TWI727750B - Sterilizing water supply device - Google Patents

Abstract

The present invention refers to a sterilizing water supply device. The sterilizing water supply device has a filter body connected with a water inlet terminal and a sterilization unit. The sterilization unit has a housing in which an active metal sterilization body is arranged. The sterilization unit is connected with a pressurizing pump, the pressurizing pump is connected with a metal ion unit, the metal ion unit is provided with a venturi seat, and a container is connected below the venturi seat; and the venturi seat is horizontally provided with a text A guide hole connecting the venturi hole is provided under the venturi seat, and the venturi seat is connected with a conduit connecting the guide hole and a downward extension; and the container is provided with a chamber, and the chamber contains There is a factual basis for the metal ion solution to be sucked into the Venturi hole by the catheter.

Description

Sterilizing water supply device

The present invention refers to a sterilizing water supply device, especially a sterilizing water supply device for sterilizing and killing viruses. The sterilizing water supply device is a person in the technical field where a metal ion solution is mixed into water to become sterilizing water.

First press, bacteria and viruses have been raging around the world recently, making people panic and panic buying disinfectants in various fields. Manufacturers and businesses also take this opportunity to make a fortune. At present, it is found in the market that most of its disinfection liquids are sold in single-product cans. After purchase, users have to stock up a large amount of relevant disinfection liquids for corresponding needs. At the same time, the accumulation of disinfection liquids will also cause storage space. Heavy occupation and waste of resources.

However, all kinds of disinfection liquids are generally targeted to bacteria, viruses, use items, and human body positions. They also have certain risks to the human body and the environment in use. When users hoard, the risk is It also coexists with the hoarding, and there is the possibility of expanding the risk.

In view of the above-mentioned knowledge that the conventional disinfection liquid is at risk of hoarding, the inventor of the present case was urged to research and develop in the direction of eliminating hoarding. After the inventor of the present case, after many considerations, he thought of using a metal ion solution to mix into the water. It is best to become sterilizing water.

The sterilizing water supply device of the present invention has at least one filter body, and the filter body is connected to There is a water inlet terminal, and the filter body is connected with at least a sterilization unit. The sterilization unit has a housing, and a unit compartment is arranged inside the housing, and active metal sterilization bodies are distributed in the unit compartment. The sterilization unit is connected to at least one pressurizing pump, the pressurizing pump is connected to at least one metal ion unit, the metal ion unit is provided with a venturi seat, and a container is connected under the venturi seat; and the venturi seat is at least horizontally connected A venturi hole is provided, the right side of the venturi hole is connected with the pressure pump, and the left side of the venturi hole is connected with a water outlet terminal. The venturi seat is provided with a guide hole connecting the venturi hole, and the lower side of the venturi seat is connected with a conduit connecting the guide hole and the downward extension. Then, the container is provided with a chamber which contains at least one metal ion solution, and the venturi seat is provided with a vent hole penetrating to the chamber to balance the pressure of the metal ion solution.

The unit compartment of the present invention is provided with an upper and lower sterilization body container, the center of the sterilization body container is provided with a through hole, and the lower end of the through hole is provided with a concave embedding ring groove; and the sterilization The body containment box is provided with a recess around the through hole and a sterilization body containing chamber for accommodating the active metal sterilization body. The bottom side of the sterilization body containing chamber is provided with fluid perforations penetrating upward and downward. Then, the sterilization body contains A top cover that seals the sterilization body housing chamber is provided on the top of the box, the center of the top cover is provided with a ring hole connected to the through hole, and the embedding ring groove for inserting the sterilization body housing box overlapped above extends above the ring hole The embedding convex ring, and then, the upper cover is distributed around the embedding convex ring with perforations penetrating the upper cover of the sterilizing body container; in addition, the superimposed sterilizing body container uses the through hole to form a central water inlet channel, There is a water-permeable space between the overlapped sterilization body container, and the lower side of the unit chamber is provided with a recess and a return groove keeping a distance from the through hole and the fluid perforation of the lowermost sterilization body container. In addition, a first filter body between the active metal sterilization body and the fluid perforation is attached to the bottom side of the sterilization body compartment, and a first filter body is attached to the bottom side of the upper cover between the active metal sterilization body and the one stopper. A reverse valve, the guide hole is connected with the conduit below the first check valve; and the venturi seat is provided with a second check valve above the vent hole to prevent overflow of the chamber. In addition, the side of the venturi seat is provided with a gas pressurizing inlet hole that crosses and penetrates to the guide hole, and the side of the venturi seat is provided with a third check valve to prevent the gas pressurizing inlet from flowing backward; In addition, the venturi seat is provided with a liquid level detecting element extending into the chamber to detect the volume of the metal ion solution.

The purpose of the present invention is to perform sterilization according to the active metal sterilization body first, and then mix it with a metal ion solution, which becomes the essential benefit of the present invention.

〔this invention〕

N: bubble

1: Sterilizing water supply device

11: filter body

12: Water inlet terminal

2: Sterilization unit

2A: Reflux tank

21: Shell

22: unit room

3: Active metal bactericidal body

3A: Central inlet runner

3B: Permeable space

30: Sterilization noodles

32: Sterilization body containing box

321: Through hole

322: Insert ring groove

323: Bactericidal Body Containment Room

324: Fluid Perforation

33: Upper cover

331: ring hole

332: Inlaid convex ring

333: Perforated upper cover

34: The first filter body

35: second filter body

4: Boost pump

5: Metal ion unit

51: Wien Block

52: container

53: Venturi hole

54: pilot hole

54A: The first check valve

55: Catheter

56: Room

57: Vent

57A: Second check valve

58: Gas booster inlet

58A: Third check valve

6: Water outlet terminal

7: Metal ion solution

8: Liquid level detection element

52: container

53: Venturi hole

54: pilot hole

54A: The first check valve

55: Catheter

56: Room

57: Vent

57A: Second check valve

58: Gas booster inlet

58A: Third check valve

6: Water outlet terminal

7: Metal ion solution

8: Liquid level detection element

Figure 1 is a schematic diagram of the sterilizing water supply device of the present invention.

Figure 2 is a schematic diagram of the sterilization unit of the present invention.

Figure 3 is a schematic diagram of the combination process of the sterilization body containing box of the present invention.

Figure 4 is a schematic diagram of the metal ion unit of the present invention.

Figure 5 is a schematic diagram of the use of the sterilization unit of the present invention.

Figure 6 is a schematic diagram of the use of the metal ion unit of the present invention.

Figure 7 is a schematic diagram of the metal ion unit of the present invention with a gas pressurized air inlet.

In order to enable your reviewer to have a better understanding of the present invention, the following examples are used to illustrate it.

The present invention refers to a sterilizing water supply device 1, wherein the sterilizing water supply device 1 has at least one filter body 11, the right side of the filter body 11 is connected with at least a water inlet terminal 12, and the left side of the filter body 11 is connected with at least a sterilization unit 2. The sterilization unit 2 has at least one housing 21, The housing 21 is provided with at least one unit compartment 22 in which is distributed the active metal sterilization body 3 made of nanosilver; and the left side of the sterilization unit 3 is connected with at least a pressurizing pump 4, The pressure pump 4 is connected to at least one metal ion unit 5, and the metal ion unit 5 is provided with at least one venturi base 51, and at least a container 52 is connected below the venturi base 51; and the venturi base 51 is horizontally provided with at least one venturi hole 53, the right side of the venturi hole 53 is connected with the pressure pump 4, the left side of the venturi hole 53 is connected with a water outlet terminal 6; and the venturi seat 51 is provided with at least one guide hole 54 connected with the venturi hole 53 , The lower side of the venturi seat 51 is connected with a conduit 55 connecting the guide hole 54 and a downward extension; then, the container 52 is provided with at least one chamber 56 into which the conduit 54 extends downward, and the chamber 56 is at least A metal ion solution 7 for the conduit 55 to be sucked into the venturi hole 53 is housed, and at least one vent hole 57 that penetrates the chamber 53 to balance the pressure of the metal ion solution 7 is provided in the venturi seat 51 (such as : As shown in Figures 1, 2, 3, and 4).

Therefore, according to the present invention, the pressurizing pump 4 forces the water flow into the filter body 11 through the water inlet terminal 12 to remove the suspended pollutants of larger particles, and the water flow passes through the sterilization unit 2 to utilize the active metal sterilization body 3 Perform culling of bacteria and viruses that cannot be removed by the filter 11. The active metal bactericidal body 3 is smelted from nano-powder. In use, the active metal bactericidal body is used to capture electrons during the rapid active oxidation process. The characteristic is to grab electrons to break the electronic balance between bacteria and viruses, and at the same time to achieve the conditions for the killing and elimination of bacteria and viruses. In addition, the rapid active oxidation of the active metal bactericidal body 3 will also force water molecules in the water stream to split into single-potential free radicals. The single-potential free radicals can also grab electrons to destroy bacteria and viruses. In addition, the active metal sterilizes Body 3 can be single-selected or alloyed, and the components at least include: silver, copper, zinc and magnesium. Then the water flow is forced to pass through the venturi hole 53 through the pressurizing pump 4, and the gravitational force of the venturi hole 53 when the water flow is forced through will generate suction force on the conduit 55 to dissolve the metal ions. The liquid 7 enters the venturi hole 53 and mixes with the water flow, and the water flow is discharged from the water outlet terminal 6, which is used in bathing or cleaning or washing and disinfection of general clothes and articles. Among them, the metal ion solution 7 is a liquid carrier Metal ions are added to the metal ion solution 7, and the metal ions in the metal ion solution 7 can be selected singly or combined. The components at least include ionic silver, ionic copper and ionic zinc. However, the metal ion solution 7 uses metal ions to quickly grab the electron reduction method, which is used to grab the electrons of bacteria and virus individuals to disintegrate the bacteria and viruses, and then achieve the elimination of bacteria and viruses (such as: Figures 1, 2, 4 Shown).

The unit chamber 22 of the present invention is additionally provided with an upper and lower bactericidal body receiving box 32, the center of the bactericidal body receiving box 32 is provided with a through hole 321, and the lower end of the through hole 321 is additionally provided with an upper concave embedding A ring groove 322; and the sterilization body container 32 is provided with a recess around the through hole 321 and a sterilization body container 323 containing the active metal sterilization body 3, and the sterilization body container 323 is distributed on the bottom side , The bottom penetrating fluid perforation 324, and then, above the sterilization body containment box 32 is additionally provided with an upper cover 33 that seals the sterilization body containment chamber, and the center of the upper cover 33 is provided with a ring hole 331 connecting the through hole 321, the ring There is an embedding convex ring 332 which is inserted into the embedding ring groove 322 of the sterilizing body container 32 which is stacked above the hole 331. Then, the upper cover 33 is additionally distributed around the embedding convex ring 332 and penetrates the convex ring 332. The upper cover of the sterilizing body container 323 is perforated 333; in addition, the superimposed sterilizing body container 32 uses the through hole 321 to form a central water inlet channel 3A, and the superimposed sterilizing body container 32 has a water permeable The space 3B, and the lower side of the unit chamber 22 is additionally provided with a lower recess and a return groove 2A (e.g., the second, third, and fifth hole) keeping a distance from the through hole 321 and the fluid perforation 324 of the lowermost sterilizing body container 32 As shown in the figure).

The bottom side of the sterilization body compartment 32 of the present invention is attached to at least a first filter body 34 between the active metal sterilization body 3 and the fluid perforation 324, and the bottom side of the upper cover 33 is at least A second filter body 35 between the active metal sterilization body 3 and the upper cover perforation 333 is attached less; and the active metal sterilization body 3 has a flaked sterilization surface 30. Among them, the active metal bactericidal body 3 captures electrons by rapid active oxidation, and is used to capture the electrons of bacteria and virus individuals to decompose bacteria and viruses, so as to achieve the elimination of bacteria and viruses. At the same time, the active metal bactericidal body 3 After oxidation, it will be powdered, and then the first filter body 34 and the second filter body 35 are used to block, filter and prevent the clogging and accumulation, and prevent it from flowing out of the sterilization unit 2 (e.g., the second, third, As shown in Figure 5).

In the present invention, a first check valve 54A is added to the lower side of the guide hole 54 to prevent the flow of water from flowing back into the chamber 56 from the venturi hole 53. The guide hole 54 is connected below the first check valve 54A. Conduit 55; and the venturi seat 51 is additionally provided with a second check valve 57A above the vent 57 to prevent the chamber 56 from overflowing (as shown in Figures 4 and 6).

In the present invention, the side of the venturi seat 51 is provided with at least one gas booster inlet 58 transversely and penetrates to the guide hole, and the side of the venturi seat 51 is additionally provided with a gas booster inlet hole 58 to prevent the water flow from flowing back through the gas booster inlet 58 The third non-return valve 58A, and the gas booster inlet 58 is mainly used to pressurize the air for the guiding effect of the metal ion solution 7, and the air guided by the gas booster inlet 58 can also be The venturi hole 53 is mixed with water flow and the metal ion solution 7 to form a bubble N, and the bubble N is used to enhance the entrainment transportation of the metal ion solution 7 and the output pressure of the water flow and the metal ion solution 7. In addition, the venturi holder 51 is additionally provided with a liquid level detecting element 8 which extends into the chamber 56 to detect the volume of the metal ion solution 7. According to the liquid level detecting element 8, the volume of the metal ion solution 7 is intensified. The warning signal source when the capacity of the metal ion solution 7 is exhausted, and the warning signal source is used as a basis for reminding the user to replace the container 52 (as shown in Figs. 6 and 7).

From the above description, it can be known that the present invention utilizes the active gold according to the sterilization unit 2 The bactericidal body 3 performs culling of bacteria and viruses, and uses the active metal bactericidal body 3 to grab the electrons of bacteria and virus individuals when oxidized to disintegrate the bacteria and viruses. Then the water flow is forced to pass through the Venturi hole 53 via the pressurizing pump 4, and the gravitational force of the Venturi hole 53 when the water flow is forced through will generate a suction force on the conduit 55 to cause the metal ion solution 7 to enter the Venturi hole 53 It is mixed with the water flow, and the water flow is discharged from the water outlet terminal 6, which is used for bathing or cleaning or washing and disinfection of clothes and articles. According to this, the washing and disinfecting running water discharged from the water outlet terminal 6 is made to eliminate the conventional disinfection liquid When there is a risk of hoarding, and the present invention mainly uses the metal ions in the metal ion solution 7 to capture the electrons of bacteria and virus individuals according to the capture electron reduction method to disintegrate the bacteria and viruses, and then achieve the elimination of bacteria and viruses. The first excellent feature of the present invention.

Furthermore, the active metal bactericidal body 3 captures electrons through rapid active oxidation, and is used to capture the electrons of bacteria and virus individuals to decompose bacteria and viruses, so as to achieve the elimination of bacteria and viruses. At the same time, the active metal sterilizes The body 3 is powdered after oxidation, and then the first filter body 34 and the second filter body 35 are used to block and filter the powdered active metal sterilization body 3, so that the powdered active metal sterilization body 3 will not be blocked and accumulated It is another excellent feature of the present invention to cause the sterilization unit 2 to fail quickly and prevent the powdered active metal sterilization body 3 from flowing out of the sterilization unit 2.

The technical content and technical features of the present invention have been disclosed as above, and the present invention does have the invention patent requirements of novelty, advancement and industrial applicability. However, those familiar with this technology may still make various substitutions and modifications based on the disclosure of the present invention without departing from the spirit of the present invention. Therefore, the protection scope of the present invention should not be limited to those disclosed in the embodiments, but should include various substitutions and modifications that do not deviate from the present invention, and are covered by the scope of the patent application for the present invention.

1: Sterilizing water supply device

11: filter body

12: Water inlet terminal

2: Sterilization unit

21: Shell

22: unit room

3: Active metal bactericidal body

4: Boost pump

5: Metal ion unit

51: Wien Block

52: container

53: Venturi hole

54: pilot hole

55: Catheter

56: Room

57: Vent

6: Water outlet terminal

7: Metal ion solution

Claims (5)

A sterilizing water supply device, wherein the sterilizing water supply device has at least one filter body, the right side of the filter body is connected with at least a water inlet terminal, and the left side of the filter body is connected with at least a sterilization unit, and the sterilization unit has at least a housing, At least one unit compartment is provided inside the housing, and active metal sterilization bodies made of nanosilver are distributed in the unit compartment; and the left side of the sterilization unit is connected with at least one pressurizing pump, and the pressurizing pump is connected with at least one A metal ion unit, the metal ion unit is provided with at least one venturi seat, and at least a container is connected below the venturi seat; and the venturi seat is provided with at least one venturi hole horizontally, and the pressure pump is connected to the right side of the venturi hole , The left side of the venturi hole is connected with a water outlet terminal; and the venturi seat is provided with at least one guide hole communicating with the venturi hole, and the lower side of the venturi seat is connected with a conduit connecting the guide hole and downward; The container is provided with at least one chamber for the catheter to extend downwards, and at least a metal ion solution with ionic silver for the catheter to suck into the venturi hole is placed in the chamber, and is placed in the venturi seat At least one vent hole penetrating to the chamber to balance the pressure of the metal ion solution is provided. For the sterilizing water supply device described in item 1 of the scope of patent application, wherein the unit chamber is additionally provided with a sterilization body container stacked on top and bottom, and the center of the sterilization body container is provided with a through hole, which penetrates The lower end of the hole is additionally provided with a concave embedding ring groove; and the sterilization body housing box is provided with a lower recess around the through hole and a sterilization body housing room for accommodating the active metal sterilization body, and the bottom side of the sterilization body housing is again Distributed with up and down fluid perforations, and then, above the sterilizing body container, a ring-sealing upper cover of the sterilizing body container is added, and the center of the upper cover is provided with a ring hole connecting the through hole, and the upper part of the ring hole is again There is an embedding convex ring which is inserted into the embedding ring groove of the sterilizing body receiving box which is overlapped on the upper side, and then, the upper cover is additionally distributed around the embedding convex ring with perforations penetrating the upper cover of the sterilizing body receiving chamber; , The superimposed sterilization body container uses the through hole to form a central water inlet channel, and the superimposed sterilization body container has a water-permeable space between them, and the lower side of the unit compartment is additionally provided with a lower recess and and The through hole of the sterilizing body container at the bottom and the return groove for keeping a distance from the fluid perforation. The sterilizing water supply device described in item 2 of the scope of patent application, wherein the sterilizing At least a first filter body between the active metal sterilization body and the fluid perforation is attached to the bottom side of the body container, and at least a first filter body between the active metal sterilization body and the upper cover perforation is attached to the bottom side of the upper cover The second filter body in between; and the active metal sterilization body has a flaked sterilization surface. For the sterilizing water supply device described in item 1 of the scope of patent application, a first check valve is added to the lower side of the guide hole to prevent the venturi hole from flowing back into the chamber, and the guide hole is connected to the first non-return valve. The pipe is connected below the valve; and the venturi seat is additionally provided with a second check valve above the vent hole to prevent overflow of the chamber. For the sterilizing water supply device described in item 1 of the scope of patent application, wherein the side of the venturi seat is provided with at least one additional gas pressurizing inlet that crosses and penetrates the guide hole, and the side of the venturi seat is additionally provided with a preventer The third check valve of the gas pressurized air inlet is reversed; in addition, the venturi seat is additionally provided with a liquid level detecting element that extends into the chamber to detect the volume of the metal ion solution.

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