Intelligent transfer device for vegetable processing
An intelligent device and vegetable processing technology, applied in the direction of non-electric variable control, instrument, control/adjustment system, etc., can solve the problems of limited transshipment volume, decline in material freshness, simple structure, etc., to overcome the decline in material quality and achieve high efficiency Uniform ventilation and quality improvement
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Embodiment approach 1
[0032] Embodiment 1: Figure 1 to 7, The present vegetable processing by intelligent transport apparatus includes a housing main body 1, the material stage 2, means 3 inside environment, running transport mechanism 4, the stage 2 material activities detachably mounted in the main body casing 1, the environment inside the means 3 fixedly mounted outside of the case body 1, said transfer means traveling at the bottom of the box main body 4 is provided 1, wherein said inner casing 1 is formed with a main body pods 101, gas mixing tank 102 , circulation channel 103; 101 is provided on both sides of the main carrier station side pod holder 11, provided with a central main hull lumbar support stage 12, the mixing tank 102 to the main cabin air 101 isolated from each other, gas mixing tank 102 equipped with mixed gas fan 13, the circulating channel 103 to the upper end 101 communicating with the main hull, the bottom of the circulation channel 103 provided with the circulation fan 14; pod...
Embodiment approach 2
[0033] Embodiment 2: the relationship between the specific composition and structure of each part of the box body, the present vegetable processing tank to the environment by means of intelligent transport apparatus 31 comprises a first system the carbon dioxide feed tank 311 and carbon dioxide generator 312, the nitrogen the system 32 includes a feed tank 321 and a second nitrogen generator 322, the atomization system 33 includes a water tank 331 and the atomizer 332, the system 34 includes a plurality of semiconductor cryogenic condensing plate 341 and controller 342, the occurrence of carbon dioxide 312, nitrogen generator 322, the output of the nebulizer 332 into the aeration tank 102, the plate 341 is condensed semiconductor laid within the main cabin 101, and fixed to the lumbar support 12 is connected both sides of the ribs. To achieve the vegetable material transfer box during storage environment automatic feedback regulation, the mixed gas 103 the upper end position of th...
Embodiment approach 3
[0034] Embodiment 3: Figure 8 , The present vegetable processing control means 6 is provided with a transport side of said smart device main body casing 1, the control means 6 comprises a main control board 61, display 62, keyboard control 63, the main control board 61 comprising the main chip 611, the signal acquisition module 612, a storage module 613, a wireless module 614, the power converter module 615. Specific internal structure of the control means, the control input of the access control board 63 the keyboard 61, the display screen 62 connected to the output terminal of the MPU 61, the signal acquisition module 612, a storage module 613, a wireless number transmission module 614, power converter module 615 connected to the control chip 611 of the corresponding pin. DETAILED connected to the control means and the sensing means with the external environment means, an input of the control chip 611 through the signal acquisition module 612 is connected to the carbon dioxide c...
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