Spatial static electricity environment freshness preservation and conventional environment freshness preservation effect comparison method
A conventional technology for environmental fresh-keeping, applied in the field of fresh-keeping, can solve the problems of low convincingness of comparative experiment results, inconsistent reaction conditions, unfavorable development of high-efficiency fresh-keeping refrigerators, etc., and achieve the effect of extending the fresh-keeping period and adding convincing power
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Embodiment 1
[0026] Such as figure 1 The method for comparing the effect of keeping fresh in a space electrostatic environment with that in a conventional environment comprises the following steps: divide the conventional environment from the middle into A side 2 and B sides 1 with a partition 3, wherein an electrostatic generator is placed at the bottom of B side 1 A device 5, a thermometer 4 and a camera 8 are installed on the A side 1 and the B side 2, and the test ingredients are put into the A side 2 and the B side 1, and the A side and the B side are at the same temperature, the same humidity, and the same The fresh-keeping effect was compared under the fresh-keeping time.
[0027] The camera 8 outputs the preservation conditions of the test ingredients in the A side 2 and the B side 1 to the display 9, and the mobile phone client and the PC client can watch in real time through the camera.
[0028] The interlayer 3 is a metal partition to prevent static electricity from side B 1 fr...
Embodiment 2
[0037] Such as figure 1 The method for comparing the effect of keeping fresh in a space electrostatic environment with that in a conventional environment comprises the following steps: divide the conventional environment from the middle into A side 2 and B sides 1 with a partition 3, wherein an electrostatic generator is placed at the bottom of B side 1 A device 5, a thermometer 4 and a camera 8 are installed on the A side 1 and the B side 2, and the A side 1 and the B side 2 are connected with a unified temperature control component, and the test ingredients are put into the A side 2 and the B side 1, The fresh-keeping effects of side A and side B were compared at the same temperature, same humidity, and same fresh-keeping time.
[0038] The unified temperature control assembly can keep the A side and the B side at the same temperature.
[0039] The camera 8 outputs the preservation conditions of the test ingredients in the A side 2 and the B side 1 to the display 9, and the...
Embodiment 3
[0049] Such as figure 1 The method for comparing the effect of keeping fresh in a space electrostatic environment with that in a conventional environment comprises the following steps: divide the conventional environment from the middle into A side 2 and B sides 1 with a partition 3, wherein an electrostatic generator is placed at the bottom of B side 1 A device 5, a thermometer 4 and a camera 8 are installed on the A side 1 and the B side 2, and the A side 1 and the B side 2 are connected with a unified temperature control component, and the test ingredients are put into the A side 2 and the B side 1, The fresh-keeping effects of side A and side B were compared at the same temperature, same humidity, and same fresh-keeping time.
[0050] The unified temperature control assembly can keep the A side and the B side at the same temperature.
[0051] The camera 8 outputs the preservation conditions of the test ingredients in the A side 2 and the B side 1 to the display 9, and the...
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