KR200466632Y1 - Table - Google Patents

Abstract

The present invention relates to a table that can be used efficiently in a narrow space.
For example, a first table having a fixing plate, a receiving space is formed and includes a body for supporting the fixing plate; A second table positioned in the storage space; A table is connected to the first table and the second table, the table including a moving unit for rotating the second table.

Description

Table {Table}

The present invention relates to a table.

In the living room or kitchen, there will be a table for displaying things or cooking food. However, the table size should be determined in consideration of the size of the space where the table, such as a living room or kitchen, is installed. Therefore, when a table is installed in a narrow place, since a small table must be provided, there is a problem that the efficiency of work display or work performed on the table is inferior.

The present invention aims to provide a table which can be used efficiently in a narrow space.

The table according to the present invention for solving the above problems is the first table including a fixed plate, a receiving space is formed and the body supporting the fixed plate; A second table positioned in the storage space; And a moving unit connected to the first table and the second table to rotate the second table.

The mobile unit may further include an upper fastening part mounted on a lower surface of the first table; A lower fastening part mounted to the second table; And a rotating part rotatably mounted with each of the upper and lower fastening parts.

In addition, the upper fastening portion has a plate shape corresponding to the first upper fastening member and the first upper fastening member extending downward from the lower surface of the fixing plate and a second upper fastening formed to be spaced apart from the first upper fastening member by a predetermined distance. A first lower fastening member mounted to one end of a lower surface of the second table and extending downward, and a second lower fastening member extended to a lower side of the second lower surface of the second table; The rotating part includes at least one first rotating member connected to each of the first upper fastening member and the first lower fastening member, and at least one second rotation connected to the second upper fastening member and the second lower fastening member. It may include a member.

In addition, the first rotating member may include a first rotating bar and a first rotating bar spaced apart from each other by a predetermined distance from each other so that both ends thereof are rotatably mounted to a part of each of the first upper fastening member and the first lower fastening member. And a second rotating bar rotatably mounted to another portion of each of the fastening member and the first lower fastening member, wherein the second rotating member has both ends of the second upper fastening member and the second lower fastening member, respectively. And a third rotating bar rotatably mounted to a portion of the fourth rotating bar and a fourth rotating bar spaced apart from the third rotating bar by a predetermined distance and rotatably mounted to other portions of each of the second upper fastening member and the second lower fastening member. Can be.

The apparatus may further include a fixing release unit for fixing the second table and a fixing release unit for releasing the fixing of the second table fixed by the fixing unit.

In addition, it may include a first fixing part for preventing the rotation of the first rotating member and a second fixing part for preventing the rotation of the second rotating member.

The first fixing part may include a first hook having a shape corresponding to the first fixing protrusion and the second fixing protrusion formed on each of the first rotating bar and the second rotating bar, and the first fixing protrusion and the second fixing protrusion. And a first fixing member mounted to the first lower fastening member, wherein the second fixing part includes a third fixing protrusion and a fourth fixing protrusion formed on each of the third rotating bar and the fourth rotating bar, A second hook having a shape corresponding to the third fixing protrusion and the fourth fixing protrusion may be formed, and may include a second fixing member mounted to the second lower fastening member.

In addition, the fixing release unit may include a first fixing release unit for releasing the fixing by the first fixing unit and a second fixing release unit for releasing the fixing by the second fixing unit.

In addition, the first fixing release unit may include a first protrusion formed on a part of the first fixing member and a first coupling hole through which the first protrusion passes, and the first fixing member may be horizontally mounted to the first lower fastening member. The second locking release unit may include a handle and includes a second protrusion formed on a part of the second fixing member and a second coupling hole through which the second protrusion passes, and is horizontally moved to the second lower fastening member. It may comprise a second handle so mounted.

The table according to an embodiment of the present invention can increase the efficiency of using the table by changing the size of the table installed in a narrow space.

1 is a front view of a table according to an embodiment of the present invention.
FIG. 2 is a cross-sectional view taken along the line AA ′ of FIG. 1.
3 is a partial perspective view of a table according to an embodiment of the present invention.
4 is a left side view of the region B of FIG. 3 when the second table is moved upward.
5 is a right side view of the region B of FIG. 4 when the second table is moved upward.

Hereinafter, the table of the present invention through the embodiment and the accompanying drawings will be described in more detail.

1 is a front view of a table according to an embodiment of the present invention, Figure 2 is a view showing the movement of the second table with AA 'cross-sectional view of Figure 1, Figure 3 is a table according to an embodiment of the present invention 4 is a left side view of the region B of FIG. 3 when the second table is moved upward, and FIG. 5 is a right side view of the region B of FIG. 4 when the second table is moved upward. .

Referring to FIG. 1, a table 100 according to an embodiment of the present invention includes a first table 110, a second table 130, and a moving unit 150. In addition, the table may further include a fixing unit 170 and a fixing release unit 190.

An auxiliary table 130 is positioned below the first table 110, and the second table 130 is moved by the mobile unit 150 as necessary to move the first table 110 and the second table 130. Each side facing each other increases the size of the table that can be used.

The first table 110 includes a fixing plate 112 and the body 114.

The fixing plate 112 may be placed on a plate, to place things, or to provide a work space in which work such as cooking is performed.

The main body 114 has a rectangular box shape and an accommodation space 115 is formed therein. The main body 114 is positioned below the fixing plate 112 to support the fixing plate 112. However, the box shape of the main body 114 is only an embodiment. Therefore, the main body 114 may have any shape as long as it can support the fixing plate 112.

The second table 130 is located under the first table 110, that is, in the storage space 115 formed in the main body 114. The second table 130 has a rectangular plate shape. However, this is only an embodiment. The second table 130 is irrelevant to any shape.

The second table 130 is moved by the moving unit 150 as needed and extends the first table 110 by being adjacent to or partially in contact with the first table 110. The movement of the second table 130 will be described later in detail.

2 to 5, the mobile unit 150 includes an upper fastening part 151, a lower fastening part 154, and a rotating part 157.

The upper fastening part 151 is mounted on the lower surface of the fixing plate 112. The upper fastening part 151 includes a first upper fastening member 152 and a second upper fastening member 153.

The first upper fastening member 152 is mounted on the lower surface of the fixing plate 112 in a plate shape and extends downward from the lower surface of the fixing plate 112.

The second upper fastening member 153 has a shape corresponding to the first upper fastening member 152. That is, the second upper fastening member 153 is mounted on the lower surface of the fixing plate 112 in a plate shape and extends downward from the lower surface of the fixing plate 112, and is spaced apart from the first upper fastening member 152 by a predetermined distance. do. Preferably, the first upper fastening member 152 and the second upper fastening member 153 are spaced apart by a distance corresponding to the length of the second table 130.

In addition, the upper fastening part 151 may be formed in a box shape, wherein the first upper fastening member 152 and the second upper fastening member 153 may be both side surfaces of the upper fastening part 151 of the box shape. . In the drawing, the upper fastening part 151 has a box shape, and the first fastening member 152 and the second upper fastening member 153 are lateral sides of the drawing. In addition, when the upper fastening part 151 has a box shape, an additional storage space may be provided by forming a drawer or the like on the upper fastening part 151.

The lower fastening part 154 is mounted to the second table 130. The lower fastening part 154 includes a first lower fastening member 155 and a second lower fastening member 156.

The first lower fastening member 155 is mounted on one end of the lower surface of the second table (based on the longitudinal direction of the second table) and extends downward.

The second lower fastening member 156 is mounted on the other end of the lower surface of the second table (based on the longitudinal direction of the second table) in a plate shape and extends downward.

The rotating part 157 is mounted to be rotatable with each of the upper fastening part 151 and the lower fastening part 154.

The rotating part 157 includes a first rotating member 158 and a second rotating member 159.

The first rotating member 158 is connected to the first upper fastening member 152 and the first lower fastening member 155, and the second rotating member 159 is the second upper fastening member 153 and the second lower part. It is connected to the fastening member 156.

The first rotating member 158 may include a first rotating bar 158a and a second rotating bar 158b.

The first rotation bar 158a has a bar shape having a length, and both ends thereof are rotatably mounted to each of the first upper fastening member 152 and the first lower fastening member 155. In addition, a part of the first rotation bar 158a is formed with a first fixing protrusion 158a1 protruding toward an upper portion of the second table 130. The first fixing protrusion 158a1 prevents the rotation (movement) of the first rotation bar 158a to fix the second table 130 so as not to move at a predetermined position. This will be described later in more detail.

The second rotation bar 158b has a shape corresponding to the first rotation bar 158a and is spaced apart from the first rotation bar 158a by a predetermined distance so that the first upper fastening member 152 and the first lower fastening member 155 are separated from each other. It is rotatably mounted on each. However, both ends of the second rotation bar 158b, and a connection portion between each of the first upper fastening member 152 and the first lower fastening member 155 may be both ends of the first rotation bar 158a and the first upper fastening. It is formed lower than the connection portion with each of the member 152 and the first lower fastening member 155.

Also, a part of the second rotation bar 158b is formed with a second fixing protrusion 158b1 protruding toward the upper portion of the second table 130. The second fixing protrusion 158b1 prevents rotation of the second rotation bar 158b to fix the second table 130 so as not to move at a predetermined position. This will be described later in more detail.

The second rotating member 159 may include a third rotating bar 159a and a fourth rotating bar 159b.

The third rotation bar 159a and the fourth rotation bar 159b are formed to correspond to the first rotation bar 158a and the second rotation bar 158b.

The third rotation bar 159a has a bar shape having a length, and both ends thereof are rotatably mounted to each of the second upper fastening member 153 and the second lower fastening member 156. In addition, a part of the third rotation bar 159a is formed with a third fixing protrusion 159a1 protruding toward the upper portion of the second table 130. The third fixing protrusion 159a1 prevents the rotation (movement) of the third rotation bar 159a to fix the second table 130 so as not to move at a predetermined position. This will be described later in more detail.

The fourth rotation bar 159b has a shape corresponding to the third rotation bar 159a, and is spaced apart from the third rotation bar 159a by a predetermined distance so that the second upper fastening member 153 and the second lower fastening member 156 are provided. It is rotatably mounted on each. However, both ends of the fourth rotation bar 159b and the second upper fastening member 153 and the second lower fastening member 156 may be connected to both ends of the third rotation bar 159a and the second upper fastening. It is formed lower than the connecting portion with each of the member 153 and the second lower fastening member 156.

In addition, a fourth fixing protrusion 159b1 protruding toward an upper portion of the second table 130 is formed in a portion of the fourth rotation bar 159b. The fourth fixing protrusion 159b1 prevents rotation of the fourth rotation bar 159a to fix the second table 130 so as not to move at a predetermined position. This will be described later in detail.

That is, the mobile unit 150 is connected to the first table 110 and the second table 130 and the first to fourth rotation bars 158a, 158b, 159a, and 159b and the first upper fastening member 152. Or the portion connected to the second upper fastening member 153 is rotated to rotate the second table 130 by being rotated to become a rotation center (axis).

Therefore, the second table 130 is horizontally maintained by the rotation of the rotating unit 157 and is movable up to the height of the fixing plate 112 from the bottom of the fixing plate 112 (that is, in the storage space 115). It is also possible to move in reverse.

In addition, the mobile unit 150 may connect the rotatable portion 157 directly to the lower portion of the fixing plate 112 without the upper fastening portion 151.

The fixing unit 170 prevents the movement of the rotating unit 157 to fix the second table 130 in a predetermined position. The fixing unit 170 includes a first fixing part 171 and a second fixing part 175.

The first fixing part 171 includes a first fixing member 172. In addition, the first fixing part 171 may further include a first spring 173.

The first fixing member 172 is mounted such that the plate-shaped end portion (lower portion) is rotatable to the first lower fastening member 155. A first hook 172a is formed at the other end (upper part) of the first fixing member 172. In addition, a first protrusion 172b is formed adjacent to the first hook 172a of the first fixing member 172.

When the second table 130 is positioned below the fixing plate 112, the first hook 172a is caught by the second fixing protrusion 158b1 formed on the second rotation bar 158b. In addition, when the second table 130 is positioned at the same height as the fixing plate 112 by the rotating unit 157, the first hook 172a may include a first fixing protrusion formed on the first rotating bar 158a. 158a1).

The first protrusion 172b is connected to the fixing release unit 190. This will be described later in more detail.

In addition, the first spring 173 is the first hook 172a and the first fixing protrusion 158a1 or the second fixing protrusion 158b1 so that the elastic force acts in a direction opposite to the square in which the engagement (locking) of the second fixing protrusion 158b1 is released. It is connected to each of the fixing member and the first lower fastening member 155. The first spring 173 may increase the engagement (locking) force between the first hook 172a and the first fixing protrusion 158a1 or the second fixing protrusion 158b1.

Therefore, the first fixing part 171 may fix the second table 130 by preventing the rotation of the first rotating member 158.

The second fixing part 175 includes a second fixing member 176. In addition, the second fixing part 175 may further include a second spring 177.

The second fixing member 176 is mounted such that the plate-shaped end portion (lower portion) is rotatable to the second lower fastening member 156. A second hook 176a is formed at the other end (top) of the second fixing member 176. In addition, a second protrusion 176b is formed adjacent to the second hook 176a of the second fixing member 176.

When the second table 130 is positioned below the fixing plate 112, the second hook 176a is caught by the fourth fixing protrusion 159b1 formed on the fourth rotation bar 159b. In addition, when the second table 130 is positioned at the same height as the fixing plate 112 by the rotating unit 157, the second hook 176a is formed on the third rotating bar 159a. 159a1).

The second protrusion 176b is connected to the fixing release unit 190. This will be described later in more detail.

In addition, the second spring 177 may have a second elastic force acting in a direction opposite to that in which the engagement (hanging) of the second hook 176a and the third fixing protrusion 159a1 or the fourth fixing protrusion 159b1 is released. It is connected to each of the fixing member 176 and the second lower fastening member 156. The second spring 177 may increase the engagement (locking) force between the second hook 176a and the third fixing protrusion 159a1 or the fourth fixing protrusion 159b1.

Therefore, the second fixing part 175 may fix the second table 130 by preventing the rotation of the second rotating member 159.

The unlocking unit 190 includes a first unlocking unit 191 and a second unlocking unit 195.

The first fixing release unit 191 is connected to the first fixing member 172 to release the engagement (hanging) of the first fixing protrusion 158a1 or the second fixing protrusion 158b1 and the first hook 172a. .

The first fixing release unit 191 is mounted to the first lower fastening member 155 in a bar shape to allow horizontal movement within a predetermined range. In addition, a first through hole 192 is formed in a part of the first fixing release unit 191. The first through hole 192 is fitted with a first protrusion 172b formed in the first fixing member 172.

When the force is applied to the first fixing release unit 191 in the opposite direction to the first spring 173, the first hook 172a and the first fixing protrusion 158a1 or the second fixing protrusion 158b1 are disengaged. Rotation of the first rotating member 158 is possible.

The second fixing release unit 195 is connected to the second fixing member 176 to release the engagement (hanging) of the third fixing protrusion 159a1 or the fourth fixing protrusion 159b1 and the second hook 176a. .

The second fixing release unit 195 is mounted to the second lower fastening member 156 in a bar shape to allow horizontal movement within a predetermined range. In addition, a second through hole 196 is formed in a part of the second fixing release unit 195. The second through hole 196 is fitted with a second protrusion 176b formed in the second fixing member 176.

When the force is applied to the second fixing release unit 195 in the opposite direction to the second spring 177, the coupling between the second hook 176a and the third fixing protrusion 159a1 or the fourth fixing protrusion 159b1 is released. The second rotating member 159 can be rotated.

Therefore, the table according to the present invention may be selectively taken out of the storage space in a state where the second table 130 is normally accommodated in the storage space 115 of the first table 110. Therefore, even a small table installed in a narrow space can improve the work efficiency on the table.

It is apparent to those skilled in the art that the present invention is not limited to the above embodiments and can be carried out in various modifications or variations without departing from the technical spirit of the present invention. will be.

100: table 110: first table
130: second table 150: moving unit
170: fixed unit 190: fixed release unit

Claims (10)

A first table having a fixing plate and a receiving space and including a main body supporting the fixing plate;
A second table positioned in the storage space;
An upper fastening part mounted on a lower surface of the fixing plate; A lower fastening part mounted on the second table; And a moving unit rotating the second table, the rotating unit being rotatably mounted to each of the upper and lower fastening parts. And
A fixing unit configured to fix the second table to a predetermined position, including a first fixing part and a second fixing part,
The upper fastening part of the mobile unit is formed in a plate shape corresponding to the first upper fastening member and the first upper fastening member extending downward from the lower surface of the fixing plate and formed to be spaced apart from the first upper body member by a predetermined distance. 2 upper fastening members,
The lower fastening part includes a first lower fastening member mounted at one end of the lower surface of the second table and extending downward, and a second lower fastening member mounted at the other end of the lower surface of the second table and extending downward.
The rotating part includes a first rotating member connected to each of the first upper fastening member and the first lower fastening member, and a second rotating member connected to the second upper fastening member and the second lower fastening member,
The first fixing part of the fixing unit includes a first fixing member rotatably mounted to the first lower fastening member to suppress rotation of the first rotating member, and the second fixing part is rotatable to the second lower fastening member. And a second fixing member mounted to suppress rotation of the second rotating member. delete delete The method of claim 1,
The first rotation member may include a first rotation bar and a first rotation bar spaced apart from each other by a first rotation bar mounted at both ends thereof to be rotatably mounted to the first upper fastening member and the first lower fastening member, respectively. A second rotating bar rotatably mounted to each of the first lower fastening members,
The second rotating member may include a third rotating bar and a third rotating bar spaced apart from each other by a predetermined distance from each other such that both ends thereof are rotatably mounted to the second upper fastening member and the second lower fastening member, respectively. And a fourth rotating bar rotatably mounted to each of the second lower fastening members. delete delete According to claim 1, wherein the first fixing member of the first fixing part is a first hook is formed in a portion, the first hook is a first fixing protrusion and the first rotating bar formed on each of the first rotating bar, the second rotating bar 2 Table, characterized in that combined with the fixing projections. The second fixing member of the second fixing part has a second hook formed in a portion thereof, and the second hook has a third fixing protrusion and a fourth fixing protrusion formed on each of the third rotating bar and the fourth rotating bar. Table combined with the fixing projections. The method of claim 7, wherein
And a first fixing release unit connected to the first fixing member to release coupling of the first fixing protrusion and the second fixing protrusion and the first hook. The method of claim 8,
And a second fixing release unit connected to the second fixing member to release coupling of the third fixing protrusion and the fourth fixing protrusion and the second hook.

Images