Procambarus clarkia orientation correcting device

Abstract

A crayfish orientation correction device is characterized by: a funnel-shaped conveyor belt, a rotating wheel, and a connecting rod. The funnel-shaped conveyor belt feeds the crayfish, and the frame-shaped rotating wheel feeds the crayfish. The inclined guide surface cooperates with the frame-shaped rotating wheel to complete the orientation correction and quantitative conveying of the crayfish, solving the problems of complex conveying structure and random crayfish posture in existing automatic aquatic product processing equipment.

Description

Technical Field

[0001] This invention relates to a crayfish orientation correction device, specifically a device that uses a funnel-type conveyor belt for feeding and an impeller-type rotary wheel for feeding to complete the orientation correction and quantitative conveying of crayfish. Background Technology

[0002] Crayfish processing requires fixing their position beforehand. Traditional aquatic product processing equipment often handles crayfish randomly, and this uncertainty in orientation not only affects processing efficiency but also significantly impacts processing quality. Therefore, the crayfish's orientation needs to be fixed before processing. This invention, in the field of automated food processing equipment technology, innovatively proposes a crayfish orientation correction device. Addressing the problems of random crayfish posture and high requirements for crayfish processing position in existing automated aquatic product processing technologies, this invention provides a device that achieves crayfish orientation correction and quantitative conveying through the combination of a guide ramp and an impeller-type rotor. Summary of the Invention

[0003] The technical problem to be solved by this invention is that the existing automatic aquatic product processing equipment has a complex conveying structure and the crayfish have random postures.

[0004] The technical solution of the present invention: A crayfish orientation correction device, characterized by: a funnel-shaped conveyor belt, a rotating wheel, and a connecting rod; The funnel-shaped conveyor belt is an integrated structure based on an inverted frustum-shaped shell design and a side-end guiding ramp. The frustum-shaped shell has an opening at the top and several through holes at the bottom. A ring-shaped surface is provided on its outer circumference, with one end open, extending to form a guiding ramp. Limiting side surfaces are provided on both sides of the ramp, seamlessly connected to the ring-shaped surface, and through holes are provided on these surfaces for connection to connecting rods. Two planar symmetrical cylindrical guide surfaces extend from the ends of the guiding ramp.

[0005] The impeller is a paddlewheel-like structure composed of an array of arc-shaped feeding surfaces, with an axial through hole at its geometric center, which is connected to a connecting rod.

[0006] The connecting rod is a cylindrical structure. Attached Figure Description

[0007] Figure 1 3D diagram of a crayfish orientation correction device Figure 2 3D diagram of funnel-shaped conveyor belt Figure 3 3D diagram of the rotor Figure 4 3D diagram of connecting rod Drawing number explanation A-Funnel-shaped conveyor belt, B-Roller, C-Connecting rod, A-1-Through hole, A-2-Annular surface, A-3-Guiding inclined surface, A-4-Limiting side, A-5-Limiting side, A-6-Through hole, A-7-Through hole, A-8-Cylindrical guide surface, A-9-Cylindrical guide surface, B-1-Arc-shaped feeding surface, B-2-Axial through hole. Detailed Implementation

[0008] The embodiments of the present invention are described in detail below. Examples of the embodiments are shown in the accompanying drawings. The embodiments described below with reference to the accompanying drawings are exemplary and intended to explain the present invention, but should not be construed as limiting the present invention.

[0009] Referring to the accompanying drawings, this invention designs a crayfish orientation correction device, such as... Figure 1 The image shows a three-dimensional diagram of a crayfish orientation correction device, which includes: a funnel-shaped conveyor belt, a rotating wheel, and a connecting rod. like Figure 2 As shown, the funnel-shaped conveyor belt is an integrated structure based on an inverted frustum-shaped shell design and a side-end guiding ramp. The frustum-shaped shell has an opening at the top and several through holes at the bottom. A ring-shaped surface is provided on its outer circumference, with one end open, extending to form a guiding ramp. Limiting side surfaces are provided on both sides of the ramp, seamlessly connected to the ring-shaped surface, and through holes are provided on these surfaces for connection to connecting rods. Two planar symmetrical cylindrical guide surfaces extend from the ends of the guiding ramp.

[0010] like Figure 3 As shown, the impeller is a frame-like structure composed of an array of arc-shaped feeding surfaces, with an axial through hole at its geometric center, which is connected to a connecting rod.

[0011] like Figure 4 As shown, the connecting rod has a cylindrical structure.

Claims

1. A crayfish orientation correction device, characterized by: Funnel-shaped conveyor belt (A), pulley (B), connecting rod (C).

2. The crayfish orientation correction device according to claim 1, characterized in that: The funnel-shaped conveyor belt (A) is an integrated structure based on an inverted frustum-shaped shell structure and a side-end guiding inclined surface. The frustum-shaped shell has an opening at the top and several through holes (A-1) at the bottom. It has an annular surface (A-2) on its outer circumference. One end of the annular surface is open and extends to a guiding inclined surface (A-3). The inclined surface has limiting side surfaces (A-4) and (A-5) on both sides that are seamlessly connected to the annular surface (A-2) to limit the material flow. Through holes (A-6) and (A-7) are provided on the inclined surface to connect to the connecting rod (C). Two planar symmetrical cylindrical guide surfaces (A-8, A-9) extend from the end of the guiding inclined surface (A-3). The aforementioned impeller (B) is a paddlewheel-like structure composed of an array of arc-shaped feeding surfaces (B-1). Its internal structure is designed for lightweighting through rotational cutting. An axial through-hole (B-2) is formed at its geometric center, which connects to the connecting rod (C). The connecting rod (C) is a cylindrical structure that utilizes the material's wide-at-the-top and narrow-at-the-bottom characteristics to adjust the material's orientation so that the top is above and the bottom is below.

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