JPS63140616A - Wiring processor - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Object of the Invention] (Industrial Application Field) The present invention relates to a wiring processing device that is incorporated into a partition that can be divided into upper and lower sections.

(Conventional technology) In recent years, various high-performance office automation equipment (
OA equipment (hereinafter referred to as OA equipment) has been developed, and individuals or small groups of people now have a large number of 011 equipment of various types.

At this time, with the installation of the 0AIII device, it is necessary to process the power and signal wiring between each device and devices, but if this wiring is simply exposed on the floor, it will become an obstacle to walking and pose a danger. Not only is it a nuisance, but it also seriously disturbs the aesthetics. Furthermore, if power supply lines and various signal lines are mixed and wired on the floor, noise will be added to the information handled, and stable and highly accurate operation cannot be ensured.

(Problems to be Solved by the Invention) As described above, in the past, it has been difficult to handle the wiring when installing OA equipment.

The present invention provides a connection mechanism for power cables and information cables that are wired between devices inside a partition,
It has a configuration that allows each of the above cables to be routed without exposing the wiring, making effective use of the equipment installation space and easily and quickly wiring the cables between equipment without compromising aesthetics or safety. Wiring processing that can perform @
The purpose is to provide

[Structure of the Invention (Means and Effects for Solving Problems)] The present invention provides a wiring module provided inside a partition structure and a side surface of the partition in which power cables and information cables to be wired between devices are provided. This configuration allows connections to be made through a plug, which allows for easy and quick wiring of inter-device cables when installing or changing equipment, without sacrificing aesthetics or safety.

(Example) An embodiment of the present invention will be described below with reference to the drawings.

Fig. 1 is a perspective view showing the configuration of a wiring processing device according to an embodiment of the present invention, Fig. 2 is a circuit diagram thereof, and Fig. 3 is a lower part of the wiring processing device shown in Fig. 1 above. FIG. 2 is an exploded perspective view showing an example of a partition assembly configuration using partitions.

In FIGS. 1 to 3, 11 is a lower partition structure of the vertically separable partition, and 12
is the partition structure at the top.

A first connector 13a for power supply and a second connector 13b for signal input/output are provided on the upper end surface of the lower partition structure 11 with exposed connection terminals.
A third connector 13C1 for power supply and a fourth connector 13d for signal input/output are provided on one end surface with exposed connection terminals.
are provided on the other end surface of the structure 11, and a fifth connector 13e for NWA supply, which has a connecting terminal exposed and forms a pair with the third connector 13C, and a fourth connector 13d. A sixth connector 13f for signal input/output is provided as a pair.

Further, in the lower partition structure 11, the third
a power supply wiring module 15 that distributes power for operating the device supplied to the connector 13C to the first connector 13a and the fifth connector 13e, and the second connector 13b and the fourth connector. A signal input/output wiring module 16 is provided for inputting/outputting (branching/relaying) signals between the connector 13d and the sixth plug 13f. In addition, here, the above-mentioned power supply system and signal system wiring 1. :
In parallel, there are plugs 17a, 17b, 17 for telephone wiring.
c is provided and branched and connected within the power supply wiring module 15.

Furthermore, the housings of each of the wiring modules 15, 16 are electrically shielded, and the connections between each of the modules 15, 16 and the respective plugs 13a, 13b, . . . are also electrically shielded by shield pipes. This prevents external noise from adversely affecting the signal system.

Furthermore, as shown in FIG. 2, support piece locking grooves 20 are provided at predetermined locations on the front and rear wall surfaces of the lower partition structure 11, in which the table support pieces 21 are locked to the cantilever set.

On the other hand, the upper partition structure 12 is provided with an opening for embedding equipment, and predetermined equipment is attached to the opening, and a lighting fixture 22 that can swing freely is provided.
are integrally attached via a bellows-shaped hood. Here, a display device is installed in the opening of the upper partition structure 12.
A plurality of types of upper partitions are shown, including those with a built-in device such as an i123 and a horizontal printer 24, and those with a normal partition configuration. The lower partition structure 11 is common to these various upper partition structures 12, and any upper partition structure 12 can be selectively attached depending on the system configuration.

Reference numerals 18 and 19 are copper plates of the lower partition 11, respectively, which form an inset structure. The side plate 18 is used when the partition is not extended, and the side plate 19 is used when the partition is extended (when the cable is extended). used for.

Reference numeral 25 denotes a table, which is supported by a table support piece 21 that is locked in a support piece locking groove 20 provided on the partition wall surface. A keyboard 26 is placed on the table 22 and is electrically connected to the second plug 13b provided on the upper end surface of the lower partition structure 11.

In addition, in Figure 2, not only the upper partition,
There are also multiple types of tables, and the required partition and table are selected from these and attached to the lower partition 11.

When constructing an OA system by assembling a partition using the lower partition structure 11 having the wiring processing device configured as shown in FIG. Third to sixth plugs 13c to 13f1 provided on the end face and telephone wiring plugs 17b, 1
7c provides signal and power cable connections between adjacent lower partition structures 11. At this time, each lower partition structure 11 has a connector mounting structure in which a connector is provided at one end and a connector receptacle paired with the connector is provided at the other end, thereby making the connection between the lower partition structures 11 possible. can be done directly, easily and quickly.

With such a plug connection, the wiring between each lower partition structure 11 is performed, and the necessary power and signals are connected to the plug (first connection) on the upper end surface of each partition structure. Input/output is possible through the plug 13a1, the second plug 13b1, and the telephone plug 17a). At this time, power cables and signal cables are wired across devices within the lower partition 11 structure, and the power supply wiring module 15 within the structure 11...
The signal input/output wiring module 16 connects the branch circuits to the installed equipment, making it extremely easy to wire and branch various cables. Also, since no cables are exposed, the aesthetics are improved. Various types of equipment can be installed without damage.

After installing the lower partition structure 11 as described above, an upper partition structure 12 having an opening corresponding to the equipment to be used, or a device pre-installed on top of the lower partition structure 11, is installed. A desired upper partition structure 1, such as an upper partition structure 12 or simply an upper partition structure 12 having a flat shape.
2, and electrically connects the upper partition structure 12 and the lower partition structure 11 with the plugs (first plug 13a, second plug 13b1 telephone plug 17a). Note that here, a mechanism for firmly fixing the upper partition structure 12 to the lower partition structure 11 is not provided, and the plugs (first plug 13a, second plug 13b, telephone plug 17a) ), but for example, by providing the upper and lower partition structures with a fitting structure using uneven parts, it is possible to create a strong fixing structure that also serves to protect the plug.

After constructing the OA system including the vanity John as described above, if it is desired to change the equipment, it is only necessary to replace the upper partition structure 12, and the work of replacing and changing the equipment can be done easily and quickly. Also, when adding equipment, connect the lower partition structure 1 by connecting the plug as described above.
1 and placing the upper partition structure 12 on top of the additional partition structure 11, it is possible to easily and quickly expand and change the system with an increase in the number of devices.

In this way, by using the wiring processing device built into the lower partition structure 11 to perform connections between devices including branching and relaying, a desired system can be easily constructed. In addition, the above-mentioned partition reliably blocks the view in front of the console, and also suppresses the propagation of various noises.
It is possible to provide a good working environment where each worker can concentrate on his or her own work.

[Effects of the Invention] As detailed above, according to the wiring processing device of the present invention, power cables and information cables to be wired between devices can be connected to a wiring module provided inside the partition structure and provided to the side surface of the partition. By adopting a configuration in which connection is made through a plug, it is possible to easily and quickly perform the wiring process for inter-device cables when installing or changing devices, without compromising aesthetics or safety.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing the configuration of a wiring processing device according to an embodiment of the present invention, FIG. 2 is a diagram showing a circuit configuration of the wiring processing device according to the above embodiment, and FIG. 3 is a perspective view showing the configuration of a wiring processing device according to the above embodiment. FIG. DESCRIPTION OF SYMBOLS 11... Lower partition structure, 12... Upper partition structure, 13a... First plug, 13b.
...Second plug, 13c...Third plug, 13d...
・Fourth connector, 13e...Fifth connector, 13f...
Sixth plug, 15... Power supply wiring module, 16...
・Signal input/output wiring module, 17a, 17b,
17c...Telephone wiring plug, 18.19...Side plate, 20...Support piece locking groove, 21...Table support piece, 22...Lighting equipment, 23...Display device, 24・
...Printer, 25...Table, 26...Keyboard. Applicant's representative Patent attorney Takehiko Suzue Figure 1 Figure 2

Claims (4)

[Claims] (1) A wiring processing device provided in a vertically separable partition structure, wherein a first power supply terminal is provided in the structure with a connecting terminal exposed at a predetermined portion of the upper end surface of the structure. and a second connector for signal input/output;
A third connector for power supply and a fourth connector for signal input/output are provided in the structure with a connecting terminal exposed at a predetermined portion on one end surface of the structure, and A fifth connector for power supply, which is paired with the third connector, and a third connector for signal input/output, which is paired with the fourth connector, which is provided with a connecting terminal exposed at a predetermined portion of the other end surface. a power supply wiring module housed in the structure and distributing power for operating the device supplied to the third connector to the first connector and the fifth connector; 1. A wiring processing device comprising a signal input/output wiring module that inputs and outputs signals between a second plug, a fourth plug, and a sixth plug. (2) The wiring processing device according to claim 1, wherein the signal input/output wiring module and the power supply wiring module are circuit-wired in separate shielded casings. (3) The wiring processing device according to claim 1, wherein each of the modules and the third to sixth plugs are connected by shield pipes, and wiring is provided within the pipes. (4) The wiring processing device according to claim 1, wherein the first connector and the second connector are provided in a shielded housing.