Aluminum paste stirring device facilitating feeding of aluminum powder

Abstract

The invention provides an aluminum paste stirring device facilitating aluminum powder feeding, the aluminum paste stirring device facilitating aluminum powder feeding comprises a stirring system, a feeding system and a driving system, the stirring system comprises an aluminum paste stirring kettle and an aluminum paste stirring device, an aluminum powder feeding port is formed in the upper portion of the aluminum paste stirring kettle, and an aluminum powder feeding port is formed in the lower portion of the aluminum paste stirring kettle. The feeding system comprises a turnover device fixing frame, a turnover device fixing shaft, a turnover device pouring frame, an aluminum powder discharging inserting opening, an isolation plate, a feeding switch valve, an aluminum powder conical cover, a feeding platform, an aluminum powder feeding lifting table and a turnover device stable supporting frame, and the driving system comprises a turnover device motor and an aluminum material lifting motor. Through the synergistic effect of the overturning type feeding system, the stirring system and the driving system, closed conveying, automatic feeding and efficient mixing of aluminum powder are achieved, and the aluminum paste production efficiency and the product quality are improved.

Description

Technical Field

[0001] This article belongs to the technical field of auxiliary equipment for concrete preparation, specifically relating to an aluminum slurry mixing device that facilitates the feeding of aluminum powder. Background Technology

[0002] In the concrete preparation process, aluminum paste is often added to improve the performance of concrete. In the production process of aluminum paste, aluminum powder needs to be mixed and stirred with other solvents to prepare aluminum paste products that meet the requirements.

[0003] In traditional aluminum slurry mixing devices, the aluminum powder feeding process requires manual opening of the aluminum powder storage tank and pouring into the mixing tank through an open funnel or directly. The process involves cyclical handling and feeding. Mechanical feeding typically uses a bucket elevator. After manually opening the aluminum powder storage tank, the aluminum powder is poured into the hopper. The hopper scoops aluminum powder from the lower storage hopper and lifts it to the top of the mixing tank via a conveyor belt for unloading. During the feeding process, aluminum powder is prone to spillage, requiring a dust removal device. In addition, the bucket elevator generates significant noise during operation, necessitating appropriate noise reduction equipment.

[0004] In existing aluminum slurry mixing devices, manual feeding is labor-intensive and inefficient, while bucket elevators are prone to clogging and spillage when conveying aluminum powder, affecting the continuity and quality of aluminum slurry preparation. Therefore, it is urgent to design an aluminum slurry mixing device that facilitates aluminum powder feeding to solve the above problems. Summary of the Invention

[0005] To address the aforementioned problems, this paper proposes an aluminum slurry mixing device for easy aluminum powder feeding. The device comprises a mixing system, a feeding system, and a drive system. The mixing system includes an aluminum slurry mixing vessel and an aluminum slurry mixing device. An aluminum powder inlet is located above the mixing vessel, and the aluminum slurry mixing device is installed inside. The feeding system includes a tilting device fixing frame, a tilting device fixing shaft, a tilting device unloading frame, an aluminum powder outlet, a partition plate, a feeding switch valve, an aluminum powder conical cover, a feeding platform, an aluminum powder feeding lifting platform, and a tilting device stabilizing support frame. The tilting device fixing frame is connected to the tilting device via the tilting device fixing shaft. The aluminum powder discharge port is connected to the aluminum powder conical cover below. A feed switch valve is provided in the middle of the aluminum powder discharge port. An isolation plate is provided above the feed switch valve. A feeding platform is provided below the aluminum powder feeding lifting platform. The lower end of the tilting device tilting frame is fixedly connected to the aluminum powder feeding lifting platform. The upper end of the tilting device tilting frame is connected to the tilting device fixing frame. The tilting device stable support frame is connected to the tilting device fixing frame. The drive system includes a tilting device motor and an aluminum material lifting motor. The tilting device motor is located below the tilting device fixing frame and connected to the tilting device fixing shaft. The aluminum material lifting motor is located on one side of the tilting device tilting frame.

[0006] The aluminum powder inlet and outlet can be fitted together. The diameter of the aluminum powder outlet is smaller than the diameter of the aluminum powder inlet. The aluminum powder outlet covers the aluminum powder inlet through a partition plate. Figure 4 As shown, this is to prevent aluminum powder from splashing and causing dust to fly. Flying dust not only pollutes the working environment and harms the human body, but more importantly, flying aluminum powder dust greatly increases the risk of combustion and explosion. This covering measure reduces the possibility of aluminum powder flying in the air and forming dust, thus effectively reducing the risk of combustion and explosion.

[0007] The aluminum powder feeding lifting platform is equipped with guardrails on both sides. The aluminum powder storage tank is placed on the platform. The aluminum powder feeding lifting platform is fixedly connected to the lower end of the tilting device's unloading frame. The tilting device's unloading frame is connected to the tilting device's fixed frame via the tilting device's fixed shaft, and the tilting device's fixed frame is fixedly connected to the tilting device's stable support frame, forming a feeding lifting and tilting device. The aluminum powder feeding lifting platform can be adjusted in height to align the aluminum powder outlet with the aluminum powder inlet. The operation of the tilting device's motor allows the tilting device's unloading frame to rotate around the tilting device's fixed shaft. The guardrails on both sides of the aluminum powder feeding lifting platform not only prevent the aluminum powder storage tank from accidentally slipping during lifting but also provide a certain level of safety for operators, reducing safety risks during operation.

[0008] The aluminum powder conical cover can be fitted into the top of the aluminum powder storage tank, such as... Figure 3 As shown, this not only significantly reduces the probability of aluminum powder splashing, but also firmly fixes the aluminum powder storage tank. During the overturning process of the aluminum powder storage tank, it greatly reduces the possibility of the aluminum powder storage tank detaching, improves the safety of the entire device, ensures the stability and reliability of the device operation, and reduces the safety risks that may be caused by aluminum powder splashing and aluminum powder storage tank detachment.

[0009] The aforementioned flipping device and unloading rack are driven by the flipping device motor to flip the fixed shaft of the flipping device until they fit into the aluminum powder outlet and the aluminum powder inlet. The aluminum powder loading lifting platform is driven by the aluminum powder lifting motor. The aluminum powder loading lifting platform controls the distance between the aluminum powder conical cover and the aluminum powder storage tank, reducing the distance of manual handling and reducing the labor intensity of manual loading.

[0010] Beneficial effects:

[0011] By precisely controlling the opening and closing of the feed valve, the aluminum powder feeding process can be accurately controlled, ensuring that the aluminum powder is fed into the aluminum slurry mixing tank according to the predetermined amount and time requirements.

[0012] By using the aluminum powder discharge port and the isolation plate in conjunction, the isolation plate can not only be precisely fitted to the aluminum powder inlet, but also achieve complete coverage of the aluminum powder inlet, thus preventing aluminum powder from splashing during the process of aluminum powder entering and exiting, and thus avoiding dust flying.

[0013] By combining the aluminum powder conical cover with the aluminum powder discharge port, the problem of discharging aluminum powder from the storage tank is solved. The aluminum powder conical cover can effectively eliminate the arching, blockage and sticking of materials, allowing aluminum powder to be smoothly poured into the aluminum slurry mixing tank from the aluminum powder discharge port.

[0014] The tilting device's unloading rack is driven by a tilting device motor, which in turn drives the tilting device's fixed shaft. This allows the tilting device's unloading rack to flexibly adjust the height and angle of the aluminum powder storage tank. The aluminum powder loading lifting platform is driven to rise by an aluminum powder lifting motor. This linkage design improves the efficiency and accuracy of loading, reduces errors from manual operation, enhances overall production efficiency and product quality, and ensures the safety of operators and equipment. Attached Figure Description

[0015] Figure 1 This is a schematic diagram of an aluminum slurry mixing device that facilitates the feeding of aluminum powder during the feeding process.

[0016] Figure 2 This is a front view of an aluminum slurry mixing device that facilitates the feeding of aluminum powder during the feeding process.

[0017] Figure 3 This is a schematic diagram of an aluminum slurry mixing device that facilitates aluminum powder feeding during the covering process.

[0018] Figure 4 This is a schematic diagram of an aluminum slurry mixing device that facilitates the feeding of aluminum powder during the feeding process.

[0019] In the diagram: 1. Aluminum slurry mixing vessel; 2. Aluminum slurry mixing device; 3. Aluminum slurry feed inlet; 4. Tilting device fixing frame; 5. Tilting device motor; 6. Tilting device motor; 7. Tilting device unloading rack; 8. Aluminum powder discharge port; 9. Isolation plate; 10. Feeding switch valve; 11. Aluminum powder conical cover; 12. Aluminum powder storage tank; 13. Feeding platform; 14. Aluminum powder feeding lifting platform; 15. Aluminum powder lifting motor; 16. Tilting device stabilizing support frame. Detailed Implementation

[0020] To enhance understanding of the present invention, the invention will be further described in detail below with reference to embodiments and accompanying drawings. These embodiments are only for explaining the invention and do not constitute a limitation on the scope of protection of the invention.

[0021] 1. Aluminum slurry mixing vessel; 2. Aluminum slurry mixing device; 3. Aluminum slurry feed inlet; 4. Tilting device fixing frame; 5. Tilting device motor; 6. Tilting device discharge rack; 7. Aluminum powder discharge port; 8. Isolation plate; 9. Feeding switch valve; 10. Aluminum powder conical cover; 11. Aluminum powder storage tank; 12. Feeding platform; 13. Aluminum powder feeding lifting platform; 14. Aluminum powder lifting motor; 15. Tilting device stable support frame; 16.

[0022] like Figure 1 , 2 As shown in Figures 3 and 4;

[0023] An aluminum slurry mixing device for easy aluminum powder feeding is provided. The device 2 includes a mixing system, a feeding system, and a drive system. The mixing system includes an aluminum slurry mixing vessel 1 and an aluminum slurry mixing device 2. An aluminum powder inlet 3 is located above the mixing vessel 1, and the aluminum slurry mixing device 2 is located inside the mixing vessel 1. The feeding system includes a tilting device fixing frame 4, a tilting device fixing shaft 6, a tilting device unloading frame 7, an aluminum powder outlet 8, a partition plate 9, a feeding switch valve 10, an aluminum powder conical cover 11, a feeding platform 13, an aluminum powder feeding lifting platform 14, and a tilting device stabilizing support frame. 16. The tilting device fixing frame 4 is connected to the tilting device unloading frame 7 via the tilting device fixing shaft 6. The aluminum powder outlet 8 is connected to the aluminum powder conical cover 11 below. A feed switch valve 10 is provided in the middle of the aluminum powder outlet 8. An isolation plate 9 is provided above the feed switch valve 10. A loading platform 13 is provided below the aluminum powder loading lifting platform 14. The lower end of the tilting device unloading frame 7 is fixedly connected to the aluminum powder loading lifting platform 14. The upper end of the tilting device unloading frame 7 is connected to the tilting device fixing frame 4. The tilting device stable support frame 16 is connected to the tilting device fixing frame 4. The drive system The system includes a tilting device motor 5 and an aluminum powder lifting motor 15. The tilting device motor 5 is located below the tilting device fixing frame 4 and connected to the tilting device fixing shaft 6. The aluminum powder lifting motor 15 is located on one side of the tilting device unloading frame 7. The aluminum powder inlet 3 and the aluminum powder outlet 8 can be fitted together. The diameter of the aluminum powder outlet 8 is smaller than the diameter of the aluminum powder inlet 3. The aluminum powder outlet 8 is covered by a partition plate 9. The aluminum powder loading lifting platform 14 is equipped with guardrails on both sides. The aluminum powder storage tank 12 is placed on the platform of the aluminum powder loading lifting platform 14. The aluminum powder loading lifting platform 14 and the tilting device are connected together. The lower end of the turning device unloading frame 7 is fixedly connected. The turning device unloading frame 7 is connected to the turning device fixed frame 4 through the turning device fixed shaft 6. The turning device fixed frame 4 is fixedly connected to the turning device stable support frame 16 to form a feeding lifting and turning device. The aluminum powder conical cover 11 can be fitted into the top of the aluminum powder storage tank 12. The turning device unloading frame 7 is driven by the turning device motor 5 to turn the turning device fixed shaft 6 to fit into the aluminum powder outlet 8 and the aluminum powder inlet 3. The aluminum powder feeding lifting platform 14 is driven by the aluminum powder lifting motor 15. The aluminum powder feeding lifting platform 14 controls the distance between the aluminum powder conical cover 11 and the aluminum powder storage tank 12.

[0024] Implementation example;

[0025] The aluminum powder storage tank 12 is placed on the platform of the aluminum powder feeding lifting platform 14 via the feeding platform 13. The aluminum powder feeding lifting platform 14 is driven to rise by the aluminum powder lifting motor 15, so that the upper edge of the aluminum powder storage tank 12 is engaged with the aluminum powder conical cover 11. The tilting device unloading rack 7 is driven by the tilting device motor 5 to tilt the tilting device fixed shaft 6 to fit into the aluminum powder discharge port 8 above the aluminum powder inlet 3 above the aluminum slurry mixing tank 1. The baffle plate 9 covers the aluminum powder inlet 3, and the feeding switch valve 10 is opened to realize the aluminum powder feeding process.

[0026] It is understood that the present invention has been described through some embodiments, and those skilled in the art will recognize that various changes or equivalent substitutions can be made to these features and embodiments without departing from the spirit and scope of the invention. Furthermore, under the teachings of the present invention, these features and embodiments can be modified to adapt to specific situations and materials without departing from the spirit and scope of the invention. Therefore, the present invention is not limited to the specific embodiments disclosed herein, and all embodiments falling within the scope of the claims of this application are within the protection scope of the present invention.

Claims

1. An aluminum slurry mixing device for easy aluminum powder feeding, characterized in that, The aluminum slurry mixing device for facilitating aluminum powder feeding includes a mixing system, a feeding system, and a drive system. The mixing system includes an aluminum slurry mixing vessel and an aluminum slurry mixing device. An aluminum powder inlet is located above the aluminum slurry mixing vessel, and the aluminum slurry mixing device is located inside the vessel. The feeding system includes a tilting device fixing frame, a tilting device fixing shaft, a tilting device unloading frame, an aluminum powder outlet, a partition plate, a feed valve, an aluminum powder conical cover, a feeding platform, an aluminum powder feeding lifting platform, and a tilting device stabilizing support frame. The tilting device fixing frame is connected to the tilting device unloading frame via the tilting device fixing shaft. The aluminum powder outlet... The lower part of the outlet is connected to the aluminum powder conical cover. The middle of the aluminum powder outlet is equipped with a feed switch valve. An isolation plate is provided above the feed switch valve. A feeding platform is provided below the aluminum powder feeding lifting platform. The lower end of the tilting device pouring frame is fixedly connected to the aluminum powder feeding lifting platform. The upper end of the tilting device pouring frame is connected to the tilting device fixing frame. The tilting device stable support frame is connected to the tilting device fixing frame. The drive system includes a tilting device motor and an aluminum material lifting motor. The tilting device motor is located below the tilting device fixing frame and connected to the tilting device fixing shaft. The aluminum material lifting motor is located on one side of the tilting device pouring frame.

2. The aluminum slurry mixing device for facilitating aluminum powder feeding according to claim 1, characterized in that, The aluminum powder inlet and the aluminum powder outlet can be fitted together. The diameter of the aluminum powder outlet is smaller than the diameter of the aluminum powder inlet. The aluminum powder outlet covers the aluminum powder inlet through a partition plate.

3. The aluminum slurry mixing device for facilitating aluminum powder feeding according to claim 1, characterized in that, The aluminum powder feeding lifting platform is equipped with guardrails on both sides. The aluminum powder storage tank is placed on the platform. The aluminum powder feeding lifting platform is fixedly connected to the lower end of the tilting device's unloading frame. The tilting device's unloading frame is connected to the tilting device's fixed frame through the tilting device's fixed shaft, and the tilting device's fixed frame is fixedly connected to the tilting device's stable support frame to form a feeding lifting and tilting device.

4. The aluminum slurry mixing device for facilitating aluminum powder feeding according to claim 1, characterized in that, The aluminum powder conical cover can be fitted into the top of the aluminum powder storage tank.

5. The aluminum slurry mixing device for facilitating aluminum powder feeding according to claim 1, characterized in that, The aforementioned flipping device unloading rack is driven by the flipping device motor to flip the fixed shaft of the flipping device until it fits into the aluminum powder discharge port and the aluminum powder inlet. The aluminum powder feeding lifting platform is driven by the aluminum powder lifting motor and controls the distance between the aluminum powder conical cover and the aluminum powder storage tank.

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