JPS60244384A - Full-automatic distilled drinking water treatment apparatus system - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] A kind of fully automatic steamer three-purpose drinking water burying device system: the first stage includes a mesh filtration device and a water flow control valve to control the flow rate, and a switch magnet valve to control the water entry or water stop. ■forming a system for introducing tap water into the configuration of the present invention, the second stage is a heating steaming device;
- Contains a first heater and a second heater - The introduced water is instantaneously heated, its temperature rises, and is further heated and evaporated by the second heater - All the above-mentioned launching heating and evaporation operations are carried out in the water purification tank. The third stage, which is automatically opened and closed by the water level control switch, is composed of a cooling device and a purified water tank that collects water.The evaporated water vapor is transferred to the circulating water pipe by the action of the sweat tank pump's linked shaft and Bernoulli tube. Inhale and cool the condensed water and store it in the sweat tank.The above first stage polishing can be achieved by the sequence control of the water level switch of the water purification tank.Fourth stage is a device for producing raw water and hot water.It is a fully automatic steamer consisting of a refrigeration device, a raw water bucket for storing raw water, three types of cold water, hot water, raw water outlet, and a water outlet micro-motion switch. This is a drinking water storage system, and its launching, stopping, heating evaporation, cooling, storage, and refrigeration 1 heating are all controlled by the water level control switch installed in the water purification tank, making it a clean drinking water storage system. Tap water is originally a kind of drinking water that is convenient to use and safe and hygienic.It brings many conveniences and comforts to humankind. In daily life, many incidents of drinking water contamination occur due to carelessness and unawareness.In severe cases, waterborne diseases may occur or the health of the cage may be endangered.Thus, it is important to be careful during daily life. In addition, in today's life, the pollution of water sources is already extremely crowded, and we are constantly crying out to protect clean water sources.It is very regrettable that the water gushing out of the faucet is increasing. Unreliable - Drinking tap water is a thing of the past - Especially when the water level drops over a long period of time and there is a shortage of water, when the water from the bottom layer of a dam is used as tap water - The quality is naturally poor. The smell of disinfectant water is also becoming stronger, and it is clear that the water quality is poor when the amount of 1 added is high.As revealed in the water quality survey report from last year, tap water is generally contaminated with cancer-causing substances. Although the content of ``chloroform'' is not necessarily high, it is a matter of concern to many people. The contamination situation of heavy metals and other unidentified substances in some tap water sources has become very serious. Nowadays, people drink a glass of water with a bitter look on their faces.Therefore, various manufacturers are offering various water purifiers, drinking machines, etc. to the market from outside or by self-development. People lack confidence when it comes to tap water.How much effect does this type of home drinking water treatment equipment have on improving water quality? These two methods, which are divided into two categories, large-scale mesh filtration and heating boiling, are certainly effective against large-sized contaminants that are clearly visible to the naked eye and bacterial binding. For example, when it comes to heavy metal ions, chloroform, or other stratified substances, the effectiveness of 97 remains questionable. Since mesh filtration adds ordinary carbon particles, it is of interest for bacterial pulp or large contaminant particles. However, all of these contaminants have been completely buried in the water purification equipment of the tap water factory.
- A considerable amount of research has been carried out mainly on biological contamination. ■The purpose of water purification must be to eliminate bacterial contamination. However, the Dosui factory does not have any self-monitoring ability when it comes to ordinary ferocious contamination. The situation is such that there is no way to monitor and supervise the trace contamination of heavy metals and chloroform.Heavy metals originate from pollution that comes from water sources.The source of chloroform originates from the growth of algae in water sources, and it is automatically contaminated. Chloroform is synthesized in the water.However, there are not many cases of this kind of situation.Contamination with organic substances is relatively severe, and the sterilization method of adding 2 units to the water purification device is... Instead, it combines organic matter and stratified matter, leading to a situation where the chloroform content is too high.The more polluted the water source is, the more polluted matter is added, and the concentration of this carcinogenic substance is increasing. Mesh filtration is also impossible to bury, as is the contamination that cannot be buried in tap water factories. All of the particle sizes of such contaminants are smaller than mesh filtration. Heating and boiling degrades water quality. However, it is believed that 9-chloroform, which is limited to bacterial contamination, is destroyed during the heating process. If it is heated together with contaminants, it may become abrasive and slag, and new carbon dioxide or other stratified organic substances may be generated. Is it possible to remove pollutants? This is a very big problem. Chloroform and heavy metals become highly carcinogenic compounds when they contaminate tap water. Moreover, the hazardous pollutants that have accumulated over a long period of time are all due to contamination of the water source. - Until now, the only means of preventing contamination in tap water factories is the addition of stratified substances. #When the water source was in good condition in the past, the amount usually added was about 1.
~2 PPM9 The amount of additive added to the current purified water is approximately 110 PP. - The extremely high amount of 65 PPM remains on record. - In the past, a baby was poisoned by cooking milk at home using a hot drinking machine. In some cases, there are cases where such drinking water production systems currently on the market have many deficiencies.In view of this, the inventor has conducted painstaking research into the beta drinking water burying device system and has developed this system. The present invention is a fully automatic drinking water burying system for three purposes: water evaporation, water stopping, heating.・It controls evaporation, cooling, storage, circulation milling, freezing, or instant heating, and simultaneously produces three types of drinking water equipment systems such as cold water, hot water, and ice water. ・I will explain each item separately. f) Tap water is sent from the piping to the mesh filter, ordinary carbon particles are added to eliminate off-taste bacteria and bacterial contamination in the water, and the filtered water is sent to the water flow control valve and polished. (9) The second part includes a heating and evaporation device, which appropriately limits the flow rate of the water sent in and introduces the filtered water through the guide pipe to the electromagnetic valve switch, thereby controlling the water launch or water stop in a timely manner. - Formed by a first heater and a second heater S The first heater instantaneously heats the incoming water to raise the temperature and polish it, and then the heated incoming water is sent to the second heater by its own power. The second heater is installed inside the steamer heating tub, and the outer wall of the first heater and the steam sieve heating tub is coated with moisture-resistant and heat-insulating material. It covers the heat insulation equipment of the equipment and improves the heat spread rate without losing body heat, and the above-mentioned launch/water stop switching electromagnetic valve is also used for the electric heating equipment of the first stage heater and the second stage heater. The opening and closing of the switching electromagnetic valve is all controlled by the water level control switch installed on the water purification tank, which will be described later, to open and close the electric circuit and operate it properly. The three parts consist of a cooling system, a collection water purification tank, and a pump motor. The distilled water injected into the water purification tank is sucked and circulated in the pipe.
u+J7oa), the water vapor evaporated from the inside of the steam heating tank is quickly sucked in, sent to the cooling pipe, cooled, and then stored in the water purification box. 2) The operation of the electric heater and pump motor are all controlled by the water level control switch in the water purification tank, and the water level in the water purification tank is detected to open and close in a timely manner.The electric circuit is turned on and off to achieve its purpose. When the water level reaches the full level, the water level control switch 9 is activated and turns off the electromagnetic valve to stop the water and turn off the tap motor and first stage second stage heater power circuit to stop operation. The fourth part of the equipment system is the raw water refrigeration system and each water outlet! The steamed water produced through the above process is already in a clean water tank! When the circulation pipe and body water tank are filled, the entire system stops working. When you press the water discharge switch to produce raw water, the pump motor receives a signal from the electrical circuit and starts up.
1. When the water level in the sweat tank gradually decreases, the low water level control switch 9 closes and the solenoid valve switch is activated. When the water level in the tank reaches the high water level, The step of producing steam water by cutting off each power source and stopping the operation of all lights in the system can be achieved by the continuous operation of the three steps (F) and (C). When releasing hot water by pressing the micro-movement switch, the operation method is exactly the same as the cold water extraction step.When producing hot water outside, the micro-movement switch is operated to send out harmonic waves. Hot water can be obtained by closing the third heater electric circuit and instantaneously heating the third heater, which is installed at the water outlet! The operating conditions for the water level control switch in the purified water tank are completely the same as when cold water is taken, and the circulation operation is performed by completing drinking water nine times. In the process of connecting shafts = m The water flow sucked by the pump from the water tank is!
When it passes through the Bernoulli tube, the small Bernoulli tube holder creates an ocular effect, and the vaporized water vapor in the unevenly heated tank is sucked and circulated, and then enters the water purification tank through the pipe! A portion of the circulating water is also simultaneously sent into the raw water tank via the pipe and purified water is poured into the raw water tank and stored. When the water purification box also reaches a high water level, the water level control switch in the water box will double the high water level. After accepting the wave, immediately give a double wave to the water flow opening/closing solenoid valve to close the launch source, and at the same time pump motor 9 first heater! Apply harmonics to the second heater to cut off the power circuit and stop the operation. 0. In the operation process of item (g) above, when 9 pure purified water fills the raw water tank, the cold water installed in the 1 ice water tank The refrigeration system device is given confidence by the detection of the temperature sensitive evaporator, and the condenser and fan are started to proceed with the cooling process. From the sensitizer to the condensing machine, give a command to the fan and cut off the power supply circuit to stop the series. 1. When the raw water is used, the amount of raw water gradually decreases, so use the snow water pipe to add water to the purified water tank to replenish it. However, when the temperature of the raw water increases and reaches the specified temperature! Therefore, I gave my confidence to the compressor and the fan from the coldness sensing evaporator and started it! O proceeding through the cooling shaft At that time, the purified water in the purified water tank is also sucked by the pump and circulated, and the water is sent into the water tank to replenish the water level in the raw water bucket.Then, the water level in the purified water tank gradually decreases.9 When the water level reaches a low level, the water level control switch gives a double wave to the water flow switch solenoid valve to promote its launch, and at the same time, gives a double wave to the first heater and second heater to heat it by touching the power circuit. j Promote water launch heating, create a Bernoulli tube by suctioning circulating water with the operating pump motor, sucking the steam in the heating tank, and after cooling, open the circulating water pipe. After that, the water is sent to the purified water tank and refilled to a specified high water level.9 At that time, the water level control switch gives a command to the water flow switch solenoid valve to stop the water launch. Cut off the power supply circuit of the motor and stop the linked shafts. (c) Each operation from item (→) to item (g) above shall be performed in a timely manner by controlling the water level side control switch, water output fine adjustment switch, and cold temperature sensing device. Yumoto Shumei's first and second heaters, which operate to achieve the purpose of providing purified and drinkable water, are equipped with overwet detection devices, which cause the temperature to rise and exceed the set standard when the water is stopped. The purpose of safety protection can be achieved by automatically cutting off the heater power circuit and the pump motor power circuit and stopping the linked shafts when 0 (1) This invention is a kind of fully automatic steaming, three-purpose drinking water treatment system, and its process consists of water filtration, heating, evaporation, cooling, storage, refrigeration, etc. First, the received tap water is passed through a mesh filter, and its fiber network and activated carbon particles remove any off-flavors, large contaminants, contaminants, etc. from the water. The water flow control valve 2 enters the water flow control valve 2 to properly adjust the flow rate, and the appropriate water flow is introduced into the switching solenoid valve 3!The water flow can avoid excessive flow or high water pressure during the evaporation process. O [2] The reason why the flowing water enters the switching solenoid valve 3 via the water flow control valve 2 is to start the switching solenoid valve 3 by the water level control switch 10 in the water purification tank 9 and start or stop the water. When the water level of the water tank 9 reaches the high water level of the water level control switch 10, the switching solenoid valve 3 is given a signal to close the water source and stop launching. (3) The water flow is controlled by the switching solenoid valve. When it enters through the valve 3 and is passed to the first heater 4, at this time the first heater 4 is powered by the heater power supply by the reciprocal action of the pump motor 8j water level control switch IO + water output fine movement switches 181, 182, 183, etc. Touch the circuit to advance the heating action 9 The water flow that entered the first heater 4 is instantaneously heated and the water level rises 1
Furthermore, the water stream heated by the opening force of the water stream is sent into the steamer wetting tub 6 equipped with the second heater 5 to proceed with heating and steaming (4) The water stream is heated by the second heater 5. 5, the second heater 5 in the steaming tank 6 is used to bring the temperature in the steaming tank to a high level of steaming temperature. The water vapor is quickly absorbed into the circulating water flow pipe and cooled and condensed due to the suction force created by the suction of the pure purified water that enters the circulating water flow pipe! As the water flow circulates, it flows into the purified water tank 9 and is stored there, and the water level in the purified water tank gradually rises. The pump motor 8 is started by the action of the water level control switch 10, sucks water in the purified water tank 9, and enters the circulating water flow pipe.The water circulation causes the Bernoulli tube 7 to oxidize the suction force of the house and quickly produce water vapor. Cool it and introduce it into the circulating water flow pipe! After circulating, one body enters the purified water tank 9 and the main water pail 12, and the water is poured into the water pail, and the process continues until the purified water tank reaches a high water level.
When O reaches a low level, the switching electromagnetic valve 3 is energized and started, water flow is introduced, and the process of steps (2) to (5) above is followed to further acidify the distilled water and drain it into the purified water tank 9. When you press the water release switch 181, 182, 183 to collect drinking water, the pump motor 8 also starts with additional harmonics, sucks the purified water in the water purification tank 9, enters the circulation pipe, and outputs water. Intake water from water outlet 180, 190 or 200! In this process, when the water level control switch lO of the sweat tank 9 reaches a low water level, it gives a signal and starts the pump motor 8.
Touch the heat power supply to heat up, start the switching solenoid valve, introduce the input, and start operation. 9 Water level control switch IO reaches the high water level! Or, when the water level fine movement switches 181, 182, and 183 are not pressed, 9
The pump motor 8 also stops the connecting parts (7) The heated and evaporated water vapor is introduced into the circulating water flow pipe by the tension of the Bernoulli tube 7, and when it is cooled by the water in the pipe 9, it condenses and becomes liquid steam. The flow from paragraphs (2) to (7) above is the entire process of forming drinking water from tap water into distilled water. (8) Water vapor cools and condenses to become water, enters the water purification tank 9, and when the water level reaches the high water level of the water level control switch 10, a signal is given and the pump motor 81, second heater 59, second heater 4I
The power supply circuit of the switching solenoid valve 3 is cut off and the shaft operation is stopped. Conversely, when the water level of the water purification tank 9 is expropriated and the low level movement of the water level control switch IO is lowered, the power supply circuit of the solenoid valve 3 is cut off and the pump motor Touch the power supply circuit of the second heater, the i-th heater, and the switching electromagnetic pulp to start the linked shaft. (9) When the hot water discharge fine movement switch 182 is pressed, the pump motor 8 is immediately energized. The pure purified water in the purified water tank 9 is then sucked, passes through the circulating water flow pipe, enters the third heater 11, and is instantaneously heated.The hot water outlet 190
After that, the ribbon motor 8 that outputs starts and [
When the water in the water purification tank 9 is sucked and enters the circulating water flow pipe, 9
Pure purified water also enters the main water tank 12 along the pipe, or when the water ice out water micro-motion switch 181 is started, the pump motor 8 is reliably turned on and the water circulation is sucked, reducing the amount of water in the nine water tanks 1°2. OαG to replenish! @# When water is sent into the main water bucket 12 along the circulation pipe! The coldness sensing device 13 senses the water temperature and starts the compressor 15 of the refrigeration system to compress the refrigerant. The temperature of the water in the main water bucket 12 is lowered by exchanging heat through the water tank 16 and fan 17. When the water temperature drops to the specified cooling degree, the coldness sensing device 13 detects it again and the condenser 15 and the water temperature sensor 13 detect it again. The fan 17 is energized and its power supply circuit is cut off to stop its shaft operation. When it is condensed and circulated in the refrigerant pipe 14 and enters the water box 16, the heat is further dissipated through the fan 17 and then back-fed into the condensing machine. It is detected by the detection of 9 that the water wetness rises, and the condenser 15 is given an even number and is started, the heat exchange circulation is proceeded, and the purified water in the main water bucket 12 is frozen to lower the water temperature. compressor 15
The starting and stopping of the water tank 16 and the fan 17 are operated by the detection of the coldness sensing device 13 of the main water bucket 12. 2) The device system of the present invention can be adapted to various different needs according to the above-mentioned flow process. Consists of drinking water.
You can drink it just by extracting the purified purified water, and it can be divided into cold water, hot water, and frozen water depending on the taste of each person.
All of the above-mentioned types of water are pure, evaporated and polarized water, and have no cone quality that is suitable for health.When you start the water flow opening 181-182 = 183 when taking water, 1
Put a cover on the pump motor 8 and start it [sweat tank 9]
The pure purified water inside is sucked and the circulation pipe is drained for 180 yen each.
190/200 yen, the water level gradually decreases during the irrigation process =? When the water level in the water tank 9 drops to the water level control switch IO and a low level is detected, the second heater 5, the first heater 4, the switching electromagnetic valve 3, etc. are provided with compensation folds, and the switch is touched at the same time. The power supply circuit for the heater and the switching electromagnetic valve is then started to operate the shaft and proceed with the primary circulation.The water vapor formed by heating and evaporation is sucked by the pump motor 8 into the Bernoulli tube 7 in the water pipe.
Due to the tension created by the water vapor, water vapor cools and condenses and flows into the purified water tank 9 along the water flow of the circulation pipe, and the water level in the raw water tank 9 gradually rises until the water level reaches a high level by the control of the water level control switch 10. When confirmed, immediately give confidence to the pump motor 8, second heater 5, first heater 4, # switching solenoid valve 3, shut off the power circuit and stop operation, and drink the water in the drinking area of the present invention. The burying system uses high-heat evaporation to decompose the water molecules in the filtered water stream, accelerates evaporation and cooling of the pure water molecules through the suction action of the Bernoulli tube, and removes excess necessities contained in tap water.・The commonly used drinking water treatment system, which completely separates harmful substances such as chloroform and gold layer elements, and thus obtains pure drinking water, uses only boiling and cooling to produce pure drinking water. Since the water still contains harmful substances that are susceptible to cancer, such as harmful substances or degraded substances and chloroform-1 heavy metal elements, it is not possible to obtain a bottle of pure drinking water.The drinking water treatment method of the present invention The system can certainly ensure the hygiene of drinking water and promote the health of the λ value.The detailed explanation of the decoy area is the fully automatic steam sieve three-purpose drinking water burying device system of this company. Work process■ The second circle is the drinking water burying device system flow circle of the present invention.Third [II] (A) is the front circle of the system device of the present invention - the waste portion.(B) is the third part of the system device of the present invention The hand circle (C) is the right side of the first layer of the system device of the present invention. The fourth circle (D) is the front side of the second layer of the system device of the present invention.
・(E) is the second layer partial cow-face circle Φ (F
) is between the right side of the second layer part of the system device of the present invention and the fifth space (
G) is the front view of the first and second layer combination of the system device of the present invention.
(H) is the first and second eyebrow combination of the system device of the present invention, and (1) is the right side of the system device of the present invention, first and second layer combination 01...Filter 2... ...Water flow rate control pulp 1...Switching solenoid valve 4
...First heater 5...Second heater 6.
...Steam sieve heating tub 61 ...Water outlet 62
・・・・・・Heat insulation device・7, Bernoulli tube 8 Pump motor 9. Sweat tank 10. *Position control switch
11 Third heater 1z Freezing water bucket 121 Water outlet 13, Coldness sensing device 14. Refrigerant pipe 141 f! A insulation device 15
Condensing machine 16 heat dissipation water tank 17. Fan 180 Cold water outlet 190 Boiling water outlet 200 Raw water outlet 18. Water pipe 1
81 Cold water release fine movement switch 182 Hot water water release fine movement switch 183 Frozen water release fine movement switch 201 Water flow pipe 202
Power supply line 203 Steam pipe line 204 Refrigerant pipe line 3 diagram (C) Ward\gofG) (I+

Claims (1)

[Claims] A kind of fully automatic steam sieve drinking water burying device system; the first stage includes a mesh filtration device, a water flow rate control switch and a switch solenoid valve, and the initial filtration starting amount adjustment and specified starting water shutoff. Connection sequence system・The second stage includes the first and second instant heating and steaming connection operation devices・
The third stage includes a cooling circulation condensation storage water floating device system.Cooling involves connecting the circulating water pipe to the Bernoulli tube to generate a vacuum vessel using the circulating water to generate water vapor. The main feature of the present invention is that the water is cooled by absorption and condensed to form water.The steamed water produced as described above enters the water purification tank through the circulation pipe, and the work at this stage is The control switch detects and transmits the signal on time, and connects it with the second stage. The fourth stage is the raw water and hot water production system.・And three types of drinking water:
It includes a water outflow fine movement switch that works with cold water, hot water, raw water, and water outlet. Upon detection of the polished water movement switch, the motor pump is started and the necessary drinking water is sent out.The fourth step is a water level control switch and a water level control switch. After the automatic detection of the water release micro-motion switch, the process is automatically linked to the third step of the process, which adds to the health of people by providing a drinking water purification system.