KR200363445Y1 - A variable type a drawer partition - Google Patents

Abstract

The present invention relates to a variable drawer partition plate, in a drawer capable of storing an article, a plurality of engaging protrusions are formed in the inside of the drawer and formed on both sides of the upper and lower inclined surfaces protrude, A pair of fixed partition plates in which a T-shaped groove is vertically formed in the center of the protrusion; And a pair of movable partition plates inserted into and coupled to the T-shaped groove, and according to the present invention, a partition plate is installed in a storage space of a drawer and partitioned according to the size of an article or a user's needs. The size of the storage space can be changed to easily organize and maintain the storage items stored in the drawer, to more securely combine the mobile partition plate, to move smoothly and to use safely, and to use the fixed partition plate size B can be cut and used according to the needs of the user, such that the convenience of use is provided.

Description

Adjustable drawer partition plate {A VARIABLE TYPE A DRAWER PARTITION}

The present invention relates to a variable drawer partition plate, and in detail, to change the structure of the variable drawer partition plate installed in the storage space of the drawer to secure the movement of the movable partition plate, the first movable plate and the second movable plate easily separated And a variable drawer partition plate which can be used by cutting the fixed partition plate according to the size of the article or the needs of the user.

In general, a drawer is installed in a desk to accommodate an article such as office supplies, and a drawer is installed in the drawer to effectively organize and store various kinds of office supplies, or the office supplies holder is placed in a drawer.

However, the partition plate as described above can be stored and used in the drawer so that various items are not mixed with each other, but the partition plate is integrally installed in the drawer, so that the partition plate can not be freely changed according to the size of the item or the user's needs. There was a ham.

In order to solve this problem, there is a domestic utility model registration application No. 2003-0030765 (designated name: variable drawer partition plate) filed by the present applicant as shown in FIGS.

1 is an exploded perspective view illustrating a conventional variable drawer partition plate, and FIG. 2 is a perspective view of a conventional variable drawer partition plate installed in a drawer.

As shown in the drawing, the partition plate 20 is installed inside the drawer 10 capable of accommodating goods, and projections 32 and 32a having inclined surfaces 33 and 33a at the upper and lower sides at the center of both sides. Is formed to protrude to the outside, a plurality of T-shaped grooves (34, 34a) are formed at equal intervals in the protrusions (32, 32a) and a pair of fixed partition plate formed with the support protrusions (36, 36a) at the bottom (30) 30a; It is composed of a pair of moving partition plates 40 and 40a which are inserted into and coupled to the T-shaped grooves 34 and 34a.

The movable partition plates 40 and 40a have vertically formed T-shaped protrusions 52 and 52a at one end thereof so as to be inserted into the T-shaped grooves 34 and 34a, and the wall surfaces 53 and 53a are vertically formed. The upper and lower guides 54 and 54a are formed in the longitudinal direction, and one end of the guide 54 and 54a is fitted with a stepped groove 55 and 56a (not shown) to the outside. 55a; not shown) is coupled to the first moving plate (51) (51a) and the first moving plate (51) (51a) is formed to extend the guide portion 54 on the inner wall surface (62, 62a) once A plurality of guide protrusions 63 (63a; not shown) are formed to protrude so as to slide along the 54a, and the stepped portion 56, 56a (not shown) on the inner surface of the guide protrusions 63 (63a; not shown). Guide grooves 64, 64a (not shown) are formed so that the T-shaped projections 65, 65a are vertically inserted at the other end so as to be inserted into the T-shaped grooves 34, 34a. The second moving plates 61 and 61a are formed.

Meanwhile, the partition plate 20 installed in the storage space 12 of the drawer 10 may vary the size of the storage space 12 partitioned according to the size of the article or the user's needs, but the moving partition plate 40 Guide protrusions 63 and 63a (not shown) are guide portions 54 and 54a when the second movable plate 61 and 61a move along the first movable plate 51 and 51a to vary the 40a. When the second moving plate 61 and 61a move along the first moving plate 51 and 51a, the flow is generated while the second moving plate 61 and 61a move along the first moving plate 51 and 51a. It was unstable, as well as the first movable plate 51, 51a and the second movable plate 61 when the first movable plate 51, 51a and the second movable plate 61, 61a were maximally variable. End portion 61a is not in close contact with the lifting phenomenon occurred, there was a problem that the guide protrusions 63, 63 are easily separated from the fitting groove (55) (55a; not shown).

The present invention is devised to solve the problems of the prior art as described above, the technical problem of the present invention, by changing the structure of the variable drawer partition plate installed in the storage space of the drawer to secure the movement of the movable partition plate, It is to provide a variable drawer partition plate to prevent the first moving plate and the second moving plate is easily separated, and can be used by cutting the fixed partition plate according to the size of the article or the user's needs.

1 is an exploded perspective view showing a conventional variable drawer partition plate,

2 is a perspective view of a conventional variable drawer partition plate installed in a drawer,

Figure 3 is an exploded perspective view showing a variable drawer partition plate according to the present invention,

Figure 4 is a longitudinal cross-sectional view showing a state in which the first moving plate and the second moving plate of the moving partition plate in the present invention according to the present invention,

5 is a perspective view of the present invention installed in a drawer,

Figure 6 is a state of use of the present invention.

<Description of the code | symbol about the principal part of drawing>

100: drawer 110: partition plate

120,120a: fixed partition plate 121,121a: coupling protrusion

122,122a: Slope 123,123a: T-shaped groove

125,125a: notch groove 130,130a: moving partition plate

140,140a: first moving plate 141,141a: wall surface

142,142a: engaging projection 143,143a: first guide portion

144,144a: fitting groove 145,145a: step

146,146a: support protrusion 147,147a: support groove

150,150a: second moving plate 151,151a: wall surface

152,152a: guide protrusion 153,153a: guide groove

154,154a: engaging projection 155,155a: second guide part

156,156a: fitting

Technical problem for achieving the above object,

In the drawer 100, which can accommodate an article,

A plurality of coupling protrusions 121 and 121a, which are installed in the drawer 100 and formed on both sides of the upper and lower inclined surfaces 122 and 122a, protrude and form the coupling protrusions 121 and 121a. A pair of fixed partition plates 120 and 120a in which T-shaped grooves 123 and 123a are vertically formed; And

It is achieved by providing a variable drawer partition plate, characterized in that consisting of a pair of moving partition plate 130, 130a is inserted into and coupled to the T-shaped grooves (123) (123a).

The fixed partition plates 120 and 120a may be formed with cutout grooves 125 and 125a at predetermined intervals.

The moving partition plates 130 and 130a

Coupling protrusions 142 and 142a are vertically formed at one end of the wall surfaces 141 and 141a so that the T-shaped grooves 123 and 123a can be inserted into and coupled to the T-shaped grooves 123 and 123a. The first guide parts 143 and 143a are formed in the longitudinal direction, and the fitting grooves 144 and 144a are provided at one end of the first guide parts 143 and 143a to have the stepped portions 145 and 145a outward. Is extended and the support protrusions 146 and 146a having support grooves 147 and 147a are formed at upper and lower ends at inner ends of the wall surfaces 141 and 141a on which the fitting grooves 144 and 144a are formed. First moving plate 140 (140a): And

A plurality of guide protrusions 152 coupled to the first moving plates 140 and 140a so as to slide along the first guide parts 143 and 143a at an inner end of the wall surfaces 151 and 151a. 152a is formed to protrude, and guide grooves 153 and 153a are formed on the inner surfaces of the guide protrusions 152 and 152a so that the stepped jaws 145 and 145a are not detached from each other. Coupling protrusions 154 and 154a are vertically formed to be inserted into and coupled to the grooves 123 and 123a, and the support protrusions 146 and 146a can be slid in the central portion of the wall surfaces 151 and 151a. The second guide parts 155 and 155a are formed in the longitudinal direction, and the fitting parts 156 to allow the support protrusions 146 and 146a to be fitted to one end of the second guide parts 155 and 155a. It is characterized in that the (156a) is formed of the second movable plate 150, 150a is extended.

Preferred embodiments of the present invention having the features as described above will be described in detail with reference to the accompanying drawings.

3 is an exploded perspective view illustrating a variable drawer partition plate according to the present invention, and FIG. 4 is a view illustrating a state in which the first moving plate and the second moving plate of the moving partition plate are coupled in the present invention according to the present invention. 5 is a perspective view of a state in which the present invention is installed in a drawer, and the present invention divides the plate 110 to move the moving partition plates 130 and 130a safely without moving, and at the same time, the first moving plate 140. (140a) and the second moving plate (150) (150a) to prevent the separation is easy, according to the size of the article or the user's needs can be used to cut and use the fixed partition plate (120, 120a). .

The variable drawer partition plate of the present invention has a storage space 102 to accommodate an article in the drawer 100, as shown in Figures 3 to 5, the storage space 102 has a plurality of partition plates ( By installing the 110, the size of the article stored in the storage space 102 to partition the partition plate 110 according to the user's fill and can be varied as desired.

The storage space 102 of the drawer 100 may have different lengths and widths, and may be partitioned in a horizontal or vertical direction when partitioning, so that the partition plate 110 may also be used in the storage space 102 of the drawer 100. It is composed of a suitable length to fit the width length.

The partition plate 110 installed in the storage space 102 of the drawer 100 has a pair of fixed partition plates 120 and 120a and a pair of movable partition plates 130 and 130a as shown in FIG. 3. )

Specifically, as shown in FIG. 3, the fixed partition plates 120 and 120a are formed in pairs and installed inside the drawer 100, and both sides of the inclined surfaces 122 and 122a are provided at upper and lower sides thereof. A plurality of coupling protrusions 121 and 121a formed are protruded.

Subsequently, the T-shaped grooves 123 and 123a are vertically formed in the center of the engaging protrusions 121 and 121a.

In addition, notched grooves 125 and 125a are formed in the fixed partition plates 120 and 120a to be cut and used at a predetermined interval.

The movable partition plates 130 and 130a are formed in pairs and coupled to the fixed partition plates 120 and 120a to vary lengths according to the size of the article or the needs of the user, and the first movable plate 140 ( 140a) and second moving plates 150 and 150a.

The first moving plate 140 and 140a are coupled to one end of the wall surfaces 141 and 141a to be inserted into the T-shaped grooves 123 and 123a of the fixed partition plate 120 and 120a. 142 and 142a are vertically formed, and first and second guide parts 143 and 143a are formed in the longitudinal direction on the upper and lower portions of the wall surfaces 141 and 141a, respectively. At one end of the 143a, fitting grooves 144 and 144a are extended to have stepped portions 145 and 145a to the outside.

Subsequently, support protrusions 146 and 146a having support grooves 147 and 147a are formed on the inner ends of the wall surfaces 141 and 141a on which the fitting grooves 144 and 144a are formed. have.

Meanwhile, the thickness of the support grooves 147 and 147a formed in the support protrusions 146 and 146a is slightly thicker than the thickness of the wall surfaces 151 and 151a of the second moving plate 150 and 150a to be described later. It is preferable to do this, in order to facilitate the left and right movement of the second moving plate (150, 150a).

In addition, the second moving plates 150 and 150a are coupled to the first moving plates 140 and 140a and along the first guide parts 143 and 143a at one inner side of the wall surfaces 151 and 151a. A plurality of guide protrusions 152 and 152a are formed to protrude so that the guide protrusions 152 and 153a are inserted into the inner surface of the guide protrusions 152 and 152a so that the guide grooves 153 and 153a are not separated. ) Is formed, and at the other end, coupling protrusions 154 and 154a are vertically formed to be inserted into and coupled to the T-shaped grooves 123 and 123a.

Subsequently, second guide parts 155 and 155a are formed in the longitudinal direction at the center of the wall surfaces 151 and 151a so that the support protrusions 146 and 146a can slide, and the second guide part 155 is provided. At one end of the 155a, the fitting portions 156 and 156a are formed to be inserted into the support protrusions 146 and 146a.

Referring to the operation of the present invention configured as described above in detail based on the accompanying drawings as follows.

In order to install the partition plate 110 in the storage space 102 of the drawer 100, first moving plates 140 and 140a of the moving partition plates 130 and 130a and the second moving plate 150 ( 150a) are combined.

That is, the guide protrusions 152 and 152a of the second moving plate 150 and 150a are inserted into the fitting grooves 144 and 144a of the first moving plate 140 and 140a, and at the same time, the second moving plate The support protrusions 146 and 146a of the first moving plate 140 and 140a are inserted into the fitting portions 156 and 156a of the 150 and 150a.

Then, the stepped portions 145 and 145a of the fitting grooves 144 and 144a are positioned in the guide grooves 153 and 153a of the guide protrusions 152 and 152a, and the support protrusions 146 and 146a of the support protrusions 146 and 146a. One end of the second guide parts 155 and 155a is fitted into the support grooves 147 and 147a.

In this state, when the second moving plate 150, 150a is moved in one direction of the first moving plate 140, 140a, the second moving plate 150, 150a is moved by the first moving plate 140, 140a. ) Are not separated and at the same time assembly of the movable partition plates 130 and 130a is completed (see FIG. 4).

When the assembling of the moving partition plates 130 and 130a is completed, the moving partition plates 130 and 130a are coupled to the fixed partition plates 120 and 120a.

That is, the coupling protrusion 142 formed on the first moving plate 140 of the one side moving partition plate 130 is coupled to the T-shaped groove 123 formed at one end of the one side fixed partition plate 120 from the upper direction to the lower direction. The coupling protrusion 154 formed on the second moving plate 150 of the one side movable partition plate 130 is coupled to the T-shaped groove 123a formed at one end of the other side fixed partition plate 120a from the upper side to the lower direction. Let's do it.

Subsequently, when the one side moving partition plate 130 is coupled to one end of the one side fixed partition plate 120 and the other side fixed partition plate 120a, the other end of the one side fixed partition plate 120 and the other side fixed partition plate 120a. The other side moving partition plate 130a is coupled in the same manner as described above.

That is, the coupling protrusion 142a formed on the first moving plate 140a of the other moving partition plate 130a is coupled to the T-shaped groove 123 formed at the other end of the one side fixed partition plate 120 from the upper side to the lower direction. The coupling protrusion 154a formed on the second movable plate 150a of the other side movable partition plate 130a is coupled to the T-shaped groove 123a formed at the other end of the other fixed partition plate 120a from the upper side to the lower direction. Just do it.

Then, assembling of the partition plate 110 is completed, and a plurality of partition plates 110 may be formed in this manner.

Subsequently, when the partition plate 110 is formed, the partition plate 110 may be installed in the storage space 102 of the drawer 100 as shown in FIG. 5, and the partition plate 110 may be disposed in the storage space 102. As this is installed, the storage space 102 is formed to be partitioned to store the goods for each type.

The partition plate 110 installed in the storage space 102 of the drawer 100 can be freely adjusted in size by adjusting the number to fit the size of the storage space 102.

When the size of the article in the state as shown in Figure 5 to vary the partition plate 110 according to the user's needs, the second movable plate 150, 150a of the movable partition plate 130, 130a Move in the other direction.

Then, the guide protrusions 152 and 152a move along the first guide portions 143 and 143a while the support protrusions 146 and 146a move along the second guide portions 155 and 155a. The width of the 110 is variable, so that the articles can be arranged and stored more conveniently. (See FIG. 6).

Here, when the second moving plate 150 and 150a move along the first moving plate 140 and 140a, the stepping holes 145 and 145a are coupled to the guide grooves 153 and 153a so that the first moving plate 150 140 and 140a and the second moving plate 150 and 150a are not separated from each other, as well as the first when the second moving plate 150 and 150a moves along the first moving plate 140 and 140a. On the support grooves 147 and 147a formed in the support protrusions 146 and 146a of the moving plates 140 and 140a, on the second guide portions 155 and 155a of the second moving plates 150 and 150a. The lower end is inserted and supported so that the first moving plate 140 and 140a and the second moving plate 150 and 150a are not separated, and at the same time, the lifting phenomenon is prevented to prevent the first moving plate 140 and 140a from being separated. The second moving plates 150 and 150a can be moved safely.

On the other hand, when the first moving plate 140, 140a and the second moving plate 150, 150a to separate the guide protrusions 152, 152a to be located in the fitting grooves (144, 144a) The support protrusions 146 and 146a may be formed by separating the first moving plates 140 and 140a and the second moving plates 150 and 150a after the fitting portions 156 and 156a are positioned.

In addition, as shown in FIG. 3, the notch grooves 125 and 125a are formed in the fixed partition plates 120 and 120a so that the user can easily fix the fixed partition plates 120 and 120a according to the size of the article or the needs of the user. Can be used after cutting.

Meanwhile, in the present invention, the second movable plate 150 and 150a of the movable partition plates 130 and 130a are described as being moved along the first movable plate 140 and 140a. However, the first movable plate 140 is moved. The guide protrusions 152 formed on the second movable plates 150 and 150a of the movable partition plates 130 and 130a may also move along the second movable plates 150 and 150a. An auxiliary guide protrusion may be formed at one side of the 152a to more firmly couple the first moving plate 140 and the second moving plate 150 and 150a and move the smoothly.

According to the present invention variable drawer partition plate as described in detail above, by installing a variable partition plate in the storage space of the drawer can be stored in the drawer because the size of the partitioned storage space can be changed according to the size of the article or the user's needs It is possible to easily organize and maintain the stored items, to combine the moving partition plate more firmly and to move and use smoothly and safely, and to use the fixed partition plate by cutting according to the size of the item or the needs of the user. There is an effect such that the convenience of.

The invention has been shown and described with respect to a specific preferred embodiment, but the invention is not limited to the embodiment described above, the field to which the subject innovation belongs without departing from the gist of the subject innovation claimed in the utility model registration claims Anyone of ordinary skill in the art would be able to make various modifications.

Claims (3)

In the drawer 100, which can accommodate an article, A plurality of coupling protrusions 121 and 121a formed on the inside of the drawer 100 and having inclined surfaces 122 and 122a formed at both sides of the drawer 100 are protruded, and the coupling protrusions 121 and 121a are formed. A pair of fixed partition plates 120 and 120a in which T-shaped grooves 123 and 123a are vertically formed; And The variable drawer partition plate, characterized in that consisting of a pair of moving partition plate 130 is inserted into the T-shaped groove (123) (123a) and variable in length. The variable drawer partition plate according to claim 1, wherein the fixed partition plate (120) (120a) is provided with cutout grooves (125) (125a) at predetermined intervals. The method of claim 1, wherein the movable partition plate 130, 130a Coupling protrusions 142 and 142a are vertically formed at one end of the wall surfaces 141 and 141a so that the T-shaped grooves 123 and 123a can be inserted into and coupled to the T-shaped grooves 123 and 123a. The first guide parts 143 and 143a are formed in the longitudinal direction, and the fitting grooves 144 and 144a are provided at one end of the first guide parts 143 and 143a to have the stepped portions 145 and 145a outward. Is extended and the support protrusions 146 and 146a having support grooves 147 and 147a are formed at upper and lower ends at inner ends of the wall surfaces 141 and 141a on which the fitting grooves 144 and 144a are formed. First moving plate 140 (140a): And A plurality of guide protrusions 152 coupled to the first moving plates 140 and 140a so as to slide along the first guide parts 143 and 143a at an inner end of the wall surfaces 151 and 151a. 152a is formed to protrude, and guide grooves 153 and 153a are formed on the inner surfaces of the guide protrusions 152 and 152a so that the stepped jaws 145 and 145a are not detached from each other. Coupling protrusions 154 and 154a are vertically formed to be inserted into and coupled to the grooves 123 and 123a, and the support protrusions 146 and 146a can be slid in the central portion of the wall surfaces 151 and 151a. The second guide parts 155 and 155a are formed in the longitudinal direction, and the fitting parts 156 to allow the support protrusions 146 and 146a to be fitted to one end of the second guide parts 155 and 155a. Variable drawer partition plate, characterized in that consisting of a second moving plate (150a) (150a) extending (156a).