CN206963864U - Double-roller profiling scallop viscera separating device - Google Patents

Abstract

The utility model discloses a scallop viscera separation device in the imitation form of a pair of rollers, which is used for automatic scallop shelling and shell removal equipment, comprising a brush roller frame, a lifting cylinder, a motor, and a synchronous belt transmission assembly. A concave brush roller and a convex brush roller are installed at the front end of the frame, and both sides of the concave brush roller and the convex brush roller are installed on the brush roller frame through bearings, and the concave brush roller and the convex brush roller cooperate to work; One side of the convex brush roller is connected with a motor through a coupling, and the other side of the convex brush roller is connected with one side of the concave brush roller through a synchronous belt transmission assembly; the rear end of the brush roller frame is pushed by the lifting cylinder The rods are connected, and the lifting cylinder is fixedly installed on the mounting seat of the visceral separation device. The pair of roller imitation form scallop viscera separation device is assembled in the automatic scallop shelling and shell removal equipment, which can realize the rapid and efficient separation of viscera from the scallop shell.

Description

A device for separating viscera of scallops in imitation form with double rollers

technical field

The utility model relates to the field of scallop shell opening assembly line operation machinery, in particular to a separation device for viscera of scallops in the imitation form of a pair of rollers.

Background technique

Scallop meat is delicious, rich in protein and vitamins, and has high nutritional value, so it is deeply loved by people. The shell of the scallop is fan-shaped, the two shells are almost equal, the back ear is larger than the front ear, and there are foot silk holes under the front ear. And it has a strong adductor muscle, which makes it very difficult to open the shell and remove the meat of the scallop. At present, most of the work of opening the shell and removing the meat of the scallop in China is still done by hand. The production efficiency is low, the labor intensity is high, the working environment is harsh, and the scallop food is safe. worry. In order to facilitate the efficient mechanical automation of scallop shelling and meat extraction, an automated mechanical scallop shelling assembly line is designed. In the assembly line body, the operating equipment for the first process of scallop shell opening, double-sided micro-cutting device, shell removal, shell cutting process and other processes have all applied for patents, and the patent application numbers are an automatic double-side micro-cutting device for scallop shell opening. (201710194573.6), an automatic scallop shell cutting equipment (201710216446.1), and the viscera separation process in the assembly line also plays a pivotal role and needs to be resolved.

Utility model content

The purpose of this utility model is to provide a pair of roller imitation form scallop viscera separation device, the pair of roller imitation form scallop viscera separation device is assembled in the automatic scallop shelling and shelling equipment, which can realize fast and efficient removal of viscera from scallop shell separated from the body.

In order to achieve the above object, the utility model adopts the following technical solutions: a double-roller imitation form scallop viscera separation device, which is used for automatic scallop shelling and shell removal equipment, including a brush roller frame, a lifting cylinder, a motor, and a timing belt. The transmission assembly is characterized in that: a concave brush roller and a convex brush roller are installed at the front end of the brush roller frame, and both sides of the concave brush roller and the convex brush roller are installed on the brush roller frame through bearings, and the concave brush roller and the convex brush roller are installed on the brush roller frame through bearings. The brush roller and the convex brush roller work together; one side of the convex brush roller is connected to a motor through a coupling, and the other side of the convex brush roller is connected to one side of the concave brush roller through a synchronous belt transmission assembly; The rear end of the brush roller frame is connected with the lift cylinder push rod, and the lift cylinder is fixedly installed on the viscera separation device mounting seat.

The brush shape of the concave brush roller imitates the curved surface of a scallop, and is provided with two grooves, and the convex brush roller is provided with two convex corrugations.

The one motor is an electric motor.

The one motor is an air motor.

In the above technical solution, the double-roller imitation-type scallop viscera separation device is assembled in the automatic scallop shelling and shelling equipment, and the double-sided microscopic scallop shell has been completed in the preamble of the automatic scallop shelling and shelling equipment. Cutting, scallop column and upper shell separation and other processes; in the viscera separation process, it cooperates with the circular worktable and pneumatic finger shell clamp to complete the separation of scallop viscera.

The concave-haired brush roller is provided with two grooves whose center distance is equal to the distance between the scallop pillars when the scallop is placed on the circular workbench. Requirements, while ensuring that the brush of the concave brush roller does not damage the shell. The shape of the brush of the concave brush roller imitates the curved surface of a scallop, and the purpose is to ensure that the brush of the concave brush roller fits better with the shell of the scallop and ensure that the internal organs are separated and clean.

The convex brush roller is driven by an air motor or an electric motor, and the concave brush roller is driven by the synchronous belt transmission component. When the push rod of the lifting cylinder shrinks, the roller imitates the scallop viscera separation device as a whole, and the concave brush roller approaches the bottom of the scallop. When shelling, the internal organs of the scallop are taken away by the brush on the concave brush roller, the concave brush roller rotates downward relative to the scallop shell, the concave brush roller and the convex brush roller rotate in the same direction, and the concave brush roller and the convex brush roller rotate in the same direction. The hair brushes of the brush rollers are arranged crosswise, the concave brush rollers peel off the viscera of the scallop from the lower shell of the scallop, and the convex brush rollers scrape off the viscera adhered by the concave brush rollers. This enables fast and efficient separation of viscera from the scallop shell.

Description of drawings

Fig. 1 is the structural schematic diagram of the separation device for internal organs of scallop in imitation form of rollers of the present invention.

Fig. 2 is the schematic diagram of the pair of rollers of the utility model.

Fig. 3 is a schematic diagram of the relative position and structure of the roller imitation scallop viscera separating device and the workbench of the utility model.

Fig. 4 is a schematic diagram of the assembly of the utility model's double-roll imitation scallop viscera separation device on the assembly line.

In the figure: 1. Air motor; 2. Convex brush roller; 3. Concave brush roller; 4. Synchronous belt drive assembly; 5. Brush roller holder; 6. Lifting cylinder; 1. Scallop lower shell; 9. Circular workbench; 10. Pneumatic finger holding fixture assembly; 11. Scallop shell cutting equipment; 12. Double-side micro-incision device for scallop shell opening.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is further described: as shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4, a kind of roller imitation form scallop viscera separation device is used for automatic scallop shelling and taking scallop column equipment, including Brush roller frame 5, lifting cylinder 6, air motor 1, convex brush roller 2, concave brush roller 3, synchronous belt drive assembly 4, viscera separation device mounting seat 7, concave brush roller installed on the front end of brush roller frame 5 3 and the convex brush roller 2, both sides of the central axis of the concave brush roller 3 and the convex brush roller 2 are installed on the brush roller frame 5 through bearings, and the concave brush roller 3 and the convex brush roller 2 work together; One end of the central shaft of the convex brush roller 2 passes through the bearing and is connected to the air motor 1 through a coupling, and the other end of the central shaft passes through the bearing and is installed with a synchronous belt drive assembly 4 and one end of the central shaft of the concave brush roller 3; the brush roller The frame 5 rear end links to each other with the lift cylinder 6 push rods, and the lift cylinder 6 is fixedly installed on the viscera separation device mounting seat 7 through the installation hole on the cylinder block with bolt connection.

The concave brush roller 3 is provided with two grooves, the convex brush roller 2 is provided with two convex grooves, and the concave brush roller 3 is provided with two grooves. The center distance between the two grooves is equal to that of the scallops. In the case of the two cases, the shell-pillar spacing, the convex brush roller 2 is provided with two convex corrugated center distances equal to the concave brush roller 3 is provided with the center distance of two grooves, the concave brush roller 3 and the convex brush roller 2 work together to meet the operating requirements that the scallops can be reliably separated from the viscera when they are placed upside down, and at the same time ensure that the brushes of the concave brush roller 3 do not damage the scallop pillars. And the hairbrush profile of concave brush roller 3 imitates the curved surface of scallop, and purpose is to guarantee that the hairbrush of concave brush roller 3 fits better with the shell of scallop, and guarantees that internal organs are separated cleanly.

The double-roll imitation scallop viscera separation device is assembled in the scallop shelling and cutting equipment 11, and cooperates with the automatic scallop shelling and taking shell equipment and the scallop shelling double-sided micro-incision device 12, etc. The scallop shelling double-sided micro-incision device 12Complete the micro-cutting on both sides of the scallop shell, open the shell and cut the column equipment 11 complete the separation of the scallop column and the upper shell before the viscera separation process; in the viscera separation process, cooperate with the circular workbench 10 and the pneumatic finger holding fixture assembly 10 , to complete the separation of the internal organs of the scallop.

The convex brush roller 2 is driven by the air motor 1, and the concave brush roller 3 is driven by the synchronous belt transmission assembly 4. When the push rod of the lifting cylinder 6 shrinks, the roller imitates the scallop viscera separation device as a whole, and the concave brush roller 3 When approaching the lower shell 8 of the scallop, the internal organs of the scallop are taken away by the brush on the concave brush roller 3, and the concave brush roller 3 rotates downward relative to the scallop shell, and the concave brush roller 3 and the convex brush roller 2 rotate in the same direction. And the concave hair brush roller 3 and the hair brushes of the convex brush roller 2 are arranged crosswise, the concave brush roller 3 peels off the internal organs of the scallop from the lower shell 8 of the scallop, and the convex brush roller 2 scrapes off the viscera adhered by the concave brush roller 3 . This enables fast and efficient separation of viscera from the scallop shell.

This embodiment is only an illustration of the concept and realization of the utility model, and does not limit it. Under the concept of the utility model, technical solutions without substantial transformation are still within the scope of protection.

Claims (4)

1. A pair of roller imitation form scallop viscera separation device is used for automatic scallop shelling and shelling equipment, comprising a brush roller frame, a lifting cylinder, a motor, and a synchronous belt drive assembly, characterized in that: the brush The front end of the roller frame is equipped with a concave brush roller and a convex brush roller, both sides of the concave brush roller and the convex brush roller are installed on the brush roller frame through bearings, and the concave brush roller and the convex brush roller work together; One side of the convex brush roller is connected to a motor through a coupling, and the other side of the convex brush roller is connected to one side of the concave brush roller through a synchronous belt drive assembly; the rear end of the brush roller frame is connected to the lifting cylinder The push rods are connected, and the lifting cylinder is fixedly installed on the mounting seat of the viscera separation device. 2. The roller imitation form scallop viscera separation device as claimed in claim 1, characterized in that: the brush profile of the concave brush roller imitates the arc surface of scallop, and is provided with two grooves, and the convex brush roller is provided with There are two flutes. 3. The device for separating viscera of scallops in the form of double-roll imitation as claimed in claim 1, characterized in that: the motor is an electric motor. 4. The double-roll imitation scallop offal separation device according to claim 1, wherein the motor is an air motor.