, popping up (S102) prompt information to a user via a display interface, where the prompt information is configured to prompt the user with subscribable value-added services; in response to a confirmation operation input by the user for the prompt information, sending (S103) a subscription instruction to a first network element of a core network, where the subscription instruction is configured to subscribe to a value-added service among the subscribable value-added services; receiving (S104) network slice resources associated with the value-added service allocated by the first network element of the core network; and transmitting (S105) data of the application on the network slice resources.

A method is disclosed for controlling a transmitter (20, 30) for wirelessly charging a power storage unit of an electric vehicle comprising a receiver (22, 32 with a secondary resonant circuit (L2, C2). The transmitter comprises a first resonant circuit (L1, C1), an inverter (23) with switches (SW1, SW2, SW3, SW4) and a driver (24) to control the inverter. The method comprises receiving by the driver (24), from a controller (25, 35), commands to set the switches of the inverter (23) in a first position when the instantaneous inductor current (i<1>, i<2>) in the primary/secondary inductor (L1, L2) passes through zero in one direction, and in a second position when the instantaneous inductor voltage (v<L1>, v<L2>) across the primary/secondary inductor (L1, L2) reaches a voltage reference, or when a quantity representative of a total instantaneous power stored in the primary/inductor (L1, L2) reaches a power reference.

L'invention concerne un nouveau procédé de cyclisation d'une protéine d'intérêt utilisant une étiquette protéique constituée d'un peptide spécifique (NUFIP1 ou TAH1) et de son récepteur protéique (ZNHIT3 ou PIH1, respectivement) fusionnés respectivement aux extrémités N- et C-terminales de ladite protéine d'intérêt, et la protéine de fusion cyclisée résultante. Cela permet d'augmenter la thermostabilité et/ou d'aider à l'expression de protéines recombinantes et/ou d'aider à la purification de protéines recombinantes d'intérêt rendues plus solubles pour un meilleur rendement de production.

A satellite communication method, a terminal, a satellite, a communication system, and a storage medium are provided, which relate to the field of communication technologies. The satellite communication method is applied to a terminal and includes: receiving (S302) a spread-spectrum signal transmitted from a satellite; and performing (S304) despreading processing on the spread-spectrum signal and obtaining notification information sent from the satellite. The spread-spectrum signal is obtained through the satellite performing spread-spectrum processing based on the notification information. The notification information is configured to notify the terminal that a satellite communication service exists.

The present disclosure relates to a polypeptide membrane fusion inhibitor against Paramyxoviridae and/or Pneumoviridae viruses, and a preparation method and application thereof. Provided in the present disclosure are a compound, a pharmaceutically acceptable salt or derivative thereof, a pharmaceutical composition and formulation product containing same, and applications thereof for preparation of drugs for preventing and/or treating diseases caused by Paramyxoviridae and/or Pneumoviridae viruses.

A near-field communication method, a radio frequency chip (10), an electronic device (1), and a computer-readable storage medium are disclosed. The method includes: transmitting (S201) a carrier signal of a preset frequency, the preset frequency is different from a near-field communication frequency; receiving (S202) a radio frequency signal within a near-field communication range; and performing (S203), in a case where the radio frequency signal includes a signal from a near-field communication device within the near-field communication range in response to the transmitted carrier signal, near-field communication with the near-field communication device.

A system for storing and querying BGP routing data. The system comprises a relational database (330) comprising a set of tables configured to store lossless compressed BGP routing data. The set of tables includes at least one indirection table. There is an indirection table per BGP route attribute among a set of at least one BGP route attribute, each indirection table storing distinct values of the considered BGP route attribute and associating each of the stored values with a unique identifier. The set of tables includes at least one main table storing BGP routing data sets, each BGP routing data set including at least one unique identifier from at least one indirection table but not the associated BGP route attribute value. The system comprises an API (320) configured to generate Database queries to the relational database. The API provides entry points corresponding respectively to primitive functions. The API is adapted to convert a call to any of the primitive functions into at least one database query to one or more of the set of tables.