KR101392029B1 - The dust collector for meat roasters - Google Patents

Abstract

The present invention relates to a dust collector for a meat roaster. The dust collector for a meat roaster according to one embodiment of the present invention includes a body (10) having spaces (15, 16, 17); a melting unit (20) having a melting channel (25); a filter unit (30) having at least one dehumidifying filter (31) and suction filter (35); and a power unit having a blower (40). Therefore, the present invention can improve purification efficiency.

Description

{The dust collector for meat roasters}

TECHNICAL FIELD The present invention relates to a dust collector for collecting smoke generated while brewing meat and purifying impurities and odors contained in the smoke and discharging it. More specifically, the present invention relates to a dust collector, The dehumidifying filter and the adsorption filter separate the oil and the bacteria and at the same time absorb the harmful gas and the odor, the smoke can be discharged in a clean state at all times, The filter and the adsorption filter can be reused by a comparatively simple washing and have a replaceable property as well as a mezzanine structure that can collide with the partition wall while passing through the smoke, Dust collector.

BACKGROUND ART Generally, in the case of eating and eating meat such as a restaurant, it is widely used that a grill is integrally provided on a table. In such a roaster, when a meat or fish is bent, a large amount of smoke is generated. When the roaster is placed in the room, the inside air is contaminated.

As is well known, in the prior art, a communicating pipe is disposed on the upper part of the baking compartment as a part for quickly discharging the smoke generated in the process of baking meat or fish, the communicating pipe is connected to a duct provided on the ceiling, The smoke is sucked (collected) and discharged to the outside. Here, not only does the smoke have a vaporized state together with oil (oil), but also impurities such as dust are present and contain a large amount of harmful gases such as carbon monoxide and carbon dioxide.

However, in the past, various problems have arisen due to the simple structure of the duct, the duct and the blower. In other words, since it is gradually cooled in the process of discharging high-temperature smoke, it becomes a major cause of shortening the life time of the blower as well as generating various kinds of pollution such that the oil is immersed in the communication and duct to proliferate bacteria. In addition, there is a problem that environmental pollution is caused by discharging harmful impurities and noxious gas to the outside without performing a separate filtration process. Therefore, urgent improvement measures are needed to solve these problems.

Accordingly, it is an object of the present invention to fundamentally solve the above-mentioned problems of the prior art, and it is an object of the present invention to solve the above-mentioned conventional problems by dissolving smoke generated while brewing meat into a dissolving liquid and scattering it with vortex to minimize the oil contained in the smoke, As the filter separates oil and bacteria and absorbs various harmful gases and odors, it has excellent purification ability to discharge smoke in a clean state at all times. Replacement of the dehumidification filter and the adsorption filter can be reused by a relatively simple washing The present invention is to provide a dust collector for a meat grinder capable of maximizing the overall purification efficiency by forming a labyrinth structure that can collide with a partition wall while passing smoke.

In order to accomplish the above object, the present invention provides a dust collector for collecting smoke generated while brewing meat and purifying impurities and odors contained in the smoke and discharging the same, the dust collector comprising: a suction flow path for sucking and discharging the smoke; And a space communicating with the suction flow path and the discharge flow path while being divided into barrier ribs; A dissolving unit provided with a dissolving liquid on a space of the body and having a dissolving flow path interposed between the suction path and the space so as to remove the oil contained in the mist; A filter unit which is respectively embedded in the space of the body and has at least one dehumidifying filter and an adsorption filter for purifying impurities contained in the smoke passing through the dissolving unit; And a power unit including a blower incorporated in the discharge passage of the moving body and blowing air to suck and discharge the smoke.

In this case, the dissolving unit according to the present invention further comprises a water level sensor for sensing the level of the dissolving liquid on the space, and a heater for heating the mixed oil dissolved in the dissolving liquid to 40 to 45 ° C do.

The dissolving solution of the dissolution part according to the present invention is characterized in that pure water is used, and further, an antifreeze liquid which prevents freezing in the winter season and a detergent which dilutes the dissolved oil are further added.

The dissolution path of the dissolution part according to the present invention is characterized in that the first and second flow paths are divided so as to communicate with each other in a staggered manner by the partition wall so as to disperse the dissolution solution into the smoke by inducing the solution to be immersed in the dissolution solution do.

Further, the dehumidification filter of the filter unit according to the present invention may be formed by finely woven polypropylene or stainless steel on a wire formed into a net shape so as to separate impurities contained in the smoke from moisture, and the adsorption filter is made of fine activated carbon The zeolite particles are incorporated to adsorb impurities and bacteria contained in the smoke.

It should be understood, however, that the terminology or words of the present specification and claims should not be construed in an ordinary sense or in a dictionary, and that the inventors shall not be limited to the concept of a term It should be construed in accordance with the meaning and concept consistent with the technical idea of the present invention based on the principle that it can be properly defined. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It is to be understood that equivalents and modifications are possible.

As described in the above-mentioned constitution and operation, according to the present invention, the smoke generated while brewing meat is dipped in a dissolving liquid and dispersed by a vortex to dissolve the oil contained in the smoke so as to be minimized, and the dehumidifying filter and the adsorption filter separate the oil and the bacteria As well as being able to adsorb various noxious gases and odors, it is capable of discharging the smoke in a clean state at all times. It has good usability and replaceability that can be reused by relatively simple washing by dehumidifying filter and adsorption filter, Shaped structure that can collide with the partition wall while passing through the partition wall, thereby providing an effect of maximizing the overall purification efficiency.

1 is a perspective view showing the dust collector according to the present invention as a whole.
2 is a cross-sectional perspective view showing the dust collector according to the present invention in an incision;
3 is a cross-sectional view showing a dust collector according to the present invention.
4 is a flow chart showing the path of smoke passing through a dust collector according to the present invention;

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to a dust collector for collecting smoke generated while brewing meat and purifying and discharging impurities and odors contained in the smoke and includes a body 10, a dissolution part 20, a filter part 30, and a power part It mainly deals with the dust collector for meat grill. Although not shown in the drawings, the dust collector of the present invention is connected to a duct disposed on a ceiling or a wall and connected to a plurality of ducts to quickly suck and purify smoke And discharged to the outside.

That is, the present invention is to efficiently purify oil, bacteria, and odors along with various impurities contained in fumes generated when meat is roasted. Here, the dust collector of the present invention is limited to be used for grilling meat, but it is not limited to a specific use because it can be sufficiently applied to a large building or a factory for a demand of a consumer.

The moving body 10 according to the present invention includes a suction passage 11 and a discharge passage 12 for sucking and discharging the smoke and a partition wall 13 between the suction passage 11 and the discharge passage 12 (15), (16) and (17) communicating with each other. As shown in FIGS. 1 and 2, the body 10 is a box-shaped body to which a plurality of frames are coupled, and includes a dissolving unit 20, a filter unit 30, and a power unit, which will be described later. That is, the moving body 10 is provided with a suction passage 11 and a discharge passage 12 communicating with the inside and the outside at one side and the other side, respectively, and a labyrinth-shaped space 15 16) < / RTI >

The suction flow path 11 is sucked to collect smoke generated while brewing meat, and is projected to one side so as to be connected to a duct arranged in a ceiling or a wall in a room. The discharge passage 12 discharges the purified smoke while passing through the spaces 15, 16 and 17, and is protruded to the other side to be connected to the communication connected to the outside. That is, when the collected smoke is introduced (transferred) through the suction passage 11, the smoke is purified while passing through the spaces 15, 16 and 17, and the purified smoke is discharged through the discharge passage 12 And discharged to the outside.

At this time, flanges 11a and 12a having fastening holes are provided on the projecting ends of the suction flow path 11 and the discharge flow path 12, respectively, so as to facilitate connection between the duct and the communication. Of course, the suction flow path 11 and the discharge flow path 12 may be interconnected through a tightening band by omitting the flanges 11a and 12a depending on the shape of the duct and the communication. In any case, a person skilled in the art can adopt various structures depending on the shape of the duct and the communication which are engaged with the suction flow path 11 and the discharge flow path 12.

The spaces 15, 16 and 17 guide the dissolving section 20 and the filter section 30 in order to purify the smoke passing through the inside of the moving body 10, So that they can be divided while being communicated with each other. That is, the space 15 accommodates the dissolving liquid 21 of the dissolving section 20 in the lower part of the moving body 10, and the space 16 is formed in the center of the moving body 10 in the dehumidifying filter And the space 17 houses the adsorption filter 35 of the filter unit 30 on the upper side of the body 10. Each of the spaces 16 and 17 is provided with a dehumidifying filter 31 and an adsorption filter (not shown) through which the solution 21 flows 35 are interchangeable with each other.

At this time, the spaces 15, 16 and 17 are formed in a maze shape so that the smoke may collide with the partition wall 13 while passing through the smoke. That is, as shown in FIG. 4, the passage passing through the partition wall 13 may be formed of a jig material so as to separate various impurities together with the oil contained in the smoke.

On the other hand, the body 10 basically has a structure in which the smoke is sucked from the lower end and is discharged to the upper part. However, in some cases, it may be sucked from the upper end and discharged to the lower end, or may be sucked from the left or right side and discharged to the other side have. The moving body 10 may be divided into a fixed type and a moving type for the convenience of the user. The fixed type includes a fastening portion for easy coupling to a floor or a wall surface, and a movable type includes a caster capable of steering at a lower portion thereof.

The dissolving unit 20 according to the present invention is characterized in that the dissolving liquid 21 is provided on the space 15 of the moving body 10 and the dissolving liquid 21 To remove the oil contained in the smoke. The dissolving unit 20 removes the oil (oil) contained in the smoke passing from the suction passage 11 to the space 16 as shown in Figs. 2 and 3, (21) and a dissolving channel (25).

The dissolving liquid 21 is accommodated in the space 15 of the moving body 10 and the dissolving passage 25 is formed between the suction passage 11 and the space 16 at a height corresponding to the water surface of the dissolving liquid 21, Respectively. The dissolving liquid 21 immerses the smoke passing from the suction passage 11 into the space 16 to induce the dissolution of the oil and the dissolving passage 25 moves the smoke from the suction passage 11 to the space 16 Thereby inducing the oil to be immersed. That is, the high-temperature smoke generated while brewing meat contains water in a vaporized state together with water. Such smoke is introduced into the dissolving channel 25 and is immersed in the dissolving liquid 21, The liquefaction phenomenon occurs. Therefore, the water and the oil contained in the smoke are separated from the smoke and dissolved on the solution 21.

The dissolution part 20 according to the present invention includes a water level sensor 22 for sensing the level of the dissolution liquid 21 on the space 15 and a water level sensor 22 for preventing the dissolution of the dissolved oil on the dissolution liquid 21 The heater 23 is heated to 40 to 45 캜. The dissolving unit 20 removes the oil (oil) contained in the smoke passing from the suction passage 11 to the space 16 as shown in FIGS. 2 and 3 and includes a water level sensor 22 and a heater 23 do.

The water level sensor 22 senses the water level at which the solution 21 is filled in the space 15 and generates a signal to be filled only at a height corresponding to the tip of the solution passage 25. In other words, if the solution 21 is filled so as to have a lower water level than the tip of the dissolving channel 25, the solution can not be immersed in the passing smoke to completely dissolve the solution. If the solution is filled to have a high water level, The energy of the power section to be described later is increased and an overload is generated to cause a failure.

Therefore, the water level sensor 22 allows the water level of the solution 21 filled in the space 15 to be filled only to a number that matches the tip of the dissolving channel 25. Here, the water level sensor 22 senses that the water level has increased due to the dissolved oil, and simultaneously notifies the replacement time of the dissolving liquid 21. It is preferable that the water level sensor 22 is provided in a state of being hermetically sealed by the partition 13 so as not to lose the sensing force due to the effect of smoke.

The heater 23 prevents the coagulation of the dissolved oil on the dissolving liquid 21. The heater 23 is provided so as to heat the dissolving liquid 21 to 40 to 45 캜 and to be immersed in the molten liquid 21 at all times do. That is, since the oil has a specific gravity smaller than that of the dissolving liquid 21 and has a property of being always floating, it easily solidifies at a relatively low temperature. Therefore, when the amount of dissolved oil on the dissolving liquid 21 increases, It is lost. Therefore, by heating the solution 21 to 40 to 45 캜, it is possible to prevent the coagulation of the dissolved oil and to continuously perform the role of immersion and dissolution regardless of the amount of the oil.

The dissolving liquid 21 of the dissolution part 20 according to the present invention is further added with an antifreeze liquid which uses pure tap water to prevent freezing in the winter when it is not in use and a detergent which dilutes the dissolved oil in a small amount . The dissolving liquid (21) serves as a catalyst to dissolve the oil contained in the smoke. It is possible to use only pure tap water which is cheap and easily handled, but the antifreeze or detergent is further added to the tap water It is possible. That is, in the winter when the temperature falls below freezing, the tap water is frozen to completely lose its dissolving role, and it causes the body 10 to be frozen. Therefore, the antifreeze is added to the tap water at a predetermined ratio. As a result, the melting function can be maintained regardless of seasonal temperature.

In addition, the oil dissolved on the dissolving liquid 21 solidifies according to the temperature. Even if the heater 23 heats it, it forms an oil film on the surface of the dissolving liquid 21, So that a cleaning agent containing a surfactant as a main component is added to the tap water at a predetermined ratio. Therefore, it is possible to continuously maintain the dissolving function by diluting the dissolved oil in a diluted state. These antifreeze and detergent may be added according to the season and the situation, and it is also possible to add antifreeze and detergent together. In any case, a person skilled in the art can selectively use it considering the dissolution efficiency of the dissolving section 20, handleability and environmental pollution.

On the other hand, the dissolution channel 25 of the dissolution part 20 according to the present invention is provided with a partition wall 13 for dispersing the dissolution solution 21 into the smoke while inducing the smoke to be immersed on the dissolution solution 21 And first and second flow paths 25a and 25b which are divided in a zigzag manner. The dissolving channel 25 is adapted to induce the oil to be immersed on the dissolving liquid 21 while transferring the oil from the suction channel 11 to the space 16 and the first channel 25a and the second channel 25b, In a zigzag manner.

The first flow path 25a is provided at a position adjacent to the suction flow path 11 and the second flow path 25b is provided at a position adjacent to the space 16. The first and second flow paths 25a and 25b ) Immerses the smoke on the dissolving liquid (21), and at the same time, the dissolving liquid (21) is swirled and scattered in the smoke. That is, when the smoke is introduced into the first flow path 25a, the solution is immersed in the solution 21, and at the time when the immersed smoke is supplied to the first flow path 25a, Vortex). In particular, the smoke passing through the first flow path 25a causes the second flow path 25b to repeatedly generate the immersion and vortex with the same action. Therefore, the dissolving power of the oil contained in the smoke is doubled by scattering the smoke supplied to the vortex of the dissolving liquid 21. Here, the vortex phenomenon is the same as the orifice action of measuring the flow rate by throttling the flow of the fluid, which excludes a separate ephemeral explanation.

The filter unit 30 according to the present invention is incorporated in the spaces 16 and 17 of the body 10 and is configured to purify impurities contained in the smoke passing through the dissolving unit 20, A dehumidifying filter 31 and an adsorption filter 35. The filter unit 30 purifies various impurities (foreign substances), noxious gases and bacteria contained in the smoke passing through the dissolving unit 20 as shown in FIGS. 2 and 3, The dehumidifying filter 31 and the adsorption filter 35 are replaceable.

At this time, the dehumidifying filter 31 of the filter unit 30 according to the present invention is formed by finely woven polypropylene or stainless steel on a net-woven wire, separating impurities contained in the smoke from moisture, 35) contains fine activated carbon or zeolite particles on the case to adsorb impurities and bacteria contained in the smoke.

The dehumidifying filter 31 is detachably provided in the space 16 of the moving body 10 and separates the oil and moisture contained in the smoke. The dehumidifying filter 31 is made of polypropylene or stainless steel to filter the oil and moisture contained in the smoke that is woven and passed through so as to have fine and numerous variable through holes like wool. That is, when the smoke including oil and moisture passes through the dehumidifying filter 31, the smoke (gas) freely passes through the through hole, but the oil and the moisture are quickly moved in the direction of the through hole I can not change. Therefore, the heavy oil and moisture stay on the surface of the woven fabric with the collision, and the sizes of the oil and moisture that continuously collide with each other gradually increase and eventually fall or flow down to the solution 21 due to gravity.

The dehumidifying filter 31 can be selectively used from polypropylene (PP) or stainless steel (SUS). Polypropylene is a relatively inexpensive raw material, which can reduce costs but can not be reused. However, it has a semi-permanent life span that can be reused by simple cleaning. In any case, a person skilled in the art can use the most efficient material formed considering the replacement performance and cost.

The adsorption filter 35 is detachably attached to the space 17 of the moving body 10 to adsorb impurities contained in the smoke and bacteria. The adsorption filter 35 has activated carbon or zeolite particles having fine holes on the case, and sucks and adsorbs impurities and bacteria contained in the smoke. That is, when smoke including impurities and bacteria passes through the adsorption filter 35, organic substances such as various impurities and bacteria are adsorbed by fine holes, and as a result, only pure smoke can be purified.

The adsorption filter 35 can be selectively used in activated carbon or zeolite. The activated carbon is steamed by a special method such as charcoal, bones, palm shell, etc., and the replacement cycle is relatively short. The zeolite It is a minerals mainly composed of aluminum silicate and has a long replacement period and excellent adsorption ability. In any case, a person skilled in the art can use the most efficient material formed considering the replacement performance and cost.

The dehumidifying filter 31 and the adsorption filter 35 of the present invention are each provided in a single stage, but may be further provided with two to five stages for further improved purification efficiency.

The power unit according to the present invention includes a blower 40 built in the discharge flow passage 12 of the moving body 10 and blowing air to suck and discharge the smoke. The power unit generates a suction force so as to collect smoke from the outside as shown in Figs. 1 to 4, and blows the collected smoke through the moving body 10 to discharge it to the outside. And a blower (40). That is, the blower 40 is constituted by an impeller that flows in the wind, a motor that generates power to rotate the impeller, and a casing that couples the motor to the discharge passage 12. [ The blower 40 can be applied variously regardless of the type and kind of the blower 40.

As described above, according to the present invention, the smoke generated while brewing meat is dipped in a dissolving liquid and dispersed in a vortex to dissolve the oil to minimize the oil contained in the smoke. The dehumidifying filter and the adsorption filter separate the oil and the bacteria, And it can be reused by relatively simple washing of the dehumidification filter and the adsorption filter, as well as the usability and the replaceability, and also, the smoke collides with the partition wall while passing through the smoke Thereby improving the overall efficiency of the purification.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention as defined by the appended claims. It is therefore intended that such variations and modifications fall within the scope of the appended claims.

10: body 11:
12: discharge flow path 11a, 12a: flange
13: partition 15, 16, 17: space
20: dissolution part 21: dissolution solution
22: water level sensor 23: heater
25: Euro 25a: First Euro
25b: second flow path 30: filter portion
31: Dehumidification filter 35: Adsorption filter
40: Blower

Claims (5)

delete A space 15 (16) which communicates with the partition 13 between the suction passage 11 and the discharge passage 12 and includes a suction passage 11 and a discharge passage 12 for sucking and discharging the smoke, A body (10) having a body (17); A lysis solution 21 is provided on the space 15 of the body 10 and the oil contained in the smoke is removed between the suction passage 11 and the space 16 in cooperation with the lysis solution 21 A dissolution part (20) having a dissolution channel (25); And at least one dehumidification filter 31 and an adsorption filter 35 are disposed in the spaces 16 and 17 of the body 10 so as to purify impurities contained in the smoke passing through the dissolution part 20. [ A filter section (30) provided; And a blower (40) built in the discharge passage (12) of the moving body (10) and blowing air to suck and discharge the smoke, the dust collector for a meat grinder,
The dissolving unit 20 includes a water level sensor 22 for sensing the level of the dissolving liquid 21 on the space 15 and a water level sensor 22 for sensing the level of the dissolved liquid 21 at 40 to 45 캜 Further comprising a heater (23) for heating the meat grinder.
delete 3. The method of claim 2,
The dissolving passage 25 of the dissolving section 20 is divided into communicating zigzags by the partition wall 13 so as to scatter the dissolving liquid 21 into the smoke while inducing the immersion of the smoke on the dissolving liquid 21 And a first and a second flow paths (25a, 25b).
delete

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