Debugging detection method of washing machine embedding type system utilizing computer

Abstract

The invention provides a debugging detection method of a washing machine embedding type system utilizing a computer. The debugging detection method of the washing machine embedding type system utilizing the computer comprises functional procedures designed according to system requests, and the rest steps are as follows: (1) model modules of all function procedures and configuration parameters are preset in the computer; (2) according to requests of the function procedures, the corresponding model modules in the step (1) are called to build configuration models; (3) the configuration models are debugged, if the requests are not met, the step (1) is repeated, and if the requests are met, a step (4) is conducted; (4) the inner parameters of the configuration models are regulated; (5) the configuration models are detected, and if the requests are not met, the step (4) is repeated; and (6) data in the configuration models are transmitted to the embedding type system. The debugging detection method is high in debugging and detecting speed, high in efficiency, convenient to use, rapid, and low in design difficulty.

Description

technical field [0001] The invention relates to a control system of a washing machine, in particular to a debugging and detection method for an embedded system of a washing machine using a computer. Background technique [0002] Existing washing machines (including fully automatic pulsator washing machines and drum washing machines) are all controlled by microcomputers (MCU). As control software, most of them are implemented by embedded software, which has the advantages of low cost, reliable and safe operation. [0003] In the design, debugging and testing of this embedded control software, a large number of data tables are used to describe the running process of the washing machine. In the past, in the absence of an auxiliary analog debugging and monitoring method, software engineers only repeatedly modified some programs and data in each complete embedded control software to meet the needs of different regions or different customers. need. Such as figure 1 What is show...

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Problems solved by technology

It can be seen that this is a fully manual operation mode, without a means of simulating design, which eventually leads to a situation of high development cost and long cycle

[0004] Moreover, since a company needs to design a large number of different types of washing machines, software developers need to have a high level of design and a thorough understanding of the washing machine software platform, which invisibly raises the entry threshold for designers and leads to staff vacancies

The above two points have restricted the development of washing machine manufacturing enterprises

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