KR100647856B1 - Rotating type meat roaster - Google Patents

Abstract

A rotation-type meat roaster is provided to prevent oil from being spattered and the meat from being burned by dividing the rotary roasting unit into the upper and lower rotary roasting units. A rotation-type meat roaster is composed of: a meat roasting unit(2) laid on a body(1); and a heating unit formed at the lower part of the body to heat the meat roasting unit. The meat roasting unit is divided into a roasting body(21) and a rotary roasting unit. An auxiliary roasting unit(211) is recessed at the body. The rotary roasting unit is integrally formed with upper and lower rotary roasting units. The both roasting units are mounted with a frame unit(226) and a grill unit(223), integrally formed by a hinge shaft unit(224), opened/closed on the hinge shaft unit, and rotated on a rotary shaft unit(225). A shaft unit is inserted at the center of the roasting body, and a shaft insertion unit is formed to rotate the roasting body. A screw unit is formed at the outside of the shaft insertion unit, and the roasting body is installed with a roasting body moving hanging piece formed with the screw for separating the roasting body from the body, and is rotated. The meat roasting unit is installed with plural auxiliary and rotary roasting units. The rotary roasting unit is rotated on the rotary shaft unit.

Description

Rotating yakiniku {ROTATING TYPE MEAT ROASTER}

1 is a side cross-sectional view showing a roasting apparatus according to the prior art.

Figure 2 is a state diagram showing a rotary roasting apparatus according to the present invention.

Figure 3 is a side cross-sectional view showing a rotating roasting portion of the rotary roasting apparatus according to the present invention.

4 is a plan view of FIG.

Figure 5 is a side cross-sectional view showing a rotary yakiniku device according to the present invention.

Figure 6 is a state diagram showing an embodiment of a rotary yakiniku device according to the present invention.

Figure 7 is a state diagram showing an embodiment of a rotary yakiniku device according to the present invention.

8 is a state diagram showing an embodiment of a rotary yakiniku device according to the present invention.

Figure 9 is a state diagram showing an embodiment of a rotary roaster according to the present invention.

Figure 10 is a state diagram showing another embodiment of the rotary roaster according to the present invention.

Figure 11 is a side cross-sectional view showing another embodiment of a rotary yakiniku device according to the present invention.

12 is a plan view of FIG.

Figure 13 is a side cross-sectional view showing a bonding state of the roasting body according to the present invention.

Figure 14 is a state diagram showing a stopper of the rotary roaster according to the present invention.

Figure 15 is a state diagram showing a coupling state of the rotary roaster according to the present invention.

Figure 16 is a state diagram showing the installation state of the hinge shaft portion and the rotary shaft portion of the rotary guide portion according to the present invention.

Figure 17 is a state diagram showing the concave portion and the oil outlet of the rotary guide portion according to the present invention.

Figure 18 is a state diagram showing the space projection of the rotary guide portion according to the present invention.

Figure 19 is a state diagram showing the ring portion of the rotary guide portion according to the present invention.

20 is a state diagram showing a door of the rotary roaster according to the present invention.

Figure 21 is a side cross-sectional view showing an oil storage unit of the rotary roasting apparatus according to the present invention.

Figure 22 is a state diagram showing the hinge shaft portion and the coil spring portion of the rotary guide portion according to the present invention.

Figure 23 is a state diagram showing the rotating shaft portion and the handle portion of the rotary guide according to the present invention.

Figure 24 is a state diagram showing a fixed state after the rotation of the rotary roaster according to the present invention.

** Description of symbols for the main parts of the drawing **

1: body 2: yakiniku

3: heating section 4: table

11 shaft 12 ball bearing

13: oil storage unit 21: roasting body

22: rotating grill part 211: auxiliary grill part

212: shaft insertion portion 213: guide body moving hanger

214: stopper 215: hinge shaft housing

221: upper rotating grill part 222: lower rotating grill part

223: grill portion 224: hinge shaft portion

225: rotating shaft portion 226: frame portion

227: rotating grill plate 228,228 ′: male and female projection

229: recess 230: oil outlet

231: space projection 232: ring portion

233: Mundo 234: coil spring

235 handle

The present invention relates to a meat grill for meat used in homes, restaurants, and the like.

In general, grilled meat, grilled meat, and frying pans are used to grill meat when it is placed on top of the fire so that the meat does not directly touch the fire. I use it a lot. In the process of using the yakiniku plate, due to the nature of the meat, a large amount of oil is generated from the meat during the meat cooking process, which is composed of fats that are not beneficial to the human body, and it is necessary to separate an appropriate amount of oil from the meat. In the related art, various types and structures of grilled meat plates are used to facilitate oil discharge.

1 is a schematic structural diagram of a general yakiniku apparatus used in a conventional restaurant and the like. Referring to FIG. 1, a yakinibu portion 2 is installed on an upper portion of the body 1 constituting the yakiniku device, and a heat generating portion 3 is installed at the bottom of the body 1 so that the heat generating portion 3 Heat the roasted portion 2 through the), the meat placed on the roasted portion 2 is configured to cook by the heat of the heat generating portion 3, the roasted portion of the body (1) (2) A table 4 is provided around it.

However, when grilling the meat using such a yakiniku device, there is an inconvenience in use because the oil is fried in the yakiniku (2) and there is a inconvenience to turn the meat one by one to cook the meat. If this work is performed by a non-skilled person, it is difficult to evenly cook the meat back and forth, and often even until the meat burns. In addition, most of the meat around the yakinigi device was not only because of the limited table (4) area of the various side dishes, seasonings, vegetables and stew was uncomfortable.

The present invention has been made in order to solve the problems of the prior art, it is possible to bake meat while rotating the conventional roasted meat plate in a folded state, as well as easy and convenient to grill meat can occur when roasting meat in the roasted meat plate It is an object of the present invention to provide a rotary roaster that can provide an improved convenience to the user by removing the inconvenience.

In order to achieve the above object, the present invention, the yakinibu portion is mounted on the body is installed, the lower portion of the body is configured to the heat generating portion is heated by the heat-generating portion, the meat on the yakinibu portion is heated The roasting device is configured to ripen by the heat of the part, the roasting part of the roasting device is divided into a roasting main body and a rotating roasting part, the roasting main body is provided with an auxiliary roasting portion formed concave, the rotating roasting portion is It is configured to coincide with each other by the rotating and lower rotating portion, the upper rotating and lower rotating portion is provided with a frame portion and the grill portion, it is possible to open and close based on the hinge axis portion by integrating the hinge axis portion, the rotation axis portion Provided is a rotary yakiniku device, characterized in that configured to be rotatable.

In addition, the roasting portion, a plurality of auxiliary roasting portion and the rotating roasting portion of the roasting body is provided, the rotating roasting portion is configured to be rotatable about the rotating shaft portion.

In addition, the roasting body and the rotating roasting portion is formed in a circular or rectangular shape, the rotating roasting portion is configured to be rotatable about the rotation axis.

In addition, the rotary guide portion, the upper rotary guide portion and the lower rotary guide portion is configured to match each other, at least one or more of the upper rotary guide portion and the lower rotary guide portion is provided in the form of a rotary grill plate and the hinge shaft portion integrally Can be opened and closed on the basis of, and configured to be rotatable about the rotating shaft portion.

In addition, the roasting body is formed in a circular shape and the center of the main body is inserted into the shaft portion formed in the center of the body is inserted into the shaft insertion portion to be rotatable, the outer surface of the shaft insertion portion is formed with a screw and the roasting body Roasting the main body is provided with a rotatable body moving hook piece is formed that can be separated from the body rotatable.

The roasting main body and the rotating roasting part of the rotary roasting device may have various embodiments.

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

2 to 5, the rotary roasting apparatus according to the present invention by placing the meat roasting portion (2) on the body (1) and the meat by the heat generating portion (3) located in the lower portion inside the body (1) The roasting part 2 is heated, and the meat is cooked by the heat of the heat generating part 3 while rotating the roasting part 2.

The roasting portion (2) of the rotary roasting apparatus is divided into a roasting body 21 and a rotating roasting portion 22, the roasting body 21 is provided with an auxiliary roasting portion 211 formed concave. The rotating roasting part 22 is configured such that the upper rotating roasting part 221 and the lower rotating roasting part 222 are coupled to each other, and the upper rotating roasting part 221 and the lower rotating roasting part 222 are frame parts. 226 and the grill part 223 are integrated with the hinge shaft part 224 to open and close the hinge shaft part 224 and rotate about the rotation shaft part 225.

The body (1) and the roasting portion (2) of the rotary roasting device is stainless steel, brass, cast iron, cast iron, brass, non-ferrous metal plate, stone, such as ganban stone, is coated with ganban stone, Tetron, etc. It can be manufactured using a material. In addition, the heat generating unit 3 of the rotary roaster is not particularly limited as long as it can be used as a heat source, it may be composed of gas fire, charcoal, briquette fire and electric heating means.

The frame part 226 and the grill part 223 may be made in one piece, or the frame part 226 may be manufactured by meshing the grill part 223 with a wire, and the grill part 223 may have a mesh shape. It may be molded or manufactured into a mesh or straight shape.

On the other hand, as shown in Figure 6, the roasting portion (2) is provided by dividing the roasting body 21 and the rotating roasting portion 22, and the auxiliary roasting portion 211 of the roasting body 21 and A plurality of rotating grilles 22 may be installed, and the rotating grilles 22 may be rotatably installed around the rotating shaft unit 225.

In the auxiliary roasting unit 211, a side dish or seasoning such as garlic, onion, or kimchi can be baked, boiled stew, broth, or the like, and used as a space for storing grilled meat.

The rotary roasting apparatus, as shown in Fig. 7 and 8, is divided into the roasting portion 2 and the roasting body 21 and the rotary roasting unit 22, the roasting body 21 Rotating and rotating portion 22 is formed in a circular or square, the rotary roasting portion 22 may be configured to be rotatable about the rotating shaft portion (225).

The rotary roasting apparatus, as shown in Fig. 9 and 10, is provided by dividing the meat roasting portion 2 into the roasting body 21 and the rotary roasting portion 22, the rotary roasting portion 22 ) Is configured to be coupled to the upper rotating grilling unit 221 and the lower rotating grilling unit 222, at least one or more of the upper rotating grilling unit 221 and the lower rotating grilling unit 222 is the grill unit 223 It is provided in the form of a rotary plate 227 of the absence of a plate and integrated into the hinge shaft portion 224 can be opened and closed based on the hinge shaft portion 224, it can be configured to be rotatable about the rotary shaft portion 225. .

FIG. 9 shows that one of the rotary roasting parts 22 is configured as the grill part 223 and a corresponding rotary roasting plate 227 is provided on the other side, and FIG. 10 shows both of the rotary roasting parts 22. All of them are configured in the form of a rotating roasting plate 227.

The rotary roasting apparatus, as shown in Fig. 11 and 12, is provided by dividing the roasting portion (2) into a roasting body 21 and a rotating roasting unit 22, the roasting body 21 Is formed in a circular shape and the shaft portion 11 is formed in the center of the body (21) is inserted into the shaft portion 11 formed in the center of the body (1) rotatable body 21 is rotatable, the shaft Rotating main body 21 is provided with a screw is formed on the outside of the insertion portion 212 and the roasting body moving hook piece 213 is formed with a screw that can detach the roasting body 21 from the body (1) Is configured.

Here, the roasting body moving hook piece 213 is a hook-shaped hole is formed in the shaft insertion portion 212 of the roasting body 21, the hook-shaped, the ring or hole in a predetermined portion of the roasting body 21 It can be moved and released in various forms such as forming.

In addition, the rotary roasting apparatus is provided by dividing the roasting teeth 2 into a roasting body 21 and a rotating roasting unit 22, as shown in Figure 13, the roasting body 21 is circular It is formed to form a ball bearing portion 12 in the contact portion of the body 1 and the roasting body 21 is configured to be rotatable body 21 is rotatable.

And, as shown in Figure 14, the rotary roasting apparatus is provided by dividing the roasting portion 2 into a roasting body 21 and a rotating roasting portion 22, the roasting body 21 is circular The stopper 214 is formed to be hinged to the roasting body 21 or the body 1 is installed to be stopped is formed so that the roasting body 21 is rotatable.

In addition, the rotary roasting apparatus is provided by dividing the roasting portion 2 into the roasting body 21 and the rotating roasting portion 22, as shown in Figure 15, the rotating roasting portion 22 is Rotating guiding part 221 and the lower rotating guiding portion 222 is configured to match, the upper rotary guiding portion 221 and the lower rotary guiding portion 222 is formed a plurality of male and female projections (228, 228 ') is separated. It is configured to be possible.

Here, when opening the rotary roasting portion 22 to grill and eat meat, it is preferable to install a handle because it is not only inconvenient due to the weight of the upper rotary roasting portion 221 but also burns the hand. As described above, the upper rotary roasting unit 221 may be separated from the lower rotary roasting unit 222 to eat simply and conveniently grilled meat.

On the other hand, when opening the rotary roasting unit 22 in a rotational manner rather than a separation method as described above, when the upper rotary roasting unit 221 is opened around the hinge shaft portion 224 to achieve a predetermined angle Fixing rod should be installed in the main body 21 or the hinge shaft portion 224, and also the male and female rotation so that the upper rotary guiding portion 221 and the lower rotary guiding portion 222 does not deviate when the rotary guiding portion 22 is closed. It is preferable that the fitting portion is formed.

And, as shown in Figure 16, the rotary roasting apparatus is provided by dividing the roasting portion 2 into a roasting body 21 and a rotating roasting portion 22, the rotating roasting portion 22 is The upper rotary guiding portion 221 and the lower rotary guiding portion 222 is configured to be consistent with each other, it is possible to install the hinge shaft portion 224 and the rotating shaft portion 225 in the horizontal or vertical direction.

In addition, the rotary roasting apparatus as shown in Figure 17, the roasting portion 2 is provided by dividing the roasting body 21 and the rotating roasting portion 22, the rotating roasting portion 22 Consisting of the rotating grill plate 227 is formed in the inner surface of the rotating grill plate 227, the concave portion 229 is formed in the concave portion 229 so that the oil can flow, the oil into the body (1) Form an oil outlet 230 for discharging the oil.

Here, in the case of the rotary roasting plate 227 is formed in the concave inside because of the thickness of the meat flesh, because the oil is filled in the rotary roasting plate 227 so that the oil flows through the hole in the rotary roasting plate 227 Allow it to fall into the body (1).

And, as shown in Figure 18, the rotary roasting apparatus is provided by dividing the roasting portion 2 into a roasting body 21 and a rotating roasting portion 22, the rotating roasting portion 22 is The upper rotary guiding portion 221 and the lower rotary guiding portion 222 is configured to be consistent with each other, the upper rotary guiding portion 221 and the lower rotary guiding portion 222 is formed when the space projections ( 231).

In addition, the rotary roasting apparatus is provided by dividing the roasting portion 2 into a roasting body 21 and a rotating roasting portion 22, as shown in Figure 19, the rotating roasting portion 22 Consisting with the upper rotary guiding part 221 and the lower rotary guiding part 222, the outer ring of the upper rotary guiding portion 221 and the lower rotary guiding portion 222 is formed with a ring portion 232, respectively It is possible to selectively open and close the upper rotary grill portion 221 or the lower rotary grill portion 222.

In addition, the rotary roasting apparatus is provided by dividing the roasting portion 2 into a roasting body 21 and a rotating roasting portion 22, as shown in Figure 20, the rotating roasting portion 22 Consisting with the upper rotary guiding part 221 and the lower rotary guiding part 222, it is used on the inner or outer surface of the upper rotary guiding part 221 and the lower rotary guiding part 222 and the rotary guiding plate 227. Descriptions, advertisements, designs, mutual motto 233 is provided.

In addition, the rotary roasting device as shown in Figure 21, opening the bottom surface of the body 1 to form an opening, the opening is concave along the outer wall of the body 1 oil reservoir 13 ) Is formed so that the body 1 and the heat generating portion 3 can be separated.

That is, the configuration is necessary when the body 1 is to be made portable or when the heating unit 3 is to be used conveniently such as a gas range. In addition, a predetermined portion of the body (1) can also be manufactured in a structure that can be folded using the hinge.

The rotary roasting apparatus is provided by dividing the roasting portion 2 into a roasting body 21 and a rotating roasting portion 22, as shown in Figure 22, the rotating roasting portion 22 is rotated upward Consisting with the guiding portion 221 and the lower rotating guiding portion 222, the upper rotating guiding portion 221 and the lower rotating guiding portion 222 is integrated into the hinge shaft portion 224 is hinge shaft portion 224 The coil spring portion 234 is installed on the hinge side and the ends of the coil spring portion 234 are provided to be fixed to the upper rotary guiding portion 221 and the lower rotary guiding portion 222, respectively.

That is, when the opening and closing of the rotary roasting part 22 is installed so that the force of the coil spring part 234 acts to some extent, and the locking device of the rotary roasting part 22 is opposite to the coil spring part 234. It is preferable to configure using a pin or a ring.

In addition, the rotary roasting device as shown in Figure 23, the rotary roasting unit 22 is configured to match each other as the upper rotary roasting unit 221 and the lower rotary roasting unit 222, the rotary shaft portion 225 ) Is installed on one side and the handle 235 is formed on the other side to rotate the rotary roaster 22 using the handle 235 and open and close it.

That is, the rotary guiding part 22 is rotated, and when the opening and closing, the handle 235 is held and rotated around the rotating shaft 225, and the hinge shaft 224 can be opened and closed.

On the other hand, the rotary roasting device as shown in Figure 24, and the predetermined portion in the roasting body 21 to prevent the rotary roasting unit 22 is continuously rotated around the rotating shaft portion 225 A hinge shaft receiving portion 215 into which the hinge shaft portion 224 of a predetermined size is inserted is formed, and thus the hinge shaft portion 224 may be stored in the hinge shaft receiving portion 215.

In addition, it is preferable to install a plurality of moving rings to facilitate movement at a certain position of the roasting body (21).

Therefore, the rotary yakiniku device made of the above configuration can be grilled meat more conveniently, can be convenient to the user because the use of the device is easy, and the user can eat a moderately evenly ripe meat deliciously.

As described above, according to the rotary yakiniku device according to the present invention, it is convenient for use because it prevents oil from splashing when grilling meat and also does not invert the meat, and makes meat evenly cooked before and after the meat without burning meat. You can enjoy the taste of the meat, you can install a large number of yakiniku plate, guests can eat the grilled meat without waiting, you can eat garlic, onion, kimchi, etc. around the yakiniku plate, boil until steaming It can provide improved convenience to the.

Claims (17)

The roasted portion 2 is mounted on the body 1, and the lower portion of the body 1 is provided with a heat generating portion 3 so that the roasted portion 2 is heated by the heat generating portion 3. In the yakiniku device configured to cook the meat on the yakiniku (2) by the heat of the heat generating section (3), The roasted portion (2) is divided into a roasting body 21 and a rotating roasting portion 22, the roasting body 21 is provided with an auxiliary roasting portion 211 formed concave, the rotating roasting The unit 22 is configured to coincide with the upper rotary guiding unit 221 and the lower rotary guiding unit 222, and the upper rotary guiding unit 221 and the lower rotary guiding unit 222 are frame unit 226 and It is provided with a grill portion 223, it is integrated with the hinge shaft portion 224 can be opened and closed based on the hinge shaft portion 224, and can be rotated around the rotating shaft portion 225, the center of the roasting body 21 The shaft part 11 formed at the center of the body 1 is inserted to form the shaft insertion part 212 so that the roasting body 21 is rotatable. A screw is formed outside the shaft insertion part 212 and the Roasting body 21 is provided with a roasting body moving hook piece 213 is formed with a screw that can be removed from the body (1) Rotary yakiniku device, characterized in that possible. The method of claim 1, The roasting portion (2) is provided with a plurality of auxiliary roasting portion 211 and the rotating roasting portion 22 of the roasting body 21, the rotating roasting portion 22 is centered on the rotating shaft portion (225) Rotary yakiniku device, characterized in that rotatable. delete The method of claim 1, The rotary roasting unit 22 is configured to coincide with the upper rotating roasting unit 221 and the lower rotating roasting unit 222, and at least one of the upper rotating roasting unit 221 and the lower rotating roasting unit 222. The above is provided in the form of a rotating grill plate 227 and integrated with the hinge shaft portion 224 can be opened and closed based on the hinge shaft portion 224, the rotary roasting apparatus, characterized in that rotatable around the rotating shaft portion 225 . delete The method of claim 1, Rotating yakiniku device, characterized in that the roasting body 21 is rotatable by forming a ball bearing portion 12 in the contact portion of the body (1) and the roasting body (21). The method of claim 1, Rotating yakiniku device, characterized in that the stopper (214) is hinged to the roasting body (21) or the body (1) is formed so as to stop the roasting body (21) is rotatable. The method of claim 1, Rotating yakiniku device, characterized in that the upper rotary guiding portion (221) and the lower rotary guiding portion (222) is formed a plurality of male and female projections (228, 228 ') to be separated. The method of claim 1, The rotary roasting unit 22 is configured to coincide with the upper rotary roasting unit 221 and the lower rotary roasting unit 222, and install the hinge shaft unit 224 and the rotary shaft unit 225 in the horizontal or vertical direction. Rotary yakiniku device, characterized in that enabled. The method of claim 4, wherein The rotating roasting part 22 is provided with a rotating roasting plate 227 and provided with a recess 229 on an inner surface of the rotating roasting plate 227, and a recess is formed in the recess 229 to allow oil to flow. Rotating grill apparatus, characterized in that the oil discharge port 230 for discharging the oil into the body (1). The method of claim 1, The upper rotary guiding unit 221 and the lower rotary guiding unit 222 is a rotary roasting apparatus, characterized in that provided with a space protrusion 231 to form a space when mutually matched. The method according to any one of claims 1, 2, 4 or 6 to 8, Ring portions 232 are formed on the outer surfaces of the upper rotary guiding part 221 and the lower rotary guiding part 222 to selectively open and close the upper rotary guiding part 221 or the lower rotary guiding part 222. Rotary yakiniku device, characterized in that. The method according to any one of claims 1, 2 or 4, Rotating meat, characterized in that the use description, advertising, design, the doorway 233 of the description, advertising, design on the inner surface or the outer surface of the upper rotary grilling unit 221 and the lower rotary grilling unit 222 and the rotary roasting plate 227 Roasting equipment. The method of claim 1, Opening the bottom surface of the body (1) to form an opening, the opening is formed along the outer wall of the concave oil reservoir 13 is formed so that the body (1) and the heat generating portion (3) Rotary yakiniku characterized in that it can be separated. The method of claim 1, The upper rotary guiding part 221 and the lower rotary guiding part 222 are integrated into the hinge shaft part 224 so that the hinge shaft part 224 is installed on the hinge side of the coil spring part 234 and the coil spring part 234. Rotating yakiniku device, characterized in that the end is fixed to the upper rotary guiding part 221 and the lower rotary guiding part 222, respectively. The method according to any one of claims 1, 2, 4 or 6 to 8, The rotary roasting unit 22 is configured to be coincided with the upper rotary roasting unit 221 and the lower rotary roasting unit 222 while installing the rotary shaft unit 225 on one side and the handle 235 on the other side. Rotating yakiniku characterized in that it is possible to rotate the rotary roasting portion 22 through the handle 235. The method of claim 1, The hinge main body 21, the hinge shaft portion 224 of the hinge shaft portion 224 of the rotary grill portion 22 is formed is fixed to the hinge shaft portion 224 rotated is fixed to be fixed Rotary yakiniku characterized in that the device.

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