CN220384212U - Tremella cleaning and processing system for bottled beverage production - Google Patents

Abstract

The utility model discloses a white fungus cleaning and processing system for bottled beverage production, which includes a bubble cleaning machine and a mesh belt conveyor. The bubble cleaning machine includes a No. 1 bubble cleaning machine and a No. 2 bubble cleaning machine. A dicing machine is installed above the feeding end of the No. 2 bubble cleaning machine. The feeding port of the dicing machine is connected to the discharge end of the No. 1 bubble cleaning machine. The feeding end of the mesh belt conveyor is connected to the No. 2 feeding end. The discharge end of the bubble cleaning machine is connected, the discharge end of the mesh belt conveyor is connected to the metal detector, and the discharge end of the metal detector is connected to the buffer hopper. The Tremella fuciformis cleaning and processing system has high cleaning efficiency and can ensure that the Tremella fuciformis used in the processing and production of bottled beverages are clean and free of debris.

Description

Tremella cleaning and processing system for bottled beverage production

Technical field

The utility model relates to the technical field of food cleaning and processing, specifically a white fungus cleaning and processing system for bottled beverage production.

Background technique

With the development of the times, people's living standards continue to improve, and people have higher and higher quality requirements for various beverages. Among a wide variety of beverages, the quality and safety and hygiene of raw materials and excipients of bottled beverages are closely related to the bottled beverages. Are drinks popular among people?

Tremella, also known as white fungus, snow fungus, tremella, etc., belongs to the genus Tremella of the fungus family Tremellaceae. It is the fruiting body of the fungus Tremella of the phylum Basidiomycota and has the reputation of "the crown of fungi". The fruit body of Tremella fuciformis is pure white to milky white, 5-10 cm in diameter, soft and white, translucent and elastic. Efficacy: Tremella is sweet, light, neutral in nature and non-toxic. It not only has the effect of nourishing the spleen and appetizing, but also has the effects of benefiting qi, clearing the intestines, nourishing yin and moistening the lungs. It can not only enhance human immunity, but also enhance the tolerance of tumor patients to radiotherapy and chemotherapy. Tremella is rich in natural plant-based colloids and has the function of nourishing yin. It is a good emollient food that can be taken for a long time.

Since Tremella fuciformis has high medicinal and nutritional value, in order to meet market demand and facilitate consumption, some manufacturers process Tremella fuciformis, bird's nest, red dates and other raw materials, and then fill them in glass bottles to form a thick juice drink. During the cultivation and growth process of Tremella fuciformis, sediment and other debris will stick to it, and Tremella fungus needs to be cleaned before use. In order to reduce labor intensity and improve cleaning efficiency, people have designed Tremella fungus cleaning equipment, and some cleaning equipment has also been reported in the public literature. ,For example:

1. Chinese patent: Tremella segmented immersion cleaning machine, application number: 202010474572.9, application date: 2020.05.29, Abstract: The present invention discloses a Tremella segmented immersion cleaning machine, including a multi-segment cleaning tank, each segment is cleaned The tank includes a front spray device, a pressure bubble removal and separation device, a rear spray device and a discharging and conveying device. The discharging and conveying device of the upper cleaning tank is transported to the front of the subsequent cleaning tank. The discharging and conveying device includes The conveyor chain plate and the pressure bubble removal and separation device include a rolling device immersed under the liquid level of the cleaning tank. The rolling device is provided with drainage holes. The impurities entering the drainage holes are placed on the wall of the cleaning tank at the corresponding location. The overflow flows to the filter tank, and the water discharged from the drain outlet of the filter tank is directed to the front of the cleaning tank for recycling. The invention can promote the effective separation of white fungus and impurities, thoroughly clean the white fungus, and at the same time can recycle the cleaning water, effectively save water, and facilitate decontamination after cleaning.

2. Chinese patent: A fully automatic cleaning machine for Tremella processing, application number: 202220546424.8, application date: 2022.03.14, Abstract: This utility model relates to the field of Tremella processing equipment, and aims to provide a fully automatic cleaning machine for Tremella processing , including a cleaning chassis and a feed box. A motor is installed on one side of the inner wall of the bottom of the cleaning chassis through bolts. The end of the motor is welded with a main sprocket. A cleaning rack is movably connected to the inside of the cleaning box through bearings, and the outer wall of the cleaning rack A secondary sprocket is welded on one side, and a chain is connected to the external transmission of the main sprocket and the secondary sprocket. A motor is installed on the top side of the feed box through bolts. The output end of the motor is fixed with a stirring frame. The inner wall of the top of the feed box A movable frame is movably connected to one side of the feed box, and an organic side box is welded to the outer wall of one side of the feed box. In this utility model, after the main sprocket rotates, the cleaning rack rotates with the secondary sprocket, which facilitates rapid automatic cleaning and stirring of the white fungus. The stirring rack is driven by the motor and rotates, so that the movable rack mixes the white fungus at the same time, and the exhaust fan can remove the outer part of the white fungus. The dust is collected to improve the cleanliness of Tremella fuciformis.

3. Chinese patent: An automated fresh Tremella spray and air shower cleaning machine, application number: 202023321695.3, application date: 2020.12.31, Abstract: The utility model relates to the technical field of cleaning machines, specifically an automated fresh Tremella spray The air shower cleaning machine includes a device main body, the device body includes a cleaning machine outer body, a cleaning mechanism is provided inside the cleaning machine outer body, and the cleaning mechanism includes a water storage tank, and a storage tank is fixedly connected to the left end of the cleaning machine outer body. A water tank is provided, and a first connecting pipe is inserted into the top of the water tank. A water pump is fixedly connected to the top of the first connecting pipe, and the right end of the water pump is fixedly connected to the outer casing of the cleaning machine. The utility model can cause the Tremella fuciformis on the surface of the filter to flip up and down, further improving the vibration effect of the filter and the flushing effect of the Tremella fuciformis. In conjunction with the above-mentioned cleaning mechanism, the device can spray and air-drench the Tremella fuciformis while also It can make the white fungus shake up and down automatically, and the two mechanisms share a power source, which not only ensures the use effect, but also greatly improves the practicality and economic benefits of the device.

4. Chinese patent: A white fungus cleaning machine, application number: 202210431237. Entering the cleaning tank, the white fungus cleaning machine also includes an air blowing device. The air blowing device is located in the cleaning tank, and the belt conveyor line is connected to an inclination angle adjustment mechanism. The present invention uses a composite cleaning method to simultaneously complete the cleaning during the white fungus soaking process, which greatly improves the cleaning efficiency, reduces manual labor intensity, shortens the white fungus cleaning process cycle, and avoids the odor generated by long-term immersion of the white fungus in water. In the present invention, the matching state of the belt conveyor line and the cleaning pool can be adjusted, which makes daily maintenance of the equipment more convenient.

Through production and application research, it was found that after the above-mentioned disclosed cleaning device cleans Tremella fuciformis, it is easy to contain debris in the Tremella fuciformis, which affects the quality of beverage products after application and causes economic losses to the enterprise. Therefore, it is necessary to design a device that can ensure that Tremella fuciformis is cleaned. , a cleaning system that is less likely to entrain debris.

Contents of the invention

The purpose of this utility model is a white fungus cleaning and processing system for the production of bottled beverages. The white fungus cleaning and processing system for the production of bottled beverages has high cleaning efficiency and can ensure that the white fungus used in the production of bottled beverages is cleaned cleanly without inclusion of debris.

In order to achieve the above purpose, the present utility model adopts the following technical solutions:

A white fungus cleaning and processing system for bottled beverage production, including a bubble cleaning machine and a mesh belt conveyor. The bubble cleaning machine includes a No. 1 bubble cleaning machine and a No. 2 bubble cleaning machine. The No. 2 bubble cleaning machine A dicing machine is installed above the feeding end of the bubble cleaning machine. The feeding port of the dicing machine is connected to the discharge end of the No. 1 bubble cleaning machine. The feeding end of the mesh belt conveyor is connected to the No. 2 bubble cleaning machine. The discharge end of the mesh belt conveyor is connected to a metal detector, and the discharge end of the metal detector is connected to a buffer hopper.

Further preferably: the No. 1 bubble cleaning machine includes a No. 1 bubble cleaning casing and a No. 1 mesh belt conveyor. The No. 1 mesh belt conveyor is divided into a horizontal section and an inclined lifting conveying section. The horizontal section of the mesh belt conveyor is located in the No. 1 bubble cleaning machine casing. The inclined lifting conveying section of the No. 1 mesh belt conveyor tilts upward toward the exit end. The inclined lifting conveying section of the No. 1 mesh belt conveyor is in contact with the dicing machine. The No. 1 bubbling cleaning machine casing is connected to the feed inlet. There is a No. 1 air blowing pipe along the length of the No. 1 mesh belt conveyor. The No. 1 air blowing pipe is preferably set between the upper conveyor mesh belt and the lower conveyor mesh belt. The No. 1 blower air pipe is provided with multiple air outlets, and the air outlets are set upward. The air blown by the blower is discharged from the air outlets, causing the water in the No. 1 bubble cleaning machine casing to bubble and clean the white fungus on the upper conveyor belt. The No. 1 air blowing pipe is connected to a blower through the No. 1 gas transmission pipe. A No. 1 water spray pipe is set up above the horizontal section of the No. 1 mesh belt conveyor. The No. 1 water spray pipe is equipped with a No. 1 water spray valve and a No. 1 water spray valve that sprays water downwards. Water spray head, the No. 1 water spray pipe is connected to the No. 1 high-pressure pump through the No. 1 water pipe. The water inlet of the No. 1 high-pressure pump is connected to the feed end of the No. 1 bubble cleaning machine casing through the No. 1 suction pipe. The No. 1 water pipe It is also connected to the discharge end of the No. 1 bubble cleaning casing through a water push pipe. A water push valve is installed on the water push pipe. The No. 1 high-pressure pump pumps the water in the No. 1 bubble cleaning casing, and part of the water is sprayed from the No. 1 The No. 1 nozzle on the water pipe sprays water to flush the Tremella fuciformis. A part of the water is introduced from the outlet end through the push water pipe, allowing the No. 1 nozzle to bubble the water in the cleaning casing to form a flow of water to separate impurities from the Tremella fuciformis and reduce inclusions in the Tremella fuciformis. Impurities; No. 1 sewage pipe is provided at the bottom of the No. 1 bubble cleaning casing, and No. 1 sewage valve is installed on the No. 1 sewage pipe; No. 1 flushing pipe is set above the low end of the inclined lifting conveyor section of the No. 1 mesh belt conveyor, and No. The No. 1 flushing pipe is equipped with a No. 1 flushing valve and a No. 1 flushing nozzle that sprays water toward the No. 1 mesh belt conveyor; when the Tremella fuciformis has completed soaking and flushing, the No. 1 mesh belt conveyor will transport the Tremella fuciformis. When the Tremella fuciformis passes through the inclined lifting conveyor section, The No. 1 flushing pipe is supplied with water, and the No. 1 flushing nozzle sprays water to flush the Tremella fuciformis again, flushing the impurities attached to the surface of the Tremella fuciformis, and improving the cleaning rate; the Tremella fuciformis is conveyed by the inclined lifting conveyor section of the No. 1 mesh belt conveyor and falls into the dicing machine. Dice inside.

It is further preferred that the No. 1 bubbling cleaning casing at the inlet end of the No. 1 water pipe is provided with a No. 1 filter to prevent impurities in the No. 1 bubbling cleaning casing from being pumped from the No. 1 water pipe to clean the white fungus. Affect the cleaning effect.

Further preferably: the feed end of the No. 1 bubble cleaning machine casing is connected to a No. 1 water injection pipe, a No. 1 water injection valve is installed on the No. 1 water injection pipe, the No. 1 water injection pipe is connected to the water supply pipe, and the No. 1 water supply pipe is also connected to the No. 1 water injection pipe. Flush pipe connection. Open the No. 1 water injection valve, and the water in the water supply pipe will enter the No. 1 bubble cleaning machine casing from the No. 1 water injection pipe to soak and clean the white fungus.

Further preferably: the No. 1 bubbling cleaning casing and the inclined lifting conveying section of the No. 1 mesh belt conveyor are both supported by the No. 1 bracket.

Further preferred: the No. 2 bubbling cleaning machine includes a No. 2 bubbling cleaning casing and a No. 2 mesh belt conveyor. The No. 2 mesh belt conveyor is divided into a horizontal section and an inclined lifting conveying section. The horizontal section of the mesh belt conveyor is located in the No. 2 bubbling cleaning casing. The inclined lifting conveying section of the No. 2 mesh belt conveyor tilts upward toward the exit end. The No. 2 bubbling cleaning casing is along the length of the No. 2 mesh belt conveyor. There is a No. 2 drum air pipe in the direction. The No. 2 drum air pipe is preferably arranged between the upper conveyor mesh belt and the lower conveyor mesh belt. The No. 2 drum air pipe is provided with multiple air outlets. The air outlets are set upward. The No. 2 drum The air pipe is connected to a blower through the No. 2 gas pipe. A No. 2 water spray pipe is installed above the horizontal section of the No. 2 mesh belt conveyor. The No. 2 water spray pipe is equipped with a No. 2 water spray head that sprays water downward. The water pipe is connected to the No. 2 high-pressure pump. The water inlet of the No. 2 high-pressure pump is connected to the feed end of the No. 2 bubble cleaning casing through the No. 2 suction pipe. There is a No. 2 sewage pipe at the bottom of the No. 2 bubble cleaning casing. , a No. 2 sewage valve is installed on the No. 2 sewage pipe; a No. 2 flushing pipe is installed above the inclined lifting conveying section of the No. 2 mesh belt conveyor, and a No. 2 flushing valve and a No. 2 mesh belt are installed on the No. 2 flushing pipe. The No. 2 flushing nozzle of the conveyor sprays water; the outlet of the dicing machine extends above the horizontal section of the No. 2 mesh belt conveyor; the diced white fungus falls onto the horizontal section of the No. 2 mesh belt conveyor, and the blower The blown air is discharged from the air outlet, causing the water in the No. 2 bubble cleaning casing to bubble and clean the tremella tremella on the upper conveyor belt, and the No. 2 high-pressure pump pumps the water in the No. 2 bubble cleaning casing. , water is sprayed from the No. 2 sprinkler head on the No. 2 water spray pipe to spray and wash the Drill-shaped Tremella fuciformis to remove impurities contained in the Drill-shaped Tremella fuciformis; the No. 2 mesh belt conveyor transports the Drill-shaped Tremella fuciformis through the inclined When lifting the conveyor section, the No. 2 flushing pipe is open to water, and the No. 2 flushing nozzle sprays water to clean the tremella tremella again. The impurities attached to the surface of the tremella tremella are sprayed to ensure the cleanliness of the tremella; the tremella tremella is cleaned by the No. 2 net. The inclined lifting conveyor section of the belt conveyor transports the water and drops it to the mesh belt conveyor for water filtering. After filtering, the diced white fungus passes through the gold detector and enters the buffer hopper for further processing. The conveyor belts of the No. 1 mesh belt conveyor and the No. 2 mesh belt conveyor are best to use conveyor belts with anti-skid scrapers. The dicing machine can be a purchased vegetable dicing machine.

It is further preferred that the No. 2 bubbling cleaning casing at the water inlet end of the No. 2 water pumping pipe is provided with a No. 2 filter screen to prevent impurities in the No. 2 bubbling cleaning machine casing from being pumped from the No. 2 water pumping pipe to clean Tremella fuciformis. , affecting the cleaning effect.

Further preferably: the feed end of the No. 2 bubble cleaning machine casing is connected to the No. 2 water injection pipe, the No. 2 water injection valve is installed on the No. 2 water injection pipe, the No. 2 water injection pipe is connected to the water supply pipe, and the water supply pipe is also connected to the water supply pipe. No. 2 flush pipe connection. Open the No. 2 water injection valve, and the water in the water supply pipe will enter the No. 2 bubble cleaning machine casing from the No. 2 water injection pipe to soak and clean the white fungus.

Further preferably: the No. 2 bubbling cleaning casing and the inclined lifting conveying section of the No. 2 mesh belt conveyor are both supported by the No. 2 bracket.

This white fungus cleaning and processing system for bottled beverage production has the following advantages:

1. The white fungus cleaning and processing system for bottled beverage production uses the No. 1 bubble cleaning machine and the No. 2 bubble cleaning machine for flow operation cleaning. A dicing machine is installed between the No. 1 bubble cleaning machine and the No. 2 bubble cleaning machine. After the white fungus is cleaned by the No. 1 bubble cleaning machine, it is cut into cubes and then cleaned by the No. 2 bubble cleaning machine. The cleaning efficiency is high, no debris is entrained, and the cleanliness rate of white fungus cleaning can be guaranteed.

2. In the No. 1 bubble cleaning machine, part of the water pumped by the No. 1 high-pressure pump is cleverly introduced from the outlet end through the push pipe, so that the water in the No. 1 bubble cleaning machine casing forms a flow of water to separate impurities from the white fungus. Reduce the impurities contained in the Tremella fuciformis, and then use the No. 1 flushing nozzle to spray water to flush the Tremella fuciformis again, which can ensure that the relatively clean Tremella fuciformis is transported to be cut into cubes and reduce the cleaning pressure of the No.2 bubble cleaning machine.

Description of the drawings

Figure 1 is a schematic structural diagram of the Tremella cleaning and processing system used in the production of bottled beverages;

Figure 2 is a schematic diagram of the installation structure of the No. 1 bubble cleaning machine;

Figure 3 is a schematic diagram of the installation structure of the No. 2 bubble cleaning machine;

The names corresponding to the serial numbers in the figure are:

1. No. 1 bubble cleaning machine; 2. Dicer; 3. No. 2 bubble cleaning machine; 4. Mesh belt conveyor; 5. Gold detector; 6. Cache hopper; 7. No. 1 bubble cleaning machine Shell; 8. No. 1 mesh belt conveyor; 9. No. 1 water injection pipe; 10. No. 1 water injection valve; 11. No. 1 air blast pipe; 12. No. 1 gas pipe; 13. No. 1 water spray head; 14. No. 1 No. 1 water spray pipe; 15. Water supply pipe; 16. No. 1 flushing nozzle; 17. No. 1 flush valve; 18. No. 1 flush pipe; 19. No. 1 bracket; 20. Blower; 21. Push water pipe; 22. Push water valve; 23. No. 1 water spray valve; 24. No. 1 water pipe; 25. No. 1 high-pressure pump; 26. No. 1 pumping pipe; 27. No. 1 sewage pipe; 28. No. 1 sewage valve; 29. No. 1 filter net; 30. No. 2 bubble cleaning machine casing; 31. No. 2 mesh belt conveyor; 32. No. 2 water injection valve; 33. No. 2 water injection pipe; 34. No. 2 water spray head; 35. No. 2 water spray pipe ; 36. No. 2 flushing nozzle; 37. No. 2 flushing valve; 38. No. 2 flushing pipe; 39. No. 2 bracket; 40. No. 2 blower pipe; 41. No. 2 air pipe; 42. No. 2 high-pressure pump; 43 , No. 2 sewage valve; 44. No. 2 sewage pipe; 45. No. 2 pumping pipe; 46. No. 2 filter.

Detailed ways

The technical solutions in the embodiments of the present utility model will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present utility model. Obviously, the described embodiments are only part of the embodiments of the present utility model, not all implementations. example.

Example 1

A white fungus cleaning and processing system for bottled beverage production, including a bubble cleaning machine and a mesh belt conveyor 4. The bubble cleaning machine includes a No. 1 bubble cleaning machine 1 and a No. 2 bubble cleaning machine 3. A dicing machine 2 is installed above the feeding end of the No. 2 bubble cleaning machine 3. The feeding port of the dicing machine 2 is connected to the discharge end of the No. 1 bubble cleaning machine 1. The feeding end of the mesh belt conveyor 4 The end is connected to the discharge end of the No. 2 bubble cleaning machine 3, the discharge end of the mesh belt conveyor 4 is connected to the metal detector 5, and the discharge end of the metal detector 5 is connected to the buffer hopper 6.

The No. 1 bubble cleaning machine 1 includes a No. 1 bubble cleaning machine casing 7 and a No. 1 mesh belt conveyor 8. The No. 1 mesh belt conveyor 8 is divided into a horizontal section and an inclined lifting conveying section. The horizontal section of the mesh belt conveyor 8 is located in the No. 1 bubble cleaning casing 7. The inclined lifting conveying section of the No. 1 mesh belt conveyor 8 tilts upward toward the exit end. The inclined lifting conveying section of the No. 1 mesh belt conveyor 8 is in line with the The feed inlet of the dicing machine 2 is connected. The No. 1 bubble cleaning machine casing 7 is provided with a No. 1 air blowing pipe 11 along the length direction of the No. 1 mesh belt conveyor 8. The No. 1 air blowing pipe 11 is provided with a plurality of air outlets. The No. 1 air blowing pipe 11 is connected to the blower 20 through the No. 1 gas transmission pipe 12. A No. 1 water spray pipe 14 is installed over the horizontal section of the No. 1 mesh belt conveyor 8. The No. 1 water spray pipe 14 is equipped with a No. 1 water spray valve 23 and a facing The No. 1 water spray head 13 that sprays water, the No. 1 water spray pipe 14 is connected to the No. 1 high-pressure pump 25 through the No. 1 water pipe 24, and the water inlet of the No. 1 high-pressure pump 25 is connected to the No. 1 bubbler through the No. 1 pumping pipe 26 The feed end of the cleaning casing 7, the No. 1 water delivery pipe 24 is also connected to the discharge end of the No. 1 bubble cleaning casing 7 through the water pushing pipe 21. The water pushing pipe 21 is equipped with a water push valve 22, and the No. 1 bubble cleaning machine The bottom of the casing 7 is provided with a No. 1 sewage pipe 27, and a No. 1 sewage valve 28 is installed on the No. 1 sewage pipe 27; a No. 1 flushing pipe 18 is installed above the low end of the inclined lifting conveying section of the No. 1 mesh belt conveyor 8. The flushing pipe 18 is equipped with a flushing valve 17 and a flushing nozzle 16 that sprays water towards the mesh belt conveyor 8.

The No. 1 bubbling cleaning casing 7 at the water inlet end of the No. 1 water suction pipe 26 is provided with a No. 1 filter 29.

The feed end of the No. 1 bubble cleaning machine casing 7 is connected to a No. 1 water injection pipe 9. A No. 1 water injection valve 10 is installed on the No. 1 water injection pipe 9. The No. 1 water injection pipe 9 is connected to the water supply pipe 15, and the water supply pipe 15 is also connected to the No. 1 water injection pipe 9. Connect to No. 1 flushing pipe 18.

The No. 1 bubbling cleaning casing 7 and the inclined lifting conveying section of the No. 1 mesh belt conveyor 8 are both supported by the No. 1 bracket 19 .

The No. 2 bubble cleaning machine 3 includes a No. 2 bubble cleaning casing 30 and a No. 2 mesh belt conveyor 31. The No. 2 mesh belt conveyor 31 is divided into a horizontal section and an inclined lifting conveying section. The horizontal section of the mesh belt conveyor 31 is located in the No. 2 bubbling cleaning casing 30. The inclined lifting conveying section of the No. 2 mesh belt conveyor 31 tilts upward toward the exit end. The No. 2 bubbling cleaning casing 30 is along the No. 2 mesh. The belt conveyor 31 is provided with a No. 2 blowing pipe 40 in the length direction. The No. 2 blowing pipe 40 is provided with a plurality of air outlets. The No. 2 blowing pipe 40 is connected to the blower 20 through the No. 2 gas pipe 41. The No. 2 mesh belt conveyor 31 A No. 2 water spray pipe 35 is erected above the horizontal section. A No. 2 water spray head 34 is installed on the No. 2 water spray pipe 35 to spray water downward. The No. 2 water spray pipe 35 is connected to a No. 2 high-pressure pump 42. The water inlet of the high-pressure pump 42 is connected to the feed end of the No. 2 bubble cleaning casing 30 through the No. 2 pumping pipe 45. The No. 2 bubbling cleaning casing 30 is provided with a No. 2 sewage pipe 44 at the bottom. The No. 2 sewage pipe 44 A No. 2 drain valve 43 is installed on the No. 2 mesh belt conveyor 31; a No. 2 flushing pipe 38 is installed above the inclined lifting conveying section of the No. 2 mesh belt conveyor 31, and a No. 2 flushing valve 37 and a No. 2 mesh belt are installed on the No. 2 flushing pipe 38. The No. 2 flushing nozzle 36 of the conveyor 31 sprays water; the discharge port of the dicing machine 2 extends above the horizontal section of the No. 2 mesh belt conveyor 31.

The No. 2 bubbling cleaning casing 30 at the water inlet end of the No. 2 water suction pipe 45 is provided with a No. 2 filter 46.

The feed end of the No. 2 bubble cleaning machine casing 30 is connected to a No. 2 water injection pipe 33. A No. 2 water injection valve 32 is installed on the No. 2 water injection pipe 33. The No. 2 water injection pipe 33 is connected to the water supply pipe 15. The water supply pipe 15 is also connected to No. 2 flushing pipe 38.

The No. 2 bubbling cleaning casing 30 and the inclined lifting conveying section of the No. 2 mesh belt conveyor 31 are both supported by the No. 2 bracket 39 .

The working principle of the white fungus cleaning and processing system for bottled beverage production is as follows: open the No. 1 water injection valve 10 and the No. 2 water injection valve 32, and the water in the water supply pipe 15 flows from the No. 1 water injection pipe 9 and the No. 2 water injection pipe 33 to the No. 1 water injection pipe 9 and the No. 2 water injection pipe 33 respectively. Fill the bubble cleaning casing 7 and No. 2 bubble cleaning casing 30 with water. When the water level reaches a suitable height, stop filling. Put the root-removed white fungus into the No. 1 bubble cleaning machine casing 7 located on the horizontal section of the No. 1 mesh belt conveyor 8, start the No. 1 high-pressure pump 25 and the blower 20, and the blower 20 supplies air through the No. 1 gas pipe 12 It is transported to the No. 1 air blower pipe 11 and discharged from the air outlet of the No. 1 air blower pipe 11. The water in the No. 1 bubble cleaning machine 7 is bubbled to rinse the white fungus. The water in the No. 1 bubble cleaning machine 7 passes through a After being filtered by the No. 1 filter screen 29, it is pumped. Open the No. 1 water spray valve 23. The water will be sprayed from the No. 1 water spray head 13 through the No. 1 water spray pipe 14 to flush the white fungus downward. Open the water push valve 22 and pump it. Water enters from the discharge end of the No. 1 bubble cleaning machine casing 7 through the water pushing pipe. Under the action of the No. 1 water pumping pipe 26 and the water pushing pipe 21, the water in the No. 1 bubble cleaning machine casing 7 forms a flow of water, and the impurities move toward the No. 1 bubble cleaning machine casing 7. The 29th end of the No. 1 filter is concentrated. After the soaking and flushing is completed, the No. 1 mesh belt conveyor 8 works to transport and lift the white fungus. When entering the inclined lifting conveying section, the No. 1 flushing valve 17 opens and the No. 1 flushing pipe 18 passes water. The surface of the white fungus is spray-washed; the white fungus is lifted and transported by the No. 1 mesh belt conveyor 8 and then falls into the dicing machine 2. The white fungus is diced by the dicing machine 2 to form a diced white fungus, and the diced white fungus falls into the second bubble. In the cleaning casing 30, located on the horizontal section of the No. 2 mesh belt conveyor 31, the No. 2 high-pressure pump 42 is started, and the air supplied by the blower 20 is transported to the No. 2 air blowing pipe 40 through the No. 2 air delivery pipe 41, and from the No. 2 air blowing pipe 40 The air outlet of the No. 2 bubble cleaning casing 30 is discharged, and the water in the No. 2 bubble cleaning casing 30 is bubbled to rinse the white fungus. The water in the No. 2 bubble cleaning casing 30 is filtered by the No. 2 filter 46 and then pumped. The water spray pipe 35 sprays out from the No. 2 water spray head 34 to flush the Tremella tremella downwards. After the flushing is completed, the No. 2 mesh belt conveyor 31 works to transport and lift the Tremella tremella when entering the inclined lifting conveying section. , the No. 2 flushing valve 37 is opened, the No. 2 flushing pipe 38 is opened, and the surface of the tremella is sprayed to wash away the impurities stuck and entrained on the surface to ensure that it is clean. The tremella is tilted by the No. 2 mesh belt conveyor 31 The lifting conveyor section transports and drops to the mesh belt conveyor 4 for water filtering. The filtered tremella enters the gold inspection machine 5. After removing the metal to prevent entrainment, it enters the buffer hopper 6 for further processing. The water and impurities in the No. 1 bubble cleaning casing 7 are discharged from the No. 1 drain pipe 27 by opening the No. 1 drain valve 28. The water and impurities in the No. 2 bubble cleaning casing 30 are discharged from the No. 2 drain valve 43 by opening the No. 2 drain valve 43. It is discharged from the No. 2 sewage pipe 44.

The above description is not a limitation of the present application, and the present application is not limited to the above examples. Changes, modifications, additions or substitutions made by those of ordinary skill in the technical field within the essential scope of the present application shall all belong to this application. scope of protection.

Claims (9)

1. A white fungus cleaning and processing system for bottled beverage production, including a bubble cleaning machine and a mesh belt conveyor (4), characterized in that: the bubble cleaning machine includes a No. 1 bubble cleaning machine (1) and No. 2 bubbling cleaning machine (3). A dicing machine (2) is installed above the feeding end of the No. 2 bubbling cleaning machine (3). The feeding port of the dicing machine (2) is connected to the No. 1 drum. The discharge end of the bubble cleaning machine (1) is connected, the loading end of the mesh belt conveyor (4) is connected to the discharge end of the No. 2 bubble cleaning machine (3), and the discharge end of the mesh belt conveyor (4) is connected. A gold detector (5) is connected, and a buffer hopper (6) is connected to the discharging end of the gold detector (5). 2. The white fungus cleaning and processing system for bottled beverage production according to claim 1, characterized in that: the No. 1 bubble cleaning machine (1) includes a No. 1 bubble cleaning machine casing (7) and a No. 1 net. Belt conveyor (8), the No. 1 mesh belt conveyor (8) is divided into a horizontal section and an inclined lifting conveying section. The horizontal section of the No. 1 mesh belt conveyor (8) is located in the No. 1 bubble cleaning machine casing ( 7), the inclined lifting conveying section of the No. 1 mesh belt conveyor (8) tilts upward toward the exit end, and the inclined lifting conveying section of the No. 1 mesh belt conveyor (8) is connected to the inlet of the dicing machine (2) , a No. 1 air blowing pipe (11) is provided in the No. 1 bubble cleaning casing (7) along the length direction of the No. 1 mesh belt conveyor (8). The No. 1 air blowing pipe (11) is provided with multiple air outlets. The air blowing pipe (11) is connected to the blower (20) through the No. 1 gas transmission pipe (12), and the No. 1 water spray pipe (14) is erected above the horizontal section of the No. 1 mesh belt conveyor (8). The No. 1 water spray pipe (14) ) is installed with a No. 1 water spray valve (23) and a No. 1 water spray head (13) that sprays water downwards. The No. 1 water spray pipe (14) is connected to the No. 1 high-pressure pump (25) through the No. 1 water delivery pipe (24). , the water inlet of the No. 1 high-pressure pump (25) is connected to the feed end of the No. 1 bubble cleaning casing (7) through the No. 1 suction pipe (26), and the No. 1 water delivery pipe (24) also passes through the push pipe (21) Connected to the discharge end of the No. 1 bubbling cleaning casing (7), a water push valve (22) is installed on the water pushing pipe (21), and a No. 1 sewage pipe (7) is provided at the bottom of the No. 1 bubbling cleaning casing (7). 27), the No. 1 sewage valve (28) is installed on the No. 1 sewage pipe (27); the No. 1 flushing pipe (18) is set up above the low end of the inclined lifting conveying section of the No. 1 mesh belt conveyor (8), and the No. 1 flushing pipe The pipe (18) is equipped with a No. 1 flushing valve (17) and a No. 1 flushing nozzle (16) that sprays water toward the No. 1 mesh belt conveyor (8). 3. The white fungus cleaning and processing system for bottled beverage production according to claim 2, characterized in that: the No. 1 bubbling cleaning machine casing (7) at the water inlet end of the No. 1 water pumping pipe (26) is provided with a No. 1 bubbling cleaning machine casing (7). Strainer (29). 4. The white fungus cleaning and processing system for bottled beverage production according to claim 2, characterized in that: the feed end of the No. 1 bubbling cleaning casing (7) is connected to a No. 1 water injection pipe (9), and a No. 1 water injection pipe (9) is connected to the feeding end of the No. A No. 1 water injection valve (10) is installed on the No. 1 water injection pipe (9). The No. 1 water injection pipe (9) is connected to the water supply pipe (15). The water supply pipe (15) is also connected to the No. 1 flushing pipe (18). 5. The white fungus cleaning and processing system for bottled beverage production according to claim 2, characterized by: the inclined lifting and conveying of the No. 1 bubble cleaning casing (7) and the No. 1 mesh belt conveyor (8) The sections are supported by the No. 1 bracket (19). 6. The white fungus cleaning and processing system for bottled beverage production according to claim 1, characterized in that: the No. 2 bubble cleaning machine (3) includes a No. 2 bubble cleaning machine casing (30) and a No. 2 net. Belt conveyor (31), the No. 2 mesh belt conveyor (31) is divided into a horizontal section and an inclined lifting conveying section. The horizontal section of the No. 2 mesh belt conveyor (31) is located in the No. 2 bubble cleaning machine casing ( 30), the inclined lifting conveying section of the No. 2 mesh belt conveyor (31) tilts upward toward the exit end, and there are two bubbling cleaning casings (30) along the length direction of the No. 2 mesh belt conveyor (31). The No. 2 blowing air pipe (40) and the No. 2 blowing air pipe (40) are provided with multiple air outlets. The No. 2 blowing air pipe (40) is connected to a blower (20) through the No. 2 air pipe (41). The No. 2 mesh belt conveyor A No. 2 water spray pipe (35) is installed above the horizontal section of (31). A No. 2 water spray head (34) is installed on the No. 2 water spray pipe (35) to spray water downward. The No. 2 water spray pipe (35) ) is connected to the No. 2 high-pressure pump (42). The water inlet of the No. 2 high-pressure pump (42) is connected to the feed end of the No. 2 bubble cleaning machine casing (30) through the No. 2 suction pipe (45). The No. 2 bubbler The No. 2 sewage pipe (44) is provided at the bottom of the cleaning casing (30), and the No. 2 sewage valve (43) is installed on the No. 2 sewage pipe (44); the inclined lifting conveyor section of the No. 2 mesh belt conveyor (31) A No. 2 flushing pipe (38) is installed above the No. 2 flushing pipe (38). A No. 2 flushing valve (37) and a No. 2 flushing nozzle (36) that sprays water toward the No. 2 mesh belt conveyor (31) are installed on the No. 2 flushing pipe (38). ; The discharge port of the dicing machine (2) extends above the horizontal section of the No. 2 mesh belt conveyor (31). 7. The white fungus cleaning and processing system for bottled beverage production according to claim 6, characterized in that: the No. 2 bubbling cleaning machine casing (30) at the water inlet end of the No. 2 water pumping pipe (45) is provided with two No. filter (46). 8. The white fungus cleaning and processing system for bottled beverage production according to claim 6, characterized in that: the feed end of the No. 2 bubble cleaning machine casing (30) is connected to a No. 2 water injection pipe (33), The No. 2 water injection valve (32) is installed on the No. 2 water injection pipe (33). The No. 2 water injection pipe (33) is connected to the water supply pipe (15). The water supply pipe (15) is also connected to the No. 2 flushing pipe (38). 9. The white fungus cleaning and processing system for bottled beverage production according to claim 6, characterized by: the inclined lifting and conveying of the No. 2 bubble cleaning casing (30) and the No. 2 mesh belt conveyor (31) The sections are supported by the No. 2 bracket (39).