KR200469926Y1 - Multistage Dish support - Google Patents

Abstract

The present invention relates to a multi-stage dish support, comprising: a plurality of upper supports extending radially by a predetermined length; One end of the plurality of upper supports connected downward to each other and extending downward by a predetermined length to support the plurality of upper supports and having a plurality of grooves having a predetermined depth formed along an outer circumference; A plurality of lower supports whose one end is connected to the lower end of the neck and extends radially downward by a predetermined length; And a lower plate support that is inserted and rotated corresponding to the groove of the connecting neck, one end of which extends radially, and a plurality of support bars extending radially to the other end of the lower plate support to support a plate. It is characterized in that consisting of; consisting of; a plurality of rotating body of the annular plate support is installed.
The present invention secures more space in a three-dimensional space for placing side dishes in a limited space, making efficient use of space, supporting plates of any size, and when drinking relatively long foods. It can be drunk by moving the device to the front so you can drink it anywhere. In addition, when the present invention is not used, it is excellent in portability and storage because each member can be folded or stored separately.

Description

Multistage Dish Support {Multistage Dish support}

The present invention relates to a dish support, and more particularly, a lower support is placed on a table or a table, and the lower support is connected to the upper support by a connecting neck to increase a limited space on a table or a table in three dimensions, and includes a rotating body. The present invention relates to a multi-stage dish holder that can move food far away and adjust the height or length to mount the dish regardless of the size of the dish, and can be used and carried in a restaurant or home.

In general, a variety of food is provided in the case of a holiday or various events or catering services, but it is difficult to put all of the food because the space on the table or table is limited.

Figure 1 relates to a conventional multi-stage food support (Korean Utility Model Registration No. 20-0442233), the base member 100 and the base member 100 made of a constant weight so as to be centered on the floor or table top surface At least one vertical member 101 is fixed to a predetermined height from, and consists of a plurality of support plates (D) are detachably coupled to the upper end of the vertical member 101, respectively.

However, the food tray of the multi-stage structure utilizes the space on the table in three dimensions, but it is difficult to change the dish D into another dish containing food because the plate D must be fixed to the vertical member 101 by the fixing bolt 102. Is complicated.

2 is related to a conventional food support (Korean Registered Utility Model 20-0288401), and includes a plurality of support plates 202 and 203, and the plurality of support plates 202 and 203 are rotatable members 201 to enable rotation. ) And the prevention jaw 204 for preventing the separation of the bowl and the plurality of support plates 202 and 203 form an incision to easily eat food provided in the support plates 202 and 203.

However, the food support is rotatable to move food far away, but the size of the vessel (D) that can be mounted on a single support plate (202, 203) is limited because it is difficult to mount a variety of bowls.

Utility Model Registration of Korea 20-0442233 (registered October 13, 2008) Korea Utility Model Registration 20-0288401 (registered Aug. 27, 2002)

The present invention is to solve the conventional problems as described above, the purpose of the present invention is to connect a plurality of lower supports extending radially on the bottom and a plurality of upper supports extending by a predetermined length radially on the top By using the limited space on the table or the table three-dimensional to provide a multi-stage plate holder to secure more space for placing the dish.

Another object of the present invention is to provide a multi-stage dish pedestal which can be moved by rotating the rotating body of the plate mounted in a relatively distant relative to the other plate equipped with a rotating body close to.

Another object of the present invention is to provide a multi-stage dish supporter that can adjust the height of the dish can be mounted and the length of the upper support, the lower support and the lower plate support according to the size and position of the dish.

In order to achieve the object of the present invention as described above, the multi-stage dish pedestal according to the first embodiment of the present invention, a plurality of upper supporters formed of a rod or tube and extending radially defined length; Connection formed in the form of a rod or tube and connected downward from the center where one end of the plurality of upper supports meet each other and extends by a predetermined length to support the plurality of upper supports, and formed with a plurality of grooves having a predetermined depth formed along an outer surface thereof. neck; A plurality of lower supports formed of a rod or tube and having one end connected to a lower end of the connecting neck and extending radially by a predetermined length downward; And a lower plate support that is inserted and rotated corresponding to the groove of the connecting neck, one end of which extends radially, and a plurality of support bars extending radially to the other end of the lower plate support to support a plate. It characterized in that consisting of; a plurality of rotating body of the annular plate support is installed.

In order to achieve the object of the present invention as described above, the multi-stage dish pedestal according to the second embodiment of the present invention is formed of a rod or tube and a plurality of upper supports extending radially defined length; An upper connection neck formed of a rod or tube and connected downward from a center where one end of the plurality of upper supports meets each other and extends by a predetermined length to support the plurality of upper supports; A lower linkage tree formed of a rod or tubular body and including a coupling device inserted into the upper linkage to fix the upper linkage, and having a plurality of grooves having a predetermined depth along an outer circumference thereof; And a plurality of lower supports formed of a rod or tube and one end of which is connected to the lower end of the lower connecting neck and extends radially by a predetermined length downwardly; The lower plate support is inserted and rotated corresponding to the groove of the lower connection neck, the lower plate support extending one end to the circumference and extending radially, and the other end of the lower plate support is radially extended to support the plate It characterized in that consisting of; a plurality of rotating body of the annular plate support is installed.

In the multi-stage dish pedestal according to the first embodiment or the second embodiment of the present invention, the rotating body is characterized in that the bearing is provided on the inner surface is inserted into the groove formed in the connection neck or lower connection neck.

In the multi-stage dish pedestal according to the first embodiment or the second embodiment of the present invention, the rotating body is characterized in that one end of the lower plate support is inserted into a plurality of rod holes formed in any side surface.

In the multi-stage dish pedestal according to the first embodiment or the second embodiment of the present invention, characterized in that the non-slip material is further provided at each end of the upper support, the lower support, the support rod.

In the multi-stage dish pedestal according to the first embodiment or the second embodiment of the present invention, the non-slip material of the end of the lower support is characterized in that the adsorption plate attached to the upper surface of the table or rice.

In the multi-stage dish pedestal according to the first or second embodiment of the present invention, the upper support or the lower support, the lower plate support is divided into a plurality of nodes so that the length can be adjusted, each of the connected pipes connecting means It is characterized in that connected to each other by a fixed.

In the multi-stage dish pedestal according to the first or second embodiment of the present invention, the plurality of upper support or lower support, the lower plate support is characterized in that the support is further provided with a plurality of annular support.

Using the multi-stage dish base according to the present invention, the space can be placed in a limited space on the dining table or the table, allowing for more efficient use of the space, and the length and height can be adjusted so that the dish can be placed in any size. It can support, and when you want to drink the food on the other side, the present invention is rotated to move forward and drink because it is convenient to use widely regardless of places, such as restaurants and homes.

In addition, when the present invention is not used, it is excellent in portability and storage because each member can be folded or stored separately.

1 is a perspective view showing a food tray of a conventional multi-stage structure.
Figure 2 is a perspective view of a conventional food support.
Figure 3 is a perspective view of a multi-stage dish pedestal according to the first embodiment of the present invention.
Figure 4 is a front view showing a multi-stage dish pedestal according to the first embodiment of the present invention.
5 is a perspective view showing a multi-stage dish pedestal according to a second embodiment of the present invention.
Figure 6 is a front view showing a multi-stage dish pedestal according to a second embodiment of the present invention.
7 is a cross-sectional view showing another embodiment of a rotating body according to the present invention.
Figure 8 is a cross-sectional view showing a coupling method of the tube forming a node of the multi-stage dish pedestal according to the first and second embodiments of the present invention.

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

In the figure, the upper support 10 and the lower support 30, the lower plate support 41 and the support bar 43 are respectively shown in four, but the number is not limited and can be changed as necessary.

3 to 5, the multi-stage dish pedestal according to the first embodiment of the present invention is composed of the upper support 10, the neck 20, the lower support 30 and the rotating body 40.

The upper support 10 is formed of a rod or tubular body and extends by a predetermined length radially and may be configured in plural.

The connecting neck 20 is formed of a rod or tubular body and is connected downward from the center where one end of the plurality of upper supports 10 meets each other and extends by a predetermined length to support the plurality of upper supports 10, and an outer surface thereof. A plurality of grooves 24 of defined depth are formed along the perimeter.

The lower support 30 is formed of a rod or tubular body and one end is connected to the lower end of the connecting neck 20 and extends radially by a predetermined length downward.

Holes (not shown) are formed in the upper and lower outer circumferential surfaces of the connecting neck 20 to insert a portion of the upper support 10 and the lower support 30 into the holes (not shown), and a separate member It may be installed at both ends of the connecting neck 20 by inserting one end of the upper support 10 and the lower support 30 to the separate member.

At the ends of each of the upper support 10 and the lower support 30, the non-slip material (11, 31) is preferably further provided, respectively, most preferably the sliding provided at the end of the lower support (30) The prevention material 31 is formed of a suction plate is attached to the table or the rice so that the multi-stage dish pedestal according to the present invention does not shake.

And the non-slip material 11 is most preferably formed of a rubber material so that the plate is not slipped.

The rotating body 40 is provided with a lower plate support 41, the lower plate support 42 is installed at one end of the lower plate support 41, the groove 24 of the connecting neck 20 in an annular shape It is inserted in response to rotation.

The lower plate support 41 extends radially with one end extending around the outer surface of the rotating body 40.

For example, the lower plate support 41 is integrally formed with the rotating body 40, or a rod hole 45 is formed inwardly in a part of the outer circumference of the rotating body 40 and the rod hole 45 One end of the lower plate support 41 is to be inserted. Of course, when the rod hole 45 and the lower plate support 41 are in a cylindrical shape, since the plate D to be rotated to fall may fall, the rod hole 45 and the lower plate support 41 are polygonal in shape. Or it is preferable to manufacture in semi-cylindrical shape.

The lower plate support 42 has a plurality of supporting rods 43 radially extended to the other end of the lower plate support 41 to support the plate (D).

The upper support 10, the lower support 30 or the lower plate support 41 is divided into a plurality of nodes so that the length can be adjusted, each of the connected tubular body is connected and fixed to each other by a connecting means.

For example, as illustrated in FIG. 10, one end of a tube is concentrically formed, and a protrusion is formed at an outer surface thereof, and a through hole is formed at the other end thereof. When one end of the tube is inserted into one end of the other tube, the protrusion corresponds to a through hole formed in another tube. It is supported while penetrating the through hole to the outside.

In another example, the tubes may be connected to each other by a hinge.

Preferably, the plurality of upper supports 10 have the same length, and the plurality of lower supports 30 also preferably have the same length, and the lower plate supports 41 also preferably have the same length. Do.

As described above, when the upper support 10, the lower support 30, or the lower plate support 41 have the same length, the dish D is equilibrated so that food is not poured out.

The end of the support bar 43 is preferably provided with a non-slip material 46, the non-slip material 46 is most preferably formed of a rubber material.

The number of the grooves 24 formed in the connecting neck 20 and the number of the rotating bodies 40 inserted corresponding thereto may be provided without limiting the number of layers on which the plates can be placed. For example, if two grooves 24 are formed, the rotating body 40 may be configured by inserting two into the grooves 24, respectively, and if the three grooves 24 are formed, the rotating body Three 40 may be inserted into the grooves 24, respectively. In addition, as shown in FIG. 9, the two grooves 24 may be separated by a predetermined length, and the longitudinal section of the rotating body 40 may be formed by the letter “C” to fit in each of the two grooves 24.

The rotating body 40 is preferably provided with a bearing 44 on the inner surface inserted into the groove 24, in the case of the rotating body 40 formed of the letter 'C' the bearing 44 is the groove 24 It is preferably provided on each of the inner surface of the rotating body 40 is inserted into.

The plurality of upper supports 10 or lower supports 30 and lower plate supports 41 may be further provided with braces 12, 25, 32 formed in a plurality of annular shapes.

For example, the brace 12 supports the upper support 10 by connecting a portion of the plurality of upper supporters 10 extending radially, and the lower support 30 and the lower plate support 41 are also braces. (25, 32) is supported.

The upper support 10, the lower plate support 41, and the support bar 43 extend outward from the center of the concentric circles, respectively, it is preferable to maintain an angle of 0 ° ~ 45 ° from the horizontal plane.

In addition, the lower support 10 is preferably maintained at an angle of 0 ° ~ 45 ° from the bottom toward the connecting neck 20 from the non-slip material 31.

The first embodiment of the multi-stage dish pedestal according to the present invention as described above is assembled and used as follows.

First, a plurality of upper supports 10 are prepared by unfolding or sandwiching each other to fit the size of the plate D to be folded or separated, and assembling them radially. The anti-slip material at the end of the upper support 10 ( 11) Install.

And to prepare a plurality of lower support 30 by expanding or sandwiching each other to fit the size of the plate (D) to be mounted or separated tubular body, assembled radially and the anti-slip material at the end of the lower support ( 31) install.

Prepare the connection neck 20 and insert the rotary body 40 into the groove 24 formed on the outside of the connection neck 20.

Next, a lower plate support 42 having a non-slip material 46 is provided at the end of the lower plate support 41, and the lower plate support 41 is provided in the rod hole 45 formed in the rotating body 40. Insert one end of One end of the rod hole 45 and the lower plate support 41 is a polygonal or semi-cylindrical shape corresponding to each other, so that it is fixed without being combined with each other.

Where the plurality of upper support (10) meet each other and the lower support (10) where the connection is connected to the connecting neck (20).

Thereafter, a plate (D) containing foods is mounted on the upper ends of the plurality of upper supports 10 and the upper ends of the lower plate supports 42, respectively.

When not in use, the tube is separated or folded to be stored for excellent portability and easy management.

6 to 8, the multi-stage dish supporter according to the second embodiment of the present invention includes an upper support 10 and an upper linkage 21, a lower linkage 22, a lower support 30, and a rotating body ( 40).

The upper support 10 is formed of a rod or tubular body and extends by a predetermined length radially and may be configured in plural.

The upper connection neck 21 is formed of a rod or tubular body and connected downward from the center where one end of the plurality of upper supporters 10 meet each other and extends by a predetermined length to support the plurality of upper supporters 10.

The lower linkage 22 is formed of a rod or tubular body and includes a coupling device 23 to which the upper linkage 22 is inserted and fixes the upper linkage 21, and is defined along an outer circumference. A plurality of grooves 24 of depth are formed.

The coupling device through a hole (not shown) formed in the upper end of the lower splinter 22 can adjust the height while inserting or removing the upper splinter 21 to the lower splinter 22 and the desired height is set. The upper splinter 21 and the lower splinter 22 are fixed to each other while pressing the upper splinter 21 through the 23.

The lower support 30 is formed of a rod or tubular body and one end thereof is connected to the lower end of the lower connection tree 22 and extends radially by a predetermined length downward.

Holes (not shown) are formed in the upper and lower outer circumferential surfaces of the upper connection tree 21 and the lower connection tree 22 so that a portion of the upper support 10 and the lower support 30 are formed in the holes (not shown). Can be inserted into each, and install a separate member on the upper end of the upper splint 21 and the lower end of the lower splint 22, respectively, the upper support 10 and the lower support 30 to the separate member You can also connect by inserting one end of the.

At the ends of each of the upper support 10 and the lower support 30, the non-slip material (11, 31) is preferably further provided, respectively, most preferably the sliding provided at the end of the lower support (30) The prevention material 31 is formed of a suction plate is attached to the table or the rice so that the multi-stage dish pedestal according to the present invention does not shake.

And the non-slip material 11 is most preferably formed of a rubber material so that the plate is not slipped.

The rotary body 40 is provided with a lower plate support 41, the lower plate support 42 is installed at one end of the lower plate support 41, the groove 24 of the lower connection neck 22 in an annular shape It is inserted and rotates corresponding to).

The lower plate support 41 extends radially with one end extending around the outer surface of the rotating body 40.

For example, the lower plate support 41 is integrally formed with the rotating body 40, or a rod hole 45 is formed inwardly in a part of the outer circumference of the rotating body 40 and the rod hole 45 One end of the lower plate support 41 is to be inserted. Of course, when the rod hole 45 and the lower plate support 41 are in a cylindrical shape, since the plate D to be rotated to fall may fall, the rod hole 45 and the lower plate support 41 are polygonal in shape. Or it is preferable to manufacture in semi-cylindrical shape.

The lower plate support 42 has a plurality of supporting rods 43 radially extended to the other end of the lower plate support 41 to support the plate (D).

The upper support 10, the lower support 30 or the lower plate support 41 is divided into a plurality of nodes so that the length can be adjusted, each of the connected tubular body is connected and fixed to each other by a connecting means.

For example, as illustrated in FIG. 10, one end of a tube is concentrically formed, and a protrusion is formed at an outer surface thereof, and a through hole is formed at the other end thereof. When one end of the tube is inserted into one end of the other tube, the protrusion corresponds to a through hole formed in another tube. It is supported while penetrating the through hole to the outside.

In another example, the tubes may be connected to each other by a hinge.

Preferably, the plurality of upper supports 10 have the same length, and the plurality of lower supports 30 also preferably have the same length, and the lower plate supports 41 also preferably have the same length. Do.

As described above, when the upper support 10, the lower support 30, or the lower plate support 41 have the same length, the dish D is equilibrated so that food is not poured out.

The end of the support bar 43 is preferably provided with a non-slip material 46, the non-slip material 46 is most preferably formed of a rubber material.

The number of the grooves 24 formed in the lower connection neck 22 and the rotating body 40 inserted corresponding thereto are not limited. For example, if two grooves 24 are formed, the rotating body 40 may be configured by inserting two into the grooves 24, respectively, and if the three grooves 24 are formed, the rotating body Three 40 may be inserted into the grooves 24, respectively. In addition, as shown in FIG. 9, the two grooves 24 may be separated by a predetermined length, and the longitudinal section of the rotating body 40 may be formed by the letter “C” to fit in each of the two grooves 24.

The rotating body 40 is preferably provided with a bearing 44 on the inner surface inserted into the groove 24, in the case of the rotating body 40 formed of the letter 'C' the bearing 44 is the groove 24 It is preferably provided on each of the inner surface of the rotating body 40 is inserted into.

The plurality of upper supports 10 or lower supports 30 and lower plate supports 41 may be further provided with braces 12, 25, 32 formed in a plurality of annular shapes.

For example, the brace 12 supports the upper support 10 by connecting a portion of the plurality of upper supporters 10 extending radially, and the lower support 30 and the lower plate support 41 are also braces. (25, 32) is supported.

The upper support 10, the lower plate support 41, and the support bar 43 extend outward from the center of the concentric circles, respectively, it is preferable to maintain an angle of 0 ° ~ 45 ° from the horizontal plane.

In addition, the lower support 10 is preferably maintained at an angle of 0 ° ~ 45 ° from the bottom toward the lower connection neck 22 from the non-slip material 31.

The second embodiment of the multi-stage dish pedestal according to the present invention as described above is assembled and used as follows.

First, a plurality of upper supports 10 are prepared by unfolding or sandwiching each other to fit the size of the plate D to be folded or separated, and assembling them radially. The anti-slip material at the end of the upper support 10 ( 11) Install.

And to prepare a plurality of lower support 30 by expanding or sandwiching each other to fit the size of the plate (D) to be mounted or separated tubular body, assembled radially and the anti-slip material at the end of the lower support ( 31) install.

Insert the upper splint 21 into the lower splint 22 to determine the height to fix the coupling device 23, the rotating body in the groove (24) formed on the outside of the lower splint (22) Insert 40).

Next, a lower plate support 42 having a non-slip material 46 is provided at the end of the lower plate support 41, and the lower plate support 41 is provided in the rod hole 45 formed in the rotating body 40. Insert one end of One end of the rod hole 45 and the lower plate support 41 is a polygonal or semi-cylindrical shape corresponding to each other, so that it is fixed without being combined with each other.

Where the plurality of upper support (10) meet each other and the lower support (10) meets each other connects the upper splinter 21 and the lower splinter (22).

Thereafter, a plate (D) containing foods is mounted on the upper ends of the plurality of upper supports 10 and the upper ends of the lower plate supports 42, respectively.

When not in use, the tube is separated or folded to be stored for excellent portability and easy management.

As described above is merely an embodiment for carrying out the multi-stage dish pedestal according to the present invention, the present invention is not limited to the above embodiment, the present invention without departing from the gist of the present invention claimed in the utility model claims below Anyone with ordinary knowledge in the technical field to which the present invention belongs will have the technical spirit of the present invention to the extent that it can be variously modified and implemented.

10: upper support 11: non-slip material
12: brace 20: connection tree
21: upper connection tree 22: lower connection tree
23: coupling device 24: groove
25: brace 30: lower support
31: slip material 32: brace
40: rotating body 41: lower plate support
42: lower plate support 43: support rod
44: bearing 45: rod hole
46: slipper D: plate

Claims (8)

A plurality of nodes are divided so that the length can be adjusted, and each tube is connected and fixed to each other by a connecting means and extends by a predetermined length radially, the upper end of the plurality of upper support 10 provided with a non-slip material (11) Wow;
It is formed of a rod or tubular body and is connected downward from the center where one end of the plurality of upper supporters 10 meet each other and extends by a predetermined length to support the plurality of upper supporters 10 and has a predetermined depth formed along an outer circumference. A connection neck 20 in which a plurality of grooves 24 are formed;
A plurality of nodes are divided so that the length can be adjusted and each tube is connected and fixed to each other by a connecting means and one end is connected to the lower end of the connecting neck 20 and extends radially by a predetermined length downward, and the suction plate at the end A plurality of lower support 30 is provided with a non-slip material 31 of the form; And
Longitudinal section of the 'c' shape and the 'c' protruding portion is inserted and rotated corresponding to the groove 24 of the connecting neck 20, one end is continued to the lower plate support extending radially And, on the other end of the lower plate support 41, a plurality of support rods 43 provided with a non-slip material 46 at the end is radially extended so that the lower plate support 42 for supporting the plate (D) is installed The lower plate support 41 having a polygonal or semi-cylindrical shape corresponding to the bar hole 45 in a plurality of rod-holes 45 having a polygonal or semi-cylindrical shape which is formed obliquely upward on a portion of the side surface. A plurality of annular rotors 40 into which one end of the annular body is inserted;
Multi-stage dish pedestal, characterized in that consisting of. A plurality of nodes are divided so that the length can be adjusted and each tube is connected and fixed to each other by a connecting means, and extends by a predetermined length radially and the upper end support 10 having a non-slip material 11 at the end and ;
An upper connection neck 21 formed of a rod or tube and connected downward from a center of one end of the plurality of upper supports 10 and extending by a predetermined length to support the plurality of upper supports 10;
A plurality of grooves 24 having a predetermined depth along the outer circumference, including a coupling device 23 formed of a rod or tubular body and having the upper splinter 21 inserted therein and fixing the upper splinter 21. The lower connection neck 22 is formed; And
A plurality of nodes are divided so that the length can be adjusted and each tube is connected and fixed to each other by a connecting means, one end is connected to the lower end of the lower connector 22 and extends radially by a predetermined length downward, A plurality of lower supports 30 provided with a non-slip material 31 in the form of a suction plate;
The longitudinal section has a 'c' shape and the protrusions of the 'c' are inserted and rotated corresponding to the grooves 24 of the lower connection tree 22, and a plurality of nodes are provided so that one end is connected to the circumference and the length thereof is adjusted. The lower plate support 41 is divided and each tube is connected and fixed to each other by a connecting means and extending radially, and the other end of the lower plate support 41 is provided with a plurality of anti-slip material 46 at the end The support rod 43 extends radially, and the lower plate support 42 supporting the plate D is installed, and a plurality of rod holes 45 having a polygonal or semi-cylindrical shape are formed at an oblique upward direction on a part of the side surface. A plurality of annular rotating bodies 40 into which one end of the lower plate support 41 of a polygonal or semi-cylindrical shape corresponding to the rod hole 45 is inserted into the rod hole 45;
Multi-stage dish pedestal, characterized in that consisting of. delete delete delete delete delete 3. The method according to claim 1 or 2,
The plurality of upper support (10) or the lower support (30), the lower plate support (41) is a multi-stage plate support, characterized in that the support is further provided with a plurality of annular support (12, 25, 32).

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