A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of cooling equipment, and discloses a gypsum fluidization cooling machine which comprises a gypsum cooling tank and a gypsum storage tank, the gypsum storage tank is located under the gypsum cooling tank, a first cooling structure is arranged in the gypsum cooling tank, and second cooling structures are arranged between the gypsum cooling tank and the outer walls of the two sides of the gypsum storage tank. A filtering device is arranged at the top of the first cooling structure, a feeding structure is arranged at the top of the gypsum cooling tank, the outer wall of the gypsum storage tank is fixedly sleeved with a fixing ring, and four supporting legs are fixedly installed at the bottom of the fixing ring. According to the gypsum fluidization cooling machine, a first cooling structure and a second cooling structure are designed on the gypsum fluidization cooling machine, a connecting rod can transmit power of a driving motor to a rotating sleeve to drive the rotating sleeve to rotate at the bottom of a fixed sleeve and the outer wall of an auger pipe, and then cooling fins are driven to rotate; cooling is completed while gypsum powder in the gypsum cooling tank is stirred, and the cooling efficiency is improved.
本发明涉及冷却设备技术领域，且公开了一种石膏流化冷却机，包括石膏冷却罐和石膏存放罐，石膏存放罐位于石膏冷却罐的正下方，石膏冷却罐内部设置有第一冷却结构，石膏冷却罐和石膏存放罐两侧外壁之间设置有第二冷却结构，第一冷却结构顶部设置有过滤装置，石膏冷却罐顶部设置有给料结构，石膏存放罐外壁固定套设有固定环，固定环底部固定安装有四组支腿。本发明通过在一种石膏流化冷却机上设计第一冷却结构和第二冷却结构，连接杆可将驱动电机动力传输至转动套管，以带动转动套管在固定套管的底部以及绞龙管的外壁旋转，进而带动冷却片转动，以搅拌石膏冷却罐内部石膏粉的同时完成冷却，提高冷却效率的优点。
The invention relates to the technical field of cooling equipment, and discloses a gypsum fluidization cooling machine which comprises a gypsum cooling tank and a gypsum storage tank, the gypsum storage tank is located under the gypsum cooling tank, a first cooling structure is arranged in the gypsum cooling tank, and second cooling structures are arranged between the gypsum cooling tank and the outer walls of the two sides of the gypsum storage tank. A filtering device is arranged at the top of the first cooling structure, a feeding structure is arranged at the top of the gypsum cooling tank, the outer wall of the gypsum storage tank is fixedly sleeved with a fixing ring, and four supporting legs are fixedly installed at the bottom of the fixing ring. According to the gypsum fluidization cooling machine, a first cooling structure and a second cooling structure are designed on the gypsum fluidization cooling machine, a connecting rod can transmit power of a driving motor to a rotating sleeve to drive the rotating sleeve to rotate at the bottom of a fixed sleeve and the outer wall of an auger pipe, and then cooling fins are driven to rotate; cooling is completed while gypsum powder in the gypsum cooling tank is stirred, and the cooling efficiency is improved.
本发明涉及冷却设备技术领域，且公开了一种石膏流化冷却机，包括石膏冷却罐和石膏存放罐，石膏存放罐位于石膏冷却罐的正下方，石膏冷却罐内部设置有第一冷却结构，石膏冷却罐和石膏存放罐两侧外壁之间设置有第二冷却结构，第一冷却结构顶部设置有过滤装置，石膏冷却罐顶部设置有给料结构，石膏存放罐外壁固定套设有固定环，固定环底部固定安装有四组支腿。本发明通过在一种石膏流化冷却机上设计第一冷却结构和第二冷却结构，连接杆可将驱动电机动力传输至转动套管，以带动转动套管在固定套管的底部以及绞龙管的外壁旋转，进而带动冷却片转动，以搅拌石膏冷却罐内部石膏粉的同时完成冷却，提高冷却效率的优点。
| European Patent Office | 2023
| European Patent Office | 2025
| TIBKAT | 1980