Cabinet Beau de Loménie

Methods and systems are provided for determining and confirming the identity of a purported recipient of a parcel delivered to a parcel locker. The parcel locker compares identity information on the purported recipient's ID to identity information obtained from a carrier, such as via an external API. If the identity information does not exactly match, the parcel locker confirms identity using text comparison techniques to make sure that the purported recipient is the intended recipient of the parcel delivered to the parcel locker.

An encryption key generation system (S) includes a manager (110) to manage a vehicle production plan, and a generator (120) to generate at least one encryption key for software of at least one vehicle and/or at least one electric component. The generator (120) is configured or programmed to generate the at least one encryption key based on the vehicle production plan transmitted from the manager (110).

The present disclosure provides a method for producing an electrode active material layer capable of alleviating the influence of expansion and contraction of an alloy-based electrode active material. The method of the present disclosure for producing an electrode active material layer includes: providing an electrode mixture slurry containing alloy-based electrode active material particles, wherein a value of d50 particle diameter/thickness is from 0.10 to 0.50; blade-coating the electrode mixture slurry with first and second blades having irregularities extending in a width direction of the electrode active material layer to form first and second preliminary electrode active material layers having a plurality of first and second thick film portions and a plurality of first and second thin film portions; and laminating them so that the first thick film portions and the second thin film portions, and the first thin film portions and the second thick film portions face each other.

Provided is a cathode active material (100) configured to decrease the rate of resistance increase that is due to battery charge and discharge, the cathode active material (100) comprising at least one element selected from the group consisting of a Ni element, a Co element and a Mn element, wherein the cathode active material is in a form of two or more stacked primary particles; wherein the primary particles are single crystals that have a crystal structure belonging to space group R-3m; wherein the two or more stacked primary particles as the cathode active material include at least a first particle (10) and a second particle (20), and the first and second particles are sequentially connected; and wherein the first particle and the second particle are stacked so that the 003 plane of the first particle and that of the second particle are in parallel.

A vehicle frame structure includes: a front frame portion (12) structured to include a pair of left and right front side member portions (14) extending in a vehicle longitudinal direction at a vehicle front portion, and a pair of left and right apron upper member portions (16) disposed at a vehicle upper side and vehicle transverse direction outer sides of the front side member portions (14); and a reinforcing frame (30) fixed to the front frame portion (12), wherein the reinforcing frame (30) is structured to include a front frame (32) connecting the pair of left and right front side member portions (14) together in a vehicle transverse direction, a pair of left and right side frames (34) respectively extending toward a vehicle rear side from vehicle transverse direction both end portions of the front frame (32) and connected to the apron upper member portions, a rear frame (38) disposed further toward a vehicle rear side than the front frame (32), extending in the vehicle transverse direction, and connecting the pair of left and right apron upper member portions (16), and a pair of left and right inclined frames (36) extending at inclines toward a vehicle rear side and vehicle transverse direction inner sides from connection portions (P2) at which the front frame and the side frames (34) are connected, and connected to the rear frame (38).

A composite pad for batteries is disclosed. The composite pad for batteries can ensure improved structural stability of battery modules and battery packs by ensuring excellent surface pressure characteristics, can exhibit improved fireproof and thermal insulation characteristics to prevent rapid temperature rise of battery cells, and can prevent fire generation while minimizing damage by suppressing thermal runaway propagation to adjacent battery cells upon thermal runaway of a certain battery cell.

A vehicle frame structure has: a front frame portion (12) formed integrally by casting so as to include a pair of left and right front side member portions (14), a pair of left and right apron upper member portions (16), and a pair of left and right suspension tower portions (18) disposed between the front side member portions (14) and the apron upper member portions (16); a front frame (32) fixed to an upper portion of the front frame portion (12), and connecting the front side member portions (14) together in a vehicle transverse direction; a pair of left and right side frames (34) respectively extending toward a vehicle rear side from vehicle transverse direction both end portions of the front frame (32) and connected to the apron upper member portions (16); and a pair of left and right inclined frames (36) extending at inclines toward a vehicle rear side and vehicle transverse direction inner sides from connection portions (P2) at which the front frame (32) and the side frames (34) are connected at further toward vehicle transverse direction outer sides than the front side member portions (14).

La présente invention concerne une installation (1) pour la récupération du perchlorate d'ammonium contenu dans un propergol, comprenant :- une cuve (3) s'étendant le long d'un axe (X) entre une partie (31) inférieure définissant un fond et une partie (35) supérieure définissant une entrée, la partie inférieure comprenant deux broyeurs (51 ; 52) à rotor ayant des puissances différentes et situés à des positions angulaires distinctes autour de l'axe,- un conduit (90) d'évacuation en communication avec le fond (32), et- une unité (110) de commande qui est configurée pour actionner les broyeurs et pour actionner ensuite l'évacuation du milieu liquide aqueux contenant le perchlorate d'ammonium récupéré.

An inflatable radiator system (100) is designed to reject thermal power into space. The thermal power may originate from various heat sources like payloads or solar heat engines. The radiator system can be deflated and folded to reduce volume during launch and inflated in orbit to cover a large surface for efficient heat rejection, while maintaining a low mass. The inflatable radiator system (100) includes a piping network (102) having an inflated configuration and a folded configuration, a webbing (104) that extends between sections of the piping network such that the webbing is configured to provide structural support to the piping network in the inflated configuration, an inflation system (110) configured to inflate the piping network, a repair robot (106) attached to the piping network and configured for repairing damage to the piping network, and a health monitoring system (114) configured for monitoring the piping network and detecting damage to the piping network.

Assemblage pour le maintien bout à bout d'un premier profilé (30) par rapport à un deuxième profilé (40), comprenant un joint (10) en matériau élastomère, le joint (10) ayant une première extrémité (11) configurée pour épouser un bout (31) du premier profilé (30) et une deuxième extrémité (12) configurée pour épouser un bout (41) du deuxième profilé (40), et une éclisse (20) plus rigide que le joint et configurée pour se fixer au premier profilé (30) et au deuxième profilé (40) tout en maintenant le joint (10).