TWM587731U - Smart Water Tower System - Google Patents
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- TWM587731U TWM587731U TW108210813U TW108210813U TWM587731U TW M587731 U TWM587731 U TW M587731U TW 108210813 U TW108210813 U TW 108210813U TW 108210813 U TW108210813 U TW 108210813U TW M587731 U TWM587731 U TW M587731U
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Abstract
一種智慧水塔系統，包括：複數個水塔，承裝水作為降溫之用; 複數個開關，其中該些開關之至少兩開關相對應地連接於每一該水塔，水質監測系統，其中該些開關之至少三開關連接該水質監測系統，臭氧殺菌機或超微氣泡殺菌機，其中連接該水管回水處，與相對應地連接於每一該水塔之該至少兩開關之一連接，以對該些水塔進行臭氧機或超微氣泡機之臭氧由文式管連結水管並融入水中滅菌; 以及自動除垢系統，其中透過該些開關分別連接於該些水塔、該臭氧機或超微氣泡機及該水質監測系統，藉由該些開關開啟或關閉使得該自動除垢系統自動地對該些水塔進行自動除垢。A smart water tower system includes: a plurality of water towers for carrying water for cooling; a plurality of switches, wherein at least two switches of the switches are correspondingly connected to each of the water towers, a water quality monitoring system, wherein the switches are At least three switches are connected to the water quality monitoring system, an ozone sterilizer or an ultra-micro bubble sterilizer, wherein the water pipe return is connected to one of the at least two switches correspondingly connected to each of the water towers, so that The ozone of the ozone tower or ultra-micro bubble machine is connected to the water pipe and sterilized by water in the water tower; and an automatic descaling system, wherein the switches are connected to the water tower, the ozone machine or ultra-micro bubble machine and the through the switches respectively. The water quality monitoring system enables the automatic descaling system to automatically descale the water towers by turning on or off the switches.
Description
本創作係有關於一種水塔系統的技術領域，特別是有關於一種智慧水塔系統。This creation relates to the technical field of a water tower system, and particularly to a smart water tower system.
現在的空調維修行業，不管是主機廠商還是作為終端使用的物業業主，更多關注的是空調主機設備的維護保養節能，對於空調系統中重要組成部分的冷卻水塔的專項維修，則都是委託空調維修公司以人工定時定期到現場清洗，或再加以臭氧機或超微氣泡機之臭氧來清除水垢殺菌等，耗費人力不說， 還不能對冷卻塔中的水質進行檢測、監控，完全靠人工的經驗和實測才對其進行維護保養，根本談不上對冷卻塔的智慧管理以及節能。The current air-conditioning repair industry, whether it is the host manufacturer or the property owner who uses the terminal, pays more attention to the maintenance and energy saving of the air-conditioning host equipment. For the special maintenance of the cooling water tower, which is an important part of the air-conditioning system, the air-conditioning is commissioned. The maintenance company regularly and regularly cleans the site manually, or adds ozone from an ozone machine or ultra-micro bubble machine to remove scale and sterilize. It is labor-intensive, and it is impossible to detect and monitor the water quality in the cooling tower. It is entirely manual. Only through experience and actual measurement can they be maintained. It is impossible to talk about intelligent management and energy saving of cooling towers.
本創作之目的是提供一種智慧水塔系統，利用物聯網技術，實現有資料化及數據化的維護管理，由智慧自動化設備連續或間接性做水質處理可以確保空調系統運行的高效，達到節能環保的目的。本創作還自主開發除水垢改善水質的，擁有技術專利的配套解決方案，解決業主對空調後期維修的後顧之憂，除水垢系統、滅菌系統、過濾清洗系統及利用物聯網檢測技術雲端平台讓整個智慧水塔系統更為完整。The purpose of this creation is to provide a smart water tower system that utilizes the Internet of Things technology to achieve data-based and data-based maintenance management. Continuous or indirect water quality treatment by smart automation equipment can ensure the efficient operation of air-conditioning systems and achieve energy-saving and environmental protection. purpose. This creation also independently develops scale-removing and improving water quality, and has supporting solutions with technical patents to solve the owner's worries about the post-maintenance of air conditioning. The scale-removing system, sterilization system, filter cleaning system, and cloud platform using the Internet of Things detection technology allow the entire smart water tower The system is more complete.
本創作為達成上述目的提供一種智慧水塔系統，包含複數個水塔，作為降溫之用; 複數個開關，其中該些開關之至少兩開關相對應地連接於每一該水塔，且該至少兩開關之一用於開啟或關閉所相對應地連接的每一該水塔; 一水質監測系統，其中該些開關之至少三開關連接該水質監測系統，且透過該至少三開關之一與該些水塔之一連接及透過複數個溫度感測器與該些水塔相對應地連接用以監測該些水塔的水質參數;臭氧機或超微氣泡機，其中該連接該水質水管回水處，相對應地連接於每一該水塔連接，且連接該水質監測系統連接，藉由連接該水質監測系統以對該些水塔進行臭氧機或超微氣泡機之臭氧殺菌，本實施例中藥劑瓶以臭氧機滅菌系統作為物理式消毒實施範例; 以及一自動除垢系統，其中透過該些開關分別連接於該些水塔、該殺菌系統及該水質監測系統，藉由該些開關開啟或關閉使得該自動除垢系統自動地對該些水塔進行自動除垢。In order to achieve the above object, the present invention provides a smart water tower system including a plurality of water towers for cooling purposes; a plurality of switches, wherein at least two switches of the switches are correspondingly connected to each of the water towers, and A water quality monitoring system, in which at least three switches of the switches are connected to the water quality monitoring system, and one of the at least three switches is connected to one of the water towers Connected and connected with the water towers through a plurality of temperature sensors correspondingly to monitor the water quality parameters of the water towers; ozone machine or ultra-micro bubble machine, wherein the water return pipe connected to the water quality pipe is correspondingly connected to Each of the water towers is connected and connected to the water quality monitoring system. The water quality monitoring system is connected to perform ozone sterilization on the water towers by an ozone machine or a microbubble machine. In this embodiment, the ozone bottle sterilization system is used as the medicine bottle. Physical disinfection implementation example; and an automatic descaling system, wherein the switches are respectively connected to the water towers, the sterilization system, and the water quality monitor through the switches. The measurement system, by turning on or off the switches, causes the automatic descaling system to automatically descale the water towers.
與習知之智慧水塔量測系統比較，本創作具有以下優點： 1. 自主開發智慧水塔量測系統， 讓業主和維護人員都知道水塔的水質狀況，可根據水質實際情況去安排是否需要清洗、換水或投藥量等，有效預防結垢阻塞而導致高溫當機。且水塔還利用物聯網技術，實現有資料化的維護管理，可以確保空調系統運行的高效，達到節能環保的目的。本創作還自主開發除水垢改善水質的，擁有技術專利的配套解決方案，解決業主對空調後期維修的後顧之憂，讓整個智慧水塔系統更為完整。2.客戶端僅安裝儲存式水塔收集器。3.客戶端不需要安裝伺服器軟體。4.可以透過手機，平板檢視監管分析訊息。5.雲端軟體可以連接數百台(千台)以上之遠端儲存水塔收集器，占用頻寬極小。6.水塔監測點包含:6.1環境乾球溫度。6.2環境相對溼度。6.3水塔進水溫度。6.4水塔出水溫度。6.5冷卻水導電度。6.6冷卻水酸鹼值。6.7以演算法計算水塔的趨近溫度。7.採用虛擬化架構支援高可靠度備援。 8. 支援 Modbus -TCP 可以支援客戶端現有SCADA電力資訊收集。Compared with the conventional smart water tower measurement system, this creation has the following advantages: 1. Self-developed smart water tower measurement system, so that the owners and maintenance personnel know the water quality of the water tower, and can arrange for cleaning or water replacement according to the actual situation of water quality Or dosage, etc., effectively prevent scaling and blockage and lead to high temperature crashes. Moreover, the water tower also uses the Internet of Things technology to achieve data-based maintenance management, which can ensure the efficient operation of the air-conditioning system and achieve the purpose of energy conservation and environmental protection. This creation also independently develops supporting solutions for descaling to improve water quality and has a patented technology to solve the owner's worries about the later maintenance of the air conditioner, making the entire smart water tower system more complete. 2. The client only installs a storage water tower collector. 3. The client does not need to install server software. 4. You can view the supervision and analysis information through mobile phones and tablets. 5. Cloud software can connect to hundreds (thousands) of remote storage tower collectors, occupying very little bandwidth. 6. Water tower monitoring points include: 6.1 ambient dry bulb temperature. 6.2 Ambient relative humidity. 6.3 Water tower inlet temperature. 6.4 Water tower water temperature. 6.5 Cooling water conductivity. 6.6 pH value of cooling water. 6.7 Use algorithms to calculate the approaching temperature of the water tower. 7. Virtualized architecture is used to support high reliability redundancy. 8. Support Modbus-TCP can support client's existing SCADA power information collection.
實施例1：Example 1:
圖1為本創作之智慧水塔系統之系統方塊圖。智慧水塔系統1包含複數個水塔(以4個水塔11、12、13、14，承裝水作為降溫之用)，複數個開關(以序號21~31及序號C1作為標記)，水質監測系統41，環境溫溼度傳感器51，臭氧機或超微氣泡機61，自動除垢系統71。Figure 1 is a system block diagram of the intelligent water tower system. The smart water tower system 1 includes a plurality of water towers (using four water towers 11, 12, 13, and 14 for cooling water), a plurality of switches (labeled with serial numbers 21 to 31 and serial number C1), and a water quality monitoring system 41 , Ambient temperature and humidity sensor 51, ozone machine or ultra-micro bubble machine 61, automatic descaling system 71.
複數個開關21~31，其中該些開關之至少兩開關相對應地連接於每一該水塔，且該至少兩開關用於開啟或關閉所相對應地連接的每一該水塔。例如，每一該開關為電動閥。電動閥4及5連接水塔11。電動閥6及7連接水塔12。電動閥8及9連接水塔13。電動閥10及11連接水塔14。其中，電動閥5，7，9及11透過水泵15與自動除垢系統71連接。且自動除垢系統71 透過電動閥C1而與一污排管連接。The plurality of switches 21 to 31, wherein at least two switches of the switches are correspondingly connected to each of the water towers, and the at least two switches are used to turn on or off each of the water towers correspondingly connected. For example, each of the switches is a motorized valve. The electric valves 4 and 5 are connected to the water tower 11. The electric valves 6 and 7 are connected to the water tower 12. The electric valves 8 and 9 are connected to the water tower 13. The electric valves 10 and 11 are connected to the water tower 14. Among them, the electric valves 5, 7, 9 and 11 are connected to the automatic descaling system 71 through the water pump 15. And the automatic descaling system 71 is connected to a sewage drain pipe through the electric valve C1.
水質監測系統41，其中該些開關之至少三開關21，22，23連接該水質監測系統41，且透過該至少三開關之一與該些水塔之一連接及透過複數個溫度感測器81與該些水塔11、12、13、14相對應地連接用以監測該些水塔11、12、13、14的水質參數。其中，水質監測系統41與電動閥21，22，23連接，並且水質監測系統41透過電動閥23與水塔連接11。Water quality monitoring system 41, wherein at least three switches 21, 22, and 23 of the switches are connected to the water quality monitoring system 41, and are connected to one of the water towers through one of the at least three switches and through a plurality of temperature sensors 81 and The water towers 11, 12, 13, and 14 are correspondingly connected to monitor water quality parameters of the water towers 11, 12, 13, and 14. The water quality monitoring system 41 is connected to the electric valves 21, 22, and 23, and the water quality monitoring system 41 is connected to the water tower 11 through the electric valve 23.
臭氧機或超微氣泡機61，其中連接該水質監測系統41，且與相對應地連接於每一該水塔連接，且透過該至少兩開關A1、B1的一連接點P與連接該水質監測系統41之該至少三開關之一開關22連接，藉由連接該水質監測系統41之該些水塔11、12、13、14進行臭氧機61或超微氣泡機61之臭氧殺菌。其中，本實施例中以臭氧機61作為物理式消毒實施範例，使得水流經水泵加壓送經「文式管」產生吸附力，吸附力將「臭氧機61或超微氣泡機61」產出之殺菌分子吸附混合至水流中達殺菌之功能。Ozone machine or ultra-micro bubble machine 61, wherein the water quality monitoring system 41 is connected, and is connected to each corresponding water tower, and is connected to the water quality monitoring system through a connection point P of the at least two switches A1, B1 One of the at least three switches 41 is connected to switch 22, and ozone sterilization of the ozone machine 61 or the ultra-micro bubble machine 61 is performed by the water towers 11, 12, 13, and 14 connected to the water quality monitoring system 41. Among them, in this embodiment, the ozone machine 61 is used as an example of physical disinfection, so that the water flows through the pump to be pumped through the "text tube" to generate an adsorption force, and the adsorption force produces the "ozone machine 61 or ultra-micro bubble machine 61". The sterilization molecules are adsorbed and mixed into the water stream to achieve the sterilization function.
自動除垢系統71，其中透過該些開關25，27，29，31分別連接於該些水塔11、12、13、14，該臭氧機或超微氣泡機61及該水質監測系統41，藉由該些開關開啟或關閉使得該自動除垢系統41自動地對該些水塔11、12、13、14進行自動除垢。Automatic descaling system 71, wherein the switches 25, 27, 29, and 31 are respectively connected to the water towers 11, 12, 13, and 14, the ozone machine or ultra-micro bubble machine 61, and the water quality monitoring system 41. When the switches are turned on or off, the automatic descaling system 41 automatically performs descaling on the water towers 11, 12, 13, and 14.
以下為實施例說明:The following is a description of the embodiment:
運行策略:Running strategy:
每24小時切換1水塔除垢。Every 24 hours, switch 1 water tower to descale.
水塔數量為4台，可設定使用台數。There are 4 water towers, and the number of water towers can be set.
水塔切換時間可各台水塔獨立設定。Water tower switching time can be set independently for each water tower.
水塔切換可增設水質EC值強制切換機制。Water tower switching can be added with a water quality EC value forced switching mechanism.
每小時水質檢測1次。Water quality test once an hour.
水質檢測時不得與除垢時程重疊。The water quality test must not overlap with the descaling time course.
每4小時除垢1次。Descaling every 4 hours.
臭氧機或超微氣泡機之臭氧常時對水質做殺菌處理。The ozone of the ozone machine or ultra-micro bubble machine always sterilizes the water quality.
水質監測排程說明:Water quality monitoring schedule description:
水質監測系統。Water quality monitoring system.
啟動水質監測系統。Activate water quality monitoring system.
開啟電動閥23，40秒(排出市水)。Open the electric valve for 23 seconds (drain the city water).
關閉電動閥23，開啟電動閥22，40秒(引入水塔原水)。The electric valve 23 is closed and the electric valve 22 is opened for 40 seconds (the raw water of the water tower is introduced).
關閉電動閥22，靜止60秒。Close the electric valve 22 and stand still for 60 seconds.
啟動水質量測，60秒(量測水質EC及PH)。Start the water quality measurement, 60 seconds (measure the water quality EC and PH).
開啟電動閥23，40秒(排出水塔原水)。Open the electric valve for 23 seconds (drain the tower water).
關閉電動閥23，開啟電動閥21，40秒(市水清洗傳感器及管路)。Close the electric valve 23 and open the electric valve 21, 40 seconds (city water cleaning sensor and pipeline).
關閉電動閥21，3600秒(市水浸泡傳感器)。Close the electric valve 21, 3600 seconds (city water immersion sensor).
迴圈至項目2。Loop back to item 2.
上述排程時間參數應可調整。The above scheduling time parameters should be adjustable.
各電動閥狀態、溫/溼度、EC、PH及時間可在介面上顯示。The status, temperature / humidity, EC, PH and time of each electric valve can be displayed on the interface.
每5分鐘記錄儲存一筆各數值記錄。A record of each value is stored every 5 minutes.
每分鐘上傳各參數至雲平台 (MODBUS OVER TCP/IP)。Upload each parameter to the cloud platform (MODBUS OVER TCP / IP) every minute.
水塔溫度傳感器最遠應可達200米(建議可用RS485通訊探棒型或管壁型傳感器)。The water tower temperature sensor should be up to 200 meters (recommended to use RS485 communication probe type or tube wall type sensor).
自動除垢排程說明:Description of automatic descaling schedule:
自動除垢系統水塔切換。Automatic descaling system water tower switching.
開啟電動閥24、25，24小時(水塔1除垢)。Open the electric valve 24, 25, 24 hours (descaling of the water tower 1).
開啟電動閥26、27，關閉電動閥24、25，24小時(水塔2除垢)。The electric valves 26 and 27 are opened, and the electric valves 24 and 25 are closed for 24 hours (descaling of the water tower 2).
開啟電動閥28、9，關閉電動閥26、27，24小時(水塔3除垢)。Open the electric valves 28 and 9 and close the electric valves 26 and 27 for 24 hours (descaling of the water tower 3).
開啟電動閥10、11，關閉電動閥28、29，24小時(水塔4除垢)。Open the electric valves 10 and 11 and close the electric valves 28 and 29 for 24 hours (descaling the water tower 4).
開啟電動閥24、25，關閉電動閥20、21，24小時(水塔1除垢)。Open the electric valves 24 and 25 and close the electric valves 20 and 21 for 24 hours (descaling of the water tower 1).
除垢排程(以上每段循環除水垢，4小時….)。Descaling schedule (descaling in each cycle above, 4 hours ...).
停止水泵及電極電力運行。Stop the water pump and electrode power operation.
啟動刮垢馬達，120秒。Start the scraping motor for 120 seconds.
開啟排污電動閥C1，30秒。Open the drain electric valve C1 for 30 seconds.
開啟水泵、停止刮垢馬達、關閉電動閥C1，30秒。Turn on the water pump, stop the scraping motor, and close the electric valve C1 for 30 seconds.
啟動電極電力，4小時。Activate electrode power for 4 hours.
當水質檢測EC值達到低於600us(預設)即強制切換至下一台水塔除垢。When the water quality detection EC value reaches below 600us (preset), it will be forced to switch to the next water tower to descale.
上述排程時間及參數應可獨立調整。The above schedule time and parameters should be independently adjustable.
各電動閥狀態可在介面上顯示。The status of each electric valve can be displayed on the interface.
本創作之技術優勢為提供一種智慧水塔系統，利用物聯網技術，實現有資料化和數據化的維護管理，可以確保空調系統運行的高效，達到節能環保的目的。本創作還自主開發除水垢改善水質的，擁有技術專利的配套解決方案，解決業主對空調後期維修的後顧之憂，讓整個智慧水塔系統更為完整。The technical advantage of this creation is to provide a smart water tower system that utilizes the Internet of Things technology to achieve data-based and data-based maintenance management, which can ensure the efficient operation of air-conditioning systems and achieve the purpose of energy conservation and environmental protection. This creation also independently develops supporting solutions for descaling to improve water quality and has a patented technology to solve the owner's worries about the later maintenance of the air conditioner, making the entire smart water tower system more complete.
雖然本創作已以較佳實施例揭露如上，然其並非用以限定本創作，任何熟習此技藝者，在不脫離本創作之精神和範圍內，當可作各種更動與潤飾，因此本創作之保護範圍當視後附之申請專利範圍所界定者為準。Although this creation has been disclosed as above with a preferred embodiment, it is not intended to limit this creation. Anyone skilled in this art can make various changes and decorations without departing from the spirit and scope of this creation. The scope of protection shall be determined by the scope of the attached patent application.
1‧‧‧智慧水塔系統
11、12、13、14‧‧‧水塔
21~31、C1‧‧‧開關
41‧‧‧水質監測系統
51‧‧‧環境溫溼度傳感器
61‧‧‧臭氧機或超微氣泡機
71‧‧‧自動除垢系統
81‧‧‧溫度感測器
1‧‧‧Smart Water Tower System
11, 12, 13, 14‧‧‧‧ Water Tower
21 ~ 31, C1‧‧‧ switch
41‧‧‧Water Quality Monitoring System
51‧‧‧Ambient temperature and humidity sensor
61‧‧‧Ozone machine or micro bubble machine
71‧‧‧Automatic descaling system
81‧‧‧Temperature sensor
圖1為本創作之智慧水塔系統的系統操作示意圖。Figure 1 shows the system operation of the intelligent water tower system.
Claims (9)
複數個水塔，承裝水作為降溫之用;
複數個開關，其中該些開關之至少兩開關相對應地連接於每一該水塔，且該至少兩開關用於開啟或關閉所相對應地連接的每一該水塔;
一水質監測系統，其中該些開關之至少三開關連接該水質監測系統，且透過該至少三開關之一與該些水塔之一連接及透過複數個溫度感測器與該些水塔相對應地連接用以監測該些水塔的水質參數;
一臭氧機或超微氣泡機，其中連接該水質監測系統，且與相對應地連接於每一該水塔，藉由連接該水質監測系統之該至少兩開關開啟或關閉以對該些水塔進行該臭氧機或該超微氣泡機之臭氧殺菌; 以及
一自動除垢系統，其中透過該些開關分別連接於該些水塔、該臭氧機或超微氣泡機及該水質監測系統，藉由該些開關開啟或關閉使得該自動除垢系統自動地對該些水塔進行自動除垢。 A smart water tower system includes:
A plurality of water towers for holding water for cooling purposes;
A plurality of switches, wherein at least two switches of the switches are correspondingly connected to each of the water towers, and the at least two switches are used to open or close each of the water towers correspondingly connected;
A water quality monitoring system, wherein at least three switches of the switches are connected to the water quality monitoring system, and are connected to one of the water towers through one of the at least three switches and correspondingly connected to the water towers through a plurality of temperature sensors. Used to monitor the water quality parameters of the water towers;
An ozone machine or ultra-micro bubble machine, wherein the water quality monitoring system is connected and correspondingly connected to each of the water towers, and the at least two switches connected to the water quality monitoring system are turned on or off to perform the water tower Ozone sterilization of the ozone machine or the ultra-micro bubble machine; and an automatic descaling system, wherein the switches are respectively connected to the water towers, the ozone machine or the ultra-micro bubble machine and the water quality monitoring system through the switches Turning on or off causes the automatic descaling system to automatically descale the water towers.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW108210813U TWM587731U (en) | 2019-08-15 | 2019-08-15 | Smart Water Tower System |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW108210813U TWM587731U (en) | 2019-08-15 | 2019-08-15 | Smart Water Tower System |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM587731U true TWM587731U (en) | 2019-12-11 |
Family
ID=69585541
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW108210813U TWM587731U (en) | 2019-08-15 | 2019-08-15 | Smart Water Tower System |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM587731U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI742662B (en) * | 2020-05-15 | 2021-10-11 | 中華電信股份有限公司 | Smart water supplement method and smart water supplement device |
-
2019
- 2019-08-15 TW TW108210813U patent/TWM587731U/en unknown
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI742662B (en) * | 2020-05-15 | 2021-10-11 | 中華電信股份有限公司 | Smart water supplement method and smart water supplement device |
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