JP3399696B2 - Room use coordination equipment management device - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a room actual use cooperation facility management apparatus for managing building facilities in cooperation with actual use states of a plurality of rooms, and more particularly to monitoring the state of building facilities by using a computer. To connect a facility management system that automatically starts and stops equipment to a key management system that manages the usage status of a room using a computer, and import room usage information from the key management system into the equipment management system. Therefore, the present invention relates to a room actual use cooperation facility management device that enables more efficient operation management of building facilities.

[0002]

2. Description of the Related Art Conventionally, there are a facility management system that automatically monitors the state of building facilities and automatically starts and stops the facility using a computer, and a key management system that manages the state of use of a room by using a computer. , Were operated independently.

In the key management system, the card reader provided in each room allows the user to read a predetermined card to enter the room, and at the same time, the start of use of the room is transmitted to the monitoring center. It is like this. On the other hand, at the end of use of the room, the end input key provided for each room is operated to transmit the end of use of the room to the monitoring center. Such a transmission is made in correspondence with the room number.

In the equipment management system, a schedule is created on the basis of reservations for use of the room, and for example, the fan coil unit for lighting or cooling / heating of the room is set at a predetermined time by the schedule start / stop function of the equipment management system. Then, it will be automatically started or stopped. The schedule start / stop function is a function for starting or stopping each facility device according to a preset schedule.

In addition, in the facility management system, in order to use the room earlier than the reserved time or extended,
Based on the application from the room user, the schedule is changed through the input work by the operator. The computer automatically calculates the amount of increase in the usage time due to the change, and the room user is charged for the usage amount.

Here, the equipment to be managed is as follows:
In addition to lighting and fan coil units, there are electric power facilities (for example, breakers) and sanitary facilities (for example, ventilation fans). Some are attached only to a particular room, and some are common to multiple rooms. Such equipment management is performed after each equipment number is assigned to each equipment.

[0007]

By the way, in the conventional equipment management system, the equipment is automatically started according to the schedule. However, the use of the room is not always performed as planned, and the equipment is operated. However, it is possible that the room is not actually used. In such a case, useless power and heat are consumed by driving the equipment.

Further, in the conventional facility management system, the operator has to perform input work when the schedule is changed due to the convenience of calculating the room usage charge.
The work was complicated. In addition, there is an inherent difference between the room usage time on the schedule and the actual room usage time, which is not reflected in the room usage fee.

The present invention has been made in view of the above circumstances, and an object thereof is to provide a room actual use cooperation facility management apparatus capable of starting each facility device according to an actual room use state. To do.

Another object of the present invention is to eliminate the need for the operator to change the room usage schedule and to calculate the room usage charge according to the actual room usage condition. It is to provide a management device.

[0011]

In order to achieve the above object, the present invention, as shown in FIG. 1, is a room information generating means for generating information on the actual use state of a room in association with a room identification code. 1, a room is treated as one piece of equipment, and equipment information collecting / storing means 2 for collecting and storing information necessary for managing various building equipment in association with the equipment identification code, a room identification code and an equipment identification code. The correspondence relationship table 3 indicating the correspondence relationship of the room information and the information generated by the room information generating means 1 are converted into information related to the corresponding equipment identification code by referring to the correspondence relationship table 3 and the equipment information collecting / storing means 2 And an information conversion means 4 for sending to a room.

[0012]

In the above structure, first, a room is treated as one piece of equipment, and each equipment identification code is set in correspondence with each room identification code. The correspondence relation between the room identification code and the equipment identification code is stored in the correspondence relation table 3.

The room information generating means 1 generates information relating to the actual use state of the room in association with the room identification code and sends it to the information converting means 4. That is, the room information generation means 1 sends to the information conversion means 4 the room identification code of the room and the information on the actual usage state of the room. The information converting means 4 converts the sent room identification code into an equipment identification code by referring to the correspondence table 3, and collects and stores equipment information together with information about the actually used state of the room. Send to means 2. The facility information collecting / storing means 2 collects information necessary for managing various building facilities in association with the facility identifying code of the building facility, stores the facility information for each facility identifying code, and sends the facility identifying code. Similarly, the code and the information on the actual use state of the room are stored for each equipment identification code.

Therefore, in the equipment management system, information on the actual usage status of the room can be obtained, and various building equipment can be managed according to the information. For example, each equipment is started according to the actual usage status of the room. It becomes possible to do. That is, it is possible to prevent unnecessary consumption of electric power and heat due to unnecessary driving of the equipment. In addition, it becomes possible to calculate the room usage fee according to the actual room usage state, and it becomes unnecessary for the operator to change the schedule.

[0015]

Embodiments of the present invention will be described below with reference to the drawings. First, the principle of the present invention will be described with reference to FIG.
The present invention relates to room information generating means 1 for generating information relating to the actual use state of a room in association with a room identification code,
A room is treated as one piece of equipment, and the equipment information collecting / storing means 2 that collects and stores information necessary for managing various building equipment in association with the equipment identification code, and the correspondence relationship between the room identification code and the equipment identification code Correspondence table 3 indicating
The information conversion unit 4 converts the information generated by the room information generation unit 1 into information related to the corresponding equipment identification code by referring to the correspondence table 3 and sends the information to the equipment information collection / storage unit 2. . The room information generating means 1 is provided in the conventional key management system, and the equipment information collecting and storing means 2 is provided.
Is installed in a conventional equipment management system. Then, the key management system and the equipment management system are connected by the gateway device, and the correspondence table 3 and the information conversion means 4 are provided in the gateway device.

In such a structure, first, in order to incorporate the key management system into the equipment management system, the room is treated as one piece of equipment, and each equipment identification code is set corresponding to each room identification code. The correspondence relation between the room identification code and the equipment identification code is stored in the correspondence relation table 3.

FIG. 2 shows an address conversion table as a concrete example of the correspondence table 3. That is, the "key number" corresponding to the room identification code and the "equipment number" corresponding to the equipment identification code are stored in advance in the gateway device as a table in association with each other.

Next, the room information generating means 1 generates information relating to the actual use state of the room in association with the room identification code and sends it to the information converting means 4. That is, for example, as shown in FIG. 3 (A), the room information generation means 1 stores key information that is a set of “key number” and “state” corresponding to information on the actual use state of the room. Occur. "Key number" consists of 2-byte 4-digit number, and "state"
Consists of 1 bit, and "0" of "state" indicates the end of room use, and "1" indicates the start of room use.

The information conversion means 4 converts the sent room identification code into an equipment identification code by referring to the correspondence table 3, and the equipment information collection / storage means 2 together with the information about the actually used state of the room. Send to. That is, for example, as shown in FIG. 3B, the information converting means 4 generates the equipment monitoring information, which is a set of "equipment number" and "state" including information on the actual usage state of the room. To do. The "facility number" is composed of 10-digit numbers of 5 bytes, the "state" is composed of 1 byte, and each bit of the "state" indicates various states of the corresponding equipment. In particular, the sixth bit indicates the output content of the security sensor when the corresponding equipment is the security sensor, "0" indicates a normal state, and "1" indicates an alarm state. The 7th bit indicates the operating status (O) of the corresponding equipment.
N / OFF state), "0" represents a stopped (OFF) state, and "1" represents an operating (ON) state. When the corresponding equipment is a room, the “state” of the key information is directly input to the 7th bit. Therefore, the end of room use is converted to a stopped (OFF) state, and the start of room use is converted to an activated (ON) state.

The equipment information collecting / storing means 2 collects information necessary for managing various building equipment in association with the equipment identification code of the building equipment, stores the equipment information for each equipment identification code, and sends the information. The equipment identification code and the information on the actual use state of the room are similarly stored for each equipment identification code.

Therefore, the facility management system can manage various building facilities according to the actual state of use of the room. For example, each facility can be activated according to not only the room use schedule but also the actual room use state. That is, it is possible to prevent unnecessary consumption of electric power and heat due to unnecessary driving of the equipment. This will be described in detail in the first embodiment described later. Further, it becomes possible to calculate the room usage fee according to the actual room usage state, and it is not necessary for the operator to change the schedule. This will be described in detail in a second embodiment described later.

Next, a detailed description of the embodiment will be given. First, the first embodiment will be described. FIG. 4 is a block diagram showing the configuration of the first embodiment. That is, the key management system 11 and the equipment management system 12 are connected by a gateway device (GWS) 13. The gateway device 13 includes a CPU 13a, a memory 13b, a disk 13c, which are connected to each other by a bus.
It is composed of an RS232C card 13d and a LAN card 13e. RS232C card 13d is RS23
The key management system 11 is connected via the 2C line, and the LAN card 13e is connected to the facility management system 12 via the LAN line and each operates as an interface. The address conversion table shown in FIG. 2 is stored in the memory 13b. The equipment management system 12 is mainly a central processing unit (MCS) 12
a, a display device (Man Machine Station; MMS) 12b,
Collection processing device (Terminal Station Controller; TSC) 12
and c. Each is connected by a LAN line. Detailed internal configurations of the key management system 11 and the equipment management system 12 will be described later with reference to FIGS. 5 and 6, respectively.

The gateway device 13 sends the key information [illustrated in FIG. 3 (A)] sent from the key management system 11,
The address conversion table stored in the memory 13b (see FIG.
Equipment monitoring information [illustrated in FIG. 3 (B)]
And transmits it to the equipment management system 12. Note that this transmission is performed as state change data only when the "state" has changed, and is not transmitted when the "state" has not changed.

FIG. 5 is a block diagram showing the internal structure of the key management system 11. The key management system 11 includes a host computer 11a, a CRT display device 11b, a printer 11c, and a plurality of card gates 11d to 11f. The host computer 11a is a CPU
11aa, memory 11ab, disk 11ac,
RS232C card 11ad and HDLC card 11a
e, which are connected to each other via a bus.
CRT display device 11b and printer 11 are provided on the bus.
c is also connected. The RS232C card 11ad receives the gateway device 13 via the RS232C line as described above.
Further, the HDLC card 11ae is connected to the plurality of card gates 11d to 11f via the HDLC line. The card gates 11d to 11f are provided at the entrances of the rooms, respectively, so that the user of the room can enter the room by causing the card gate to read an ID card or a room use permission card. Has become. At the same time as reading the card, the card gates 11d to 11f inform the host computer 11a of the room number (key number) and the contents of the card (ID code, etc.), and the host computer 11a indicates the room number and the card Memorize the contents. Each of the card gates 11d to 11f is provided with a key input device operated at the end of use of the room, and when a user inputs the key input device, the key input device is sent to the host computer 11a. And the room number are stored. Note that the room is auto-locked, so the card is read into the card gate each time you enter the room, but once the room is in use, unless there is an end input from the key input device, The host computer 1 reads the card each time you enter the room.
It does not affect the room use start time stored in 1a.

The host computer 11a creates key information [FIG. 3 (A)] based on the stored information and sends it to the gateway device 13. 6 is a facility management system 12
3 is a block diagram showing a detailed internal configuration of FIG. The central processing unit (MCS) 12a manages the entire facility management system 12 and saves long-term data (database), and executes various processes such as a room use monitoring process described later. Display device (MMS)
12b displays the state of the equipment and the operation data. The collection processing device (TSC) 12c collects the status of the equipment and controls the driving of the equipment. A plurality of terminal stations (TS) 12d to 12g are connected to the collection processing device 12c via an HDLC line. The terminal stations 12d to 12g monitor the state of the equipment and send status information to the collection processing device 12c, and turn on or turn off the equipment according to the drive control signal sent from the collection processing device 12c. Or The equipment includes lighting, fan coils, crime prevention sensors, and the like.
In one room, for example, as shown by a two-dot chain line frame 14 in FIG. 6, the card gate of the key management system 11, the illumination of the facility management system 12, the fan coil, and the crime prevention sensor are provided.

The operation of the central processing unit 12a of the facility management system 12 as described above will be described with reference to FIG. Figure 7
FIG. 4 is a diagram illustrating a process according to the present invention performed by the central processing unit 12 a of the facility management system 12. In the figure, within the frame of the central processing unit 12a, various processes 17 to 19 performed by the central processing unit 12a, a schedule start / stop table 15 and a device state table 16 used for these processes are shown. The schedule start / stop table 15 describes preset schedules for starting and stopping operations of various equipment. This schedule is created and stored in advance in order to control the operation of the equipment related to the room based on the application for use of the room. The equipment state table 16 is a table for storing the operation states of various equipments for each equipment number. The usage status of a room treated as equipment may be stored here.

Various processes performed by the central processing unit 12a include a LAN line transmission / reception process 17, a schedule start / stop process 18, a state change process 19 and a room use monitoring process 20. The LAN line transmission / reception processing 17 is performed by the central processing unit 12a.
And the collection processing device 12c or the gateway device 13 is used to perform transmission / reception processing when transmission / reception is performed via a LAN line. The schedule start / stop process 18 is a process executed in a 1-minute cycle, and the schedule start / stop table 1
5, according to the schedule, operation start and stop of various equipments are performed by the LAN line transmission / reception processing 17,
Collection processing device 12c, terminal station 12d-
Via 12 g (FIG. 6). For example, the terminal station 12g turns on the illumination 21 of the room according to the scheduled use time of the room. The condition change processing 19 returns the condition change data sent from the gateway device 13 to the original equipment monitoring information [FIG. 3 (B)], and sends it to the device status table 16. Therefore, the equipment status table 16 also stores the usage status of the room. The room use monitoring process 20 will be described with reference to FIG.

FIG. 8 is a flow chart showing the procedure of the room use monitoring process 20. This process is executed every 5 minutes. The steps will be described below. [S1] The schedule is acquired from the schedule start / stop table 15. Group various equipment into each room,
Those groups are sequentially processed.

[S2] It is determined whether or not a predetermined time (for example, 30 minutes) has elapsed since the equipment of the processing target group started operating according to the schedule start / stop table 15. For example, it is determined whether 30 minutes have passed since the lighting 21 was turned on by the terminal station 12g. If it has elapsed, the process proceeds to step S3, and if it has not yet elapsed, the process proceeds to step S6.

[S3] The state of the room corresponding to the group to be processed is checked by referring to the device state table 16. As described above, the device status table 16 is sent with information indicating the actual usage status of the room from the key management system 11 and stored therein.

[S4] If the room is in use, proceed to step S6. If the room is not in use, proceed to step S5. [S5] The equipment of the group to be processed is returned to a state matched to the unused state of the room. For example, the illumination 21 turned on by the terminal station 12g is turned off via the LAN line transmission / reception processing 17, the collection processing device 12c, and the terminal station 12g.

[S6] If the processing is completed for all the groups, the present processing is completed, and if there are any remaining groups, the process proceeds to step S7. [S7] The next group is processed according to the order.

As described above, according to the room use schedule, for example, if the room is not started to be used for a predetermined time after the room light is turned on, the light is automatically turned off. Thus, it is possible to prevent unnecessary power and heat from being consumed by driving the equipment even though the room is unused.

Next, a second embodiment will be described. Since the configuration of the second embodiment is the same as the configuration of the first embodiment shown in FIGS. 4 to 6, the same components will be described below with the same reference numerals. The processing performed by the central processing unit 12a of the facility management system 12 is different from that of the first embodiment.

FIG. 9 is a facility management system 1 of the second embodiment.
It is a figure explaining the process performed by the 2nd central processing unit 12a. In the second embodiment as well, there are the same as the schedule start / stop table 15, device status table 16, LAN line transmission / reception processing 17, schedule start / stop processing 18, and status change processing 19 of the first embodiment. 9, the schedule start / stop table 15, LAN line transmission / reception processing 17,
Illustration of the schedule start / stop processing 18 is omitted. Note that FIG.
Then, illustration of peripheral devices of the central processing unit 12a is omitted.

First, the schedule information table 22 is set in advance. In the schedule information table 22, a room is set as a monitoring device, and control devices related to the monitoring device (room) are classified and grouped for each monitoring device. Each group is provided with columns for time information and non-reserved time. Time information column (enlarged in the figure and indicated by reference numeral 22a)
Indicates the scheduled use date and time of the corresponding monitoring device (room). ON is scheduled to start use, and OFF is scheduled to finish use. In the non-reserved time column, the non-reserved use time calculated by the method described below is entered when the use of the room exceeds the reservation time.

Upon receipt of the status change data from the gateway device 13, the out-of-reservation time integration processing 23 refers to the schedule information table 22 when the status change data indicates the end of use of the room, and changes the status. Monitoring equipment (room) that matches the equipment number (corresponding to the key number) included in the data
Look for. Then, the time information of the group to which the corresponding monitoring device belongs is acquired, and the actual use start time and use end time of the corresponding monitoring device (room) are read from the device state table 16. The non-reserved use time is calculated from the thus obtained reserved time for use of the room and the actual time, and is entered in the non-reserved time column of the schedule information table 22. This non-reserved usage time can be used for calculation of the non-reserved room usage fee and the like. Of course, it is possible to calculate the room usage charge based not only on the overtime but also on the entire actual usage time.

As described above, it is possible to calculate the room usage charge according to the actual room usage status without the operator's input work for the room usage not reserved.
Next, a third embodiment will be described.

Since the structure of the third embodiment is the same as that of the first embodiment shown in FIGS. 4 to 6, the same components will be described with the same reference numerals. The processing performed by the central processing unit 12a of the facility management system 12 is the first
Is different from the embodiment described above.

FIG. 10 is a diagram for explaining the processing performed by the central processing unit 12a of the facility management system 12 of the third embodiment. Also in the third embodiment, the schedule start / stop table 15, the device status table 16, the LAN line transmission / reception processing 17, the schedule start / stop processing 18, and the status change processing 19 of the first embodiment are present, but in FIG. Their illustration is omitted.

First, the key interlocking table 24 is preset. In the key interlocking table 24, the room is used as a monitoring device,
The control devices related to the monitoring device (room) are classified and grouped for each monitoring device. A column called interlocking information is provided for each group. In the interlocking information column, one of the five control modes is previously described for each control device. The first mode of the five control modes is uncontrolled, and the second mode is the target control device (for example, in accordance with the transition of the monitoring device (room) from the OFF (end of use) state to the ON (start of use) state. Lighting) operating mode, third
The fourth mode is a mode in which the target control device (for example, a security sensor) is deactivated according to the transition of the monitoring device (room) from the OFF (end of use) state to the ON (start of use) state. Is a mode in which the target control device (for example, a security sensor) is activated in accordance with the transition of the monitoring device (room) from the ON (start of use) state to the OFF (end of use) state, and the fifth mode is monitoring. Turn on the equipment (room)
This is a mode in which a target control device (for example, a lighting device) is inactivated in accordance with a transition from the (use start) state to the OFF (use end) state.

When the key interlocking control processing 25 receives the state change data from the gateway device 13, when it is the state change data representing the end of use of the room, the key interlocking control process 24 refers to the key state change data. Find the monitoring equipment (room) that matches the equipment number (corresponding to the key number) included in. Then, the interlocking information of the group to which the corresponding monitoring device belongs and the control device are acquired. Based on the interlocking information and the control device thus obtained, the key interlocking control process 25 controls the corresponding control device according to the mode indicated by the interlocking information.
In addition, at the start of use of the room, schedule start / stop processing 1
A control device or the like is controlled by 8.

As described above, by setting the interlocking information, it is possible to simultaneously control a plurality of equipments in their respective predetermined modes. Further, since the drive control of the related equipments can be performed by the real time of the room use end, it is possible to prevent wasteful operation of the equipments when the room use ends earlier than the reserved time.

Next, a fourth embodiment will be described. Since the configuration of the fourth embodiment is the same as the configuration of the first embodiment shown in FIGS. 4 to 6, the same components will be described below with the same reference numerals. The processing performed by the central processing unit 12a of the facility management system 12 is different from that of the first embodiment.

FIG. 11 is a diagram for explaining the processing performed by the central processing unit 12a of the equipment management system 12 of the fourth embodiment. Also in the fourth embodiment, the schedule start / stop table 15, the device status table 16, the LAN line transmission / reception processing 17, the schedule start / stop processing 18, and the status change processing 19 of the first embodiment are present, but in FIG. Illustration of the schedule start / stop table 15, LAN line transmission / reception processing 17, and schedule start / stop processing 18 is omitted.

First, the multi-key interlocking table 26 is preset. In the multi-key interlocking table 26, a room is used as a monitoring device, and a plurality of monitoring devices (rooms) and a plurality of control devices commonly associated with the plurality of monitoring devices (rooms) (for example, corridor lighting, corridor lighting) are used. Like a fan coil,
The equipment common to a plurality of rooms) is put together to form a group. Each group is provided with columns of interlocking information and monitoring conditions. In the interlocking information column, an appropriate mode among the five control modes is described in advance for each control device. The five control modes are the same as those in the third embodiment described above. One of the two monitoring conditions is described in advance in the monitoring condition column. The first of the two monitoring conditions is an OR condition for each usage state of the monitoring device (room) in the group, and the second is an AND condition for each usage state of the monitoring device (room) in the group. .

When the key interlocking control process 27 receives the state change data from the gateway device 13, whether the state change data indicating the start of use of the room or the state change data indicating the end of use of the room is multi-keyed. The interlocking table 26 is referred to search for a monitoring device (room) that matches the equipment number (corresponding to the key number) included in the status change data. Then, the monitoring condition, the interlocking information, and the control device of the group to which the corresponding monitoring device belongs are acquired. Further, the usage status information on all the monitoring devices (rooms) of the group is read from the device status table 16. The monitoring condition is applied to the usage status information of all the monitoring devices (rooms) of the group thus obtained, and the operation of the control device is controlled according to the interlocking information based on the result. For example, if only one of the monitoring devices (rooms) is in use and the monitoring condition is an OR condition, the operation of the control device is controlled according to the interlocking information. In other words, if one room is busy,
Turn on the lights in the corridor. Further, if all the monitoring devices (rooms) are in the use end state and the monitoring condition is the AND condition, the operation of the control device is controlled according to the interlocking information. That is, when all the rooms have been used, the lighting in the corridor is turned off.

As described above, by setting the monitoring conditions, it becomes possible to control the operation of the equipment such as the corridor lighting common to a plurality of rooms in accordance with the actual usage state of the plurality of rooms. Also in this case, the equipment can be operated according to the actual usage state of the room, and useless operation of the equipment can be prevented.

Next, a fifth embodiment will be described. Since the configuration of the fifth embodiment is the same as the configuration of the first embodiment shown in FIGS. 4 to 6, the same components will be described below with the same reference numerals. The processing performed by the central processing unit 12a of the facility management system 12 is different from that of the first embodiment.

FIG. 12 is a diagram for explaining the processing performed by the central processing unit 12a of the equipment management system 12 of the fifth embodiment. Also in the fifth embodiment, the schedule start / stop table 15, the device status table 16, the LAN line transmission / reception processing 17, and the schedule start / stop processing 18 of the first embodiment are present, but in FIG.
5, the LAN line transmission / reception processing 17 and the schedule start / stop processing 18 are not shown. In the fifth embodiment, instead of the state change process 19 of the first example, a state change process 31 having the same function as the state change process 19 and further having an alarm processing function and the like is provided.

First, the key-related crime prevention monitoring table 28 is preset. In the key-related crime prevention monitoring table 28, a room is used as a monitoring device, and control devices (security sensors) related to the monitoring device (room) are classified for each monitoring device to form a group. A column called interlocking information is provided for each group. In the interlocking information column, an appropriate mode among the five control modes is described in advance for each control device. The five control modes are the same as those in the third embodiment described above.
Since all the control devices are security sensors here, the target control device (security device) is displayed in the interlocking information column in accordance with the transition of the monitoring device (room) from the OFF (end of use) state to the ON (start of use) state. Third) to deactivate the sensor)
And a fourth mode in which the target control device (security sensor) is activated according to the transition of the monitoring device (room) from the ON (start of use) state to the OFF (end of use) state. It

When the key-related crime prevention monitoring process 29 receives the state change data relating to the room use state from the gateway device 13, it is either state change data indicating the start of use of the room or state change data indicating the end of use. Even with this, the key-related crime prevention monitoring table 28 is referenced to search for a monitoring device (room) that matches the equipment number (corresponding to the key number) included in the status change data. Then, the interlocking information and the control device of the group to which the corresponding monitoring device belongs are acquired. Further, the usage status information on the monitoring equipment (room) is read from the equipment status table 16. The interlocking information is applied to the usage status information about the monitoring device (room) thus obtained, and the operation of the control device is controlled based on the result.
For example, the operation of the control device (security sensor) is stopped when the monitoring device (room) is in the use start state, and the operation of the control device (security sensor) is started when the monitoring device (room) is in the use end state.

On the other hand, the state change processing 31 has the same function as the state change processing 19 of the first embodiment as described above, and the state change data sent from the gateway device 13 is used as the original equipment monitoring information [FIG. (B)] and sends it to the equipment status table 16 to store the usage status of the room in the equipment status table 16. In addition, the state change process 31 is performed by the collection processing device 1
2c receives a security alert as status change data. The security alarm corresponds to the alarm state of "1" described in the sixth bit of the "state" of the equipment monitoring alarm shown in FIG. 3 (B). The state change process 31 refers to the key-related crime prevention monitoring table 28,
Search for a control device (security sensor) that matches the security sensor included in the status change data, and find the corresponding control device (security sensor).
Acquire the surveillance equipment (room) of the group to which the belongs. Then, the usage status information on the monitoring equipment (room) is read from the equipment status table 16. As a result, if the monitoring device (room) is in use, it is determined that the crime prevention alarm is a false alarm, while if it is not in use, the alarm processing 30 is notified. When notified, the alarm processing 30 performs processing such as contacting a security guard.

As described above, when a crime prevention alarm is erroneously generated while the room is being used, the judgment as an erroneous alarm can be automatically made with certainty.

[0055]

As described above, in the present invention, a room is treated as one piece of equipment, each equipment identification code is set in correspondence with each room identification code, and the correspondence relationship between the room identification code and the equipment identification code is set. Is provided.
Then, the room identification code and the information on the actual usage state of the room are converted into the equipment identification code and the information on the actual usage state of the room by referring to the correspondence table and sent to the equipment management system. Therefore, the facility management system can obtain information on the actual usage state of the room, and can manage various building facilities according to the information. Therefore, for example, it is possible to start each facility according to the actual room usage state. That is, it is possible to prevent unnecessary consumption of electric power and heat due to unnecessary driving of the equipment. In addition, it becomes possible to calculate the room usage fee according to the actual room usage state, and it becomes unnecessary for the operator to change the schedule.

[Brief description of drawings]

FIG. 1 is a diagram illustrating the principle of the present invention.

FIG. 2 is a diagram showing an address conversion table.

FIG. 3 is a diagram showing key information and equipment monitoring information,
(A) shows key information and (B) shows equipment monitoring information.

FIG. 4 is a configuration diagram of a first embodiment.

FIG. 5 is an internal configuration diagram of a key management system.

FIG. 6 is an internal configuration diagram of a facility management system.

FIG. 7 is an explanatory diagram of an MCS process according to the first embodiment.

FIG. 8 is a flowchart of a room use monitoring process.

FIG. 9 is an explanatory diagram of an MCS process according to the second embodiment.

FIG. 10 is an explanatory diagram of an MCS process according to the third embodiment.

FIG. 11 is an explanatory diagram of an MCS process according to the fourth embodiment.

FIG. 12 is an explanatory diagram of an MCS process according to the fifth embodiment.

[Explanation of symbols]

1 Room information generation means 2 Equipment information collection and storage means 3 correspondence table 4 Information conversion means

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Claims (6)

(57) [Claims] 1. A room actual use cooperation facility management apparatus for managing building facilities in cooperation with actual use states of a plurality of rooms, wherein information on an actual use state of a room is generated in association with a room identification code. Room information generating means, a room as one piece of equipment, equipment information collecting and storing means for collecting and storing information necessary for managing various building equipment in association with the equipment identification code, the room identification code and the Correspondence relationship table showing correspondence relationship with equipment identification code, information generated by the room information generating means is converted into information related to the corresponding equipment identification code by referring to the correspondence relationship table, and the equipment information Based on the information conversion means to be sent to the collection and storage means and the room usage schedule, a predetermined time is set.
Starting means for starting equipment, and the predetermined equipment stored in the equipment information collecting and storing means
Based on information about the actual usage of the room in relation to
After the specified equipment is activated, the
Judgment means for judging whether or not the room is in use
Then, as a result of the judgment by the judging means, the room is still in the use state.
Prohibition of operation of the specified equipment if not
Stop means and the actual use of the room stored in the equipment information collecting and storing means.
Information about usage status and usage schedule for the room
And a result of the comparison by the comparison means, the use schedule of the room
If there is an actual usage condition different from that of the
A room actual use cooperation facility management device , comprising: a calculating unit that calculates a time difference . 2. Based on a usage schedule for a room
Starts the specified equipment at the specified start time
Means and the actual use of the room stored in the equipment information collecting and storing means.
The actual usage of the room in the usage status information
A stop that stops the operation of the predetermined equipment based on the end-of-use information.
The room material according to claim 1, further comprising stop means.
Use cooperation facility management device. 3. The operation should be controlled at the end of use of the room.
Interlocking to specify multiple facilities and their control operation contents
The table and the actual usage of the room stored in the equipment information collection and storage means.
The actual usage of the room in the usage status information
When receiving the end-of-use information, refer to the interlocking table
The specified system for multiple equipment related to the room.
The room actuality according to claim 1, further comprising a control means for controlling the operation.
Use cooperation facility management device. 4. A facility and a plurality of rooms related to the facility.
Corresponding table and the actual usage of the room stored in the equipment information collecting and storing means.
Of the information on usage status, described in the correspondence table
Of usage status information on multiple rooms
Based on the operation control of the equipment corresponding to the plurality of rooms
The room control device according to claim 1, further comprising: an operation control unit that controls the room.
Use cooperation facility management device. 5. A crime prevention sensor for performing crime prevention monitoring of a room, and an actual use of the room stored in the facility information collecting and storing means.
The actual usage of the room in the usage status information
When receiving the end-of-use information, monitor the crime prevention sensor in the room
Outputs the start instruction and actually uses the room
When the start information is received, the security sensor in the room will stop monitoring.
The room actuality according to claim 1, further comprising: a security sensor operation instruction means for outputting a stop instruction.
Use cooperation facility management device. 6. A crime prevention sensor for monitoring the crime prevention of a room and an actual use of the room stored in the facility information collecting and storing means.
The actual usage of the room in the usage status information
Receiving the start information and the end-of-use information
During periods when there is no alarm, the alarm issued by the security sensor
The room real estate according to claim 1, further comprising: an ignoring unit for viewing.
Use cooperation facility management device.