KR20160136691A - Structure folding in the possible length adjustment of the wire are possible, pottery that can be reduced in size and area grill - Google Patents

Abstract

The present invention relates to a grill for roasting capable of adjusting a length of a wire and adjusting a size through a folding structure. As an overall size of a grill is freely adjusted, a space consumption rate is minimized when the grill is stored or carried and is not used, thereby being easily stored and carried. An area of a roasting part can be adjusted to a size suitable for an area of a used fuel intake to be used, thereby improving a roasting effect. In a roasting process, the roasting part does not occupy an unnecessarily large space. In addition, in a process in which an overall size of the grill is minimized after using, as the grill is minimized to have a semi-automatic form easily with small force, a user can easily and rapidly adjust the size of the grill with minimum force. In addition, in a process of washing the grill after using, a portion with grease remaining on the surface of each support wire before washing is primarily removed to be washed, thereby increasing cleaning efficiency.

Description

A grill for grill that can be adjusted in size through a wire length adjustment and a folding structure is proposed.

The present invention relates to a grill for grilling meat and fish, and more particularly, it relates to a grill for grill which is used for grilling meat and fish, and is capable of adjusting the distance between the edges of the grilles and allowing the length of each grill wire to be freely adjusted in the process of adjusting the distance between the two edges. It is possible to minimize the internal volume thereof, and it is easy to store and carry, and can be used in a size suitable for the area of the used fireplace, so that it can be applied to various sizes of fireboxes, thereby maximizing the applicable range .

Generally, at home, camping, restaurants, etc., grill grill is often used when cooking grilled fish or meat.

In general, a grill for grilling is formed by forming a frame frame of a metal material in a circle or a square ring shape, and in the inner space formed by the frame frame, wire-like supporting wires are horizontally arranged with intervals, Is structured to be fixed to the inner side surface of the frame frame and the handle is integrally protruded and connected to one side of the frame frame of the frame portion.

In this state, the grill object such as meat or fish is placed on the supporting wire, and the lower surface of the grill, that is, the lower part of the supporting wire, is placed on the grinder so that the opening and the flame of the grinder are passed through the space between the grating wires And is transferred to the surface of the object to be roasted.

However, the conventional grill for grilling has the structure and the shape of the frame frame fixed, so that the whole shape is always maintained.

Therefore, since it is necessary to store it in this state after use, there is a disadvantage that the space consumption rate is too large when stored as a whole because the area occupied by the grill part is large due to the shape characteristic.

In addition, there is also a disadvantage that it is not easy to carry because it is inevitably consuming a lot of space even when carrying it for camping or the like.

In addition, since each supporting wire directly contacting with the object to be roasted in the roasted portion is always exposed to the outside, there is a possibility that the foreign matter is likely to be adhered to the surface of the receiving wire during storage or transportation.

In addition, since the area of the grill part is always constant, if the area of the grill part is relatively small and the area of the grill part is unnecessarily large compared to the area of the grill part, the grill object in the vicinity of the grill part of the grill object is not well- It is difficult to be stably placed on the crane as a whole, and the rim of the crane is unnecessarily projected around the crater, and there is a high possibility that the rider will bump the crane unintentionally when the user moves.

In addition, the existing grill needs to be wiped by hand with the grease worn on the surface of each supporting wire after use. Since each supporting wire is wire type and arranged closely spaced, it is easy to wipe cleanly in a state where there is a lot of grease. There are some disadvantages.

DISCLOSURE Technical Problem The present invention has been made to solve the problems of the conventional grill as described above,

By allowing the grill to be freely adjustable in its overall size,

When not in use, it minimizes the space consumption when carrying and storing, makes it easy to carry and store,

The grill portion can be adjusted to have a size suitable for the area of the used crusher to thereby improve the grilling effect and provide a grill for grilling the grill portion so that the grill portion does not occupy an unnecessarily large space do.

In addition, in order to reduce the overall size of the grill after use, the grill is easily reduced to a semi-automatic shape with a small force, so that the user can easily and quickly adjust the size of the grill with minimal force.

Also, it is intended to provide a grill for enhancing the cleaning efficiency by firstly removing a certain amount of grease from the surface of each supporting wire before cleaning in a process of washing after use.

The present invention for solving such a problem,

A first frame bar formed in a metal bar shape and having a receiving space formed at an interval therealong along the longitudinal direction and having a wire passage hole at a position facing the receiving space of the first side frame, A second frame bar having a length equal to the length of the first frame bar and positioned horizontally opposite the first frame bar and spaced apart from the first frame bar by a distance between the first frame bar and the second frame bar, Wherein the first tube is integrally connected to the first frame bar and the second tube is integrally connected to the second frame bar and the other end is connected to the second frame by a second telescopic structure, A first length variable bar integrally connected to the rim bar, a first length variable bar integrally connected to the rim bar, The second tubular portion may be formed in a multi-tubular shape, and the second tubular portion may be linearly moved in a telescopic structure so that the front and back lengths thereof are adjusted in a multi-stage manner. A second longitudinal bar integrally connected to the first frame bar and the other end integrally connected to the second frame bar, a first frame member provided for each accommodating space of the first frame bar, The first frame bar and the second frame bar are integrally formed in the form of metal wires and are horizontally arranged with left and right spaced apart from each other and each one end passes through a wire passage hole of the first frame bar, Wherein the second frame bar comprises a support wire and the second frame bar is moved to increase the distance from the first movement bar The first and second tubular members of the first and second variable length bars linearly move to increase the length of the first and second tubular members, and when the respective supporting wires are pulled by the second frame bar, And an elastic force is applied in a direction.

At this time, the first and second pipes of the first and second variable length bars are provided with hooking pieces on the front and rear ends thereof. In the course of the linear movement of the first and second pipes, The length adjustment state is maintained as the engaging piece formed at the rear end of the first engaging portion is detachable from the engaging piece of the first and second tube front ends, The distance between the first and second frame bars is automatically narrowed as the second frame bar is pulled toward the first frame bar while the supporting wire is wound on the first frame member by the elastic force of the first frame member, The length of the first and second variable-length bars is reduced.

The first and second edge bars are divided into a first and a second hinge portion at the dividing points, and the first and second edge bars are disposed in the left and right folding structures with respect to the first and second hinge portions, A foldable handle which is protruded from an outer surface of the first frame bar and is foldable around a third hinge part formed at a connection point, Further comprising a foreign matter removing piece which is in contact with the circumferential surface of the wire,

The foreign matter removed from the surface of the wire is removed by the foreign matter removing member when the wire passes through the wire passing hole in the course of winding each supporting wire on the spring member.

According to the present invention,

As the user pulls the second frame bar backward, the length of the first and second variable-length bars is increased by the telescopic structure, and as the first and second frame bars are pulled by the second frame bar, The smooth portion is pulled smoothly while keeping the tight state,

When the hooks of the first and second variable-length bars are released after use, each supporting wire is wound on the spring member with the elastic force of the spring member, and the second frame bar is pulled toward the first frame bar, The distance between the bars is narrowed. In this process, as the lengths of the first and second variable-length bars are smoothly reduced by the telescopic structure,

Since the entire area and size of the roast portion are reduced, space consumption is minimized during storage and transportation, which makes storage and carrying easy.

In addition, since the lengths of the first and second variable bars can be adjusted by the telescopic structure in a multistage manner in the process of adjusting the interval between the first and second frame bars, the intervals between the first and second frame bars can be varied .

As a result, the spacing between the first and second frame bars can be adjusted according to the area of the firebox, so that the efficiency of the food is improved and the first and second frame bars are unnecessarily protruded around the firebox, Unwanted collision phenomena are also prevented.

Then, the engagement between the latching pieces of the first and second variable-length bars is released, and at the same time, the respective support wires are automatically wound on the respective spring-loaded members by the elastic force of the spring-loaded member, so that the interval between the second frame bar and the first frame bar is automatically It is convenient because the process of reducing the area and size of the roast can be automatically performed.

Also, since the folding type handle has a folding structure, the overall area and size of the grill can be further reduced.

In the course of passing through the wire passage holes when each supporting wire is automatically wound on the spring member, foreign matter such as grease on the surface of each supporting wire is automatically removed by the foreign substance removing piece and is primarily removed, The foreign matter cleaning efficiency of the surface of the supporting wire is improved.

Fig. 1 is a cross-
Fig. 2 is a cross-
3 is a partially enlarged cross-sectional view showing a connection structure between the winding member and the supporting wire
Fig. 4 is a plan view showing a state in which the entire area of the bulge portion is reduced
5 is a plan view showing a state in which the first and second frame bars are folded by the first and second hinge portions,
6 is a plan view showing the folding type handle folded by the third hinge portion

Hereinafter, the present invention will be described in more detail with reference to the drawings.

1 to 3, the present invention is largely composed of a roulette portion 1 and a foldable knob 14 as shown in Figs.

The roughening part 1 is a component that is placed on a firebox with a roasting object such as meat or fish placed thereon and is roasted in the roasting object. The roughening part 1 includes a first frame bar 2, a second frame bar 5, Member 9, a first variable-length bar 6, a second variable-length bar 13, and a supporting wire 11.

The first frame bar 2 serves as a frame structure of the first frame bar 1 in addition to the second frame bar 5, a first variable length bar 6 and a second variable length bar 13, And has a bar shape of a metal material having a certain length as a whole.

In the interior of the first frame bar 2, a receiving space 3 for installing the later-described first and second louvers 9 is formed at intervals along the longitudinal direction of the first frame bar 2.

A wire passage hole 4 for serving as a passage for drawing and receiving a receiving wire 11, which will be described later, is formed at a gap between the receiving space 3 and the front and rear faces of the first frame bar 2, Respectively.

The first frame bar 2 is not a single bar structure as a whole but is divided into left and right portions around an intermediate point. At this time, the first frame bar 2 is formed with the first hinge portion 15, And has a folding structure that is folded about one hinge portion 15 and overlapped with each other.

The second frame bar 5 serves as a frame structure of the frame 1 together with the first frame bar 2 and serves as a support for the support wire 11 which will be described later. The first frame bar 2, Are in the form of bars of metal having the same length and are positioned horizontally with a front-to-rear spacing in the front-rear facing relationship with the first frame bar (2).

As with the first frame bar 2, the second frame bar 5 is structured not to have a single bar structure but to be horizontally divided around an intermediate point, and the second hinge portion 16 is formed at the dividing point, 2 frame bar 5 has a folding structure that is folded about the second hinge portion 16 and overlapped with each other.

The first variable length bar 6 serves as a rim support for the rope 1 and supports the first and second rims 1 and 2 together with the first and second rim bars 2 and 5 and the second variable length bar 13, A plurality of first pipes 7 are concentrically arranged in the form of a multi-tube which serves as a movement path for controlling the gap between the bars 2 and 5 and the interval between the first and second frame bars 2 and 5, And has a telescopic structure as a whole so that each of the first tubes 7 is moved in the forward and backward linear directions to be mutually drawn out and pulled in, thereby controlling the entire length.

At this time, as shown in an enlarged view of FIG. 1, a latching piece 8 is formed at the front end and the rear end of each first pipe 7, and the first pipe 7 is drawn out, As the latching piece 8 of the specific first tube 7 is caught by the latching piece of the first tube 1, further pulling-out is prevented and at the same time, the unwanted movement in the opposite direction and the pulling- The increasing state of the length can be maintained.

In addition, since the first tube 7 has a telescopic structure and the latching pieces are formed for each first tube 7, the overall length adjustment can be adjusted to a multi-step shape by a specific length.

The first length variable bar 6 is positioned at a point between one end of the first and second frame bars 2 and 5 so that the front end of the first length variable bar 6 is connected to the wire passage hole 4 of the first frame bar 2, And the rear end thereof is integrally connected to the surface of the second frame bar 5 facing the first frame bar 2. [

The second variable length bar 13 serves as a rim support for the rope portion 1 together with the first variable length bar 6 and the first and second rim bars 2 and 5 and at the same time the first variable length bar 6 The first variable length bar 6 is connected to the first and second frame bars 2 and 5 together with the first and second frame bars 2 and 5 and serves as a movement path for adjusting the distance between the first and second frame bars 2 and 5, That is, a plurality of second tubes 18 are arranged concentrically, and each tube 18 has a telescopic structure as a whole, so that each of the second tubes 18 moves in the forward and backward directions, So that the entire length can be adjusted back and forth.

At this time, the engaging pieces 8 are also formed on the front end and the rear end of each second tube 18 and the second tube 18 is pulled out, (8) is prevented from being further pulled out along with the latching of the other second tube, and the unwanted movement in the opposite direction and the pulling into the other second tube is blocked, so that the increased length can be maintained.

In addition, since the second tube 18 has the telescopic structure and the latching pieces are formed for each of the second tubes 18, the overall length adjustment can be adjusted to a multi-stage shape by a specific length.

The second length variable bar 13 is located between the first and second bar bars 2 and 5 and the opposite end of the first length variable bar 6, The first edge bar 2 is integrally connected to the surface on which the wire passage hole 4 is formed and the rear end is integrally connected to the surface of the second edge bar 5 facing the first edge bar 2 .

The roughened portion 1 has a rectangular ring shape as a whole due to the connection structure between the first and second rim bars 2 and 5 and the first and second variable rods 6 and 13.

The first and second frame bars 2 and 5 are provided on the first and second frame bars 2 and 5 so that the first and second frame bars 2 and 5 are separated from each other by a predetermined distance, And is disposed in each of the receiving spaces 3 of the first frame bar 2. The first frame bar 2 has a band shape that is wound in a general spiral shape.

In this state, the lower end of the rotary shaft 10 is connected to the central portion of the first rotary member 9 so that the first rotary member 10 is rotated in one direction. When the rotary shaft 10 rotates in one direction, .

The support wire 11 is a part where the object to be roughed is actually put in the roughened portion 1 and is roughened. The roughened wire 11 is made of a thin wire structure and is positioned between the first frame bar 2 and the second frame bar 5 And are arranged in the longitudinal direction of the first and second frame bars 2 and 5 with an interval therebetween.

In this state, the front end of each supporting wire 11 passes through each of the wire through holes 4 of the first frame bar 2 and then is wound around the rotating shaft 10, and the rear end of the receiving wire 11 passes through the second frame bar 5 And is fixedly connected to a surface facing the first frame bar (2).

The foldable handle 14 serves as a whole handle of the grill for grasping and is formed with one end protruding connected to the outer surface of the first edge bar 2, And the foldable handle 14 has a folding structure that pivots about the third hinge portion 17. The third hinge portion 17 has a folding structure.

Lastly, the foreign material removing piece 12 is for removing scrape or foreign matter such as grease on the surface of each supporting wire 11 before use after the use, and has a tube shape and one end connected to the first frame bar 2 The supporting wire 11 protruding toward the second frame bar 5 and surrounding the circumferential surface of the supporting wire 11 in a state of being connected concentrically with the respective wire through holes 4, And then inserted into the wire passage hole 4. [0064] As shown in Fig.

At this time, the other end of the foreign matter removing piece 12 is made to be almost in contact with each other so that the inner diameter is almost equal to the diameter of the supporting wire 11. [

As a result, during the process of pulling the support wire 11 by the laydown member 9 and passing through the foreign material removal piece 12, the inner diameter edge of the foreign material removal piece 12 scrapes and removes foreign matters on the surface of the support wire 11 do.

Hereinafter, the use process of the present invention and effects generated in the process will be described.

The first and second variable-length bars 6 and 13 also have the maximum length (length) in the state where the first frame bar 2 and the second frame bar 5 are spaced apart from each other at maximum, And each supporting wire 11 is also pulled by the second frame bar 5 and almost completely loosened on the rotating shaft 10. [

In this state, each of the winding wires 9 is tensioned in the process of pulling the supporting wire 11 by the second frame bar 5, and at the same time, the elastic force is exerted in the opposite direction. The supporting wire 11 always pulls the second rim bar 5 toward the first rim bar 2, as well as maintaining the tensile force in a state of being always pulled tight.

In the first and second variable length bars 6 and 13, the first tube 7 and the second tube 18 are engaged by the respective locking pieces 8, Even if the supporting wire 11 always pulls the second frame bar 5 toward the first frame bar 2 due to the elastic force of the first frame member 9, The movement toward the first frame bar 2 is prevented.

In this state, the object to be roasted is placed on the supporting wire 11 and the roasted object is roasted. After the use is completed, as shown in Fig. 1, the user rotates the first and second variable-length bars 6, The respective retaining wires 11 are pulled into the receiving space 3 by the elastic force of the respective loudspeaker elements 9 and the rotation axes 10).

The first frame bar 2 is pulled toward the first frame bar 2 by the supporting wire 11 so that the interval between the first frame bar 2 and the second frame bar 5 is narrowed At this time, since the lengths of the first and second variable length bars 6 and 13 are smoothly reduced simultaneously by the telescopic structure, the second frame bar 5 smoothly moves toward the first frame bar 2 .

In the process of winding the supporting wire 11 on the rotary shaft 10 by the winding means 9, the foreign material removing piece 12 is passed through. In this process, the inner diameter rim of one end of the foreign material removing piece is supported by the supporting wire The foreign matter on the surface is gathered and accumulated on the edge of the foreign matter removal piece 12 in the process of passing the support wire 11 through the foreign matter removal piece 12, In the state, the user removes the foreign substance accumulated by the hand or the brush and removes it.

Then, the second frame bar 5 is pulled backward to fix the first frame bar 2 to the first frame bar 2 with a wider gap therebetween. Then, the second frame bar 5 is cleaned. In the process of reducing the area of the frame, The foreign matter such as grease that has been buried on the surface of the supporting wire is primarily removed through the cleaning process, and the cleaning efficiency is improved as the cleaning operation is performed in this state.

By narrowing the gap between the second frame bar 5 and the first frame bar 2 by the above-described method after the completion of the cleaning, the entire area of the roughened portion 1 is greatly reduced. In this state, the first and second frame bars (2) and (5) are folded in half through the first hinge portion 15 and the second hinge portion 16 at the same time, the area is reduced to 1/4 or less.

Also, in this state, the foldable handle 14 is rotated through the third hinge portion 17 and folded on the lower surface of the second frame, so that the overall area and size of the grill for grilling can be greatly reduced.

1: roasted portion 2: first rim bar
3: accommodation space 4: wire through hole
5: second frame bar 6: first length variable bar
7: first tube 8:
9: a spring member 10: a rotating shaft
11: supporting wire 12: foreign matter removing piece
13: second length variable bar 14: foldable handle
15: first hinge part 16: second hinge part
17: third hinge part 18: second tube

Claims (3)

A first frame bar formed in a metal bar shape and having a receiving space formed therebetween at an interval along the longitudinal direction thereof and having a wire passage hole at a position facing the receiving space,
A second frame bar shaped like a bar having the same length as the first frame bar and positioned horizontally opposite to the first frame bar with a front-
The first pipe bar and the second pipe bar are located between one end of the first frame bar and the plurality of first pipes have a multi-tube shape, and the first pipes are linearly moved in a telescopic structure as a whole, A first length variable bar integrally connected to the first frame bar at one end and integrally connected to the second frame bar at the other end,
Wherein the second tubular bar is located between the first bar bar and the second bar bar and is symmetrical with respect to the first length variable bar and has a plurality of second tubes formed in the form of a multi tube and having a telescopic structure as a whole, A second length variable bar integrally connected to the first frame bar at one end and integrally connected to the second frame bar at the other end,
A spring member provided for each accommodating space of the first frame bar,
The first and second frame bars are disposed between the first frame bar and the second frame bar. The first frame bar and the second frame bar are in the form of metal wires. The first frame bar and the second frame bar are horizontally arranged. And a plurality of support wires connected to the plurality of support wires,
The length of the first and second tubular portions of the first and second variable bars may be increased by increasing the length of the first and second tubular portions of the first and second variable bars while moving the second frame bar to increase the distance between the first and second frame bars, In the process of being pulled by the frame bar, each of the spring members is tensioned and at the same time an elastic force is applied in the opposite direction
Grill grill that can be adjusted by wire length adjustment and folding structure.
The method according to claim 1,
The first and second pipes of the first and second variable-length bars are provided with engaging pieces on the front and rear ends,
As the first and second pipes are linearly moved to increase the total length, the retaining pieces formed at the rear ends of the first and second pipes are engaged with each other so that they can be separated from the retaining pieces at the front ends of the first and second pipes The length adjustment state is maintained,
Each of the supporting wires is wound on the spring member by the elastic force of the spring member and the second frame bar is pulled toward the first frame bar by the elastic force of the first spring member, , The interval between the two frame bars is automatically narrowed. In this process, the lengths of the first and second variable-length bars are reduced
Grill grill that can be adjusted by wire length adjustment and folding structure.
3. The method of claim 2,
The middle point of the first and second frame bars is divided and the first and second hinge portions are respectively formed at the division points,
Wherein the first and second frame bars have a left-right folding structure centered on the first and second hinge portions,
A foldable handle which is protruded from the outer surface of the first frame bar and is foldable about a third hinge part formed at the connection point,
Further comprising a foreign matter removing part formed around each of the wire through hole entrance rims and having an end contacted with the circumferential surface of each of the wires,
The foreign matter adhering to the surface of the winding wire passing through the wire passage hole is swept away by the foreign matter removing member during winding of the respective supporting wires on the spring member
Grill grill that can be adjusted by wire length adjustment and folding structure.

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