Full-automatic online monitoring water softening device

Abstract

The utility model discloses a full-automatic online monitoring softened water device which is characterized by comprising a shell, a water diversion structure, a softened water detection structure and an electric control assembly, the shell is composed of a fixed cabinet body and a cabinet door, the water diversion structure is installed in the cabinet body, and the softened water detection structure is installed in the cabinet door. The water diversion structure is composed of a water diversion pipe, a flow division pipe, a detection pipe, a waste water tank, an electric valve and a manual water taking valve, the electric valve is installed on the water diversion pipe and the flow division pipe, the manual water taking valve is in butt joint with the rightmost side of the flow division pipe, and the softened water detection structure is installed in the cabinet body. The softened water detection structure is composed of a conductivity detector and a pH value detector, and the electric control assembly is composed of a digital display, a control panel, a control circuit board, a miniature antenna and a power supply assembly. The device is installed at the front end of a heat supply system and used for monitoring the hardness and pH value of water entering the heat supply system.

Description

Technical Field

[0001] The present invention relates to the field of softened water detection devices, and more specifically, to a fully automatic online monitoring softened water device. Background Art

[0002] In daily life, we often see water scale formed on the inner wall of a hot water kettle. This is because the water we use contains inorganic salts such as calcium and magnesium salts. Water containing such substances is generally called hard water. Through methods such as heating and boiling, these substances in hard water will precipitate in the form of carbonates.

[0003] In a heating system, the precipitated carbonates will accumulate in facilities such as heating pipes, heaters, filters, and water tanks, reducing the usage effect of the heating facilities, increasing the energy consumption of the heating system, and shortening the service life of the heating facilities. Therefore, the water entering the heating system needs to be softened, and at the same time, the softened water needs to be monitored. Thus, the present invention provides a fully automatic online monitoring softened water device. [[ID=!3]]Summary of the Invention

[0004] The present invention provides a fully automatic online monitoring softened water device, the purpose of which is to monitor the hardness and pH value of the water quality entering the heating system.

[0005] To achieve the above object, the technical solution adopted by the present invention is as follows: A fully automatic online monitoring softened water device, which is characterized by comprising a housing, a water intake structure, a softened water detection structure, and an electric control component. The housing consists of a fixed cabinet body and a cabinet door. The water intake structure is installed inside the cabinet and is composed of a water intake pipe, a shunt pipe, a detection pipe, a waste water tank, an electric valve, and a manual water intake valve. The electric valve is installed on the water intake pipe and the shunt pipe, and the manual water intake valve is connected to the rightmost side of the shunt pipe. The softened water detection structure is installed inside the cabinet body and is composed of a conductivity detector and a pH value detector. The electric control component is composed of a digital display, a control panel, a control circuit board, a micro antenna, and a power supply component. The conductivity detector, the pH value detector, the digital display, the control panel, the microstrip antenna, and the power supply component are respectively connected to the control circuit board through lead wires. The power supply component consists of a backup power supply, a three-phase power plug of a transformer, and a grounding protection wire. The digital display, the control panel, the control circuit board, and the micro antenna are evenly arranged on the cabinet door.

[0006] Preferably, the interior of the fixed cabinet body is divided into three chambers by a water-proof partition. The three chambers are in a "pin" shape. Among them, the upper chamber installs the shunt pipe and the detection pipe, the lower left chamber installs the electric control component, and the lower right chamber installs the waste water tank.

[0007] Preferably, the diversion pipe and the water diversion pipe in the water diversion structure are connected in an "I" shape, and the diversion pipe is provided with a docking port with an external thread, which is used to connect the detection pipe and the waste water tank respectively.

[0008] Preferably, the detection tubes are of two types: water hardness detection tubes and H value detection tubes. Both detection tubes are made of transparent materials and have internal threads on the bottom that match the docking interface. The water hardness detection tube and pH value detection tube have rubber sealing sleeves on the top.

[0009] Preferably, the diameter of the water hardness detection tube is not greater than 10 mm.

[0010] Preferably, the conductivity detector and the pH value detector are connected to the water hardness detection tube and the pH value detection tube respectively by inserting a rubber sealing sleeve. After the connection, the bottom of the conductivity detector and the pH value detector need to pass through the rubber sealing sleeve and extend into the water hardness detection tube and the pH value detection tube.

[0011] Compared with the prior art, the present invention has the following beneficial effects:

[0012] The present invention optimizes the design and combination of the housing, water diversion structure, softened water detection structure, and electronic control components to become a fully automatic online monitoring softened water device. Compared with existing water quality detection devices, it has the following advantages:

[0013] 1. Can be directly installed at the front end of the heating system for easy continuous detection;

[0014] 2. It can be remotely controlled, and further timed and quantitatively controlled to operate the water diversion structure and softened water detection structure;

[0015] 3. It can detect water hardness and pH value, and further assist in calculating the repair and maintenance cycle of the heating system;

[0016] 4. Ability to monitor the water quality flowing into the heating system without affecting the operation of the heating system. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is a schematic diagram of the external structure of the present invention.

[0018] Figure 2 This is a structural diagram of the present invention after the cabinet door is opened.

[0019] The components corresponding to the labels in the figure: housing 1, cabinet body 102, cabinet door 101, water diversion structure 2, water diversion pipe 201, shunt pipe 203, detection pipe 204, waste water tank 205, electric valve 202, manual water intake valve 206, conductivity detector 4, pH value detector 3, electric control component 7, digital display 704, control panel 705, control circuit board 702, micro antenna 701, power supply component 703, water-proof partition 6, rubber sealing sleeve 5, water hardness detection pipe 2041, pH value detection pipe 2042. Detailed implementation mode

[0020] Refer to FIGS. 1-2: A fully automatic online monitoring soft water device, which is characterized by comprising a housing 1, a water diversion structure 2, a soft water detection structure, and an electric control component 7. The housing 1 is composed of a fixed cabinet body 102 and a cabinet door 101. The water diversion structure 2 is installed inside the cabinet body 102. The water diversion structure 2 is composed of a water diversion pipe 201, a shunt pipe 203, a detection pipe 204, a waste water tank 205, an electric valve 202 and a manual water intake valve 206. The electric valve 202 is installed on the water diversion pipe 201 and the shunt pipe 203. The manual water intake valve 206 is connected to the rightmost side of the shunt pipe 203. The soft water detection structure is installed inside the cabinet body 102. The soft water detection structure is composed of a conductivity detector 4 and a pH value detector 3. The electric control component 7 is composed of a digital display 704, a control panel 705, a control circuit board 702, a micro antenna 701 and a power supply component 703. The conductivity detector 4, the pH value detector 3, the digital display 704, the control panel 705, the microstrip antenna, and the power supply component 703 are respectively connected to the control circuit board 702 through lead wires. The power supply component 703 is composed of a backup power supply, a transformer, a three-phase power plug and a ground protection wire. The digital display 704, the control panel 705, the control circuit board 702, and the micro antenna 701 are evenly arranged on the cabinet door 101.

[0021] Preferably, the inside of the fixed cabinet body 102 is divided into three chambers by a water-proof partition 6. The three chambers are in a "pin" shape. The shunt pipe 203 and the detection pipe 204 are installed in the upper chamber, the electric control component 7 is installed in the lower left chamber, and the waste water tank 205 is installed in the lower right chamber.

[0022] Preferably, the shunt pipe 203 in the water diversion structure 2 is对接 with the water diversion pipe 201 in a "worker" shape. The shunt pipe 203 has a对接 interface with external threads, and the对接 interfaces are respectively used for对接 the detection pipe 204 and the waste water tank 205. <第0000051号><第0000052号>Preferably, the detection tubes 204 include a water hardness detection tube 2041 and a pH value detection tube 2042. Both detection tubes 204 are made of transparent material and have internal threads on the bottom that match the docking port. The water hardness detection tube 2041 and the pH value detection tube 2042 have rubber sealing sleeves 5 on the top.

[0024] Preferably, the diameter of the water hardness detection tube 2041 is not greater than 10 mm.

[0025] Preferably, the conductivity detector 4 and the pH value detector 3 are respectively connected to the water hardness detection tube 2041 and the pH value detection tube 2042 by inserting a rubber sealing sleeve 5. After docking, the bottom of the conductivity detector 4 and the pH value detector 3 need to pass through the rubber sealing sleeve 5 and extend into the water hardness detection tube 2041 and the pH value detection tube 2042.

[0026] In practical application, the present invention needs to be installed at the tail end of a softened water treatment device (providing soft water for a heating system) or the front end of a heating system. During operation, the power supply assembly 703 supplies power to the electric control assembly 7, the softened water detection structure and the water diversion structure 2. When the present invention is installed, the water diversion pipe 201 is connected to the pipe at the front end of the heating system. After the connection is completed, the detection time is set by the electronic control component 7 (for the convenience of the following description, the detection time is preset to once every 30 minutes). After the setting is completed, the present invention is started, and then the present invention takes samples through the water diversion pipe 201 once every 30 minutes for detection. During the detection, the electric control component 7 controls the electric valve 202 on the water diversion structure 2 to switch. During sampling, the electric valve 202 on the water diversion pipe 201 is opened, and water flows from the water diversion pipe 201 into the diversion pipe 203. When the water in the diversion pipe 203 reaches the detection height, the electric valve 202 on the water diversion pipe 201 is closed, and the softened water detection structure begins to detect the hardness and pH value of the water in the diversion pipe 203. The detection data is displayed by the digital display 704 and can be further transmitted to the outside world through the electronic control component 7. After the detection is completed, the water in the diversion pipe 203 is stored in the diversion pipe 203 until the diversion pipe 203 starts next time. The electric valve 202 at the bottom opens to discharge the water in the diversion pipe 203 into the waste water tank 205. This cycle allows for continuous monitoring of the water entering the heating system.

[0027] When manual sampling is required, the manual water extraction valve 206 on the far right of the diversion pipe 203 is opened to take samples. When draining wastewater, the valve connected to the right side of the wastewater tank 205 is opened to drain wastewater.

[0028] The above embodiments are merely illustrative of the principles and effects of the present invention and are not intended to limit the present invention. Those skilled in the art may modify or improve the above embodiments without departing from the spirit and scope of the present invention. Therefore, all equivalent modifications or variations accomplished by those skilled in the art without departing from the spirit and technical concepts disclosed herein shall be encompassed by the claims of the present invention.

Claims

1. A fully automatic online monitoring softening water device, characterized in that It consists of a housing, a water diversion structure, a softened water detection structure, and an electric control component. The housing is composed of a fixed cabinet body and a cabinet door. The water diversion structure is installed inside the cabinet. The water diversion structure consists of a water diversion pipe, a shunt pipe, a detection pipe, a waste water tank, an electric valve, and a manual water intake valve. The electric valve is installed on the water diversion pipe and the shunt pipe. The manual water intake valve is connected to the rightmost side of the shunt pipe. The softened water detection structure is installed inside the cabinet body and consists of a conductivity detector and a pH detector. The electric control component consists of a digital display, a control panel, a control circuit board, a micro antenna, and a power supply component. The conductivity detector, the pH detector, the digital display, the control panel, the microstrip antenna, and the power supply component are respectively connected to the control circuit board through lead wires. The power supply component consists of a backup power supply, a transformer, a three-phase power plug, and a grounding protection wire. The digital display, the control panel, the control circuit board, and the micro antenna are evenly arranged on the cabinet door.

2. A fully automatic online monitoring softened water device according to claim 1, characterized in that The interior of the fixed cabinet body is divided into three chambers by a water-proof partition. The three chambers are in a "pin" shape. The shunt pipe and the detection pipe are installed in the upper chamber, the electric control component is installed in the lower left chamber, and the waste water tank is installed in the lower right chamber.

3. The fully automatic online monitoring softened water device according to claim 1, characterized in that In the water diversion structure, the shunt pipe and the water diversion pipe are对接 in an "I" shape. The shunt pipe has a对接 interface with external threads, and the对接 interfaces are respectively used to对接 the detection pipe and the waste water tank.

4. The fully automatic online monitoring softened water device according to claim 1, characterized in that There are two types of detection pipes, namely a water hardness detection pipe and a pH detection pipe. Both types of detection pipes are made of transparent materials and have internal threads at the bottom that match the对接 interfaces. Rubber sealing sleeves are provided at the tops of the water hardness detection pipe and the pH detection pipe.

5. A fully automatic online monitoring softened water device according to claim 4, characterized in that The diameter of the water hardness detection pipe is not greater than 10 mm.

6. The fully automatic online monitoring softened water device according to claim 1, characterized in that The conductivity detector and the pH detector are respectively对接 to the water hardness detection pipe and the pH detection pipe by inserting into the rubber sealing sleeves. After对接, the bottoms of the conductivity detector and the pH detector need to penetrate the rubber sealing sleeves and extend into the water hardness detection pipe and the pH detection pipe.

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