JPH03214396A - Annunciator - Google Patents

Abstract

PURPOSE:To increase the management item by providing a display part for displaying analog information related to a management point corresponding to a laid partition area of a touch sensor, based on an output of touch sensor laid in the partition area. CONSTITUTION:The annunciator is provided with red LEDs 2a-1-2a-mn and green LEDs 2b-1-2b-mn for displaying a state of each management point by light emission in partition areas 2-1-2-mn partitioned separately, and in the parti tion areas 2-1-2-mn, the point name is written. Also, in the partition areas 2-1-2-mn in which this point name is written, a touch sensor is laid, and by turning on this touch sensor, that is, by touching the partition areas 2-1-2-mn, analog information related to the write point of its touched partition area is displayed on a display part 2c constituted of seven segments. In such a way, analog information related to a desired management point is obtained from the display part 2c and its management item increases.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an annunciator that illuminates and displays the status of various management points in a facility in separate partition areas.

[Conventional technology]

skyscraper. housing complex. Various types of equipment are arranged in facilities such as hospitals and factories. For example, such equipment includes air conditioning equipment, power equipment, and security equipment. Examples include equipment systems such as disaster prevention equipment and heat source equipment, and these equipment are equipped with a large number of various types of equipment.

When managing the status of various points in these facilities, an annunciator is used to display the status of each management point using light in separate partitioned areas. In other words, in the annunciator, for example, the on state of the air conditioner as a management point is indicated by a green LED, the off state is indicated by a red LED, and an abnormal state is indicated by a blinking red LED. The light shall be displayed in a luminescent manner.

[Problem to be solved by the invention]

However, according to such a conventional annunciator, the status of the management point is only notified digitally using the green LED and the red LED, so there is a problem that the management items are limited. [Means for Solving the Problems] The present invention has been proposed to solve such problems, and in the above-mentioned annunciator, a touch sensor is installed in the partition area, and based on the sensor output of this touch sensor, , analog information regarding the management point corresponding to the partitioned area where the Tasochi sensor is installed is displayed on the display unit.

[Effect]

Therefore, according to the present invention, in addition to the digital light-emitting display, analog information regarding desired management points can be obtained on the display section.

〔Example〕

Hereinafter, the annunciation device according to the present invention will be explained in detail.

FIG. 2 is an external perspective view of an integrated building automation system (hereinafter referred to as the Sabinoku device) showing a facility control device incorporating one embodiment of this annunciation device.

This Sabinoku device is used as air conditioning equipment for small and medium-sized buildings. 81 for general offices, tenant buildings, factories, hospitals, and other uses, for integrated management of power equipment, security equipment, disaster prevention equipment, heat source equipment, water supply and drainage equipment, sanitary equipment, etc. It saves labor by 7 rupees and is used for safety management, operational management, etc.

In this example, it is equipped with the functions necessary for managing small and medium-sized tenant buildings, and taking into consideration the fact that small and medium-sized buildings do not have full-time operators, the system is designed to be a friendly operator that can be easily handled by anyone. It has Soyoung's Man Machine Ink face. In addition, considering that it is difficult to secure a dedicated management room, the system has a thin, wall-mounted structure that saves space.

In Figure 2, l is +- C D ,
2 is an annular printer according to the present invention, and 3 is a built-in printer.

FIG. 3 is a block 1:J block diagram of this Sabinoku device 10.
D 1 and built-in printer 3 are connected to CI) U5. In addition, the CPU 5 has an interface 6.
External telephone 1l and public line/dedicated line 12 via
A remote annunciator 13, an external printer 14, an external personal computer 15, and a service tool 16 are connected via an external interface 7.

Note that 8 is a transmission control device, which enables data transmission between the transmission system NC-bus and the CPU 5.

LCD with touch panel 1 is CDI with Hasokite
It is constructed by assembling a chip panel 1-2 on the entire surface of the screen of the computer 1, and input operations can be performed by directly touching the panel surface with a finger according to the display on the screen. The annunter 2 has a red L light that displays the status of various management points in partitioned areas 2-, to 2-11.
ED2a-, ~2aTall and green LED2b-
, ~2b-, fi, and partition areas 2-1 to 2-. A point name is written in h. Also, partition area 2-. in which this point name is written. ~2-. 1 is provided with a touch sensor, and by turning on this touch sensor, the partition areas 2-1 to 2-, o
By reading the screen, analog information regarding the fortune-telling point of the screened partition area is displayed on the display section 2C, which is made up of seven segments. As the built-in printer 3, a Strisobu chart printer is used, and is capable of printing alarm occurrence records, operation records, etc. in Chinese characters (1st and 2nd level).

FIG. 1 is an enlarged view of the annunciator 2 seen from the front, and the annunciator 2 is provided with an individual operation section 2d in addition to the above-mentioned display section 2c. This individual operation section 2d includes a scroll key 2d1, a downward scroll key 2d, a start key 2d3, and a stop key 2d4.
．． Confirm key 2dsAuto key 2d6. Change=t”-2d,
, lamp test key 2d. , a logout key 26q, and a cancel key 2d+o.

Next, the functions of the 7 Nan Shake 2 will be explained by showing a typical example thereof.

In FIG. 1, if you want to know the "1st floor room temperature", please refer to the partition area 2-. Touch. Then, display section 2
The current "room temperature on floor I" is displayed in C, for example, 25°C (see Figure 4 fa). At this time, red 1, E
If D 2 a - + is blinking, operate the down scroll key 2dz and scroll the screen on the display section 2C to display the details of the abnormality, for example, as shown in Figure 4 (bl). ”.Furthermore, from this state, by operating the down scroll key 2dz and scrolling the screen on the display section 2C, the set temperature of the “high alarm” can be determined, for example, as shown in Fig. 4 (c+). [High setting 24'CJ
You can find out by looking. Furthermore, if you operate the down scroll key 2d2 from this state and scroll the screen on the display section 2C, the screen returns to both sides shown in FIG. , Normally the old display/\return.

In FIG. 1, if the user wants to know the set on/off time of the "l tier nitrogen adjustment machine", the user selects the partition area 2-2. Then, for example, F-PM. l
The setting off time is displayed as 9: O OJ (see Fig. 5 (δ)). Furthermore, if you operate the down scroll key 2dz from this state and scroll the screen on the display section 2C, for example, "AM.8:
The set on time is displayed as O OJ (see Figure 5 (bl)).Furthermore, from this state, if you operate the down scroll key 2d2 to scroll the screen on the display section 2C, the time shown in Figure 5 (al Return to the screen shown in .

In FIG. 1, the red LED 2a-= of the partition area 2-6
If it is blinking, by touching this partition area 2-6, the content of the abnormality is displayed on the display section 2C as, for example, "-intrusion" as shown in FIG. 6.

As explained above, according to the annunciator 2 according to this embodiment, the red LED 2a and the green LED 2 in the partition area
In addition to the digital light-emitting display by b, analog information regarding desired management points is displayed on the display section 2C.
This increases the number of items to be managed.

In addition, in the embodiment described above, the display section 2C
is shown in a one-line display configuration, but it may also be configured as a two-line display configuration. In addition, partition areas 2-1 to 2-n. is allocated to a rectangular nod area, but it may also be allocated to an area showing the side cross-sectional shape of a building, so that the management point position in the building corresponds to the point name in the partition area.

[Effects of the Invention] As is clear from the above explanation, according to the annunciator according to the present invention, in addition to the digital light emission display, analog information regarding desired management points can be obtained on the display section. The number of management items will increase compared to the past.

[Brief explanation of drawings]

Fig. 1 is an enlarged front view of the annunciator incorporated in the annunciator device shown in Fig. 2; Figure 3 is the Bronok diagram of this Sabinok device, No. 4? 6 is a diagram illustrating a typical example of the function of the annunciator incorporated in this service device. 2... Annunciator, 2-1 to 2-■... Partition area, 2 a-1 to 2 a-nwr '''Red L
ED, 2b-1 to 2b-, l. ...Green L E D,
2c--Display section.

Claims (1)

[Claims] In an annunciator that displays the status of various management points in a facility in separate partitioned areas,
An annunciator comprising: a touch sensor installed in the partitioned area; and a display unit that displays analog information regarding the management point corresponding to the partitioned area where the touch sensor is installed based on the sensor output of the touch sensor.