A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses intelligent deicing equipment for an aquaculture fishpond based on agricultural Internet of Things. The intelligent deicing equipment comprises a hull shell, a hull inner cavity is formed in the hull shell, and an oxygen supply mechanism is arranged in the hull inner cavity. According to the equipment, an ice surface is chiseled by an ice chiseling hammer through a set of reciprocating motion, by using a cylindrical cam structure and a thread transmission principle, th chiseling hammer is expanded when the equipment encounters a hard ice surface, the chiseling force on the water surface is increased, and the crushing efficiency of the ice surface is guaranteed. Not only that, water flow is pumped by a water pump and sprayed into the air, and the water flow is in contact with the air to increase the oxygen content in the water flow. the ice surface melting efficiency can be improved after water flows onto the ice surface, the contact area between the water flow and air can be effectively enlarged through a planetary gear structure, finally, the ice surface is collected, ice blocks are rapidly melted through a heater and then put back into water, the ice breaking efficiency can be effectively guaranteed, damage of water surface icing to fishes is reduced, and economic losses are reduced.
本发明公开了一种基于农业物联网的养殖鱼塘智能除冰设备，包括船体外壳，所述船体外壳内设有船体内腔，所述船体内腔内设有供氧机构，本发明先利用一组往复运动使得凿冰锤对冰面进行凿击，并利用圆柱凸轮结构和螺纹传动原理，再遇到坚硬冰面时将凿击锤进行扩展，从而增大对水面的凿击力度，保证冰面的破碎效率，不仅如此，本发明还利用抽水机将水流抽取并将水流喷洒到空中，将水流和空气接触以增大水流内的含氧量，而且水流到冰面上后能够加快冰面融化的效率，利用行星齿轮结构能够有效增大水流和空气的接触面积，最后将冰面收集并利用加热器将冰块快速融化后放回水中，能够有效的保证破冰效率，降低水面结冰对鱼类的伤害，降低经济损失。
The invention discloses intelligent deicing equipment for an aquaculture fishpond based on agricultural Internet of Things. The intelligent deicing equipment comprises a hull shell, a hull inner cavity is formed in the hull shell, and an oxygen supply mechanism is arranged in the hull inner cavity. According to the equipment, an ice surface is chiseled by an ice chiseling hammer through a set of reciprocating motion, by using a cylindrical cam structure and a thread transmission principle, th chiseling hammer is expanded when the equipment encounters a hard ice surface, the chiseling force on the water surface is increased, and the crushing efficiency of the ice surface is guaranteed. Not only that, water flow is pumped by a water pump and sprayed into the air, and the water flow is in contact with the air to increase the oxygen content in the water flow. the ice surface melting efficiency can be improved after water flows onto the ice surface, the contact area between the water flow and air can be effectively enlarged through a planetary gear structure, finally, the ice surface is collected, ice blocks are rapidly melted through a heater and then put back into water, the ice breaking efficiency can be effectively guaranteed, damage of water surface icing to fishes is reduced, and economic losses are reduced.
本发明公开了一种基于农业物联网的养殖鱼塘智能除冰设备，包括船体外壳，所述船体外壳内设有船体内腔，所述船体内腔内设有供氧机构，本发明先利用一组往复运动使得凿冰锤对冰面进行凿击，并利用圆柱凸轮结构和螺纹传动原理，再遇到坚硬冰面时将凿击锤进行扩展，从而增大对水面的凿击力度，保证冰面的破碎效率，不仅如此，本发明还利用抽水机将水流抽取并将水流喷洒到空中，将水流和空气接触以增大水流内的含氧量，而且水流到冰面上后能够加快冰面融化的效率，利用行星齿轮结构能够有效增大水流和空气的接触面积，最后将冰面收集并利用加热器将冰块快速融化后放回水中，能够有效的保证破冰效率，降低水面结冰对鱼类的伤害，降低经济损失。
Intelligent deicing equipment for aquaculture fishpond based on agricultural Internet of Things
一种基于农业物联网的养殖鱼塘智能除冰设备
JIA BENYU (author)
2021-11-23
Patent
Electronic Resource
Chinese
Intelligent deicing equipment for agricultural culture fishpond
| European Patent Office | 2023
Agricultural intelligent platform based on Internet of Things
| European Patent Office | 2021