JPS5975326A - Console for computer or the like - Google Patents

Abstract

PURPOSE:To execute easily an operation and to reduce a floor occupied area by providing a vertical plate on both outsides of an H-type support, inclining a horizontal shelf surface supporting by the support, at an optional angle, and fixing it. CONSTITUTION:A vertical plate 10 is provided on both outsides of H-type supports 1, 2, so that horizontal shelf plates 13-15 supported by the supports 1, 2 can be inclined optionally and can be fixed. For instance, in case when a display 29 is used, it is possible to incline the shelf plate 14 so as to oppose the face of an operator 40 correctly to the display 29, and to fix it so that his eye 45 goes straight into the display 29. According to such constitution, this console can be operated most easily in accordance with the number of shelf plates, the position, especially, a device using inclination, an operator's sitting height, etc.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an operating table in which components such as a computer keyboard, display, printer, etc., and a diskette can be placed at positions where they can be most easily operated by an operator, and which has an extremely small space factor.

In the past, computer parts like this were arranged flat on a desk, so the operator sitting in a chair had to tilt his head to look at the display, which caused neck pain and bad posture, which was bad for his health. There were problems such as it was difficult to operate items that were undesirable or out of reach on the desk, and the large desk made the office feel cramped.

Furthermore, since conventional shelves can be installed horizontally, it is not possible to directly face a display or the like on the shelf.

The present invention solves all of these conventional problems by providing vertical plates on both outside sides of the H-shaped support, and allowing the horizontal shelf supported by the support to be tilted and fixed at any angle. The gist of this is that

An embodiment of the present invention will be explained with reference to the drawings. Fig. 1 shows the state in use, and Fig. 2 shows the disassembled state, in which one support (2) is erected on each of a pair of leg rods (1). There is a pair of inverted T-shaped pedestals (3) on the left and right, which are equipped with horizontal bars (4).
) on both ends of the plate (5) is fixed to the support (2) of the pedestal (3) with bolts (6) and nuts (7) to form an H-shaped support (8).

Attach the short screwed legs (9) to the bottom of the leg rod (1) and
The mold support (8) can be adjusted so that it is installed horizontally, and there are vertical plates (1) on both sides of each support (2).
0) with screws (11) to form a side plate.

Each support column (2) has a rectangular tube shape, and has a plurality of square holes (12) for attaching shelf boards arranged in two vertical rows at regular intervals on its front and rear surfaces.

A blanket (16) is attached to the back side of each shelf board (13), (14), and (15), and one end of each blanket has a pair of upper and lower hook-shaped protrusions (17), which are connected to the third
As shown in the figure, the shelf board (13) etc. are fixed by fitting into the square hole (12) and lowering it to catch and lock.

In this way, each shelf board can be supported and fixed at any height position in front or behind each support column (2).

Figures 3 to 5 show examples of the blankets (16) of each shelf board, in which a board (18) having a hook-shaped protrusion (17) is attached to a crosspiece attached to the back side of the shelf board (13). A plate (19) is rotatably fixed to a shaft (20), and a plurality of holes (21) are bored in the cross plate (19) around the shaft (20). It is set up.

As shown in Figure 4, a collar (24) is provided on the blanket (22) provided on the board (18) that overlaps the crosspiece (19) and the pin (23) that passes through the board (18).
) Insert the spring (25) between the collar (24) and
is biased so as to be pressed against the substrate (18). When the head of the pin (26) is pulled, the end of the pin (27) touches the substrate (1).
8) It is designed to draw inwards. When the shelf board (13) is rotated to the desired inclination and the holes (21) of the left and right crosspieces (19) match the ends (27) of the pins, the head of the pin that was pinched will be removed. When you release (26), the spring (25)
The restoring force causes the end (27) of the pin to penetrate into the hole (21), and thus the shelf (13) can be placed horizontally or in any inclined position without contacting the side plate (10).
).

To attach the above-mentioned shelf board (13) etc. to the support column (2), as shown in Fig. (12A)
It is now used only by Therefore, by using three or more frames (3) and connecting H-shaped columns (8), and fitting the blankets (16) into their respective square holes (12A) (12B), the structure shown in FIG. Notoku shelf board (1
3) (13'), (14), and (15) can be arranged horizontally. Each shelf board does not engage with adjacent shelf boards or side boards, and can freely change its height, front and back position relative to the support pillar, and inclination.

The cross section (28) with an L-shaped cross section shown in FIGS. 1 and 7 prevents the display (29) placed on the shelf from slipping, for example, when the shelf (14) is installed at an angle. This is a stopper that is attached to the front end of the shelf board.

FIG. 8 shows a support (31) used when, for example, a diskette, book, etc. (30) is placed upright on the shelf board (15) of FIG. 1.

In order to attach these crosspieces (28) and supports (31) to arbitrary positions on the shelf board, as shown in Figure 9, the shelf board (1
4) and (15) have square small holes (3
2) are aligned and drilled.

As shown in Fig. 7, the crosspiece (28) is provided with hanging protruding plates (33) on the left, right, and center lower surfaces, each having a side surface shaped like 1, which is fitted and locked in the front and rear diagonal directions of the small hole (32). This allows it to be removably fixed to any position on the shelf boards (14) and (15).

Regarding the support (31), as shown in Figures 8 and 10, a plurality of wire rods (35) are stretched inside the frame (34), and both sides of the notch (36) at the lower edge of the frame (34) are , a pair of leg plates (37) are attached, a pair of hook-like protrusion plates (38) are hung from the lower surface of the leg plate (37), and their innermost width (l)
is slightly smaller than the innermost distance (L) of the arbitrary square holes (32A) (32B) into which they fit.

When attaching this support (31) to the shelf boards (14) and (15), hold the frame (34) from both sides and spread it out to slightly deform it, move the pair of protrusions (38) outward from each other, and reduce the innermost width (L). ) When you release your hand holding the frame (34) after placing it in the square holes (32A) and (32B), the frame (34) and wire rod (35) will return to their original shapes and the hook-shaped plate (38) will be removed. is elastically pressed and hooked on the corner (39) of the square hole, and the leg plate (37) is tightly fixed to the shelf surface, allowing the support (31) to be attached to any position on the shelf. .

Regarding the use of the present invention, the operator (4) as shown in FIG.
An operator (40) is seated on a chair (41), a keyboard (42) and documents (43) are placed on a shelf (13), and the display (29) is in a natural position.
), and place the display (29) and printer (44) on it so that the line of sight (45) goes straight into the display (29). (15) is horizontal and diskette (30
) etc. can be kept upright with the support (31).

The type, number, height, inclination, etc. of shelf boards shall be determined as appropriate depending on the parts to be arranged and the sitting height of the operator.

Note that all other various modifications of the above embodiments are included in the present invention.

The present invention has the following effects.

The H-shaped one-legged product is lighter and cheaper than the traditional four-legged one, and since the shelves are supported three-dimensionally, it occupies less floor space. Not only can indoor space be used effectively, but also the items on the shelf can be easily manipulated.

Also, the shelf can be tilted, making it easier to see the monitor screen.

In addition, the side plates provide strong strength despite having only one leg, protect against objects entering from the side and damaging items on the shelf, and also look good.

The number and position of the shelves, especially the inclination, can be easily and freely changed to provide the easiest operation depending on the equipment used and the sitting height of the operator.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of an embodiment of the present invention. FIG. 2 is an exploded perspective view of an embodiment of the present invention. FIG. 3 is a side view of a shelf mounting portion of an embodiment of the present invention. FIG. 5 is a side view of the mounting and fixing part. FIG. 5 is a front view of the vicinity of the support column of the embodiment of the present invention. FIG. 6 is a perspective view of another embodiment of the present invention. FIG. 7 is a side sectional view of the crosspiece of the embodiment of the present invention. Figure 9 is a perspective view of a support according to an embodiment of the present invention. Figure 9 is a plan view of a shelf board according to an embodiment of the present invention. Figure 10 is a perspective view of a support mounting portion according to an embodiment of the present invention.
-----------H type strut 10-----
----- Vertical plates 13, 13', 14, 15---
Shelf applicant Yoshiro Nakamatsu

Claims (1)

[Claims] An operating table for a computer, etc., characterized in that vertical plates are provided on both outer sides of an H-shaped support, and a horizontal shelf supported by the support can be tilted and fixed at any angle.