KR20170120964A - Apparatus for tenstion supporting of utensil used in caldron - Google Patents

Abstract

Disclosed is a device for elastically supporting a cooking tool for a large caldron. The device for elastically supporting a cooking tool for a large caldron according to the present invention comprises: a vertical support having a predetermined length, and having a bottom end part coupled to be attached to and detached from one side of a frame in which an outer caldron having an inner caldron coupled therein and a burner disposed on the bottom surface thereof is coupled to be rotated, or a control box disposed on the frame; a rotation support means disposed at the top end of the vertical support; a horizontal support having one end coupled with the rotation support means to be able to rotate to a left side or a right side on the basis of the rotation support means; and an elastic support means formed to enable a wire connected to a ring disposed at the center of a large cooking tool to be wound thereon, applying returning elasticity to the wire when the wound wire is withdrawn, and disposed at the other end of the horizontal support to elastically support the large cooking tool connected to the wire. According to the present invention, a large cooking tool formed on a control box or a frame of a large caldron to cook a large quantity of rice, soup, or roasted foods can be hung and used on an elastically supported wire. Accordingly, a cook can use the large cooking tool with a little power.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a cooking apparatus,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an apparatus for supporting a large cooking pot, and more particularly, to a large cooking apparatus for supporting a large cooking apparatus, The present invention relates to a cooking tool resilient supporting device for a large cooking utensil which can easily operate a tool with a small force.

Generally, large rotary pots for business use are large-sized so that a large amount of rice, stir-fry, or soup can be boiled at a time, and a large number of people, such as schools, military units, factories, companies and restaurants, .

As an example of such a large-sized cooking pot for business use, a large-sized cooking pot for business use is disclosed in Korean Utility Model No. 20-429044 (public date: October 17, 2006). 1, an inner container unit 126 is coupled to an outer container unit 121 of a container body 120 rotatably mounted on a frame 110, a lid 115 is attached to one side of the frame 110, And on the opposite side, a rotating means for rotating the container body 120 at a predetermined angle to easily remove the contents is provided.

In order to remove this food after cooking large-sized cooked food with such a structure, the container body is tilted to one side using a rotating means, and then a large cooking utensil such as a large scoop, a large scoop, and a stirrer And the cooked food was taken out from the inner container portion to another portable container.

However, there is a problem in that a cooking utensil for taking food out of a large cooker, for example, a food storage portion having a capacity of about 1000 ml to 1500 ml, a main handle formed at an end portion of the bag, In order to transfer the food from the cooker to the other container using the ladle, which is a large cooking tool equipped with a middle handle, the user inserts the main handle and the middle handle, and then repeatedly carries the food to the other container Which causes pain in the wrist, shoulder, waist, and knees.

Especially, since most of the cooks in large restaurants and restaurants are women, they have to work with large cooking utensils to cook food or to transfer cooked foods. .

. Korea Registered Utility Model No. 20-429044 (Notice: October 17, 2006)

It is an object of the present invention to provide a cooking apparatus and a cooking apparatus which can support a large cooking instrument used in a large cooking pot which can cook rice or soup or roasted cooking in a large amount, To provide a means for providing a better working environment to the employees.

The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to at least partially solve the problems in the conventional arts. It can be understood.

According to an aspect of the present invention, there is provided a method of manufacturing a control box, comprising the steps of: attaching a lower end to a control box provided on one side of a frame rotatably coupled to an outer pot having an inner pot connected to the inner side and a burner on the lower surface; A vertical support having a predetermined length; A rotation support means provided at an upper end of the vertical support; A horizontal support body having one end coupled to the rotation support means so as to be rotatable left or right about the rotation support means; And a wire connected to a ring provided in the middle of the large cooking utensil, and configured to impart returning elasticity to the wire when the wound wire is pulled out, so as to elastically support the large cooking tool connected to the wire And a resilient supporting means provided at the other end of the horizontal support body.

The rotation supporting means includes a bearing supporting member having a bearing accommodating portion having a through hole formed in the bottom thereof and coupled to an upper end of the vertical supporting member; A bearing installed on the bottom of the bearing housing; And a support portion and a coupling portion are formed at a lower end of the bearing, and the coupling portion is coupled to the through hole through the bearing so that the support end is supported by the bearing, and one end of the horizontal support is coupled to the upper end portion, And a connection rotating member configured to rotate leftward or rightward.

Wherein the bearing support member and the connection rotation member are provided with rotation restriction means for restricting rotation so that the horizontal support rotates only at an angle of 0 to 120 °, An actuating groove formed at each of the members with respective stop faces formed at different angles; And a rotation for each of the stop surfaces provided in the operating groove to protrude in the center direction from the inner surface of the bearing supporting member so as to correspond to each of the stop surfaces in order to limit the rotation of the connection rotating member. Preventing protrusion.

Wherein the rotation preventing protrusion is provided with a buffer means for buffering a contact impact with the stop surface when the connection rotating member is rotated and the stop surface is in contact with the rotation preventing protrusion, A support ball installed to be exposed to the stopper surface on an installation hole formed in the projection; A spring inserted into the installation hole to elastically support the support ball toward the stop surface; And an escape prevention bolt fastened at an entrance of the installation hole to prevent the spring from coming off.

The resilient supporting means includes a housing formed at the other end of the horizontal support body and having a downwardly opened receiving portion provided with an outflow hole; A take-up reel rotatably mounted on the inside of the housing, the take-up reel to which the wire is wound; And a spring for generating a returning elasticity, which is one end connected to the shaft or the take-up reel, and the other end being fixed to the inside of the housing and being compressed when the wire is drawn out, thereby generating a returning elasticity.

The end of the wire may be coupled with an entry preventing member which is hooked on the take-out hole so that the end does not enter the take-out hole when the wire is wound on the take-up reel.

Wherein the dish-shaped cover member for preventing foreign substances generated in the receiving portion from falling into the inner pot is provided in the entry preventing member so that water vapor generated in the inner pot is prevented from flowing into the receiving portion through the draw- May be formed in a size larger than the size of the ball, or may be separately manufactured and combined.

The entry preventing member prevents the water generated in the inner pot from flowing into the accommodating portion through the outflow hole and prevents the foreign matter generated in the accommodating portion from being broken into the inner pot And an inverted conical cover member formed of a material and coupled to the periphery of the drawing hole.

The end of the wire may be provided with a bean for selectively engaging or disengaging the loop.

Wherein the resilient force supporting means is constituted such that a guide wire in which the wire is wound by a spring for generating elasticity for returning is incorporated in the elastic support means and the drawn wire is wound on the take- And a reel case connected to the other end of the horizontal support body.

The rotation support means includes a cutting hole formed at an upper end of the vertical support, a support end protruding from each of opposing edges of the cutout hole, a tightening nut coupled to one end of a bolt member passing through the support ends, A position fixing unit coupled to the other end of the bolt member and including a lever for rotating or tightening the bolt member; And a rotation coupling end formed at a lower end of the horizontal support so as to be inserted into and rotate inside the vertical support having the position fixing portion, wherein the rotation coupling end is located at the upper end of the vertical support to allow rotation of the horizontal support, And the bolts are fastened to the lever so as to fix the state of the rotation of the horizontal support, so that the rotation of the horizontal support is prevented by pushing the rotary coupling ends close to both of the support ends of the bolts, As shown in Fig.

Wherein the bearing support member and the connection rotary member are provided with position fixing means for fixing the horizontal support body in a rotated state, wherein a positioning groove is formed on an outer peripheral surface of the connection rotary member at a predetermined angle, A ball stopper may be installed in the bearing support member on a locus corresponding to the locating groove to temporarily fix the rotational position of the connection rotating member.

According to the present invention, it is possible to use a large cooking tool, which is adapted to cook a large amount of rice or soup or stir-fried food, to a frame or a control box of a large pot, to be hung on a resiliently supported wire so that the cook can use a large cooking tool And the like.

1 is a sectional view showing a large pot according to the prior art.
FIG. 2 is a perspective view illustrating an apparatus for supporting a cooking tool for a large pot according to a first embodiment of the present invention.
FIG. 3 is a partial cross-sectional view of the joining state of the resilient supporting means of the apparatus shown in FIG. 2; FIG.
4 is a partially enlarged sectional view showing another embodiment of the entrance anticorrosive material shown in Fig.
5 is a partially enlarged cross-sectional view showing still another embodiment of the entry preventing member shown in Fig.
FIG. 6 is a cross-sectional view taken along line AA of FIG. 2 showing a state in which the rotation limiting means shown in FIG. 2 is provided with the rotation restricting means.
FIG. 7 is a perspective view showing a state in which a temporary fixing ring for temporarily fixing the cooking tool is provided on the vertical support shown in FIG. 2. FIG.
8 is a front view showing another embodiment of the elastic force supporting means shown in Fig.
9 is a partially enlarged perspective view showing another embodiment of the rotation supporting means shown in Fig.
10 is a partially enlarged sectional view showing the position fixing means according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, the well-known functions or constructions are not described in order to simplify the gist of the present invention.

FIG. 2 is an exploded perspective view illustrating a large-pot cooking tool resilient supporting apparatus according to a first embodiment of the present invention, FIG. 3 is a perspective view of an assembled state of the large- to be.

2 to 3, the apparatus for supporting large size cooking utensils according to the present invention is characterized in that a large cooking tool 18 used for a large pot 10 is supported by an upper portion of a large pot 10 The inner pot 12 is coupled to the inside of the frame 20 and the outer pot 14 having the burner 16 is coupled to the bottom of the frame 20, A vertical support body 40 having a predetermined length and a lower end portion detachably coupled to the vertical support body 30; a rotation support means 50 provided at an upper end of the vertical support body 40; A horizontal support body 60 whose one end is coupled to the rotation support means 50 so as to be rotatable to the left or right and a wire 70 connected to the ring 18A provided in the middle of the large cooking tool 18, So that when the wound wire 70 is drawn out, W is configured to be composed including a resilient support means (90) which is provided on the other end of the horizontal support (60) so as to elastically supporting the large cooking utensils (18) connected to the wire 70.

This will be described more specifically.

The frame 20 rotatably supports the outer pot 14 to which the inner pot 12 is coupled. The frame 20 has a rotation control device for rotating the outer pot 14 at a predetermined angle and a burner 16 A temperature control device and a control box 30 on which a power receiver and the like are installed and a lid 13 for opening and closing the inner pot 12 is provided on the other side.

The vertical support body 40 is vertically installed on the frame 20 or the control box 30 and stably supports the horizontal support body 60 and the elastic support means 90 described above. The vertical support body 40 may be formed in various shapes and shapes. In the present embodiment, the vertical support body 40 is formed in a hollow pipe shape. The lower end of the vertical support body 40 is formed with a flange. While being vertically aligned on one side of the upper surface. Of course, such a vertical support body 40 may have its lower end joined to one side of the frame 20 by a clamp or the like. The length of the vertical support body 40 may vary depending on the size of the large pot 10 but may be about 50 to 100 cm in length because the other end of the horizontal support body 60 is spaced apart from the upper surface of the inner pot 12, In order to maintain the distance.

On the other hand, as shown in FIG. 7, the vertical support 40 is provided with a provisional fixing ring 49 for temporarily fixing the cooking tool 18. This provisional fixing ring 49 prevents the cooking utensil 18 from flowing by keeping the handle 18B in a state where the cooking utensil 18 is suspended from the wire 70, . It is a matter of course that such a provisional fixing ring 49 can also be provided in the horizontal support 60.

The rotation supporting means 50 is provided between the vertical supporting body 40 and the horizontal supporting body 60 so as to support the horizontal supporting body 60 so that the horizontal supporting body 60 can rotate leftward or rightward. A bearing support member 52 which has a bearing receiving portion 52B formed with the bearing support portion 52B and is coupled to the upper end of the vertical support body 40, a bearing 54 provided at the bottom of the bearing receiving portion 52B, The engaging portion 56B and the engaging portion 56B are formed and the engaging portion 56B is coupled to the through hole 52A through the bearing 54 so that the supporting end 56A is supported by the bearing 54, And a connection rotary member 56 coupled to one end of the support body 60 and adapted to rotate left or right in the bearing accommodation portion 52B.

At this time, the bearing supporting member 52 is inserted into the upper end of the vertical supporting body 40 and is coupled with the female thread of the vertical supporting body 40 on the outer peripheral surface of the bearing supporting member 52 Male screw arches are formed on the outer circumferential surface of the connecting rotary member 56 and are fastened to the female threads formed on the inner diameter of the one end of the horizontal support body 60 and are coupled.

The bearing 54 is preferably a thrust bearing. The present invention is not limited to this, but may be used in combination with a conventional ball bearing or sliding bearing to the support end 56A or the engaging portion 56B for stably supporting the horizontal support body 60 in the axial direction.

 With this structure, the rotation linking member 56 can be supported by the bearing 54 and rotated in the horizontal direction, so that the horizontal support body 60 can be rotated leftward or rightward in the horizontal direction. Although not shown in the drawing, the rotation support means 50 may be provided at the lower end of the control box 30 and the vertical support 40.

On the other hand, the bearing supporting member 52 and the connecting rotary member 56 are provided with rotation restricting means 80 for restricting rotation so that the horizontal supporting body 60 rotates only at an angle of 0 to 120 degrees. That is, the rotation restricting means 80 allows the horizontal support body 60, which the cooking tool 18 hangs, to rotate only to the left or the right only within a range of 0 to 120 degrees with respect to the rotation support means 50, Thereby preventing the tool 18 from moving in an unexpected direction.

The rotation restricting means 80 includes an operating groove 82 formed by a pair of stop faces 82A and 82B formed at different angles on a part of the connecting rotary member 56 accommodated in the bearing housing 52B, And a bearing support member 52 (corresponding to each stop surface 82A, 82B) corresponding to each stop surface 82A, 82B so as to be selectively supported on each stop surface 82A, 82B provided in the operation groove 82 to limit the rotation of the connection rotation member 56 And rotation preventing protrusions 84A and 84B protruding in the center direction from the inner side surface of each of the protrusions 84A and 84B.

As described above, the connection rotary member 56 is provided with the operation grooves 82 having the stop surfaces 82A and 82B, and the rotation of the rotation preventing protrusions 84A And 84B are formed respectively so that the connecting rotary member 56 can be rotated leftward or rightward within the angular range allowed by both the anti-rotation protrusions 84A and 4B.

That is, when the connection rotating member 56 is rotated in the opposite direction with the one stopper surface 82A and the corresponding rotation preventing protrusion 84A in contact with each other, the opposite stop surface 82B is rotated by the rotation preventing protrusion 84B so that rotation of the connection rotary member 56 is prevented.

The rotational restricting angle of the rotation restricting means 80 is in the range of 0 to 120 degrees but is sufficiently changed according to the forming positions of the stop surfaces 82A and 82B and the forming positions of the respective rotation preventing protrusions 84A and 84B .

When the one stop surface 82A strikes the corresponding rotation preventing protrusion 84A and the other stop surface 82B strikes the corresponding rotation preventing protrusion 84B, A shock absorber 88 for absorbing the shock absorber 84 is formed on each of the rotation preventing projections 84A and 84B.

That is, when the connection rotating member 56 is rotated so that the stopping surfaces 82A and 82B and the rotation preventing protrusions 84A and 84B are in contact with each other, (88) are formed on the respective rotation preventing projections (84A, 84B).

The buffering means 88 includes a support ball 88B which is installed so as to be exposed to the stop surfaces 82A and 82B in the installation hole 88A formed in the rotation preventing protrusions 84A and 84B, A spring 88C inserted to support the support ball 88B toward the stopping surfaces 82A and 82B and an escape prevention bolt 88 secured to the inlet of the installation hole 88A to prevent the release of the spring 88C 88D.

The buffering means 88 can prevent breakage or noise caused by the impact that may be generated when the stopper surfaces 82A and 82B are brought into contact with the rotation preventing projections 84A and 84B, respectively.

Although not shown in the drawing, the buffering means 88 may be made of a soft rubber material and fitted into the installation hole 88A.

The horizontal support body 60 is provided with elastic support means 90 having one end coupled to the rotation support means 50 and the other end supported by the cooking tool 18, So that the cooking utensil 18 is kept at a predetermined distance from the inner pot 12.

One end of the horizontal support body (60) is coupled to the rotation support means (50) so as to be rotatable to the left or right about the rotation support means (50).

Further, as shown in Figs. 2 to 3, the horizontal support body 60 may be formed with a region extending obliquely from the upwardly extending region to the upper one side and a region extending horizontally again from the sloped region Although not shown in the drawing, may be formed to extend only in the horizontal direction, or may be formed in an arc shape.

The elastic supporting means 90 is provided at a position where the wire 70 connected to the ring 18A provided in the middle of the large cooking tool 18 is wound around the large cooking tool 18 in order to support the large cooking tool 18 connected to the wire 70 And is configured to impart returning elasticity to the wire 70 when the wound wire 70 is drawn out. The accommodating portion 92A provided at the other end of the horizontal support body 60 and opened downward, A take-up reel 94 which is rotatably mounted on the shaft 92 inside the housing 92 and on which the wire 70 is wound, a shaft 92, And the other end of which is fixed to the inside of the housing 92 and is compressed when the wire 70 is drawn out, thereby generating a returning elasticity.

When the wire 70 is pulled downward, the resilient supporting means 90 having such a structure pulls down the wire 70, and the spring 96 for generating the returning elasticity is compressed to generate the returning elasticity, The winding reel 94 is wound in the reverse direction by the returning elasticity of the returning elasticity generating spring 96, and the wire 70 is wound. Therefore, the wire 70 can be automatically wound on the take-up reel 94.

On the other hand, an entry preventive member (hooking member) engaged with the take-out hole 92B is coupled to the end of the wire 70 so that the end of the wire 70 can not enter the take-out hole 92B when the wire 70 is wound on the take- .

Since the position of the entry preventing member 72 can be set and fixed arbitrarily, the wire 70 wound around the take-up reel 94 is pulled out to some extent, and then the entry preventing member 72 Can be fixed at a predetermined position of the drawn wire 70. For this purpose, the entry preventive member 72 may be divided into two and connected by bolts and nuts.

4 and 5 are enlarged partial sectional views showing another embodiment of the entry preventing member shown in Fig.

4, it is possible to prevent the water vapor generated in the inner pot 12 from flowing into the accommodating portion 92A through the take-out hole 92B, Shaped cover member 72A for preventing the foreign matter generated in the portion 92A from falling into the inner pot 12 is formed on the upper portion of the entry preventing member 72 in a size larger than the size of the take-out hole 92B , And may be separately manufactured and coupled to the upper portion of the entry preventing member 72. [

5 is a partially enlarged cross-sectional view showing still another embodiment of the entry preventing member shown in Fig.

5, the entry preventing member 72 according to another embodiment penetrates the wire 70, and the water vapor generated in the inner pot 12 flows into the receiving portion (not shown) through the take-out hole 92B 92A and an inverted conical cover member 76 formed of a flexible material so as not to allow the foreign substance generated in the accommodating portion 92A to fall into the inner pot 12 and coupled to the periphery of the outflow hole 92B ).

The dish-shaped cover member 72A and the inverted conical cover member 76 prevent water vapor from flowing into the accommodating portion 92A and prevent foreign matter from falling into the inner pot 12 from the accommodating portion 92A . Since the dish-shaped cover member 72A and the inverted-conical cover member 76 are formed of flexible rubber or synthetic resin material, the wire 70 is pulled out by the return elasticity generating spring 96, The entry preventing member 72 can serve to buffer the impact of colliding with the vicinity of the drawing-out hole 92B.

A wire 79 is provided at the end of the wire 70 for selectively engaging and connecting the wire 18A. The connection between the wire 70 and the cooking tool 18 can be facilitated by the bean 79.

Hereinafter, the operation of the resilient supporting apparatus of the cooking pot for a large pot will be described.

The hook 18A of the cooking tool 18 is hooked to the minus 79 provided at the end of the wire 70. [

At this time, the degree of drawing of the wire 70 is determined by the fixing position of the entry preventing member 72.

In this state, the cooker 18B of the cooking utensil 18 and the auxiliary handle are attached to the cooking utensil 12 to be cooked in the inner pot 12, And then lifting it up again and putting it in another container outside the inner pot 12 is repeatedly performed.

When the cooking tool 18 is lowered, the food is poured up and lifted again, and the operation of transferring the food to another container is repeated, the wire 70 is pulled and pulled in and pulled or unwound by the take- When the wire 70 is pulled out, the spring 96 for generating the returning elasticity is compressed to generate elasticity. When the wire 70 is lifted up, the returning elasticity spring 96 is pulled by the returning elasticity of the returning elasticity generating spring 96, When the cooking tool 18 is moved downward, the wire 70 is pulled and the return elasticity generating spring 96 is compressed to generate the returning elasticity, The wire 70 is pulled through the pull-out hole 92B by the accumulated returning elasticity so that the force for lifting the cooking tool 18 can be reduced. The return elasticity of the spring 96 Up reel 94 that is rotated in the reverse direction by the rotation of the take-up reel.

In addition, since the cooking tool 18 is suspended on the wire 70 while the cooker is holding the cooking tool 18, the cooker can operate the cooking tool 18 with a small force, The cooking tool 18 is elastically supported by the resilient supporting means 90 when the work of lowering and lifting the tool 18 is continuously and repeatedly performed so that the cook can be cooked with a small force.

On the other hand, when the cooking tool 18 suspended from the wire 70 is not used for a while, the grip 18B of the cooking tool 70 is temporarily held by the provisional fixing ring 49 provided on the vertical support body 40. That is, the cooking tool 18 suspended from the wire 70 is fixed so as not to be shaken and temporarily stored. Of course, when the temporary fixing ring 49 is formed on the horizontal supporting body 60, it can be fixed to the fixing ring of the horizontal supporting body 60. [ Therefore, the cooking tool 70 can be easily used or temporarily stored.

When the use of the cooking utensil 18 is completed, the cooking utensil 18 is removed by separating the beer 79 of the wire 70 from the ring 18A of the cooking utensil 18. The horizontal supporting body 60 is rotated toward the control box 30 so that the elastic supporting means 50 or the wire 70 provided on the horizontal supporting body 60 and the horizontal supporting body 60 can be used for opening and closing the inner pot 12 So as not to interfere with the opening / closing operation of the lid (13).

In this process, the horizontal support body 60 can be prevented from being rotated to the upper portion of the control box 30 from the upper part of the inner pot 12.

8 is a front view showing another embodiment of the elastic force supporting means shown in Fig.

As shown in FIG. 8, the horizontal supporting body 60 is provided at the other end with a separately formed elastic supporting means 100, which is the same as the above-described embodiment.

In other words, a connection ring 110 is provided on the bottom surface of the other end of the horizontal support body 60, and a separately formed elastic support means 100 is connected to the connection ring 110.

The elastic supporting means 100 according to this alternative embodiment may be a so-called " reel device " That is, generally, a commercially available reel device may be formed of the elastic supporting means 100 and used to hang it on the connecting hook 110.

At this time, the inside of the reel unit may have the same structure as the above-described elastic force supporting means (90). That is, the guide wire in which the wire 70 is wound by the return elasticity spring is built in by the shaft, and the drawn wire 70 is wound around the take-up reel by the return elasticity generating spring, And a reel case connected to the other end of the horizontal support body. It is a matter of course that the entry preventing member 72 is provided on the wire 70.

Since the elastic supporting means 100 is separately formed from the horizontal supporting body 60 and can be selectively coupled to or separated from the other end of the horizontal supporting body 60, maintenance and replacement of the elastic supporting means 100 can be easily performed Lt; / RTI >

On the other hand, Fig. 9 shows another embodiment of the rotation support means 50. Fig. 9, the rotation support means 50 according to another embodiment includes a cutout hole 49A formed at the upper end of the vertical support 40 and a cutout hole 49A formed at the opposite edges of the cutout hole 49A A tightening nut 49E coupled to one end of a bolt member 49D passing through the support end 49B and a bolt member 49D coupled to the other end of the bolt member 49D, A position fixing portion 49 including a lever 49C for rotating and tightening the fixing portion 49 and a fixing portion 49 for fixing the lower end portion of the horizontal supporting body 60 to be inserted into the vertical supporting body 40, And a rotation coupling end 69 formed on the rotation shaft 71. As shown in Fig.

The rotation support means 50 according to this other embodiment is inserted and coupled to the upper end of the vertical support body 40 so that the rotation support end 69 can rotate the horizontal support body 60. Therefore, the horizontal support body 60 is freely rotatable in the horizontal direction.

In order to fix the rotation position of the horizontal support body 60 by completing the rotation when the rotary coupling end 69 is inserted into the upper end of the vertical support body 40 and rotated, The bolt member 49D is tightened with the lever 49C so that both supporting ends 49B come close to each other. When the supporting ends 49B come close to each other due to the tightening of the bolt member 49D, Since the inner surface presses the outer circumferential surface of the rotation coupling end 69, the rotation of the horizontal support 60 can be prevented and its position can be fixed. This is because when the bolt member 49D is tightened, the inner surface of the horizontal support body 40 presses the outer circumferential surface of the rotary coupling end 69 because the incision groove 49A is formed at the upper end of the horizontal support body 40 do.

In the accompanying drawings, Fig. 10 is a partially enlarged cross-sectional view showing a position fixing means according to the present invention.

10, the position fixing means is provided on the bearing support member 52 and the connection rotary member 56 so that the horizontal support 60 coupled with the connection rotary member 56 is fixed in a state of being rotated . The position fixing means includes positioning grooves 56A formed on the outer circumferential surface of the connection rotary member 56 at a predetermined angle and positioning grooves 56A formed in the positioning grooves 56A on the bearing support member 52 on the locus corresponding to the positioning grooves 56A. And a ball stopper (200) inserted in the ball guide (56A) to temporarily fix the rotational position of the connection rotating member (56).

At this time, the number of the positioning grooves 56A may be one, or one to three, and the ball stopper 200 may be three, as shown in FIG. 11, but not limited thereto, . The ball stopper 200 includes a ball 240 installed in the ball mounting hole 210, a spring 230 for supporting the ball 240 in a resilient manner, And a fastening bolt 220 for fastening.

When the ball 240 of the ball stopper 200 is inserted into the positioning groove 56A by rotating the connection rotary member 56 coupled with the horizontal support 60, And when the horizontal support body 60 is rotated again, the ball 240 is released into the positioning groove 56A, and rotation is allowed.

The rotation position of the horizontal support body 60 can be temporarily fixed by the action of such a structure.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is obvious to those who have. Accordingly, it should be understood that such modifications or alterations should not be understood individually from the technical spirit and viewpoint of the present invention, and that modified embodiments fall within the scope of the claims of the present invention.

10: Large pot 12: Internal pot
14: External pot 16: Burner
18: Cooking tool 18A: ring
18B: handle 20: frame
30: control box 40: vertical support
50: rotation support means 60: horizontal support
70: wire 80: rotation restricting means
90, 100: Elastic supporting means 200: Position fixing means

Claims (13)

A vertical support having a predetermined length and detachably connected to one side of a frame in which an inner pot is coupled to the inner pot and an outer pot having a burner is rotatably coupled to the bottom or to a control box provided in the frame;
A rotation support means provided at an upper end of the vertical support;
A horizontal support body having one end coupled to the rotation support means so as to be rotatable left or right about the rotation support means; And
The large cooking tool being configured to wind a wire connected to a ring provided in the middle of the large cooking tool and to give return elasticity to the wire when the wound wire is pulled out so as to elastically support the large cooking tool connected to the wire And a resilient supporting means provided at the other end of the horizontal support body.
Cookware for large pots. The method according to claim 1,
The rotation support means
A bearing supporting member having a bearing accommodating portion formed with a through hole at the bottom thereof and coupled to an upper end of the vertical supporting body;
A bearing installed on the bottom of the bearing housing; And
And the coupling portion is coupled to the through hole through the bearing so that the support end is supported by the bearing, and one end of the horizontal support is coupled to the upper end of the coupling portion, Or a connection rotation member adapted to rotate to the right side.
Cookware for large pots. 3. The method of claim 2,
Wherein the bearing supporting member and the connection rotating member are provided with:
Wherein rotation restricting means is provided for restricting rotation so that the horizontal support rotates only at an angle of 0 to 120 degrees,
An operating groove formed at each of the connecting rotation members received in the bearing receiving portion and having respective stop surfaces formed at different angles; And
A rotation preventing member for preventing rotation of the connection rotating member, the rotation preventing member being selectively protruded from the inner surface of the bearing supporting member in the center direction to correspond to each of the stopping surfaces, Wherein the projection includes a projection.
Cookware for large pots. The method of claim 3,
In the rotation preventing projection,
And a buffering means for buffering a contact shock with the stopping surface when the stopping surface and the rotation preventing protrusion are in contact with each other when the connection rotating member is rotated,
The buffer means may comprise:
A support ball installed to be exposed to the stopper surface on an installation hole formed in the rotation preventing protrusion;
A spring inserted into the installation hole to elastically support the support ball toward the stop surface; And
And an escape prevention bolt fastened to an inlet of the installation hole to prevent the spring from coming off.
Cookware for large pots. 5. The method according to any one of claims 1 to 4,
Wherein said elastic support means comprises:
A housing formed at the other end of the horizontal support body and having a downwardly opened receiving portion having an outflow hole;
A take-up reel rotatably mounted on the inside of the housing, the take-up reel to which the wire is wound;
And a spring for generating a returning elasticity that is one end connected to the shaft or the take-up reel and the other end fixed to the inside of the housing to generate a returning elasticity while being compressed when the wire is drawn out.
Cookware for large pots. 6. The method of claim 5,
At the end of the wire,
And an entry preventing member engaging with the take-out hole is engaged to prevent the end portion from entering the take-out hole when the wire is wound on the take-up reel.
Cookware for large pots. The method according to claim 6,
In the entry preventing member,
The dish-shaped cover member for preventing the water vapor generated in the inner pot from flowing into the accommodating portion through the outflow hole and preventing the foreign substances generated in the accommodating portion from falling into the inner pot is larger than the size of the draw- Or is separately fabricated and bonded. ≪ RTI ID = 0.0 >
Cookware for large pots. The method according to claim 6,
Wherein the entry preventing member comprises:
The wire is made to pass through and the steam generated in the inner pot is prevented from flowing into the accommodating portion through the drawing hole and is formed of a flexible material so that the foreign substances generated in the accommodating portion do not fall into the inner pot, And an inverted conical cover member coupled to the periphery of the ball.
Cookware for large pots. The method according to claim 1,
At the end of the wire,
Characterized in that the ring is provided with a < RTI ID = 0.0 >
Cookware for large pots. 5. The method according to any one of claims 1 to 4,
Wherein said elastic support means comprises:
And a wire wound around the wire is wound by a return spring for generating elasticity, and the drawn wire is wound on the take-up reel by the returning elasticity generating spring so that the upper end is connected to the other end of the horizontal support Wherein the reel case is made of a synthetic resin,
Cookware for large pots. 5. The method according to any one of claims 1 to 4,
In the vertical support,
Characterized in that a provisional fixing ring is provided for temporary fixing by hanging the handle of the cooking tool so that the cooking tool suspended from the wire does not flow.
Cookware for large pots. The method according to claim 1,
The rotation support means
A bolt member which is inserted into the bolt member and penetrates through the support ends; a bolt member which is inserted into the bolt member at the other end of the bolt member; A position fixing unit including a lever coupled to rotate the bolt member to tighten or loosen the bolt member; And
And a rotation coupling end formed at a lower end of the horizontal support body so as to be inserted into the vertical support body provided with the position fixing unit,
The rotation support end is inserted and coupled to the upper end of the vertical support so that the horizontal support can rotate, and the bolts are fastened to the lever to fix the rotation of the horizontal support, And the position is fixed while preventing the rotation of the horizontal support body by pressing the rotary coupling end while being close to the horizontal support body.
Cookware for large pots. 3. The method of claim 2,
Wherein the bearing supporting member and the connection rotating member are provided with:
A position fixing means for fixing the state in which the horizontal supporting body is rotated is provided,
Wherein the connection rotating member is provided with a positioning groove at a predetermined angle and the bearing supporting member on a locus corresponding to the positioning groove is selectively inserted into the positioning groove to temporarily fix the rotational position of the connection rotating member, And a ball stopper for fixing the ball stopper,
Cookware for large pots.

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