TWI470466B - Managing system configured for regulation and control of air-conditioning equipment and integrated with information system - Google Patents

Description

Air conditioning equipment control management system integrating information system

The present invention relates to an air conditioning equipment technology, and more particularly to an air conditioning equipment control management system that integrates an information system having a scheduling and event management mechanism.

Air-conditioning equipment is widely used in various types of buildings, especially large-scale business occasions (such as office buildings, factory buildings, restaurants, hospitals, supermarkets, supermarkets, mass merchandisers, department stores, theaters, exhibition halls). Electromechanical equipment. At present, air conditioning equipment usually integrates at least an ice water main unit, a cooling tower, a pump, and a temperature regulating device (such as an air conditioner box or a box type air conditioner). Basically, the function of the air-conditioning equipment is to adjust the air in the enclosed indoor space to a comfortable temperature value, and by introducing appropriate outdoor fresh air, it is not felt by the excessively high carbon dioxide concentration in the room. Discomfort.

Air-conditioning equipment usually takes a long time or even full-time operation. The energy (electric energy) consumed by the air-conditioning equipment is affected by environmental factors such as the size of the space used, temperature, humidity, direct sunlight, and the number of people. A very important factor.

Traditionally, in the operation and management of air-conditioning equipment, equipment management personnel usually need to carry out various monitoring and management work on air-conditioning equipment in operation during their actual operation. For example, managers need to monitor whether the environmental values such as temperature, humidity and carbon dioxide concentration in the room are within a predetermined range. If not, the air conditioning equipment is adjusted to enable the environmental values to reach a preset standard.

In order to avoid the management personnel to monitor and regulate the air conditioning equipment regularly or irregularly, the conventional technology is to set the environmental value monitoring terminal at a specific location in different places. For example, an environmental value sensing unit such as temperature and humidity and/or carbon dioxide concentration may be set at a corner of the conference room, and a control unit that can adjust the environmental value of the air conditioning device may be provided to provide a user of the conference room according to their own needs. Regulate the environmental values of the conference room through the control unit.

The main disadvantages of the above-mentioned prior art include that the user can arbitrarily change the setting of the environmental value according to the individual's different feelings, habits or preferences for the environment. If the user's personal settings are energy-intensive, the overall power consumption will increase due to personal settings. For example, if the user enters the conference room from outside, it may be because the outdoor temperature is too high. For a more comfortable temperature, the preset temperature of the control unit is adjusted to 28 degrees Celsius to 20 degrees Celsius. The user's comfort, but it will increase the power consumption of the air-conditioning equipment. In addition, for other users who have adapted to room temperature of 28 degrees Celsius, it will be uncomfortable due to the rapid decrease of room temperature.

Even if the user's personal settings can meet the standard of energy saving or higher than the standard, if the user is used to the room temperature of 30 degrees Celsius, the preset temperature of the control unit is 28 degrees Celsius and adjusted to 30 degrees Celsius. But for other users, it will cause the temperature to be uncomfortable. When the user leaves the air-conditioned area and forgets to turn off the power of the air conditioner, a large amount of power consumption is caused.

In addition, current air conditioning equipment cannot be integrated with information systems that have scheduling and/or event settings, management and execution. Specifically, such as the employee's employee management system, the hotel's check-in and check-out management system, the hospital's entrance and exit management system, or the meeting schedule system, etc., which are used to manage the employee's absence or access to the office. Information system for the situation, whether the check-in, check-out or access to the room information system, management of the hospitalization, discharge or access to the ward information system, and management of the start of a specific meeting, End time or meeting place (specific meeting room or auditorium, etc.), other use management systems such as school classrooms or KTV boxes are also the same. However, in the prior art, the information systems for managing schedules and/or events are not integrated with the air conditioning control devices of air conditioning equipment or air conditioning equipment. In other words, even if the above-mentioned information management system knows that the user of the environment in which the air conditioning control device is equipped with the air conditioner will enter and use the environment during a certain period, it is still necessary to adjust the air conditioning control device through the user or the administrator. It consumes management costs and lacks management efficiency of air-conditioning equipment.

In short, how can the user be prevented from arbitrarily regulating the air conditioning equipment according to personal needs or habits, and the air conditioning equipment can be adjusted to the scheduling state by using the schedule set by the information system having the scheduling management mechanism,俾Air-conditioning equipment, in addition to providing comfortable temperature, can better coordinate with the integrated information system scheduling operation to meet the specific event operation mode and save energy, which has become an urgent problem to be solved.

In order to solve the above-mentioned various shortcomings of the prior art, the present invention provides an air conditioning equipment control management system for integrating an information system, which is used for performing regulation and management of air conditioning equipment, and includes: an information system end and an air conditioning equipment control management device, and an information system end system. With scheduling and/or event setting, management and execution functions, the information system includes: a first database for storing schedules and/or event data; and a first setting module for setting the row The content of the information of the process and/or the event, and the data of the scheduled schedule and/or event is stored in the first database; the notification module is used to start/end the schedule and/or event The notification and management device of the air-conditioning equipment includes: a second database for storing control parameters corresponding to the schedule and/or event data; and a second setting module for setting the corresponding schedule And/or the content of the control parameter of the event, and storing the set control parameter in the second database after the setting is completed; and the air conditioning control device is configured to receive the notification The group informed, open and execute the parameters of air-conditioning equipment, close, adjust or control in accordance with the regulation of the library of the second set.

In one form of the present invention, the second database is multiplexed to store outdoor environment values, indoor environment values, preset indoor environment values, and control parameters corresponding to preset indoor environment values, and the integrated information system The air conditioning equipment control management system includes: a monitoring unit for monitoring outdoor environment values and/or indoor environment values according to the schedule and/or event data, and storing the monitored outdoor environment values and/or indoor environment Value to the second database. The setting module is multiplexed to set the indoor environment value and the control parameter corresponding to the preset indoor environment value, and the set content is stored in the second database. And the air conditioning control device is multiplexed with the control parameter according to the outdoor environment value stored in the second database, the indoor environment value, the preset indoor environment value, and/or the corresponding preset indoor environment value. Performing the opening, closing, adjustment or control of the air conditioning device.

In one form of the present invention, the information system end is spliced to the enterprise employee's duty management system, and the schedule information includes the user's itinerary, the event data includes the user's absence status, the user enters and exits the specific The state of the place, and the control parameters of the corresponding schedule and/or event data are the travel schedule for the user, the absence state of the user, and/or the state of the user entering and exiting the specific place, so that the corresponding air conditioning control The device performs the opening, closing, adjustment or control of the air conditioning device.

In one form of the present invention, the information system end is spliced to the entrance and exit management system of the restaurant, and the schedule information includes the user's itinerary, and the event data includes the login/logout status of the user's home, The state in which the user enters and exits a specific place, and the control parameters corresponding to the schedule and/or event data are the travel time of the user, the login/logout status of the user's home, and/or the state of the user entering or leaving the specific place. , corresponding to the air conditioning control device to perform the opening, closing, adjustment or control of the air conditioning device.

In one form of the present invention, the information system is spliced to the hospital's entrance and exit management system, and the schedule information includes the user's itinerary, the event data includes the user's admission/discharge status, and the user enters and exits the specific place. The status of the corresponding scheduling and/or event data is the state of the user's itinerary, the user's admission/discharge status, and/or the state of the user entering or leaving the particular location, so that the corresponding air conditioning control device Performing the opening, closing, adjustment or control of the air conditioning device.

In one form of the present invention, the information system end is spliced to the conference schedule scheduling system, and the schedule data includes start and end times of a specific conference, and the event data includes a state in which the user enters and exits the specific location, and The control parameter corresponding to the scheduling and/or event data is the start and end time of the specific meeting and/or the state of the user entering and leaving the specific place, so that the corresponding air conditioning control device performs the opening and closing of the air conditioning device. , adjustment or control.

In one form of the invention, the information system end is spliced to the ticket reservation system, and the schedule data includes start and end times of a specific theater or movie theater, the event data including the status of the user reservation, and The control parameters corresponding to the schedule and/or event data are for the start and end time of the movie or performance and/or the reservation status of the user, so that the corresponding air conditioner control device performs the opening, closing and adjustment of the air conditioner. Or control.

In one form of the present invention, the information system end is spliced to the class schedule system, and the schedule data includes the start and end time of the specific course, and the event data includes the user's course selection, class or vacation status, and The control parameters of the schedule and/or event data are for the start and end time of the specific course and/or the attendance status of the user, so that the corresponding air conditioner control device performs the opening, closing, adjustment or control of the air conditioner.

In one form of the invention, the information system end is connected to the weather forecasting system, and the control parameters are set according to the weather forecast data, so that the corresponding air conditioning control device performs the opening, closing, adjusting or controlling of the air conditioning device. The weather forecast data may be weather data, temperature data, humidity data, and/or wind data.

Compared with the conventional air conditioning equipment control management technology, the air conditioning equipment control management system of the integrated information system of the present invention combines the information system with the scheduling and event management mechanism and the air conditioning control device, which can be arranged according to different rows. The program content and/or trigger event adjusts, controls, and manages the air conditioning control device to cause the air conditioning control device to perform the operation of the air conditioning device according to the preset scheduling content and/or the preset control parameter of the trigger event. According to this, the air-conditioning equipment can be matched with the schedule set by the information system, and the air-conditioning equipment can be adjusted to the state of scheduling and/or event use, and the air-conditioning equipment can cooperate with the integrated information in addition to providing comfortable temperature. System scheduling and / or event operations to save energy.

The embodiments of the present invention are described by way of specific examples, and those skilled in the art can readily appreciate other advantages and advantages of the present invention. The present invention may be embodied or applied in various other specific embodiments, and various modifications and changes can be made without departing from the spirit and scope of the invention.

First embodiment:

Please refer to FIG. 1 , which is a schematic diagram of an application architecture of a first embodiment of an air conditioning device control management system of an integrated information system according to the present invention. The air conditioning device control management system of the integrated information system of the present invention comprises an information system terminal 10 and an air conditioning device control management device 20 for performing regulation management of the air conditioning device 100.

In this embodiment, the air conditioning equipment control management system of the integrated information system of the present invention is used for various interiors of buildings, especially large business occasions (such as office buildings, factory buildings, restaurants, hospitals, supermarkets, supermarkets, supermarkets). The air conditioning equipment 100 in the mass merchandiser, department store, theater, exhibition hall is regulated. The air conditioning apparatus 100 is integrated with an ice water host 1001, a cooling water tower 1002, a pump 1003, an air conditioner box 1004, and a pre-cooling air conditioner box 1005. The ice water host 1001 is used for cooling to generate ice water for air conditioning; the cooling water tower 1002 is for assisting the ice water host 1001 to dissipate heat; the pump 1003 is for circulating ice water or cooling water; the air conditioner box 1004 is The air for adjusting the temperature and/or humidity is adjusted by the ice water host 1001 and/or the cooling water tower 1002; the pre-cooling air conditioner box 1005 is used to introduce external fresh air to the indoor use environment, thereby adjusting the concentration of suspended particles in the indoor use environment. , carbon monoxide concentration and / or carbon dioxide concentration, and adjust the temperature of the imported external fresh air to control the temperature of the use of the environment will not cause significant changes due to the introduction of external fresh air. The air conditioner 100 may further be provided with a blower for discharging the dirty air of the chilled water main unit 1001 and the cooling water tower 1002 to adjust the suspended particulate concentration, the carbon monoxide concentration and/or the carbon dioxide concentration in the indoor use environment.

It should be noted that the air conditioning apparatus 100 is not limited to the combination of the ice water main unit 1001, the cooling water tower 1002, the pump 1003, the air conditioner box 1004, and the pre-cooling air conditioner box 1005, but may be a combination of a part or a part thereof. In the present embodiment, the use environment is divided into indoor spaces A, B, and C. The ice water host 1001, the cooling water tower 1002, the pump 1003, the air conditioner box 1004, and the pre-cooling air conditioner box 1005 respectively have ice water host terminals 1001a, 1001b, and 1001c installed in the indoor spaces A, B, and C, and the cooling tower terminals 1002a and 1002b. 1002c, air conditioner box terminals 1004a, 1004b, 1004c and pre-cooling air conditioner box terminals 1005a, 1005b, 1005c. Accordingly, the temperature and humidity of the indoor spaces A, B, and C can be adjusted through the ice water host terminals 1001a, 1001b, and 1001c, the cooling tower terminals 1002a, 1002b, and 1002c, and the air-conditioning box terminals 1004a, 1004b, and 1004c, respectively, and the air-conditioning box can be pre-cooled. The terminals 1005a, 1005b, and 1005c can be used to introduce external fresh air to the indoor use environment, thereby adjusting the aerosol concentration, the carbon monoxide concentration, and/or the carbon dioxide concentration of the indoor use environment, and adjusting the temperature of the introduced external fresh air.

In a preferred embodiment, a small blower, a box type cold air, a split type cold air, a blower or an exhaust fan can be disposed in the air conditioner 100.

The information system terminal 10 has the functions of scheduling and/or event setting, management and execution, and includes a first database 12 and a first setting module 14.

The first database 12 is used to store schedule and/or event data. In an embodiment of the present invention, the information system is spliced to the enterprise employee's duty management system, and the schedule data includes the user's itinerary, and the event data includes the user's absence status, the user enters and exits the specific The state of the place.

In another embodiment of the present invention, the information system end 10 is spliced to the entrance and exit management system of the restaurant, and the schedule information includes the user's itinerary, and the event data includes the login/logout of the user's home. Status, state of the user entering and leaving a particular location.

In still another embodiment of the present invention, the information system end 10 is spliced to the hospital's entrance and exit management system, and the schedule data includes the user's itinerary, the event data includes the user's admission/discharge status, and the user enters and exits. The status of a particular place.

In still another embodiment of the present invention, the information system end is spliced to the conference schedule scheduling system, and the schedule data includes a start and end time of the specific conference, and the event data includes a state in which the user enters and exits the specific location.

The first setting module 14 is configured to set the content of the schedule and/or event data, and store the set schedule and/or event data in the first database 12.

The notification module 16 is used to notify the start/end of the schedule and/or the occurrence of the event. The method of notification can be implemented by means of electronic signals or code. The type of notification can be divided into instant notification or appointment notification. When the instant notification function is activated, the notification module 16 can notify the event or processing action that occurs immediately, so that the air conditioning device management device 20 can respond immediately. For example, if the notification module 16 detects that the luminaire of a specific area is turned on, it means that someone enters the area, so immediately notify the air conditioning equipment regulation management device 20 to turn on the air conditioner. In addition, when the reservation notification function is activated, the notification module 16 can notify the air conditioning device regulation management device 20 according to the preset schedule and/or the state of occurrence of the event, which is beneficial to the adjustment and maintenance of the air conditioning device.

The air conditioning device control management device 20 includes a second database 22, a second setting module 24, and an air conditioning control device 26.

The second database 22 is used to store the control parameters corresponding to the schedule and/or event data. As described above, in an embodiment of the present invention, if the information system end is spliced to the enterprise employee duty management system, the control parameter corresponding to the scheduling and/or event data is for the user. The trip, the out-of-service status of the user, and/or the state of the user entering or leaving the specific location, cause the corresponding air conditioning control device to perform the opening, closing, adjustment or control of the air conditioning device.

In another embodiment of the present invention, the information system terminal 10 can be connected to the entrance and exit management system of the restaurant, and the control parameters corresponding to the scheduling and/or event data are for the user's itinerary, The login/logout status of the user's home and/or the state of the user entering or leaving the specific place causes the corresponding air conditioner control device to perform the opening, closing, adjustment or control of the air conditioner.

In still another embodiment of the present invention, the information system end 10 can be connected to the hospital's entrance and exit management system, and the control parameters corresponding to the scheduling and/or event data are for the user's itinerary and user. The state of admission/discharge and/or the state of the user entering or leaving a particular location causes the corresponding air conditioning control device to perform the opening, closing, adjustment or control of the air conditioning device.

In still another embodiment of the present invention, the information system end can be connected to the conference schedule scheduling system, and the control parameters corresponding to the schedule and/or event data are for the start and end time of the specific conference and / or the state of the user entering and exiting a specific place, so that the corresponding air conditioning control device performs the opening, closing, adjustment or control of the air conditioning device. Similarly, the information system side can also be connected to the ticket reservation system or the class schedule system, and the air conditioner control device controls the air conditioner according to the control parameters.

In still another embodiment of the present invention, the information system end can be connected to the weather forecasting system, and the control parameters are set according to the weather forecast data, so that the corresponding air conditioning control device performs the opening, closing, adjusting or controlling of the air conditioning device. The weather forecast data may be weather data, temperature data, humidity data, and/or wind data.

The second setting module 24 is configured to set the content of the control parameter corresponding to the scheduling and/or event, and store the set control parameter in the second database 22 after the setting is completed.

The air conditioning control device 26 is configured to receive the notification of the notification module 16, and perform the opening, closing, adjustment or control of the air conditioning device 100 according to the set control parameters in the second database 22. Specifically, the air conditioning control device 26 can execute the ice water host terminals 1001a, 1001b, 1001c, the cooling water tower terminals 1002a, 1002b, 1002c, the pump 1003, and the air conditioning box terminals 1004a, 1004b, 1004c according to the control parameters in the different embodiments described above. And opening, closing, adjusting or controlling the pre-cooling air-conditioning box terminals 1005a, 1005b, 1005c.

In actual operation, indoor spaces A, B, and C may be, for example, offices A, B, and C; hotel rooms A, B, and C; wards A, B, and C; and conference rooms A, B, and C. If the information system end 10 is combined with the hotel's check-in and check-out management system, since the schedule information includes the user's itinerary, the schedule can be, for example, the user's (tenant) expected to use the start and end of the hotel room A, as for the pair The control parameter that should be scheduled is when the initial period comes, that is, the air conditioning control device 26 turns on the ice water host terminal 1001a, the cooling water tower terminal 1002a, the air conditioner box terminal 1004a, and/or the pre-cooling air conditioner box terminal 1005a corresponding to the hotel room A. At the end of the final period, the air conditioning control unit 26 closes the ice water host terminal 1001a, the cooling water tower terminal 1002a, the air conditioner box terminal 1004a, and/or the pre-cooling air conditioner box terminal 1005a corresponding to the hotel room A. Similarly, the control parameter corresponding to the scheduling may also be such that the air conditioning control device performs corresponding adjustment or control for the ice water host terminal 1001a, the cooling water tower terminal 1002a, the air conditioning box terminal 1004a, and/or the pre-cooled air conditioning box terminal 1005a.

As for the event data, the user (tenant) completes the login/logout status of the home and the state of the user entering and leaving the specific place. The event may be, for example, when the user (tenant) completes the login procedure of the guest room A at the counter, that is, the air conditioning control device 26 turns on the ice water host terminal 1001a, the cooling water tower terminal 1002a, the air conditioning box terminal 1004a, and/or corresponding to the hotel room A. When the air conditioner control unit 26 closes the ice water host terminal 1001a corresponding to the hotel room A, the cooling water tower terminal 1002a, and the air conditioner box, the air conditioner control device 26 is closed when the user (tenant) completes the checkout procedure of the guest room A on the counter. Terminal 1004a and/or pre-cooled air conditioning box terminal 1005a. Similarly, the control parameter corresponding to the event may be such that after the air conditioning control device 26 receives the notification of the scheduling and/or event of the notification module 16, the ice water host terminal 1001a, the cooling water tower terminal 1002a, and the air conditioning box are immediately applied. The terminal 1004a and/or the pre-cooled air-conditioning box terminal 1005a perform corresponding adjustments or controls in accordance with different events.

In addition to the information system end of the splicing to check-out management system, it is connected to the enterprise employee's duty management system, the hospital's entrance and exit management system, and the information processing system of the conference schedule system, and its scheduling and/or event The content and the corresponding control parameters of the schedule and/or event can be set according to actual needs.

Second embodiment:

Please refer to FIG. 2 , which is a schematic diagram of an application architecture of a second embodiment of an air conditioning device control management system of the integrated information system of the present invention. In the present embodiment, the air conditioning apparatus 100 is the same as the first embodiment. The components of the air conditioning equipment control management system of the integrated information system of the present invention are also the same as those of the first embodiment.

The difference from the first embodiment is that, in the second embodiment, the second database 22 is multiplexed to store outdoor environment values corresponding to the indoor spaces A, B, and C, indoor environment values, preset indoor environment values, and corresponding pre-preparations. Set the control parameters of the indoor environment value. The outdoor environment value and the indoor environment value may be selected from the group consisting of temperature, humidity, aerosol concentration, carbon monoxide concentration, and carbon dioxide concentration, respectively. The preset indoor environment value refers to the ideal temperature, humidity, aerosol concentration, carbon monoxide concentration and/or carbon dioxide concentration value in the indoor environment. For example, the ideal temperature for indoor use environment can be preset to 28 degrees Celsius or Below 5 degrees Celsius outside the outdoor temperature, the ideal humidity for indoor use can be preset to 40% to 60% relative humidity. The ideal aerosol concentration for indoor use can be preset to 0.15mg/m3 or less. The indoor environment is ideal for carbon monoxide. The concentration can be preset to be less than 9 ppm, and the ideal carbon dioxide concentration for indoor use can be preset to be 600 ppm or less. The control parameter corresponding to the preset indoor environment value refers to the current indoor environment value adjusted to the preset indoor environment value, and the different control of the ice water host terminal, the cooling water tower terminal, the air conditioning box terminal, the pump terminal and the pre-cooling The parameters of the operation of the air-conditioner, such as whether to make the indoor environment value approach or equal to the preset indoor environment value, determine whether to start, run time, operation intensity and other parameters.

The second setting module 24 is configured to preset preset indoor environment values corresponding to the indoor spaces A, B, and C, and control parameters corresponding to the preset indoor environment values, and store the set contents in the second database 22.

The monitoring unit 28 is configured to receive the notification of the notification module 16, and monitor the outdoor environment value and/or the indoor environment value according to the schedule and/or event data, and store the monitored outdoor environment value and/or the indoor environment value. To the second database 12. In this embodiment, the monitoring unit 28 preferably further includes an outdoor monitoring unit 28a for monitoring the outdoor environment value and an indoor monitoring unit 28b for monitoring the indoor environment value.

The air conditioning control device 26 receives the notification from the notification module 16 and is configured to use the data of the schedule and/or event stored in the second database 22, the outdoor environment value, the indoor environment value, the preset indoor environment value, and/or Or the chilled water host terminal 1001a, 1001b, 1001c, the cooling water tower terminals 1002a, 1002b, 1002c, the pump 1003, the air conditioning box terminals 1004a, 1004b, 1004c and the pre-cooling air conditioning box terminal corresponding to the preset control parameters of the indoor environment value. Adjustment and control of 1005a, 1005b, 1005c.

For example, when the outdoor monitoring unit 28a receives the event notification that the user (the tenant) completes the login procedure of the guest room A on the counter, the outdoor temperature is detected, and the outdoor temperature is measured at 32 degrees Celsius and the relative humidity is 80. %, the suspended particle concentration is 0.15 mg/m3 or less, the carbon monoxide concentration is 9 ppm or less, and the carbon dioxide concentration is 600 ppm or less. The indoor monitoring unit 28b also performs the indoor temperature detection when receiving the event notification of the user (the tenant) completing the login procedure of the guest room A on the counter, and measures the temperature of the indoor space A to 30 degrees Celsius, relative to The humidity is 75%, the suspended particle concentration is 0.15 mg/m3 or less, the carbon monoxide concentration is 9 ppm or less, and the carbon dioxide concentration is 600 ppm or less.

As mentioned above, the indoor environment value preset by the setting module 24 and stored in the second database 22, that is, the ideal temperature is preset to be 28 degrees Celsius, and the ideal humidity of the indoor environment is preset to 60% relative humidity. The concentration of suspended particulates in the indoor environment is preset to be 0.15 mg/m3 or less. The indoor carbon dioxide concentration is preset to be less than 9 ppm, and the indoor carbon dioxide concentration is preset to be 600 ppm or less. The scheduling data of the second database 22 is an ideal value for performing indoor environment numerical adjustment of the indoor space A to the preset indoor use environment.

Then, the air conditioning control device 26 drives the ice water host terminal 1001a, the cooling water tower terminal 1002a, and the air conditioning box 1004a according to the preset control parameter corresponding to the preset indoor environment value, so as to reduce the temperature of the indoor space A by 2 degrees Celsius, and the indoor relative Humidity reduced by 15%.

Similarly, if the indoor space A measured by the indoor monitoring unit 28b has a suspended particle concentration of 0.15 mg/m3 or more, a carbon monoxide concentration of 9 ppm or more, and a carbon dioxide concentration of 600 ppm or more. The air conditioning control device 26 is configured to drive the ice water host terminal 1001a and the cooling water tower terminal 1002a, the pump 1003, the air conditioning box terminal 1004a, and the pre-cooling air conditioning box terminal 1005a according to the preset control parameter corresponding to the preset indoor environment value. The concentration of the suspended particles in the indoor space A is lowered to 0.15 mg/m3 or less, the carbon monoxide concentration is 9 ppm or less, and the carbon dioxide concentration is 600 ppm or less.

Third embodiment:

Please refer to FIG. 3, which is a schematic diagram of an application architecture of a second embodiment of an air conditioning device control management system for an integrated information system according to the present invention. In the present embodiment, the air conditioning apparatus 100 is the same as the first and second embodiments. The components of the air conditioning equipment control management system of the integrated information system of the present invention are the same as those of the second embodiment.

In this embodiment, the information system end 10 and/or the air conditioning device control management device 20 can be, for example, a workstation, a server, a personal computer, or a notebook computer. The information system terminal 10 can selectively have a network connection and data transmission function, and can be interconnected with the air conditioning device control management device 20 through a network communication system 3, so that the air conditioning device regulation management device executes the air conditioning device regulation management device. 20 is turned on, off, adjusted or controlled. In addition, the air conditioning device control management device 20 and the air conditioning device 100 may also be connected to each other through the network communication system 3 for performing the opening, closing, adjustment or control of the air conditioning device control management device 20 through the network communication system 3.

Preferably, in different embodiments, the network communication system 3 can be an internet network, an intra-organizational network system, an inter-organizational network system, a regional network system, a wide area network system, or a virtual private network system.

More preferably, in various embodiments, the network communication system 3 can be a wired and/or wireless network communication system.

In various embodiments, the connection line of the network communication system 3 can be, for example, an ADSL, SDSL, HDSL2, and/or G.SHDSL architecture.

In different embodiments, the connection line of the network communication system 3 is an FTTH (Fiber To The Home) or FTTB (Fiber To The Building) architecture.

More specifically, in the embodiment, the first database 12 and the first setting module 14 can be placed at the information system end 10 which is relatively close to or far from the air conditioning device control management device 20, and the outdoor monitoring system is used. The unit 28a and the indoor monitoring unit 28b are built at the local end of the indoor spaces A, B and C, and are connected and operated together with the information system end 10 via the network communication system 3. That is, the local setting module 14 of the information system terminal 10 disposed at the near end or the far end and the air conditioning control device 26 of the local air conditioning device control management device 20 can receive the local end via the network communication system 3. The indoor monitoring unit 28a and the indoor monitoring unit 28b measure the indoor and outdoor environment values, and can adjust the local air conditioning device 100 from the remote end.

The air conditioning equipment control management system of the integrated information system of the present invention can perform the adjustment and control of the air conditioning equipment according to the preset preset control parameters through the preset schedule and the monitoring of the indoor and outdoor environment values. In addition, the complex energy matching time counting module 110 and/or the date counting module 112 are configured for preset indoor environment values corresponding to different time and/or date, and/or control parameters corresponding to preset indoor environment values. According to this, the air conditioning equipment can be adjusted to an appropriate use state, and the air conditioning equipment temperature and energy management purposes can be achieved.

The above embodiments are merely illustrative of the principles of the invention and its advantages, and are not intended to limit the invention. Modifications and variations of the above-described embodiments can be made by those skilled in the art without departing from the spirit and scope of the invention. Therefore, the scope of protection of the present invention should be as set forth in the scope of the claims described below.

10. . . Information system side

100. . . Air conditioning equipment

1001. . . Ice water host

1001a, 1001b, 1001c. . . Ice water host terminal

1002. . . cooling tower

1002a, 1002b, 1002c. . . Cooling tower terminal

1003. . . Pump

1004. . . Air conditioning box

1004a, 1004b, 1004c. . . Air conditioning box terminal

1005. . . Pre-cooled air conditioning box

1005a, 1005b, 1005c. . . Pre-cooled air conditioning box terminal

110. . . Time counting module

112. . . Day counting module

12. . . First database

14. . . First setting module

16. . . Notification module

20. . . Air conditioning equipment regulation management device

twenty two. . . Second database

twenty four. . . Second setting module

26. . . Air conditioning control unit

28. . . Monitoring unit

28a. . . Outdoor monitoring unit

28b. . . Indoor monitoring unit

3. . . Network communication system

A, B, C. . . interior space

1 is a schematic diagram of an application architecture of a first embodiment of an air conditioning device control management system for an integrated information system of the present invention;

2 is a schematic diagram of an application architecture of a second embodiment of an air conditioning device control management system of the integrated information system of the present invention;

Figure 3 is a schematic diagram showing the application architecture of the third embodiment of the air conditioning equipment control management system of the integrated information system of the present invention.

10. . . Information system side

100. . . Air conditioning equipment

1001. . . Ice water host

1001a, 1001b, 1001c. . . Ice water host terminal

1002. . . cooling tower

1002a, 1002b, 1002c. . . Cooling tower terminal

1003. . . Pump

1004. . . Air conditioning box

1004a, 1004b, 1004c. . . Air conditioning box terminal

1005. . . Pre-cooled air conditioning box

1005a, 1005b, 1005c. . . Pre-cooled air conditioning box terminal

12. . . First database

14. . . First setting module

16. . . Notification module

20. . . Air conditioning equipment regulation management device

twenty two. . . Second database

twenty four. . . Second setting module

26. . . Air conditioning control unit

A, B, C. . . interior space

Claims (19)

An air conditioning equipment control management system for integrating information systems for performing regulation and management of air conditioning equipment includes: an information system end having functions of scheduling and/or event setting, management and execution, including: a first database Is used to store schedules and/or check-out management systems from corporate employees, hotel entrance and exit management systems, hospital admission management systems, conference schedules, ticket reservation systems, schedule systems or weather forecasting systems and/or Event data; a first setting module for setting content of the schedule and/or event data, and storing the set schedule and/or event data in the first database; the notification module For immediate notification or appointment notification of the start/end of the schedule and/or the occurrence of the event via electronic signal or code; and the air conditioning equipment control management device, comprising: a second database for storing The control parameter corresponding to the schedule and/or event data; the second setting module is used to set the content of the control parameters corresponding to the schedule and/or event, and set After the setting, the set control parameter is stored in the second database; and the air conditioning control device is configured to receive the notification of the notification module, and execute according to the set control parameter in the second database The air conditioner is turned on, off, adjusted or controlled. For example, the air conditioning equipment control management system of the integrated information system of claim 1 is multiplexed to store outdoor environment values, indoor environment values, preset indoor environment values, and corresponding preset indoors. The adjustment parameter of the environmental value, and the air conditioning equipment control management system of the integrated information system comprises: a monitoring unit, configured to receive the notification of the notification module, to monitor the outdoor environment value according to the schedule and/or event data and And/or the indoor environment value, and storing the monitored outdoor environment value and/or the indoor environment value to the second database, wherein the second setting module is multiplexed to set the indoor environment value and the corresponding preset indoor environment a numerical control parameter, and storing the set content to the second database, wherein the air conditioning control device is multiplexed according to the outdoor environment value stored in the second database, the indoor environment value, the pre- Setting the indoor environment value and/or the corresponding preset indoor environment value control parameter to perform the opening, closing and adjustment of the air conditioning device Control. For example, the air conditioning equipment control management system of the integrated information system of claim 2, wherein the monitoring unit comprises an outdoor monitoring unit for monitoring the outdoor environment value and an indoor monitoring unit for monitoring the indoor environment value. For example, the air conditioning equipment control management system of the integrated information system of claim 2, wherein the preset indoor environment value includes a target value and/or a target difference from the outdoor environment value. For example, the air conditioning equipment control management system of the integrated information system of claim 1 is the workstation, the server, the personal computer or the notebook computer. For example, the air conditioning equipment control management system of the integrated information system of claim 5, wherein the information system has network connection and data transmission functions, and can be interconnected with the air conditioning equipment control management device through a network communication system. The air conditioning device regulation management device is configured to perform adjustment and control of the air conditioning device through the network communication system. For example, the air conditioning equipment control management system of the integrated information system of claim 1 is the workstation, the server, the personal computer or the notebook computer. For example, the air conditioning equipment control management system of the integrated information system of the seventh application patent scope, wherein the air conditioning equipment control management device has a network connection and a data transmission function, and can be interconnected with the air conditioning device through a network communication system. For performing adjustment and control of the air conditioning device through the network communication system. For example, the air conditioning device control management system of the integrated information system of claim 6 is the Internet communication system, the intra-organizational network system, the inter-organizational network system, the regional network system, and the wide area network. System or virtual private network system. For example, the air conditioning equipment control management system of the integrated information system of claim 6 is the wired and/or wireless network communication system. For example, the air conditioning equipment control management system of the integrated information system of claim 6 is applicable, wherein the connection line of the network communication system is ADSL, SDSL, HDSL2 and/or G.SHDSL architecture. For example, the air conditioning device control management system of the integrated information system of claim 6 is the FTTH (Fiber To The Home) or FTTB (Fiber To The Building) architecture. For example, in the air conditioning equipment control management system of the integrated information system of claim 1, wherein the information system is connected to the employee's employee management system, the schedule information includes the user's itinerary, and the event information includes The user's absence status, the user's status of entering and leaving the specific location, and the control parameters of the corresponding scheduling and/or event data are for the user's itinerary, the user's absence status, and/or the user's access. The state of the specific location causes the corresponding air conditioning control device to perform the opening, closing, adjustment or control of the air conditioning device. For example, in the air conditioning equipment control management system of the integrated information system of claim 1, wherein the information system is connected to the hotel's check-in and check-out management system, the schedule information includes the user's itinerary, and the event data Including the login/logout status of the user's home, the status of the user entering and exiting the specific place, and the control parameters corresponding to the schedule and/or event data are the travel/logout of the user's trip and the user's home. The state and/or the state of the user entering or leaving the specific location causes the corresponding air conditioning control device to perform the opening, closing, adjustment or control of the air conditioning device. For example, in the air conditioning equipment control management system of the integrated information system of claim 1, wherein the information system is connected to the hospital's entrance and exit management system, the schedule information includes the user's itinerary, and the event data includes use The state of admission/discharge, the state of the user entering and exiting a particular location, and the parameters of the corresponding schedule and/or event data are for the user's itinerary, the user's admission/discharge status, and/or the user's access to the particular The state of the site causes the corresponding air conditioning control device to perform the opening, closing, adjustment or control of the air conditioning device. For example, in the air conditioning equipment control management system of the integrated information system of claim 1, wherein the information system includes the start and end time of the specific conference when the information system is spliced to the conference schedule scheduling system, the event The data includes the state of the user entering and exiting the specific place, and the control parameters of the corresponding schedule and/or event data are the start and end time of the specific meeting and/or the state of the user entering and exiting the specific place, so that the corresponding The air conditioning control device performs opening, closing, adjustment or control of the air conditioning device. For example, in the air conditioning device control management system of the integrated information system of claim 1, wherein the information system includes the start and end time of a specific theater or movie theater when the information system is spliced to the ticket reservation system, The event data includes the status of the user's reservation, and the control parameters corresponding to the schedule and/or event data are for the start and end time of the program or performance and/or the user's reservation status, so that the corresponding air conditioning control The device performs the opening, closing, adjustment or control of the air conditioning device. For example, in the air conditioning equipment control management system of the integrated information system of claim 1, wherein the information system includes the start and end time of the specific course when the information system is connected to the curriculum system, the event information includes use The course selection, class or vacation status, and the control parameters corresponding to the schedule and/or event data are for the start and end time of the specific course and/or the attendance status of the user, so that the corresponding air conditioning control device executes the The opening, closing, adjustment or control of air conditioning equipment. For example, in the air conditioning equipment control management system of the integrated information system of claim 1, wherein when the information system is spliced to the weather forecasting system, the control parameters are set according to the weather forecast data, so that the corresponding air conditioning control device executes the The opening, closing, adjustment or control of air conditioning equipment.