一种打饭机扒饭结构
By introducing a rice-scooping tooth structure and gearbox meshing transmission into the rice serving machine, combined with a weighing module and rice-feeding motor control, the problem of rice clumping has been solved, achieving orderly rice delivery and easy maintenance.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- HUBEI HONGYUE INTELLIGENT KITCHEN EQUIPMENT CO LTD
- Filing Date
- 2025-07-03
- Publication Date
- 2026-07-17
AI Technical Summary
The existing rice serving machine does not have a rice loosening mechanism in the rice hopper, which makes the rice prone to clumping when conveyed by a single spiral rod, affecting the subsequent work.
Design a rice-scooping structure for a rice-serving machine, including scooping teeth on both sides of a spiral rice-carrying rod and a gearbox meshing transmission, in conjunction with a weighing module and a rice-dropping opening and closing motor to ensure that the rice does not clump during the conveying process, and to control the weight of the rice and the rice-dropping action through a photoelectric switch.
It effectively prevents rice from clumping during delivery, ensuring orderly rice delivery. Its compact structure and easy maintenance improve the efficiency and maintainability of the rice serving machine.
Smart Images
Figure CN224504657U_ABST
Abstract
Claims
1. A rice scooping structure of a rice serving machine, comprising a workbench (1) provided with a frame (101), characterized in that, A rice-scooping hopper (2) is installed on the frame (101), and a rice-receiving hopper (3) is installed above the rice-scooping hopper (2). The rice-scooping hopper (2) and the rice-receiving hopper (3) are connected. A rice-scooping gearbox (4) is installed on the left side of the frame (101). A gear assembly (401) is provided in the rice-scooping gearbox (4). The gear assemblies (401) mesh with each other. A rice-scooping main motor (402) is installed on the side of the frame (101) opposite to the gearbox. The output end of the rice-scooping main motor (402) is connected to the gear assembly (401). An openable rice tray (5) is installed below the rice-scooping hopper (2).
2. The rice scooping structure of the rice serving machine according to claim 1, wherein The rice-scooping bucket (2) is equipped with a rotatable spiral rice-passing rod (6), which is connected to the gear assembly (401). Rotatable rice-scooping teeth (601) are installed on both sides of the spiral rice-scooping rod (6), which are connected to the gear assembly (401). The spiral rice-scooping rod (6) and the rice-scooping teeth (601) do not interfere with each other when they are running.
3. The rice scooping structure of the rice serving machine according to claim 2, wherein The gear assembly (401) connected to the spiral rice conveyor (6) and the gear assembly (401) connected to the rice scooping tooth (601) are both installed in the gear assembly (401) in the rice scooping gear box (4) and are meshed. The gear assemblies (401) connected to the two do not interfere with each other and do not affect the normal operation of the spiral rice conveyor (6) and the rice scooping tooth (601).
4. The rice scooping structure of the rice serving machine according to claim 1, wherein A weighing module (7) is installed on the frame (101) on the opposite side of the rice scoop (2). The left side of the weighing module (7) is located on the auxiliary frame (701) on the workbench (1). A rotatable rice-dropping opening and closing push plate structure (702) is installed on the auxiliary frame (701). The weighing module (7) and the rice scooping main motor (402) work together to control the rhythm. The rice-dropping opening and closing push plate structure (702) assists in opening and closing the rice weighing tray (5).
5. The rice serving machine according to claim 4, wherein The auxiliary frame (701) is also equipped with a rice-dropping opening and closing motor (703), the output end of which is connected to the rice-dropping opening and closing push plate structure (702) to assist the operation of the rice-dropping opening and closing push plate structure (702).
6. The rice serving machine according to claim 4, wherein A photoelectric switch (8) is installed on the auxiliary frame (701) below the rice-dropping opening and closing push plate structure (702).