CN-117553485-B - Market electric control refrigerator compatible with different power supply stability and implementation method

CN117553485BCN 117553485 BCN117553485 BCN 117553485BCN-117553485-B

Abstract

The invention discloses an implementation method of an electric control refrigerator compatible with different power supply stability markets, which comprises the following steps of formulating a first refrigerating operation rule of an electric power stability area and a second refrigerating operation rule of a frequent power-off area, recording the total power-on time length and the power-off times in the total power-on time length when the refrigerator is electrified to be stably kept, by a memory chip, carrying out memory analysis judgment on the read total power-on time length and the power-off times in the total power-on time length by the memory chip, and giving out different judging result instructions by a refrigerator control center according to the comparison result of the total power-on time length and the preset judging time length and the comparison result of the power-off times and the preset judging times, and executing corresponding control operation rules by the refrigerator based on the given different judging result instructions. The regulating operation is convenient, the additional input cost is not needed, the requirements on universalization, modularization and standardization are met, the manpower and material resource consumption of material distribution is reduced, the misloading risk is reduced, and the working efficiency is improved.

Inventors

GAN DAN
HE BAOSHI
PAN YUMEI
KONG QINGBO
SUN HONGYU
CAO BIN

Assignees

长虹美菱股份有限公司

Dates

Publication Date: 20260508
Application Date: 20231220

Claims (9)

1. The implementation method of the electric control refrigerator compatible with different power supply stability markets is characterized by comprising the following steps of: s10, according to the refrigerator model and the corresponding use area, relevant control operation rules are formulated, wherein the control operation rules comprise a first refrigeration operation rule of an electric power stabilization area and a second refrigeration operation rule of a frequent power failure area; S20, the refrigerator records the total power-on duration and the power-off times in the total power-on duration from the power-on to the stable power-on maintenance through the memory chip; S30, the memory chip performs memory analysis judgment on the read total power-on duration and the power-off times in the total power-on duration, and the refrigerator control center gives out different judgment result instructions according to comparison results of the total power-on duration and the preset judgment duration and comparison results of the power-off times and the preset judgment times; s40, executing corresponding control operation rules by the refrigerator based on different given judging result instructions; S50, the refrigerator circularly detects whether the state of the control operation rule is manually switched, and when the manual switching is different from the control operation rule executed in the step S40, switching adjustment is carried out; the step S30 includes the sub-steps of: stp1, judging whether the total power-on time length is greater than or equal to a first preset judging time length, if so, entering Stp2, otherwise, entering Stp5; Stp2, judging whether the power-off times in the total power-on time are larger than or equal to first preset judging times in the first preset judging time, if the power-off times are larger than or equal to the first preset judging times, the refrigerator control center gives a judging result of controlling the refrigeration operation of the refrigerator according to a refrigeration operation rule II of a frequent power-off area, and if not, entering Stp3; Stp3, judging whether the total power-on time length is greater than or equal to a second preset judging time length, if so, entering Stp4, otherwise, entering Stp5; stp4, judging whether the power-off times in the total power-on time are larger than or equal to second preset judging times in a second preset judging time, if the power-off times are larger than or equal to the second preset judging times, the refrigerator control center gives a judging result of controlling the refrigeration operation of the refrigerator according to a refrigeration operation rule II of a frequent power-off area, and if not, entering Stp5; stp5, the refrigerator control center gives a judging result of controlling the refrigeration operation of the refrigerator according to the refrigeration operation rule I of the electric power stable region; the first preset judging time length is smaller than the second preset judging time length, and the first preset judging times are smaller than the second preset judging times.
2. The method for implementing the electric control refrigerator compatible with different power supply stability markets according to claim 1, wherein when the step Stp2 and the step Stp4 respectively give the judging result of controlling the refrigerating operation of the refrigerator according to the refrigerating operation rule two of the frequent power-off area, the refrigerator executes the refrigerating operation rule two of the frequent power-off area and judges whether to manually switch the state of the controlling operation rule, if so, the manual switching of the refrigerating operation rule of the refrigerator executing the electric stabilization area is adjusted to the refrigerating operation rule two of the frequent power-off area, otherwise, the method is ended.
3. The method for realizing the electric control refrigerator compatible with different power supply stability markets according to claim 1, wherein step Stp5 is characterized in that when a judging result of controlling the refrigerating operation of the refrigerator according to the refrigerating operation rule I of the electric stability area is given, the refrigerator executes the refrigerating operation rule I of the electric stability area and judges whether to manually switch the state of the controlling operation rule, if so, the frequent power-off refrigerating operation rule is manually switched and adjusted to the refrigerating operation rule I of the electric stability area executed by the refrigerator, otherwise, the method is ended.
4. The electric control refrigerator compatible with different power supply stability markets is characterized by comprising a display panel, a memory chip and a refrigerator control center, wherein the memory chip is used for recording the total power-on duration and the power-off times in the total power-on duration of the power-on to stable power-on maintenance, performing memory analysis judgment on the read total power-on duration and the power-off times in the total power-on duration, and giving different judgment result instructions by the refrigerator control center; based on the different judging result instructions, the refrigerator executes the corresponding control operation rules and displays the corresponding control operation rule modes on the display panel.
5. The electrically controlled refrigerator of claim 4, wherein the refrigerator control center performs a memory analysis determination comprising: Judging whether the total power-on time length is greater than or equal to a first preset judging time length, if the total power-on time length is greater than or equal to the first preset judging time length, judging whether the power-off times in the total power-on time length are greater than or equal to the first preset judging times in the first preset judging time length, and if the power-off times are greater than or equal to the first preset judging times, the refrigerator control center gives a judging result of controlling the refrigeration operation of the refrigerator according to the refrigeration operation rule two of the frequent power-off area.
6. The electrically controlled refrigerator of claim 4, wherein the refrigerator control center performs a memory analysis determination comprising: Judging whether the total power-on time length is larger than or equal to a first preset judging time length, if the total power-on time length is larger than or equal to the first preset judging time length, judging whether the power-off times in the total power-on time length are larger than or equal to first preset judging times in the first preset judging time length, if the power-off times are smaller than the first preset judging times, judging whether the total power-on time length is larger than or equal to a second preset judging time length, if the total power-on time length is larger than or equal to the second preset judging time length, judging whether the power-off times in the total power-on time length are larger than or equal to second preset judging times, and if the power-off times are larger than or equal to the second preset judging times, giving a judging result of controlling the refrigerating operation of the refrigerator according to a frequent power-off region refrigerating operation rule by a refrigerator control center; the first preset judging time length is smaller than the second preset judging time length, and the first preset judging times are smaller than the second preset judging times.
7. The electrically controlled refrigerator of claim 4, wherein the refrigerator control center performs a memory analysis determination comprising: Judging whether the total power-on duration is greater than or equal to a first preset judging duration, and if the total power-on duration is less than the first preset judging duration, giving a judging result of controlling the refrigeration operation of the refrigerator according to the refrigeration operation rule of the electric power stable region by the refrigerator control center.
8. The electrically controlled refrigerator of claim 4, wherein the refrigerator control center performs a memory analysis determination comprising: Judging whether the total power-on time length is greater than or equal to a first preset judging time length, if the total power-on time length is greater than or equal to the first preset judging time length, judging whether the power-off times in the total power-on time length are greater than or equal to first preset judging times in the first preset judging time length, if the power-off times are less than the first preset judging times, judging whether the total power-on time length is greater than or equal to a second preset judging time length, and if the total power-on time length is less than the second preset judging time length, the refrigerator control center gives a judging result for controlling the refrigeration operation of the refrigerator according to the refrigeration operation rule of the electric power stable region; the first preset judging time period is smaller than the second preset judging time period.
9. The electrically controlled refrigerator of claim 4, wherein the refrigerator control center performs a memory analysis determination comprising: judging whether the total power-on time length is greater than or equal to a first preset judging time length, if the total power-on time length is greater than or equal to the first preset judging time length, judging whether the power-off times in the total power-on time length are greater than or equal to first preset judging times in the first preset judging time length, if the power-off times are smaller than the first preset judging times, judging whether the total power-on time length is greater than or equal to a second preset judging time length, if the total power-on time length is greater than or equal to the second preset judging time length, judging whether the power-off times in the total power-on time length are greater than or equal to second preset judging times in the second preset judging time length, and if the power-off times are smaller than the second preset judging times, giving a judging result for controlling the refrigeration operation of the refrigerator according to the first refrigeration operation rule of the electric power stabilization area by the refrigerator control center; the first preset judging time length is smaller than the second preset judging time length, and the first preset judging times are smaller than the second preset judging times.

Description

Market electric control refrigerator compatible with different power supply stability and implementation method Technical Field The invention relates to the technical field of refrigerator electric control methods, in particular to a market electric control refrigerator compatible with different power supply stability and an implementation method. Background To accommodate different usage areas, different environmental requirements, some control logic of the refrigerator may vary. The method aims at a frequently powered-off use area, has relatively more severe requirements on the memory frequency of defrosting performance parameters, the refrigerating power, the cooling speed and the like after power is supplied, has relatively lower consideration on the problem of power supply and power failure, can be more biased to consider the influences of stable temperature control, noise and the like after power supply, and has the advantages that the refrigerator control corresponding rules are required to be adjusted according to the different requirements of the frequently powered-off area and the relatively stable power area, and the difference exists in different use areas. In the prior art, the requirements of related control programs are different, different material control results are required to be formed, the refrigerator product state is increased, and production and after-sales personnel are required to adjust the area use state according to the different areas, so that the production and after-sales maintenance are not facilitated, error-preventing measures are required to be added, manpower or material resources are increased, after the problem of misloading occurs, if complaints occur, the public praise and the market satisfaction are affected, and related maintenance losses are caused. Disclosure of Invention The invention aims to provide an electric control refrigerator compatible with markets with different power supply stability and an implementation method thereof, which are used for solving the problem that the refrigerating operation requirements of the refrigerator regulated and controlled in different use areas cannot be met in the prior art. The aim of the invention can be achieved by the following technical scheme: A realization method of an electric control refrigerator compatible with different power supply stability markets comprises the following steps: s10, according to the refrigerator model and the corresponding use area, relevant control operation rules are formulated, wherein the control operation rules comprise a first refrigeration operation rule of an electric power stabilization area and a second refrigeration operation rule of a frequent power failure area; S20, the refrigerator records the total power-on duration and the power-off times in the total power-on duration from the power-on to the stable power-on maintenance through the memory chip; S30, the memory chip performs memory analysis judgment on the read total power-on duration and the power-off times in the total power-on duration, and the refrigerator control center gives out different judgment result instructions according to comparison results of the total power-on duration and the preset judgment duration and comparison results of the power-off times and the preset judgment times; s40, executing corresponding control operation rules by the refrigerator based on different given judging result instructions; S50, the refrigerator circularly detects whether the state of the control operation rule is manually switched, and when the manual switching is different from the control operation rule executed in the step S40, switching adjustment is carried out. As a further aspect of the present invention, the step S30 includes the following substeps: stp1, judging whether the total power-on time length is greater than or equal to a first preset judging time length, if so, entering Stp2, otherwise, entering Stp5; Stp2, judging whether the power-off times in the total power-on time are larger than or equal to first preset judging times in the first preset judging time, if the power-off times are larger than or equal to the first preset judging times, the refrigerator control center gives a judging result of controlling the refrigeration operation of the refrigerator according to a refrigeration operation rule II of a frequent power-off area, and if not, entering Stp3; Stp3, judging whether the total power-on time length is greater than or equal to a second preset judging time length, if so, entering Stp4, otherwise, entering Stp5; Stp4, judging whether the power-off times in the total power-on time are larger than or equal to second preset judging times in a second preset judging time, if the power-off times are larger than or equal to the second preset judging times, the refrigerator control center gives a judging result of controlling the refrigeration operation of the refrigerator according to a refrigeration operation rule I