CN202197751U - Shrimp meat cleaning machine - Google Patents

Abstract

The utility model belongs to the technical field of food machinery, and specifically, relates to a shrimp cleaning machine, which is a shrimp cleaning device specially designed for the characteristic that fresh shrimps after shelling are very easy to be contaminated, and comprises a frame, a lifting and conveying mechanism, a cleaning mechanism and an inspection and conveying mechanism, wherein the cleaning mechanism comprises a rinsing tank, a water spray pipe is arranged in the rinsing tank, an overflow port is arranged in the rinsing tank, the inspection and conveying mechanism is arranged corresponding to the overflow port, and a rolling cage mechanism is further arranged corresponding to the overflow port. By adopting the above technical scheme, the utility model can clean the residual shells, residual claws, intestines and stomach viscera, feces and other dirt on the fresh shrimps after shelling, and the structural design is ingenious, so that the shrimps can be automatically cleaned and decontaminated.

Description

Shrimp Washing Machine

technical field

The utility model belongs to the technical field of food machinery, and in particular relates to a shrimp cleaning machine, which is a specially designed cleaning equipment for fresh shrimps specially designed for the characteristic that shelled fresh shrimps are easily polluted.

Background technique

Shrimp is made from live shrimp. Wash the shrimp body with clean water, remove the shrimp head, tail and shell, and the pure shrimp meat after shelling is the shrimp. Shrimp is very popular because it is light and refreshing, the meat is fresh and tender, easy to digest, and suitable for all ages. Moreover, shrimps are rich in nutrients, and their protein content is several to dozens of times that of fish, eggs, and milk. They are also rich in minerals such as potassium, iodine, magnesium, and phosphorus, as well as vitamin A, aminophylline, and other ingredients. Activities have a regulating effect, can protect the cardiovascular system very well, can reduce the content of cholesterol in the blood, prevent arteriosclerosis, and at the same time expand the coronary arteries, which is beneficial to the prevention of high blood pressure and myocardial infarction.

At present, when processing shrimps in my country, the usual method is to manually remove the heads, shells, and viscera of shrimps. However, during the processing of shrimps, the processed shrimps will contain residues. Claws, residual shells, intestinal feces, if these dirt are not washed away in time, under the action of air and temperature, these dirt will quickly become smelly and rotten, resulting in pollution of the shrimp itself, reducing the quality of the product, and causing serious damage to the shrimp. Enterprises increase the cost burden.

Utility model content

The utility model overcomes the shortcomings in the prior art and provides a shrimp cleaning machine, which can clean off the residual shells, residual claws, intestinal viscera, feces and other dirt on the shelled fresh shrimps. Even if the shrimp meat is clean and free from pollution, the original delicious taste of the shrimp meat is maintained, and the production efficiency is high and the degree of automation is high.

In order to solve the above technical problems, the utility model is achieved through the following technical solutions:

A shrimp cleaning machine, comprising a frame, a lifting conveying mechanism, a cleaning mechanism and an inspection conveying mechanism, the cleaning mechanism includes a rinsing tank, a water spray pipe is provided in the rinsing tank, an overflow is provided in the rinsing tank, and the inspection The conveying mechanism is set corresponding to the overflow, and a rolling cage mechanism is also provided corresponding to the overflow.

Wherein, the lifting conveying mechanism includes a lifting conveyor frame, and the lifting conveyor frame is provided with a lifting conveyor belt, and also includes an adjustment screw for adjusting the tension of the lifting conveyor belt.

Further, the input end of the lifting conveying mechanism is provided with a pre-wash tank.

Further, it also includes a circulating water pool, which includes a filter pool, a purification pool, and a return pool that are connected in sequence. A water pump and an upper water pipe for communicating with the rinsing pool are provided, and filter screens are provided in the filter pool, the purification pool and the return pool.

Wherein, the water spray pipe communicates with the upper water pipe.

Further, the side of the filter pool is provided with an overflow port and an overflow pool, and the overflow pool is provided with a drain valve.

Further, the rolling cage mechanism includes a main rolling cage and an auxiliary rolling cage, an output funnel is arranged below the upper cut surface of the main rolling cage and the auxiliary rolling cage, and the inspection and conveying mechanism is arranged under the output funnel.

Further, the main and auxiliary rolling cages are provided with water baffles around and below.

Wherein, the inspection conveying mechanism includes an inspection conveying frame, and the inspection conveying frame is provided with an inspection conveyor belt, and also includes an adjustment screw for adjusting the tension of the inspection conveyor belt.

Wherein, a magnet is arranged in the rinsing pool.

Compared with the prior art, the beneficial effects of the utility model are:

The utility model comprises a frame, a lifting conveying mechanism, a cleaning mechanism and an inspection conveying mechanism. The cleaning mechanism includes a rinsing tank, a water spray pipe is arranged in the rinsing tank, and an overflow port is provided in the rinsing tank. The overflow port is set, and a rolling cage mechanism is also provided corresponding to the overflow port.

By adopting the above technical scheme, the utility model can clean away the residual shells, residual claws, intestines, intestines, feces and other dirt on the shelled fresh shrimps, and the structural design is ingenious, realizing the automatic cleaning and decontamination of the shrimps .

Description of drawings

Below in conjunction with accompanying drawing and specific embodiment, the utility model is described in further detail.

Fig. 1 is the front view of the utility model;

Fig. 2 is the top view of the utility model;

Fig. 3 is a left view of the utility model.

Detailed ways

As shown in Figures 1 to 3, the shrimp cleaning machine described in the utility model includes a lifting conveying mechanism, a cleaning mechanism, an inspection conveying mechanism and a circulating pool, and is equipped with an electric control box.

1. Elevating conveying mechanism, its main function is to lift and convey the raw shrimp to the cleaning mechanism after pre-cleaning.

The lifting conveying mechanism is mainly composed of lifting conveyor belt 1, lifting conveyor frame 2, reducer 4, main shaft 5, adjusting screw 26, auxiliary shaft 27, left guard plate 29, end guard plate 30 and right guard plate 31, etc. , The lifting conveying mechanism is fixed in the pre-wash tank 28 of the circulating pool and on the frame 12. Wherein the main shaft 5 and the auxiliary shaft 27 are respectively installed on the lifting conveyor frame 2 through the bearing housing, and the lifting conveyor belt 1 is sleeved on the pulleys on the main shaft 5 and the auxiliary shaft 27, and its tension is regulated by the adjusting screw 26.

2. Cleaning mechanism:

The cleaning mechanism is mainly composed of a water pump 25, an upper water pipe 32, an adjustment screw 6, a water spray pipe 7, a rinse tank 8, a magnet 9, a main roller cage 10, an auxiliary roller cage 11, a frame 12, a reducer 3, a funnel 13 and a stopper. Parts such as water plate constitute, and cleaning mechanism is fixed on the filter pool 22 tops of water circulation pool. Among them, the rinsing pool 8 is placed on the top of the frame 12 to connect with the lifting conveyor belt 1, and the position can be adjusted by the adjusting screw 6; the rinsing pool is provided with a water spray pipe 7, and the bottom is equipped with a magnet 9, and the water spray pipe 7 passes through the hose and the upper water pipe 32 connection; the main rolling cage 10 and the auxiliary rolling cage 11 (many gaps evenly distributed on the cylindrical surface) are respectively installed on the frame 12 through the bearing seat, and are located below the overflow of the rinsing tank 8; along the main rolling cage 10 and the auxiliary rolling cage The product output funnel 13 is equipped with the product output funnel 13 below the upper side cut surface of the rolling cage 11, and water barriers are installed around the main rolling cage 10 and the auxiliary rolling cage 11 around and below.

The main function of the cleaning mechanism is to clean up the residual shells, residual claws and intestinal feces on the raw shrimp, and output the cleaned shrimp to the inspection conveyor belt 35 through the funnel 13. Magnet 9 is housed at the bottom of rinsing pool 8 wherein, therefore, if water contains ferrous fine metal particles then can be sucked in the bottom of rinsing pool 8 and reach the purpose of removing metal impurities.

3. Check the conveying mechanism:

The inspection conveying mechanism is mainly composed of adjusting screw 14, main shaft 15, transmission sprocket 16, reducer 17, inspection conveying frame 18, auxiliary shaft 19 and inspection conveyor belt 35, etc. The inspection conveying mechanism is placed on the front end of the water circulation pool and the funnel 13 articulation. Wherein the main shaft 15 and the auxiliary shaft 19 are respectively installed on the inspection conveyor frame 18 through the bearing seat, and the inspection conveyor belt 35 is sleeved on the pulleys of the main shaft 15 and the auxiliary shaft 19, and its tension is adjusted by the adjusting screw 14.

The main function of the inspection conveying mechanism is to inspect the cleaned shrimps output by the funnel 13 and deliver them to the next procedure.

4. Circulating pool

The circulating pool is mainly composed of a filter pool 22 , a purification pool 23 , a backwater pool 24 and a prewash pool 28 . Wherein each pond is all provided with outlet 20, and filter screen 21 is housed respectively in filter pond 22, purification pond 23 and backwater pond 24, and filter pond 22 right sides are provided with overflow port and overflow pond 33, and overflow pond 33 is provided with Drain valve 34.

The main function of the circulating pool is to filter, purify and recycle the water in the cleaning process.

The working principle of the utility model is:

The user first fills the circulating pool with water, and starts the water pump 25 to pump the water from the return pool 24 to the rinsing pool 8 through the upper water pipe 32, and then overflows from the overflow port of the rinsing pool 8, like a waterfall through the shower. After sprinkling the main roller cage 10 and the auxiliary roller cage 11, it flows back to the filter pool 22 in the circulating water pool, and the filtered water overflows from the filter pool 22 to the purification pool 23, and then flows back from the purification pool 23 to the return pool 24 , so that the water can be recycled continuously. When the water in the circulating pool overflows from the overflow port on the right side of the filter pool 22 to the overflow pool 33, it means that the whole system has been filled with water. At this moment, the main rolling cage 10 and the auxiliary rolling cage 11 can be started to rotate along the direction shown in the figure, and then the lifting conveyor belt 1 and the inspection conveyor belt 35 can be started respectively, and water injection to the circulating pool can be stopped.

After the machine starts, the raw shrimps can be sent into the pre-wash tank 28 for pre-cleaning, and then sent to the rinsing tank 8 by the lifting conveyor belt 1 for rinsing. At this moment, water pump 25 constantly pumps water to rinse tank 8 from return tank 24 by upper water pipe 32, and sprays water in rinse tank 8 through spray pipe 7 wherein to boil, and raw raw shrimps are fully rinsed in this boiling water. Dirts such as remaining residual shells, residual claws and intestinal feces on the shrimp are washed off, and overflow from the overflow port of the rinsing tank 8 along with the water. Wherein the dirt that overflows with water is small and light in weight, so it can only drift to the main rolling cage 10 or the auxiliary rolling cage 11 with the water, and is caught and taken away by the cracks on the rolling cage. When the dirt is positioned at the bottom of the rolling cage after half a circle with the rolling cage, it will be washed off to the filter screen in the filter pool 22 under the flushing effect of the overflow water, and the shrimps overflowing with the water are due to their relatively small size. The large mass is heavy, and the thrust of the overflow water is also large, and the kinetic energy obtained is also large, so the distance to be thrown is also large. By adjusting the position of the rinsing tank 8 through the adjustment screw 6, the main rolling cage 10 and the auxiliary rolling cage 11 can be adjusted. Be in the position where the shelled shrimps are thrown the maximum distance, so that the shelled shrimps can only pass by, do not touch the main rolling cage 10 and the auxiliary rolling cage 11 and fall on the funnel 13, and slide down to the inspection conveyor belt 35, and then The inspection conveyor belt 35 conveys the inspection and outputs the products. In addition, if the water contains irony fine metal particles, it will be attracted to the bottom of the rinsing tank 8 by the magnet 9 at the bottom of the rinsing tank 8 to remove metal impurities.

If the water quality becomes turbid during a larger single-batch production process, clean water can be added to the prewash tank 28 so that the turbid water in the circulating water tank overflows from the overflow port on the right side of the filter tank 22 to the overflow tank 33 , and then discharged by the drain valve 34, thereby maintaining the cleanliness of the circulating water.

After the single-batch production is completed, the lifting conveyor belt 1 and the inspection conveyor belt 35, the main rolling cage 10, the auxiliary rolling cage 11, and the water pump 25 can be shut down successively, and then the machine is cleaned.

The utility model is not limited to the above-mentioned embodiment, if the various modifications or deformations of the utility model do not depart from the spirit and scope of the utility model, if these changes and deformations belong to the claims of the utility model and within the equivalent technical scope, Then the utility model is also intended to include these modifications and variations.

Claims (10)

1. A shrimp cleaning machine, characterized in that: comprise frame, lifting conveying mechanism, cleaning mechanism and inspection conveying mechanism, described cleaning mechanism comprises rinsing tank, is provided with spray pipe in this rinsing tank, and described rinsing tank is provided with The overflow port, the inspection conveying mechanism is set corresponding to the overflow port, and a rolling cage mechanism is also provided corresponding to the overflow port. 2. The shrimp cleaning machine according to claim 1, characterized in that: the lifting conveying mechanism comprises a lifting conveyor frame, the lifting conveyor frame is provided with a lifting conveyor belt, and also includes an adjustment screw for adjusting the tension of the lifting conveyor belt. 3. The shrimp cleaning machine according to claim 1, characterized in that: the input end of the lifting and conveying mechanism is provided with a pre-washing pool. 4. The shrimp cleaning machine according to claim 3, characterized in that: it also includes a circulating pool, which includes a filter pool, a purification pool, and a return pool connected in sequence, and the filter pool is located below the rolling cage mechanism, and the return pool The water pool communicates with the prewash pool, the return pool is also provided with a water pump and an upper water pipe for communicating with the rinsing pool, and the filter pool, purification pool and return pool are provided with filter screens. 5. The shrimp cleaning machine according to claim 4, characterized in that: the water spray pipe communicates with the upper water pipe. 6. The shrimp cleaning machine according to claim 4, characterized in that: the side of the filter tank is provided with an overflow port and an overflow pool, and the overflow pool is provided with a drain valve. 7. The shrimp cleaning machine according to claim 1, characterized in that: said rolling cage mechanism comprises main and auxiliary rolling cages, and an output funnel is arranged below the upper side cut surfaces of said main and auxiliary rolling cages, said inspection The conveying mechanism is arranged below the output funnel. 8. The shrimp cleaning machine according to claim 7, characterized in that: the main and auxiliary rolling cages are provided with water baffles around the front, back, left, and right sides and below. 9. The shrimp washing machine according to claim 1, characterized in that: said inspection conveying mechanism comprises an inspection conveying frame, said inspection conveying frame is provided with an inspection conveyor belt, and also includes an adjustment screw for adjusting the tension of the inspection conveyor belt. 10. The shrimp cleaning machine according to any one of claims 1 to 9, characterized in that: a magnet is arranged in the rinsing tank.

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