KR101454755B1 - a washing equipment of cooking grate using fluidization of minute particle - Google Patents

Abstract

The present invention relates to a device for cleaning a meat grill quickly, uniformly, and without contaminating the environment by forming a cleaning chamber which can have the cleaning material consisting of fine particles inside a main body for receiving the cleaning device; installing a heat insulator and a heater between the inner wall and the outer wall of the main body; forming an air chamber which conducts the heat of the heater to the inner wall direction and injects the air in the high pressure to the upward direction of the cleaning chamber by forming high air pressure below the cleaning chamber; cleaning the grills by moving the cleaning material fluidized by the high temperature of the air injected by forming an air injection nozzle in the air chamber and the cleaning chamber; and forming the carbide gas generated during the cleaning process to separate and purify the mixed gas by a cyclone integrally formed with the cleaning chamber.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]

The present invention relates to a device for rapidly and cleanly cleaning a carbohydrate of a meat attached to a grill when meat is burnt to a grill, and more particularly to a device for receiving a cleaning material composed of fine particles The heat of the heater is transmitted to the cleaning chamber through the inner wall and the heat of the heater is transmitted to the outside of the washing chamber. The air chamber is configured to prevent air from being conducted and to blow air at a high pressure in the upward direction of the cleaning chamber by forming a high pressure air pressure under the cleaning chamber. The air chamber is connected to the air chamber, An exhaust pipe for transferring the mixed gas of the cleaning chamber to the cyclone, and an exhaust pipe formed near the cleaning chamber A filter mounted on the exhaust pipe for purifying the gas exhausted from the cyclone, and a filter for controlling the temperature, air pressure, and time on the upper surface of the body. The present invention relates to a meat grill cleaning apparatus using a fluidized bed which is composed of a control box formed so as to be able to clean a meat grill, cleaned in a mild state, cleaned rapidly, uniformly cleaned, and does not pollute the environment.

Prior Art No. 10-1999-0005161 (industrial cleaning apparatus using a fluidized bed effect, hereinafter referred to as "prior art"), to which the present invention is filed, discloses a method of manufacturing a workpiece And molded parts are designed to polish roughness of sides and parts, and to clean dirt, oil, and the like.

It is known that the conventional art is constituted by a box-shaped body having an opening formed at an upper portion thereof. The body is provided with a heat insulating material for blocking heat to the outside, a heater is formed inside the body, And a control unit for controlling the temperature and the amount of air is formed. In order to treat the toxic gas flowing out from the cleaning chamber, a solid part A scraper for neutralizing the toxic gas, a blowing fan for transferring the toxic gas, and an afterburner for burning the residual toxic gas are provided outside the body.

In the conventional art having the above-described structure, the body is formed in a quadrangular shape, which limits the flow rate of the washing material due to the part of the washing chamber.

There is a problem that it is difficult to install the cyclone and the gas neutralization device of the prior art and the installation cost of the person installing the combustion device because the combustion device is installed outside the body and it is difficult to use in a narrow place.

Air in the perforated plate is vertically injected in the conventional art, so that the air pressure can not be uniformly applied to the inside of the washing chamber.

As described above, according to the conventional art, the air pressure and the flow rate formed in the washing chamber are different from each other, so that the washing state of the washing material is not uniform.

SUMMARY OF THE INVENTION The present invention has an object to provide a uniform and rapid cleaning device by configuring the fluidized bed forces of the cleaning chamber differently and controlling the traveling direction and the traveling speed of the fluidized bed according to the cleaning material.

An object of the present invention is to provide a cleaning device that is easy to install, easy to install in a narrow area, and can protect a working environment by removing harmful gas without burning.

It is an object of the present invention to provide a device capable of washing meat grills without polluting the environment.

The present invention makes the shape of the washing chamber cylindrical or rectangular regardless of the shape of the body.

The cleaning material is made of aluminum or silicon oxide material and is environmentally friendly and has a high thermal conductivity to facilitate deterioration. The cleaned material and the material do not combine with each other using the property that the material does not bond in the homogeneous and heterogeneous states in the deteriorated state Therefore, it is possible to separate the foreign matter generated in the cleaning process from the material by the cyclone, so that the material can be used continuously.

The inner wall of the washing chamber is configured to protect the inner wall of the washing chamber during the washing process by using the 27 kinds of stainless steel to constitute the cleaning chamber and the abrasion resistance of the washing chamber.

The present invention adjusts the position and direction of the spray nozzle to increase the cleaning power of the cleaning material or to make it uniform.

In the present invention, the mesh network on the air chamber is provided in three stages and the sizes of the holes of the mesh network in each stage are made different, so that the air pressure and the air volume passing through the mesh network can be uniformly injected.

In the present invention, a part of the air injection nozzle installed in the air chamber under the mesh network is arranged along the edge so as to rotate the direction of the air to be injected, and the central part is configured to be injected in the upward direction, So that the compressed air discharged to the upper portion of the mesh network can be uniformly injected over the entire area of the mesh network.

An air injection nozzle is exposed on the upper surface of the mesh net so as to inject air vertically so that the cleaning material moving like air moves vertically.

Air is injected horizontally from the air injection nozzle exposed to the wall of the cleaning chamber, and the cleaning force is increased by changing the direction of the cleaning material moving like air.

The mixed gas exhausted from the washing chamber is configured to be transferred to the cyclone through the exhaust pipe, and the mixed gas and the foreign substance are separated to maintain the purity of the washing material, thereby increasing the cleaning power.

The exhaust pipe of the mixed gas exhausted from the cyclone is configured to remove harmful gas and odor while passing through the filter.

The meat grill cleaning apparatus using the fine particle fluidized bed according to the present invention has an effect of precisely cleaning, can be cleaned quickly, and can be cleaned without using water, so that the environment is not damaged. It is possible to save labor costs.

1 is a whole view of a cleaning apparatus according to the present invention
Figure 2 is an internal cutaway view of a cleaning apparatus according to the present invention.
Fig. 3 shows a state in which the present invention is horizontally cut
Fig. 4 is a diagram showing the operation of the air jet nozzle and the cleaning material of the cleaning chamber.
Fig. 5 is a view showing the air vertical movement state of the air injection nozzle of the cleaning chamber
5 (b) shows the cleaning horizontal direction of the fluidized bed

The cleaning apparatus according to the present invention includes a body 12 forming an outer wall 15 and an inner wall 16 and having a heat insulating material 17 and a heater 18 interposed between the outer wall 15 and the inner wall 16, An air chamber 19 formed at the bottom of the body 12 and including an air compression tank 21 and including air injection nozzles 23a and 23b, A plurality of mesh meshes 22a, 22b, and 22c formed between the washing chamber and the air chamber, a cyclone 27 for separating dust, foreign matter, and gas dust generated during washing in the washing chamber 13, A filter 28 for removing malodorous and harmful gas of the gas discharged to the cyclone 27 and an exhaust pipe 29b for transferring the gas of the cyclone 27.

Figure 1 shows the overall appearance of the present invention.

2 shows the interior of the present invention in a side view.

Fig. 3 shows the interior of the present invention in a horizontal state.

4 shows the direction of air injection in the cleaning chamber and the direction of movement of the cleaning material.

FIG. 5 shows a state in which the cleaning material is cleaned while moving in the vertical direction.

As shown in FIG. 2, a heat insulating material 17 is formed between the outer wall 15 and the inner wall 16 of the body 12, and a heater 18 is disposed between the heat insulating material 17 and the inner wall at regular intervals.

An inner wall 16 is formed in front of the heater 18 and a washing chamber 13 is formed in front of the inner wall 16.

The outer shape of the body 12 is formed in a square shape and the washing chamber 13 of the body 12 is formed in a cylindrical shape or a square shape.

The lid 32 is formed at an upper end of the washing chamber 13 so as to open and close.

A cyclone 27 is provided on the side of the washing chamber 13 so as to separate the mixed gas of the washing chamber 13 into gas and foreign substances and to remove harmful gas and odor from the mixed gas separated from the cyclone 27 A filter 28 is formed.

The inner wall 16 constituting the washing chamber 13 is made of a stainless alloy having high durability.

A heat insulating material 17 is inserted between the outer wall 15 and the inner wall 16 to prevent heat from being conducted to the outside of the body 12 in order to prevent heat from being transmitted to the outside of the body 12. [

Between the heat insulating material 17 and the inner wall 16, heaters 18 are arranged at equal intervals along the inner wall.

The cleaning chamber (13) is formed integrally with the inner wall (14).

And the heat of the heater 18 is configured to heat the cleaning chamber 13.

The heater 1 is configured to conduct heat of 500 to 600 ° C to the cleaning chamber 13.

The cleaning chamber 13, which is heated by the heater 18, is formed so as to be able to receive the cleaning material 14 composed of aluminum oxide or silicon oxide.

The reason why the cleaning material 14 filled in the cleaning chamber 13 is made of aluminum or silicon oxide is that the thermal conductivity is high due to the characteristics of aluminum and silicon oxide and therefore deteriorates easily and does not bond with foreign substances. And it is easy to discharge foreign matter.

Since the size of the washing material 14 is 120 mesh (0.21 mm) and the specific gravity (4.1) and the weight of the washing material 14 are small, the flow of the washing material 14 can be easily realized. It is designed to be cleaned while preventing damage.

The mesh chambers 22a, 22b, and 22c are disposed in three stages in the lower portion of the washing chamber 13. As shown in FIG.

An air chamber 19 is formed below the mesh nets 22a, 22b, and 22c.

Below the air chamber 19, there is formed an air pressure tank 21 which provides air pressure to the air chamber 19. [

In the air chamber 19, a plurality of air injection nozzles 23a and 23b are fixed upward.

The air injection nozzle 23b formed at the edge of the air chamber 19 is formed at an oblique angle so that the air rotates around the edge of the air chamber 19 when air is injected.

The air chamber 19 is formed so that the air pressure in the air chamber 19 is uniformly formed while the air is rotating in the air chamber 19 as described above.

An air injection nozzle 23a is vertically exposed at the bottom of the air chamber 19.

A plurality of vertical air nozzles 24 are linearly formed at the center of the air chamber 19 so as to be exposed to the upper surfaces of the mesh nets 22a, 22b and 22c to provide direct air pressure to the cleaning chamber 13.

The air injected from the air injection nozzles 23a and 23b under the mesh nets 22a, 22b and 22c forms a uniform air pressure under the mesh nets 22a, 22b and 22c, (22a, 22b, 22c) to be sprayed.

The horizontal air nozzle 25 exposed to the wall of the washing chamber 13 is configured to inject air into the washing chamber 13 in the center direction of the washing chamber 13.

The air pressure provided to the air spray nozzles 23a and 23b, the vertical air nozzles 24 and the horizontal air nozzles 25 is formed in the air pressure tank 21.

The air pressure injected from the air injection nozzle and injected onto the upper surface of the mesh network is configured to flow through the entire washing material, and the vertical air nozzle is formed to raise the central portion of the washing material.

The air pressure injected from the horizontal air nozzle 25 is configured to move the cleaning material 14 in the direction of the center of the cleaning chamber 13 and the cleaning material 14 moving to the center moves the cleaning material 14 so that the entire cleaning material 14 rises and rises and the cleaning material 14 rises rapidly on both sides.

The one-stage mesh network 22a of the mesh networks 22a, 22b and 22c is 50-100 mesh, the two-stage mesh network 22b is 300-400 mesh, the three-stage mesh network 22c is 50-100 mesh 22b, and 22c, air is blown while forming a densified state with a thickness of 300 to 400 mesh when the air pressure generated in the air chamber 19 passes through the mesh nets 22a, 22b, and 22c.

Air injection nozzles 23a and 23b are exposed on the bottom of the air chamber 19. [

As shown in FIG. 4, the air injection nozzle 23a formed at the central portion and the edge of the bottom of the air chamber 19 is formed to be vertically jetted, and has a vertical air nozzle 24 Are exposed above the mesh nets 22a, 22b, and 22c.

The air injection nozzle 23a positioned at the center of the bottom of the air chamber 19 is formed so as to vertically jet and the air injection nozzle 23b exposed at the edge of the bottom of the air chamber 19 is inclined in the circumferential direction, 22b and 22c at the bottom of the washing chamber 13 so as to equalize the air pressures injected from the mesh nets 22a, 22b and 22c at the bottom of the washing chamber 13, As shown in FIG.

The air injection nozzles 23a and 23b exposed at the bottom of the air chamber 19 are configured to uniformize the air pressure of the air chamber 19 and the vertical air nozzles 22a and 22b exposed above the mesh meshes 22a, 24 are configured to guide the direction of movement of the cleaning material 14 vertically.

The high temperature (500 to 600 ° C) generated in the heater 18 of the inner wall 16 of the cleaning chamber 13 is conducted to the cleaning material 14 of the cleaning chamber 13 to deteriorate and deteriorate the cleaning material 14 The cleaning material 14 is configured to be able to flow even under a small air pressure.

The cleaning object 100 of the cleaning chamber 13 is configured to configure the cleaning force in accordance with the moving direction of the cleaning material 14 forming the fluidized bed.

The dishwasher 100 can be vertically mounted and horizontally mounted on the wall of the washing chamber 13 so as to receive the washing water 100 as the meat grill. As shown in Fig.

That is, the wash water 100 can be received in the wash chamber 13 horizontally or vertically.

Horizontal air nozzles 25 are provided above and below the wall 16 of the cleaning chamber 13 to facilitate cleaning of the cleaning article 100.

The number of the horizontal air nozzles 25 is set to increase the cleaning force of the cleaning object 100.

The horizontal air nozzle 25 formed on the wall 16 of the washing chamber 13 is configured to be able to clean the washing material 14 while moving horizontally and is connected to the mesh nets 22a, The exposed vertical air nozzles 24 are configured to be able to clean while moving the moving direction of the fluidized bed of the cleaning material 14 vertically.

As described above, when the rinsing material 14 is raised by the air pressure injected onto the mesh nets 22a, 22b and 22c by the air pressure of the air chamber 19 below the mesh nets 22a, 22b and 22c, The cleaning material 14 moves to the center of the cleaning chamber 13 when the left and right horizontal air nozzles 25 are operated The cleaning material 14 moving horizontally collides with the fluidized bed moving vertically and rises like the cleaning material 14 moving vertically and the rising cleaning material 14 moves upward So that the cleaning material 14 is circulated from the lower side to the upper side and the cleaning material 14 is cleaned without any gaps.

An exhaust pipe 29a is formed in the upper part of the washing chamber 13 to discharge the mixed gas generated in the washing process and the exhaust pipe 29a is connected to the cyclone 27. [

The separated gas is separated from the mixed gas flowing into the cyclone 27 to which the exhaust pipe 29 is connected and the separated gas is discharged to the exhaust pipe 29b of the cyclone 27 and the exhaust pipe 29b of the cyclone 27 (28) is formed to remove harmful gas and odor of gas passing through the cyclone (27).

The temperature of the heater, the air pressure control, the cleaning time, and the like of the apparatus constructed as described above can be controlled by the control panel 31.

Example

The present invention provides an apparatus capable of cleanly cleaning a wash 100, which is a meat grill, by using the characteristics of aluminum oxide or silicon oxide powder composed of fine particles.

When the meat is heated by the heat in the washing water 100, which is a meat grill, the meat portion directly contacted with the washing water 100, which is a meat grill, is carbonized and combined with the grease of the meat, And is designed to be cleaned and reused after use.

As described above, the carbohydrate 34 of the meat attached to the washing product 100, which is a meat grill, is rinsed with a detergent and a scrubber when washed. The carbohydrate 34 of the meat is attached like meat oil, So that there is a problem that it can not be easily cleaned, and there is a problem that the wastewater which has been cleaned is generated, which is harmful to the natural environment.

It is an object of the present invention to provide an apparatus which can easily clean the meat charcoal of the meat grill as described above, and is environmentally friendly, easy to work even without an expert, and can be quickly cleaned.

The washing device for washing the washing water 100 according to the present invention is configured to be installed upright in a square shape. The washing chamber 13 is formed into a cylindrical or square shape, and a cyclone 27 is provided beside the washing chamber 13, .

In the embodiment of the present invention, the cleaning chamber 13 is formed in a rectangular shape.

The volume of the washing chamber (13) is set to a volume of 50 liters.

The outer wall 15 of the washing apparatus 11 according to the present invention is made of an iron plate and the inner wall 16 is made of a 27 stainless steel plate to realize wear resistance and the inner wall 16 constitutes a washing chamber 13 do.

A heat insulating material (17) is inserted between the inner wall (16) and the outer wall (15).

A heater 18 is disposed between the heat insulating material 17 and the inner wall 16 and a plurality of heaters 18 are arranged at equal intervals in the vicinity of the outer surface of the washing chamber 13, 13) so as to uniformly provide heat to all of them.

The heater (18) is configured to provide the washing chamber (13) with a high temperature of 500 to 600 占 폚.

In the wall of the washing chamber 13, a plurality of washing articles 100 are simultaneously mounted and mounted on the wall of the washing chamber 13 symmetrically with respect to each other.

In the practice of the present invention, the washing water (100) is configured to be able to store five washing water in the washing chamber (13).

In the lower part of the washing chamber 13, the mesh nets 22a, 22b and 22c are fixed in three stages.

The one-stage mesh network 22a is composed of 50 to 100 meshes, the two-stage mesh network 22b is composed of 300 to 400 meshes, and the three-stage mesh network 22c is composed of 50 to 100 meshes.

An air chamber 19 is formed below the mesh net 22a.

An air compression tank (21) is formed under the air chamber (19) to compress and store high pressure air.

The air pressure of the air compression tank 21 is configured to be provided to the air chamber 19 by the control of the control panel 31. [

The air chamber (19) and the cleaning chamber (13) are configured to be hermetically sealed except for the lid (32) of the cleaning chamber (13).

Air spray nozzles 23a and 23b are exposed on the upper surface of the air chamber 19. [

A plurality of air injection nozzles 23a and 23b are exposed at the central portion and an edge portion of the air chamber 19 and the air injection nozzle 23b at the edge portion is exposed obliquely along the edge so that the air to be injected is sprayed at an oblique angle .

The air injection nozzles 23a and 23b of the air chamber 19 are positioned below the mesh net 22a.

When air is injected from the air injection nozzles 23a and 23b as described above, high pressure air pressure is formed between the air chamber 19 and the mesh nets 22a, 22b and 22c.

The air pressure passes through the mesh nets 22a, 22b and 22c and is sprayed over the entire area of the mesh nets 22a, 22b and 22c to clean the washing material 14 of the washing chamber 13.

The vertical air nozzles 24 are exposed to the upper surfaces of the mesh nets 22a, 22b and 22c so that the air blown from the center of the air chambers 19 is vertically lifted .

A plurality of horizontal air nozzles 25 are exposed in the wall of the washing chamber 13 facing each other in a row.

The lid 31 of the cleaning chamber 13 of the cleaning device 11 having the above-described structure is opened and the five cleaning products 100 are mounted and vertically fixed to the cleaning chamber 13.

As described above, 35 liters of the cleaning material 14 are filled in the cleaning chamber 13 to which the cleaning object 100 is fixed.

As described above, filling of the washing chamber 13 having a capacity of 50 liters with the 35 litter washing material 14 is a calculation of the deteriorated space due to the injected air and heat and the range of the remaining space.

The lid 31 of the cleaning chamber 13 is closed and the heater 18 is operated.

The operation of the heater 18 causes the cleaning material 14 to conduct and deteriorate and become fluidized.

When the cleaning material 14 of the cleaning chamber 13 becomes fluidized, the air compression tank 21 is operated to supply air pressure to the air injection nozzles 23a and 23b.

When the air is injected from the air injection nozzles 23a and 23b as described above, the air in the air chamber 19 is rotated by the air injection nozzle 23b formed at an oblique angle, .

When the air pressure of the air chamber 19 is increased and the required air pressure is formed by injecting more air than the amount of the air pressure that is injected through the mesh nets 22a, 22b and 22c as described above, a large amount of air pressure is applied to the mesh net 22a 22b and 22c to move the washing material 14 and move the washing material 14 upward so that the washing material 14 can wash the washing material 100, .

As described above, the air pressure of the air chamber 19 passes through the mesh nets 22a, 22b, and 22c to form a uniform air pressure across the mesh nets 22a, 22b, and 22c, 22b and 22c in a straight line upward from the center line of the mesh nets 22a, 22b and 22c in order to induce the advancing direction of the fluidized cleaning material 14 in the direction of improving the cleaning force, The vertical air nozzle 24 is operated to rapidly move the cleaning material 14 upward by the air jetting force of the vertical air nozzle 24. [

At this time, when the horizontal air nozzle 25 formed on the wall of the washing chamber 13 is operated, the washing material 14 is rapidly moved toward the center of the washing chamber 13.

The cleaning force of the cleaning object 100 can be increased by the cleaning material 14 moving as described above.

The cleaning member 14 moved toward the center by the operation of the vertical air nozzle 24 and the horizontal air nozzle 25 as described above is moved to the center by moving the washing member 14 moving vertically The cleaning material 14 moving vertically moves in the upward direction and the cleaning material 14 moving in the upward direction moves toward the wall of the cleaning chamber 13 from the top of the cleaning material 14 and descends And the descending washing material 14 causes the washing material 100 to be washed in various directions.

The washing water (100), which is a meat grill, is rapidly cleaned by the moving speed of the washing material (14) rising and falling as described above.

The carbonized gas generated by the washed residue and the high temperature (500 to 600 ° C) is exhausted to the exhaust pipe (29a) of the washing chamber (13) Gas is introduced into the cyclone 27.

The mixed gas flowing into the cyclone 27 rotates while the foreign matter descends and is discharged, and the mixed gas is discharged to the exhaust pipe 29b of the cyclone 27. [

The mixed gas discharged to the cyclone 27 passes through the filter 28 to remove odor and harmful gas.

12: Body 13: Cleaning chamber
14: Cleaning material 15: Outer wall
16: inner wall 17: insulation
18: heater 19: air chamber
21: air pressure tank 22: mesh network (a, b, c)
23: air jet nozzle (a, b) 24: vertical air nozzle
25: horizontal air nozzle 27: cyclone
28: filter 29: exhaust pipe (a, b)
31: Control Panel 32: Lid
33: Cradle

Claims (6)

delete A heat insulating material provided between the outer wall and the inner wall of the body for accommodating the washing chamber to block the progress of heat and a heat insulating material disposed between the heat insulating material and the inner wall to conduct heat to the washing chamber A plurality of air injection nozzles formed under the mesh net, and a high pressure air supply unit for supplying a high pressure air pressure to the air chamber under the air chamber, A cyclone separating the mixed gas and the foreign substance by moving the mixed gas, which is a carbonized gas generated in the washing process of the washing chamber, connected to the air pressure tank, the air chamber being connected to the air pressure tank, And a filter for purifying the mixed gas, the temperature control of the washing chamber formed on the upper surface of the body, the air pressure of the air pressure tank, In the fluidized fine particles composed of a control box that is formed so as to adjust the injection quantity control, the cleaning time in the meat grill cleaning apparatus using,
Wherein the mesh network at the bottom of the washing chamber is constructed in three stages with different sizes of holes per stage so that the air pressure passing through the mesh network is uniformly passed through the mesh network. Cleaning device. [3] The apparatus according to claim 2, wherein the air injection nozzle is exposed at the center of the air chamber, the air injection nozzle at the edge of the air chamber is obliquely exposed in the circumferential direction of the air chamber so that air pressure injected from the air injection nozzle is injected while rotating, Uniform pressure of air between the chambers is formed so that the air pressure passing through the mesh network passes through the mesh network uniformly and is uniformly applied to the washing material on the mesh net so as to be cleaned A meat grill cleaning device using particulate fluidization. 3. The method according to claim 2, characterized in that the cleaning agent is configured to be cleaned while moving in the vertical direction by the air pressure which is exposed to the air chamber and is injected from a vertical air nozzle which is exposed on the mesh network through the mesh network Grill cleaning system. [3] The apparatus of claim 2, wherein the cleaning material is configured to be cleaned while moving the cleaning material in a horizontal direction by the air pressure injected by the horizontal air nozzle exposed to the wall of the cleaning chamber.

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