KR200383853Y1 - Roasting meat for kitchen - Google Patents

Abstract

The present invention is made of a rectangular box shape, a plurality of partitions are coupled to form a plurality of partitions therein, the front and rear upper and lower sides of the partition portion is formed with several cylindrical grooves and fitting holes; And coupled to the settling groove and the fitting hole of the cylinder, the rack consisting of a rotating rod consisting of a long rod-shaped rack with a pointed rear end and a sprocket formed in front of the rack; First and second sprockets that engage the lower end of the rotating body of the rack, and the first and second sprockets supporting both sides of the first chain, the auxiliary sprocket in front of the second sprocket and the auxiliary sprocket and the rotary sprocket formed on the auxiliary sprocket. A rotating device comprising a motor connected by a second chain; A brazier which is respectively provided on the bottom of the partition portion of the cylinder; An air supply pipe installed in close contact with the bottom edge of the cylinder and configured to include a transport pipe through which air supplied from a blower moves, and a branch pipe branched from the transport pipe and positioned at one side of each furnace; An oil sump installed between the brazier and the brazier; A cover which is coupled to an upper surface of each compartment, the cover comprising a viewing window for observing the inside of the compartment from the outside and a handle formed at edges before and after the upper part; It is characterized by including the technical configuration.

Description

Roasting meat for kitchen}

The present invention relates to a grilling meat for a restaurant kitchen, and more particularly, to a grilling meat for kitchen, which is easy to maintain and very easy to maintain, regardless of the order of meat.

The conventional rotary meat roaster (hereinafter abbreviated as "roasting") is a rectangular roaster (2) in which the hanging frame (20) of the periphery of the roasting cylinder (19) is placed on the space to be stored in the center of the table (1). There are through holes (3, 3 ') for entering and exiting the supporting plate (4) at both lower sides of the roaster (2), and the lid (5, 5') is rotated at the upper part to prevent contamination on the burners (7, 7 '). The meat rack 16 is placed on the chain 12 in which the heating device to which the plate 9 is attached and the gear 11 and the counter gear 11 'at the end of the motor 10 are placed. It consists of a combination of the meat rack (21) to hang the drive and the meat rack (16) to be rotated.

However, this conventional grilling has advantages in that it can visually stimulate the appetite because the guests can see the grilling scene directly, but since it was developed for the installation of each dining table where the guests are sitting, the large amount of meat is grilled. Difficult to bake, the firepower for baking meat is also weak and there is a problem that takes a long time to cook the meat.

In addition, since each roaster must be installed one by one, the economic cost burden is large, and since all the roasters installed on each table have to be cleaned, there is a problem that cleaning and maintenance are very cumbersome.

Therefore, there is an urgent need in the art for the development of roasters that are cheap and can grill large quantities of meat at once.

The present invention was devised to solve the above problems, the object of the present invention is installed in the kitchen of the restaurant can be easily grilled meat, regardless of the order quantity of meat, as well as very easy maintenance meat grilling The purpose is to provide.

In order to solve the above technical problem, the present invention, the horizontal width is long, the vertical width is made of a rectangular box shape of the upper surface is opened, a plurality of partitions are coupled to form a plurality of partitions therein, A cylindrical body in which a plurality of settling grooves and fitting holes are formed on the front and rear upper sides of the partition portion; Being coupled to the settling groove and the fitting hole of the cylinder, the front of the rack consists of a rotating rod consisting of a long rod-shaped rack with a pointed end of the rear end and a sprocket formed in front of the rack for inserting meat A rack which is coupled to the settling groove so that the rotating body protrudes toward the front of the cylinder and the rear of the rack is fitted to the fitting hole so that the rear of the rack is protruded; It is installed in front of the cylinder, the first chain engaged with the lower end of the rotating body of the rack and the first and second sprockets supporting both sides so that the first chain is tightened and the auxiliary condensed in front of the second sprocket A rotating device formed on a sprocket and a rotating handle formed on the auxiliary sprocket and a motor installed on one side of the cylinder and connected by the auxiliary sprocket and the second chain; A brazier which is installed at a bottom of a partition portion of the cylinder so as to be positioned at a lower portion between the rack and the rack; It is installed in close contact with the bottom edge of the inside of the cylinder and the air pipe from the blower to move the air, and branched from the transport pipe is located on one side of each furnace and sprays air to the furnace through the injection hole formed on one side An air supply pipe consisting of an engine; It is installed on the bottom of the partition portion of the cylinder, and between the brazier and the brazier is installed in the form of a drawer of the open type; A cover which is coupled to an upper surface of each compartment of the cylinder, the cover comprising a see-through window made of a transparent material such as glass and a handle formed at edges before and after the upper part so as to observe the inside of the compartment from the outside; It is characterized by including the technical configuration.

In addition, before and after the upper portion of the partition of the present invention, it is characterized in that the locking step is formed so that the cover covering the upper surface of the partition.

In addition, the rotating body of the present invention is made of a gear, the rotating device is meshed with the rotating body of the rack so that the rotatable power transmission gear is located at the lower end between the rotating body and the rotating body of each rack, respectively, in front of the cylinder. Auxiliary sprockets are formed laterally, and each of the power transmission gears is connected to the motor by the first chain, and a rotation knob is formed on the auxiliary sprocket of the power transmission gear installed closest to the motor to stop the operation of the motor. It is characterized in that the rotatable device can be rotated manually.

Figure 2 is a perspective view according to an embodiment of the present invention, Figure 3 is a cross-sectional view according to an embodiment of the present invention, Figure 4 is a state diagram according to an embodiment of the present invention, Figure 5 is another of the present invention Figure 6 is a perspective view according to one embodiment, Figure 6 shows a perspective view according to another embodiment of the present invention, with reference to the accompanying drawings when explaining the configuration of the present invention as follows.

As shown in Fig. 2 to 4, the roaster 1 of the present invention, the cylinder 10 and the air supply pipe 50 is installed therein, a plurality of installed on the upper side of the cylinder 10 It consists of two racks 20 and a rotating device 30 for rotating the rack (20).

The cylindrical body 10 is formed in a rectangular box shape in which a horizontal side is long, a vertical side is narrow, and an upper side is opened. In this case, a partition 14 is coupled so that a plurality of partitions 11 are formed therein.

In addition, at the upper end of the cylinder 10, that is, the front of the partition 11, a settling groove 12 to which the front of the rack 20 is coupled is formed, and the rear of the rack 20 is located behind the partition 11. The fitting hole 13 to be fitted is formed.

The settling groove 12 and the fitting hole 13 is preferably formed to face each other so that the holder 20 is horizontal.

In addition, the material of the cylinder 10 is resistant to corrosion and preferably uses a relatively hygienic stainless steel (stainless) material, the number of the settling groove 12 and the fitting hole 13 is a large amount of racks (20) ) Is preferably composed of approximately 12 pairs or more before and after the cylinder 10 so as to be coupled at a time.

On the other hand, the engaging jaw 15 is formed in the front and rear upper and lower ends in the partition 11 so that the cover 80 can be settled, and when the fitting hole 13 is formed by engaging the bearing to the rear of the rack 20 By supporting the bearing to the rotation of the holder 20 is made more smoothly.

The rack 20 is composed of a rack 21 having a pointed rear end and a rotating body 22 installed in front of the rack 21 so that meat can be easily inserted, and the front and rear of the upper end of the cylinder 10. It is coupled to the settling groove 12 and the fitting hole 13 formed in.

That is, the front of the rack 21 is coupled to the settling groove 12 formed in the front of the upper end of the cylinder 10, the rear end of the rack (21) having a pointed end fitting hole 13 in the rear of the cylinder (10) ) Is fitted.

At this time, the rotating body 22 attached to the front of the rack 21 is placed in a state protruding from the front of the cylinder 10 so as to rotate, each of the rack 21 is a partition of the cylinder 10 It is located in the part 11.

In addition, the stand 21 is formed in the form of a long rod as a whole, the rear end is preferably pointed so that the meat can be easily inserted, the rotating body 22 is installed in front of the stand 21 It is made of a sprocket to be rotated in engagement with the first chain 34 of the rotating device (30).

The rotary device 30 is a device for rotating the holder 20 coupled to the settling groove 11 of the cylinder 10, the motor 36, and is installed closest to the motor 36 A second chain 35 connecting the rotor 22 and the motor 36 of the rack 20, a first chain 34 for rotating the rotors 22, and the first chain 34; It consists of the first and second sprockets (31, 32) supporting.

The first chain 34 is installed at the front of the cylinder 10 to be engaged with the rotating bodies 22 of the respective racks 20, and both ends of the first chain 34 are formed by the first and second sprockets 31 and 32. It is supported and rotated.

The first and second sprockets 31 and 32 serve to rotate the first chain 34 while supporting the first chain 34 and are rotatably installed at the front upper end of the cylinder 10. do.

An auxiliary sprocket 33 is formed in front of the second sprocket 32, and the auxiliary sprocket 33 is connected to the motor 36 by the second chain 35.

On the other hand, the auxiliary sprocket 33 is formed with a rotary knob 38, which allows to manually rotate the rotating device 30 when the motor 36 is stopped.

Therefore, the rotating device 30 may be automatically rotated by the motor 36 as well as manually rotated using the handle 38 when necessary.

The motor 36 is fixed to one side of the cylinder 10 as a driving source for driving the rotary device 30, and the secondary sprocket 33 of the second sprocket 32 by the second chain (35). Connected with

The furnace 40 is installed at the inner bottom of the cylinder 10, that is, at the center of the bottom surface of each compartment 11, and the installation position of the furnace 40 is a stand when placed directly under the rack 20. Since the oil of the meat inserted in the 20 may fall directly on the brazier 40 and may interfere with the thermal power, it is preferable to install the bottom portion of the partition 11 so as to be located at the bottom between the rack 20 and the rack 20. Here, the furnace 40 is preferably formed in the form of a wire mesh.

The air supply pipe 50 is installed at the bottom of the cylinder 10 to supply air to the furnace 40, and a transport pipe 51 connected to the blower 70 outside the cylinder 10; And a branch pipe 52 branched from the transport pipe 51.

The hand pipe 51, one end is connected to the blower 70 outside the cylinder 10 and the other end is installed in a blocked state, the installation position of the hand pipe 51 is to avoid interference with the furnace 40 The cylinder 10 is installed in close contact with the rear edge or the front edge of the inner bottom.

One branch pipe 52 is branched from the transport pipe 51 so as to directly supply air to the furnace 40, and one branch pipe 52 is provided for each furnace 40.

In addition, one side of the branch pipe 52, the injection hole 53 is injected to the air moved from the transport pipe 51 is formed, of course the direction of the injection hole 53 is directed toward the furnace 40 Allow air to be supplied directly to the furnace 40.

The lower part of the cylinder 10 is provided with an oil sump 60 so as to easily collect the oil of the meat inserted into the holder 20.

The drip tray 60 is installed between the brazier 40 and the brazier 40 which are installed just below the holder 20, that is, inside the cylinder 10, and is opened and closed to easily discard the collected oil. It is formed in the form of a drawer.

In addition, the cover 80 is coupled to the upper surface of each partition portion 11 of the cylinder 10.

The cover 80 is formed in a shape corresponding to the upper surface of the partition portion 11, and comprises a viewing window 81 formed at the center and a handle 82 formed at the front and rear edges of the upper surface, and the viewing window ( 81 is made of a transparent material such as glass so that the meat ripening process in the partition 11 can be easily confirmed from the outside.

On the other hand, Figure 5 shows a perspective view according to another embodiment of the present invention, by configuring the rotating device 30 in the form of a gear to further improve the durability and rotational force.

That is, the rotating body 22 of the rack 20 is composed of a gear, the rotating device 30 is engaged with the rotating body 22 installed in the rack 20, the rotating body 22 of each rack 20 A power transmission gear 37 which is located at a lower end between the rotating body 22 and the cylinder 10, and is installed laterally in front of the cylinder 10, and an auxiliary sprocket 33 formed in front of each of the power transmission gears 37; The motor is connected to the auxiliary sprockets 33 by the first chain 34.

Therefore, when the motor 36 rotates, the power transmission gears 37 rotate at the same time, so that the hooks 20 coupled to the settling groove 12 and the fitting hole 13 of the cylinder 10 rotate. .

Here, the power transmission gear 37 of the rotating body 22 and the rotating device 30 of the holder 20 is preferably used a most commonly used spur gear, the motor 36 The auxiliary sprocket 33 of the power transmission gear 37 that is installed closest to the rotation handle 38 is formed to allow the rotary device 30 to be manually rotated when the motor 36 is stopped.

As described in detail above, the kitchen roaster 1 provided in the present invention is to rotate the rack 20 by the rotating device 30 so that the meat can be grilled in large quantities, with reference to the accompanying drawings below. The operation of the invention is described as follows.

As shown in Figure 4 when using the roaster (1) provided in the present invention can be easily grilled meat regardless of the order amount.

That is, firstly, the meat, such as chicken, pork, beef, etc. into the slot 20, and then combine the rack 20 in the settling groove 12 and the fitting hole 13 of the cylinder 10, the tubular 10 Cover the upper surface of each compartment 11 of the cover with a cover 80 and operates the rotary device 30 to rotate the rack (20).

At this time, looking at the operation of the rotary device 30 in more detail, when the motor 36 is rotated, the motor 36 is a secondary sprocket 33 of the second sprocket 32 by the second chain (35). Since the second sprocket 32 is rotated and the second sprocket 32 rotates, the first chain 34 meshed with the second sprocket 32 rotates, and thus the first chain is rotated. 34 and the rotating body 22 of each rack 20 mesh with each other to rotate.

On the other hand, since the handle 38 is formed in the auxiliary sprocket 33 of the second sprocket 32, even if the motor 36 stops operation, the rotary device 30 can be manually operated.

Here, the meat rotated while being fitted to the rack 20 is cooked by the gentle heat of the brazier 40 installed in each partition 11 of the cylinder 10.

At this time, since the furnace 40 is installed in the lower portion between the rack 20 and the rack 20, the fire is not extinguished by oil flowing down when the meat is cooked.

The oil generated when the meat is cooked is collected and disposed of in the sump 60 installed between the brazier 40 and the brazier 40.

In addition, the furnace 40 is continuously supplied with air through the air supply pipe (50).

That is, the air generated in the blower 70 is directly injected into the furnace 40 through the injection hole 53 of the branch pipe 52 located on one side of each furnace 40 along the transport pipe 51. do.

On the other hand, when the meat is baked through the above process, the rack 20 is separated from the settling groove 12 and the fitting hole 13 of the tubular body 10, and then the meat is pulled out of the rack 20 and placed to a size that is easy to eat. You can provide it directly to the customer who ordered it.

At this time, the ripening process of the meat can be confirmed by the see-through window 81 formed in the center of the cover 80, after the meat is ripe, hold the handle 82 formed before and after the cover 80, the cover 80 After removal, the holder 20 may be separated from the settling groove 12 and the fitting hole 13 of the cylinder 10.

Therefore, the roaster 1 of the present invention can easily bake the meat regardless of the ordered amount of meat, and the meat is fast because the partitions 11 of the cylinder 10 are sealed by the cover 80. It has the advantage of ripening evenly.

In addition, when the order quantity of meat is small, the meat is inserted and cooked only in a few racks 20, and if the order quantity of meat is large, the meat is inserted in all the racks 20 and cooked, so it is very convenient to roast the meat regardless of the order quantity of meat. .

On the other hand, Figure 5 is a perspective view according to another embodiment of the present invention, by the gear system of the rotation method of the rack 20, the correct rotational force is transmitted to the rack (20).

That is, when the motor 36 is rotated, as the first chain 34 is rotated and the auxiliary sprocket 33 connected to the first chain 34 is rotated, each power transmission gear 37 is rotated at the same time and the power transmission is performed. Since the gear 37 is engaged with the rotating body 22 of the rack 20, the rack 20 is rotated.

Therefore, this configuration has the advantage that since the operation is made by the connection of the gear, the correct rotational force is transmitted and there is little risk of failure and can be used semi-permanently.

In addition, since the rotary handle 38 is formed in the auxiliary sprocket 33 of the power transmission gear 37 which is installed in close proximity to the motor 36, the rotary device 30 is stopped even if the motor 36 stops operating. Can be operated manually.

As described in detail above, the present invention rotates several racks at the same time, so that the meat can be easily roasted in a short time, especially when the quantity of meat is large, and the meat is baked in each compartment of the barrel and the upper surface of each compartment. Silver is covered by a cover, so the heat loss is low, the meat is cooked evenly in a short time has the advantage.

In addition, there is an effect that can be safely protected from the image due to the combination of the cover.

Although the present invention has been described by the accompanying drawings, the present invention is not limited thereto, but many modifications and variations may be made within the following utility model registration claims.

1 is a perspective view showing a conventional meat roaster.

2 is a perspective view according to an embodiment of the present invention.

3 is a cross-sectional view according to an embodiment of the present invention.

4 is a state diagram used in accordance with an embodiment of the present invention.

5 is a perspective view according to another embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

1: roasting 10: whole body 11: compartment

12: Settlement groove 13: Fitting hole 14: Bulkhead

15: hanging jaw 20: rack 21: rack

22: rotating body 30: rotating device 31: the first sprocket

32: 2nd sprocket 33: Auxiliary sprocket 34: 1st chain

35: second chain 36: motor 37: power transmission gear

38: rotation handle 40: brazier 50: air supply pipe

51: transport pipe 52: branch pipe 53: sprayer

60: oil tray 70: blower 80: cover

81: sight glass 82; handle

Claims (3)

The horizontal width is long, the vertical width is narrow, the upper surface is opened in the form of a rectangular box, a plurality of partitions are coupled to form a plurality of partitions therein, several settlement grooves corresponding to each other in the front and rear in the partitions And a cylindrical body in which fitting holes are formed; Being coupled to the settling groove and the fitting hole of the cylinder, the front of the rack consists of a rotating rod consisting of a long rod-shaped rack with a pointed end of the rear end and a sprocket formed in front of the rack for inserting meat A rack which is coupled to the settling groove so that the rotating body protrudes toward the front of the cylinder and the rear of the rack is fitted to the fitting hole so that the rear of the rack is protruded; It is installed in front of the cylinder, the first chain is engaged with the lower end of the rotating body of the rack and the first and second sprockets supporting both sides so that the first chain is tightened and the auxiliary condensed in front of the second sprocket A rotating device formed on a sprocket and a rotating handle formed on the auxiliary sprocket and a motor installed on one side of the cylinder and connected by the auxiliary sprocket and the second chain; A brazier which is installed at a bottom of a partition portion of the cylinder so as to be positioned at a lower portion between the rack and the rack; It is installed in close contact with the bottom edge of the inside of the cylinder and the air pipe from the blower to move the air, and branched from the transport pipe is located on one side of each furnace and sprays air to the furnace through the injection hole formed on one side An air supply pipe consisting of an engine; It is installed on the bottom of the partition portion of the cylinder, and between the brazier and the brazier is installed in the form of a drawer of the open type; A cover which is coupled to an upper surface of each compartment of the cylinder, the cover comprising a see-through window made of a transparent material such as glass and a handle formed at edges before and after the upper part so as to observe the inside of the compartment from the outside; Grilled meat, characterized in that consisting of. The method of claim 1, Before and after the upper portion of the partition, the meat grill, characterized in that the locking jaw is formed so that the cover covering the upper surface of the partition. The method of claim 1, The rotating body is composed of a gear, the rotating device is interlocked with the rotating body of the rack is installed transversely in front of the cylinder so that the rotatable power transmission gear is located at the lower end between the rotating body and the rotating body of each rack, respectively. Each of the power transmission gears is provided with an auxiliary sprocket connected to the motor by the first chain, and a rotation knob is formed on the auxiliary sprocket of the power transmission gear installed closest to the motor so that the rotating device is stopped even when the motor is stopped. Grilling meat for meat, characterized in that it can be manually rotated.