KR20150028864A

KR20150028864A - A Rotation Roaster

Info

Publication number: KR20150028864A
Application number: KR20130094236A
Authority: KR
Inventors: 김해정; 정선우
Original assignee: 김해정; 정선우
Priority date: 2013-08-08
Filing date: 2013-08-08
Publication date: 2015-03-17

Abstract

According to an aspect of the present invention, there is provided a rotary grinder comprising: a U-shaped plate; a housing on which a back plate and a front plate are installed on rear and front sides of the U-shaped plate; A rope accommodated in the housing; A heat source unit installed on both inner sides of the housing; And a driving unit connected to the roughened part at one side of the front side of the housing.
Even if the user does not directly rotate the roving portion, the present invention automatically rotates to cook food, and even if foreign matter is caught between the gears, there is a gap between the gears, so that the risk of the user being accidentally reduced. In addition, it is possible to grill foods that are difficult to bake with skewers in grill net, and it is possible to make a heat source by receiving gas supply from the gas supply body, without needing any means for burning charcoal fire.

Description

{A Rotation Roaster}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a rotary grinder, and more particularly, to a rotary grinder capable of automatically rotating a skewer in the open air.

Generally, people are enjoying outdoor activities such as going on a trip, cooking food using a cooker or a charcoal fire.

Patent Document 1 discloses a charcoal-grilling machine having a flame-retardant charcoal grill which can increase the mobility of the charcoal tank main body and the frying and breaking ability of the skewer rod, enable flaming with charcoal, detachably attach to a conventional table, The present invention relates to a charcoal fire extinguisher for fire extinguishers, which comprises a casing, a separable burner body, and a fire extinguishing fire extinguisher, wherein the burner body is easy to insert and detach from the casing and is capable of carrying.

Patent Document 2 discloses a heat exchanger having a body portion for allowing a space to be formed therein to generate heat through ignition; A first bracket detachably provided at one end of the body portion and having an insertion groove formed at an upper end thereof; A second bracket detachably attached to the other end of the body part; A skewer having a first end formed with a handle and fitted into the insertion groove of the first bracket and a second end formed with a plurality of skewers; A gear portion provided on the side of the body to which the second bracket is mounted, the gear portion having the skewer inserted therein; a fixed shaft inserted and fixed in the center of the gear portion; A gear member made of a drive shaft to be driven; A mounting hole is formed on the outer surface of the mounting bracket in the form of a casing, and a mounting hole is formed in the mounting hole of the mounting bracket, And a rotating member inserted into a driving shaft of the gear member to rotate the gear member.

However, the charcoal-grilling machine of the above-mentioned Patent Document 1 has a problem that unnecessary char is wasted because the charcoal grilling machine of the patent document 1 places the skewer between the charcoal boxes, and the skewer apparatus of patent document 2 simultaneously rotates several skewers However, if the structure of the gear is complicated and foreign matter is caught in the gear, an accident may occur to the user.

KR 20-0356365 Y1 KR 10-1193561 B1

SUMMARY OF THE INVENTION It is an object of the present invention to provide a rotary grinder in which a grill part and a heat source part are housed in a housing and the grill part is automatically rotated through a driving part.

Another object of the present invention is to provide a grill which is capable of grasping foods that are difficult to fit on a skewer in a grill net housed in a housing and grinding the food by the heat source by rotating the grill net.

It is a further object of the present invention to provide a rotary gauge for preventing an accident by preventing a first gear portion and a second gear portion from idling even if foreign matter is caught between the gear portions by making clearance between engagement of the first gear portion and the second gear portion .

According to an aspect of the present invention, there is provided a rotary grinder comprising: a U-shaped plate; a housing on which a back plate and a front plate are installed on rear and front sides of the U-shaped plate; A grill portion received in the housing and rotatable; A heat source unit installed on both inner sides of the housing; And a driving unit interlocked with the gear unit at a front side of the housing.

According to the present invention, there is provided a rotary grinder, comprising: a grill installed at each of upper and lower sides of the housing; A liquid receiver which is opened in the longitudinal direction by a predetermined width, both sides of which are concave downwardly respectively, a liquid receiver installed in correspondence with an upper portion of the housing to receive the liquid falling from the food laid on the grill; Is further provided.

In the rotary grinder according to the present invention, a lid for covering the opening of the liquid receiver above the grille in a plate shape and guiding the heat emitted from the inside of the housing to the grille is further provided .

In the rotary grinder according to the present invention, the roughening portion may be a circular disk-shaped disk having a first shaft hole formed at the center thereof and a plurality of holes spaced apart from the first shaft hole by a predetermined distance along the circumference; A front disk having a disk shape and having a second shaft hole formed at a center thereof and spaced a predetermined distance along a circumference at a predetermined distance from the second shaft hole to form a plurality of grooves at positions corresponding to the plurality of holes; A shaft passing through the first shaft hole of the rear disk and the second shaft hole of the front disk and having a first gear portion at a front end thereof; And a skewer having a rod-like handle formed at one end thereof, a part of which is inserted into the groove and is seated, and the other end thereof is formed into a pointed shape and inserted into the hole.

In the rotary grinder according to the present invention, the skewer is further provided with an auxiliary skewer extending perpendicularly to any part thereof and bent and parallel to the other unidirectional direction of the skewer.

In the rotary grinder according to the present invention, the roughed portion may be a circular disk-shaped disk having a first shaft hole formed at the center thereof and a plurality of holes spaced apart from each other at a predetermined distance from the first shaft hole, A front disk having a disk-shaped second shaft hole formed at a center thereof and spaced a predetermined distance from the second shaft hole at a predetermined distance, and having a plurality of grooves formed at positions corresponding to the holes; A shaft passing through the first shaft hole of the rear disk and the second shaft hole of the front disk and having a first gear portion at a front end thereof; And a plurality of grill shafts formed in the same number as the holes or grooves in the rod shape and having one end inserted into the hole and the other end inserted into the groove, and a net member connecting the plurality of grill shafts; .

In the rotary kiln according to the present invention, the heat source unit may be provided with at least one of a charcoal or a heating plate.

In the rotary kiln according to the present invention, the lower end of the heat source unit may have one end connected to a gas supply member provided outside the housing, and the other end may extend from the inside of the housing toward the heat source unit, And a gas supply pipe formed with a plurality of gas ejection holes through which gas is supplied when the valve provided in the gas supply member is opened.

In the rotary grinder according to the present invention, the driving unit may include a power source; A motor electrically connected to the power supply; And a second gear portion connected to the motor, the second gear portion being engaged with the first gear portion to form a clearance therebetween.

Even if the user does not directly rotate the rope portion, the rope portion is automatically rotated by the driving portion so that food is picked up. Even if foreign matter is caught between the gears, there is a clearance between the gears. In addition, it is possible to grill foods that are difficult to bake with skewers in grill net, and it is possible to make a heat source by receiving gas supply from the gas supply body, without needing any means for burning charcoal fire.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a rotary grinder for a baked pot according to the present invention; FIG.
Figure 2 is an internal perspective view of Figure 1;
FIG. 3 is an exploded perspective view of FIG. 1; FIG.
4 is a view showing a skewer portion of a roasting portion according to the present invention.
5 is a perspective view of a rotary grill in which a roasting grille is provided according to the present invention.
Figure 6 is an internal perspective view of Figure 5;
7 is an exploded perspective view of Fig. 5
8 is a perspective view showing a grill net of a grill according to the present invention.
9 is an internal perspective view of a rotator according to the present invention.
10 is a perspective view illustrating the heat source unit of FIG.
11 is a view showing first to second gear portions of a rotary grinder according to the present invention.

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

Referring to FIGS. 1 to 11, the present invention includes a housing 100, a bulb 200, a heat source 300, and a driving unit 400.

The housing 100 includes a U-shaped plate 110 and a rear plate 120 and a front plate 130 which are respectively installed at the rear and front of the U-shaped plate 110.

The fan unit 200 is accommodated in the housing 100 and is rotatable by a driving unit 400. The heat source unit 300 is installed on both sides of the inside of the housing 100, Is installed on one side of the front side of the housing 100 and is interlocked with the grill part 200 by a gear.

A grill 150 installed at each of upper and lower sides of the housing 100; a grill 150 installed at each of the upper and lower sides of the housing 100; And a liquid receiver 160 for receiving the liquid falling from the food laid on the grill 150 and placed on the grill 150 can be further installed.

The housing 100 may further include a lid 170.

The lid 170 is preferably in the form of a plate and covers the part of the housing 100 (preferably the opening of the liquid receiver 160) to acquire the food stored in the housing 100, And the lid 170 covers a part of the housing 100 (preferably, the opening between the liquid receivers 160) from above the grill 150, so that the grill 150 The user may heat the food placed on the grill 150 by guiding the heat emitted from the inside of the housing 100 to the grill 150 by a predetermined distance from the liquid receiver 160.

The grating unit 200 includes a rear disc 210, a front disc 220, a shaft 230, and a skewer 240.

The rear disc 210 has a disc shape and has a first shaft hole 211 formed at the center thereof and a plurality of holes 212 spaced at predetermined intervals along a circumference at a predetermined distance from the first shaft hole 211 do.

The front disk 220 has a disk shape and has a second shaft hole 221 at a center thereof and is spaced apart from the second shaft hole 221 by a predetermined distance, A plurality of grooves 222 are formed at corresponding positions.

The shaft 230 passes through the first shaft hole 211 of the rear disk 210 and the second shaft hole 221 of the front disk 220 and has a first gear portion 231 .

The skewer 240 is rod-shaped and has a handle 241 formed at one end thereof. A part of the handle 225 is inserted into the groove 222 to be seated and the other end thereof is sharpened, .

Further, an auxiliary plate 180 may be provided between the front disk 220 and the front plate 130.

The auxiliary plate 180 is shaped like a plate having a concave shape corresponding to the front disc 220. When the groove 220 rotates and the groove 222 is directed downward, (222).

Preferably, the skewer 240 is further provided with an auxiliary skewer 242 extending vertically and bent at a certain portion and parallel to the other unidirectional direction of the skewer 240.

When the food is poured into the skewer 240 and the auxiliary skewer 242, the skewer 240 and the auxiliary skewer 242 are parallel to each other on the vertical plane, so that the food is fixed in the vertical direction, The skewer 240 and the auxiliary skewer 242 do not rotate about the skewer 240 so that the food is uniformly exposed to the heat source unit 300. [

The grill unit 200 may include a rear disc 210 ', a front disc 220', a shaft 230 ', and a grill net 240'.

The rear disk 210 'is disk-shaped and has a first shaft hole 211' formed at the center thereof and a plurality of holes 212 'spaced at predetermined intervals along a circumference at a predetermined distance from the first shaft hole 211' Is formed.

The front disk 220 'is disk-shaped and has a second shaft hole 221' formed at the center thereof and spaced at a predetermined distance from the second shaft hole 221 ' A plurality of grooves 222 'are formed at corresponding positions.

The shaft 230 'passes through the first shaft hole 211' of the rear disk 210 'and the second shaft hole 221' of the front disk 220 ' A portion 231 is formed.

The grill net 240 'is composed of a grill shaft 241' and a net member 242 '.

The grill shaft 241 'has a rod shape and is formed in the same number as the hole 212' or the groove 222 'so that one end is inserted into the hole 212' and the other end is inserted into the groove 222 ' , And the net member 242 'may be connected between the plurality of grill shafts 241'.

Further, an auxiliary plate 180 may be provided between the front disc 220 'and the front plate 130.

The auxiliary plate 180 is shaped like a plate having a recessed shape corresponding to the front disc 220 'and is rotatable about the grill shaft 241' when the groove 200 rotates and the groove 222 ' To be separated from the groove 222 '.

The heat source unit 300 may be provided with one of the charcoal box 310 or the heating plate 320 or the charcoal box 310 and the heating plate 320 may be provided together.

One side of the charcoal box 310 is opened so that heat is transmitted to the charcoal box 200. The charcoal box 310 is provided with a charcoal release preventing material 311 so that charcoal contained in the charcoal box 310 is not detached desirable.

The heating plate 320 is heated to apply heat to the food of the baking unit 200.

The charcoal 310 and the heating plate 320 may be used individually or in combination and the heating plate 320 may be installed in place of the charcoal separation prevention member 311 of the charcoal 310 , And the use method thereof is not particularly limited.

One end of the heat source unit 300 is connected to a gas supply member 330 provided at the outside of the housing 100 and the other end of the heat source unit 300 extends from the inside of the housing 100 toward the heat source unit 300 A gas supply pipe 340 formed parallel to the heat source unit 300 and having a plurality of gas discharge holes 341 through which gas is supplied when a valve 331 provided in the gas supply member 330 is opened, .

It is also possible to provide an ignition plug (not shown) adjacent to the gas supply pipe 340 or to ignite the gas injected from the gas ejection hole 341 by a separate ignition means.

When the gas to be injected is ignited and the char is heated by the fire and the char is burnt, the valve 331 is closed so that the gas is no longer supplied.

However, it is also possible to cook the food of the roasting part 200 by heat generated by heating the heating plate 320 with the thermal power of gas without using charcoal.

The driving unit 400 includes a power source 410, a motor 420 electrically connected to the power source 410, and a second gear 423 connected to the motor 420 and meshed with the first gear unit 231. [ (430).

The rotary grinder according to the present invention can increase the portability of the power source 410 by using a dry battery, but the present invention is not limited thereto.

Also, the second gear portion 430 may be loosened so that engagement with the first gear portion 231 is loosened so that even if foreign matter is caught between the first gear portion 231 and the second gear portion 430, It is desirable to prepare for safety accidents by turning.

The rotary grinder according to the present invention configured as described above is assembled and used as follows.

First, the user completes the housing 100 by fixing the back plate 120 on the rear side of the U-shaped plate 110 and the front plate 130 on the front side, and the gas ejection holes 341 Is connected to the housing 100 in the longitudinal direction of the housing 100.

At this time, since a hole (not shown) through which the gas supply pipe 340 passes is formed in a part of the back plate 120, the gas supply pipe 340 is partly exposed to the rear of the housing 100, A valve (331) is installed in the exposed portion of the supply pipe (340).

A leg 140 is installed on the lower side of the completed housing 100, and a rotator is installed on the floor or on a flat bottom so that the leg 140 is placed.

The rear disc 210 and the front disc 220 are prepared and the first shaft hole 211 formed at the center of the rear disc 210 and the front disc 220 are formed at the center of the front disc 220. [ The shaft 230 is inserted into the formed second shaft hole 221 to fix the rear disc 210 and the front disc 220.

And a sharp end is inserted into a hole 212 formed in the rear disc 210 to penetrate the spoon 240 and a part of the opposite side of the skewer 240 is inserted into the front disc 220 As shown in Fig.

Meanwhile, the grill net 240 'may be prepared in preparation of the grill part 200.

For example, the rear disc 210 'and the front disc 220' are prepared and the first soccer yoke 211 'formed at the center of the rear disc 210' and the second soccer formed at the center of the front disc 220 ' The shaft 230 'is inserted into the yoke 221' to fix the rear disc 210 'and the front disc 220'.

The grill net 240 'includes a plurality of grill shafts 241' and a net member 242 'formed between the plurality of grill shafts 241'.

The ends of the plurality of grill shafts 241 'are spaced apart from each other by a predetermined distance from the first shaft hole 211' of the rear disk 210 'and are formed by the number of the grill shafts 241' And a portion of the other side is spaced a predetermined distance from the second shaft hole 221 'of the front disk 220 by a predetermined distance and is formed in a number corresponding to the number of the grill shafts 241' Is inserted into the groove 222 '.

Then, an auxiliary plate 180 is installed between the front discs 220 and 220 'and the front plate 130.

Since the auxiliary plate 180 is a plate body recessed at a position corresponding to the front discs 220 and 220 ', when the groove portion 222 rotates and the grooves 222 and 222' And supports the skewer 240 or the grill shaft 241 'to prevent the skewer 240 or the grill shaft 241' from separating from the grooves 222 and 222 '.

Next, a charcoal off-off preventing material 311 is provided on the opened portion of the char hole 310, and char is prepared and accommodated in the char hole 310.

In addition, the charcoal box 310 is installed on both inner sides of the housing 100, and the open part of the charcoal box 310 and the gas supply pipe 340 are immediately adjacent to each other.

Between the inner charcoal pipes 310 of the housing 100, a roasting part 200 made of a skewer or grill net is installed.

Next, the valve 340 is provided with a gas supply body 330 to open the valve 340 and supply the gas of the gas supply body 330 to the gas supply pipe 340, 341, < / RTI >

Although not shown in the drawing, it is also possible to provide an ignition plug (not shown) adjacent to the gas ejection hole 341 to ignite the gas to be injected and to use a separate ignition device (not shown) It may be fired, but it is not limited to any one.

The fire is ignited by the flame on the gas to be injected and the gas is supplied to the char because the gas supply pipe 340 is directly adjacent to the charcoal 310 and then the valve 331 is closed to stop the gas supply.

On the other hand, it is also possible to accommodate the charcoal that has already been lit in the prepared charcoal box 310 without using gas when the charcoal box 310 is lit.

On the other hand, it is also possible to install the heat generating plate 320 without using the char box 310, to heat the heating plate 320 through gas supply from the gas supplying body 330, and to cook the food of the roasting part 200.

Next, the power source 410 is turned on so that the motor 420 is operated to rotate the second gear unit 430, and the second gear unit 430 is engaged with the first gear unit 231, 231) also rotates and finally the roasting unit 200 rotates and the food is heated and cooked.

At this time, since the first gear portion 231 and the second gear portion 430 are engaged with each other, foreign matter is caught between the gears due to the clearance therebetween and the rotation of the gear is continued, ) Is not overloaded, thereby reducing the injury to the user.

In addition, a grill 150 is installed above the housing 100, that is, the liquid receiver 160, and the lid 170 is covered with the opening of the liquid receiver 160, Since the grill 150 separates the liquid receiver 160 and the lid 170 from each other at a predetermined interval, the heat inside the housing 100 is convected or transferred to the grill 150, The food placed on the grill 150 is warmed.

It is to be understood that the present invention is not limited to the above-described embodiment, and that various modifications and changes may be made without departing from the scope of the present invention as set forth in the appended claims. It will be understood by those of ordinary skill in the art that various changes and modifications may be made without departing from the scope of the present invention.

100: housing 110: U-shaped plate 120: back plate
130: front plate 140: leg 150: grill
160: liquid receiver 170: cap 180:
190: water tray 200, 200 ': roasting part 210, 210': rear disk
211, 211 ': first shaft hole 212, 212': hole 220, 220 ': front disk
221, 221 ': second shaft yoke 222, 222': groove 230, 230 '
231: first gear portion 240: skewer 240 ': grill mesh
241: handle 241 ': grill shaft 242: auxiliary skewer
242 ': net member 300: heat source part 310:
311: Charcoal separation prevention member 320: Heating plate 330: Gas supply member
331: valve 340: gas supply pipe 341: gas discharge hole
400: driving unit 410: power source 420: motor
430: second gear portion

Claims

A housing 100 in which a back plate 120 and a front plate 130 are installed on the rear and front sides of the U-shaped plate 110, respectively;
A grill part (200) accommodated in the housing (100) and rotatable;
A heat source unit 300 installed on both inner sides of the housing 100;
A driving part 400 coupled to the roughened part 200 at a front side of the housing 100 in a gear;
&Lt; / RTI >

2. The apparatus of claim 1, wherein the housing (100)
A grill 150 installed in each of the two side rooms;
The grill 150 is placed in correspondence with the upper portion of the housing 100. The grill 150 is placed on the grill 150, A liquid receiver (160) for receiving liquid falling from the water;
And further comprising:

3. The apparatus of claim 2, wherein the housing (100)
A lid 170 for covering the opening of the liquid receiver 160 at a position above the grill 150 and guiding the heat emitted from the inside of the housing 100 to the grill 150 And a rotary shaft (20)

[2] The apparatus of claim 1,
A rear disc (210) having a disc-shaped first hole (211) formed at the center thereof and formed with a plurality of holes (212) spaced by a predetermined distance along a circumference at a predetermined distance from the first hole (211);
A second shaft hole (221) is formed at the center of the first shaft hole (221). The first shaft hole (221) is spaced a predetermined distance from the second shaft hole (221) A front disc 220 having a front surface 222 formed thereon;
A shaft 230 passing through the first shaft hole 211 of the rear disk 210 and the second shaft hole 221 of the front disk 220 and having a first gear portion 231 at a front end thereof; And
A skewer 240 having a handle 241 formed at one end thereof, a part of which is inserted and seated in the groove 222, and the other end of the skewer 240 is inserted into the hole 212 through a sharp point;
&Lt; / RTI >

5. The skewer according to claim 4, characterized in that the skewer (240) further comprises an auxiliary skewer (242) extending vertically and bent in any part and parallel to the other unidirectional direction of the skewer (240) .

[2] The apparatus of claim 1,
A rear disc 210 'having a disc-shaped first shaft hole 211' formed at its center and a plurality of holes 212 'spaced at predetermined distances from the first shaft hole 211');
A second shaft hole 221 'is formed at the center in the shape of a disk and a plurality of grooves are formed at a position corresponding to the hole 212' at a predetermined distance from the second shaft hole 221 ' A front disc 220 'having a front disc 222' formed therein;
The first shaft hole 211 'of the rear disk 210' and the second shaft hole 221 'of the front disk 220' and the first gear portion 231 formed at the front end thereof, (230 ');
A plurality of grill shafts 241 'formed in the same number as the holes 212' or the grooves 222 'and having one end inserted into the holes 212' and the other end inserted into the grooves 222 ' And a net member 242 'connecting the plurality of grill shafts 241' to each other.
And a rotary grinder.

The rotary kiln of claim 1, wherein the heat source unit (300) is provided with at least one of a charcoal box (310) or a heating plate (320).

The heat exchanger according to claim 7, wherein one end of the heat source unit (300) is connected to a gas supply member (330) provided at the outside of the housing (100), and the other end is connected to the heat source unit And a plurality of gas ejection holes 341 through which gas is supplied when the valves 331 provided in the gas supply body 330 are opened are formed in parallel with the heat source unit 300, 340). &Lt; / RTI >

The apparatus of claim 1, wherein the driving unit (400)
A power source 410;
A motor 420 electrically connected to the power source 410; And
And a second gear part (430) connected to the motor (420) and formed with a clearance with the first gear part (231).