Integrated supporting saddle for mounting upper-down double-gas bottles

Abstract

The invention discloses an integrated supporting saddle for mounting upper-down double-gas bottles. The integrated supporting saddle comprises an upper-down double-gas bottle supporting template frame integrally formed, the top of the upper-down double-gas bottle supporting template frame is provided with upper arc-shaped gas bottle bases matched with bottle bodies of liquefied natural gas bottles. The portion, below the upper arc-shaped gas bottle bases, of the upper-down double-gas bottle supporting template frame is internally provided with mounting holes allowing the liquefied natural gas bottles to penetrate through. The side edges of the bottoms of the mounting holes are provided with lower arc-shaped gas bases matched with the bottle bodies of the liquefied natural gas bottles. The integrated supporting saddle has the advantages of being convenient to mount and maintain, high in use safety, lighter in weight and not prone to extruding the bottle bodies of the liquefied natural gas bottles.

Description

technical field [0001] The invention relates to a support saddle used for installing upper and lower double gas cylinders in a liquefied natural gas cylinder frame. Background technique [0002] The liquefied natural gas bottle frame used to place the liquefied natural gas bottle is an essential part of the liquefied natural gas vehicle. The upper and lower double gas cylinder liquefied natural gas cylinder frame is a commonly used liquefied natural gas cylinder frame, and the upper and lower double gas cylinder support saddle is the main supporting part of the upper and lower double gas cylinder natural gas cylinder frame. The structure of the upper and lower double cylinder supporting saddles currently used is as follows: it includes an upper saddle and a lower saddle connected up and down, and a first arc matching the body of the liquefied natural gas cylinder is provided on the top of the upper saddle. Opening, the bottom of the upper saddle is turned outwards and has a...

AI Technical Summary

Problems solved by technology

The disadvantages of the above-mentioned upper and lower double gas cylinder support saddles are: (1) When installing, the left saddle and the right saddle must be connected first to form a through hole for hooping the bottle body of the bottled natural gas cylinder, and then the worker will place it The bolts pass through the third flange of the left and right saddles at the same time, so that the left and right saddles are locked to form the lower saddle, and then the upper saddle is placed on the top of the lower saddle, and the first flange at the bottom of the upper saddle is turned The side is stacked with the second flange on the top of the lower saddle, and then the bolts are manually passed through the first flange and the second flange at the same time to form a supporting saddle. This installation method is not only cumbersome to install and maintain, but also labor-intensive Large size, low work efficiency, and because the bolts used for locking are easy to loosen during use, thus burying hidden dangers for use safety; (2) The left saddle and the right saddle are connected to each other to hold the bottled natural gas cylinder Behind the bottle, due to the hard connection between the left and right saddles and the body of the liquefied natural gas bottle, it is very easy to squeeze the body of the liquefied natural gas bottle, which further reduces the safety of use; (3) due to the upper saddle, The left saddle and the right saddle must be provided with flanges for locking, which not only increases the consumables, but also increases the weight of the upper and lower double gas cylinder support saddles, and then greatly increases the upper and lower support formed by the above support saddles. The overall weight of the double cylinder LNG cylinder frame does not meet the current industry requirements for lightweight LNG cylinder frames

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