KR19990013287A - Personal computer workstations and their center panels - Google Patents

Abstract

A work station for personal computer operation, which provides a work station of a personal computer work, which is configured with a minimum number of panels and can easily perform electrical wiring circuits connected to a personal computer at low cost.

Center panels 3 are arranged in parallel between the end panels 2 and 2 disposed at both ends, and the front panels 1 and 1 are vertically connected between the panels and side-to-side facing each other on the central axis. Thus, a plurality of booths 5, 5, ... are formed, and desk top plates 4, 4, ... are attached to each booth, and the center panel 3 penetrates the holes 16 to the adjacent booths. The electric cord 20 is guided and connected to the personal computer 17 through a hole in one corner of the desk top plate 4.

Description

Work station of personal computer work and center panel thereof

The present invention relates to a work station for the purpose of operating an OA device such as a personal computer and a center panel constituting the station.

Lo-partition is used to create a private work space in a large partitioned room. For example, you can focus on your work without bothering others by creating OA devices on the table and creating a realistic workspace. In addition, there are various uses, such as setting up a consultation room at a suitable place or a reception corner at the entrance.

Fig. 5 is a specific example of a low-partition personal computer, which is conventionally used. The panel is arranged on the front and both sides of the disc to form a U-shaped unique workspace (boot), but the panels A, B… are studs. It is connected via (B, B…). In the case of such a face-to-face desk layout, six panels (A, A ...) are required to form two opposing seats. Of course, various types of low partitions can be formed by changing the connection of these panels A, A ....

By the way, a click is attached to the side end part of the panel, and the click is connected to the slit groove formed in the stud B, and is connected. Therefore, a click must be provided at the stud and panel side ends, which makes the manufacturing cost expensive. Of course, the installation work also takes a lot of labor. On the other hand, when a cross is affixed to the panel surface with an adhesive agent, when an object hits, a dent may arise, and the panel may be replaced by a small dent.

On the other hand, a personal computer, a telephone, etc. are arrange | positioned on the desk of each partitioned work booth in this way, and the electric cord which is the power supply by this is provided in the floor surface. Therefore, if each booth draws power from a personal computer or a telephone from an electric cord arranged on the floor, these electric cords are very disturbing, and when they walk, they are tripped over by the electric cords on these floors. In addition, many electrical cords are wired to the bottom surface, which damages the appearance. In addition, the electric cord is pulled from the floor and wired along the panel, and connected to a personal computer or a telephone on the desk. These wiring operations are very troublesome and the panel surface is damaged depending on the wiring. not.

As described above, the conventional low-partition partition for a personal computer has the above problem. The problem to be solved by the present invention is these problems, which is a kind of low-partition partition that is simpler in structure and easier to install, and can easily perform electrical cord wiring without disturbing personal computer operation. A work station of a personal computer and a panel configuring the station are provided.

The work station of the personal computer work of the present invention is constituted by a kind of low partition, and furthermore, the number of panels to be used is minimized, and the panel connection portion has a simple structure without interposing a stud. A plurality of both panels constituting the booth are arranged in parallel with each other, and the front panel is disposed at the central axis position of the panel to connect the panels. Both ends of the front panel are connected to each other against the panel surface, and connected by appropriate means such as connecting brackets.

Therefore, although it is a large-scale desk-out in which a booth is formed in the other side with the front panel as a boundary, an appropriate number of booths paired in this way are provided on the side. The booth is supported by a panel, and a desk top plate is attached to the booth, and the desk top plate has a function as a reinforcing material of the booth composed of the upright panel. A hole is penetrated through one corner of the desk top plate, and an electrical cord wired along the front panel surface is led out of this hole and connected to a personal computer. In addition, a hole penetrates through the center panel to lead to the side booth. EMBODIMENT OF THE INVENTION Hereinafter, the Example which concerns on this invention is described in detail based on drawing.

1 is an embodiment showing a work station of a personal computer of the present invention,

2 is a center panel embodiment of the present invention;

3 is a schematic diagram of electrical wiring to a station;

4 is a specific example of wiring the electric cord by attaching a duct to the front panel,

5 shows a conventional low partition.

[Explanation of symbols on the main parts of the drawings]

1: front panel 2: end panel

3: center panel 4: desk top plate

5: booth 6: buy

7: paper core 8: surface material

9: cross 10: recessed groove

11: crossbar 12: side edge

13: baseboard 14: adjustment screw

15: Support Plate 16: Slaughter

17: personal computer 18: duct

19: partition 20: electrical cord

21: Wiring space for power supply 22: Wiring space for positive power

Fig. 1 is an embodiment showing a work station for a personal computer of the present invention, in which 1 denotes a front panel, 2 an end panel, 3 a center panel, and 4 a desk top plate. The center panel 3 is disposed between the two end panels 2 and 2 so as to be parallel to each other, and the front panel 1 is vertically connected to the end panel 2 and the center panel 3. have. In addition, the desk top plate 4 is mounted on a support (not shown) attached to the front panel 1, the end panel 2, and the center panel 3, and is supported at an appropriate height.

Therefore, the booths 5 and 5 are paired and installed on the front panel 1 as a border, and the other booths 5 and 5 are formed on the side of the center panel 3 as a border. Although the work stations of the personal computer work shown in the figure have four booths 5, 5, ..., the number of panels constituting the station is smaller than that of the conventional low partition of the above-described threaded display. That is, it is a work station composed of the minimum number of panels.

By the way, each of these panels are connected to each other, but are connected without a stud between them, and the front panel 1, which is arranged vertically between the end panel 2 and the center panel 3, has its both ends. It is connected to end panel face and center panel face. Of course, the gap between the side face and the panel surface is connected so that there is no gap, but is connected through the connection brackets attached to the side face and the panel surface. In the present invention, the panel connection means is not limited. For example, a screw that protrudes the head is coupled to the panel surface, and a metal fitting to which the screw head is coupled can be connected to one panel side end.

(A), (b), (c) show the center panel 3 of this invention, (a) is the BB cross section figure in (b), (c) is AA in (b) It is a cross section. The panel 3 is filled with a paper core 7 as a core in a frame made of wood 6, and surface surfaces 8 and 8 are bonded to both surfaces thereof. Wood material such as plywood is used as the surface material 8, and a cross 9 is mounted on the surface material 8. The cross 9 is attached to the flesh 6 with the cutter by means of a cutter without bonding to the adhesive. Therefore, even when an object hits the panel surface and is pressed, the cross 9 which is not bonded does not dig together with the surface material 8 and does not appear as a wound on the panel surface. In addition, concave grooves 10 are formed in the upper ends of the center panel 3 and the ribs 6, 6... Side edges 12 and 12 are attached to the concave grooves of the ribs 6 and 6.

On the other hand, the base board 13 is screwed to the bottom of the center panel 3, and the adjustment screw 14 for adjusting the height is attached to the bottom of the base board. The base board 13 has a vertical long rectangular cross section, and the support plate 15 is inserted into a groove formed in the bottom inner side of the base board, and the adjustment screw 14 is coupled to the support plate 15 to fit the panel. I support at height. Of course, the panel structure and panel support form used for the station of the present invention are arbitrary, and the embodiment shown in Fig. 2 is only one embodiment of the present invention.

In addition, two life jackets 16 and 16 penetrate through the center panel 3. Of course, the cap 17 is fitted in the hole 16 to protect the inner circumferential surface and the corner of the hole. These two holes 16 and 16 are provided symmetrically with respect to the center axis of the center panel 3, and therefore, when connected to the side surface of the front panel 1 on the panel surface which forms the center axis of the center panel 3, These holes 16 and 16 are located on both sides of the front panel 1. Then, the electric cord can be wired through the hole 16.

The electric cord is wired along the front panel surface, and the side booth 5 is led through the hole 16. And although a hole is provided in the corner of the desk top plate 4, an electric cord is led out from the hole and is connected to the personal computer mounted on the desk top plate 4, for example. Fig. 3 shows a schematic diagram when the personal computer 17 is arranged at the station of the present invention and the electric cord 20 wired in accordance with the front panel 1 is connected to the personal computer 17. Figs.

4 shows a cross section in the case where the duct 18 is attached to the front panel surface and the electric cord 20 is wired to the duct 18. As can be seen from the same drawing, the duct 20 has a partition 19 therebetween, and is divided into a wiring space 21 for power use and a weak wiring state 22 through the partition 19. By wiring the electric cords 20 into strong and weak electric wires in this manner, there is a great effect in suppressing the occurrence of noise in the personal computer 17.

2 is an embodiment of the center panel 3, but the front panel 1 and the end panel 2 are basically the same. However, the hole 16 for wiring the electric cord is not necessary in the front panel or the end panel, and the side edge is not necessary in the front panel 1 to which both ends are connected to each other.

As described above, the work station of the present invention arranges one to a plurality of center panels in parallel with each other between end panels of both sides, and arranges both front ends of the front panel to face the panel surface between the panels. The top panel is attached to the booth formed by each panel, and the electric cord is wired according to the front panel surface, and the electric cord is connected to the neighboring booth through the hole in the center panel. By connecting to a personal computer, the following effects can be obtained.

The station of the present invention is constructed by combining a front panel, an end panel, and a center panel therein with the minimum number of sheets. In this case, the panel is connected through an appropriate connection bracket without using a stud when connecting each panel. Therefore, the structure is simple and the workability is good, and the cost is about half as compared with this type of conventional low partition shown in FIG. In this way, panels are connected without a stud, but since the desk top plate is attached to the booth, the desk top plate becomes one kind of reinforcing material, which becomes a strong station.

On the other hand, through-blood is provided in the center panel, and the wiring is used to lead the electric cord to the neighboring booth, draw out from the hole provided at one corner of the desk top plate, and connect it to the personal computer. Compared with the conventional electric wiring using the floor, it is convenient and workability is good. In addition, since the electrical cord wiring ducts are partitioned for power and weak use, it is effective to suppress noise of a personal computer and the like.

Claims (3)

In a workstation using OA equipment such as a personal computer, one or more center panels are arranged in parallel between end panels disposed at both ends, and the front panel is vertically placed between the panels. The booths are arranged in the state opposite to the end of the central axis, and connected to each other through a suitable connector to form a plurality of booths, and a desk top plate is attached to each booth, and an electrical wiring hole is installed in the center panel. It is possible to conduct electrical wiring wired to the front panel to the neighboring booth through the above hole, and at the same time, at least one corner of the desk top plate can be connected to a personal computer or a telephone mounted on the desk top plate. The work station of a personal computer work characterized by the above-mentioned. In a workstation using OA equipment such as a personal computer, one or more center panels are arranged in parallel between end panels disposed at both ends, and the front panel is vertically placed between the panels. The booths are arranged in the state opposite to the end of the central axis, and connected to each other through a suitable connector to form a plurality of booths, and a desk top plate is attached to each booth, and an electrical wiring hole is installed in the center panel. In addition, the front panel is provided with a partition between the ducts having a wiring space for power and a weak wiring space, and it is possible to lead the electrical cords wired to the duct to the neighboring booths through the holes. A personal computer placed on the desk top with a hole in at least one corner of the desk top. A work station of a personal computer workstation, characterized by being configured to be connected to a computer, a telephone or the like. Work stations using OA devices such as personal computers, with one or more center panels arranged in parallel between the end panels disposed at both ends, and the front panels vertically side-to-side between each panel. The center panel which forms a plurality of booths by arranging at the same time and connecting through an appropriate connector, wherein the center panel penetrates a hole so as to lead an electric cord to a neighboring booth. Center panel of workstation of personal computer work.