JPH0545737B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a partitioning device that can accommodate the centralized arrangement of OA equipment.

[Conventional technology]

With office automation (OA) attracting attention these days, there is an increasing demand for intelligent buildings and their parts that can accommodate office automation.

When OA equipment is introduced into existing buildings, various types of OA equipment are installed in a concentrated manner, and partitioning devices such as screens are also installed to separate the OA equipment corners. OA equipment itself generates heat, so if OA equipment is placed in a centralized location, it becomes necessary to install additional air conditioning equipment to cope with the increased air conditioning load.

[Problem that the invention seeks to solve]

However, in reality, it is difficult to cope with the increased air conditioning load due to the centralized installation of office automation equipment, and the work environment often deteriorates further due to airflow obstruction caused by the installation of partition devices such as screens. We also conduct low-voltage cable wiring to supply power to OA equipment.
It is not possible to hide the wiring of communication cables used to communicate information between OA devices, and because they are exposed, the apparent appearance of floors, walls, ceilings, etc. often becomes unsightly. These problems also apply to newly constructed tenant buildings.

An object of the present invention is to provide a partitioning device that solves the above-mentioned problems such as air conditioning load and wiring processing, and improves the office environment.

[Means for solving problems]

To this end, the present invention is a partitioning device for separating corners of office automation equipment, and is a ventilation duct for connecting an air outlet and a suction inlet to an air conditioner unit having a heat exchanger or a fan, or a supply duct and a return duct of an air conditioner placed separately. It is characterized by incorporating an air outlet and a suction port on the upper front and lower front, respectively, and separately providing a low-voltage cable wiring duct and a communication cable wiring duct on both left and right sides, respectively. Furthermore, the partition panel is set at an intermediate height of the room space, and a cable wiring duct and an air conditioner piping duct are provided rising from the upper end of the partition panel to the ceiling.

[Effect]

In the partition device of the present invention, each partition device incorporates an air conditioner unit or a ventilation duct that connects the supply duct and return duct of the air conditioner unit, so each partition device has an air conditioner function and spot cooling of each OA equipment corner is possible. It can be carried out. Furthermore, the low-voltage cables of the power supply line and the communication cables of the information and communication line can be wired using their respective wiring ducts, eliminating the unsightliness caused by exposed wiring. Furthermore, these low-voltage cable wiring ducts, communication cable wiring ducts, ventilation ducts that supply and recirculate air from air conditioners, and air conditioner piping ducts that introduce cold and hot water, etc. for air conditioners, use the upper or lower part of the partition device. All you have to do is centralize the processing.

〔Example〕

Examples will be described below with reference to the drawings.

FIG. 1 is a diagram showing one embodiment of the partitioning device of the present invention, in which 1 is a partitioning device with an air conditioner, 2 is an air conditioner unit, 3 is piping for the air conditioner, 4 is a wiring duct for low voltage cables, and 5 is for communication cables. Wiring duct, 6 is distribution board, 7 is terminal board, 8 is air outlet,
9 indicates a suction port.

The example shown in Fig. 1 is an air conditioner partition device 1 used when a small room method is adopted as a partition in an office equipment corner. , a distribution board 6, a terminal board 7, etc. are incorporated in the central part, and the air outlet 8 of the air conditioner unit 2 is arranged at the upper front, and the suction port 9 is arranged at the lower front. In addition, a low voltage cable wiring duct 4 and a communication cable wiring duct 5 are arranged on both sides,
Low-voltage cables for power supply and communication cables for information communication are connected to the distribution board 6 and terminal board 7 from the EPS (electric pipe shaft) to the ceiling, through the low-voltage cable wiring duct 4 and the communication cable wiring duct 5.
lead to. Then, wiring for power and information communication is carried out from the distribution board 6 and terminal board 7 to each OA device through an undercarpet cable or inside the raised floor. Furthermore, using air conditioner piping 3
Cold and hot water, refrigerant, etc. are led from the PS (pipe shaft) to the air conditioner unit 2 through the ceiling.

FIG. 2 is a diagram showing another embodiment of the partitioning device of the present invention, and FIG. 3 is a diagram showing how the partitioning device shown in FIG. 2 is used to partition a workstation. 12 is an air conditioner unit, 13 is a ventilation duct, 14 is a low voltage cable wiring duct, 15 is a communication cable wiring duct, 16 is a distribution board, 17 is a terminal board, 18
19 is the air outlet, 20 is the rising cable wiring duct and air conditioner piping duct, 2
1 indicates a box for taking out.

The example shown in FIG. 2 is a partition device 11 with an air conditioner used when a landscape method is adopted as a partition in an office equipment corner, and the partition panel is set at an intermediate height like a screen. Then, an air conditioner unit 12, a distribution board 16, a terminal board 17, etc. are installed in the partition panel, and an air outlet 18, a suction port 19, a low-voltage cable wiring duct 14, and a communication cable wiring duct 15 are arranged. The ventilation duct 13 connects the air conditioner unit 12 and the air outlet 18, and by extending the ventilation duct 13 to the adjacent partition device, the air conditioner unit 1
2 can be shared.

The rising cable wiring duct and air conditioner piping duct 20 extend from the upper end of the partition panel to the ceiling in order to guide low voltage cables, communication cables, and air conditioner piping from the ceiling, similar to the example shown in Fig. 1. , conceal low-voltage cables, communication cables, and air conditioner piping. The third example shows the external appearance of a workstation partitioned using the air-conditioned partitioning device 11.
It is a diagram.

Note that the present invention can be modified in various ways and is not limited to the above embodiments. For example, in the above embodiment, the air conditioner unit is built into the partitioning device, but the air conditioner unit is placed separately and only the ventilation duct is built in. The return duct for recirculating the air, the outlet, and the suction port may be connected by a ventilation duct. In this case, a combination of only one of the above (a ventilation duct connecting the supply duct and the air outlet, a ventilation duct connecting the return duct and the suction port) may be adopted. Furthermore, although an example has been shown in which low-voltage cables, communication cables, and air conditioner piping are led from the ceiling to the partition device, they may be led from the floor.

Figure 4 shows one of the recessed boxes suitable for guiding cables and air conditioner piping from the floor.
It is a figure showing an example, and 31 is an embedded box, 3
2 is a piping space for air conditioner, 33 is a wiring space for low voltage cable, 34 is a wiring space for communication cable, 35 is a separator, 36 is drainage hardware, 3
7 is a pot, 38 is a drain pipe, 39 is an air conditioner pipe, 40 is an electric pipe, 41 is a finished surface, 42 is a concrete floor, and 43 is a blind cover.

The embedded box 31 shown in FIG. 4 is divided by use of a separator 35 into an air conditioner piping space 32, a low-voltage cable wiring space 33, and a communication cable wiring space 34, and a plan view thereof is shown. FIG. 4a is a cross-sectional view of the installation on a concrete floor 42, and FIG. 4b is a cross-sectional view of the installation on a concrete floor 42. Air conditioner piping space 3
2 is a drainage metal fitting 36 that guides the drain for the air conditioner.
A drain pipe 38 with a mark and air conditioner piping 39 for guiding cold and hot water, refrigerant, etc. for the air conditioner are laid from a PS (pipe shaft), and a low voltage cable wiring space 33 and a communication cable wiring space 34 are provided with low voltage cables and Electrical piping 40 leading the communication cable is laid from an EPS (electrical pipe shaft). In addition, the embedded box 31 has a blind lid 43.
When using the embedded box 31, remove it and extend the piping and wiring to a predetermined location.
In this case, the piping and wiring will be rolled on the floor, so
You can take measures such as raising the floor, partially covering the piping, or running it through a partition.

A plurality of embedded boxes 31 as described above are arranged along the window side, wall side, or at an appropriate position on each floor. In this case, it is preferable to arrange them in correspondence with the smallest partition unit so that, for example, there is always one place in the smallest partition unit when rented out by a tenant.

〔Effect of the invention〕

As is clear from the above description, according to the present invention, an air conditioner unit is incorporated into the partition device, and a supply duct and return duct that connects to a separate air conditioner are incorporated, so that heating and cooling can be controlled for each partition. Can be controlled arbitrarily and individually. Also, since it incorporates a wiring duct,
It can easily accommodate increases and decreases in power supply wiring and information communication wiring, making it easy to change office layouts. Moreover, since the necessary piping and wiring are concentrated in the partition device, maintenance can be easily performed.

[Brief explanation of drawings]

Fig. 1 is a diagram showing one embodiment of the partitioning device of the present invention, Fig. 2 is a diagram showing another embodiment of the partitioning device of the invention, and Fig. 3 is a diagram showing a workpiece using the partitioning device shown in Fig. 2. FIG. 4 is a diagram showing how the station is partitioned, and FIG. 4 is a diagram showing an embodiment of an embedded box suitable for guiding cables and piping from the floor. 1 and 11...Partition device with air conditioner, 2 and 12
...Air conditioner unit, 3...Air conditioner piping,
4 and 14...Low voltage cable wiring duct, 5 and 1
5...Wiring duct for communication cable, 6 and 16...
... Distribution board, 7 and 17 ... Terminal board, 8 and 18 ... Air outlet, 9 and 19 ... Suction port, 13 ... Supply duct, 20 ... Rising cable wiring duct and air conditioner piping duct, 21 ...A box for taking out.

Claims (1)

[Scope of Claims] 1. A partitioning device for dividing a corner of OA equipment, which incorporates an air conditioner unit having a heat exchanger and a fan, and has an air outlet and an inlet of the air conditioner unit on the upper front and lower front, respectively. A partition device characterized by separately providing a low-voltage cable wiring duct and a communication cable wiring duct on both left and right sides. 2. The partitioning device according to claim 1, which incorporates a distribution board and a terminal board. 3. A partition device that separates the corner of OA equipment, which incorporates a ventilation duct to connect the air outlet and suction port to the supply duct and return duct of the air conditioner, which are placed separately, and connects the air outlet and suction port to the upper front. A partitioning device characterized in that a wiring duct for a low voltage cable and a wiring duct for a communication cable are separately provided on both left and right sides, respectively. 4. The partitioning device according to claim 3, which incorporates a distribution board and a terminal board. 5 A partitioning device that separates an OA equipment corner at the mid-height of the room space, incorporating an air conditioner unit having a heat exchanger and a fan, and providing the air outlet and suction port of the air conditioner unit on the upper front and lower front, respectively. A partitioning device characterized in that a cable wiring duct and an air conditioner piping duct are provided rising from the upper end of the partition panel to the ceiling. 6. The partitioning device according to claim 5, which incorporates a distribution board and a terminal board. 7 A partitioning device that separates an office equipment corner at the middle height of a room space, which incorporates a ventilation duct for connecting an air outlet and a suction port to the supply duct and return duct of an air conditioner, which are placed separately, and a suction port on the upper front and lower front, respectively, and a cable wiring duct and an air conditioner piping duct rising from the upper end of the partition panel to the ceiling. 8. The partitioning device according to claim 7, which incorporates a distribution board and a terminal board.