Modularized living electric appliance

Abstract

A modular life electric appliance comprises a bottom plate, bottom supporting legs, a left bottom assembly, a left upper assembly, a right base assembly, a right device cavity assembly, a top assembly, a rear back plate and a door body, in the using state, the left upper assembly is connected with the left bottom assembly, and the right device cavity assembly is connected with the right base assembly; the top assembly is connected with the top of the left upper assembly and the top of the right device cavity. The back plate covers the top assembly, the left bottom assembly and a back opening formed by the left upper assembly, the right device cavity assembly, the right base assembly and the bottom plate to be buckled. The lower part of the glass door body is inserted and fixed with the door bottom shell; in the storage and transportation state, the right device cavity assembly is placed on the bottom plate, the rear back plate is placed on the right device cavity assembly, the upper left assembly is placed on the right base assembly, the door body is placed on the rear back plate, and the handle assembly is opposite to the top or the bottom of the right device cavity assembly. The top assembly is placed at the topmost end. During storage or transportation, the device is stacked, the occupied space is small, and the packaging and transportation cost is low; and the assembly is convenient during use.

Description

technical field [0001] The invention relates to the technical field of household electrical appliances, in particular to the main body of an electric oven, a microwave oven, a baking oven, a sterilizing cupboard, a dryer and / or a fruit dryer. Background technique [0002] At present, in the prior art, electric ovens, microwave ovens, baking ovens, sterilizing cupboards, dryers, fruit dryers and other electrical appliances with internal cavities are all traditionally assembled one by one screws and one accessories one by one. The assembly of the whole machine can only be completed after the completion of the whole machine. In the subsequent packaging method of the whole machine, due to the large proportion of the internal cavity space of the finished machine, except for a small amount of accessories, it is basically vacant, resulting in a large packaging size of the whole machine, occupying a lot of space, and transporting goods. cost. [0003] In the method of off-site prod...

AI Technical Summary

Problems solved by technology

[0005] 1. The overall assembly method and the packaging of the whole machine. Due to the large proportion of the internal cavity space, except for a small amount of accessories, it is basically empty, resulting in a large size of the whole machine packaging, taking up a lot of space, and the cost of cargo transportation (long-distance transportation, sea transportation) , air transport, express delivery) are very high, making the cost of production, sales, transportation and other links remain high, and the shipping efficiency is low; long-distance transportation, especially in international trade, the mid-way costs are very high (automobile, sea, air, express, tariffs, etc.) Even several times or higher than the price of the machine itself

[0006] 2. In the export trade, due to the high tariffs on imported finished products in some countries, when parts are required to be traded, the spare parts of the prior art are large in size and occupy a lot of space. There are many packaging methods. When customers install and produce by themselves, they are required to have relatively complete production equipment such as production lines, various installation tools, and inspection equipment. The investment in equipment is large, the production site is large, there are many personnel, high technical requirements, and some stamping may be required Or auxiliary processing equipment needs to be installed one by one in the customer's own factory, complete electrical performance testing, etc., and the source factory is also required to conduct production arrangement training, which is very cumbersome, and it is difficult for customers and markets with slightly weaker capabilities to complete the production. The difficulty is high and the economic benefits are not ideal; in order to save costs and increase the number of shipments as much as possible, many customers give up purchasing color boxes, outer boxes, foam and other packaging materials, and purchase or produce them in their own countries, which not only greatly increases the damage of goods in mid-transit Risks further increase the difficulty of production and procurement for customers and reduce product quality. Basically, customers have to organize a complete production factory, which is difficult and has a high threshold, which brings great difficulties to both importers and exporters, and the economic benefits are very poor.

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