TWI717235B - Control system for air handling unit - Google Patents

Control system for air handling unit Download PDF

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TWI717235B
TWI717235B TW109108849A TW109108849A TWI717235B TW I717235 B TWI717235 B TW I717235B TW 109108849 A TW109108849 A TW 109108849A TW 109108849 A TW109108849 A TW 109108849A TW I717235 B TWI717235 B TW I717235B
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Taiwan
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setting
main controller
air
control system
conditioning box
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TW109108849A
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Chinese (zh)
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TW202037856A (en
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張澤文
何承懌
程文彥
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群光電能科技股份有限公司
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Priority to US62/828,505 priority
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Priority claimed from CN202010225379.1A external-priority patent/CN111795485A/en
Publication of TW202037856A publication Critical patent/TW202037856A/en
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Publication of TWI717235B publication Critical patent/TWI717235B/en

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Abstract

A control system for air handling unit is applied to an air handling unit having a plurality of hardware devices. The control system includes at least one expansion module and a main controller. The at least one expansion module is used to electrically connect at least one extended hardware device. The main controller is electrically connected to the expansion module to control the extended hardware device. The main controller provides a setting interface according to the hardware devices and the extended hardware device. The setting interface includes a plurality of setting items. When at least one of the setting items is triggered, the main controller executes a corresponding setting procedure according to the triggered setting items to set up the hardware devices and the extended hardware device.

Description

空調箱控制系統Air conditioning box control system

本案係有關一種空調箱,特別是關於一種空調箱控制系統。 This case is related to an air-conditioning box, especially an air-conditioning box control system.

空調箱為中央空調系統中常使用到的末端空調設備,其主要功能是將末端空間中的空調負荷透過空氣循環至熱交換器傳遞至管路內之流體,以進行熱交換。而現有空調箱之控制方式主要係以泛用型數位邏輯控制器(DDC)或可編程邏輯控制器(PLC)進行控制集成,以針對各個可控的空調箱元件分別設定各自的回授邏輯控制,以達到環境控制的目的。 The air-conditioning box is the terminal air-conditioning equipment commonly used in the central air-conditioning system. Its main function is to circulate the air-conditioning load in the terminal space to the heat exchanger and transfer it to the fluid in the pipeline for heat exchange. The control method of the existing air-conditioning box is mainly integrated with a general-purpose digital logic controller (DDC) or programmable logic controller (PLC), so as to set their own feedback logic control for each controllable air-conditioning box component. , In order to achieve the purpose of environmental control.

然而,前述類型之控制系統無法整合熱交換器、風機等元件的性能曲線參數,所以無法達到設備效率預測告警與完整空氣熱力性質變化的功能,且前述控制系統也無法有效率的提供空調箱整體系統的全面性設定與分析,更無法主動掌握空調箱內之各元件運轉效能變化。 However, the aforementioned type of control system cannot integrate the performance curve parameters of heat exchangers, fans and other components, so it cannot achieve the functions of equipment efficiency prediction and warning and complete air thermal property changes, and the aforementioned control system cannot efficiently provide the entire air-conditioning box. The comprehensive setting and analysis of the system makes it impossible to actively grasp the changes in the operating performance of each component in the air conditioning box.

本案提出一種空調箱控制系統,應用於具有複數硬體裝置的一空調箱,空調箱控制系統包含至少一擴充模組及一主控制器。擴充模組用以電性連接至少一擴充的硬體裝置,主控制器電性連接擴充模組,以控制擴充的硬體裝置,主控制器係根據硬體裝置及擴充的硬體裝置對應提供一設定介面,設定介面包含複數個設定項目,當設定項目的至少其中之一 被觸發時,主控制器根據被觸發的設定項目執行對應的設定程序,用以設定硬體裝置及擴充的硬體裝置,其中設定項目包含一維護設定、一連接設定、一變頻器設定、一模組設定、一排程設定、一預警功能設定以及一日期時間設定。 This case proposes an air-conditioning box control system, which is applied to an air-conditioning box with a plurality of hardware devices. The air-conditioning box control system includes at least one expansion module and a main controller. The expansion module is used to electrically connect at least one expanded hardware device. The main controller is electrically connected to the expansion module to control the expanded hardware device. The main controller is provided corresponding to the hardware device and the expanded hardware device. A setting interface, the setting interface contains a plurality of setting items, when at least one of the setting items When triggered, the main controller executes the corresponding setting procedure according to the triggered setting item to set the hardware device and the expanded hardware device. The setting items include a maintenance setting, a connection setting, an inverter setting, and a Module settings, a schedule setting, an alarm function setting, and a date and time setting.

在一些實施例中,硬體裝置或擴充的硬體裝置包含一風機、一盤管、一濾網、一風門、一水閥、一加熱器或一加濕器,且風機包含一變頻器及一馬達。 In some embodiments, the hardware device or the expanded hardware device includes a fan, a coil, a filter, a damper, a water valve, a heater, or a humidifier, and the fan includes a frequency converter and One motor.

在一些實施例中,主控制器更訊號連接有複數感測器,用以分別感測硬體裝置及擴充的硬體裝置運轉時的一設備參數及一環境參數,並將設備參數及環境參數回傳至主控制器。 In some embodiments, the main controller is further signaled with a plurality of sensors to respectively sense a device parameter and an environmental parameter when the hardware device and the expanded hardware device are in operation, and the device parameter and the environmental parameter Return to the main controller.

在一些實施例中,設定項目更包含一第三方界接。 In some embodiments, the setting item further includes a third-party interface.

在一些實施例中,擴充模組係透過一連接線電性連接至主控制器。 In some embodiments, the expansion module is electrically connected to the main controller through a connection line.

在一些實施例中,主控制器更電性連接一螢幕,用以顯示設定介面。 In some embodiments, the main controller is further electrically connected to a screen for displaying the setting interface.

在一些實施例中,主控制器完成設定硬體裝置及擴充的硬體裝置後,主控制器更可提供一顯示介面,以在顯示介面上呈現對應硬體裝置及擴充的硬體裝置的複數圖形化元件,並在點選其中一圖形化元件時,會同時於顯示介面上顯示被點選的圖形化元件所對應的設備參數及環境參數。 In some embodiments, after the main controller completes the configuration of the hardware device and the expanded hardware device, the main controller may further provide a display interface to display a plurality of corresponding hardware devices and expanded hardware devices on the display interface Graphical components, and when one of the graphical components is clicked, the device parameters and environmental parameters corresponding to the clicked graphical components will be displayed on the display interface at the same time.

在一些實施例中,主控制器完成設定硬體裝置及擴充的硬體裝置後,主控制器更可提供一顯示介面,以在顯示介面上呈現對應硬體裝 置及擴充的硬體裝置於運轉時的圖形化綜合資訊。 In some embodiments, after the main controller completes the configuration of the hardware device and the expanded hardware device, the main controller may further provide a display interface to display the corresponding hardware device on the display interface. Graphical integrated information of hardware devices installed and expanded during operation.

因此,本案在可擴充硬體裝置的前提下,針對各硬體裝置提供完整的設定介面進行各設定項目的設定,以簡化系統的設置流程及有效地提高涵蓋率。並且,本案可有效率的提供分析數據以及達到設備效率預測衰退告警的功能,以確保空調箱在運轉時各項硬體裝置的運轉效能及狀態可以進行主動式偵測,並提供可視化的結果,達到智慧控制之目的者。 Therefore, under the premise that the hardware device can be expanded, this project provides a complete setting interface for each hardware device to set each setting item, so as to simplify the system setting process and effectively increase the coverage rate. In addition, this case can efficiently provide analysis data and achieve the function of equipment efficiency prediction decline alarm to ensure that the operating performance and status of various hardware devices can be actively detected when the air-conditioning box is running, and provide visual results. To achieve the purpose of intelligent control.

1:空調箱 1: Air conditioning box

10:控制系統 10: Control system

11:主控制器 11: main controller

12,13,14,15:擴充模組 12, 13, 14, 15: expansion module

16,17,18,19:連接線 16, 17, 18, 19: connecting line

20:感測器 20: Sensor

21:水壓力感測器 21: Water pressure sensor

22:水溫度感測器 22: Water temperature sensor

23:風壓差感測器 23: Wind pressure difference sensor

24:溫濕度感測器 24: Temperature and humidity sensor

30:硬體裝置 30: hardware device

31:風機 31: Fan

311:變頻器 311: Inverter

312:馬達 312: Motor

313:風扇 313: Fan

32:盤管 32: Coil

33:濾網 33: Filter

34:風門 34: Throttle

341:驅動馬達 341: drive motor

35:水閥 35: water valve

351:驅動馬達 351: drive motor

36:加熱器 36: heater

37:加濕器 37: Humidifier

40:擴充的硬體裝置 40: Expanded hardware device

50:螢幕 50: screen

52:設定介面 52: Setting interface

54:設定項目 54: Setting items

541:維護設定 541: Maintenance settings

542:連接設定 542: connection settings

543:變頻器設定 543: Inverter setting

544:模組設定 544: Module Settings

545:排程設定 545: Schedule setting

546:預警功能設定 546: Early warning function setting

547:日期時間設定 547: Date and time setting

548:第三方界接 548: third-party interface

56:設定畫面 56: Setting screen

58:設定畫面 58: Setting screen

60:設定畫面 60: Setting screen

601:編輯視窗 601: Edit window

602:檢視視窗 602: View window

603:群組視窗 603: group window

62:設定畫面 62: Setting screen

621:選擇器視窗 621: selector window

622:選擇器視窗 622: selector window

623:編輯視窗 623: edit window

64:設定畫面 64: Setting screen

641:創建視窗 641: Create Window

642:事件創建視窗 642: Event Creation Window

643:萬年曆週期設定視窗 643: Perpetual calendar period setting window

66:設定畫面 66: Setting screen

68:子項目 68: Subproject

681:變頻器 681: Inverter

682:濾網 682: filter

683:盤管衰退率 683: Coil Decline Rate

684:盤管演算法 684: Coil Pipe Algorithm

685:感測器 685: Sensor

686:變頻器與馬達溫度 686: Inverter and motor temperature

69:設定畫面 69: Setting screen

70:設定畫面 70: Setting screen

72:顯示介面 72: display interface

74:綜合資訊 74: General Information

76:元件資訊 76: Component Information

78:歷史數據 78: historical data

80:圖形化綜合資訊 80: Graphical Comprehensive Information

82:圖形化元件 82: Graphical components

圖1為根據本案一實施例之空調箱的方塊示意圖。 Fig. 1 is a block diagram of an air-conditioning box according to an embodiment of the present case.

圖2為根據本案一實施例之空調箱控制系統的連接配置示意圖。 Fig. 2 is a schematic diagram of the connection configuration of the air conditioning box control system according to an embodiment of the present case.

圖3為根據本案一實施例之設定介面顯示維護設定之設定畫面示意圖。 Fig. 3 is a schematic diagram of a setting interface displaying a maintenance setting setting screen according to an embodiment of the present case.

圖4為根據本案一實施例之設定介面顯示連接設定之設定畫面示意圖。 Fig. 4 is a schematic diagram showing a setting screen of connection setting displayed on the setting interface according to an embodiment of the present case.

圖5為根據本案一實施例之設定介面顯示變頻器設定之設定畫面示意圖。 Fig. 5 is a schematic diagram showing the setting screen of the inverter setting on the setting interface according to an embodiment of the present case.

圖6為根據本案一實施例在變頻器設定中顯示編輯視窗的示意圖。 Fig. 6 is a schematic diagram of displaying an editing window in the inverter setting according to an embodiment of the present case.

圖7為根據本案一實施例在變頻器設定中顯示檢視視窗的示意圖。 FIG. 7 is a schematic diagram of displaying a viewing window in the inverter setting according to an embodiment of the present case.

圖8為根據本案一實施例在變頻器設定中顯示群組視窗的示意圖。 Fig. 8 is a schematic diagram of displaying a group window in the inverter setting according to an embodiment of the present case.

圖9為根據本案一實施例之設定介面顯示模組設定之設定畫面示意圖。 Fig. 9 is a schematic diagram of a setting screen for setting the setting interface display module according to an embodiment of the present case.

圖10為根據本案一實施例在模組設定中顯示選擇器視窗的示意圖。 FIG. 10 is a schematic diagram showing the selector window in the module setting according to an embodiment of the present case.

圖11為根據本案一實施例在模組設定中顯示模組模版之選擇器視窗的示意圖。 FIG. 11 is a schematic diagram showing the selector window of the module template in the module setting according to an embodiment of the present case.

圖12為根據本案一實施例在模組設定中顯示編輯視窗的示意圖。 FIG. 12 is a schematic diagram showing the editing window in the module setting according to an embodiment of the present case.

圖13為根據本案一實施例之設定介面顯示排程設定之設定畫面示意圖。 FIG. 13 is a schematic diagram of a setting screen for displaying a schedule setting on a setting interface according to an embodiment of the present application.

圖14為根據本案一實施例在排程設定中顯示創建視窗的示意圖。 FIG. 14 is a schematic diagram showing the creation window in the schedule setting according to an embodiment of the present case.

圖15為根據本案一實施例在排程設定中顯示事件創建視窗的示意圖。 FIG. 15 is a schematic diagram showing an event creation window in the schedule setting according to an embodiment of the present case.

圖16為根據本案一實施例在排程設定中顯示萬年曆週期設定視窗的示意圖。 FIG. 16 is a schematic diagram showing the perpetual calendar period setting window in the schedule setting according to an embodiment of the present invention.

圖17為根據本案一實施例之設定介面顯示排程設定已完成之設定畫面示意圖。 FIG. 17 is a schematic diagram of a setting screen showing that the schedule setting has been completed in the setting interface according to an embodiment of the present case.

圖18為根據本案一實施例之設定介面顯示預警功能設定之變頻器設定畫面示意圖。 Fig. 18 is a schematic diagram of the inverter setting screen of the setting interface displaying the early warning function setting according to an embodiment of the present case.

圖19為根據本案一實施例之設定介面顯示預警功能設定之變頻器與馬達溫度設定畫面示意圖。 Fig. 19 is a schematic diagram of the inverter and motor temperature setting screen of the setting interface displaying the early warning function setting according to an embodiment of the present case.

圖20為根據本案一實施例之設定介面顯示預警功能設定之盤管衰退率設定畫面示意圖。 FIG. 20 is a schematic diagram of a setting screen for setting the coil decay rate of the early warning function on the setting interface according to an embodiment of the present application.

圖21為根據本案一實施例之設定介面顯示預警功能設定之盤管演算法設定畫面示意圖。 FIG. 21 is a schematic diagram of the coil management algorithm setting screen for displaying the early warning function setting on the setting interface according to an embodiment of the present case.

圖22為根據本案一實施例之設定介面顯示預警功能設定之盤管演算法設定畫面示意圖。 Fig. 22 is a schematic diagram of the coil algorithm setting screen for setting the warning function displayed on the setting interface according to an embodiment of the present case.

圖23為根據本案一實施例之設定介面顯示預警功能設定之感測器設 定畫面示意圖。 Figure 23 is a sensor setting for displaying the early warning function setting on the setting interface according to an embodiment of the present case Schematic diagram of the fixed screen.

圖24為根據本案一實施例之設定介面顯示預警功能設定之濾網設定畫面示意圖。 FIG. 24 is a schematic diagram of a filter setting screen for displaying the early warning function setting on the setting interface according to an embodiment of the present case.

圖25為根據本案一實施例之設定介面顯示日期時間設定之設定畫面示意圖。 FIG. 25 is a schematic diagram of a setting screen showing the date and time setting on the setting interface according to an embodiment of the present case.

圖26為根據本案一實施例之設定介面顯示第三方界接之設定畫面示意圖。 Fig. 26 is a schematic diagram of a setting interface displaying a third-party interface setting screen according to an embodiment of the present application.

圖27為根據本案一實施例之顯示介面顯示綜合資訊的示意圖。 FIG. 27 is a schematic diagram of a display interface displaying comprehensive information according to an embodiment of the present application.

圖28為根據本案一實施例之顯示介面顯示元件資訊的示意圖。 FIG. 28 is a schematic diagram of a display interface displaying component information according to an embodiment of the present application.

圖29為根據本案一實施例之顯示介面顯示歷史數據的示意圖。 FIG. 29 is a schematic diagram of displaying historical data on a display interface according to an embodiment of the present case.

本案為一種空調箱控制系統,應用於具有複數硬體裝置的一空調箱,此空調箱請參閱圖1所示,空調箱1包含一控制系統10、複數硬體裝置30以及複數感測器20,控制系統10訊號連接部分之硬體裝置30及感測器20。控制系統10包含一主控制器11以及至少一擴充模組,擴充模組用以電性連接至少一擴充的硬體裝置,在此實施例中係以四個擴充模組12、13、14、15為例,並以其中一擴充模組12電性連接有擴充的硬體裝置40,請同時參閱圖1及圖2所示,擴充模組12~15電性連接至主控制器11,以進行串接與資料的傳輸,主控制器11係直接控制硬體裝置30以及透過擴充模組12控制擴充的硬體裝置40。在一實施例中,擴充模組12係透過一連接線16電性連接至主控制器11;擴充模組13透過一連接線17電性連接至擴充模組12,再利用擴充模組12電性連接至主控制器11;擴充模組14透 過一連接線18電性連接至主控制器11;以及擴充模組15透過一連接線19電性連接至擴充模組14,再利用擴充模組14電性連接至主控制器11,其中連接線16~19之設計可依據實際狀態而有不同的連接態樣,只要能將所有擴充模組12~15電性連接至主控制器11即可。因此,主控制器11配合空調箱1的配置需求可自由的彈性擴充需求點位以因應所需,且主控制器11與擴充模組12~15之間的連接線16~19可以採用RS485接線,但不限於此。 This case is an air-conditioning box control system, which is applied to an air-conditioning box with plural hardware devices. Please refer to FIG. 1 for the air-conditioning box. The air-conditioning box 1 includes a control system 10, plural hardware devices 30, and plural sensors 20. , The hardware device 30 and the sensor 20 of the signal connection part of the control system 10. The control system 10 includes a main controller 11 and at least one expansion module. The expansion module is used to electrically connect at least one expanded hardware device. In this embodiment, four expansion modules 12, 13, 14, 15 as an example, and one of the expansion modules 12 is electrically connected to an expanded hardware device 40. Please refer to FIGS. 1 and 2 at the same time. The expansion modules 12-15 are electrically connected to the main controller 11 to For serial connection and data transmission, the main controller 11 directly controls the hardware device 30 and controls the expanded hardware device 40 through the expansion module 12. In one embodiment, the expansion module 12 is electrically connected to the main controller 11 through a connection line 16; the expansion module 13 is electrically connected to the expansion module 12 through a connection line 17, and then the expansion module 12 is electrically connected. Is connected to the main controller 11; the expansion module 14 is transparent The expansion module 15 is electrically connected to the main controller 11 through a connection line 18; and the expansion module 15 is electrically connected to the expansion module 14 through a connection line 19, and then the expansion module 14 is electrically connected to the main controller 11, wherein The design of the lines 16-19 can have different connection modes according to the actual state, as long as all expansion modules 12-15 can be electrically connected to the main controller 11. Therefore, the main controller 11 can flexibly expand the demand points according to the configuration requirements of the air conditioning box 1 to meet the needs, and the connection lines 16-19 between the main controller 11 and the expansion modules 12-15 can be connected by RS485 , But not limited to this.

在一實施例中,硬體裝置30包含一風機31、一盤管32、一濾網33、一風門34、一水閥35、一加熱器36或一加濕器37,但不以此為限,主控制器11分別電性連接風機31、風門34之驅動馬達341、水閥35之驅動馬達351、加熱器36及加濕器37,以分別控制這些元件的運作,且風機31包含一變頻器311、一馬達312以及至少一風扇313,馬達312電性連接變頻器311及風扇313,以藉由主控制器11控制變頻器311,變頻器311控制馬達312的轉速,使馬達312驅動風扇313轉動。擴充的硬體裝置40則可任意選自風機、盤管、濾網、風門、水閥、加熱器或加濕器等,在此不限定使用何種硬體裝置。在一實施例中,感測器20包含水壓力感測器21、水溫度感測器22、風壓差感測器23以及溫濕度感測器24,感測器20電性連接主控制器11,用以分別感測硬體裝置30及擴充的硬體裝置40運轉時的一設備參數及一環境參數,並將設備參數及環境參數回傳至主控制器11。 In one embodiment, the hardware device 30 includes a fan 31, a coil 32, a filter 33, a damper 34, a water valve 35, a heater 36, or a humidifier 37, but not However, the main controller 11 is electrically connected to the fan 31, the drive motor 341 of the damper 34, the drive motor 351 of the water valve 35, the heater 36, and the humidifier 37 to control the operation of these components, and the fan 31 includes a The frequency converter 311, a motor 312 and at least one fan 313, the motor 312 is electrically connected to the frequency converter 311 and the fan 313, so that the main controller 11 controls the frequency converter 311, and the frequency converter 311 controls the speed of the motor 312 to drive the motor 312 The fan 313 rotates. The expanded hardware device 40 can be arbitrarily selected from a fan, a coil, a filter, a damper, a water valve, a heater, or a humidifier, etc. The hardware device used is not limited herein. In one embodiment, the sensor 20 includes a water pressure sensor 21, a water temperature sensor 22, a wind pressure difference sensor 23, and a temperature and humidity sensor 24, and the sensor 20 is electrically connected to the main controller 11. It is used to respectively sense a device parameter and an environmental parameter when the hardware device 30 and the expanded hardware device 40 are operating, and return the device parameter and environmental parameter to the main controller 11.

請同時參閱圖1及圖3所示,主控制器11更進一步電性連接一螢幕50,主控制器11係根據硬體裝置30及擴充的硬體裝置40對應提供一設定介面52,並將設定介面52顯示於螢幕50上。此設定介面52包含複數 個設定項目54,當這些設定項目54的至少其中之一被觸發時,主控制器11會根據被觸發的設定項目54執行對應的設定程序,用以設定硬體裝置30及擴充的硬體裝置40。在一實施例中,設定項目54包含一維護設定541、一連接設定542、一變頻器設定543、一模組設定544、一排程設定545、一預警功能設定546、一日期時間設定547以及一第三方界接548。 Please refer to FIG. 1 and FIG. 3 at the same time. The main controller 11 is further electrically connected to a screen 50. The main controller 11 provides a setting interface 52 corresponding to the hardware device 30 and the expanded hardware device 40. The setting interface 52 is displayed on the screen 50. This setting interface 52 contains plural When at least one of these setting items 54 is triggered, the main controller 11 will execute the corresponding setting procedure according to the triggered setting item 54 to set the hardware device 30 and the expanded hardware device 40. In one embodiment, the setting item 54 includes a maintenance setting 541, a connection setting 542, an inverter setting 543, a module setting 544, a schedule setting 545, an alarm function setting 546, a date and time setting 547, and A third-party interface 548.

請同時參閱圖1及圖3所示,對設定項目54中之維護設定541而言,在點選設定介面52上設定項目54中的維護設定541時,維護設定541被觸發而顯示對應的設定畫面56,以執行對應的設定程序,進行維護資訊的設定,藉此輸入空調箱1的設備出廠資訊以及設備設置資訊等。 Please refer to Figure 1 and Figure 3 at the same time. For the maintenance setting 541 in the setting item 54, when you click the setting interface 52 to set the maintenance setting 541 in the item 54, the maintenance setting 541 is triggered and the corresponding setting is displayed The screen 56 is used to execute the corresponding setting procedure and set the maintenance information, thereby inputting the equipment factory information and equipment setting information of the air-conditioning box 1.

請同時參閱圖1及圖4所示,對設定項目54中之連接設定542而言,在點選設定介面52上設定項目54中的連接設定542時,連接設定542被觸發而顯示對應的設定畫面58,以執行對應的設定程序,進行網路位址的設定,藉此設定有線網路之IP位址、網路遮罩及接口埠,或是設定無線網路之網路名稱及網路密碼等。 Please refer to Figure 1 and Figure 4 at the same time. For the connection setting 542 in the setting item 54, when the connection setting 542 in the item 54 is clicked on the setting interface 52, the connection setting 542 is triggered and the corresponding setting is displayed Screen 58, to execute the corresponding setting procedure to set the network address, thereby setting the IP address, network mask and interface port of the wired network, or setting the network name and network of the wireless network Password etc.

請同時參閱圖1及圖5所示,對設定項目54中之變頻器設定543而言,在點選設定介面52上設定項目54中的變頻器設定543時,變頻器設定543被觸發而顯示對應的設定畫面60,以執行對應的設定程序,進行風機31之變頻器311的設定。此變頻器設定543的設定程序包含:依據不同接口埠進行變頻器311編輯定義,如圖6所示之編輯視窗601,以編輯每一變頻器311之各項參數;進行單一變頻器311的連線運轉控制測試,如圖7所示之檢視視窗602,以取得變頻器311對應之所有屬性及其數值;以及進行變頻器311之群組連線運轉控制測試,如圖8所示之群組視窗603, 以透過檢視功能進行群組控制測試。 Please refer to Figure 1 and Figure 5 at the same time. For the inverter setting 543 in the setting item 54, when the inverter setting 543 in the item 54 is set on the setting interface 52, the inverter setting 543 is triggered and displayed The corresponding setting screen 60 executes the corresponding setting program to set the inverter 311 of the fan 31. The setting procedure of the inverter setting 543 includes: editing and defining the inverter 311 according to different interface ports, as shown in the edit window 601 in Fig. 6, to edit the parameters of each inverter 311; connecting a single inverter 311 Line operation control test, as shown in the view window 602 shown in Figure 7, to obtain all the attributes and values corresponding to the inverter 311; and perform the group connection operation control test of the inverter 311, as shown in the group shown in Figure 8. Windows 603, To perform group control tests through the viewing function.

請同時參閱圖1及圖9所示,對設定項目54中之模組設定544而言,在點選設定介面52上設定項目54中的模組設定544時,模組設定544被觸發而顯示對應的設定畫面62,以執行對應的設定程序。此模組設定544的設定程序包含:依序設定風機31、盤管32、濾網33、風門34、水閥35、加熱器36、加濕器37等硬體裝置30或擴充的硬體裝置40的一元件數量,如圖10所示之選擇器視窗621。在設定元件數量之步驟中,亦可以根據主控制器11內建的空調箱1之複數模組模板進行選擇,如圖11所示之選擇器視窗622,以選擇其中一模組模版對應的元件數量。再依據硬體裝置30及擴充的硬體裝置40對應之感測器20及控制元件定義點位組合,如圖12所示之編輯視窗623,在一實施例中,控制元件為可控制的硬體裝置30及擴充的硬體裝置40,例如風機31、風門34、水閥35、加熱器36、加濕器37等。其中每一硬體裝置30或擴充的硬體裝置40所搭配的點位組合為預設固定關係,使用者可依需求自行新增其他感測器20。當所有硬體裝置30及擴充的硬體裝置40的參數定義都完成之後,即可完成主控制器11與硬體裝置30及擴充的硬體裝置40之間的關聯設定。 Please refer to Figure 1 and Figure 9 at the same time. For the module setting 544 in the setting item 54, when the module setting 544 in the item 54 is clicked on the setting interface 52, the module setting 544 is triggered and displayed The corresponding setting screen 62 is used to execute the corresponding setting procedure. The setting procedure of this module setting 544 includes: setting the fan 31, coil 32, filter 33, damper 34, water valve 35, heater 36, humidifier 37 and other hardware devices 30 or expanded hardware devices in sequence A component quantity of 40 is the selector window 621 shown in FIG. 10. In the step of setting the number of components, it can also be selected according to the plural module templates of the air conditioning box 1 built in the main controller 11, as shown in the selector window 622 in FIG. 11, to select the component corresponding to one of the module templates Quantity. Then define the point combination according to the sensor 20 and the control element corresponding to the hardware device 30 and the extended hardware device 40, as shown in the edit window 623 in FIG. 12. In one embodiment, the control element is a controllable hardware The body device 30 and the expanded hardware device 40, such as a fan 31, a damper 34, a water valve 35, a heater 36, a humidifier 37, and so on. The point combination of each hardware device 30 or the expanded hardware device 40 is a default fixed relationship, and the user can add other sensors 20 according to requirements. After the parameter definitions of all the hardware devices 30 and the expanded hardware device 40 are completed, the association settings between the main controller 11 and the hardware device 30 and the expanded hardware device 40 can be completed.

請同時參閱圖1及圖13所示,對設定項目54中之排程設定545而言,在點選設定介面52上設定項目54中的排程設定545時,排程設定545被觸發而顯示對應的設定畫面64,以執行對應的設定程序,於不同的預設時間進行排程事件的設定。此排程設定545的設定程序包含:創建排程模式,以點選設定畫面64中的創建,並對應產生一個創建視窗641,如圖14所示之創建視窗641。根據不同時間點及不同的硬體裝置30或擴充 的硬體裝置40進行排程控制邏輯選擇及定義,如圖15所示之事件創建視窗642,並在完成所有參數設定之後,點選添加事件選項,即可新增排程事件。在一個或多個排程事件建立後,根據一萬年曆選擇對應此排程事件的日期排程控制,如圖16所示之萬年曆週期設定視窗643,以設定持續時間、排程選擇及星期選擇,並在儲存後完成整個設定,此時,排程設定545的設定畫面64即變更為如圖17所示。 Please refer to Figure 1 and Figure 13 at the same time. For the schedule setting 545 in the setting item 54, when you click the setting interface 52 to set the schedule setting 545 in the item 54, the schedule setting 545 is triggered and displayed The corresponding setting screen 64 is used to execute the corresponding setting procedure to set the scheduled event at different preset times. The setting procedure of this schedule setting 545 includes: creating a schedule mode, clicking Create in the setting screen 64, and correspondingly generating a creation window 641, as shown in FIG. 14. According to different time points and different hardware devices 30 or expansion The hardware device 40 selects and defines the scheduling control logic, as shown in the event creation window 642 in FIG. 15, and after completing all parameter settings, click the add event option to add a scheduled event. After one or more scheduled events are created, select the date schedule control corresponding to this scheduled event according to the perpetual calendar, as shown in the perpetual calendar period setting window 643 as shown in Figure 16, to set the duration, schedule selection and week selection, After saving, the entire setting is completed. At this time, the setting screen 64 of the schedule setting 545 is changed as shown in FIG. 17.

請同時參閱圖1及圖18所示,對設定項目54中之預警功能設定546而言,在點選設定介面52上設定項目54中的預警功能設定546時,預警功能設定546被觸發而顯示對應的設定畫面66,且在設定畫面66中顯示複數子項目68,包含變頻器681、濾網682、盤管衰退率683、盤管演算法684、感測器685及變頻器與馬達溫度686等,以提供進一步選擇,並執行對應的設定程序,此預警功能設定546的設定程序包含:點選子項目68中之變頻器681時,如圖18所示,定義變頻器311及馬達312的預警運轉時數;點選子項目68中之變頻器與馬達溫度686時,如圖19所示,定義變頻器311及馬達312的預警運轉溫度;點選子項目68中之盤管衰退率683時,如圖20所示,定義盤管32與風機31之預警衰退率;點選子項目68中之盤管演算法684時,如圖21及圖22所示,定義盤管32與風機31之一設備性能曲線參數,以建立盤管演算法;點選子項目68中之感測器685時,如圖23所示,定義所有感測器20於感測時的上、下警報數值;以及點選子項目68中之濾網682時,如圖24所示,定義濾網33的一初始壓差值及一壓差預警值。在定義完成變頻器311及馬達312的預警運轉時數及預警運轉溫度之後,當變頻器311或馬達312的實際運算時數超過預警運轉時數或是實際運 轉溫度超過預警運轉溫度時,主控制器11會發出一警示提醒。在定義完成盤管32與風機31之設備性能曲線參數及預警衰退率之後,在一實施例中,主控制器11會根據設備性能曲線參數與感測器20量測到的設備參數進行比對,以預估盤管32或風機31的實際衰退率,並在實際衰退率達到預警衰退率時,主控制器11會發出一警示提醒,以完成盤管32和風機31的效率衰退預警功能。在定義完成所有感測器20於感測時的上、下警報數值,當感測器20的實際感測數值超過上、下警報數值的範圍時,主控制器11會發出一警示提醒。在定義完成濾網33的初始壓差值及壓差預警值之後,當感測器20感測到濾網的實際壓差值超過壓差預警值時,主控制器11亦會發出一警示提醒。因此,藉由對硬體裝置30及擴充的硬體裝置40進行預警功能的設定,以確保空調箱1在運轉時各項元件的運轉效能狀態都可以進行主動式偵測,並達到設備效率預測告警的功能。 Please refer to Figure 1 and Figure 18 at the same time. For the early warning function setting 546 in the setting item 54, when the warning function setting 546 in the item 54 is clicked on the setting interface 52, the warning function setting 546 is triggered and displayed The corresponding setting screen 66, and multiple sub-items 68 are displayed in the setting screen 66, including inverter 681, filter 682, coil decay rate 683, coil algorithm 684, sensor 685 and inverter and motor temperature 686 Etc., to provide further selection and execute the corresponding setting procedure. The setting procedure of the early warning function setting 546 includes: When the inverter 681 in the sub-item 68 is selected, as shown in Figure 18, define the inverter 311 and motor 312 Early warning operating hours; when you click the inverter and motor temperature 686 in the sub-item 68, as shown in Figure 19, define the early warning operating temperature of the inverter 311 and the motor 312; click the coil degradation rate 683 in the sub-item 68 When, as shown in Figure 20, define the early warning decline rate of the coil 32 and the fan 31; when you click the coil algorithm 684 in the sub-item 68, as shown in Figure 21 and Figure 22, define the coil 32 and the fan 31 One of the equipment performance curve parameters to establish the coil algorithm; when the sensor 685 in the sub-item 68 is selected, as shown in Figure 23, define the upper and lower alarm values of all the sensors 20 during sensing; And when the filter 682 in the sub-item 68 is selected, as shown in FIG. 24, an initial pressure difference value and a pressure difference warning value of the filter 33 are defined. After defining the pre-warning operating hours and pre-warning operating temperature of the inverter 311 and the motor 312, when the actual operation hours of the inverter 311 or the motor 312 exceed the pre-warning operation hours or the actual operation When the turning temperature exceeds the pre-warning operating temperature, the main controller 11 will issue a warning reminder. After defining the equipment performance curve parameters and the early warning decay rate of the coil 32 and the fan 31, in one embodiment, the main controller 11 compares the equipment performance curve parameters with the equipment parameters measured by the sensor 20 , To estimate the actual decline rate of the coil 32 or the fan 31, and when the actual decline rate reaches the early warning decline rate, the main controller 11 will issue a warning reminder to complete the efficiency decline early warning function of the coil 32 and the fan 31. After defining the upper and lower alarm values of all the sensors 20 during sensing, when the actual sensing value of the sensor 20 exceeds the range of the upper and lower alarm values, the main controller 11 will issue a warning reminder. After the initial pressure difference value and pressure difference warning value of the filter screen 33 are defined, when the sensor 20 detects that the actual pressure difference value of the filter screen exceeds the pressure difference warning value, the main controller 11 will also issue a warning reminder . Therefore, by setting the early warning function of the hardware device 30 and the expanded hardware device 40, it is ensured that the operating performance status of various components of the air-conditioning box 1 can be actively detected during operation, and the equipment efficiency prediction can be achieved. Alarm function.

請同時參閱圖1及圖25所示,對設定項目54中之日期時間設定547而言,在點選設定介面52上設定項目54中的日期時間設定547時,日期時間設定547被觸發而顯示對應的設定畫面69,以執行對應的設定程序,進行設備時間的設定,藉此設定目前控制系統10的日期與時間。 Please refer to Figure 1 and Figure 25 at the same time. For the date and time setting 547 in the setting item 54, when you click the setting interface 52 to set the date and time setting 547 in the item 54, the date and time setting 547 is triggered and displayed The corresponding setting screen 69 executes the corresponding setting procedure and sets the device time, thereby setting the date and time of the current control system 10.

請同時參閱圖1及圖26所示,對設定項目54中之第三方界接548而言,在點選設定介面52上設定項目54中的第三方界接548時,第三方界接548被觸發而顯示對應的設定畫面70,以執行對應的設定程序,進行第三方通訊內容的產出,藉此將每一點位所對應的設備、屬性、指令功能、指令等資訊提供下載輸出至第三方。 Please refer to Figure 1 and Figure 26 at the same time. For the third-party interface 548 in the setting item 54, when the third-party interface 548 in the item 54 is clicked on the setting interface 52, the third-party interface 548 is Triggered to display the corresponding setting screen 70 to execute the corresponding setting procedure and output the third-party communication content, thereby downloading and outputting the corresponding equipment, attributes, command functions, commands and other information of each point to the third party .

本文中所揭示的設定介面52包含多個設定項目54。在不脫 離申請專利範圍的情況下,前述設定過程中,選擇設定項目54的順序及每一設定程序並不一定要依照設定介面52上之設定項目54所排列的順序或前文所載的順序進行,可以依需求任意選擇對應的設定項目54來進行設定。 The setting interface 52 disclosed herein includes a plurality of setting items 54. Not taking off In the case of out of the scope of the patent application, in the aforementioned setting process, the order of selecting the setting items 54 and each setting procedure do not necessarily follow the order of the setting items 54 on the setting interface 52 or the order set out in the preceding paragraph. The corresponding setting item 54 is arbitrarily selected for setting according to requirements.

請同時參閱圖1及圖27所示,在主控制器11完成設定所有硬體裝置30及擴充的硬體裝置40之後,主控制器11更可提供一顯示介面72,且顯示介面72亦顯示於螢幕50上,此顯示介面72包含有綜合資訊74、元件資訊76及歷史數據78等選項,當使用者在顯示介面72上選擇綜合資訊74的選項時,在顯示介面72上會呈現對應硬體裝置30及擴充的硬體裝置40於運轉時的圖形化綜合資訊80。請同時參閱圖1及圖28所示,當使用者在顯示介面72上選擇元件資訊76的選項時,在顯示介面72上會呈現對應硬體裝置30及擴充的硬體裝置40的複數圖形化元件82,並在點選其中一圖形化元件82時,會同時於顯示介面72上顯示被點選的該圖形化元件82所對應的硬體裝置30或擴充的硬體裝置40之設備參數及環境參數。當使用者在顯示介面72上選擇歷史數據78的選項時,如圖29所示,會在顯示介面72上顯示出年度歷史資料、月份歷史資料、感測元件歷史資料、變頻器歷史資料及各警歷史資料等提供使用者選擇,以藉此找出某個特定歷史時間點的相關數據。 Please refer to FIGS. 1 and 27 at the same time. After the main controller 11 finishes setting all the hardware devices 30 and the expanded hardware devices 40, the main controller 11 may further provide a display interface 72, and the display interface 72 also displays On the screen 50, the display interface 72 includes options such as integrated information 74, component information 76, and historical data 78. When the user selects the option of the integrated information 74 on the display interface 72, the corresponding hardware will be displayed on the display interface 72. Graphical integrated information 80 of the hardware device 30 and the expanded hardware device 40 during operation. Please refer to FIG. 1 and FIG. 28 at the same time. When the user selects the option of component information 76 on the display interface 72, a plurality of graphics corresponding to the hardware device 30 and the expanded hardware device 40 will be displayed on the display interface 72 Component 82, and when one of the graphical components 82 is clicked, the device parameters of the hardware device 30 or the expanded hardware device 40 corresponding to the graphical component 82 will be displayed on the display interface 72 at the same time. Environmental parameters. When the user selects the option of historical data 78 on the display interface 72, as shown in Figure 29, the annual historical data, monthly historical data, sensor historical data, inverter historical data and various Police historical data, etc. provide users with options to find relevant data at a specific historical time point.

在一實施例中,主控制器11提供的設定介面52及顯示介面72,係透過不同網址的登入頁面分別透過使用者帳號與密碼來進行登入,以選擇登入設定介面52或是顯示介面72。 In one embodiment, the setting interface 52 and the display interface 72 provided by the main controller 11 are used to log in through a user account and a password through login pages of different URLs to select the login setting interface 52 or the display interface 72.

綜上所述,本案係在可擴充硬體裝置的前提下,針對各硬體 裝置提供完整的設定介面進行各設定項目的設定,以簡化系統的設置流程及有效地提高涵蓋率。並且,本案可有效率的提供分析數據以及達到設備(盤管及風機)效率衰退預測告警的功能,以確保空調箱在運轉時各項硬體裝置的運轉效能及狀態可以進行主動式偵測,並提供可視化的結果,達到智慧控制之目的者。 In summary, this case is based on the premise of expandable hardware devices. The device provides a complete setting interface for setting each setting item to simplify the system setting process and effectively increase the coverage. In addition, this case can efficiently provide analysis data and achieve the function of predicting and warning equipment (coil and fan) efficiency decline to ensure that the operating performance and status of various hardware devices can be actively detected when the air-conditioning box is operating. And provide visual results to achieve the purpose of intelligent control.

以上所述之實施例僅係為說明本案之技術思想及特點,其目的在使熟悉此項技術者能夠瞭解本案之內容並據以實施,當不能以之限定本案之專利範圍,即大凡依本案所揭示之精神所作之均等變化或修飾,仍應涵蓋在本案之申請專利範圍內。 The above-mentioned embodiments are only to illustrate the technical ideas and features of the case, and their purpose is to enable those who are familiar with the technology to understand the content of the case and implement them accordingly. When the scope of the patent in this case cannot be limited by them, that is, generally according to the case. Equal changes or modifications made to the spirit of the disclosure should still be included in the scope of the patent application in this case.

1:空調箱 1: Air conditioning box

10:控制系統 10: Control system

11:主控制器 11: main controller

12,13,14,15:擴充模組 12, 13, 14, 15: expansion module

20:感測器 20: Sensor

21:水壓力感測器 21: Water pressure sensor

22:水溫度感測器 22: Water temperature sensor

23:風壓差感測器 23: Wind pressure difference sensor

24:溫濕度感測器 24: Temperature and humidity sensor

30:硬體裝置 30: hardware device

31:風機 31: Fan

311:變頻器 311: Inverter

312:馬達 312: Motor

313:風扇 313: Fan

32:盤管 32: Coil

33:濾網 33: Filter

34:風門 34: Throttle

341:驅動馬達 341: drive motor

35:水閥 35: water valve

351:驅動馬達 351: drive motor

36加熱器 36 heater

37:加濕器 37: Humidifier

40:擴充的硬體裝置 40: Expanded hardware device

50:螢幕 50: screen

Claims (13)

一種空調箱控制系統,應用於具有複數硬體裝置的一空調箱,該空調箱控制系統包含:至少一擴充模組,用以電性連接至少一擴充的硬體裝置;以及一主控制器,電性連接該至少一擴充模組,以控制該至少一擴充的硬體裝置,該主控制器係根據該些硬體裝置及該至少一擴充的硬體裝置對應提供一設定介面,該設定介面包含複數個設定項目,當該些設定項目的至少其中之一被觸發時,該主控制器根據被觸發的該設定項目執行對應的一設定程序,用以設定該些硬體裝置及該至少一擴充的硬體裝置,其中該些設定項目包含一維護設定、一連接設定、一變頻器設定、一模組設定、一排程設定、一預警功能設定以及一日期時間設定;其中該些硬體裝置或該至少一擴充的硬體裝置包含一風機、一盤管、一濾網、一風門、一水閥、一加熱器、或一加濕器;其中該主控制器更訊號連接有複數感測器,用以分別感測該些硬體裝置及該至少一擴充的硬體裝置運轉時的一設備參數及一環境參數,並將該設備參數及該環境參數回傳至該主控制器;及其中該模組設定的該設定程序包含:依序設定該風機、該盤管、該濾網、該風門、該水閥、該加熱器、該加濕器等的一元件數量;以及依據該些硬體裝置及該至少一擴充的硬體裝置對應之該感測器及控制元件定義點位組合,以完成該主控制器與該些硬體裝置及該至少一擴充的硬體裝置的關聯設定。 An air-conditioning box control system is applied to an air-conditioning box with a plurality of hardware devices. The air-conditioning box control system includes: at least one expansion module for electrically connecting at least one expanded hardware device; and a main controller, The at least one expansion module is electrically connected to control the at least one expanded hardware device, and the main controller provides a setting interface corresponding to the hardware devices and the at least one expanded hardware device. The setting interface Contains a plurality of setting items. When at least one of the setting items is triggered, the main controller executes a corresponding setting procedure according to the triggered setting item to set the hardware devices and the at least one Expanded hardware devices, where the setting items include a maintenance setting, a connection setting, an inverter setting, a module setting, a schedule setting, an alarm function setting, and a date and time setting; among them, the hardware The device or the at least one expanded hardware device includes a fan, a coil, a filter, a damper, a water valve, a heater, or a humidifier; wherein the main controller is connected to a plurality of signals A detector for respectively sensing a device parameter and an environmental parameter when the hardware devices and the at least one expanded hardware device are in operation, and return the device parameters and the environmental parameters to the main controller; The setting procedure of the module setting includes: sequentially setting the number of components of the fan, the coil, the filter, the damper, the water valve, the heater, the humidifier, etc.; and according to the The hardware devices and the at least one expanded hardware device are corresponding to the sensor and control element definition point combination to complete the association of the main controller with the hardware devices and the at least one expanded hardware device set up. 如請求項1所述之空調箱控制系統,其中該風機包含一變頻器及一馬達。 The air-conditioning box control system according to claim 1, wherein the fan includes a frequency converter and a motor. 如請求項1所述之空調箱控制系統,其中該些設定項目更包含一第三方界接。 The air-conditioning box control system according to claim 1, wherein the setting items further include a third-party interface. 如請求項2所述之空調箱控制系統,其中該變頻器設定係用以設定該風機之該變頻器,該變頻器設定的該設定程序包含:依據不同接口埠進行變頻器編輯定義;以及進行單一該變頻器的連線運轉控制測試。 The air-conditioning box control system according to claim 2, wherein the inverter setting is used to set the inverter of the fan, and the setting procedure of the inverter setting includes: editing and defining the inverter according to different interface ports; and A single connection operation control test of the inverter. 如請求項4所述之空調箱控制系統,其中該變頻器設定更包含進行該變頻器之群組連線運轉控制測試。 The air-conditioning box control system according to claim 4, wherein the inverter setting further includes conducting a group connection operation control test of the inverter. 如請求項1所述之空調箱控制系統,其中在設定該元件數量中,更可根據該主控制器內建的複數模組模板進行選擇。 The air-conditioning box control system according to claim 1, wherein in setting the number of components, selection can be made according to a plurality of module templates built in the main controller. 如請求項1所述之空調箱控制系統,其中該排程設定的該設定程序包含:創建排程模式;根據不同時間點及不同的該些硬體裝置及該至少一擴充的硬體裝置進行排程控制邏輯選擇及定義,以新增一排程事件;以及根據一萬年曆選擇對應該排程事件的日期排程控制。 The air-conditioning box control system according to claim 1, wherein the setting procedure of the scheduling setting includes: creating a scheduling mode; performing according to different time points and different hardware devices and the at least one expanded hardware device Selection and definition of scheduling control logic to add a scheduled event; and select the date scheduling control corresponding to the scheduled event based on the 10,000-year calendar. 如請求項2所述之空調箱控制系統,其中該預警功能設定的該設定程序包含:定義該變頻器及該馬達的預警運轉時數及預警運轉溫度;定義該盤管與該風機之一設備性能曲線參數及一預警衰退率;定義該些感測器於感測時的上、下警報數值;以及定義該濾網的一初始壓差值及一壓差預警值。 The air-conditioning box control system according to claim 2, wherein the setting procedure of the early warning function setting includes: defining the early warning operating hours and early warning operating temperature of the inverter and the motor; defining one of the coil and the fan Performance curve parameters and an early warning decay rate; define the upper and lower alarm values of the sensors during sensing; and define an initial pressure difference value and a pressure difference warning value of the filter. 如請求項8所述之空調箱控制系統,其中該主控制器根據該設備性能曲線參數與量測到的該設備參數進行比對,以預估該盤管或該風機的實際衰退率,並在該實際衰退率達到該預警衰退率時,該主控制器發出一警示提醒。 The air-conditioning box control system according to claim 8, wherein the main controller compares the equipment performance curve parameters with the measured equipment parameters to estimate the actual decline rate of the coil or the fan, and When the actual decline rate reaches the early warning decline rate, the main controller sends a warning reminder. 如請求項1所述之空調箱控制系統,其中該至少一擴充模組係透過一連接線電性連接至該主控制器。 The air-conditioning box control system according to claim 1, wherein the at least one expansion module is electrically connected to the main controller through a connection line. 如請求項1所述之空調箱控制系統,其中該主控制器更電性連接一螢幕,用以顯示該設定介面。 The air-conditioning box control system according to claim 1, wherein the main controller is further electrically connected to a screen for displaying the setting interface. 如請求項1所述之空調箱控制系統,其中該主控制器完成設定該些硬體裝置及該至少一擴充的硬體裝置後,該主控制器更可提供一顯示介面,以在該顯示介面上呈現對應該些硬體裝置及該至少一擴充的硬體裝置的複數圖形化元件,並在點選其中一該些圖形化元件時,會同時於該顯示介面上顯示被點選的該圖形化元件所對應的該設備參數及該環境參數。 The air-conditioning box control system according to claim 1, wherein after the main controller finishes setting the hardware devices and the at least one expanded hardware device, the main controller may further provide a display interface to display The interface presents a plurality of graphical elements corresponding to the hardware devices and the at least one expanded hardware device, and when one of the graphical elements is clicked, the clicked one will be displayed on the display interface at the same time The device parameter and the environmental parameter corresponding to the graphical component. 如請求項1所述之空調箱控制系統,其中該主控制器完成設定該些硬體裝置及該至少一擴充的硬體裝置後,該主控制器更可提供一顯示介面,以在該顯示介面上呈現對應該些硬體裝置及該至少一擴充的硬體裝置於運轉時的圖形化綜合資訊。 The air-conditioning box control system according to claim 1, wherein after the main controller finishes setting the hardware devices and the at least one expanded hardware device, the main controller may further provide a display interface to display The interface presents graphical integrated information corresponding to the hardware devices and the at least one expanded hardware device during operation.
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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWM487577U (en) * 2014-06-12 2014-10-01 Best Multimedia Technology Co Ltd U Intelligent home system
TWI521385B (en) * 2014-11-03 2016-02-11 D Link Corp And a control system and a method for driving the corresponding device according to the triggering strategy
TWM526148U (en) * 2016-01-13 2016-07-21 Jin-Chang Yang Intelligent home monitoring system
TWM535792U (en) * 2016-08-11 2017-01-21 shu-hong Ye Equipment of air conditioning box

Family Cites Families (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6228155B1 (en) * 1999-08-24 2001-05-08 Kuo Cheng Tai Automatic detection and warning device of filtering net in air conditioner
US20100263391A1 (en) * 2007-12-14 2010-10-21 Carrier Corporation Control Device for HVAC Systems with Inlet and Outlet Flow Control Devices
CN101813361B (en) * 2009-02-24 2012-09-26 胡光南 Energy-saving ventilator
GB0919934D0 (en) * 2009-11-16 2009-12-30 Sunamp Ltd Energy storage systems
TW201122379A (en) * 2009-12-17 2011-07-01 Matsushita Electric Tw Co Ltd conditioning device.
CN104236015B (en) * 2014-06-20 2018-01-23 沈阳安新自动化控制有限公司 Energy-saving control method and system based on the switching of Port-Controlled Hamiltonian Theory weather compensation
TWI607191B (en) * 2014-08-15 2017-12-01 台達電子工業股份有限公司 Ventilation equipment having dirty filter detecting function and detecting method of the ventilation equipment
CN208588052U (en) * 2018-06-26 2019-03-08 安徽应力环保科技有限公司 A kind of control system of fresh air conditioner

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWM487577U (en) * 2014-06-12 2014-10-01 Best Multimedia Technology Co Ltd U Intelligent home system
TWI521385B (en) * 2014-11-03 2016-02-11 D Link Corp And a control system and a method for driving the corresponding device according to the triggering strategy
TWM526148U (en) * 2016-01-13 2016-07-21 Jin-Chang Yang Intelligent home monitoring system
TWM535792U (en) * 2016-08-11 2017-01-21 shu-hong Ye Equipment of air conditioning box

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