KR100795881B1 - Double floor system for oa - Google Patents

Abstract

A double floor system for office work is provided to regulate the horizontality of a floor easily and to keep a panel at a level with a floor at construction by forming a level adjusting device on a panel. A double floor system for office work comprises a rectangular panel(100), a line cover put on a communications line formed between panels, and a communications box formed on the line cover, wherein the panel is formed in a rectangle and provided with cover grooves(101) in four borders and corners to make the line cover and a crossing cover coupled in a plane state, and a level adjusting device in four corners, and the cover groove formed on the corner is formed in an arc shape or an orthogonal shape correspondingly to the crossing cover. The level adjusting device comprises level adjusting screw holes(210) formed on four corners vertically, and a level adjuster(220) composed of a threaded body coupled to the level adjusting screw hole. In addition, the double floor system is equipped with a ground detecting device for separating equipment from an equipment joint(223) automatically when a ground plate(221) of the level adjuster comes in contact with a floor by the rotation of the level adjuster.

Description

Double floor system for offices {Double floor system for OA}

1 is an exploded perspective view showing an embodiment according to the present invention.

Figure 2 is a construction example showing an embodiment according to the present invention.

3 is another embodiment according to the present invention

An exploded perspective view showing the horizontal adjustment screw hole formed separately.

4 is another embodiment according to the present invention

An exploded perspective view showing that the grounding device is provided with a ground sensing means.

5 is a side cross-sectional view according to FIG. 4.

Figure 6 is another embodiment according to the present invention

An exploded perspective view showing a slip plate provided on a horizontal adjustment mechanism.

7 is a side cross-sectional view according to FIG. 6.

8 is according to the invention

In another embodiment is a side cross-sectional view having a buffer pad.

9 is another embodiment according to the present invention

Perspective view showing a panel with a level gauge.

<Description of the symbols for the main parts of the drawings>

100: panel

101: cover groove 102: coupling portion

110: level gauge

210: leveling screw hole

220: horizontal adjustment

221: ground plate 222: screw rod 223: tool coupling portion

230: slip plate 240: buffer pad

310: sensing accommodating part 311: sensing pressure hole

320: spring

330: grounding detection

331: Tool part 332: Grounding part 333: Spring support plate

340: detection cap

410: communication line 420: line cover 421: intersection cover

430: communication box

500: Tool

The present invention relates to an office floor system, and more particularly, in an office floor system in which a panel is spaced apart from the bottom by a predetermined distance for the formation of electrical and communication lines on the floor, horizontally at four corners of the panel formed in a rectangle. The purpose of the present invention is to provide a control means to easily adjust the level of the panel in the construction process and to maintain the panel evenly grounded.

In general, the office floor system in the office equipped with a computer and various office equipment is embedded in the floor of the various tracks to form a panel spaced apart from the floor to maintain a clean office environment and to facilitate maintenance It is construction.

The office floor system as described above is a panel made of a rectangular plate as introduced in Japanese Patent Laid-Open No. 9-60264 and Korean Patent No. 603887, and a track cover covered in a track space formed between the panel and the panel. And a communication box provided with an outlet for drawing out and connecting the wired line.

However, the conventional office floor system as described above is not provided with a separate horizontal adjustment means on the panel to adjust the level by putting a piece of wood, etc. for leveling the horizontal adjustment work is not easy problem there was.

As described above, since the horizontal adjustment of the panel is performed by a piece of wood or the like, there is a problem in that the ground state of the panel is not uniformly made.

In addition, in the case of the domestic patent No. 603887, there is a problem that the size is enlarged by maintaining the protruding state of the coupling parts for joining the track cover at each corner of the panel, and the track space is narrowly formed by occupying the track space. .

Thus, the present invention is to solve the problem that the horizontal adjustment is not easy due to the imbalance of the floor in configuring the office floor system as described above.

That is, in the office floor system, the panel is provided with horizontal adjustment means.

Therefore, the present invention is to provide a horizontal adjustment means to the panel in the office floor system to facilitate the horizontal adjustment of the floor in the construction process and even ground with the floor is made to prevent shaking and the like.

Hereinafter, described in detail by the accompanying drawings as follows.

The present invention is to facilitate the horizontal adjustment of the panel in configuring the office floor system and to make the floor contact evenly.

That is, the present invention is provided with a line cover 420 and a line cover which are covered by the panel 100 of the rectangular plate material and the communication line 410 formed between the panel and the panel as shown in FIGS. In the office floor system consisting of a communication box 430, the panel 100 is formed of a rectangular plate material and the sun rock cover 420 and the intersection cover 421 on the inside of the four corners and corners in a planar state. The cover groove 101 is formed to be coupled to the groove shape, and is provided with a horizontal adjustment means on all four corners, the cover groove 101 formed at the corner of the cover groove 101 is the intersection cover 421 Correspondingly, it can be carried out by forming an arc or a right angle according to the shape.

Here, the horizontal adjusting means is a horizontal adjusting screw hole 210 that is provided to be punched up and down on the four corners of the panel 100, and the horizontal adjusting hole 220 made of a screw body screwed to the horizontal adjusting screw hole 210 The horizontal adjustment screw hole 210 is formed in the lower portion of the four corners of the panel 100 in the manufacturing process of the panel 100 so as to be easily coupled to form, and the panel 100 It can be carried out by forming a coupling hole 102 in the four corners.

On the other hand, the horizontal adjustment hole 220 forms a ground plate 221 formed in a plate shape for stable surface contact with the bottom surface at the bottom and the screw rod body for screwing the horizontal adjustment screw hole 210 in the center ( 222 is formed and the upper end of the screw rod 222 is formed by forming a tool coupling portion 223 for coupling of the tool.

In addition, the tool coupling part 223 may selectively perform a groove of "-" or "+" to enable coupling of a driver, and the like, and selectively form any one of a hexagonal groove or a bolt head. It is.

On the other hand, in another embodiment of the present invention, as shown in Figure 3 and 4 when the ground plate 221 in contact with the floor in the contact process by the rotation of the horizontal adjustment hole 220, the tool coupling portion ( 223 may be implemented with a ground detection means for automatic separation.

Here, the ground sensing means is a ground sensing sphere 330 made of a sensing receiving portion 310 formed in the horizontal adjustment opening 220 and a rod coupled to the sensing receiving portion 310 via a spring 320. It is composed of.

In addition, the ground sensing hole 330 protrudes through the sensing pressure hole 311 formed in the sensing accommodating part 310 and drilled into the tool coupling part 223, so as to pressurize and release the coupled tool 500. The tool pressing portion 331 formed at the contact portion, the grounding portion 332 configured to elastically protrude from the sensing receiving portion 310 toward the ground plate 221, and to be in constant contact with the bottom surface, and to contact the tool pressing portion 331. It is composed of a spring support plate 333 for supporting the spring 320 of the sensing receiving portion 310 in the center of the branch 332.

In addition, a lower portion of the sensing accommodating part 310 is provided with a sensing cap 340 for restraining the detachment of the ground sensing sphere 330 is received.

Meanwhile, as illustrated in FIGS. 6 and 7, a donut that is restrained and coupled to the lower portion of the ground plate 221 by the sensing cap 340 to minimize friction with the bottom surface in the rotation process for horizontal adjustment. It can be implemented by providing the slip plate 230 of a shape.

In another embodiment of the present invention, as shown in FIG. 8, a shock absorbing pad 240 may be provided at a lower portion of the ground plate 221 to cushion vibration shock sounds.

In addition, another embodiment of the present invention can be implemented with a level gauge 110 in the center of the panel 100 so as to grasp the horizontal adjustment state as shown in FIG.

Hereinafter, the implementation process according to the application of the present invention will be described.

As described above, the office floor system includes a panel 100 of a square plate and a line cover 420 covered by a communication line 410 formed between the panel and the panel, and a communication box 430 provided in the line cover. In, the panel 100 is formed of a rectangular plate and the cover groove 101 is dug in the groove shape to be coupled to the track cover 420 and the intersection cover 421 in a planar state on the inside of the four corners and corners. Forming, when applying the present invention having a horizontal adjustment means in all four corners, if you want to construct it, lay the panel 100 on the floor.

Pressing the four corners of the panel 100 laid as described above, if one is found to be excited by rotating the tool 500 to the horizontal adjuster 220 to rotate and rotate until the excited side is in contact with the floor Let there be no place.

On the other hand, in the process as described above, if the panel 100 is provided with a level gauge 110 as in another embodiment of the present invention is the installation state is made completely.

In addition, when the ground adjusting means 220 is provided with a ground sensing means as in another embodiment of the present invention, the grounding contact with the floor in the process of rotating the horizontal adjusting tool 220 by the tool 500. The upper end of the earth 330 is projected to the tool coupling portion 223. When the horizontal adjustment hole 220 touches the floor, the upper tool pressing portion 331 of the ground detection hole 330 pushes the tool 500. By removing the rotation of the leveling device 220 by the tool 500 is no longer made is to prevent the ground failure due to excessive rotation.

In addition, when the slip plate 230 is provided at the lower end of the horizontal adjustment hole 220 as in another embodiment of the present invention, the friction with the floor is minimized during the rotation of the horizontal adjustment hole 220. This is made smoothly and the movement of the panel 100 is prevented.

In addition, when provided with a buffer pad 240 that can cushion the vibration impact sound in the lower portion of the grounding plate 220, the ground plate 221 as another embodiment of the present invention, the user's walking or falling objects Vibration noise due to impact is prevented from being transmitted to the lower floor through the slab.

On the other hand, according to the present invention, the cover groove 101 on which the line cover 420 and the cross section cover 421 are caught is formed inside each side and corner of the panel 100 so as not to protrude into the communication line 410. Therefore, the space of the communication line 410 formed between the panels 100 is maximized.

Therefore, the present invention is to provide a horizontal adjustment step in the panel in configuring the office floor system is easy to horizontal adjustment of the floor in the construction process and even grounding with the floor is made to prevent shaking and the like.

And, by providing a ground detecting means of the horizontal adjusting means is to prevent the excessive operation of the horizontal adjusting device is made to easily adjust the horizontal.

In addition, by providing a slip plate in the horizontal adjusting means of the horizontal adjusting means is to prevent the flow of the panel due to friction with the floor in the horizontal adjustment process is easy to make the horizontal adjustment.

In addition, by providing a shock absorbing pad in the horizontal adjustment means of the horizontal adjustment means is to reduce the impact and noise applied to the panel to prevent the inter-layer noise transfer.

In addition, by providing a level gauge on the upper surface of the panel is very useful that can be easily adjusted horizontally.

Claims (6)

In the office floor system consisting of a panel 100 of the rectangular plate material and a line cover 420 covered by the communication line 410 formed between the panel and the panel and a communication box 430 provided on the line cover, The panel 100 is formed of a rectangular plate, and the cover groove 101 is formed in the groove shape so that the line cover 420 and the cross-section cover 421 are coupled in a flat state on the inner side of the edges and corners. Office flooring system, characterized in that the horizontal adjustment means provided on the corners. The method of claim 1; The horizontal adjustment port 220 forms a ground plate 221 formed in a plate shape for stable surface contact with the bottom surface at the bottom and the screw rod 222 for screwing the horizontal adjustment screw hole 210 in the center Forming and forming a tool coupling portion 223 for the coupling of the tool on the top of the screw rod 222, The tool coupling portion 223 selectively forms any one of "-" and "+" grooves, a hexagonal groove or a bolt head to be coupled with a driver, etc.,  The horizontal adjustment screw hole 210 is formed in the manufacturing process of the panel 100 to be easily coupled to fit at the bottom of the four corners of the panel 100, the four corners of the panel 100 Office double floor system characterized in that the coupling hole (102) was formed. The method of claim 1 or 2; Office double, characterized in that provided with a ground detecting means for automatically detaching the tool from the tool coupling portion 223 when the ground plate 221 in contact with the floor in the contact process by the rotation of the horizontal adjustment port 220 Floor system. The method of claim 3; The ground detecting means is composed of a sensing receiving portion 310 formed in the horizontal adjustment opening 220, and a ground sensing opening 330 made of a rod coupled to the sensing receiving portion 310 via a spring 320. and, The ground detecting hole 330 is protruded through the sensing pressure hole 311 formed in the sensing receiving portion 310 and drilled into the tool coupling portion 223 to be formed at the upper end to pressurize and release the coupled tool 500. One tool pressing portion 331, a grounding portion 332 configured to be elastically protruded from the sensing receiving portion 310 toward the ground plate 221, and always in contact with the bottom surface, and the tool pressing portion 331 and the grounding portion ( Consists of a spring support plate 333 for supporting the spring 320 of the sensing receiving portion 310 in the center of the 332, The lower portion of the sensing receiving portion 310, office double floor system, characterized in that the sensing cap 340 is provided to restrain the separation of the ground sensing sphere 330 is received. The method of claim 1; The lower portion of the ground plate 221 is provided with a donut-shaped slip plate 230 which is constrained by the sensing cap 340 to minimize friction with the bottom surface in the rotation process for the horizontal adjustment, Office dual floor system, characterized in that the horizontal level 110 is provided in the center of the panel 100 to grasp the horizontal adjustment state. The method of claim 1, The double floor system for offices, characterized in that the lower portion of the ground plate 221 is provided with a shock absorbing pad 240 to cushion the vibration shock sound.

Images