Air conditioner indoor unit universal option setting system and method

Abstract

The invention provides an air conditioner indoor unit universal option setting system. The air conditioner indoor unit universal machine option setting system comprises a setting tool and an indoor unit controller, wherein the setting tool is used for receiving setting information of the indoor unit option selection function and converting the setting information into a wireless signal for transmission; the indoor unit controller comprises a circuit board with the universal function; the indoor unit controller is used for storing all optional function parameters. The indoor unit controllers receives the wireless signal and acquires configuration information of an indoor unit according to the wireless signal and calling the corresponding optional function parameters to conduct function setting on the indoor unit. According to the air conditioner indoor unit universal option setting system provided by the invention, the external setting tool is used for conduct function option setting through the air conditioner indoor unit controller, the universality of the air conditioner indoor unit controller is enhanced, and the workload and production complexity of research personnel on machine type options are reduced.

Description

technical field [0001] The invention relates to the field of air conditioners, in particular to a system and method for setting universal machine selection for an air conditioner internal unit. Background technique [0002] At present, the air-conditioning industry is developing in response to the needs of the market and customers, and the air-conditioning internal unit controllers are designed in a variety of styles and functions. In the existing technology, according to the different functional requirements of customers (heat pump / cooling only, temperature setting / ambient temperature, platform selection, wind speed combination, with / without power-down memory, etc.), it is necessary to insert corresponding components or Function matching of modules will lead to complex matching process and heavy workload. For example, the difference in selection of function selection resistors leads to the difference of patch layer SMT or horizontal plug AW layer, which further leads to the...

AI Technical Summary

Problems solved by technology

In the existing technology, according to the different functional requirements of customers (heat pump / cooling only, temperature setting / ambient temperature, platform selection, wind speed combination, with / without power-down memory, etc.), it is necessary to insert corresponding components or Function matching of modules will lead to complex matching process and heavy workload. For example, the difference in selection of function selection resistors leads to the difference of patch layer SMT or horizontal plug AW layer, which further leads to the change of vertical plug AI layer; There are also corresponding functional settings (stepping motor terminals, negative ion lines, Wi-Fi lines, four-way valve relays, etc.) in the CJ layer of the manual insertion process, which in turn leads to the differentiation of controllers

Due to a small number of device differences used to select functions, a large number of material numbers will be generated, which will have a great impact on design and production, and the problem of generalization needs to be solved urgently

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