JP2006081786A - Desk - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a desk for taking OA equipment in and out without stressing many cables connected to the rear part of the OA equipment in the case of installing the OA equipment under the desk and using it and easily moving and changing the OA equipment together with a side box further. <P>SOLUTION: A flange part is provided on the upper end part of a box body, a top plate is disposed, and a cable storage part is formed at the upper part of the top plate. Further, a notch is provided on a left flange rear part, a rear cable path is formed, a notch is provided on a right flange front part and a front cable path is formed. A vertical hole is bored at the right corner of the upper surface of a front flange and a locking device with a shaft energized by a spring is pressed and attached so as to be taken in and out with the vertical stroke. A mounting base for mounting the OA apparatus such as the main body of a personal computer is attached to the lower part of the left side plate of the box body from the side part, casters rotated in free moving directions are attached to four corners of the bottom surface, and the side box is formed. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

The present invention mainly relates to a desk for mounting and using OA equipment such as a personal computer (hereinafter referred to as OA equipment), and an OA equipment base, in order to effectively use the space on the top of the desk. In addition, a sleeve box in which the main body of the OA device (hereinafter referred to as a tower) is mounted in the lower space of the top plate, and the tower can be connected without stressing a large number of cables connected to the rear of the tower. It relates to desks that can be taken in and out.

As a form of use of conventional OA equipment, the tower was placed on the desk, but because the user desires that he wants to make the most of the space on the desk and does not want to put extra things, The method of installing the tower under the desk has come to be adopted.

As a means to solve these problems, a shaft is erected on the base placed in the desk lower space, and a leg suspended at one lower end of the OA equipment mounting table is rotatably fitted to the shaft. A technology is provided in which a caster that is in contact with the floor surface is provided at the lower end of the other end of the mounting table, and the OA device main body mounted on the mounting table can be swiveled and stored around the shaft portion in the depth direction and the width direction of the desk. There is what gave. (See Patent Document 1.)

Hereinafter, a conventional technique for placing a tower in a lower space of a desk will be described with reference to FIG.
A shaft portion is erected on the base placed on the lower surface of the desk 5, and a leg 7 b suspended from one end lower portion of the OA equipment placement table 7 is rotatably fitted to the shaft portion, and the other end lower portion of the placement table 7. A caster 7a that is in contact with the floor surface is provided so that the OA device main body placed on the placing table 7 can be swiveled and stored around the shaft portion in the depth direction and the width direction of the desk 5, respectively.
Japanese Patent Laid-Open No. 12-35833 (refer to page 1 solution, FIG. 1)

However, when the tower is used under the desk as described above, or when the OA equipment mounting table is installed under the desk and the tower is placed on it, a new problem occurs. To do. That is, there is no problem in the state where they are normally used, but if you have to work on the tower once for various reasons, for example, maintenance by removing the case cover of the tower due to some trouble, When performing work such as system expansion if necessary.

Since the tower is installed under the desk, it is usually difficult to remove the case cover as it is, and the space necessary to remove the case cover is secured around the OA equipment such as the tower. In order to do this, if you try to pull it out from under the desk, there is a possibility that various transfer cables including the power cord that is placed and connected to the back of the desk will get involved and hinder the movement of the tower. Further, if the cable is forcibly pulled out, stress is applied to the cables, which may cause a disconnection accident in the worst case, so that it may be necessary to pull out the tower after removing the cables, which is very inconvenient.

The present invention was made in order to solve the above-described problems. A sleeve box mounted with a tower is stored in the lower space of the desk, and a number of cables connected to the rear of the tower are arranged. The tower can be easily maintained without stressing the cables. Furthermore, the present invention relates to a desk that facilitates the relocation of a tower by realizing easy cable detachment.

A left plate and a right plate are arranged on the left and right rear sides of the front plate, a wall plate is arranged on the opposite surface of the front plate, a bottom plate is arranged on the bottom surface, a shelf plate is arranged in the internal space, and a box is formed. A hook is provided at the upper end and a top plate is arranged, and a cable housing portion is formed at the top of the top plate. Furthermore, a notch is provided in the rear part of either starboard or port, or both starboard and port, thereby forming a rear cable passage. Further, a notch is provided at the front of either the starboard, the port, or both the starboard and the port to form a front cable passage. A locking hole with a shaft that is drilled with a vertical hole in either the right corner, the left corner, or both corners of the upper surface of the front wing and is biased by a spring is seized so that its stroke can be inserted and removed vertically. And attach. Attach a mounting base for placing the tower on either the right side plate or left side plate of the box, or the lower part of the left and right side plates, and attach casters that rotate freely in the four corners of the bottom. Form a sleeve box.
On the bottom plate of the desk, either the right front part or the left front part, or both the right front part and the left front part are drilled with a hold hole through which the shaft of the locking tool that is attached to the sleeve box can be inserted. In addition, an introduction hole for guiding cables stored on the top surface of the top of the sleeve box to the inside of the desk is formed near the hold hole.

Furthermore, a partition is provided in a space in the desk either in front of the right side plate, in front of the left side plate, or in front of the right side plate and in front of the left side plate to form a side storage space and close the top of the side storage space. The side lid is hinged to the side plate so that it can be opened and closed. Further, a cutout is formed in the side lid to form a cable insertion hole.

Further, in the interior of the desk, in the space before the wall plate, a rear partition is provided across the left and right to form a rear storage space, and a notch is provided in the right or left of the rear partition, or right and left, and a side storage space An internal cable passage for guiding cables is formed. Furthermore, a part of the top plate over the upper part of the rear storage space is cut out to provide a cable outlet, and a rear cable outlet is also provided on the wall plate. Furthermore, the rear lid for closing the rear storage space is made detachable.

As a result of configuring the present invention as described above, the following effects can be obtained.

According to the first aspect, the sleeve box with the casters attached to the bottom surface is pressed from the upper side of the locking tool shaft attached to the front heel, and the sleeve box is inserted into the locking tool to reach the lower space of the desk. Move freely with casters, release the pressure under the hold hole drilled in the lower plate of the desk, insert the shaft into the hold hole, and limit the free movement of the sleeve box to swivel movement around the shaft To do.

Furthermore, the tower is mounted on a mounting table provided on the side of the sleeve box, and various transfer cables connected to the back of the tower are introduced into the cable storage section formed on the top plate through the rear cable passage, and the magic tape. (Registered trademark) etc., and after storing the excess, it is inserted through the front cable passage and into the introduction hole drilled in the lower plate of the desk. It is possible to prevent accidents such as whispering, falling, stepping on, and disconnection.

As a result, the sleeve box is usually stored and used in the lower space of the desk, but once a problem occurs, the sleeve box is swung and exposed from the lower space of the desk to work on the tower. In this case, the various cables are introduced from the sleeve box into the desk close to the rotating shaft, so the stress applied to the various cables is very small. Multiple installations are possible.

When the sleeve box is moved as necessary, the upper part of the shaft is pushed away from the upper surface of the lower plate to release the shaft action. Furthermore, if the connection parts of various transfer cables are set on the sleeve box top plate, the cables can be removed from the sleeve box top plate and moved more easily.

Further, according to claim 2, it is possible to store various extra cables in the side storage space formed in front of the side plate inside the desk, and further, from the cable insertion hole formed in the side lid as necessary. Since a desired cable can be pulled out and connected to external equipment or the like, there is no extra cable on the desk, and a very good working environment can be realized. It should be noted that the side storage space is not limited to storing various cables, and it is needless to say that other small items can be stored.

According to the third aspect of the present invention, various cables in the desk are led from the side storage space to the rear storage space through the internal cable passage formed in the rear partition, and further, a part is pulled out to the top of the desk through the cable outlet. It is possible to connect to external equipment. Other cables can be drawn out to the rear through the rear cable outlet and connected to external equipment. For example, a power cable can be connected to a power outlet, and a LAN cable can be connected to another PC, so extra cables are scattered at your feet without rolling various cables on the floor. Thus, it is possible to prevent various accidents caused by this, for example, whispering, falling, stepping on, and disconnection.

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

The main part of the desk according to the present invention comprises a sleeve box 1 and a desk 2 as shown in FIG. Details will be described below.

FIG. 1 mainly shows a sleeve box 1 to which a mounting table 1E, a caster 1F that rotates freely in a moving direction, a right side plate 2A, a left side plate 2B, a top plate 2G, and a lower plate in (Example 1). It consists of a desk 2 formed by 2J and a wall plate 2E.

In FIG. 2, in (Example 1), the left side plate 1C and the right side plate 1B are arranged on the left rear side of the front plate 1A, the wall plate 1K is arranged on the opposite surface of the front plate, and the bottom plate 1P is arranged on the bottom surface. A shelf plate 1L is arranged in the internal space to form a box 1f, and a top plate 1J is arranged by providing a flange from the upper end of the box, and a cable storage unit 1D is formed on the top plate 1J. Further, a notch is provided in the rear portion of the port 1r to form a rear cable passage 1d. Further, a notch is provided in the front portion of the starboard 1b to form a front cable passage 1e. A vertical hole 1G is drilled in the right corner of the upper surface of the front rod 1a, and a locking tool 1H having a shaft 1h urged by a spring is pushed in and attached so that its stroke can be put in and out vertically. A mounting base 1E for mounting the tower 1j is attached to the lower part of the left side plate 1C of the box 1f from the side, and casters 1F that rotate freely in the moving direction are attached to the four corners of the bottom to form the sleeve box 1. An embodiment is shown.

In FIG. 2 of the first embodiment, the rear cable passage 1d is formed on the left side plate 1C, the front cable passage 1e is formed on the right side plate 1B, and the locking tool 1H is arranged at the right corner on the upper surface of the front collar 1a. An example in which a mounting table for mounting the tower 1j is attached to the lower part of the left side plate 1C of the box from the side is shown for explaining the present invention. For example, the rear cable passage 1d is connected to the right side plate 1B. The front cable passage 1e is formed on the left side plate 1C, the locking tool 1H is arranged at the left corner of the upper surface of the front end 1a, and a mounting table 1E for mounting the tower 1j on the lower side of the right side plate 1B of the box is provided. The effect is the same even if it is installed from the side. Further, the example in which the tower 1j is mounted on the mounting table is shown for explaining the present invention, and the effect is sufficient even when other OA equipment or the like is mounted.

In FIG. 3, in (Example 1), a hold hole 2 b is inserted in the right front portion of the lower plate 2 J of the desk 2 through which the shaft 1 h of the locking tool 1 H that is pushed in and attached to the front collar 1 a of the sleeve box 1 can be inserted. In addition, an embodiment in which an introduction hole 2r for guiding cables stored on the top surface 1J of the sleeve box 1 to the inside of the desk is formed near the hold hole 2b is shown.

In FIG. 3 of (Example 1), an example is shown in which a hold hole 2b is drilled in the right front portion of the lower plate 2J of the desk 2, and an introduction hole 2r is drilled near the hold hole 2b. In order to explain the present invention, for example, when the holding hole 2b is drilled in the left front part of the lower plate 2J of the desk 2, and the introduction hole 2r is drilled near the holding hole 2b. Even if there is, the effect is the same. Furthermore, the holding hole 2b is drilled in both the right front part and the left front part of the lower plate 2J of the desk 2, and the introduction hole 2r is drilled in the vicinity of each hold hole 2b. But the effect is sufficient.

Further, in FIG. 3, a partition 2a is provided in an internal space in front of the right side plate 2A of the desk, a side storage space 2C is formed, and a side lid 2D that closes the upper side of the side storage space 2C can be opened and closed to the right side plate 2A. An embodiment is shown in which a cable insertion hole 2j is formed by being hinged via a butterfly plate 2h and made openable and closable by providing a notch in the side lid.

In FIG. 3 of (Embodiment 1), an example is shown in which a side storage space 2C is formed in front of the right side plate 2A of the desk, and a side lid 2D is hinged to the right side plate 2A to be freely opened and closed. In order to explain the present invention, for example, a case in which a side storage space 2C is formed in front of the left side plate 2B of the desk and a side lid 2D is hinged to the left side plate 2B so as to be freely opened and closed. The effect is the same. Furthermore, a partition 2a is provided in the inner space of the right side plate 2A front and the left side plate 2B front, a side storage space 2C is formed on the left and right sides, and a side lid 2D that closes the upper side of the side storage space 2C is provided on the left and right side plates. The effect is sufficient even if it is carried out as if it is hinged and freely opened and closed.

Further, in FIG. 3, a rear partition 2d is provided in the space in front of the wall plate 2E inside the desk 2 to provide a rear storage space 2F, and a notch is provided to the right of the rear partition 2d. An internal cable passage 2e for guiding cables from 2C is formed. Further, a part of the top plate 2G over the upper portion of the rear storage space 2F is cut away to provide a cable outlet 2f, and the rear cable outlet 2p is also provided to the wall plate 2E. Furthermore, an embodiment in which the rear lid 2H that closes the rear storage space 2F is detachable is shown.

In FIG. 3 of (Embodiment 1), the example in which a notch is provided to the right of the rear partition 2d inside the desk 2 to form the internal cable passage 2e is for explaining the present invention. For example, the effect is the same even when the notch is provided to the left of the rear partition 2d inside the desk 2 and the internal cable passage 2e is formed. Further, the effect is sufficient even when the rear partition 2d is provided with notches on the right and left sides and the inner cable passages 2e for guiding the cables from the side storage space 2C are formed on the left and right. Further, the top plate 2G is not described for the purpose of explaining the present invention, and the internal spaces other than the side storage space 2C and the rear storage space 2F are for explaining the present invention. Even if it is carried out with the drawers being seized, the effect is sufficient.

Further, in FIG. 2 of (Embodiment 1), a left plate 1C and a right plate 1B are arranged on the left and right rear sides of the front plate 1A, a wall plate 1K is arranged on the opposite surface of the front plate, and a bottom plate 1P is arranged on the bottom surface. The example in which the shelf 1L is arranged to form the box 1f is for the purpose of explaining the present invention, and the effect is sufficient even if it is carried out by pushing a drawer or the like into the internal space of the box 1f. It is.

FIG. 1 shows an embodiment of the present invention.
A left plate and a right plate are arranged on the left and right rear sides of the front plate, a wall plate is arranged on the opposite surface of the front plate, a bottom plate is arranged on the bottom surface, a shelf plate is arranged in the internal space, and a box is formed. A hook is provided at the upper end and a top plate is arranged, and a cable housing portion is formed at the top of the top plate. Furthermore, a notch is provided in the rear part of either starboard or port, or both starboard and port, thereby forming a rear cable passage. Further, a notch is provided at the front of either the starboard, the port, or both the starboard and the port to form a front cable passage. A locking hole with a shaft that is drilled with a vertical hole in either the right corner, the left corner, or both corners of the upper surface of the front wing and is biased by a spring is seized so that its stroke can be inserted and removed vertically. And attach. Attach a mounting base for placing the tower on either the right side plate or left side plate of the box, or the lower part of the left and right side plates, and attach casters that rotate freely in the four corners of the bottom. Form a sleeve box.
On the bottom plate of the desk, either the right front part or the left front part, or both the right front part and the left front part are drilled with a hold hole through which the shaft of the locking tool that is attached to the sleeve box can be inserted. Further, an introduction hole for guiding cables stored on the top surface of the top of the sleeve box to the inside of the desk is formed near the hold hole.

Furthermore, a partition is provided in a space in the desk either in front of the right side plate, in front of the left side plate, or in front of the right side plate and in front of the left side plate to form a side storage space and close the top of the side storage space. The side lid is hinged to the side plate so that it can be opened and closed. Further, a cutout is formed in the side lid to form a cable insertion hole.

Further, in the interior of the desk, in the space before the wall plate, a rear partition is provided across the left and right to form a rear storage space, and a notch is provided in the right or left of the rear partition, or right and left, and a side storage space An internal cable passage for guiding cables is formed. Furthermore, a part of the top plate over the upper part of the rear storage space is cut out to provide a cable outlet, and a rear cable outlet is also provided on the wall plate. Furthermore, the rear lid for closing the rear storage space is made detachable.

The perspective view which shows the principal part of (Example 1) of this invention It is a perspective view of the sleeve box 1 concerning (Example 1) of this invention. 1 is a perspective view in which the top plate 2p of the desk 2 according to (Example 1) of the present invention is omitted. 1 sleeve box 1A front plate 1B right side plate 1C left side plate 1D cable storage unit 1E mounting table 1F caster 1G vertical hole 1H locking Tools 1J Top plate 1K Wall plate 1L Shelf 1P Bottom plate 1a Front end 1b Starboard 1r Left side 1d Rear cable passage 1e Front cable passage 1f Box 1g1h Shaft 1j Tower 2 Desk 2A Right side plate 2B Left side plate 2C Side storage space 2D side lid 2E wall plate 2F rear storage space 2G top plate 2H rear lid 2J lower plate 2a partition 2b hold hole 2r introduction hole 2d rear partition 2e internal cable path 2f cable outlet 2h butterfly plate 2j cable insertion hole 2p rear cable extraction mouth

Claims (3)

A left side plate and a right side plate are arranged on the left rear side of the front plate, a wall plate is arranged on the opposite surface of the front plate, a bottom plate is arranged on the bottom surface, a shelf plate is arranged in the internal space, and a box is formed. A hook is provided at the upper end of the box and a top plate is arranged, and a cable storage portion is formed at the top of the top plate. Furthermore, a notch is provided in the rear part of either starboard or port, or both starboard and port, thereby forming a rear cable passage. Further, a notch is provided at the front of either the starboard, the port, or both the starboard and the port to form a front cable passage. A locking tool with a shaft that has a shaft that is perforated by a spring and is biased by a spring is seized so that its stroke can be taken in and out vertically, in either the right corner, the left corner, or both corners And attach. At the bottom of either the right or left side plate of the box or the left and right side plates, a mounting base for mounting OA equipment such as the personal computer main body is attached from the side, and the moving direction is freely adjustable at the four corners of the bottom. Attach a rotating caster to form a sleeve box.
On the bottom plate of the desk, either the right front part or the left front part, or both the right front part and the left front part are drilled with a hold hole through which the shaft of the locking tool that is attached to the sleeve box can be inserted. Further, the desk is characterized in that an introduction hole for guiding cables stored on the top surface of the top of the sleeve box to the inside of the desk is drilled near the hold hole. Inside the desk, either the front of the right side plate, the front of the left side plate, or the space between the front side of the right side plate and the front side of the left side plate, a side storage space is formed, and the side that closes the top of the side storage space The desk according to claim 1, wherein a lid is hinged to the side plate so that the lid can be opened and closed, and a cutout is formed in the side lid to form a cable insertion hole. Inside the desk, in the space before the wall plate, a rear partition is provided across the left and right to form a rear storage space, and a cutout is provided on the right, left, or right and left of the rear partition, and a cable is provided from the side storage space. Forming an internal cable passage for guiding Furthermore, a part of the top plate over the upper part of the rear storage space is cut out to provide a cable outlet, and a rear cable outlet is also provided on the wall plate. The desk according to claim 1, further comprising a rear lid that closes the rear storage space.

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