CN-122016357-A - Testing device, testing method and storage medium of smoke machine air conditioner

CN122016357ACN 122016357 ACN122016357 ACN 122016357ACN-122016357-A

Abstract

The application provides a testing device, a testing method and a storage medium of a smoke machine air conditioner, wherein the testing method comprises the steps of dividing a testing process of the smoke machine air conditioner into M testing stages, sequentially testing each testing stage, entering the next testing stage if the testing is qualified, outputting a fault code if the testing is unqualified, entering an overhaul stage or entering the next testing stage, wherein the fault code comprises two codes which are sequentially arranged, the first code represents the testing stage, and the second code represents a fault subclass. The application can realize automatic test of the air conditioner of the smoke machine, can quickly trace the fault position according to the output fault code, improves the overhaul efficiency of the air conditioner of the smoke machine, and further improves the test efficiency, accuracy and traceability of the air conditioner of the smoke machine.

Inventors

CHEN XIANGYUAN
ZHANG XUE
XU JIALI
ZHOU ZIRONG
LI YI
YIN WENYANG

Assignees

格力电器（芜湖）有限公司

Dates

Publication Date: 20260512
Application Date: 20260123

Claims (11)

1. The testing method of the air conditioner of the smoke machine is characterized by comprising the following steps of: dividing the testing process of the smoke machine air conditioner into M testing stages, wherein M is an integer greater than 1; And (3) sequentially testing each test stage, entering the next test stage if the test is qualified, outputting a fault code to enter an overhaul stage or entering the next test stage if the test is unqualified, wherein the fault code comprises two codes which are sequentially arranged, the first code represents the test stage, and the second code represents the fault subclass.
2. The method for testing the air conditioner of the smoke machine according to claim 1, wherein the number of times of testing is two for each testing stage, when the first time of testing is failed, a fault code is output and enters a maintenance stage, after maintenance, a second time of testing is performed, if the second time of testing is passed, a next testing stage is entered, if the second time of testing is failed, a fault code is output and enters the next testing stage, and the fault code further comprises a third code which represents the number of times of testing currently in.
3. The method for testing the air conditioner of the smoke machine according to claim 1, wherein the number of times of testing is two for each testing stage, when the first time of testing is failed, a fault code is output, the second time of testing is carried out, if the second time of testing is passed, the next testing stage is entered, if the second time of testing is failed, the fault code is output and the next testing stage is entered, and the fault code further comprises a third code which represents the number of times of testing currently in.
4. The testing method of the smoke machine air conditioner according to claim 1, wherein the smoke machine air conditioner comprises an air outlet, a control panel, an air deflector and a heat exchange assembly, wherein the air deflector is positioned in the air outlet and is connected with an air guide motor; the test stage comprises a mechanism test stage, a wind sweeping test stage and a heat exchange test stage, wherein the mechanism test stage is used for testing the running states of the driving motor and the transmission assembly, the wind sweeping test stage is used for testing the running states of the wind guide motor and the running angles of the wind guide plates, and the heat exchange test stage is used for testing the running states of the evaporator, the compressor and the condenser in the heat exchange assembly.
5. The method according to claim 4, wherein the heat exchange assembly further comprises an inner fan and an outer fan, the inner fan is located at the side of the evaporator, the outer fan is located at the side of the condenser, and the outer fan enables outdoor air to be discharged from the condenser to the air flue of the smoke machine; the heat exchange test stage is also used for testing the rotating speeds of the inner fan and the outer fan.
6. The method for testing the air conditioner of the smoke machine according to claim 5, wherein a simulation tool is arranged on the side edge of the air conditioner of the smoke machine and used for simulating the wind speed in the air duct of the smoke machine, and a plurality of gears are arranged on the wind speed; In the heat exchange test stage, the simulation tool sets wind speed to perform upshift adjustment or downshift adjustment, and tests the running states of the evaporator, the compressor and the condenser and the rotating speeds of the inner fan and the outer fan.
7. The method for testing a smoke machine air conditioner according to claim 4, wherein the heat exchange assembly further comprises a water pumping motor, a cooling liquid container is arranged on the outer side of the condenser, the water pumping motor is positioned in the cooling liquid container, and the water pumping motor is used for circularly spraying cooling liquid at the bottom of the cooling liquid container to the outer side of the condenser; the heat exchange test stage is also used for testing the running state of the water-beating motor.
8. The method of claim 4, wherein the heat exchange test stage is further used for testing the temperature of the air inlet pipe of the compressor, the temperature of the air outlet pipe of the compressor, the temperature of the fins in the evaporator, the temperature of the fins in the condenser and the indoor environment temperature.
9. The method of claim 4, wherein the operating states of the evaporator, the compressor and the condenser are determined by measuring the voltage values and/or the current values corresponding to the evaporator, the compressor and the condenser, and the evaporator, the compressor and the condenser are judged to be failed when the voltage values and/or the current values of the evaporator, the compressor and the condenser deviate from a preset range.
10. A computer storage medium comprising a stored program, characterized in that a processor executes the program to implement a testing method of a smoke machine air conditioner according to any one of claims 1 to 9.
11. The testing device of the smoke machine air conditioner is characterized by comprising a receiving module, an executing module, a storage module and a processor, wherein the receiving module is used for receiving communication signals and test data of the smoke machine air conditioner, the executing module is used for starting and executing a test program, the storage module records and stores test process parameter data and test judging results, and the processor is used for executing the testing method of the smoke machine air conditioner according to any one of claims 1 to 9.

Description

Testing device, testing method and storage medium of smoke machine air conditioner Technical Field The invention relates to the technical field of testing of smoke machine air conditioners, in particular to a testing device, a testing method and a storage medium of a smoke machine air conditioner. Background The air conditioner for kitchen is matched with fume exhauster and has fume exhauster air channel shared by fume exhauster. The operation of the air conditioner of the smoke machine depends on the control panel of the smoke machine, and no independent control panel exists. In production, the smoke exhaust ventilator and the smoke exhaust ventilator air conditioner are manufactured separately, an air channel formed around a condenser in the smoke exhaust ventilator air conditioner is shared with the smoke exhaust ventilator air channel, and the smoke exhaust ventilator air conditioner and the smoke exhaust ventilator are spliced, sealed and assembled during assembly. The smoke machine air conditioner needs to be tested before being marketed, so that the smoke machine air conditioner can enter the market without faults. The existing testing process of the air conditioner of the smoke ventilator needs to be allocated for collocation testing, staff is required to manually press each key of the smoke ventilator in the testing process, the operation condition of the air conditioner of the smoke ventilator is observed by people, and the testing result of each testing function is judged by people, so that the testing efficiency is low, the subjective judgment of the testing result is inaccurate, the testing process has no parameterization record, and the traceability is difficult. Disclosure of Invention In order to overcome the problems in the related art, one of the purposes of the invention is to provide a testing method of a smoke machine air conditioner, which can realize automatic testing of the smoke machine air conditioner, can quickly trace back the fault position according to the output fault code, improve the overhaul efficiency of the smoke machine air conditioner, and further improve the testing efficiency, accuracy and traceability of the smoke machine air conditioner. A testing method of a smoke machine air conditioner comprises the following steps: dividing the testing process of the smoke machine air conditioner into M testing stages, wherein M is an integer greater than 1; And (3) sequentially testing each test stage, entering the next test stage if the test is qualified, outputting a fault code to enter an overhaul stage or entering the next test stage if the test is unqualified, wherein the fault code comprises two codes which are sequentially arranged, the first code represents the test stage, and the second code represents the fault subclass. In the preferred technical scheme of the invention, aiming at each test stage, the times of the test are two times, when the first test is failed, a fault code is output and enters an overhaul stage, after overhaul, a second test is carried out, if the second test is failed, a next test stage is entered, and if the second test is failed, a fault code is output and enters the next test stage, wherein the fault code also comprises a third code, and the third code represents the current times of the test. And outputting fault codes and entering an overhaul stage when the first test is failed, performing a second test after overhaul, entering a next test stage if the second test is failed, outputting the fault codes and entering the next test stage if the second test is failed, and further comprising a third code representing the current test times. In each test stage, if the first test is unqualified, the application overhauls the air conditioner of the smoke machine according to the fault code, and then carries out the second test, thus integrating the overhauling and the testing, realizing the overhauling while the testing, finishing the overhauling and retesting, and if the second test is qualified, considering the current test stage as qualified. Therefore, the smoke machine air conditioner can be prevented from passing through the testing link and the overhauling link in sequence after overhauling, and then the smoke machine air conditioner passes through the fussy Liu Che pipe of the testing link, so that the testing overhauling efficiency and the testing efficiency are improved. The fault codes comprise the test stage, the test times and the fault subclasses, and the three codes can be arranged according to a preset sequence, so that a detector can conveniently and quickly locate the fault position, and the follow-up maintenance is convenient. In the preferred technical scheme of the invention, aiming at each test stage, the times of the test are two times, when the first test is failed, a fault code is output, the second test is carried out, if the second test is failed, the next test stage is entered, if the second test is failed, the fault code