KR200230420Y1 - Apparatus for smoke-dring of smoke-dried product of processed meat - Google Patents

Abstract

The present invention relates to a smoker for producing a processed product as a smoked product. By applying vacuum technology, which is a food processing and drying technology, it produces a smoked product that reduces the nutritional value of processed meat, maintains the fragrance of processed materials, and maximizes the organization of materials. Of course,

By constructing a processing process considering vacuum pressure, which is a new variable for processing time, temperature, and moisture content used in conventional smokers, it maximizes productivity while producing high-quality smoked products, and is a very economical smoker for meat products. It is about.

Description

Apparatus for smoke-dring of smoke-dried product of processed meat}

The present invention relates to a smoker for producing a processed product as a smoked product, and more particularly, by applying a vacuum technology to the smoked process, less destruction of the nutritional value of the processed product, maintaining the fragrance of the processed material and maintaining the organization of the material to the maximum. It relates to a smoke device for smoked meat products.

The food industry is developing rapidly with the improvement of national income, and the demand for high-quality processed foods is on the rise due to social changes such as changes in dietary life, diversification of preferences and pursuit of leisurely life.

In particular, the meat processing sector has been increasingly advanced in Korea, along with changes in dietary habits, and the demand for consumer preferences and quality has been increasing in recent years. Doing.

In particular, factors that determine the taste of smoked meat are temperature, humidity, processing time, type of smoke, etc. in the smoke chamber, and the texture of the smoked tissue (Tissue Texture) is determined by the relationship between these factors.

However, the quality of the processed meat products mentioned above is the key task of smoked meat processing to realize the chewy taste that preserves the meat quality of raw materials. Currently, smokers produced and used in Germany, Italy, and the United States have a high amount of energy and have a high introduction price, which makes it difficult for small and medium meat processing companies to introduce and use foreign smokers.

In addition, the existing smoker adopts the same method of forced ventilation under atmospheric pressure not only the taste of smoked meat is similar, but also has a problem that the meat is crumbly broken.

The present invention was devised to eliminate the problems as described above. By applying vacuum technology, which is a food processing and drying technology, it produces less smoked nutritious value of processed meat, maintains the aroma of processed material, and produces smoked meat that can maximize the organization of materials. sure,

By constructing the processing process considering the vacuum pressure, which is a new variable in the processing time, temperature, and moisture content used in the conventional smokers, it maximizes productivity while producing high quality smoked meat, providing a highly economical smoked device for processed meat products. There is a purpose of the present invention.

1 is a partially cutaway perspective view of the present invention smoke device

Figure 2 is a longitudinal side cross-sectional view of the present invention smoke device

Figure 3 is a side cross-sectional view of the present invention smoke device

Figure 4 is a plan explanatory view of the present invention smoke device

Explanation of symbols on the main parts of the drawings

1: opening and closing door 2: chamber

3: steam boiler 4: suction pump

5,5 rail 6: mounting frame

7: through-hole 8: smoke-smoker

9: rotary motor 10: blowing fan

11 steam injection pipe 12 steam pipe

13 suction pipe 14 discharge pipe

15,15 ': Solenoid valve 16: Steam supply pipe

17,17 ': Steam pipe 20: Smoke generator

21: inlet 22: filter unit

23: supply pipe 24: bypass pipe

25: drain valve 26: purging valve

30: processed meat 31: brazier

Hereinafter, preferred embodiments of the present invention will be described.

1 is a partial cutaway perspective view showing the present invention smoke device, Figure 2 is a longitudinal cross-sectional view of the present invention smoke device.

The chamber 2, the opening and closing door (1) is formed on one side, the steam boiler (3) and the suction pump (4) and the smoke generator 20 is formed by the connection pipe,

Rails 5 and 5 'are formed on both sides of the inner bottom surface of the chamber 2 made of the inner and outer cylinders 17 and 17', thereby allowing the mounting frame 6 to enter and exit the inner left and right sides. The wall forms a smoke spray tube 8 (8 ') formed with a plurality of vents (7) (7'),

Blowing fan 10 which is rotated by the outer rotary motor 9 is mounted on the inner upper portion of the chamber 2,

The steam boiler 3 separates the steam supply pipe 16 into a steam spray pipe 11 and a steam pipe 12 so that the steam spray pipe 11 protrudes into the upper inside of the chamber 2, and the steam pipe 12 is projected into the space between the inner and outer cylinders 17 and 17 'inside the chamber 2,

The suction pump 4 is separated into the suction pipe 13 and the discharge pipe 14, the suction pipe 13 is connected to the upper steam injection pipe 11 of the chamber 2,

The smoke generator 20 forms a slanted inlet 21 on one side, a filter portion 22 on the upper side, and a supply pipe 23 on the upper portion of the filter portion 22 to form the inside of the chamber 2. It is to be connected to the smoke injection pipe (8) (8 '), and the bypass pipe 24 is formed in the middle of the supply pipe (23).

In addition, solenoid valves are provided at ends of the steam spray pipe 11 of the steam boiler 3, the suction pipe 13 of the steam pipe 12, the suction pump 4, and the supply pipe 23 of the smoke generator 20, respectively. By combining (15) and (15 ') to control the opening and closing of each pipe.

In the drawings, reference numeral 25 denotes a drain valve, 26 purging valve, 30 a meat product, and 31 a brazier.

Referring to the operation of the present invention as described above in more detail by the accompanying drawings as follows.

3 and 4, respectively, the steam boiler 3 and the suction pump 4 are located at the side of the cylindrical chamber 2 of the present invention, the front and rear doors 1 are hinged to open and close the chamber, The smoke generator 20 is located at the rear side of (2).

Each of these devices is connected to the chamber 2 by a supply pipe, a discharge pipe, and a suction pipe, and the solenoid valves 15 and 15 'formed in each pipe are opened and operated according to the process.

In more detail,

First, a rail 5, 5 ′ is formed on the inner lower portion of the inner cylinder 17 of the chamber 2, and a plurality of meat products 30 are stacked using the rails 5, 5 ′. (6) is thrown into the chamber 2.

After the closing process is completed, the opening and closing door 1 of the chamber 2 is closed to seal the inside thereof, and the steam pipe 12 of the steam boiler 3 opens the solenoid valve 15 of the steam boiler 3 in a closed state. The inside of the chamber 2 is introduced into the space between the inner and outer cylinders 17 and 17 'so that the meat products 30 are dried and firstly heated by the heat, and at the same time, the suction pump 4 is It operates to suck the air inside the chamber 2 by the suction pipe 13 to a low pressure vacuum state.

The vacuum suction process lowers the pressure inside the chamber 2 and at the same time sucks moisture from the skin of the meat processed by primary heating and discharges it to the outside through the discharge pipe 14 of the suction pump 4. The processed meat 30 to be dried in a vacuum state is capable of drying the skin of the processed meat 30 even with a relatively low heat energy due to rapid heat absorption.

In this state, after maintaining the first indirect heating process for a predetermined time, smoke having various odors generated in the smoke generator 20 at the rear of the chamber 2 is smoked inside the chamber 2 through the supply pipe 23. The through holes 7 and 7 'of the pipe 8 and 8' are injected into the chamber 2, and the smoke is easily introduced into the chamber 2 by the low pressure state. The sucked smoke is absorbed into the inner and outer skins of the processed meat 30, and becomes the processed meat having the aroma.

In addition, after the steaming process is completed for a certain time, the solenoid valve 15 is closed to prevent further smoke from flowing, and at the same time the steam introduced into the inner and outer cylinders 17 and 17 'is steam boiler 3. The steam pipe 12 is blocked so that there is no further inflow, and at the same time, the steam injection pipe 11 is opened so that hot steam is steam injected into the inner cylinder 17 of the chamber 2.

Therefore, the high temperature direct steam is in contact with the meat products 30 to ripen the meat products.

After the steam injection process is performed for a predetermined time and the meat products 30 are completely ripe, the steam injection pipe 11 is closed again, and the steam pipe 12 is opened to open the steam in the inner and outer cylinders 17 of the chamber 2. (17 ') is introduced into the interspace, the secondary heating of the meat products 30 by the heat of the inner and outer cylinders (17, 17'), as well as the moisture in the chamber (2) and the meat products (30) To remove it.

At this time as well, as described above, the suction pump 13 discharges the moisture and air inside the chamber 2 to the outside using the suction and discharge pipes 14 by using the suction pipes 13. In the vacuum state, the meat product 30 is to be completed in a dry state.

After the secondary process is completed, the purge valve 26 on the upper side of the chamber 2 is opened to allow external air to flow into the inner cylinder 17 of the chamber 2 in a vacuum state, thereby allowing the atmospheric pressure and the chamber 2 Inner air pressure is to be kept constant.

In addition, during each of the processes described above, the blowing fan 10 inside the chamber 2 is rotated by driving the rotary motor 9 mounted on the upper portion of the chamber 2 to smoothly flow the air inside the chamber 2. In order to maintain the temperature uniformly so that the smoke is evenly absorbed in the skin of the meat processing (30).

In addition, the smoke generator 20 is the smoke generated by the smoke of the various flavor materials burned in the furnace 31 of the lower side, if the continuous input of the material through the inclined inlet 21 of one side Will be.

When the flavored material is burned in this way, smoke, soot or ash is generated. At this time, only the smoke is supplied into the chamber 2 in the state in which unnecessary dust and the like are removed by the upper filter part 22. Part 22 employs conventional cyclone filtering to remove dust more effectively.

In addition, in the steam spraying process of the above-described process, the smoke should not be supplied to the inside of the chamber 2, at this time through the bypass pipe 24 formed above the filter unit 22 of the smoke generator 20 It is to be discharged to the outside or to be circulated to the inside of the smoke generator (20).

In addition, by using the drain valve 25 located in the lower part of the chamber 2, the moisture and debris, dirt, etc. of the inner cylinder 17 of the chamber 2 can be taken out to the outside.

As described above, by applying the forced ventilation method to the vacuum smoking process in the conventional smoking process, it is possible to more quickly heat absorption of the processed meat, the thermal efficiency is improved, the completion time is shortened, mass production is also very economical.

The smoked device of the processed meat products of the present invention has a low nutritional value of processed meat, maintains the aroma of processed materials, produces smoked meat that can maximize the organization of the material, and maximizes productivity while producing high quality smoked meat. There is an economic effect.

Claims (2)

On one side of the chamber (2), the opening and closing door (1) is formed, the steam boiler (3) and the suction pump (4) and the supply pipe (23) formed with the smoke generator 20 is formed, Rails 5 and 5 'are formed on both sides of the inner bottom surface of the chamber 2 made of the inner and outer cylinders 17 and 17', thereby allowing the mounting frame 6 to enter and exit the inner left and right sides. The wall forms a smoke spray tube 8 (8 ') formed with a plurality of vents (7) (7'), Blowing fan 10 which is rotated by the outer rotary motor 9 is mounted on the inner upper portion of the chamber 2, The steam boiler 3 separates the steam supply pipe 16 into the steam injection pipe 11 and the steam pipe 12 so that the steam injection pipe 11 is inward to the upper part of the inner cylinder 17 of the chamber 2. To protrude, the steam pipe 12 is formed to protrude in the space between the chamber 2, the outer cylinder 17, 17 ', The suction pump 4 is separated into the suction pipe 13 and the discharge pipe 14, the suction pipe 13 is connected to the upper steam injection pipe 11 of the chamber 2, The solenoid valve 15 (at the ends of the steam injection pipe 11 of the steam boiler 3, the suction pipe 13 of the steam pipe 12 and the suction pump 4, and the supply pipe 23 of the smoke generator 20, respectively) Smoked device for smoked meat products, characterized in that by controlling the opening and closing of each pipe by forming a coupling (15 '). According to claim 1, the smoke generator 20 is formed in the inlet 21 of the inclined on one side, the filter portion 22 is formed on the upper side, the supply pipe 23 is formed on the upper portion of the filter portion 22 A smoke device for smoked meat products, characterized in that it is connected to the smoke injection pipe (8) (8 ') of the inside of the chamber (2), and the bypass pipe (24) is formed in the middle of the supply pipe (23).