Centralized dual pure water supply device for endoscopic department

Abstract

The utility model discloses a pure water centralized and dual water supply device for an endoscopic department, which relates to the technical field of water supply and comprises a central water treatment system, a cleaning water treatment system, an acidified water treatment system, a wastewater treatment system and a PLC (programmable logic controller) control cabinet. The central water treatment system, the cleaning water treatment system, the acidified water treatment system and the wastewater treatment system are electrically connected with the PLC control cabinet respectively; water is uniformly treated through the central water treatment system and then supplied to the department, flushing water is prepared through the cleaning water treatment system after entering the department, acidified water is prepared through the acidified water treatment system, and the flushing water and the acidified water are prepared and then supplied to all water equipment through pipelines. A water supply mode that each department is independently provided with a water machine room is adopted, so that the investment cost is reduced, the operation cost is saved, the machine room area is reduced, the investment cost and energy consumption are reduced, safety and environmental protection are realized, and the possibility of secondary pollution is reduced.

Description

Technical Field

[0001] This utility model relates to the field of water supply technology, and in particular to a centralized and differentiated pure water supply device for endoscopy. Background Technology

[0002] Commonly used water sources in an endoscopy center include endoscope cleaning water and acidified water. Endoscope cleaning water is supplied to the endoscopy room's sinks and the endoscopy center's disinfection room for cleaning endoscope lenses. Acidified water is used in the endoscopy center's disinfection room for disinfecting and sterilizing endoscope lenses.

[0003] In the existing technology, hospital water supply usually involves pre-treating tap water before supplying it to each department that uses it. Each department then independently treats the water according to its own water use standards. This water supply method has disadvantages such as complicated water treatment equipment, inconsistent water treatment standards, high cost, and high labor costs.

[0004] To address the aforementioned issues, this application proposes a centralized, differentiated pure water supply device for endoscopy departments. Summary of the Invention

[0005] This invention provides a centralized, differentiated pure water supply device for endoscopy departments to solve the aforementioned technical problems.

[0006] To solve the above-mentioned technical problems, this utility model provides a centralized and differentiated pure water supply device for endoscopy, including a central water treatment system, a cleaning water treatment system, an acidification water treatment system, a wastewater treatment system, and a PLC control cabinet. The central water treatment system, the cleaning water treatment system, the acidification water treatment system, and the wastewater treatment system are electrically connected to the PLC control cabinet, and the cleaning water treatment system and the acidification water treatment system are both connected to the terminal pipeline of the central water treatment system.

[0007] Preferably, the central water treatment system includes a raw water tank, a raw water pump, quartz sand, activated carbon, a softener, a security filter, a high-pressure pump, and a first-stage reverse osmosis module. The outlet of the raw water tank and the inlet of the raw water pump are connected by a pipe. The outlet of the raw water pump and the inlet of the quartz sand are connected by a pipe. The outlet of the quartz sand and the inlet of the activated carbon are connected by a pipe. The outlet of the activated carbon and the inlet of the softener are connected by a pipe. The outlet of the softener and the inlet of the security filter are connected by a pipe. The outlet of the security filter and the inlet of the high-pressure pump are connected by a pipe. The outlet of the high-pressure pump and the inlet of the first-stage reverse osmosis module are connected by a pipe.

[0008] Preferably, the softener is connected to a salt tank via a pipe.

[0009] Preferably, the cleaning water treatment system includes a rinsing and cleaning water tank, a flow-through UV sterilizer, a water supply pump, a microporous filter, an endoscope end filter, and a water terminal. The number of water supply pumps is set to two. The inlet of the rinsing and cleaning water tank and the outlet of the first-stage reverse osmosis module are connected by a pipe. The outlet of the rinsing and cleaning water tank and the inlet of the flow-through UV sterilizer are connected by a pipe. The inlets of both water supply pumps and the outlets of the flow-through UV sterilizer are connected by pipes. The outlets of both water supply pumps and the microporous filter are connected by pipes. The outlet of the microporous filter and the inlet of the endoscope end filter are connected by a pipe. The outlet of the endoscope end filter and the inlet of the water terminal are connected by a pipe.

[0010] Preferably, the water outlet of the water terminal is connected to each cleaning water device via a pipe, and each cleaning water device is connected to the rinsing water tank via a pipe, and an ozone generator and a jet injector are connected to the pipe.

[0011] Preferably, the acidified water treatment system includes an acidified water makeup tank, a second flow-through UV sterilizer, a second water supply pump, a second microporous filter, an acidified water machine, and acidified water usage points. The number of second water supply pumps is set to two. The inlet of the acidified water makeup tank and the outlet of the first-stage reverse osmosis module are connected by a pipe. The outlet of the acidified water makeup tank and the inlet of the second flow-through UV sterilizer are connected by a pipe. The inlets of both second water supply pumps and the outlets of the second flow-through UV sterilizer are all connected by pipes. The outlets of both second water supply pumps and the second microporous filter are all connected by pipes. The outlet of the second microporous filter and the inlet of the acidified water machine are connected by a pipe. The outlet of the acidified water machine and the inlet of the acidified water usage point are connected by a pipe. The outlet of the acidified water usage point is connected to each acidified water usage device via a pipeline.

[0012] Preferably, the wastewater treatment system includes a hospital wastewater collection pipeline, the outlet pipe of which is connected to a wastewater treatment device, and the outlet pipe of which is connected to a discharge pipeline.

[0013] Compared with related technologies, the endoscopy department's centralized pure water supply device with different water qualities provided by this utility model has the following beneficial effects:

[0014] Water is treated centrally before being supplied to departments. Once inside a department, it is treated by a cleaning water treatment system to produce flushing water, and then by an acidification water treatment system to produce acidified water. The flushing water and acidified water are then piped to various water-using equipment. Compared to traditional decentralized machine rooms, this method of setting up separate water supply rooms for each department reduces investment costs, saves operating costs, and reduces machine room area. It achieves lower investment costs, energy consumption, safety and environmental protection, and reduces the possibility of secondary pollution. Attached Figure Description

[0015] Figure 1 This is a schematic diagram of the overall structure of a centralized and differentiated pure water supply device for endoscopy departments proposed in this utility model.

[0016] Figure 2 This is a schematic diagram of the central water treatment system structure of a centralized water supply device for endoscopy departments proposed in this utility model.

[0017] Figure 3 This is a schematic diagram of the cleaning water treatment system of a centralized, fractionalized pure water supply device for endoscopy departments proposed in this utility model.

[0018] Figure 4 This is a schematic diagram of the acidified water treatment system of a centralized, fractionalized pure water supply device for endoscopy departments proposed in this utility model.

[0019] Figure 5 This is a schematic diagram of the wastewater treatment system of a centralized, fractionalized pure water supply device for endoscopy proposed in this utility model.

[0020] The diagram is labeled as follows: 1. Central water treatment system; 11. Raw water tank; 12. Raw water pump; 13. Quartz sand; 14. Activated carbon; 15. Softener; 16. Security filter; 17. High-pressure pump; 18. First-stage reverse osmosis module; 19. Salt tank; 2. Cleaning water treatment system; 21. Flushing and cleaning water tank; 22. Flow-through UV sterilizer I; 23. Water supply pump I; 24. Microporous filter I; 25. Endoscope terminal filter; 26. Water terminal; 27. Ejector; 28. Ozone generator; 3. Acidification water treatment system; 31. Acidification water makeup tank; 32. Flow-through UV sterilizer II; 33. Water supply pump II; 34. Microporous filter II; 35. Acidification water machine; 36. Acidification water usage point; 4. Wastewater treatment system; 41. Hospital sewage collection pipeline; 42. Sewage treatment equipment; 43. Discharge pipeline; 5. PLC control cabinet. Detailed Implementation

[0021] Implementation examples, by Figure 1-5 The present invention includes a central water treatment system 1, a cleaning water treatment system 2, an acidification water treatment system 3, a wastewater treatment system 4, and a PLC control cabinet 5. The central water treatment system 1, the cleaning water treatment system 2, the acidification water treatment system 3, and the wastewater treatment system 4 are electrically connected to the PLC control cabinet 5. The cleaning water treatment system 2 and the acidification water treatment system 3 are both connected to the end pipeline of the central water treatment system 1.

[0022] The central water treatment system 1 includes a raw water tank 11, a raw water pump 12, quartz sand 13, activated carbon 14, a softener 15, a security filter 16, a high-pressure pump 17, and a first-stage reverse osmosis module 18. The outlet of the raw water tank 11 and the inlet of the raw water pump 12 are connected by a pipe. The outlet of the raw water pump 12 and the inlet of the quartz sand 13 are connected by a pipe. The outlet of the quartz sand 13 and the inlet of the activated carbon 14 are connected by a pipe. The outlet of the activated carbon 14 and the inlet of the softener 15 are connected by a pipe. The softener 15 is connected to a brine tank 19 by a pipe. The outlet of the softener 15 and the inlet of the security filter 16 are connected by a pipe. The outlet of the security filter 16 and the inlet of the high-pressure pump 17 are connected by a pipe. The outlet of the high-pressure pump 17 and the inlet of the first-stage reverse osmosis module 18 are connected by a pipe.

[0023] The raw water pump 12 can be a CHL horizontal water supply pump. The raw water tank is made of 304 stainless steel and has a built-in level sensor (not shown in the figure). When the water level in the tank reaches a certain height, the water inlet system will stop operating, and when the water level drops to a certain height, the raw water pump will stop operating. The quartz sand 13 consists of a quartz sand filter tank and quartz sand filter media, and the filter tank is made of 304 stainless steel. The activated carbon 14 consists of an activated carbon filter tank and activated carbon filter media, and the filter tank is made of 304 stainless steel. The softener 15 consists of a softening filter tank and softening resin. The filter tank is made of 304 stainless steel. The softening resin is a special resin used to soften hard water. The brine tank 19 consists of a brine tank and regenerated salt. The brine tank is made of PE material. When the softener 15 is backwashed, it can reduce the resin by absorbing the reducing agent in the brine tank 6. The security filter 16 consists of a cylindrical shell and built-in filter elements. The cylindrical shell is made of 304 stainless steel. The filter elements are usually tubular filter elements such as PP melt-blown, wire-burned, pleated, titanium filter elements, and activated carbon filter elements. The first-stage reverse osmosis module 18 consists of a reverse osmosis membrane and a reverse osmosis membrane shell.

[0024] The cleaning water treatment system 2 includes a rinsing and cleaning water tank 21, a flow-through UV sterilizer 22, a water supply pump 23, a microporous filter 24, an endoscope end filter 25, and a water terminal 26. Two water supply pumps 23 are provided. The inlet of the rinsing and cleaning water tank 21 and the outlet of the first-stage reverse osmosis module 18 are connected by a pipe. The outlet of the rinsing and cleaning water tank 21 and the inlet of the flow-through UV sterilizer 22 are connected by a pipe. The inlets of both water supply pumps 23 and the outlets of the flow-through UV sterilizer 22 are all connected by pipes. The outlets of both water supply pumps 23 and the microporous filter 24 are all connected by pipes. The outlet of the microporous filter 24 and the inlet of the endoscope end filter 25 are connected by a pipe. The outlet of the endoscope end filter 25 and the inlet of the water terminal 26 are connected by a pipe.

[0025] The rinsing and cleaning water tank 21 is made of 304 stainless steel and has a built-in level sensor. Water production will stop when the softened water level in the tank reaches a certain height, and water supply will stop when the level drops to a certain height. The water supply pump 23 detects the actual water pressure value through a controller (PLC control cabinet 5), compares the set water pressure value with the actual water pressure value, calculates the difference according to the PID control law, and outputs a control signal to the frequency converter. The frequency converter then adjusts the power supply voltage and frequency of the pump motor according to the input signal from the controller. When water consumption increases, the controller controls the frequency converter to increase the motor voltage and frequency, increasing the pump speed and water output; when water consumption decreases, the controller controls the frequency converter to decrease the motor voltage and frequency, decreasing the pump speed and water output. This control method allows the water supply pipe pressure to be maintained at a set value. The microporous filter 24 consists of a cylindrical outer shell and built-in filter elements. The outer shell is made of 304 stainless steel, and the filter elements are typically tubular filter elements such as PP melt-blown, wire-spun, pleated, titanium, and activated carbon filters. The end-filter 25 is mainly used to capture particulate dust and various suspended solids larger than 0.2µm, serving as the final filter in various filtration systems. It uses ultra-fine glass fiber paper as the filter media, folded paperboard, aluminum foil, and other materials as dividing plates, sealed with a new type of polyurethane sealant, and constructed with galvanized steel, stainless steel, or aluminum alloy profiles as the outer frame.

[0026] The water outlet of the water terminal 26 is connected to each cleaning water device through a pipe. Each cleaning water device is connected to the rinsing water tank 21 through a pipe, and an ozone generator 28 and a jet injector 27 are connected to the pipe.

[0027] When the inside of the flushing water tank 21 needs to be cleaned, the water at the water terminal 26 flows back to the flushing water tank 21 through the pipeline. Then, the inside of the flushing water tank 21 is cleaned by the cooperation of the ozone generator 28 and the jet injector 27. After cleaning, the sewage is discharged and then the cleaning water is introduced into the flushing water tank 21 for another flush. After emptying, softened water can be refilled for continued use.

[0028] The acidified water treatment system 3 includes an acidified water makeup tank 31, a flow-through UV sterilizer 32, a water supply pump 33, a microporous filter 34, an acidified water machine 35, and an acidified water usage point 36. Two water supply pumps 33 are provided. The inlet of the acidified water makeup tank 31 and the outlet of the first-stage reverse osmosis module 18 are connected by pipes. The outlet of the acidified water makeup tank 31 and the inlet of the flow-through UV sterilizer 32 are connected by pipes. The inlet of the second water supply pump 33 and the outlet of the flow-through UV sterilizer 32 are all connected by pipes. The outlets of the two water supply pumps 33 and the microporous filter 34 are all connected by pipes. The outlet of the microporous filter 34 and the inlet of the acidifying water machine 35 are connected by pipes. The outlet of the acidifying water machine 35 and the inlet of the acidifying water point 36 are connected by pipes. The outlet of the acidifying water point 36 is connected to each acidifying water-using device through a pipeline.

[0029] The acidified water replenishment tank 31 is made of 304 stainless steel and has a built-in liquid level sensor. When the softened water in the tank reaches a certain level, the water production will stop, and when the liquid level drops to a certain level, the water supply will stop. The acidified water machine 35 is an acidic solution with low concentration of available chlorine, high oxidation-reduction potential, and hypochlorous acid as the main active ingredient, generated from the anode side after electrolysis of pure water with added low concentration of sodium chloride (solution concentration less than 0.1%) in an ion-exchange membrane electrolysis cell. The water supply pump 2 33 and water supply pump 1 23 have the same structure and function, and the microporous filter 2 34 and microporous filter 1 24 have the same structure and function, which will not be described in detail here.

[0030] The wastewater treatment system 4 includes a hospital wastewater collection pipeline 41. The outlet pipe of the hospital wastewater collection pipeline 41 is connected to a wastewater treatment device 42. The outlet pipe of the wastewater treatment device 42 is connected to a discharge pipe 43. Wastewater used in various departments of the endoscopy center can be introduced into the wastewater treatment device 42 through the pipeline and the hospital wastewater collection pipeline 41 for wastewater treatment. After the wastewater meets the standards, it can be discharged through the discharge pipe 43.

[0031] Working principle:

[0032] The raw water inside the raw water tank 11 is pumped out by the raw water pump 12 and filtered sequentially by the quartz sand 13, activated carbon 14, softener 15 and security filter 16. Then, the filtered water is further introduced into the first-stage reverse osmosis module 18 for further treatment by the high-pressure pump 17. After the central water treatment system 1 has treated the raw water, it is then distributed to the cleaning water treatment system 2 and the acidification water treatment system 3.

[0033] Water flowing into the cleaning water treatment system 2 first enters the flushing water tank 21. When the water supply pump 23 draws the water, it is sterilized by the flow-through UV sterilizer 22. After sterilization, the water passes through the microporous filter 24 and the endoscope end filter 25 in sequence before finally being directed to the water terminal 26. The water terminal 26 supplies the available water to the various cleaning water equipment in the department. When the inside of the flushing water tank 21 needs to be cleaned, the water at the water terminal 26 flows back to the flushing water tank 21 through the pipeline. Then, the inside of the flushing water tank 21 is cleaned by the cooperation of the ozone generator 28 and the jet nozzle 27. After cleaning, the wastewater is discharged and then rinsed again by introducing cleaning water into the flushing water tank 21. After emptying, softened water can be refilled for continued use.

[0034] Water flowing into the acidified water treatment system 3 first enters the acidified water replenishment tank 31. When the water supply pump 2 33 is pumped out, the water is sterilized by the flow-through UV sterilizer 2 32. After sterilization, the water passes through the microporous filter 2 34 and the acidified water machine 35 in sequence before finally being directed to the acidified water use point 36. The acidified water use point 36 supplies usable water to each acidified water use device in the department.

[0035] Wastewater from the cleaning and acidification water equipment in the department can be piped to the hospital sewage collection pipeline 41. The sewage collection pipeline 41 then collects the wastewater and directs it to the sewage treatment equipment 42 for water treatment. The treated water is then discharged through the discharge pipeline 43.

Claims

1. A centralized, differentiated pure water supply device for endoscopy, characterized in that: The system includes a central water treatment system (1), a cleaning water treatment system (2), an acidification water treatment system (3), a wastewater treatment system (4), and a PLC control cabinet (5). The central water treatment system (1), the cleaning water treatment system (2), the acidification water treatment system (3), and the wastewater treatment system (4) are electrically connected to the PLC control cabinet (5). The cleaning water treatment system (2) and the acidification water treatment system (3) are both connected to the end pipeline of the central water treatment system (1).

2. The endoscopy department's centralized pure water supply device according to claim 1, characterized in that, The central water treatment system (1) includes a raw water tank (11), a raw water pump (12), quartz sand (13), activated carbon (14), a softener (15), a security filter (16), a high-pressure pump (17), and a first-stage reverse osmosis module (18). The outlet of the raw water tank (11) and the inlet of the raw water pump (12) are connected by a pipe. The outlet of the raw water pump (12) and the inlet of the quartz sand (13) are connected by a pipe. The outlet of the quartz sand (13) and the inlet of the activated carbon (14) are connected by a pipe. The outlet of the activated carbon (14) and the inlet of the softener (15) are connected by a pipe. The outlet of the softener (15) and the inlet of the security filter (16) are connected by a pipe. The outlet of the security filter (16) and the inlet of the high-pressure pump (17) are connected by a pipe. The outlet of the high-pressure pump (17) and the inlet of the first-stage reverse osmosis module (18) are connected by a pipe.

3. The endoscopy department's centralized pure water supply device according to claim 2, characterized in that, The softener (15) is connected to a salt tank (19) via a pipe.

4. The endoscopy department's centralized pure water supply device according to claim 2, characterized in that, The cleaning water treatment system (2) includes a flushing water tank (21), a flow-through UV sterilizer (22), a water supply pump (23), a microfiltration filter (24), an endoscope end filter (25), and a water terminal (26). The number of water supply pumps (23) is set to two. The inlet of the flushing water tank (21) and the outlet of the first-stage reverse osmosis module (18) are connected by a pipe. The outlet of the flushing water tank (21) and the flow-through UV sterilizer are connected by a pipe. The inlet of one (22) is connected by a pipe. The inlets of the two water supply pumps one (23) and the outlet of the flow-through UV sterilizer one (22) are all connected by pipes. The outlets of the two water supply pumps one (23) and the microporous filter one (24) are all connected by pipes. The outlet of the microporous filter one (24) and the inlet of the endoscope end filter (25) are connected by pipes. The outlet of the endoscope end filter (25) and the inlet of the water terminal (26) are connected by pipes.

5. The endoscopy department's centralized pure water supply device according to claim 4, characterized in that, The outlet of the water terminal (26) is connected to each cleaning water device through a pipe. Each cleaning water device is connected to the flushing water tank (21) through a pipe. An ozone generator (28) and a jet generator (27) are connected to the pipe.

6. The endoscopy department's centralized pure water supply device according to claim 2, characterized in that, The acidified water treatment system (3) includes an acidified water makeup tank (31), a second flow-through UV sterilizer (32), a second water supply pump (33), a second microporous filter (34), an acidified water machine (35), and an acidified water usage point (36). The number of the second water supply pump (33) is set to two. The inlet of the acidified water makeup tank (31) and the outlet of the first-stage reverse osmosis module (18) are connected by a pipe. The outlet of the acidified water makeup tank (31) and the inlet of the second flow-through UV sterilizer (32) are connected by a pipe. The inlets of the two water supply pumps (33) and the outlet of the flow-through UV sterilizer (32) are connected by pipes. The outlets of the two water supply pumps (33) and the microporous filter (34) are connected by pipes. The outlet of the microporous filter (34) and the inlet of the acidifier (35) are connected by pipes. The outlet of the acidifier (35) and the inlet of the acidified water point (36) are connected by pipes. The outlet of the acidified water point (36) is connected to each acidified water-using device through a pipeline.

7. The endoscopy department's centralized pure water supply device according to claim 1, characterized in that, The wastewater treatment system (4) includes a hospital sewage collection pipeline (41), the outlet pipe of the hospital sewage collection pipeline (41) is connected to a sewage treatment device (42), and the outlet pipe of the sewage treatment device (42) is connected to a discharge pipe (43).

Images