Intelligent and automatic industrialized seedling production facility of nori
A kind of industrialization and seaweed technology, applied in botany equipment and methods, horticulture, plant cultivation, etc., can solve the problems of uneven development quality of fruit spores, difficulty in achieving precision, primitive backwardness, etc., and achieve the goal of changing the manual handling mode, Ease of use and operation, and the effect of improving the efficiency of transportation
Pending Publication Date: 2019-07-30
HUAIHAI INST OF TECH
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Problems solved by technology
[0003] At present, the light intensity adjustment of seedling cultivation in our country is completely controlled by human experience. This method is not only primitive and labor-intensive, but also difficult to achieve precision, resulting in uneven development of fruit spores, and the result is often half the effort.
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[0045] Specifically, in industrialized seedling cultivation, firstly, the sown shells are transported and distributed to various pools through the transportation system, and the lifting mechanism operates: the PLC controller 17 drives the motor, first makes the motor positively rotate to control the release of the hanging rope, and touches the After arriving at the shell basket, the shell basket is hooked by the hook below, and then the PLC controller 17 drives the motor to counter-rotate to control the contraction of the sling and lift the shell basket.
[0046] Operation of the lateral running mechanism: If in order to realize lateral movement, the PLC controller 17 drives the motor 8 on the lateral running mechanism, so that the stepper motor 8 and the pulley 18 realize power transmission, so that the longitudinal beam can move on the lateral guide rail 9 through the pulley.
[0047]Longitudinal walking mechanism operation: PLC controller 17 drives the motor 8 on the longitu...
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The invention discloses an intelligent and automatic industrialized seedling production facility of nori. The facility is characterized by comprising a constructed greenhouse frame, wherein ponds arearranged at the bottom of the greenhouse frame; the ponds are internally provided with sensors; the ponds are used for supplying water through water pumps; a skylight is arranged at the top of the greenhouse frame; side windows are arranged in the front side and the rear side of the greenhouse frame; a transverse walking mechanism is arranged in the greenhouse frame; a longitudinal walking mechanism is arranged on the longitudinal beam of the transverse walking mechanism; a lifting mechanism is arranged below the longitudinal walking mechanism; after receiving sensor signals, a PC (Personal Computer) carries out analysis calculation and transmits data to a PLC (Programmable Logic Controller); and the PLC is used for controlling operation states of the longitudinal walking mechanism, the transverse walking mechanism, the lifting mechanism, the water pump, the skylight and the side windows. With the combination of the longitudinal walking mechanism, the transverse walking mechanism and the lifting mechanism, nori seedlings are conveyed and scattered into different ponds under the control of the PLC, the conveying efficiency can be greatly improved, the manual moving mode can be changed, the use cost can be lowered, and mechanical automatic nori seedling culture can be achieved.
Description
technical field [0001] The invention belongs to the technical field of facility agriculture, and in particular relates to an intelligent and automatic laver industrial seedling raising facility and equipment. Background technique [0002] Porphyra is one of the seaweeds that people generally eat. It has high nutrition and high added value. Artificial cultivation of porphyra has become an industry in coastal areas of our country. Laver seedling cultivation is the most important link in the cultivation process of laver. It is known that laver seedling cultivation has a very close relationship with light intensity. Whether the light intensity is too large or too small will affect the development of Porphyra fruit spores. How to accurately grasp the light intensity has become the key to laver seedling cultivation. [0003] At present, the light intensity adjustment of seedling cultivation in my country is completely controlled by human experience. This method is not only primi...
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CPCA01G33/00
Inventor 陈书法解法旺徐苏彭江海徐豪韩服善田日升吴小伟芦新春刘琪芳王从川刘阳
Owner HUAIHAI INST OF TECH