TH28274B - Car engine mounting structure - Google Patents

Abstract

DC60 (14/10/46) Engine mount (34) For attaching the power source (13) to the body of the vehicle. The engine mount consists of an inner cylinder (55) connected to the power source. give strength drive to move and a resin coupling (54) is attached to the car body. shape parts The inner cylinder is connected by an elastic force to the coupling. The hostage will consist of the meat part. The non-fusible material (77) and the soft part (63) are positioned in the non-melting area. The part where the material does not stick together and is created when the coupling is molded in a mold from molten resin. The weaker part has less holding force, so when the car body hits something and this element is torn. to provide shock absorption Engine mount (34) for attaching the propulsion source (13) to the body of the vehicle. The engine mount consists of an inner cylinder (55) connected to the propulsion power source. and a resin coupling (54) is attached to the car body. The inner cylindrical part is connected by an elastic force to the coupling. The coupling consists of the non-melting part (77) and the softening part (63) which are positioned on the non-melting part where the non-melting material sticks together and is formed. formed when the coupling is molded in a resin mold. Melting the weakened part will have less clamping force, when the car's fuselage comes into contact with something and then This element will be torn. to provide shock absorption

Claims (3)

1.Engine mounting base For installing a power source to move Where the engine And the transmission system to the body of the car Where it contains: the inner cylinder part That will be installed into the source of the driving force to move it And the body of any such vehicle; Parts used for exterior installation That will be installed on the source of the driving force to move it And the body of such cars in the rest Where the parts used to install the outside Will be connected by elastic force With such inner cylindrical parts; And such outer mounting parts with a cylindrical section loosely used as a support for the inner cylinder. In such a way that such internal cylindrical parts Will move in both axial directions And its spherical line relative to the cylinder section Where the parts used to install the outside Will consist of the softening parts That will cause the external mounting parts to be torn In order to cause the movement of the power source to be moved to the rear of the vehicle's body during a collision of the car's body. By the said softening part Are placed in the non-melting material, where this part will be created. When the outer mounting part is molded into a mold with the molten resin of the outer mounting part. 2. Engine mounting base As stated in Clause 1, where in-mold forming is a component used for such outer installation. Will be done by using a mold with a socket in there And use the bar part that has been placed inside the socket To provide such a cylindrical section during molded into such outer mounting parts. The bar part is able to split the molten resin into two. During the molding in the mold, it is the part used for such outer installation. By division will be in such a way that Both parts of the molten resin Will flow into the socket, surrounding the bar part And let's connect In order to provide a part that does not melt together 3. Engine mounting base For installing a power source to move Where the engine and transmission are fitted to the body of the vehicle Where it consists of: an inner cylindrical component that will be attached to the source of motion And the body of any such vehicle; A resin outer mounting part that will be fitted to the propulsion source and the rest of the car's body; An elastic piece to connect the insignia part to the outer mounting part; The outer mounting part that has a cylindrical section around the inner cylinder. With a defined gap between each other; And parts used for installation outside such parts that do not melt together. And the weak That was placed on the part where the material does not melt together By the part that the material texture No, the adjacent tubes are generated when the outer mounting part is molded from the molten resin. By using a mold with a socket in it And the bar part that was placed inside the socket To provide such cylindrical parts During the molding in the mold is such an outer mounting part. The bar part can divide the molten resin into two. During molding in the mold is such an outer mounting part. By division will be in such a way that Both portions of the molten resin flow into it. And to surround the bar part And will come and connect together In order to provide a part that does not melt together