Abstract:
The invention involves a conduit connection assembly, characterised in that the assembly comprises a first conduit part (201) and a second conduit part (401), adapted to be assembled to form a conduit connection delimiting a fluid conducting volume (V1), wherein one of the first and second conduit parts (201, 401) presents a connection surface (202, 402) adapted to face the other of the first and second conduit parts (201, 401), wherein a pressure pulse reducing volume (6, 601, 602) is at least partly formed in the connection surface (202, 402).
Abstract:
An isolator mounting apparatus is disclosed for supporting an exhaust component from a body portion of a vehicle. The apparatus has an elastomeric isolator element having at least one hole for receiving a first external hanger. An isolator bracket has a portion which is used for receiving and supporting the isolator element, and a neck portion extending therefrom. A mounting element is configured to engage with at least a portion of the neck portion of the isolator bracket. The mounting element is adapted to be secured to the isolator bracket. The mounting element is further adapted to be fixedly secured to the exhaust component.
Abstract:
Dispositif de fixation (10) d'un collecteur (11) de gaz d'échappement contre une paroi de culasse (14) de moteur thermique, ledit collecteur étant prolongé par une bride (20) d'extrémité comprenant une bretelle inférieure (24) fixée solidaire de la culasse et une bretelle supérieure (23) diamétralement opposée comportant une surface de contact (29), caractérisé en ce que le dispositif comprend une barrette de fixation (30) comportant une plaque de fixation (31) contre la culasse et une plaque d'appui (32) sur la bretelle supérieure, présentant une forme complémentaire à la surface de contact (29) de la bretelle supérieure et comportant une partie élastique déformable.
Abstract:
L'invention concerne un procédé de fabrication individuel d'un sous-ensemble (34) d'éléments d'une ligne d'échappement de véhicule automobile sur une station de fabrication, caractérisé en ce que seul le sous-ensemble (34) est livré préassemblé à la station de fabrication, au moins un gabarit (36) étant préalablement monté sur le sous-ensemble (34) préassemblé pour remplacer des éléments complémentaire de référence manquant au sous- ensemble (34) afin de permettre le positionnement correct du sous- ensemble (34) sur la station de traitement sans modifier les moyens (33) de positionnement de ladite station par rapport à un mode d'utilisation "complet" dans lequel la station reçoit un ensemble complet. L'invention concerne aussi un gabarit pour la mise en oeuvre du procédé.
Abstract:
An exhaust treatment device includes an inlet tube having an end in communication with a cavity within a housing. An exhaust treatment component for treating engine exhaust is positioned within the housing. A metal mounting member includes a mounting provision. A retaining plate is engaged with the metal mounting member and fixed to the housing to retain the mounting member between the housing and the retaining plate.
Abstract:
Provided is a structure whereby parts are supported at the rear of a two-wheeled motor vehicle, the structure being configured in such a manner that an operating unit is mounted and arranged on a step stay so as to enable the extremely easy operation of the operating unit and in such a manner that the step stay is capable of being effectively utilized to support other rear parts. A structure whereby parts are supported at the rear of a two-wheeled motor vehicle is provided with: a step stay (30) which is mounted to a vehicle frame (FR) and which supports a foot step (29) for a co-rider; an operating unit (25) which is mounted to the unit support section (38) of the step stay (30) and with which the characteristics of a rear suspension device (24) are manually adjusted; a pannier support section (41) which is provided to the step stay (30) and which supports the front section of an article storing pannier (3) mounted at a side of the vehicle; and a tank support section (42) which supports a brake oil reservoir tank (4). The pannier (3) is disposed behind the operating unit (25), and the operating section (55) of the operating unit (25) is disposed at a position at which the operating section (55) does not overlap the step stay (30) and the pannier (3) when viewed from an outer side.
Abstract:
The exhaust duct arrangement comprises a first exhaust duct part (1) having a flange (1b) for connecting a second end of the part (1) to an adjacent exhaust duct part (2), and a second exhaust duct part (2) having a first flange (2a) at a first end and a second flange (2b) at a second end, each of the flanges (2a, 2b) being arrangeable against a flange (1b, 3a) of an adjacent exhaust duct part (1, 3). The flanges (1b, 2a, 2b) of the exhaust duct parts (1, 2) are configured so that when the first end of the second exhaust duct part (2) is arranged against the flange (1b) of the first exhaust duct part (1), the joint that is formed has a different cross-sectional profile than a joint that is formed by arranging the second end (2b) of the second exhaust duct part (2) against the flange (1b) of the first exhaust duct part (1).
Abstract:
A vehicle exhaust component includes a first exhaust component, a second exhaust component downstream of the first exhaust component, and a mixer that connects an outlet of the first exhaust component to an inlet to the second exhaust component. The mixer includes a first housing portion with a first connection interface and a second housing portion with a second connection interface. The first housing portion is attached to the outlet of the first exhaust component and the second housing portion is attached to the inlet of the second exhaust component. The first and second connection interfaces are connectable to each other in one of a plurality of different connection orientations such that the first and second exhaust components can be positioned at any of a plurality of different mounting orientations relative to each other.