Top-mounted non-blocking dispersedly-stressed stove

Abstract

A top-mounted non-blocking dispersedly-stressed stove comprises a stove shell, a decorative cover plate and at least one supporting plate, wherein the shell is provided with a cavity for placing stove burners; the cavity is provided with an opening; the decorative cover plate is placed on the stove shell so as to cover the opening of the stove shell; at least one through hole is formed in the decorative cover plate, and by virtue of the through hole, a top-mounted non-blocking space is formed; supporting structures are arranged on the at least one supporting plate in an extending or connecting manner by virtue of the supporting plate itself; by virtue of the supporting structures, the supporting plate is stressed by the stove shell or the decorative cover plate or the stove burner. The top-mounted non-blocking structural advantage of the top-mounted non-blocking dispersedly-stressed stove is obvious; the safety level is effectively enhanced; the cost is reduced; the top-mounted non-blocking dispersedly-stressed stove is more convenient to produce, assemble, maintain and use; the production and maintenance operation efficiency is greatly improved; panel scrapping and stove burner scrapping which are caused by stress concentration are effectively prevented; the top-mounted non-blocking structure breaks through the conventional bottom-mounted way, leads the epoch-making change in the stove structure, and has a great significance in network sale and after-sale service and convenience of a user experience.

Description

technical field [0001] The invention relates to a top-mounted unobstructed pressure-distributed cooker. Background technique [0002] Most of the existing cookers are installed in the bottom-loading mode during production and assembly. Specifically, they are installed in the lower box of the panel. In general, the support plate, the burner and the surface plate are screwed together. The main type of screw connection is connected, and the screw is screwed on the furnace head after passing through the surface plate, so that the supporting plate is stressed on the concentrated force screw connection screw and the surface plate. In this way, the screws are easily corroded or rusted after long-term use, so that the screws cannot be removed for repair and the burner is scrapped as a whole; The pull of the screw and the concentrated force will cause the entire surface plate to burst and cause a safety accident. The cost of materials for production is high, the structure is complex...

AI Technical Summary

Problems solved by technology

In this way, the screws are easily corroded or rusted after long-term use, so that the screws cannot be removed for repair and the burner is scrapped as a whole; The screw is pulled and the force is concentrated, so that the surface plate is broken as a whole, causing a safety accident, the cost of the production material is high, the structure is complicated, the assembly and maintenance, disassembly and installation are inconvenient, etc.

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