JPS62260208A - Integrated control panel - Google Patents

Abstract

PURPOSE:To attain the centralized control of each room just through a single area by using an integrated controller to control those messages for start-stop setting of the equipments provided in the rooms, the environmental conditions inside and outside rooms, the arrival of mails, etc. CONSTITUTION:A terminal interface 4 is connected to a terminal equipment 10 connected to the equipments set in each room of a building such as air conditioners, illuminators, etc. A MODEM 5b is connected to an integrated control panel 12 set at the entrance of each room via a circuit 11b. Then a detector interface 6 is connected to a call charging system D1, an electronic computer rental calculation system D2, a CO2 concentration detector D3 set outdoors, a nose detector D4, etc. In such a constitution, an integrated controller 1 can perform the independent and centralized control for equipments set in each room, the consumption of electricity, etc., the environmental conditions inside and outside each room, etc.

Description

[Detailed Description of the Invention] [Field of Industrial Application] This invention is applicable to the control of the start/stop schedule of equipment in each room in a building, the management of consumption such as the amount of electricity, the indoor and outdoor environmental conditions, and the control of predetermined messages. The present invention relates to a comprehensive control panel that centrally controls displays, etc., and allows setting or confirming the management status in each room.

[Conventional technology]

In conventional tenant buildings, etc., each tenant independently turns on/off and adjusts equipment such as air conditioners and lighting equipment installed in their own room, and controls the usage of electricity, gas, water, etc.
Currently, when checking environmental conditions such as indoor temperature and humidity, temperature and humidity outside a building, and weather, a comprehensive management system for centrally managing these items has not been established.

[Problem that the invention seeks to solve]

Therefore, in the case of the above conventional example, when setting and checking the usage status of equipment, checking the amount of electricity etc. used, checking the indoor and outdoor environmental conditions, etc., it is necessary to There was a problem in that it was troublesome to have to go outside the building to check each time. In particular, in recent years, buildings have grown close to each other, windows in skyscrapers cannot be opened or closed, and the blinds have been lowered to prevent disturbances around the perimeter due to air conditioning equipment. It is not possible to know the outdoor conditions at all, especially for tenants on basement floors or intermediate floors that do not face external walls, so it is not possible to know the outdoor conditions at all, so it is not until they go outside that they realize it is raining. It becomes more common for people to realize that they are cold, feel cold, and have to go back to get an umbrella or coat.

In addition, it was necessary to go to the equipment one by one to check if the equipment used by each tenant had been turned off or forgotten to be turned off.

Therefore, the present invention has been made by focusing on the problems of the above-mentioned conventional examples.
The purpose is to provide a comprehensive control panel that can centrally check the usage of electricity, etc., check the indoor and outdoor environmental conditions, etc. in one place in each room.

[Means for solving problems]

In order to achieve the above object, this invention is arranged in each room in a building and monitors the start/stop schedule of equipment such as air conditioners, energy consumption such as indoor and outdoor electricity consumption, indoor and outdoor environmental conditions, etc. A comprehensive control panel for centrally managing data and messages, comprising a start/stop schedule setting section for setting the start/stop schedule, a display device for displaying the data, and a mode selection section for selecting data to be displayed on the display device. The present invention is characterized by comprising: a display section that displays a desired message; and a processing device that controls the start/stop schedule setting section, the display device, the mode selection section, and the display section.

[Effect]

In this invention, a comprehensive management board can manage equipment such as indoor air conditioners and lighting devices, turn on/off settings, manage consumption of electricity etc., indoor and outdoor environmental conditions, and messages such as arrival of mail. By managing the rooms, it is possible to centrally check and set the management, etc., independently for each room.

〔Example〕

Embodiments of the present invention will be described below based on the drawings.

FIG. 1 is a block diagram showing an embodiment of the present invention, and FIG. 2 is a front view showing an example of a comprehensive management panel applicable to the present invention.

In FIG. 1, reference numeral denotes a comprehensive management device located in a management room, and this comprehensive management device 1 includes a processor 2, a memory 3, a terminal interface 4, and a line interface 5a.
, a modem 5b, a detector interface 6, a CRT display 7, and an operation panel 8 are connected via a bus 9.

The terminal interface 4 is connected to a terminal device 10 that is connected to equipment installed in each room in the building, such as an air conditioner and a lighting device, and the modem 5b is connected to a line 11b.
The detector interface 6
is a telephone call billing system DI, an electronic computer usage calculation system Di, and an outdoor CO□ concentration detector D.
3. Noise detector Da, temperature detector DS + humidity detector 5
．． It is connected to the rain amount detector D7, the detection switch D8 of the mailbox, etc.

As shown in FIG. 2, the general control panel 12 includes a start/stop schedule setting device 13, a mode selection section 14 for selecting outdoor environment, indoor environment, energy consumption state, etc., and displays events selected by this selection section. A display device 15 for displaying information, a message display section 16 for displaying messages such as mail arrival, power on/off, etc., and a management section 17 for lighting equipment, audio equipment, etc. are integrally formed.

Then, the start/stop schedule setting device 13 and the mode selection section 1
4. The liquid crystal display device 15 and the message display section 16 are connected to the third
As shown in the figure, it is connected to a control device 20 equipped with a central processing unit 18 and a storage device 19, and this control device is connected to a modem 5b of the general management device 1 via a line interface 21 and a modem 22 via a line 11b. It is connected.

The start/stop schedule setting device 13 is a usable status indicator 1
3a, start time setting display 13b, end time setting display 13c, day of the week display 13d, numeric keypad 13e, start key 13f, start/end selection key 13g, day selection key 13h, setting key 13i, end key 133. Liquid crystal display 13k for numerical display and alarm buzzer 13j2)! i
: equipped, each key is scanned via scanner 13n+,
The displays 13a to 13d and the liquid crystal display 13k are directly connected to a bus 23 that is connected to the central processing unit 18, and use these to set start/stop schedules for equipment such as air conditioners, and drive the equipment accordingly. Manage.

The mode selection section 14 includes a Cozen degree selection switch 14a.
, noise selection switch 14b, weather selection switch 14c2
Time selection switch 14d, gas selection switch 14e,
Water selection switch 14f, light selection switch 14g,
Power selection switch 14h.

Indoor temperature selection switch 14i, outdoor temperature selection switch 1
4j, the indoor humidity selection switch 14 includes an outdoor humidity selection switch 14L, a telephone selection switch 14m, and a computer selection switch 14n, as well as a setting switch 14o for setting control conditions for the air conditioner, and an end switch 14p.
and a setting switch 14q for sounding a chime or alarm at a predetermined set time, and selection signals from these switches are sent to the bus 23 via the interface circuit 24.
It is connected to the.

The liquid crystal display device 15 is connected to the bus 23 and displays data of the event selected by the mode setting section 14.

The message display unit 16 includes a mail display 16a that lights up when a mail arrival signal is transmitted from the general management device 1, and an air conditioning display 16b that lights up when the air conditioner (AC) is activated.
, a copy display 16c that lights up when the copy power is on, a display 16d that lights up when the central processing unit 18 is in operation, and the like, which are connected to the central processing unit 18 via a bus 23. Messages indicating the status of the corresponding equipment are displayed by blinking or blinking.

The management unit 17 includes a switch 17a that turns on and off indoor lighting equipment, a light control device 17b that adjusts its illuminance,
A sound that adjusts the volume of the speakers in the room! Adjustment switch 17
It is equipped with c. Here, the light control device 17b includes a light control section 17b that uniformly increases or decreases the illuminance of all lighting equipment, and a light control section 17b2 that individually increases or decreases the illuminance. This management unit 17 is not connected to the central processing unit 18 and directly adjusts the lighting equipment or the audio equipment.

The central processing unit 18 also includes energy usage amount detectors 25a to 25d that output pulse signals for each predetermined usage amount of gas, water, electric light, and electricity when used, and detect indoor temperature and humidity. A temperature detector 25e and a humidity detector 25f are connected via an interface circuit 26 and a bus 23, and an input/output interface 27,
Indoor equipment such as an air conditioner, a copy machine, and a central processing unit are connected via an indoor distribution board 28 and a parallel input/output controller 29. Each equipment is equipped with a start/stop state output device that outputs an output signal according to its on/off state, and the output signal from this output device is sent to the parallel human output controller 29 via the power line. be done. In this way, by transmitting the on/off state of each facility equipment to the central processing unit 18 via the power line, there is no need to increase the wiring with the central processing unit 18 when adding equipment. It can be done easily.

Next, the operation of the above embodiment will be explained.

First, the central processing unit 18 executes the process shown in FIG. When pressed, it is determined that the mode selection process is to be performed based on the input signal, and the process moves to step ■b, where the mode selection process is executed. If no key of the mode selection section 14 is pressed, step ■C Then, it is determined whether or not to perform the start/stop schedule setting process.

This determination is made based on whether or not the start key 13f of the start/stop schedule setting device 13 is pressed. When the start key 13f is pressed, it is determined that the start/stop schedule is to be set or confirmed, and the step Step (2) moves to step (2)d, performs start/stop schedule processing, and when the start key 13f is not pressed, the process is terminated and the process returns to step (2) a.

In this state, when setting the start/stop schedule using the start/stop schedule setter 13 of the general control panel 120, press the start key 13f to set the start/stop schedule on the central processing unit 1.
8, first, in the process of FIG. 4, step ■a, ■C
After that, the process moves to step d, and the start/stop schedule process is executed.

In this start/stop schedule process, as shown in FIG.
The system waits until the password is entered, and when it is entered, the process moves to step b, where the manually entered password is sent to the processor 2 of the general management device 1 via the circuit &111, and the password registered in advance in the storage device 3 is stored. Determine whether it matches or not. At this time, if the two match, the process moves to step (3), where a request to send the end time data of the current day stored in advance in the storage device 3 is sent to the processor 2 of the general management device 1, and the corresponding data is When received, the data is displayed on the liquid crystal display 13k, and at the same time, a short confirmation sound is output from the buzzer 131.

Next, the process moves to step (2), and it is determined whether or not there is key human power. If there is no key human power, the process waits until key human power is available, and if there is key human power, the process moves to step (2).

In this step ■, the input key is day selection key 1
It is determined whether or not it is 3h. At this time, if the day of the week selection key 13h is pressed, the process moves to step (2) and the currently displayed day of the week is shifted to the next day of the week.

Next, the process proceeds to step (2), and it is determined whether or not the setting key 131 has been pressed. If the setting key 131 has not been pressed, the process returns to step (2). If the setting key 13i has been pressed, the day of the week set in step (2) and the day of the week set in step (2) are The start or end time data stored in step (3) is sent to the processor 2 of the comprehensive management device 1 via the
The data is stored in a predetermined storage area within.

Next, the process moves to step ■, and it is determined whether the end key 13j has been pressed. If it has not been pressed, the process returns to step ■; if it has been pressed, the schedule setting process is finished and the main program is returned. .

On the other hand, if the judgment result in step (■) is that the password is incorrect, the process moves to step [phase] and the general management responds that there is no corresponding password stored in advance in the storage device 3 of the general management device 1. It is determined whether or not there is a corresponding item from the device l, and when there is a response that there is no corresponding item, the process moves to step 0 and the liquid crystal display 13k displays r88:88.
J is displayed and a continuous tone is output from the alarm buzzer 131 to notify that the password is incorrect. If there is no response, it is determined that the line 11 is defective and step [
"r7'7:77" is displayed on the liquid crystal display 13k, and a continuous tone is output from the alarm buzzer 131 to notify that the line is defective.

If the result of the determination in step (2) is not the day of the week key 13h, the process proceeds to step 0, where it is determined whether the key is the start/end key 13g.

At this time, if the start/end key 13g is pressed, the process moves to step (2), reads out the stored data representing the end time of the day of the week displayed on the day of the week display 13d from the storage device of the general management device 1, and displays it on the LCD. After displaying on the display 13k, the process moves to step [phase]. Here, when the start/end key 13g is pressed, the start time and end time are alternately displayed on the liquid crystal display 13k in response to the press.

Next, the process moves to step ■, where it is determined whether or not there is key manpower. If there is no key manpower, the system waits until key manpower is available, and if there is key manpower, step [phase] is executed.
to move to. In this step [phase], it is determined whether or not the key input is from the numeric keypad 13e. If the input is from the numeric keypad 13e, it is determined that the end time or start time is to be set, and step 0, the input from the numeric keypad 13e is inputted and held in a shift register, for example, and the numerical value input by the numeric keypad 13e is displayed on the liquid crystal display 13k, and then the transition to step [phase] is made to display the 4-digit value. Determine whether a numerical value has been input. Here, if a four-digit numerical value has not been input, the process returns to step [phase], and if a four-digit numerical value has been input, the process moves to step (2).

Furthermore, the determination result of step [phase] is
If not, the process moves to step [phase] and it is determined whether or not it is the start key 13f.

At this time, if the start input key 13f is pressed, the purpose is to confirm the preset start or end time, so the schedule setting interrupt process is ended and any key other than the numeric keypad 13e or start input key 13f is pressed. If so, return to step (2).

In this way, when the operation start time and end time of equipment such as air conditioners for one week are set in the storage device 3 of the general management bag W1, a command signal is sent from the general management device 1 at the set operation start time. When this is sent out and received by the central processing unit 18 of the general control panel, an operation command signal is sent from the central processing unit 18 to equipment such as air conditioners via the input/output interface, the tenant distribution board, and the power line. When the equipment receives this, it starts its operation, and similarly, when the operation end time comes, an operation end command signal is sent from the central processing bag W18 to the equipment to end its operation. The operation of equipment can be individually controlled for each room in the building.

On the other hand, the pulse detection signals from the energy consumption detectors 25a to 25d for gas, water, electricity, power, etc. in each room are input to the central processing unit 18, so the central processing unit 18 performs the processing shown in FIG. Execute.

That is, when the pulse detection signal from each detector is input to the central processing unit 18, in step (2), the frequency fee that has been transmitted in advance from the general management device 1 and stored in a predetermined storage area in the storage device 19 is calculated. It is added to the usage fee SUM stored in the usage fee storage area, and the cumulative number of times of each pulse detection signal is counted as variables SG, SW, SL, and SP in the cumulative number storage area of the counter configuration.

Next, the process moves to step ◎, where the used charges SUM for each predetermined time, which are stored in the used charges storage area for a predetermined period of time, for example, every 10 minutes, are stored in the accumulated charges storage area that stores the accumulated charges for each month. The updated value is added to the accumulated charge TSUM, and the updated value is stored in the accumulated charge storage area.

Next, the process moves to step 0, and from the accumulated charge TSUM calculated in step 0, the amount (A t I + B) is subtracted to calculate the difference value DGE from the budget.

Next, the process moves to step [phase], and it is determined whether the difference value DGE calculated in step ◎ above is positive. If the determination result is negative or zero, the process moves to step (2), waits for a predetermined period of time, and determines whether or not the polling for integration has been performed from the processor of the integrated management device 1. When the polling for integration has been performed, Each cumulative number of times SL, S
P, SW, and SG are sent to the processor 2 of the general management bag W1, and the cumulative number of times is reset and stored in a predetermined storage area of the storage device 3. If positive, the process moves to step [phase]. Executes overload alarm processing.

In this state, for example, press the gas selection key 14e on the mode selection section 14 of the general control panel 12, and press the setting key 14e.
When o is pressed, the fourth
In the process shown in the figure, the process moves from step (a) to step (b) and a mode selection process is executed.

This mode selection process is performed in step O as shown in FIG.
In a, it is determined whether the selection key representing the energy usage of the selection keys 14e to 14h and the setting key 14o are pressed at the same time, and when both are pressed at the same time,
It is determined that a monthly target usage fee is to be set, and the process moves to step Ob. In this step Ob, by operating the numeric keypad 13e, the input target usage fee is stored in a predetermined storage area of the storage device 19, and based on this, the gas usage amount can be displayed as described later.

When displaying the amount of gas used, only the gas selection key 14e of the mode setting section 14 is pressed. When only the gas selection key 14e is pressed in this way, step Oa in FIG.
to step oc, and step [phase] in Fig. 6.
Difference value D between the target usage fee C calculated in and the current usage fee
GE is read from the storage device 19 and displayed on the liquid crystal display device 1.
Displayed on 5. In this case, the data sent from the processor is as shown in Figure 2, with charges plotted on the vertical axis and days plotted on the horizontal axis, with the solid line representing the target value calculated by prorating the preset gas bill budget on a daily basis. , and the charge according to the actual amount of gas used is displayed with a dashed line. Here, the fee according to the actual amount of gas used is displayed by converting the total amount of gas used within 10 minutes from the current time into a monetary amount. therefore,
Gas consumption can be managed based on this display. This gas consumption display mode can be canceled by pressing the gas selection key 14e again or by pressing another selection key.When the gas selection key 14e is pressed again, the liquid crystal display A clock display is automatically displayed on the device 15, and when another selection key is pressed, a display corresponding to that key is displayed on the liquid crystal display device 15.

Similarly, water, electric light, and power selection keys 14f to 14
Water and electricity by selecting h.

It is possible to manage the amount of power used.

When you want to check the outdoor environment, press CO in the mode setting section 14 using the concentration selection key 14a.

By selectively pressing the noise selection key 14b, the weather selection key 14c, the temperature selection key 14j, and the humidity selection key 1471, the central processing unit 18 sends a request to send data corresponding to each key to the processor of the integrated management device l. When the central processing unit 18 receives the detection data of each detector stored in the storage device, each data is displayed on the liquid crystal display device 15. telephone call volume,
Regarding the amount of computer usage, by pressing the selection keys 14m and 14n of the mode setting section 14, the data on the amount of calls and amount of usage stored in the storage device of the comprehensive management device 1 is displayed on the liquid crystal display device 15. be done. Furthermore, when you want to check the indoor temperature and humidity, by pressing the temperature selection key 141 and the humidity selection key 14k of the mode setting section 14, the detection signals of each detector at that time are stored in the storage device 19.
This is displayed on the liquid crystal display device 15 because it is stored in a predetermined storage area. In addition, when the temperature selection key 141 or the humidity selection key 14k is pressed, the setting key 14o
Press to switch to temperature or humidity setting mode,
Next, after manually inputting the desired temperature or humidity setting value by operating the numeric keypad 13e, by pressing the end key 14p, the indoor air conditioning conditions are set, and these are transmitted to the control device of the air conditioner. The air conditioner is controlled according to this air conditioning condition.

Furthermore, when a piece of mail is delivered to a postbox, the mail detector is turned on either automatically in response to the mail being posted or manually by the delivery person, and this is notified to the comprehensive management device. , data indicating this is sent from the general management device l to the general control panel 12 of each room, and the central processing device 18 that receives this sends a message to the message display section 1.
A command signal is output to the postal display 16a.
Lights up to notify you of the arrival of mail. When the mail is removed from the mailbox, the mail detector is turned off automatically or manually, and the mail display 1 is turned off.
6a goes out.

Furthermore, when equipment such as air conditioners, copying machines, word processors, etc. placed in the room become operational, output signals representing the operational status are sent from the on/off status output devices installed on these devices to the center via power lines. A command signal is input to the processing device 18, and based on this, a command signal is sent from the central processing device 18 to each display 1.
6b, 16c.

16d, and these lights are turned on so that it is possible to check the usage status and also to check whether the power has been turned off when leaving the room.

In addition, by turning on and off the switch 17a of the management unit 17, the lighting equipment in the room can be turned on and off, and by operating the light control device 17b, the illuminance of the lighting equipment can be arbitrarily adjusted. You can, as well, sound′! ! By operating the adjustment switch 17C, the volume of the speaker of the indoor acoustic device can be adjusted.

Next, another embodiment of the general management panel of the present invention will be described with reference to FIG.

In this embodiment, the overall configuration is simplified by sharing the display 13 of the start/stop schedule setting device 13 and the liquid crystal display device 15 of the mode setting section 14.

That is, as shown in FIG. 8, a mode setting section 14 is formed below the liquid crystal display device 15 installed at the top, in which keys 14a to 14m for mode selection are arranged, and the air conditioner An air conditioning key 141 for setting the start/stop schedule is provided.

Further, below the mode setting section 14, there is a status display 142 that displays various setting states in two colors, for example, red and green.
is provided, and below it is a setting key 61. which also serves to set the start/stop schedule and to set the mode. Confirmation key 62.
Completion key 63. Start selection key 64. End selection key 65.
A selection section 60 is provided in which a chime selection key 66 and an alarm selection key 67 are arranged in a horizontal row.

Further, on the lower left side of the selection section 60, a lighting equipment switch 17a and a tJi light device 17b are arranged, and on the right side thereof,
Numeric keypad 71. Selection keys corresponding to each day of the week? 2a-72
g, day of the week key 73, hour and minute selection keys 74a, 74b, select key 75. A data input section 70 consisting of a cent key 76, etc. is arranged, a message display section 16 is provided below it, and an alarm buzzer 81. A volume controller 82 is arranged.

Next, the operation of the above embodiment will be explained with reference to FIG. 9 showing the processing procedure of the central processing unit 18.

That is, in the central processing unit 18, when each selection key of the mode selection section 14 of the general control panel 12 is pressed, the central processing unit 18 performs mode setting processing, and the air conditioning key 1 41 is pressed. When pressed, start/stop schedule setting processing is performed.

Regarding the mode selection process, the same process as in the above embodiment is performed, and in response to the press of a desired selection key, the corresponding outdoor environmental conditions such as Co2 concentration, indoor temperature, humidity, etc. are displayed on the LCD device 15. Displays environmental conditions, telephone call volume, computer usage, etc.

In the start/stop schedule setting/confirmation process, as shown in FIG. 7, first, in step [phase], it is determined whether the air conditioning key 141 and the day of the week key 73 are pressed at the same time. This determination is to determine whether or not to perform the start/stop schedule setting process, and when both keys 141.73 are pressed at the same time, it is determined that the pre-stored start/stop schedule is to be confirmed. Then, the process moves to the schedule confirmation process after step @a, and when only the air conditioning key 141 is pressed, it is determined that the setting status for the day is to be confirmed or the start/stop schedule is to be set,
Tried steps @a~@h on the same day! The process moves on to the Lu process and the subsequent start/stop schedule setting process of steps @a to {circle around (1)}.

The schedule confirmation process first determines whether any day of the week keys 73 have been pressed in step (a), and if none has been pressed, waits until they are pressed.
When any one of them is pressed, the process moves to step (b), requests start and end time data corresponding to the day of the week of the pressed day of the week key 73 from the processor of the general management device 1, and receives the data. At times, the start and end times are displayed on the liquid crystal display device 15, and then the process moves to step @a to determine whether or not there is key human power, and when there is key human power, the process moves to step Ob. , it is determined whether the key input is the completion key 63 or not.

At this time, when the completion key 63 is pressed, step Oc
Then, flags Fl and F2, which will be described later, are reset to "0", and the process ends.

In the current day schedule confirmation process, first, in step @a, a transmission request for data on the current day's air conditioning start time is sent to the processor of the integrated management device 1, and when the data is received, the data is temporarily stored in the storage device 19. do. Next, the process moves to step @b, where the received air conditioning start time data is compared with the current time, and it is determined whether the current time is 30 minutes or more before the air conditioning start time. If the judgment result is a time more than 30 minutes ago, step @
Then, in step 0d, the air conditioning start time data read in step [phase] a is displayed on the liquid crystal display device 15, and the current time is the air conditioning start time. If it is less than 30 minutes ago, the process moves to step e and requests the processor of the integrated management device 1 to send data representing the end time of the air conditioning for that day.When the corresponding data is received, it is displayed on the liquid crystal display. 15.

Next, the process moves from step [phase] d or step @e to step @f, and it is determined whether or not there is key power, and if there is no key power, it waits until it is input, and if key power is present, it waits until it is input. , moves to step @g, and determines whether or not the setting key 61 has been pressed; if the setting key 61 has not been pressed, moves to step [phase] h, and determines whether or not the completion key 63 has been pressed. If the button is not pressed, the process returns to step [phase] a, and if the button is pressed, the process is immediately terminated and the process returns to the main program.

The start/stop schedule setting process is started when it is determined that the setting key 61 is pressed in the step [phase] g, first, the flag F2 is set to "1" in step @a, and then the flag F2 is set to "1" in step @b. , the status indicator 142
lights up red. Next, the process moves to steps @c and @d, and the same processing as steps (2) and (2) in FIG. 4 is performed to determine whether the input password is correct. If the password is incorrect or the line is defective, the process moves to step @e, executes the error processing in steps [phase] to @ in Figure 4, returns to the main program, and returns to step @d. If it is determined to be correct, the process moves to step Of, where the status indicator 142 is turned on in green, and then the process moves to step @g.

In this step (e.g., it is determined whether there is key manpower or not, and if there is no key manpower, it waits until it is available,
When there is key human power, the process moves to step @h.

In this step Oh, the key is the day selection key? 2a
72g, and press the day selection key 72a.
72g, the process moves to step @i, stores the designation code corresponding to the day of the week in the setting area formed in the storage device 19, and then moves to step @j.

In this step @j, it is determined whether or not the start key 64 has been pressed, and when the start key 64 has been pressed, the process moves to step @lk to comprehensively manage the transmission request for start time data corresponding to the selected day of the week. The data is transmitted to the processor of the device 1, and when the corresponding data is received, it is displayed on the liquid crystal display device 15, and then the process moves to step oIt.

In this step @E, after performing the processing of steps ① to [phase] in Fig. 4 and completing the input of the 4-digit time value, this is used as the time setting value and is sent to the processor of the general management device l along with the day of the week code. The information is transmitted and stored in a predetermined storage area of the storage device. Next, the process moves to step oa.

On the other hand, if the determination result in step @h is that the day selection key 73 is not pressed, it is determined that the start or end time of the current day is to be set, and the process moves to step @m.

In this step @m, step [
In phase] C, it is determined whether the flag F1 is set to "1" or not. If the flag is reset to "0", only the end time of the current day can be set, so the process moves to step On. Then, the end time is set based on a four-digit numerical value input using the numeric keypad, and this is displayed on the liquid crystal display device 15, and the end time is displayed on the general management device 1 along with the day of the week code.
and stores it in the current day's end time storage area of the storage device.

Also, the determination result of step @+a is that flag F1 is “l”.
”, both the start and end times of the current day can be set, so the process moves to step @0 and determines whether the input key is the end key.
If it is a numeric keypad, the process moves to step Qp, and the same start time setting process as in step @l is performed, and if it is an end key, the process moves to step @q, where all transmission requests for the end time data of the current day are combined. The process is performed on the processor of the management device 1, and when the corresponding data is received, the time is displayed on the liquid crystal display device 15, and then the step @
Moving to step n, end time setting processing is performed. Then, the process moves to step Oa from step B@n and step @p.

Furthermore, if the determination result in step Oj is not a start key, the process moves to step or to determine whether or not it is an end key, and if it is not an end key, the process returns to step @g, and when it is an end key, step @S Move to
A request to send end time data corresponding to the day of the week selected in step @h is sent to the processor of the integrated management device 1, and when the corresponding data is received, the end time is displayed on the liquid crystal display device 15, and then step @ Move to L and step 7
After performing the end time setting process similar to that for 10 shares, the process moves to step oa.

Furthermore, if the determination result in step ob is not the completion key 63, it is determined that setting or confirmation is to be performed again, the process moves to step Ou, and it is determined whether the flag F2 is "1". At this time, when the flag F2 is @1', that is, when the schedule setting process is being performed, the process returns to the step @h, and when it is "0", that is, when the confirmation process is being performed, the process returns to the process a. .

By performing the above processing, when only the air conditioning key 141 is pressed, it is possible to check the air conditioning start time or end time of the day, and by pressing the setting key 61 after the air conditioning key 141, the desired You can set the air conditioning start or end time for each day of the week (however, if the time until the current air conditioning start time is less than 30 minutes, the start time cannot be set), and the air conditioning key 141 and day of the week key 7
2 at the same time, you can check the set start and end times for each day of the week.

In each of the above embodiments, a case has been described in which the management and calculation of necessary items are performed by the comprehensive management device 1, but the invention is not limited to this. It is also possible to do this, and in this case, it is sufficient to connect a detector or the like that detects the outdoor environmental conditions inputted to the comprehensive management device 1 directly to the central processing device 18 via an interface. be.

In addition, the detectors for measuring energy consumption, outdoor environmental conditions, etc. are not limited to those in the above embodiments, and any detectors can be installed by reducing the number of detectors or adding other detectors. is possible.

Further, a start/stop schedule setting device 13, a mode setting section 1
The configuration of No. 4 is not limited to the above embodiment, and it goes without saying that any other configuration can be applied.

Furthermore, the display device is not limited to the liquid crystal display device 15, and any other display device can be applied.

〔Effect of the invention〕

As explained above, according to the present invention, a comprehensive control panel is arranged in each room in a building, and this comprehensive control panel is equipped with monitoring equipment that can check energy consumption and outdoor environmental conditions.
a setting unit for setting a start/stop schedule for an air 1N device, etc.;
This integrated control panel allows you to control the start and stop of equipment such as air conditioners, the outdoor environment, the usage of gas and electricity, and the delivery of mail. , forgetting to turn off equipment, etc. can be centrally managed, and these managements can be easily and reliably carried out without imposing unnecessary burdens.

[Brief explanation of drawings]

Fig. 1 is a block diagram showing an embodiment of the present invention, Fig. 2 is a front view showing the general control panel of the present invention, Fig. 3 is a block diagram showing the electrical connections of the general control panel, and Fig. 4 ~7th
8 is a front view showing another embodiment of the present invention, and FIG. 9 is a flow chart showing the processing procedure of the central processing unit. In the figure, 1 is a general management device, 2 is a processor, 3 is a storage device, 12 is a general control panel, 13 is an on/off schedule setting section, 14 is a mode setting section, 15 is a liquid crystal display device, 16 is a message display section, 17 is a management unit for lighting, etc., 18 is a central processing unit, 19 is a storage device, and 20 is a control unit. It is a IIl device.

Claims (1)

[Claims] It is a comprehensive control panel located in each room of a building that centrally manages data and messages such as start/stop schedules for equipment such as air conditioners, energy consumption such as indoor and outdoor electricity, and indoor and outdoor environmental conditions. a start/stop schedule setting section for setting the start/stop schedule; a display device for displaying the data; a mode selection section for selecting data to be displayed on the display device; and a display section for displaying a desired message. A comprehensive control panel comprising: the start/stop schedule setting section, a display device, a mode selection section, and a processing device that controls the display section.