KR20200104517A - Charcaol fire burner - Google Patents

Abstract

The present invention relates to a roasting apparatus using charcoal fire. The roasting apparatus using the charcoal fire does not cause burns when heat is applied to a roasting material using the charcoal fire, and smoke generated by heating or the charcoal fire of the roasting material is prevented from being discharged to the outside. For this purpose, the roasting apparatus using the charcoal fire includes: a main body unit forming an exterior; a conveying unit provided in the main body unit and moving a material receiving unit on which the roasting material is seated in the main body unit in the first direction; and charcoal fire barrel units spaced apart from each other based on the second direction crossing the first direction so as to be detachably coupled to both sides of the main body unit, and in which a charcoal fire generating heat is seated so as to transfer the heat toward the material receiving unit. In addition, the roasting apparatus using the charcoal fire further includes at least one of the following: a blower provided in the main body unit and supplying air to the charcoal fire barrel unit by inhaling the air; a smoke discharging unit provided on an upper side of the main body unit and suctioning and purifying the smoke generated inside the main body unit according to heating of the roasting material and burning of the charcoal fire; and a convection heating unit provided in the main body unit and dissipating the heat toward the conveying unit.

Description

Roasting device using charcoal fire{CHARCAOL FIRE BURNER}

The present invention relates to a roasting apparatus using charcoal fire, and more specifically, when heat is applied to the roasting material using charcoal fire, there is no fear of burns, and smoke generated by heating or charcoal fire of the roasting material is discharged to the outside. It relates to a roasting device using charcoal to prevent it from becoming.

Pork pork belly is rich in fat, juicy, and inexpensive, so it is often used in the diet of the common people. In addition, pork samgyeopsal is a representative food that can be enjoyed in office workers' dining halls and outdoor campsites.

In general, pork belly grilling is a light-weight and portable outdoor grill that is enjoyed by direct fire using charcoal fire, etc., and is a grill used for commercial use by using heat sources such as briquettes, charcoal fire, electricity, gas, etc. And fans that are commonly used in homes.

However, samgyeopsal is a fatty food material, and when cooked over direct heat in which a heat source is directly heated on the pork belly, the oil produced from the pork belly fat falls into a heat source such as charcoal fire, and soot is generated in the process of burning it, contaminating the pork belly.

In general, pork belly is grilled over charcoal to remove the oil from the meat, and the flavor of wood and meat are harmonized to enjoy the most delicious grilling, but there is a problem in cooking for the above reasons.

(1) Republic of Korea Patent Application Publication No. 2014-0071682 (Name of the invention: charcoal grilled pork belly, published on June 12, 2014) (2) Republic of Korea Utility Model Publication No. 20-0238367 (Name of the draft: Smoke removal device for grilling eel, 2001. 10. 18. Announcement)

An object of the present invention is to solve the conventional problem, in applying heat to the roasting material using charcoal fire, there is no fear of burns, and the smoke generated by heating or charcoal fire of the roasting material is discharged to the outside. It is to provide a roasting device using charcoal to prevent.

According to a preferred embodiment for achieving the object of the present invention described above, the roasting apparatus using charcoal according to the present invention comprises: a body unit forming an exterior; A conveying unit provided in the main unit and moving in a first direction a material receiving unit on which the roasting material is seated in the main unit; And a charcoal fire that is spaced apart from each other based on a second direction crossing the first direction, is detachably coupled to both sides of the main unit, and has a charcoal fire that generates heat so as to transfer heat toward the material receiving unit therein. A blower including, and provided in the main unit, suctioning air and supplying it to the charcoal burning unit; A smoke discharge unit provided on the upper side of the main unit and suctioning and purifying smoke generated in the main unit according to heating of the roasting material and combustion of the charcoal fire; And a convection heating unit provided in the main unit and dissipating heat toward the transport unit. It further includes at least any one of.

Here, the main body unit, each of the charcoal fire unit is detachably coupled to each side of the charcoal fire heat generating unit; A material passing part provided above the charcoal heat generating part and forming a moving path of the material receiving part moved by the conveying unit; A foreign substance receiving unit provided under the charcoal fire heat generator and separating the charcoal fire heat generator from the floor; A water tank member that is detachably supported by the foreign material receiving unit and accommodates foreign matter falling from the material receiving unit as heat is transferred to the roasting material; And a heat reinforcing unit provided on the upper portion of the material passage so that the combustion and discharge units are stacked and supported, and forming a convective space for heat generated from the charcoal fire.

Here, the charcoal fire heat generating unit, the charcoal fire receiving unit to which the charcoal burning unit is detachably coupled with respect to the second direction; And a heat induction part which is spaced apart from the upper side of the charcoal fire canister receiving part, and forms an upward inclination toward the material passing part from the entrance of the charcoal fire canister receiving part.

Here, the charcoal fire heat generating unit, a falling induction protrusion forming a downward slope from the end of the heat induction unit; further includes.

Here, in the charcoal fire heat generating unit, a first discharge induction unit inclined downward toward the water tank member from an inlet side of the material passage through which the material receiving unit enters; And a second discharge induction part inclined downward toward the upper water tank member from the outlet side of the material passage part from which the material receiving part is discharged.

Here, the transport unit, provided in the main unit, a transport motor for generating a rotational force for the movement of the material receiving unit; A plurality of interlocking rods that are spaced apart from each other along the first direction so as to be movably supported by the material receiving portion and rotatably coupled to the main unit; A power transmission unit for transmitting the rotational force of the transport motor to any one of a plurality of interlocking rods; And a rod interlocking unit interconnecting a plurality of interlocking rods so that the plurality of interlocking rods rotate at the same time.

In more detail, the main body unit further includes a unit installation portion formed at any one of the front and rear of the charcoal fire heat generating unit with respect to the first direction, wherein the transport unit is provided in the unit installation portion A driving motor for rotating a driving shaft protruding outward of the unit installation part; A drive sprocket coupled to the drive shaft; A plurality of interlocking rods formed elongated in the second direction at a boundary portion of the charcoal fire heat generating unit and the material passing unit, spaced apart from each other along the first direction, and rotatably coupled to the main body unit; A plurality of interlocking sprockets respectively coupled to a plurality of interlocking rods outside the body unit; A transmission sprocket spaced apart from the interlocking sprocket and coupled to any one of a plurality of interlocking rods outside the body unit; A driving chain connecting the driving sprocket and the transmission sprocket; And an interlocking chain interconnecting the plurality of interlocking sprockets.

The transport unit further includes a tension sprocket connected to the linkage chain between two interlocking sprockets adjacent to each other, and idlely rotated about a tension shaft protruding outward of the main unit.

Here, the charcoal ignition unit, a hollow charcoal ignition body with an open top; A charcoal support network section for dividing the interior of the charcoal fire tube into an air receiving space in which air introduced into the charcoal fire tube body is accommodated and a charcoal fire receiving space in which the charcoal fire is received; And a handle provided on the side of the charcoal fire tube body so as to be exposed to the outside of the body unit based on the second direction for gripping by the user.

Here, the smoke discharge unit, at least one discharge passage communicating with the heat reinforcing part to form a discharge path of the smoke; A discharge fan provided in the discharge passage and suctioning the smoke; And a smoke purifying unit for purifying the smoke sucked by the exhaust fan using water stored therein.

Here, the smoke purifying unit may include: a smoke purifying header having water stored therein, and having a purifying outlet at an upper portion through which the purifying gas is discharged as the smoke passes through the water; A smoke supply passage protruding upright from the bottom of the smoke purification header so that the smoke sucked by the exhaust fan is supplied to the inside of the smoke purification header; And a smoke return cap immersed in water stored inside the smoke purification header while the end of the smoke supply passage is spaced apart from the inside of the smoke purification header and the lower part is opened.

Here, the smoke discharge unit includes: a smoke collecting header through which the smoke passing through the discharge passage is collected so that the discharge fan sucks the smoke; And a vibration unit provided in the smoke purification unit to impart vibration to water stored therein. It further includes at least any one of.

A roasting apparatus using charcoal according to the present invention includes a temperature sensor for sensing a temperature transmitted to the roasting material inside the main unit; And a control unit that adjusts at least one of a moving speed of the material receiving unit, an amount of air supplied to the charcoal burning unit, and a temperature around the material receiving unit according to the temperature sensed by the temperature sensor. do.

According to the roasting apparatus using charcoal fire according to the present invention, when heat is applied to the roasting material using charcoal fire, there is no fear of burns, and the smoke generated by heating or charcoal fire of the roasting material is prevented from being discharged to the outside. I can.

In addition, the present invention allows heat to be evenly transferred to the material receiving unit through the synergistic effect of heat generated from the charcoal fire and the convection of the convection of the elevated heat through the detailed configuration of the main unit, and stably prevents foreign matter falling from the material receiving unit. Can be collected.

In addition, the present invention not only concentrates heat generated from the charcoal fire through the heat induction part to the material receiving part, but also prevents foreign substances falling from the material receiving part from falling into the charcoal lighting unit, and soot is generated by foreign substances in the charcoal lighting unit. It is possible to prevent the roasting material from being contaminated in the material receiving part.

In addition, according to the present invention, it is possible to prevent liquid foreign substances from flowing into the lower surface of the heat induction part through the drop induction protrusion, and to induce foreign substances falling from the material receiving part to the water tank member.

In addition, the present invention guides foreign matters generated from the lower inlet side of the material passage portion and the lower outlet side of the material passage portion to the water tank member through the first discharge induction part and the second discharge induction part, and cleans the lower part of the material passage part. .

In addition, the present invention can protect the transport motor and the blower from heat generated from the charcoal fire, foreign matter, smoke, etc. through the unit installation unit, and insulate the charcoal heat generating unit and the material passing unit.

In addition, according to the present invention, heat of the material passage portion may be prevented from leaking to the outside through the inlet buffer portion and the outlet buffer portion, and heat may be stably preserved in the material passage portion.

In addition, the present invention can prevent the outside air from flowing into the material passage through the inlet opening and closing member and the outlet opening and closing member, and prevent the temperature from lowering in the material passage.

In addition, the present invention facilitates the slide movement of the material receiving portion in the material passing portion through the detailed configuration of the conveying unit, and the foreign matter stably falls into the water tank unit.

In addition, the present invention can improve the coupling force between the interlocking sprocket and the interlocking chain through the additional configuration of the tension sprocket, and prevent the interlocking chain from being arbitrarily separated from the interlocking sprocket.

In addition, the present invention can stably supply air to the charcoal through the detailed configuration of the charcoal burning unit to control the heating power of the charcoal, the user can safely grip the handle, and the user's burns in the process of attaching and detaching the charcoal burning unit It can prevent safety accidents. In addition, the amount of charcoal can be easily adjusted through the drawer-type coupling structure of the charcoal burning unit.

In addition, the present invention simplifies purification of the smoke by discharging the smoke collected by the heat reinforcement unit through the detailed configuration of the smoke discharge unit, and it is possible to prevent the spread of odor due to the smoke around the main unit.

In addition, the present invention can be transferred to the smoke purification unit by heat dissipation of the smoke through the discharge passage.

In addition, the present invention allows the smoke transmitted from the heat reinforcement unit to stably pass through water through the smoke purifying unit and its detailed configuration, prevents smoke or water from flowing back to the heat reinforcement unit, and a material receiving unit and Contamination of roasted ingredients can be prevented.

In addition, according to the present invention, when smoke passes through water through an additional configuration of the vibration unit, a contact area between the smoke and water is increased to improve the purifying power of the smoke, and ash and water-soluble impurities contained in the smoke can be removed.

In addition, the present invention further heats the smoke transmitted from the heat reinforcement unit through the smoke collection header and its detailed configuration, and prevents reverse flow of foreign substances generated in the heat dissipation process of the smoke.

In addition, the present invention can control the thermal power of the charcoal fire accommodated in the charcoal fire unit through the additional configuration of the blower, and forcibly generate smoke from the charcoal fire so that the effect of smoking can be exhibited in the material passing part, and in the heat reinforcement unit It can help the smoke escape.

In addition, the present invention can control the degree of baking for the roasting material of the material receiving section by controlling the temperature of the material passing section through the additional configuration of the convection heating unit.

In addition, in the present invention, the temperature of the material passing part can be monitored through the temperature sensor, the temperature of the material passing part can be adjusted through the control unit, and the degree of baking of the roasting material can be controlled.

1 is a front view showing a roasting apparatus using charcoal according to an embodiment of the present invention.
2 is a right side view showing a roasting apparatus using charcoal according to an embodiment of the present invention.
3 is a longitudinal sectional view showing the internal structure of the charcoal heat generator of the main unit in the roasting apparatus using charcoal according to an embodiment of the present invention.
4 is a layout diagram showing a connection state of a blower in a roasting apparatus using charcoal according to an embodiment of the present invention.
5 is a longitudinal sectional view showing a smoke discharge unit in the roasting apparatus using charcoal according to an embodiment of the present invention.
6 is a block diagram showing a control structure by a control unit in a roasting apparatus using charcoal according to an embodiment of the present invention.

Hereinafter, an embodiment of a roasting apparatus using charcoal according to the present invention will be described with reference to the accompanying drawings. At this time, the present invention is not limited or limited by the examples. In addition, in describing the present invention, detailed descriptions of known functions or configurations may be omitted to clarify the gist of the present invention.

1 to 6, a roasting apparatus using charcoal according to an embodiment of the present invention includes a main unit 10, a conveying unit 20, and a charcoal burning unit 30, and a blower 40 ), and at least one of the smoke discharge unit 50 and the convection heating unit 60, and may further include a temperature sensor 70 and a control unit 80.

In one embodiment of the present invention, the first direction represents a forward and backward direction in the direction in which the material receiving portion 90 on which the roasting material is seated moves in the main unit 10, and the second direction is a direction crossing the first direction. It indicates the left and right direction, and the height direction indicates the vertical direction.

In an embodiment of the present invention, the material receiving unit 90 is a container in which a roasting material that can be baked by heat of charcoal, such as pork belly, is placed, and has a mesh structure. Accordingly, foreign matter generated in the roasting material due to heat is discharged from the material receiving portion 90.

The body unit 10 forms an exterior.

The main body unit 10 includes a charcoal heat generating unit 11, a material passing unit 14, a foreign material receiving unit 17, a water tank member 171, and a heat reinforcing unit 18, and a unit installation It further includes a portion 12, further includes an exhaust dummy portion 13, and may further include an inlet buffer portion 15 and an outlet buffer portion 16.

The charcoal fire heat generating unit 11 is coupled to the charcoal fire canister unit 30 detachably. The charcoal fire heat generator 11 forms a path through which heat generated from the charcoal fire unit 30 rises.

Both sides of the charcoal fire heat generating unit 11 may be provided with a charcoal fire receiving part 111 in which the charcoal fire burning unit 30 is mounted with respect to the second direction, respectively. When the material receiving part 90 moves in the first direction in the main unit 10, the charcoal fire container receiving part 111 is formed long along the first direction on both sides of the charcoal fire heat generating part 11. The charcoal canister receiving part 111 is opened toward the side of the main body unit 10 to form an inlet of the charcoal-burning receiving part 111, and the attachment and detachment of the charcoal canister unit 30 can be facilitated. The charcoal burning container 111 is opened toward the top of the main body unit 10 so that the heat generated by the charcoal burning unit 30 is stably increased. An air supply hole 11a through which the air supplied from the blower 40 passes may be formed through the charcoal-burning receiving part 111.

The charcoal fire heat generator 11 may be provided with a first discharge induction part 112 inclined downward toward the water tank member 171 from the entrance side of the material passing part 14 to which the material receiving part 90 enters. . The first discharge induction part 112 may divide the unit installation part 12 and the charcoal heat generating part 11 and guide foreign substances falling from the material passage part 14 to the water tank member 171.

The charcoal fire heat generating unit 11 may be provided with a second discharge induction unit 113 inclined downward toward the water tank member 171 from the outlet side of the material passing unit 14 from which the material receiving unit 90 is discharged. . The second discharge induction part 113 may divide the discharge pile part 13 and the charcoal fire heat generation part 11 and may guide foreign substances falling from the material passage part 14 to the water tank member 171.

The charcoal heat generating unit 11 may be provided with a heat induction unit 114 that is inclined upward toward the material passing unit 14 from the inlet of the charcoal fire container receiving unit 111. The heat induction part 114 is spaced apart from the upper side of the charcoal fire container receiving part 9. In a flat state, the heat induction part 114 may prevent the foreign substances falling from the material passing part 14 from falling onto the charcoal lighting unit 30 by covering the charcoal lighting container receiving part 111. In other words, the width of the charcoal fire container receiving part 111 is formed smaller than the width of the heat induction part 114 based on the second direction, so that foreign matter falling from the material receiving part 90 is It can prevent falling.

The charcoal fire heat generating unit 11 may be provided with a falling induction protrusion 115 forming a downward slope from the end of the heat induction unit 114. The drop guiding protrusion 115 guides the foreign matter dropped by the heat guiding portion 114 to the water tank member 171 and prevents the foreign matter from flowing down toward the charcoal burning unit 30.

The material passing portion 14 is provided on the upper portion of the charcoal heat generating portion 11. The material passing portion 14 forms a moving path of the material receiving portion 90 that is moved by the conveying unit 20. The material passing portion 14 is formed to be elongated along the first direction. The material passing part 14 is in communication with the charcoal fire heat generating part 11 so that the heat of the charcoal fire heat generating part 11 is transferred. Although not shown, a perspective part (not shown) is provided on the side of the material passing part 14 to visually check the moving state of the material receiving part 90 moving the material passing part 14 and the roasting state of the roasting material. I can.

The foreign material receiving part 17 is provided under the charcoal fire heat generating part 11. The foreign matter receiving part 17 separates the charcoal heat generating part 11 from the floor. The foreign matter receiving unit 17 communicates with the charcoal fire heat generating unit 11 so that foreign matter falling from the material passing unit 14 passes through the charcoal fire heat generating unit 11 and is transferred to the foreign matter receiving unit 17.

The water tank member 171 is detachably supported on the foreign matter receiving part 17. As heat is transferred to the roasting material, foreign matter is generated from the roasting material, and the foreign matter falls from the material receiving part 90. At this time, the water tank member 171 is accommodated in the foreign material falling from the material receiving portion (90). Here, water is stored in the water tank member 171 to cool foreign substances and reduce odors generated from foreign substances.

The heat reinforcement part 18 is provided on the material passage part 14. On the upper side of the heat reinforcing part 18, a combustion exhaust unit () is supported. The heat reinforcing part 18 is in communication with the material passing part 14 to store heat generated from the charcoal fire. As heat generated from the charcoal fire is supplied to the heat reinforcement unit 18, a convection space of heat generated from the charcoal fire is formed. A smoke discharge part 181 may be formed through the upper part of the heat reinforcement part 18 for connection with the smoke discharge unit 50. Two or more smoke discharge units 181 may be formed through the ceiling of the heat reinforcement unit 18 to be spaced apart from each other.

The unit installation part 12 is provided at any one of the front and the rear of the charcoal heat generator 11 in the first direction. Between the charcoal fire heat generator 11 and the unit installation part 12, any one of the first discharge induction part 112 and the second discharge induction part 113 is provided so that the charcoal fire heat generator 11 and the unit installation part 12 ) Can be divided. In an embodiment of the present invention, the unit installation unit 12 is shown to be provided in front of the charcoal heat generating unit 11.

The discharge pile 13 is provided at the other one of the front and rear of the charcoal heat generating unit 11 in the first direction. Between the charcoal fire heat generator 11 and the discharge pile part 13, the other one of the first discharge induction part 112 and the second discharge induction part 113 is provided, and the charcoal fire heat generator 11 and the discharge pile part 13 ) Can be divided. In an embodiment of the present invention, the discharge pile 13 is shown to be provided at the rear of the charcoal heat generator 11.

The inlet buffer part 15 is provided in front of the material passing part 14 in the first direction. The inlet buffer part 15 is in communication with the material passing part 14 to facilitate the movement of the material receiving part 90. In an embodiment of the present invention, the inlet buffer unit 15 is partitioned from the unit installation unit 12 and is shown to be provided above the unit installation unit 12. The entrance into which the material receiving portion 90 enters from the inlet buffer portion 15 is opened and closed by the inlet opening and closing member 151.

The outlet buffer unit 16 is provided at the rear of the material passing unit 14 in the first direction. The outlet buffer unit 16 communicates with the material passing unit 14 to facilitate the movement of the material receiving unit 90. In one embodiment of the present invention, the outlet buffer unit 16 is partitioned from the discharge pile 13 and is shown to be provided on the top of the discharge pile 13. The outlet from which the material receiving part 90 is discharged from the discharge buffer part () is opened and closed by the outlet opening/closing member 161.

The transport unit 20 is provided in the main unit 10. The conveying unit 20 moves the material receiving portion 90 on which the roasting material is seated in the main unit 10 in the first direction.

The conveying unit 20 is provided in the main unit 10 and is provided in a first direction so that the conveying motor 21 generates a rotational force for the movement of the material receiving part 90, and the material receiving part 90 is movably supported. A plurality of interlocking rods 24 that are spaced apart from each other and rotatably coupled to the main unit 10, and a power transmission unit that transmits the rotational force of the transport motor 21 to any one of the plurality of interlocking rods 24 , It may include a rod interlocking unit interconnecting the plurality of interlocking rods 24 so that the plurality of interlocking rods 24 rotate at the same time.

In one embodiment of the present invention, the conveying unit may move the material receiving part 90 in the first direction through the rotational force of the conveying motor 21 and the power transmission structure of the chain and sprocket.

In more detail, the transport unit 20 includes a transport motor 21, a driving sprocket 22, an interlocking rod 24, an interlocking sprocket 25, a transmission sprocket 26, and a driving chain 23. , Including an interlocking chain 27, may further include a tension sprocket 28.

The transport motor 21 is provided in the unit installation portion 12 of the main unit 10. The conveying motor 21 generates a rotational force for the movement of the material receiving portion 90. The transport motor 21 rotates the drive shaft 211 protruding outward of the main unit 10. The transport motor 21 may be provided with a reduction unit (not shown) that adjusts the reduction ratio of the drive shaft 211.

The drive sprocket 22 is coupled to the drive shaft 211. The drive sprocket 22 is rotated together with the drive shaft 211.

A plurality of interlocking rods 24 are rotatably coupled to the main unit 10 by being spaced apart from each other along the first direction. The interlocking rod 24 is formed to be elongated in the second direction at the boundary between the charcoal heat generating unit 11 and the material passing unit 14. The material receiving part 90 is seated on the interlocking rod 24, and the material receiving part 90 may be moved in the first direction according to the rotation of the interlocking rod 24. One end of the interlocking rod 24 protrudes to the outside of the main unit 10 in correspondence with the drive shaft 211.

A plurality of interlocking sprockets 25 are respectively coupled to a plurality of interlocking rods 24 outside the body unit 10. The interlocking sprocket 25 is rotated together with the interlocking rod 24.

The transmission sprocket 26 is spaced apart from the interlocking sprocket 25 and is coupled to any one of the plurality of interlocking rods 24 outside the main unit 10. The transmission sprocket 26 rotates together with the interlocking rod 24. The transmission sprocket 26 is provided on the same plane as the driving sprocket 22 outside of the main unit 10.

The driving chain 23 connects the driving sprocket 22 and the transmission sprocket 26. The driving chain 23 allows the transmission sprocket 26 to rotate together with the rotation of the driving sprocket 22.

The interlocking chain 27 interconnects a plurality of interlocking sprockets 25. The interlocking chain 27 allows the interlocking sprocket 25 to rotate together with the rotation of the transmission sprocket 26.

The tension sprocket 28 is connected to the interlocking chain 27 between two interlocking sprockets 25 adjacent to each other. The tension sprocket 28 is coupled to a tension shaft 281 protruding outward of the main unit 10. The tension screw () is to be rotated idle around the tension shaft (281). The tension sprocket 28 improves the coupling force of the interlocking chain 27 in the interlocking sprocket 25 by changing the moving direction of the interlocking chain 27 between two interlocking sprockets 25 adjacent to each other, and Separation can be prevented.

The charcoal burning unit 30 is separated from each other based on the second direction crossing the first direction, and is attached to and detached from the charcoal burning receiving unit 111 provided on both sides of the charcoal burning heat generating unit 11 of the main unit 10 Combined possible. In the interior of the charcoal burning unit 30, a charcoal fire that generates heat so that heat is transferred toward the material receiving unit 90 is seated.

The charcoal burning unit 30 may include a charcoal burning body 31, a charcoal supporting part 32, and a handle 33.

The charcoal fire tube body 31 is a hollow enclosure with an open top.

An air transmission hole 311 is formed through the charcoal fire tube body 31. When the charcoal lighting unit 30 is inserted into the charcoal lighting receiving part 111, the air delivery hole 311 communicates with the air supply hole 11a provided in the charcoal lighting receiving part 111 to provide an air supply hole 11a. ) Can receive air. The air transfer hole 311 is eccentrically formed to the outside of the main unit 10 based on the second direction to suppress heat transfer to the handle 33 and radiate the handle 33.

The charcoal-burning body 31 may be provided with an air receiving space 312 in which air introduced into the interior (air supplied through the air delivery hole 311) is accommodated.

The charcoal fire container body 31 may be provided with a charcoal fire receiving space 313 separated from the air receiving space 312 to accommodate charcoal fire.

The charcoal support part 32 partitions the interior of the charcoal fire container body 31. The charcoal support unit 32 forms the boundary between the air receiving space 312 and the charcoal receiving space 313. The charcoal support part 32 is formed with a plurality of ventilation holes through which air passes, so that the air in the air receiving space 312 is transmitted to the charcoal fire, and the heat of the charcoal fire can be adjusted by the air transmitted to the charcoal fire.

The charcoal support part 32 makes the amount of charcoal fire toward the center of the charcoal heat generating part 11 by making a downward slope from the upper part of the air receiving space 312 to the lower part of the charcoal fire receiving space 313 based on the second direction. And increase the heat generated from the charcoal fire.

The handle 33 is provided on the side of the charcoal fire tube body 31. The handle 33 is exposed to the outside of the main unit 10 based on the second direction for gripping by the user. The handle 33 is provided on the side of the charcoal fire tube body 31 from the air receiving space 312 side with respect to the charcoal fire support part 32.

The blower 40 is provided in the unit installation part 12 of the main unit 10. The blower 40 sucks air and supplies it to the charcoal burning unit 30. The blower 40 and the air supply hole 11a are connected by a blowing passage 41 forming an air supply path, and the air sucked from the blower 40 is an air supply hole of the charcoal fire receiving part 111 ( 11a). Air discharged from the smoke exhaust unit 50 may be supplied to the blower 40. In this case, the purification gas discharged from the smoke discharge unit 50 may be delivered to the blower 40 through the purification discharge line 557.

The smoke discharge unit 50 is provided on the upper side of the main unit 10. The smoke discharge unit 50 sucks and purifies the smoke generated inside the main unit 10 according to the heating of the roasting material and the burning of the charcoal fire.

The smoke discharge unit 50 may include a discharge passage 51, a discharge fan 53, and a smoke purifying unit 54.

The discharge passage 51 communicates with the heat reinforcement part 18 of the main unit 10 to form a discharge path for smoke received in the heat reinforcement part 18. The discharge passage 51 is connected to the smoke discharge part 181 formed through the ceiling of the heat reinforcement part 18. The discharge passage 51 may be formed in a spiral shape to maximize the heat dissipation effect.

The discharge fan 53 is provided in the discharge passage 51. The exhaust fan 53 sucks the smoke from the exhaust passage 51.

The smoke purifying unit 54 purifies the smoke sucked by the discharge fan 53 using water stored therein.

The smoke purification unit 54 may include a smoke purification header 55, a smoke supply passage 56, and a smoke return cap 57.

The smoke purification header 55 stores water therein. Then, the smoke transmitted from the exhaust fan 53 is purified while passing through the water to generate a purified gas.

A water inlet 551 for supplying water to the inside of the smoke purification header 55 is provided. A water inlet line 552 that forms a water supply path is connected to the water inlet 551.

Although not shown, a water level control unit (not shown) may be provided inside the smoke purification header 55 to adjust the level of water stored in the smoke purification header 55. The water level control unit (not shown) may open and close the water inlet 551 according to the water level.

The side of the smoke purification header 55 is provided with a water outlet 553 which is spaced apart from the water inlet 551 and discharges internal water. A water outlet line 554 that forms a water discharge path is connected to the water outlet 553. A water discharge filter 555 is provided in the water outlet line 554 to filter water discharged from the water outlet 553, so that the water in the water outlet line 554 can be reused. The water discharge filter 555 may include at least one of activated carbon and a carbon filter to remove impurities and odors from the water discharged to the water discharge line 554.

The installation height of the water outlet 553 is formed lower than the installation height of the water inlet 551, and the water level inside the smoke purification header 55 corresponds to the installation height of the water outlet 553, so that the smoke purification header 55 ) To be discharged through the water outlet 553 floating to the surface of the water stored inside.

A purification outlet 556 through which purification gas is discharged is provided at the top of the smoke purification header 55. The purification discharge line 557 is connected to the purification discharge port 556 to form a discharge path of the purification gas. As the purification discharge line 557 is connected to the blower 40, the purification gas is recovered and resupplied to the charcoal burning unit 30, so that incomplete combustion air is not generated. The purification discharge line 557 is provided with a purification discharge filter 558 to filter the purification gas discharged from the purification discharge port 556 to remove impurities contained in the purification gas when the purification gas is reused. The purification discharge filter 558 may include at least one of activated carbon and a carbon filter to remove impurities and odors from the purification gas discharged to the purification discharge line 557.

The smoke supply passage 56 supplies smoke sucked by the exhaust fan 53 into the smoke purification header 55. The smoke supply passage 56 is erected from the bottom of the smoke purification header 55 and protrudes into the inside of the smoke purification header 55. The smoke supply flow path 56 is divided into a plurality of pieces, and each smoke supply flow path 56 has a spiral shape to maximize the heat dissipation effect.

The smoke return cap 57 encloses the end of the smoke supply passage 56 in a spaced state inside the smoke purification header 55. The smoke return cap 57 is immersed in water stored in the smoke purification header 55 with the lower part open. Then, the water stored in the smoke purification header 55 does not flow back into the smoke supply passage 56, and the smoke supplied through the smoke supply passage 56 passes through the water stored in the smoke purification header 55. can do.

The smoke discharging unit 50 may further include at least one of a smoke collecting header 52 and a vibration unit 58.

The smoke collection header 52 collects smoke passing through the discharge passage 51. The smoke collecting header 52 connects the discharge fan 53 and the discharge passage 51 so that the discharge fan 53 stably sucks the smoke.

The smoke collection header 52 may include a collection header part 521, a vertical flow path part 522, and a side flow path part 523.

The collection header part 521 forms a space for collecting smoke transmitted from the discharge passage 51. A discharge fan 53 is coupled to an upper portion of the collection header part 521.

The vertical flow path part 522 stands upright from the bottom of the collection header part 521 and protrudes into the inside of the collection header part 521. The vertical passage part 522 is connected to the discharge passage 51 with the largest amount of smoke blowing among the plurality of discharge passages 51 to facilitate the discharge of the smoke inside the heat reinforcing part 18.

The side channel portion 523 is provided around the collection header portion 521. One or more side passages 523 may be provided corresponding to the number of discharge passages 51. Smoke flowing from the side passage part 523 may be moved along the circumference of the collecting header part 521 to induce a cyclone phenomenon inside the collecting header part 521.

The vibration unit 58 is provided in the smoke purification unit 54. The vibration unit 58 imparts vibration to water stored in the smoke purification unit 54. The vibrating unit 58 generates sound waves or ultrasonic waves so that when smoke passes through water, the bubbles are finely crushed, and the contact area between the smoke and water is maximized, thereby improving the purifying ability of the smoke. The vibration unit 58 may be provided with a vibration switch (not shown) for selecting whether to apply vibration.

The convective heating unit 60 is provided in the heat reinforcing part 18 of the main unit 10. The convection heating unit 60 radiates heat toward the conveying unit 20. The convection heating unit 60 may be composed of a heating wire or a heating rod generating heat by an applied power source. The convective heating unit 60 may be provided with a heating switch 61 for selecting whether or not to dissipate heat.

The temperature sensor 70 senses the temperature transferred to the roasting material inside the main unit 10. The temperature sensor 70 may be provided on the upper portion of the material passing portion 14 or the lower portion of the heat reinforcing portion 18 or at a boundary portion between the material passing portion 14 and the heat reinforcing portion 18.

In particular, the temperature sensor 70 may detect the temperature of the inlet side, the outlet side, and the central portion of the material passing portion 14, respectively.

The control unit 80 includes the moving speed of the material receiving unit 90, the amount of air supplied to the charcoal burning unit 30, and the surrounding material receiving unit 90 according to the temperature sensed by the temperature sensor 70. Adjust at least one of the temperatures.

When the temperature detected by the temperature sensor 70 is lower than the preset temperature range, the control unit 80 controls the transport motor 21 of the transport unit 20 to reduce the moving speed of the material receiving unit 90. Alternatively, the blower 40 may be controlled to increase the amount of air supplied to the charcoal burning unit 30, or the convective heating unit 60 may be controlled to increase the temperature around the material receiving unit 90.

When the temperature sensed by the temperature sensor 70 is higher than the preset temperature range, the control unit 80 controls the transport motor 21 of the transport unit 20 to increase the moving speed of the material receiving unit 90. Alternatively, the blower 40 may be controlled to reduce the amount of air supplied to the charcoal burning unit 30, or the convective heating unit 60 may be controlled to lower the temperature around the material receiving unit 90.

Then, after putting the roasting material in the material receiving part 90, the conveying unit 20 is operated, and when the material receiving part 90 is put into the material passing part 14, the material receiving part 90 passes through the material. It is moved along the part 14, and the roasting material is heated by charcoal fire.

At this time, by adjusting at least one of the moving speed of the material receiving unit 90, the blowing amount of air supplied to the charcoal burning unit 30, and the temperature around the material receiving unit 90, the degree of baking of the roasting material is controlled. Can be adjusted.

According to the above-described grilling apparatus using charcoal fire, when heat is applied to the grilling material using charcoal fire, there is no fear of burns, and smoke generated by heating or charcoal fire of the grilling material can be prevented from being discharged to the outside. .

In addition, through the detailed configuration of the main unit 10, heat is evenly transmitted to the material receiving unit 90 through the synergistic effect of heat generated from the charcoal fire and the convection effect of the convection of the increased heat, and in the material receiving unit 90 It can stably collect falling foreign substances.

In addition, the heat generated from the charcoal fire through the heat induction unit 114 is concentrated to the material receiving unit 90, as well as preventing foreign substances falling from the material receiving unit 90 from falling into the charcoal lighting unit 30, By preventing the generation of soot by foreign substances in the charcoal burning unit 30, it is possible to prevent the roasting material of the material receiving unit 90 from being contaminated.

In addition, it is possible to prevent liquid foreign substances from flowing into the lower surface of the heat induction part 114 through the fall guidance protrusion 115, and guide foreign substances falling from the material receiving part 90 to the water tank member 171.

In addition, foreign substances generated from the lower inlet side of the material passing part 14 and the lower outlet side of the material passing part 14 through the first discharge induction part 112 and the second discharge induction part 113 are removed from the water tank member 171. It is guided to, and the lower part of the material passing part 14 can be cleaned.

In addition, the unit installation unit 12 protects the transport motor 21 and the blower 40 from heat generated from the charcoal fire, foreign substances, smoke, etc., and the charcoal heat generating unit 11 and the material passing unit 14 are Can be insulated.

In addition, heat from the material passing portion 14 can be prevented from leaking to the outside through the inlet buffer portion 15 and the outlet buffer portion 16, and heat can be stably stored in the material passing portion 14.

In addition, it is possible to prevent the outside air from flowing into the material passing portion 14 through the inlet opening and closing member 151 and the outlet opening and closing member 161 and to prevent a temperature from lowering in the material passing portion 14.

In addition, through the detailed configuration of the conveying unit 20, the slide movement of the material receiving portion 90 in the material passing portion 14 is smoothly performed, and the foreign matter stably falls on the water tank member 171.

In addition, through the additional configuration of the tension sprocket 28, the coupling force between the interlocking sprocket 25 and the interlocking chain 27 can be improved, and the interlocking chain 27 can be prevented from being arbitrarily separated from the interlocking sprocket 25.

In addition, through the detailed configuration of the charcoal burning unit 30, it is possible to stably supply air to the charcoal to control the heating power of the charcoal fire, and the user can safely grip the handle 33, and the charcoal burning unit 30 is detachable. In the process, it is possible to prevent user safety accidents such as burns. In addition, it is possible to easily adjust the amount of charcoal through the drawer-type coupling structure of the charcoal burning unit 30.

In addition, by discharging the smoke collected by the heat reinforcing unit 18 through the detailed configuration of the smoke discharging unit 50, it is easy to purify the smoke, and the smell by the smoke spreads around the main unit 10. Can be prevented.

In addition, the smoke may be radiated through the discharge passage 51 and transmitted to the smoke purifying unit 54.

In addition, through the smoke purification unit 54 and its detailed configuration, the smoke transmitted from the heat reinforcement unit 18 stably passes through the water, and the smoke or water is prevented from flowing back to the heat reinforcement unit 18, It is possible to prevent contamination of the material receiving portion 90 and the roasting material due to reverse flow.

In addition, when smoke passes through the water through the additional configuration of the vibration unit 58, a contact area between the smoke and water is increased to improve the purifying power of the smoke, and ash and water-soluble impurities contained in the smoke can be removed.

In addition, through the smoke collection header 52 and its detailed configuration, it is possible to additionally heat the smoke transmitted from the heat reinforcement unit 18, and prevent the reverse flow of foreign substances generated in the heat dissipation process of the smoke.

In addition, through the additional configuration of the blower 40, the thermal power of the charcoal fire accommodated in the charcoal fire unit 30 is controlled, and the smoke is forcibly generated from the charcoal fire so that the effect of smoking can be exhibited in the material passing part. The reinforcement part 18 can help discharge smoke.

In addition, through the additional configuration of the convection heating unit 60, the temperature of the material passing portion 14 may be adjusted to control the degree of baking of the roasting material in the material receiving portion 90.

In addition, the temperature of the material passing part 14 can be monitored through the temperature sensor 70, the temperature of the material passing part 14 can be adjusted through the control unit 80, and the degree of baking of the roasting material can be controlled. I can.

In addition, the roasting apparatus using charcoal of the present invention can be used by setting a suitable roast for the purpose, and specifically, can be used for the purpose of unglazing.

As described above, preferred embodiments of the present invention have been described with reference to the drawings, but those skilled in the art will variously modify the present invention within the scope not departing from the spirit and scope of the present invention described in the following claims. Can be modified or changed.

10: main unit 11: charcoal fire heat generator 11a: air supply hole
111: charcoal burning receiving unit 112: first discharge induction unit 113: second discharge induction unit
114: heat induction part 115: fall induction protrusion 12: unit installation part
13: discharge pile part 14: material passing part 15: inlet buffer part
151: inlet opening and closing member 16: outlet buffer portion 161: outlet opening and closing member
17: foreign matter receiving portion 171: water tank member 18: heat reinforcement portion
181: smoke discharge unit 20: transport unit 21: transport motor
211: drive shaft 22: drive sprocket 23: drive chain
24: interlocking rod 25: interlocking sprocket 26: transmission sprocket
27: interlocking chain 28: tension sprocket 281: tension shaft
30: charcoal lighting unit 31: charcoal lighting body 311: air delivery hall
312: air receiving space 313: charcoal receiving space 32: charcoal support
33: handle 40: blower 41: air flow path
50: smoke discharge unit 51: discharge passage 52: smoke collection header
521: collection header portion 522: vertical flow passage portion 523: side flow passage portion
53: exhaust fan 54: smoke purification unit 55: smoke purification header
551: water inlet 552: water inlet line 553: water outlet
554: water outlet line 555: water discharge filter 556: purification outlet
557: purification discharge line 558: purification discharge filter 56: smoke supply passage
57: smoke return cap 58: vibration unit 60: convection heating unit
61: heating switch 70: temperature sensor 80: control unit
90: material receiving unit

Claims (6)

A body unit forming an exterior;
A conveying unit provided in the main unit and moving in a first direction a material receiving unit on which the roasting material is seated in the main unit; And
A charcoal fire canister spaced apart from each other based on a second direction crossing the first direction, detachably coupled to both sides of the main unit, and in which a charcoal fire generating heat is mounted so that heat is transferred toward the material receiving unit Including;
A blower provided in the main unit and supplying air to the charcoal burning unit;
A smoke discharge unit provided on the upper side of the main unit and suctioning and purifying smoke generated in the main unit according to heating of the roasting material and combustion of the charcoal fire; And
A convection heating unit provided in the main unit and dissipating heat toward the transport unit; Roasting apparatus using charcoal, characterized in that it further comprises at least any one of.
The method of claim 1,
The main unit,
Charcoal fire heat generating units to which the charcoal burning units are detachably coupled to both sides;
A material passing part provided above the charcoal heat generating part and forming a moving path of the material receiving part moved by the conveying unit;
A foreign substance receiving unit provided under the charcoal fire heat generator and separating the charcoal fire heat generator from the floor;
A water tank member that is detachably supported by the foreign material receiving unit and accommodates foreign matter falling from the material receiving unit as heat is transferred to the roasting material; And
And a heat reinforcement unit provided above the material passage portion so that the combustion and discharge units are stacked and supported, and forming a convective space for heat generated from the charcoal fire.
The method of claim 2,
In the charcoal fire heat generator,
A charcoal-grilling receiving unit to which the charcoal-burning unit is detachably coupled with respect to the second direction; And
A grilling apparatus using charcoal fire, comprising: a heat induction unit that is spaced apart from the upper side of the charcoal fire canister receiving portion and forms an upward slope from the entrance of the charcoal fire canister receiving portion toward the material passage.
The method of claim 2,
In the charcoal fire heat generator,
A first discharge induction part inclined downward toward the water tank member from an inlet side of the material passage through which the material receiving part enters; And
A roasting apparatus using charcoal fire, comprising: a second discharge induction part inclined downward toward the upper water tank member from the outlet side of the material passage part from which the material receiving part is discharged.
The method of claim 1,
The transport unit,
A transport motor provided in the main unit and generating a rotational force for movement of the material receiving unit;
A plurality of interlocking rods that are spaced apart from each other along the first direction so as to be movably supported by the material receiving portion and rotatably coupled to the main unit;
A power transmission unit for transmitting the rotational force of the transport motor to any one of a plurality of interlocking rods; And
Roasting apparatus using charcoal, comprising a; rod interlocking unit for interconnecting a plurality of interlocking rods so that a plurality of interlocking rods rotate at the same time.
The method of claim 1,
The charcoal burning unit,
A hollow charcoal fired body with an open top;
A charcoal support network section for dividing the interior of the charcoal fire tube into an air receiving space in which air introduced into the charcoal fire tube body is accommodated and a charcoal fire receiving space in which the charcoal fire is received; And
A roasting apparatus using charcoal, comprising: a handle provided on the side of the charcoal-burning body so as to be exposed to the outside of the main unit based on the second direction for gripping by the user.

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