Abstract: The invention concerns a method and device for fitting a tire, of the type with an incorporated air chamber, normally referred to as “tubeless”, on a rim. According to the invention, the said tire having a marking indicating an extreme value of a parameter having a circumferential variation, an area of at least one bead of the tire is held at least during a first inflation phase, the said area being azimuthed according to the said marking. The fitting according to the invention makes it possible to control the variations in radial load on the periphery of the fitted assembly. The invention also proposes a method of analyzing such a tire.

Abstract: Processes and machines for the unseating test for a mounted assembly, wherein, on the machine, the test (or “load”) forces are transmitted only in a normal direction, that is to say by that part of the tire intended to be in contact with the ground, that is to say under normal conditions the “crown” of the tire (substantially the tread) and, under extreme test conditions, the crown, the “shoulder” and ultimately the “sidewall” of the tire. Operation may be in static mode (wheel on a test plate) or in dynamic mode (wheel rolling with drift on a test drum or other test surface).

Abstract: The invention concerns a method and device for fitting a tire, of the type with an incorporated air chamber, normally referred to as “tubeless”, on a rim.

Abstract: Processes and machines for the unseating test for a mounted assembly, wherein, on the machine, the test (or “load”) forces are transmitted only in a normal direction, that is to say by that part of the tire intended to be in contact with the ground, that is to say under normal conditions the “crown” of the tire (substantially the tread) and, under extreme test conditions, the crown, the “shoulder” and ultimately the “sidewall” of the tire. Operation may be in static mode (wheel on a test plate) or in dynamic mode (wheel rolling with drift on a test drum or other test surface).

Abstract: Process for quick freezing and conditioning of individual products, and apparatus to practice this process. The process is characterized in that it consists essentially in treating small individual quantities of different products in modular indivdual quick-freeze chambers (1) fed with cryogenic gas and connected each to a quick-freeze tunnel (3) so as to provide in the latter a low temperature, and in treating larger quantities of product pieces in the tunnel (3), provided with a conveyor belt (4) and which is also fed with cryogenic gas, in evacuating the residual warmed gas obtained from the interior of the tunnel (3), in packaging the products leaving the tunnel in insulating packaging disposed in a receiver (6) mounted at the outlet of the tunnel (3), or in filling the packaging with products issuing from a chamber, then in surrounding the assembly of products disposed in the packaging with a cryogenic product, and closing the packaging.