JPH0321527Y2 - - Google Patents

Description

[Detailed explanation of the invention] (a) Industrial application field This invention relates to a partition member used as a partition or screen around OA equipment to prevent a local temperature rise in a room caused by OA equipment. be.

(b) Conventional technology When office equipment such as small computers, terminals, and word processors is installed, the heat radiated from these devices causes the temperature around them to rise, deteriorating the indoor environment and causing damage to the devices themselves. This can lead to problems due to temperature rise, and conventional methods have been to prevent this from occurring by increasing the capacity of the indoor air conditioner's cooling device or installing a package air conditioner in that area. However, in the former case, it is extremely inefficient because it does not act intensively on the heat dissipation part, and in the latter case, it takes up space and is uneconomical because it must be installed for each device. However, it had the disadvantage that it could not be moved once it was installed.

(c) Problems to be solved by the invention The purpose of this invention is to improve the above-mentioned drawbacks of the conventional device. To provide a partition member that can be easily installed and rearranged.

(d) Means for solving the problem In order to achieve the above object, the partition member of this invention has a cylindrical shape with air conditioning duct connection ports at the upper and lower ends and a cold air outlet at the front. It has built-in air conditioning ducts and can be used as a partition or screen around office equipment.

(e) Effect By doing this, the partition member can be installed so that the cold air outlet faces the heat radiation part of the OA equipment, and the air conditioning duct connection port can be installed in or near the central duct installed on the ceiling or under the floor. By connecting it to a small air conditioner, the heat dissipation section can be centrally cooled and local temperature rises in the room can be prevented.

(F) Embodiment An embodiment of this invention will be described with reference to FIG. 1. Figure A is its front view, and Figure B is its left side view.

An air conditioning duct 2 is provided vertically within a partition member 1 used as a partition or screen. A removable upper connection port 3 and a lower connection port 4 are formed at both upper and lower ends of the air conditioning duct 2, and the upper connection port 3 is connected to a central duct 10 provided on the ceiling.

A control switch 5 provided on the partition member 1 is connected to a central duct connection damper 11, which can be opened and closed below.

The air conditioning duct 2 is formed with a cold air outlet 6 at the top and a warm air outlet 7 at the bottom, and a cold air/hot air selection switch 8 provided in the middle is used to switch between the air blowers as appropriate depending on cooling or heating. Cold or hot air can be blown out from the outlet.

The partition member 1 is installed so that its cold air outlet 6 faces above the OA equipment 12 installed in the immediate vicinity, and is designed to intensively and efficiently cool only the heat generated by the OA equipment 12.

When the installation location of the OA equipment 12 is moved, the upper connection port 3 can be removed from the central duct 10, the partition member 1 can be moved to the new installation location of the OA equipment 12, and the installation can be performed in the same manner. can be operated.

FIG. 2 shows the partition member 1 connected to the central duct 10 provided under the floor, and the control switch 5 is connected to the central duct connection damper 11 under the floor.

Furthermore, the partition member 1 is not limited to the central duct 10 installed on the ceiling or under the floor, but can also be connected to a small air conditioner 13 installed nearby, as shown in FIG. The control switch 5 is connected (mechanically or electrically) to the operating mechanism of the small air conditioner 13.

(g) Effects of the invention As explained above, the partition member of this invention has a built-in cylindrical air conditioning duct with air conditioning duct connection ports at the upper and lower ends and a cold air outlet at the front, By using it as a partition or screen around the equipment, this partition member is installed so that the cold air outlet faces the heat radiation part of the office equipment, and the air conditioning duct connection port is installed in the central duct or nearby. By connecting to a small air conditioner, the heat dissipation section can be centrally cooled and localized temperature increases in the room can be efficiently prevented, regardless of whether the central duct is installed on the ceiling or under the floor. It is easy to connect, move, and can be installed even in narrow spaces without taking up much space.

[Brief explanation of the drawing]

FIG. 1: A front view and left side view of an embodiment of the invention FIG. 2: A front view showing a different method of use FIG. 3: A front view showing a further different method of use. 1... Partition member, 2... Air conditioning duct, 3...
Upper connection port, 4...Lower connection port, 5...Control switch, 6...Cold air outlet, 7...Warm air outlet, 8
...Cold air hot air selection switch, 10...Central duct, 11...Central duct, 12...
OA equipment, 13...Small air conditioner.

Claims (1)

[Scope of utility model registration request] A partition member characterized by having a built-in cylindrical air conditioning duct with air conditioning duct connection ports at the upper and lower ends and a cold air outlet at the front, and which is used as a partition or screen around OA equipment.