Program customizable washing machine
A washing machine and program technology, applied in the field of washing machines, can solve problems such as complex operation or finding programs, ordinary users who do not have programming experience, and impracticality, and achieve the effect of improving the actual experience
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Embodiment 1
[0028] Example 1: Booting up for the first time
[0029] The user buys a washing machine and uses it for the first time after opening the box. After the washing machine is turned on, the geographic location positioning module is activated. The geographic location positioning module can be a GPS module or an IP address analysis module. Usually, a single geographic location positioning module can obtain the information of the actual location of the washing machine, and initialize the initial function of the washing machine according to the location information. For example, it is detected that the location of the washing machine is in an industrial area, and the water source in this area has been slightly polluted. Users who obtain this area from the server usually reduce the soaking time and increase the number of rinsing times. This information will be saved as the initial setting in in the washing machine body.
[0030] In some special occasions, such as professional laundries...
Embodiment 2
[0033] Embodiment 2: Take the program of developing a pulsator washing machine for an experienced programmer as an example.
[0034] The user logs in the user control device as a programmer, and obtains the user development tool of the washing machine on the user control device. In this embodiment, the user control device is a PC, which is convenient for operation.
[0035] Step1: The user development tool provides a framework for the execution of the washing machine, which is bound to the washing machine and cannot be modified: for example, figure 1 as shown,
[0036] 【Washing and stirring】→【First drainage】→【First dehydration】→【Rinse and agitation】→【Second drainage】→【Second dehydration】
[0037] The programmer performs detailed programming settings for the framework of the washing machine on the user control device, among which the adjustable parameters:
[0038] [washing and stirring]:
[0039] (1) Motor power-on time for washing and stirring modes A, B, and C respective...
Embodiment 3
[0065] Example 3: Common user use
[0066] Log in the user control device as an ordinary user, and can directly wash with the program of the initialization setting.
[0067] After the user uses it, the washing machine automatically activates the evaluation input module. The program automatically makes corresponding adjustments according to the user's evaluation of the laundry results through voice interaction and interface interaction. The range that can be evaluated and adjusted includes cleaning rate, residual rate of washing liquid, residual rate of dehydration, noise, power consumption, etc. The content of the evaluation is satisfactory or unsatisfactory. Parameter adjustment is aimed at unsatisfactory parts. Such as figure 2 As shown, the specific implementation steps are as follows:
[0068] Step1: After the washing machine is running, the user evaluates the laundry results through voice interaction, mobile phone interface interaction, etc., and sends the evaluatio...
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