KR200481772Y1

KR200481772Y1 - Skewers roaster

Info

Publication number: KR200481772Y1
Application number: KR2020150006006U
Authority: KR
Inventors: 박문철
Original assignee: 박문철
Priority date: 2015-09-09
Filing date: 2015-09-09
Publication date: 2016-11-08

Abstract

The present invention relates to a skewer baked on a table,
A flange plate coupled to an upper surface of the body, the flange plate having an opening communicating with the first accommodation space and having an opening communicating with the first accommodation space at a center thereof; An outer tube including a support member mounted thereon and having a first engaging portion projecting inward of the opening;
An inner cylinder disposed in the first accommodation space of the outer cylinder and having a second accommodation space upwardly opened inside and a second engagement part bent outward along the circumference of the upper end;
And a third accommodating space having a third accommodating space portion that is upwardly opened inside and a third engaging portion that is bent outward along a circumference at an upper end portion and is disposed in the second accommodating space portion of the inner barrel,
The second latching portion of the inner cylinder is placed on the first latching portion of the support member,
And the third hook portion of the charcoal box is superimposed on the upper surface of the second hook portion of the inner barrel.
According to the present invention,
Since the outer cylinder, the inner cylinder and the char can be separated from each other, it is easy to clean the inside, and the upper surface of the flange plate exposed to the upper surface of the table has a single structure, so that the upper surface can be easily cleaned. It is effective.

Description

Skewers roaster

The present invention relates to a skewer, more particularly, to a skewer having a means capable of being mounted on a table and automatically rotating an upper skewer.

As a technique related to skewer grilling, Korean Patent Registration No. 10-1284947 (hereinafter referred to as "prior art") discloses "a skewer that is easy to clean".

The prior art

The outer cylinder is divided into an outer cylinder having an inner passage flange having a flange and the inner cylinder is inserted into the outer cylinder and is inserted into the outer cylinder so that the flange of the inner cylinder is supported on the inner side of the outer cylinder to separate the inner cylinder and the outer cylinder, When the inner tube is lifted, the outer tube is completely exposed, and the cleaning can be completely performed. A step portion is formed at the upper end of the partition wall forming the inner space of the inner tube to seat the charcoal housing the heat source, And a hook hole for catching the hook for skewer is formed. "

The prior art separates the outer cylinder from the inner cylinder so that grease or foreign matter accumulated in the air passage can be easily cleaned. However,

When the outer tube and the inner tube are coupled to each other, a gap is formed between the respective flanges, and grease or foreign matter penetrates into the gap. Thus, cleaning is not easy and unsanitary. In particular, each flange is deformed The surfaces on which the respective flanges are brought into contact with each other are shifted, so that the appearance is not so good and more oil or foreign matter is infiltrated.

The prior art has a structure in which an outer cylinder and an inner cylinder are coupled using a bolt or an outer cylinder is mounted on a table. At this time, the head of each bolt protrudes from the upper surface of each flange, There is a problem that the cloth is hung on the head and the cleaning is not easy.

The present invention has been made to solve the above problems,

It is an object of the present invention to provide a skewer that is easy to clean, is hygienic, and is beautiful in appearance.

In order to solve the above-mentioned problems, according to the present invention,

A flange plate coupled to an upper surface of the body, the flange plate having an opening communicating with the first accommodation space and having an opening communicating with the first accommodation space at a center thereof; An outer tube including a support member mounted thereon and having a first engaging portion projecting inward of the opening;

An inner cylinder disposed in the first accommodation space of the outer cylinder and having a second accommodation space upwardly opened inside and a second engagement part bent outward along the circumference of the upper end;

And a third accommodating space having a third accommodating space portion that is upwardly opened inside and a third engaging portion that is bent outward along a circumference at an upper end portion and is disposed in the second accommodating space portion of the inner barrel,

The second latching portion of the inner cylinder is placed on the first latching portion of the support member,

And the third engaging portion of the charcoal box is superposed on the upper surface of the second engaging portion of the inner barrel.

According to the present invention,

Since the outer cylinder, the inner cylinder and the char can be separated from each other, it is easy to clean the inside, and the upper surface of the flange plate exposed to the upper surface of the table has a single structure, so that the upper surface can be easily cleaned. It is effective.

1 is a perspective view of a skewer according to an embodiment of the present invention;
2 is an exploded perspective view of a skewer according to an embodiment of the present invention;
3 is a sectional view of a skewer according to an embodiment of the present invention;

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

As shown in FIGS. 1 to 3, the skewer according to an embodiment of the present invention includes an outer tube 100, a inner tube 200, a charger 300, a fixed frame 400, a movable frame 500 and a drive unit 600.

The outer cylinder 100 is mounted on the table 30,

A body 110 having a first accommodation space 111 opened upwardly inside;

A flange plate 120 having an opening 121 connected to the first housing space part 111 of the body 110 at the center and coupled to the upper surface of the body 110; And

And a supporting member 130 mounted on the lower surface of the flange plate 120 along the periphery of the opening 121 and having a first engaging portion 131 projecting inward of the opening 121.

The body 110 is formed in the shape of a rectangular tube having an open top, and a ventilation hole 112 connected to the first housing space part 111 is formed on one side.

The flange plate 120 is formed in a rectangular plate shape having a larger area than the body 110 and welded to the upper surface of the body 110.

The opening 121 of the flange plate 120 is formed in a rectangular shape and has a slightly narrower area than the first accommodation space portion 111.

The support member 130 has an elongated rod shape and is disposed along each side of the opening 121,

A mounting portion 132 welded to the lower surface of the flange plate 120;

A vertical portion 133 bent downward at an end of the mounting portion 132; And

And a first latching part 131 formed at an end of the vertical part 133 and bent toward the inside of the opening 121.

The support member 130 is supported by the inner cylinder 200 and the charcoal cylinder 300 to be described later as the first engaging portion 131 thereof protrudes toward the inside of the opening 121.

On the other hand, the outer cylinder 100 further includes fixing means for mounting the outer cylinder 100 on the table 30,

In an embodiment of the present invention,

A plurality of stud bolts 122 attached to the lower surface of the flange plate 120; And

And a plurality of nuts (123) fastened to the respective stud bolts (122).

The lower end of the stud bolt 122 is exposed through the upper plate of the table 30 to the lower portion of the upper plate and the nut 123 is fastened to the end of the stud bolt 122 exposed to the lower portion of the upper plate of the table 30 The outer cylinder 100 is fixed to the table 30.

As a result, the fixing means according to the embodiment of the present invention has a structure that is non-exposed to the upper surface of the flange plate 120 by using the stud bolt 122, The outer surface of the plate 120 is made more beautiful and the upper surface of the flange plate 120 can be easily cleaned.

The inner cylinder 200 has a second accommodating space 210 that is opened upward and a second engaging portion 220 that is bent outward along the upper end of the inner cylinder 200, Lt; / RTI &

The charcoal box 300 has a third accommodating space part 310 which is opened upward and a third engaging part 320 which is bent outward along the upper end part, .

A plurality of ventilation holes 230 are formed in the upper portion of the inner cylinder 200 so that the air introduced through the ventilation holes 112 of the body 110 can be supplied to the char combustion chamber 300,

On the lower surface of the charcoal box 300, a plurality of through holes 330 are formed so that oil or various foreign substances, which have fallen into the charcoal box 300 when the skewer is baked, can escape to the inner box 200.

The inner cylinder 200 is disposed in the first housing space portion 111 of the outer cylinder 100 by placing the second housing portion 220 on the first housing portion 131 of the support member 130 The charger 300 is disposed in the second accommodation space 210 of the inner cylinder 200 as the third engagement portion 320 is superimposed on the upper surface of the second engagement portion 220 of the inner cylinder 200.

According to this structure, since the inner cylinder 200 and the charcoal cylinder 300 are both supported on the supporting member 130, the flange plate 120 exposed to the upper surface of the dining table 30 has a single structure, The flange plate 120 has an effect of being easy to clean, hygienic, and beautiful in appearance by minimizing the gap through which grease or foreign matter can permeate.

The stationary frame 400 includes two transverse frames 420 arranged along the longitudinal direction and two kinds of frames 430 arranged along the width direction so as to have a rectangular frame shape and arranged on the upper side of the charcoal box 300 And is mounted on the flange plate 120 of the outer cylinder 100 as much as possible.

Each of the transverse frames 420 is formed of an elongated plate material. The transverse frames 420 are formed on a plurality of the skirt receiving grooves 410 arranged along the longitudinal direction, A support portion 440 to be supported by the movable frame 500 is protruded.

In order to attach the fixed frame 400 to the flange plate 120, an inserting portion 450 protruding downwardly is formed below the four corners of the fixed frame 400, and the fixed frame 400 The corresponding inserting portion 125 is formed to penetrate the inserting portion 450.

In addition, a pedestal 160 is formed on the upper side of the fixed frame 400 so that the skewer can be put on the skewer.

The pedestal 160 is formed in the shape of a square frame, and one end of the pedestal 160 extends downward and is connected to the stationary frame 400.

The movable frame 500 is disposed on the outer side of the fixed frame 400 and is installed to be movable back and forth along the longitudinal direction of the fixed frame 400.

The movable frame 500 is formed in a rectangular frame having a length that is somewhat longer than the fixed frame 400 and is placed on the support part 440 of the fixed frame 400 so that the movable frame 500 can be moved back and forth along the longitudinal direction of the fixed frame 400 have.

The moving frame 500 is provided with a rotating means for rotating the skewer placed in the skewer receiving groove 410 of the stationary frame 400.

The rotating means comprises a wheel 20 having a plurality of teeth 21 arranged along the periphery of the skewer 10 and a plurality of wheels 20 arranged in the skewer seating groove 410 of the fixed frame 400 And a plurality of engaging portions 520 arranged on the moving frame 500 to be engaged with the teeth 21 of the wheel 20 so that the skewer 10 can be rotated by the advancing and retreating movement of the moving frame 500 .

In addition to the above structure, the rotating means can be implemented in various structures within a range that can rotate the skewer placed in the skewer receiving groove 410 of the fixed frame 400 by the forward and backward movement of the moving frame 500.

The driving unit 600 is connected to the moving frame 500 to move the moving frame 500 forward and backward,

A bracket 610 mounted on the outer cylinder 100 so as to be disposed below the flange plate 120;

A motor 620 mounted on the bracket 610;

A cam member 630 mounted on the rotational axis of the motor 620; And

And a swinging member 640 connected to the cam member 630 and reciprocating by the rotation of the cam member 630 by the motor 620.

Here, the bracket 610

A fixing portion 611b formed at both ends of the support plate 611a and coupled to the outer wall of the body 110 and a fixing portion 611b fixed to the outer surface of the support plate 611a, A fixing bracket 611 having a slot 611c formed vertically in the center thereof; And

A locking plate 612a that enters the space between the outer wall of the body 110 and the support plate 611a through the slot 611c and a locking plate 612b which is disposed orthogonally to the locking plate 612a to engage with the motor 620. [ And a detachable bracket 612 having a relay portion 612c for connecting the latching plate 612a and the mounting plate 612b.

The fixing portion 611b of the fixing bracket 611 is bent so as to protrude from the upper end and the lower end of the supporting plate 611a so that the supporting plate 611a can be spaced apart from the outer wall of the body 110. [

The relay portion 612c of the attaching / detaching bracket 612 has a shorter vertical length than the latching plate 612a, and the upper end and the lower end of the latching plate 612a protrude from the relay portion 612c. And is bent at the center. At this time, the relay portion 612c is positioned so that the upper end of the latching plate 612a protrudes longer than the lower end.

The retaining plate 612a is formed to be longer than the retaining plate 611a and longer than the slot 611c and the relay 612c is formed to be shorter than the slot 611c by the length difference between the retaining plate 612a and the slot 611c However,

The upper end of the latching plate 612a protruding upward from the relay 612c is inserted between the outer wall of the body 110 and the support plate 611a through the slot 611c and the release bracket 612a The lower end of the retaining plate 612a protruded to the lower side of the relay 612c is inserted between the outer wall of the body 110 and the support plate 611a and the releasing bracket 612 is lowered, So that the bracket 612 can be easily mounted on the fixing bracket 611.

The cam member 630 is formed in a circular shape and includes an engagement groove 631 formed by recessing the outer circumferential surface of the cam member 630 and a coupling hole 632 formed at a position eccentric from the center and into which the rotation axis of the motor 620 is inserted.

The swinging member 640 has a vertically elongated rectangular frame shape in which the inner edges of the long sides are fitted in the engaging grooves 631 of the cam member 630 and the lower end portions of the swinging member 640 are fitted to the mounting and dismounting brackets 612 And is rotatably coupled to the plate 612b.

As a result, the upper end of the swinging member 640 is reciprocated by the rotation of the cam member 630 in a state where the lower end is fixed to the bracket 610.

In order that the pivotal member 640 is connected to the movable frame 500 to move the movable frame 500 forward and backward,

The flange plate 120 is provided with an entry groove 124 which is disposed on the upper side of the swinging view member 640 and extends along the reciprocating direction of the swinging member 640,

The moving frame 500 is provided with an engaging portion 510 protruding from the entry groove 124 and connected to the swinging member 640,

At the upper end of the swinging member 640, a corresponding engaging portion 641 penetrating the engaging portion 510 is formed.

The coupling portion 510 has a bar shape and an upper end portion of the coupling portion 510 is welded to the moving frame 500 and a lower end portion of the coupling portion 510 is inserted into the corresponding coupling portion 641 of the swinging member 640 .

With such a structure, the reciprocating motion of the swinging member 640 can be transmitted to the moving frame 500 through the engaging portion 510, and the stationary frame 400 and the moving frame 500 can be transmitted to the flange plate 120, The movable frame 500 and the swinging member 640 can be easily connected to each other by fitting the engaging portion 510 into the corresponding engaging portion 641. [

While the present invention has been described with reference to the accompanying drawings, it should be understood that various changes and modifications may be made by those skilled in the art without departing from the spirit and scope of the invention as defined in the appended claims. Should be interpreted as falling within the scope of protection.

100: outer tube
110: Body
111: first accommodation space part 112: ventilation hole
120: flange plate
121: Female part 122: Stud bolt
123: Nut 124: Entry groove
125:
130: Support member
131: first latching part 132:
133:
200: My heart
210: second accommodating space part 220: second engaging part
230: Ventilation holes
300: Charcoal
310: third accommodating space part 320: third engaging part
330: Through hole
400: stationary frame
410: Skewer seating groove 420: Yellow frame
430: longitudinal frame 440: support
450: insertion portion 460: pedestal
500: Moving frame
510: engaging portion 520: engaging portion
600: drive unit
610: Bracket
611: Fixing bracket 612: Removable bracket
620: Motor
630: cam member
631: engaging groove 632: engaging hole
640:
641:

Claims

A body 110 having a first accommodation space part 111 opened upward inside the body 110 and an opening part 121 connected to the first accommodation space part 111 at the center, A flange plate 120 and a supporting member 130 having a first engaging portion 131 mounted on the lower surface of the flange plate 120 along the periphery of the opening 121 and projecting inward of the opening 121, (100);
Fixing means for mounting the outer cylinder (100) to the table (30);
A second accommodating space part 210 disposed in the first accommodating space part 111 of the outer cylinder 100 and opened upwardly inwardly and a second accommodating space part 210 bent outwardly around the upper end part of the support member 130, (200) having a second latching part (220) to be placed on the latching part (131);
A third accommodating space 310 which is disposed in the second accommodating space 210 of the inner cylinder 200 and is upwardly opened inside and a second accommodating space 310 which is bent outward along the circumference of the upper end, A charger (300) having a third latching part (320) superimposed on the upper surface of the latching part (220);
A stationary frame 400 mounted on the flange plate 120 of the outer cylinder 100 so as to be disposed on the upper side of the charcoal box 300 and having a plurality of skewer seating grooves 410 arranged on both sides in the longitudinal direction thereof;
A moving frame 500 disposed outside the stationary frame 400 and installed to move back and forth along the longitudinal direction of the stationary frame 400; And
And a driving unit (600) connected to the moving frame (500) and moving the moving frame (500) forward and backward,

The fixing means
A plurality of stud bolts 122 attached to a lower surface of the flange plate 120; And
And a plurality of nuts (123) fastened to the respective stud bolts (122)

The drive unit (600)
A bracket 610 mounted on the outer cylinder 100 to be disposed below the flange plate 120;
A motor 620 mounted on the bracket 610;
A cam member 630 mounted on a rotating shaft of the motor 620; And
And a swinging member 640 connected to the cam member 630 and reciprocating by the rotation of the cam member 630 by the motor 620,

The flange plate 120 is formed with an entry groove 124 which is disposed on the upper side of the swinging member 640 and extends along the reciprocating direction of the swinging member 640,
The moving frame 500 is provided with an engaging portion 510 protruding through the entry groove 124 and connected to the swinging member 640,
The cam member 630 has a circular shape and includes an engagement groove 631 formed along the outer circumferential surface thereof and a coupling hole 632 formed at a position eccentric from the center and into which the rotation axis of the motor 620 is inserted Lt; / RTI &
The swinging member 640 has a vertically elongated rectangular frame shape. The inner edge of the two long sides is inserted into the engagement groove 631 of the cam member 630, and the lower end is rotatably coupled to the bracket 610 , And a corresponding engaging portion (641) penetrating the engaging portion (510) of the moving frame (500) is formed at an upper end portion thereof.

The method according to claim 1,
The support member (130)
A mounting portion 132 coupled to a lower surface of the flange plate 120;
A vertical part 133 bent downward at an end of the mounting part 132; And
And the first latching part 131 bent at the end of the vertical part 133 to the inside of the opening 121,
Wherein the vertical part (133) has a height equal to or greater than the thickness of the second engaging part (220) and the third engaging part (320).

3. The method according to claim 1 or 2,
The bracket 610
A fixing part 611a formed at both ends of the supporting plate 611a and coupled to an outer wall of the body 110 and a fixing part 611b disposed at both ends of the supporting plate 611a, A fixing bracket 611 having a slot 611c vertically formed at an upper portion thereof at the center of the slot 611a; And
A latching plate 612a for entering the space between the outer wall of the body 110 and the support plate 611a through the slot 611c and the motor 620 disposed orthogonally to the latching plate 612a, And a detachable bracket 612 having a mounting plate 612b coupled to the mounting plate 612a and a relay 612c connecting the mounting plate 612a with the mounting plate 612a,
The retaining plate 612a is shorter than the support plate 611a but longer than the slot 611c,
Wherein the relay 612c is shorter than the slot 611c by a length difference between the retaining plate 612a and the slot 611c.

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