TWI746187B - Smart water tower monitoring system - Google Patents

Smart water tower monitoring system Download PDF

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TWI746187B
TWI746187B TW109133508A TW109133508A TWI746187B TW I746187 B TWI746187 B TW I746187B TW 109133508 A TW109133508 A TW 109133508A TW 109133508 A TW109133508 A TW 109133508A TW I746187 B TWI746187 B TW I746187B
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lead
water level
water
tower
module
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TW202213018A (en
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李建興
黃秀美
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李建興
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Abstract

本發明揭露一種智慧型水塔監控系統，包含：一感測模組、一監控模組、一通訊模組及一管理模組；該感測模組包含一高水位感測器及一低水位感測器，用以偵測水位高低及產生導通信號與否；該監控模組與該感測模組電性連接，用以接收導通信號並轉換成警示信號；該通訊模組與該監控模組電性連接，用以將警示信號以有線或無線的方式傳輸至一使用者設備；該管理模組與該通訊模組電性連接，用以接收警示信號並提示使用者水塔的水位異常，完成即時水位監控。The present invention discloses an intelligent water tower monitoring system, comprising: a sensing module, a monitoring module, a communication module, and a management module; the sensing module includes a high water level sensor and a low water level sensor The detector is used to detect the water level and whether to generate a turn-on signal; the monitoring module is electrically connected to the sensing module to receive the turn-on signal and convert it into a warning signal; the communication module and the monitor The module is electrically connected to transmit the warning signal to a user equipment in a wired or wireless manner; the management module is electrically connected to the communication module to receive the warning signal and remind the user of the abnormal water level of the water tower , Complete real-time water level monitoring.

Description

智慧型水塔監控系統Smart water tower monitoring system

一種監控系統，尤其指一種應用於偵測水塔水位的監控系統。 A monitoring system, especially a monitoring system used to detect the water level of a water tower.

以現今的文明社會而言，家家戶戶的頂樓處皆設有水塔，使取水更為方便，而將水塔設於頂樓等高處是為了在使用時能透過重力增加水壓，減少使用加壓馬達加壓用水的成本。 In today’s civilized society, water towers are installed on the top floors of every household to make it easier to take water. The purpose of placing water towers on the top floors is to increase the water pressure through gravity and reduce the use of pressurized Madagascar. The cost of compressed water.

但由於水塔往往設於住家的最高處，若注水系統有所故障，造成持續注水或是停止注水，使用者若非自行發現，僅能在沒水時或水費暴增時才能發現水塔的注水系統異常，造成許多不便。 However, since the water tower is often located at the highest point of the house, if the water injection system fails, causing continuous water injection or stopping the water injection, the user can only discover the water injection system of the water tower when there is no water or when the water bill increases. Abnormal, causing a lot of inconvenience.

有鑑於現今並無能監控水塔水位的監測裝置，本發明提出一種智慧型水塔監控系統，透過高水位感測器及低水位感測器，在注水系統異常而導致水塔水位過高或過低時，能即時偵測到水位異常，進而通知使用者前往處理。 In view of the fact that there is no monitoring device that can monitor the water level of the water tower, the present invention proposes a smart water tower monitoring system. Through the high water level sensor and the low water level sensor, when the water injection system is abnormal, the water level of the water tower is too high or too low. Abnormal water level can be detected in real time, and the user will be notified to proceed.

為達成上述目的，本發明提供之智慧型水塔監控系統包含：一感測模組，包含：一高水位感測器，用以偵測水塔的水位是否高於一高水位設定值，當水位高於該高水位設定值時，該高水位感測器產生一高導通信號； 一低水位感測器，用以偵測水塔的水位是否低於一低水位設定值，當水位低於該低水位設定值時，該低水位感測器停止輸出一低導通信號；一監控模組，與該感測模組電性連接，該監控模組包含：一中央處理單元，與該高水位感測器及該低水位感測器電性連接，當該中央處理單元接收到該高導通信號時，發送一過高警示信號；當該中央處理單元無接收到該低導通信號時，發送一過低警示信號；一警示單元，與該中央處理單元電性連接，用以接收該過高警示信號或該過低警示信號並發出提示的訊息；一電源單元，與該中央處理單元電性連接，用以供電至本系統。 In order to achieve the above objectives, the intelligent water tower monitoring system provided by the present invention includes: a sensing module, including: a high water level sensor for detecting whether the water level of the water tower is higher than a high water level setting value, when the water level is high At the high water level setting value, the high water level sensor generates a high conduction signal; A low water level sensor for detecting whether the water level of the water tower is lower than a low water level setting value, when the water level is lower than the low water level setting value, the low water level sensor stops outputting a low conduction signal; a monitoring The module is electrically connected to the sensing module. The monitoring module includes: a central processing unit electrically connected to the high water level sensor and the low water level sensor. When the central processing unit receives the When a high-conduction signal, an over-high warning signal is sent; when the central processing unit does not receive the low-conduction signal, it sends an over-low warning signal; a warning unit is electrically connected to the central processing unit for Receive the over-high warning signal or the over-low warning signal and send out a prompt message; a power supply unit is electrically connected with the central processing unit for supplying power to the system.

藉由上述技術，本發明具下列特點： With the above technology, the present invention has the following characteristics:

1.本發明具備該高水位感測器及該低水位感測器，能同時偵測水位是否過高或過低，並在偵測到水位異常時，立即發出警示信號提醒使用者前往處理。 1. The present invention is equipped with the high water level sensor and the low water level sensor, which can simultaneously detect whether the water level is too high or too low, and when an abnormal water level is detected, it immediately sends out a warning signal to remind the user to proceed.

2.該高水位感測器及低水位感測器採用偵測「感測迴路是否導通」的方式判斷水位的高低是否超過臨界值，易於設置且精確性高。 2. The high water level sensor and the low water level sensor use the method of detecting "whether the sensing circuit is on" to determine whether the water level exceeds the critical value, which is easy to set and highly accurate.

3.該等水位感測器可進一步使用絕緣體固定該等正負極導線，以避免該等正負極導線在水中任意飄動造成短路而產生誤信號；同時，可採用不會溶解於水的玻璃塊體做為絕緣體，可避免水質遭受絕緣體汙染。 3. The water level sensors can further use insulators to fix the positive and negative wires to prevent the positive and negative wires from floating in the water causing short circuits and false signals; at the same time, glass blocks that will not dissolve in water can be used As an insulator, it can prevent the water quality from being polluted by the insulator.

4.本發明可進一步設置一保護層於各正負極導線的表面，避免各正負極導線之間短路；同時，可採用食品級材質的矽膠管作為保護層，以避免該保護層釋出有害人體健康的成分而影響用水衛生與安全，讓使用者能安心飲用。 4. The present invention can further provide a protective layer on the surface of each positive and negative lead to avoid short circuit between the positive and negative leads; at the same time, a food-grade silicone tube can be used as the protective layer to prevent the protective layer from releasing harmful to the human body Healthy ingredients affect water hygiene and safety, allowing users to drink with peace of mind.

5.本發明可進一步設置一水質感測器，讓使用者能得知水塔的儲水是否雜質過多甚至遭受汙染，並即時通知使用者前往處理，確保水塔的水質符合安全標準。 5. The present invention can be further equipped with a water quality sensor, so that the user can know whether the water in the water tower is too impurity or even polluted, and immediately notify the user to go for treatment to ensure that the water quality of the water tower meets safety standards.

6.另外，本發明更可採用該一塔蓋感測器，該塔蓋感測器同樣藉由偵測正負極導線是否導通的方式判斷塔蓋是否脫落，易於設置且容易判讀，讓使用者能即時得知塔蓋脫落，盡快前往處理，避免過多的灰塵、雜質落入水塔中影響用水的品質。 6. In addition, the present invention can further adopt the tower cover sensor, which also judges whether the tower cover has fallen off by detecting whether the positive and negative wires are connected, which is easy to set and easy to read, allowing users It can be immediately known that the tower cover has fallen off, and go to the treatment as soon as possible to avoid excessive dust and impurities falling into the water tower and affecting the quality of the water.

10:感測模組 10: Sensing module

11:高水位感測器 11: High water level sensor

111:第一正極導線 111: First positive lead

113:第一負極導線 113: The first negative lead

12:低水位感測器 12: Low water level sensor

121:第二正極導線 121: second positive lead

123:第二負極導線 123: second negative lead

13:水質感測器 13: Water quality sensor

131:第三正極導線 131: third positive wire

133:第三負極導線 133: third negative lead

14:絕緣體 14: Insulator

141:吊環 141: Ring

15:塔蓋感測器 15: Tower cover sensor

151:套筒 151: Sleeve

153:引線 153: Lead

154:導線開口 154: Wire opening

155:絕緣片 155: Insulation sheet

157:第四正極導線 157: Fourth positive wire

159:第四負極導線 159: Fourth negative lead

19:保護層 19: protective layer

20:監控模組 20: Monitoring module

21:中央處理單元 21: Central Processing Unit

23:電源單元 23: power supply unit

25:水塔監控單元 25: Water tower monitoring unit

27:警示單元 27: Warning unit

30:通訊模組 30: Communication module

31:有線通訊單元 31: Wired communication unit

33:無線通訊單元 33: wireless communication unit

40:管理模組 40: Management module

41:管理平台 41: Management platform

43:資料庫儲存單元 43: database storage unit

51:用戶電腦設備 51: User computer equipment

511:網頁操作模組 511: Web page operation module

53:行動裝置 53: mobile device

513:應用程式操作模組 513: Application Operation Module

60:水塔 60: Water Tower

61:開口 61: opening

63:塔蓋 63: Tower Cover

A,B,C:線段 A, B, C: line segment

D:距離 D: distance

P:接點焊錫 P: Contact solder

H1:高水位設定值 H1: High water level setting value

H2:低水位設定值 H2: Low water level setting value

圖1：本發明之系統方塊圖。 Figure 1: The system block diagram of the present invention.

圖2：本發明之高水位感測器及低水位感測器安裝示意圖。 Figure 2: Installation schematic diagram of the high water level sensor and the low water level sensor of the present invention.

圖3：本發明之水質感測器安裝示意圖。 Figure 3: Installation schematic diagram of the water quality sensor of the present invention.

圖4：本發明之塔蓋感測器安裝示意圖。 Figure 4: Installation schematic diagram of the tower cover sensor of the present invention.

圖5：本發明之正負極導線分段安裝示意圖。 Figure 5: A schematic diagram of the segmented installation of the positive and negative leads of the present invention.

圖6：本發明之高水位監控步驟流程圖。 Figure 6: Flow chart of the high water level monitoring steps of the present invention.

圖7：本發明之低水位監控步驟流程圖。 Figure 7: Flow chart of the low water level monitoring steps of the present invention.

圖8：本發明之水質監控步驟流程圖。 Figure 8: Flow chart of the water quality monitoring steps of the present invention.

圖9：本發明之塔蓋監控步驟流程圖。 Figure 9: A flow chart of the tower cover monitoring steps of the present invention.

請參見圖1，本發明之智慧型水塔監控系統包含：一感測模組10、一監控模組20、一通訊模組30及一管理模組40。 Please refer to FIG. 1, the intelligent water tower monitoring system of the present invention includes: a sensing module 10, a monitoring module 20, a communication module 30 and a management module 40.

請進一步參見圖2，該感測模組10包含一高水位感測器11及一低水位感測器12；該高水位感測器11包含一第一正極導線111及一第一負極導線 113，該第一正極導線111之一端及該第一負極導線113之一端分別由一水塔60之一開口61垂入該水塔60內至一高水位設定值H1處，且該第一正極導線111及該第一負極導線113相距一沒入水面下時可導電的距離D。 Please further refer to FIG. 2, the sensing module 10 includes a high water level sensor 11 and a low water level sensor 12; the high water level sensor 11 includes a first positive lead 111 and a first negative lead 113. One end of the first positive lead 111 and one end of the first negative lead 113 respectively hang into the water tower 60 from an opening 61 of a water tower 60 to a high water level setting value H1, and the first positive lead 111 And the first negative lead 113 is separated by a distance D that can conduct electricity when submerged under water.

在正常情形下，該水塔60的水位最高僅位於該高水位設定值H1處，使該第一正極導線111及該第一負極導線113位於水面上方。當注水系統異常而持續加水時，水位會升高而使該第一正極導線111的一端及該第一負極導線113的一端沒於水面下，此時該第一正極導線111及該第一負極導線113會因導通而形成迴路，進一步產生一高導通信號。 Under normal circumstances, the highest water level of the water tower 60 is only at the high water level setting value H1, so that the first positive lead 111 and the first negative lead 113 are located above the water surface. When the water injection system is abnormal and water continues to be added, the water level will rise so that one end of the first positive lead 111 and one end of the first negative lead 113 are submerged under the water surface. At this time, the first positive lead 111 and the first negative lead 111 The wire 113 will form a loop due to conduction, and further generate a high conduction signal.

在本發明之較佳實施例中，該第一正極導線111之一端及該第一負極導線113之一端進一步由一絕緣體14固定，其中該絕緣體14的表面設有吊環141，供該第一正極導線111及該第一負極導線113穿設；該絕緣體14可為玻璃塊體。 In a preferred embodiment of the present invention, one end of the first positive electrode wire 111 and one end of the first negative electrode wire 113 are further fixed by an insulator 14, wherein the surface of the insulator 14 is provided with a lifting ring 141 for the first positive electrode The lead 111 and the first negative lead 113 pass through; the insulator 14 may be a glass block.

該低水位感測器12包含一第二正極導線121及一第二負極導線123，該第二正極導線121之一端及該第二負極導線123之一端分別由該水塔60之該開口61垂入該水塔60內至一低水位設定值H2處，且該第二正極導線121及該第二負極導線123相距該沒入水面下時可導電的距離D，該高水位設定值H1大於該低水位設定值H2。 The low water level sensor 12 includes a second positive lead 121 and a second negative lead 123. One end of the second positive lead 121 and one end of the second negative lead 123 are respectively suspended from the opening 61 of the water tower 60 The water tower 60 reaches a low water level set value H2, and the second positive lead 121 and the second negative lead 123 are separated by the conductive distance D when submerged under the water surface, and the high water level set value H1 is greater than the low water level Set value H2.

在正常情形下，該水塔60的水位最低僅位於該低水位設定值H2處，使該第二正極導線121的一端及該第二負極導線123的一端位於水面下而持續導通，產生一低導通信號。當注水系統異常而停止加水時，水位會因持續用水而逐漸降低，使該第二正極導線121的一端及該第二負極導線123的一端露於水面上，此時該第二正極導線121及該第二負極導線123會因不導通而形成斷路，停止產生該低導通信號。 Under normal circumstances, the lowest water level of the water tower 60 is only at the low water level set value H2, so that one end of the second positive electrode wire 121 and one end of the second negative electrode wire 123 are located under the water surface and continue to conduct, resulting in a low conductivity Pass signal. When the water injection system is abnormal and the water is stopped, the water level will gradually decrease due to continuous water use, so that one end of the second positive lead 121 and one end of the second negative lead 123 are exposed on the water surface. At this time, the second positive lead 121 and The second negative lead 123 will be disconnected due to non-conduction, and stop generating the low-conduction signal.

在本發明之較佳實施例中，該第二正極導線121之一端及該第二負極導線123之一端同樣由另一絕緣體14固定，其中該絕緣體14的表面設有吊環141，供該第二正極導線121及該第二負極導線123穿設。另外，該高導通信號及該低導通信號皆可屬於類比信號。 In a preferred embodiment of the present invention, one end of the second positive lead 121 and one end of the second negative lead 123 are also fixed by another insulator 14, wherein the surface of the insulator 14 is provided with a lifting ring 141 for the second The positive lead 121 and the second negative lead 123 pass through. In addition, both the high-conduction signal and the low-conduction signal can belong to analog signals.

該監控模組20與該感測模組10電性連接，且該監控模組20包含一中央處理單元21、一電源單元23、一水塔監控單元25及一警示單元27。 The monitoring module 20 is electrically connected to the sensing module 10, and the monitoring module 20 includes a central processing unit 21, a power supply unit 23, a water tower monitoring unit 25 and a warning unit 27.

該中央處理單元21與該第一正極導線111、該第一負極導線113、該第二正極導線121及該第二負極導線123電性連接，並對該第一正極導線111、該第一負極導線113、該第二正極導線121及該第二負極導線123通電，用以接收該高水位感測器11及該低水位感測器12的該高導通信號及該低導通信號。若該中央處理單元21收到該高水位感測器11的該高導通信號，則產生一過高警示信號；若該中央處理單元21未收到該低水位感測器12的該低導通信號，則產生一過低警示信號。在一較佳實施例中，該中央處理單元21為一Arduino Micro微電腦控制板。 The central processing unit 21 is electrically connected to the first positive lead 111, the first negative lead 113, the second positive lead 121, and the second negative lead 123, and is electrically connected to the first positive lead 111 and the first negative lead 123. The lead 113, the second positive lead 121, and the second negative lead 123 are energized to receive the high conduction signal and the low conduction signal of the high water level sensor 11 and the low water level sensor 12. If the central processing unit 21 receives the high conduction signal of the high water level sensor 11, it generates an over-high warning signal; if the central processing unit 21 does not receive the low conduction signal of the low water level sensor 12 If the signal is passed, a low warning signal is generated. In a preferred embodiment, the central processing unit 21 is an Arduino Micro microcomputer control board.

該電源單元23與該中央處理單元21電性連接，用以提供電力至本系統。該電源單元23可為一包含電池、整流器、變壓器等元件之供電設備。 The power supply unit 23 is electrically connected to the central processing unit 21 to provide power to the system. The power supply unit 23 can be a power supply device that includes components such as a battery, a rectifier, and a transformer.

該水塔監控單元25設置於該監控模組20，用以將該高導通信號及該低導通信號由類比信號的形式轉換成數位的該過高警示信號及該過低警示信號。該水塔監控單元25可為硬體及軟體的組合，在一較佳實施例中，該水塔監控單元25為一Arduino應用程式。 The water tower monitoring unit 25 is installed in the monitoring module 20 for converting the high-conduction signal and the low-conduction signal from analog signals into the digital over-high warning signal and the over-low warning signal. The water tower monitoring unit 25 can be a combination of hardware and software. In a preferred embodiment, the water tower monitoring unit 25 is an Arduino application.

該警示單元27與該中央處理單元21電性連接，用以接收該過高警示信號或該過低警示信號並發出提示的訊息。在一較佳實施例中，該警示單元27可為一蜂鳴器、複數發光二極體燈具或一揚聲器，當接到該過高警示信號 或該過低警示信號時，該蜂鳴器或該揚聲器會發出聲響，或該發光二極體燈具會持續點亮或閃爍。 The warning unit 27 is electrically connected to the central processing unit 21 to receive the over-high warning signal or the over-low warning signal and send out a prompt message. In a preferred embodiment, the warning unit 27 can be a buzzer, a plurality of light-emitting diode lamps or a loudspeaker, when receiving the over-high warning signal Or when the low warning signal is too low, the buzzer or the speaker will make a sound, or the LED lamp will continue to light up or flicker.

該管理模組40與該監控模組20電性連接，其中該管理模組40包含一管理平台41及一資料庫儲存單元43。 The management module 40 is electrically connected to the monitoring module 20. The management module 40 includes a management platform 41 and a database storage unit 43.

該管理平台41與該通訊模組30訊號連接，其中該管理平台41用以接收由該通訊模組30的一有線通訊單元31或一無線通訊單元33傳輸之該過高警示信號或該過低警示信號，並且用以供使用者調整該水塔監控單元25的作業參數、檢索水位異常的次數及時間等警報紀錄，以及分析所述紀錄。 The management platform 41 is in signal connection with the communication module 30, wherein the management platform 41 is used to receive the over-high warning signal or the over-low signal transmitted by a wired communication unit 31 or a wireless communication unit 33 of the communication module 30 The warning signal is used for the user to adjust the operating parameters of the water tower monitoring unit 25, retrieve alarm records such as the number and time of abnormal water level, and analyze the records.

該資料庫儲存單元43與該管理平台41電性連接，用以儲存該過高警示信號及該過低警示信號，供使用者日後查詢水位異常的次數及時間等數據。 The database storage unit 43 is electrically connected to the management platform 41 to store the over-high warning signal and the under-low warning signal for users to query data such as the number and time of abnormal water level in the future.

該通訊模組30與該管理模組40可以有線或無線的方式訊號連接，且可包含該有線通訊單元31、該無線通訊單元33或其組合。該有線通訊單元31可為乙太通訊模組，該無線通訊單元33可為藍芽、Wi-Fi等通訊模組。在一較佳實施例中，該通訊模組30可為HC-05藍牙通訊模組。 The communication module 30 and the management module 40 can be signal-connected in a wired or wireless manner, and can include the wired communication unit 31, the wireless communication unit 33, or a combination thereof. The wired communication unit 31 may be an Ethernet communication module, and the wireless communication unit 33 may be a communication module such as Bluetooth and Wi-Fi. In a preferred embodiment, the communication module 30 can be an HC-05 Bluetooth communication module.

本系統更可提供一網頁操作模組511及一應用程式操作模組531，該網頁操作模組511儲存於一用戶電腦設備51，該應用程式操作模組531儲存於一行動裝置53。該用戶電腦設備51及該行動裝置53皆可以有線或無線的方式與該管理模組40訊號連接，該管理模組40將該過高警示信號或該過低警示信號傳送至該用戶電腦設備51及該行動裝置53，讓使用者透過操作該網頁操作模組511或該應用程式操作模組531監控該水塔60的水位異常。該用戶電腦設備51可為桌上型個人電腦，該行動裝置53可為平板電腦或智慧型手機。該網頁操作模組511可為網頁(Web)版本的應用程式，該應用程式操作模組531可為智慧型手機、平板電腦所使用的應用程式。 The system can further provide a web page operation module 511 and an application program operation module 531. The web page operation module 511 is stored in a user computer device 51, and the application program operation module 531 is stored in a mobile device 53. Both the user computer equipment 51 and the mobile device 53 can be connected to the management module 40 in a wired or wireless manner, and the management module 40 transmits the over-high warning signal or the under-low warning signal to the user computer equipment 51 And the mobile device 53 allows the user to monitor the abnormal water level of the water tower 60 by operating the webpage operating module 511 or the application operating module 531. The user computer equipment 51 may be a desktop personal computer, and the mobile device 53 may be a tablet computer or a smart phone. The webpage operation module 511 may be a web version of an application program, and the application program operation module 531 may be an application program used by a smart phone or a tablet computer.

更進一步，每一警報開關更可對應電性連接一指示燈，當其中一警報開關啟動時，對應該警報開關之該指示燈點亮；當其中一警報開關關閉時，對應該警報開關之該指示燈熄滅。每一指示燈可採用不同顏色，以顏色區分各指示燈對應何警報開關。在一較佳實施例中，該指示燈為一發光二極體(LED)燈具。 Furthermore, each alarm switch can be electrically connected to an indicator light. When one of the alarm switches is activated, the indicator light corresponding to the alarm switch lights up; when one of the alarm switches is off, the indicator light corresponding to the alarm switch is turned off. The indicator light goes out. Each indicator light can be in different colors, and the alarm switch corresponding to each indicator light can be distinguished by color. In a preferred embodiment, the indicator light is a light emitting diode (LED) lamp.

舉例而言，當該高水位警報開關啟動時，對應該高水位警報開關之該指示燈點亮，代表該高水位警報開關啟動高水位偵測功能；當該高水位警報開關關閉時，對應該高水位警報開關之該指示燈關閉，代表該高水位警報開關關閉高水位偵測功能。 For example, when the high water level alarm switch is activated, the indicator light corresponding to the high water level alarm switch is lit, which means that the high water level alarm switch has activated the high water level detection function; when the high water level alarm switch is turned off, it corresponds to The indicator light of the high water level alarm switch is off, which means that the high water level alarm switch has turned off the high water level detection function.

特此說明，本發明可僅採用該感測模組10及該監控模組20即可達到水位監控的功能，該通訊模組30及該管理模組40可依使用者需求加裝，達到更完善的水位監控功能。 It is hereby explained that the present invention can achieve the function of water level monitoring only by using the sensing module 10 and the monitoring module 20, and the communication module 30 and the management module 40 can be installed according to user requirements to achieve a more complete The water level monitoring function.

本發明可進一步包含一外盒B，該外盒B用以盛裝該監控模組20、該通訊模組30。 The present invention may further include an outer box B for containing the monitoring module 20 and the communication module 30.

請參見圖3，本發明可進一步設置一水質感測器。該水質感測器包含一第三正極導線131、一第三負極導線133及一絕緣體14，該第三正極導線131及該第三負極導線133的其中一端與該中央處理單元21電性連接，另一端則同樣透過該兩吊環141連接固定該絕緣體14。該絕緣體14可設置於該水塔60內的底面，並以該第三正極導線141、該第三負極143導線之間的電壓強弱判斷儲水的電阻值，用以偵測水質是否異常。同時，在該中央處理單元21中更儲存一水質標準資料，該水質標準資料代表在儲水靜止的狀態下儲水的電阻值。該中央處理單元21會在一固定週期內持續量測儲水的電阻值，並產生一水質感測資料，該水質感測資料代表在該固定周期內儲水的平均電阻值。當在該固定周期內該水質感測資料的值大於該水質標準資料的值，代表該儲水的平均電阻值高 於在靜止狀態下的電阻值，該中央處理單元21判定儲水的水質異常。當在該固定周期內該水質感測資料的值小於該水質標準資料的值，代表該儲水的平均電阻值小於等於在靜止狀態下的電阻值，該中央處理單元21判定儲水的水質正常。 Please refer to Fig. 3, the present invention can be further provided with a water quality sensor. The water quality sensor includes a third positive lead 131, a third negative lead 133, and an insulator 14. One end of the third positive lead 131 and the third negative lead 133 is electrically connected to the central processing unit 21, The other end also connects and fixes the insulator 14 through the two suspension rings 141. The insulator 14 can be arranged on the bottom surface of the water tower 60, and the resistance value of the water storage is judged by the voltage between the third positive lead 141 and the third negative 143 lead to detect whether the water quality is abnormal. At the same time, a water quality standard data is further stored in the central processing unit 21, and the water quality standard data represents the resistance value of the stored water in a static state. The central processing unit 21 continuously measures the resistance value of the stored water in a fixed period, and generates a water quality sensing data, which represents the average resistance value of the stored water in the fixed period. When the value of the water quality sensing data in the fixed period is greater than the value of the water quality standard data, it means that the average resistance value of the storage water is high Based on the resistance value in the static state, the central processing unit 21 determines that the water quality of the stored water is abnormal. When the value of the water quality sensing data in the fixed period is less than the value of the water quality standard data, it means that the average resistance value of the storage water is less than or equal to the resistance value in a static state, and the central processing unit 21 determines that the water quality of the storage water is normal .

請參見圖4，本發明可進一步設置一塔蓋感測器15，該塔蓋感測器15包含一套筒151、一引線153、一絕緣片155、一第四正極導線157及一第四負極導線159。 4, the present invention can further provide a tower cover sensor 15, the tower cover sensor 15 includes a sleeve 151, a lead 153, an insulating sheet 155, a fourth positive lead 157 and a fourth Negative wire 159.

該套筒151為一中空長條筒狀結構並固定於該水塔60的內表面，且其中一端形成一引線開口152，另一端則形成兩導線開口154；該絕緣片155設置於該套筒151內部的中央，且該絕緣片155的一端與該引線153連接，其中該絕緣片155以恰能通過該引線開口152的大小設於該套筒151內；該引線153的另一端則與繫於該水塔60的一塔蓋63上；該第四正極導線157及該第四負極導線159的其中一端分別卡入各導線開口154中，另一端則與該中央處理單元21電性連接；該絕緣片155隔絕該第四正極導線157及該第四負極導線159。 The sleeve 151 has a hollow elongated cylindrical structure and is fixed on the inner surface of the water tower 60, and one end is formed with a lead opening 152, and the other end is formed with two wire openings 154; the insulating sheet 155 is disposed on the sleeve 151 The inner center, and one end of the insulating sheet 155 is connected to the lead wire 153, wherein the insulating sheet 155 is set in the sleeve 151 in a size that can pass through the lead opening 152; the other end of the lead wire 153 is connected to the lead wire 153 On a tower cover 63 of the water tower 60; one end of the fourth positive lead 157 and the fourth negative lead 159 are respectively clamped into the lead openings 154, and the other end is electrically connected to the central processing unit 21; the insulation The sheet 155 isolates the fourth positive lead 157 and the fourth negative lead 159.

當該塔蓋63因強風等外界因素而脫離該開口61時，該塔蓋63拉動該引線153，使該絕緣片155由該引線開口152拉出，由於該第四正極導線157及該第四負極導線159失去該絕緣片155及該套筒151的支撐，在重力的影響下該第四正極導線157下垂接觸該第四負極導線159而形成迴路，產生一塔蓋導通信號，使該中央處理單元21接收該塔蓋導通信號並發送一塔蓋脫離信號至該監控模組20。另外，當該塔蓋63脫離該開口61時，由於該套筒151固定於該水塔60的內表面而不會掉入該水塔60的儲水中。在該絕緣片155的較佳實施例中，該絕緣片155的內部可包覆一彈簧，該彈簧與該引線153連接；當該塔蓋63欲脫離該開口61時，該彈簧可提供緩衝的彈力拉住該塔蓋63，使該塔蓋63較不易脫離。 When the tower cover 63 is separated from the opening 61 due to external factors such as strong wind, the tower cover 63 pulls the lead 153, so that the insulating sheet 155 is pulled out from the lead opening 152, because the fourth positive lead 157 and the fourth positive lead 157 and the fourth The negative lead 159 loses the support of the insulating sheet 155 and the sleeve 151. Under the influence of gravity, the fourth positive lead 157 sags and contacts the fourth negative lead 159 to form a loop, which generates a tower cover conduction signal to make the center The processing unit 21 receives the tower cover conduction signal and sends a tower cover separation signal to the monitoring module 20. In addition, when the tower cover 63 is detached from the opening 61, the sleeve 151 is fixed to the inner surface of the water tower 60 and will not fall into the storage water of the water tower 60. In a preferred embodiment of the insulating sheet 155, the inside of the insulating sheet 155 can be covered with a spring, which is connected to the lead 153; when the tower cover 63 is about to leave the opening 61, the spring can provide cushioning The elastic force pulls the tower cover 63 so that the tower cover 63 is not easy to detach.

更進一步，該監控模組20更可設置一個以上的警報開關，該一個以上的警報開關可設置於該監控模組20、該網頁操作模組511、該應用程式操作模組531或同時設置在該監控模組20、該網頁操作模組511及該應用程式操作模組531上。該警報開關能讓使用者在該警示單元27啟動時啟動或關閉該警示單元27的功能，例如開啟或關閉蜂鳴器的聲響、發光二極體的閃爍。在該警報開關設置於該監控模組20的實施例中，該警報開關可為一按鈕或一撥動開關；在該警報開關設置於該網頁操作模組511或該應用程式操作模組531的實施例中，該警報開關可透過遠端開啟或關閉該警示單元27的功能。當該感測模組10中的任一感測裝置或感測器因偵測到水塔任何異常而使該警示單元27作動時(例如蜂鳴器發出警告聲)，使用者可於前往水塔處排除異常時利用該警報開關暫時將該警示單元27關閉，避免於作業時受到該警示單元27的吵雜聲響或燈光效果干擾；或是當使用者無法立即前往水塔處排除異常時，利用該網頁操作模組511及該應用程式操作模組531操作該警報開關將該警示單元27關閉，避免該警示單元27持續作動造成噪音汙染或因發光二極體不斷閃爍造成多餘的電力消耗。 Furthermore, the monitoring module 20 can be provided with more than one alarm switch, and the one or more alarm switches can be installed in the monitoring module 20, the web operation module 511, the application operation module 531, or at the same time. The monitoring module 20, the webpage operation module 511, and the application program operation module 531 are installed. The alarm switch allows the user to activate or deactivate the functions of the alarm unit 27 when the alarm unit 27 is activated, such as turning on or off the buzzer sound and the flashing of the light-emitting diode. In the embodiment where the alarm switch is provided in the monitoring module 20, the alarm switch can be a button or a toggle switch; in the case where the alarm switch is provided in the web operation module 511 or the application operation module 531 In an embodiment, the alarm switch can remotely turn on or turn off the function of the alarm unit 27. When any sensing device or sensor in the sensing module 10 detects any abnormality in the water tower and activates the warning unit 27 (for example, a buzzer sounds a warning sound), the user can go to the water tower When troubleshooting, use the alarm switch to temporarily turn off the warning unit 27 to avoid being disturbed by the noise or light effects of the warning unit 27 during operation; or use this web page when the user cannot go to the water tower immediately to eliminate the abnormality The operation module 511 and the application program operation module 531 operate the alarm switch to turn off the alarm unit 27 to avoid noise pollution caused by continuous operation of the alarm unit 27 or excessive power consumption due to continuous flashing of the light-emitting diode.

在本發明之較佳實施例中，該第一正極導線111、該第一負極導線113、該第二正極導線121、該第二負極導線123、該第三正極導線131、該第三負極導線133、該第四正極導線157及該第四負極導線159皆為銅質電線，線徑1.25mm。 In a preferred embodiment of the present invention, the first positive lead 111, the first negative lead 113, the second positive lead 121, the second negative lead 123, the third positive lead 131, and the third negative lead 133. The fourth positive lead 157 and the fourth negative lead 159 are copper wires with a wire diameter of 1.25 mm.

另外，本發明更可包含一保護層19，該保護層19分別包覆該第一正極導線111、該第一負極導線113、該第二正極導線121、該第二負極導線123、該第三正極導線131、該第三負極導線133的表面，以避免相鄰的兩導線之間互相接觸而短路。在本發明的較佳實施例中，該保護層19可為食品級材質矽膠管，該矽膠管的孔徑為1.25mm。 In addition, the present invention may further include a protective layer 19 which respectively covers the first positive lead 111, the first negative lead 113, the second positive lead 121, the second negative lead 123, and the third The surfaces of the positive electrode lead 131 and the third negative electrode lead 133 are to prevent the two adjacent leads from contacting each other and causing a short circuit. In a preferred embodiment of the present invention, the protective layer 19 may be a food-grade silicone tube, and the diameter of the silicone tube is 1.25 mm.

請參見圖5，各導線111、113、121、123、131、133、157、159可分別由一第一線段A、第二線段B及一第三線段C組成，以該第一正極導線111為例，其中該第一線段A電性連接該第二線段B，該第二線段B電性連接第三線段C，且各線段A、B、C之間由一接點焊錫P連接使各線段A、B、C能通電。該第二線段B以ㄇ字型的方式掛設於該開口61的周緣上，使該第三線段C可懸吊於該水塔60內。 Please refer to FIG. 5, each of the wires 111, 113, 121, 123, 131, 133, 157, 159 can be composed of a first line segment A, a second line segment B, and a third line segment C, and the first positive lead 111 as an example, where the first line segment A is electrically connected to the second line segment B, the second line segment B is electrically connected to the third line segment C, and each line segment A, B, and C are connected by a joint solder P Make each line segment A, B, C energize. The second line segment B is hung on the periphery of the opening 61 in a "" shape, so that the third line segment C can be suspended in the water tower 60.

藉由上述的結構，以下說明本發明量測水位高低、水質是否異常及塔蓋監控的使用步驟流程，首先說明水位是否太高的量測步驟：請參見圖6，S11：該高水位感測器11啟動水位感測。 With the above structure, the following describes the flow of the steps of the present invention for measuring the water level, whether the water quality is abnormal, and the tower cover monitoring. First, the measurement steps of whether the water level is too high are described: please refer to Fig. 6, S11: the high water level sensing The device 11 starts water level sensing.

S12：判斷水位是否高於該高水位設定值H1；若是，則進入步驟S121：該第一正極導線111及該第一負極導線113的末端會因沒入水面下而導電形成迴路，該中央處理單元21接收該高導通信號並使該警示單元27發出警告訊息，或發送該過高警示信號至該管理模組40，以通知使用者須及時處理，預防儲水滿溢。 S12: Determine whether the water level is higher than the high water level set value H1; if yes, proceed to step S121: The ends of the first positive lead 111 and the first negative lead 113 will be submerged under the water surface and conduct electricity to form a loop. The central processing The unit 21 receives the high conduction signal and causes the warning unit 27 to issue a warning message, or sends the over-high warning signal to the management module 40 to notify the user to deal with it in time to prevent overflow of the water storage.

若否，則進入步驟S122：該第一正極導線111及該第一負極導線113的末端會因位於水面上而不導通，代表水位正常。 If not, proceed to step S122: the ends of the first positive electrode lead 111 and the first negative electrode lead 113 will not be conductive because they are located on the water surface, which means that the water level is normal.

接下來說明水位是否太低的量測步驟：請參見圖7，S21：該低水位感測器12啟動水位感測。 Next, the measurement steps of whether the water level is too low are described: please refer to Fig. 7, S21: the low water level sensor 12 starts the water level sensing.

S22：判斷水位是否低於該低水位設定值H2；若是，則進入步驟S221：該第二正極導線121及該第二負極導線123的末端會因高於水面下而不導通，該中央處理單元21無接收該低導通信號並使該警示單元27發出警告訊息，或發送該過低警示信號至該管理模組40，以通知使用者須及時處理，預防儲水耗盡。 S22: Determine whether the water level is lower than the low water level set value H2; if yes, proceed to step S221: the ends of the second positive electrode wire 121 and the second negative electrode wire 123 will not be conductive due to being higher than the water surface, the central processing unit 21 does not receive the low conduction signal and causes the warning unit 27 to send a warning message, or sends the too low warning signal to the management module 40 to notify the user that it must be handled in time to prevent the water storage from being depleted.

若否，則進入步驟S222：該第二正極導線111及該第二負極導線113的末端會因沒於水面下而導通，代表水位正常。 If not, proceed to step S222: the ends of the second positive electrode lead 111 and the second negative electrode lead 113 will be conducted due to being submerged under the water surface, which means that the water level is normal.

接下來說明水質是否異常的量測步驟：請參見圖8，S31：該水質感測器13啟動水質感測。 Next, the measurement steps of whether the water quality is abnormal are described: please refer to Fig. 8, S31: the water quality sensor 13 starts the water quality sensing.

S32：判斷水質是否異常；若是，則進入步驟S321：該水質感測器13回傳信號至該中央處理單元21，該中央處理單元21接收信號並發送一水質異常警示信號並使該警示單元27發出警告訊息，或將該水質異常警示信號發送至該管理模組40，以通知使用者須及時處理，預防水質持續惡化。 S32: Determine whether the water quality is abnormal; if yes, proceed to step S321: The water quality sensor 13 sends a signal back to the central processing unit 21, and the central processing unit 21 receives the signal and sends a water quality abnormal warning signal to enable the warning unit 27 A warning message is issued, or the water quality abnormal warning signal is sent to the management module 40 to notify the user to deal with it in time to prevent the water quality from continuously deteriorating.

若否，則進入步驟S322：該水質感測器13停止回傳信號至該中央處理單元21，代表水質正常。 If not, proceed to step S322: the water quality sensor 13 stops sending back signals to the central processing unit 21, which means that the water quality is normal.

接下來說明塔蓋63監測的量測步驟：請參見圖9，S41：該塔蓋感測器15啟動水位感測。 Next, the measurement steps of the tower cover 63 monitoring are described: please refer to Fig. 9, S41: the tower cover sensor 15 starts water level sensing.

S42：判斷該塔蓋63是否脫離；若是，則進入步驟S421：該第四正極導線157及該第四負極導線159同時下垂且互相接觸導電，產生該塔蓋導通信號，該中央處理單元21接收該塔蓋導通信號並發送該塔蓋脫離信號至該監控模組20，或使該警示單元27發出警告訊息，通知使用者塔蓋已脫落。 S42: Determine whether the tower cover 63 is detached; if yes, proceed to step S421: the fourth positive lead 157 and the fourth negative lead 159 sag at the same time and are in contact with each other to conduct electricity to generate the tower cover conduction signal, and the central processing unit 21 Receive the tower cover conduction signal and send the tower cover separation signal to the monitoring module 20, or cause the warning unit 27 to send a warning message to notify the user that the tower cover has fallen off.

若否，則進入步驟S422：該第四正極導線157及該第四負極導線159之間不導通，代表該塔蓋63仍放置於該開口61。 If not, proceed to step S422: there is no conduction between the fourth positive lead 157 and the fourth negative lead 159, which means that the tower cover 63 is still placed in the opening 61.

以上所述僅是本發明的較佳實施例而已，並非對本發明做任何形式上的限制，雖然本發明已以較佳實施例揭露如上，然而並非用以限定本發明，任何熟悉本專業的技術人員，在不脫離本發明技術方案的範圍內，當可利用上述揭示的技術內容做出些許更動或修飾為等同變化的等效實施例，但凡是 未脫離本發明技術方案的內容，依據本發明的技術實質對以上實施例所作的任何簡單修改、等同變化與修飾，均仍屬於本發明技術方案的範圍內。 The above are only preferred embodiments of the present invention, and do not limit the present invention in any form. Although the present invention has been disclosed as above in preferred embodiments, it is not intended to limit the present invention. Anyone familiar with the professional technology Personnel, without departing from the scope of the technical solution of the present invention, when the technical content disclosed above can be used to make some changes or modifications into equivalent embodiments with equivalent changes, but generally Without departing from the content of the technical solution of the present invention, any simple modifications, equivalent changes and modifications made to the above embodiments based on the technical essence of the present invention still fall within the scope of the technical solution of the present invention.

10:感測模組 10: Sensing module

11:高水位感測器 11: High water level sensor

12:低水位感測器 12: Low water level sensor

13:水質感測器 13: Water quality sensor

15:塔蓋感測器 15: Tower cover sensor

20:監控模組 20: Monitoring module

21:中央處理單元 21: Central Processing Unit

23:電源單元 23: power supply unit

25:水塔監控單元 25: Water tower monitoring unit

27:警示單元 27: Warning unit

30:通訊模組 30: Communication module

31:有線通訊單元 31: Wired communication unit

33:無線通訊單元 33: wireless communication unit

40:管理模組 40: Management module

41:管理平台 41: Management platform

43:資料庫儲存單元 43: database storage unit

51:用戶電腦設備 51: User computer equipment

511:網頁操作模組 511: Web page operation module

53:行動裝置 53: mobile device

531:應用程式操作模組 531: Application Operation Module

Claims (11)

一種智慧型水塔監控系統，包含：一感測模組，包含：一高水位感測器，用以偵測水塔的水位是否高於一高水位設定值，當水位高於該高水位設定值時，該高水位感測器產生一高導通信號；一低水位感測器，用以偵測水塔的水位是否低於一低水位設定值，當水位低於該低水位設定值時，該低水位感測器停止輸出一低導通信號；一監控模組，與該感測模組電性連接，該監控模組包含：一中央處理單元，與該高水位感測器及該低水位感測器電性連接，當該中央處理單元接收到該高導通信號時，發送一過高警示信號；當該中央處理單元無接收到該低導通信號時，發送一過低警示信號；一警示單元，與該中央處理單元電性連接，用以接收該過高警示信號或該過低警示信號並發出提示的訊息；一電源單元，與該中央處理單元電性連接，用以供電至本系統；一塔蓋感測器，該塔蓋感測器包含：一套筒，為一中空長條筒狀結構並固定於該水塔的一塔蓋上，且其中一端形成一引線開口，另一端則形成兩導線開口；一引線，其中一端繫於該塔蓋上；一絕緣片，設置於該套筒內部的中央，且該絕緣片的一端與該引線連接，其中該絕緣片以恰能通過該引線開口的大小設於該套筒內；一第四正極導線，其中一端卡入其中一導線開口，另一端與該中央處理單元電性連接；及一第四負極導線，其中一端卡入其中一導線開口，另一端與該中央處理單元電性連接，且該第四正極導線及該第四負極導線由該絕緣片隔絕； 當該塔蓋脫落而拉動該引線時，該引線將該絕緣片拉出該套筒，使該第四正極導線及該第四負極導線接觸而產生一塔蓋導通信號，該中央處理單元接收該塔蓋導通信號並發送一塔蓋脫離信號至該監控模組。 A smart water tower monitoring system, including: a sensing module, including: a high water level sensor for detecting whether the water level of the water tower is higher than a high water level setting value, when the water level is higher than the high water level setting value , The high water level sensor generates a high conduction signal; a low water level sensor is used to detect whether the water level of the water tower is lower than a low water level setting value, when the water level is lower than the low water level setting value, the low water level sensor The water level sensor stops outputting a low conduction signal; a monitoring module is electrically connected to the sensing module, the monitoring module includes: a central processing unit, the high water level sensor and the low water level sensor The detector is electrically connected. When the central processing unit receives the high-conduction signal, it sends an over-high warning signal; when the central processing unit does not receive the low-conduction signal, it sends an over-low warning signal; The warning unit is electrically connected with the central processing unit to receive the over-high warning signal or the under-low warning signal and send out a prompt message; a power supply unit is electrically connected with the central processing unit to supply power to the central processing unit System; a tower cover sensor, the tower cover sensor includes: a sleeve, which is a hollow long cylindrical structure and fixed on a tower cover of the water tower, and one end of which forms a lead opening, the other end Two wire openings are formed; a lead wire, one end of which is tied to the tower cover; an insulating sheet, arranged in the center of the sleeve, and one end of the insulating sheet is connected to the lead wire, wherein the insulating sheet can pass through The size of the lead opening is set in the sleeve; a fourth positive lead, one end of which is inserted into one of the lead openings, and the other end is electrically connected to the central processing unit; and a fourth negative lead, one end of which is inserted into it A wire is open, the other end is electrically connected to the central processing unit, and the fourth positive wire and the fourth negative wire are isolated by the insulating sheet; When the tower cover falls off and the lead is pulled, the lead pulls the insulating sheet out of the sleeve, so that the fourth positive lead and the fourth negative lead are in contact to generate a tower cover conduction signal, and the central processing unit receives The tower cover conduction signal and sends a tower cover separation signal to the monitoring module. 如請求項1所述之智慧型水塔監控系統，該高水位感測器進一步包含：一第一正極導線及一第一負極導線，該第一正極導線之一端及該第一負極導線之一端分別由該水塔之一開口垂入該水塔內至該高水位設定值處，且該第一正極導線及該第一負極導線相距一沒入水面下時可導電的距離；該低水位感測器進一步包含：一第二正極導線及一第二負極導線，該第二正極導線之一端及該第二負極導線之一端分別由該水塔之該開口垂入該水塔內至該低水位設定值處，且該第二正極導線及該第二負極導線相距該距離。 According to the smart water tower monitoring system of claim 1, the high water level sensor further includes: a first positive lead and a first negative lead, one end of the first positive lead and one end of the first negative lead, respectively An opening of the water tower hangs into the water tower to the set value of the high water level, and the first positive lead and the first negative lead are separated by a conductive distance when submerged in the water; the low water level sensor is further Comprising: a second positive lead and a second negative lead, one end of the second positive lead and one end of the second negative lead are respectively suspended from the opening of the water tower into the water tower to the low water level setting value, and The second positive lead and the second negative lead are separated by the distance. 如請求項2所述之智慧型水塔監控系統，進一步包含一水質感測器，該水質感測器包含一第三正極導線、一第三負極導線，該第三正極導線及該第三負極導線的其中一端與該中央處理單元電性連接。 The smart water tower monitoring system according to claim 2, further comprising a water quality sensor including a third positive lead, a third negative lead, the third positive lead and the third negative lead One end of it is electrically connected to the central processing unit. 如請求項3所述之智慧型水塔監控系統，該第一正極導線、該第一負極導線的末端更分別設置一絕緣體；該第二正極導線、該第二負極導線的末端更分別設置另一絕緣體；該第三正極導線、該第三負極導線的末端更分別設置另一絕緣體。 According to the smart water tower monitoring system described in claim 3, the first positive lead and the first negative lead are each provided with an insulator; the second positive lead and the second negative lead are provided with another end respectively. Insulator; the ends of the third positive lead and the third negative lead are respectively provided with another insulator. 如請求項4所述之智慧型水塔監控系統，該第一正極導線、該第一負極導線、該第二正極導線、該第二負極導線、該第三正極導線、該第三負極導線的表面各別包覆一保護層。 The smart water tower monitoring system according to claim 4, the surfaces of the first positive lead, the first negative lead, the second positive lead, the second negative lead, the third positive lead, and the third negative lead Each is covered with a protective layer. 如請求項5所述之智慧型水塔監控系統，更包含一通訊模組，該通訊模組與該監控模組電性連接，用以接收該過高警示信號及該過低警示信號，並將該過高警示信號及該過低警示信號傳送至一管理模組。 The smart water tower monitoring system described in claim 5 further includes a communication module, which is electrically connected to the monitoring module to receive the over-high warning signal and the over-low warning signal, and The over-high warning signal and the over-low warning signal are sent to a management module. 如請求項6所述之智慧型水塔監控系統，其中該管理模組與該監控模組訊號連接，且該管理模組更進一步包含：一管理平台，用以接收該過高警示信號及該過低警示信號；一資料庫儲存單元，與該管理平台電性連接，用以儲存該過高警示信號及該過低警示信號。 The intelligent water tower monitoring system according to claim 6, wherein the management module is connected with the monitoring module signal, and the management module further includes: a management platform for receiving the excessively high warning signal and the excessively high warning signal Low warning signal; a database storage unit, electrically connected to the management platform, for storing the over-high warning signal and the under-low warning signal. 如請求項7所述之智慧型水塔監控系統，該通訊模組更包含一有線通訊單元，該有線通訊單元與該管理平台電性連接。 For the smart water tower monitoring system described in claim 7, the communication module further includes a wired communication unit, and the wired communication unit is electrically connected to the management platform. 如請求項7所述之智慧型水塔監控系統，該通訊模組更包含一無線通訊單元，該無線通訊單元與該管理平台訊號連接。 According to the intelligent water tower monitoring system of claim 7, the communication module further includes a wireless communication unit, and the wireless communication unit is signally connected to the management platform. 如請求項7所述之智慧型水塔監控系統，各正負極導線分別由一第一線段、第二線段及一第三線段組成，其中該第一線段電性連接該第二線段，該第二線段電性連接第三線段，且各線段之間由一接點焊錫連接；該第二線段掛設於該水塔之該開口的周緣上，使該第三線段懸吊於該水塔內。 For the smart water tower monitoring system described in claim 7, each of the positive and negative wires is composed of a first line segment, a second line segment, and a third line segment, wherein the first line segment is electrically connected to the second line segment, and the The second line segment is electrically connected to the third line segment, and each line segment is connected by a joint solder; the second line segment is hung on the periphery of the opening of the water tower, so that the third line segment is suspended in the water tower. 如請求項7所述之智慧型水塔監控系統，該管理模組更設置複數警報開關，該複數警報開關與該管理平台電性連接，用以啟動或關閉警報發送的功能。 For the smart water tower monitoring system described in claim 7, the management module is further provided with a plurality of alarm switches, and the plurality of alarm switches are electrically connected with the management platform to activate or deactivate the alarm sending function.
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