TWI414665B - Automatic controllable biological products release apparatus and assembly thereof - Google Patents

Abstract

The present invention is related to an automatic controllable biological products release apparatus comprising a container and a flow controller. The container has an inlet and an outlet. The inlet introduces water into the container from a source and the outlet drains water out the container. The flow controller is connected between the container and the source and controls quantities of water into the container. When using, a biological products solid is placed in the container, is partially solved into the water and is drained into dirty pipes with water. The present invention is quite simple in structure which leads benefits such as low cost, low volume that can be installed anywhere, and is ease of use.

Description

Quantitative release device for biological auxiliary agent and component thereof

The present invention is a release device, and more particularly to a release device for a biological adjuvant.

Environmental protection issues are definitely the most important issues and thinking in modern times. Because the emphasis on environmental protection has become the universal value of the universal, the development of new products will basically consider the burden of the product on the environment. Taking the field of kitchen sewage, toilet sewage or other domestic sewage purification treatment as an example, microbial or enzyme cleaners are one of the most popular and environmentally friendly concepts.

At present, microbial related products (such as enzymes, biopharmaceuticals, etc.) are used in sewage treatment applications, and usually require the user to manually dilute the powdered or liquid microbial or enzyme detergent after a fixed period of time or a period of time. Then add to the sewage drainage system (sink, water pipe confluence), so that the diluted microbe or enzyme cleaner can decompose kitchen sewage, oil, toilet sewage and sludge in a natural way.

Although the foregoing method is very effective for decomposing dirt and clean water, and is harmless to the environment, its use is not convenient. Therefore, the above-mentioned powdery or liquid microbial or enzyme detergent is first diluted and filled in a motor-driven automatic dosing device. However, the aforementioned automatic dosing device has a number of disadvantages, as follows:

1. Because the liquid reagent is diluted inside, the volume cannot be reduced, making it inconvenient to apply to many small spaces. Of course, in most piping, there is usually no extra space to install a bulky automatic dosing device.

2. The automatic dosing device requires many motor-driven mechanisms, such as motors, etc., so its manufacturing cost is high, which hinders the will of many users.

3. The method of adding the drug to the automatic dosing device is inconvenient. It is often necessary to add the diluted drug to the automatic dosing device by means of early powder dilution, which is similar to the method of adding the powder in the early stage, and cannot effectively solve the problem of inconvenient use.

4. The diluted liquid medicine is easily contaminated by bacteria, which is not only difficult to store, but also more likely to lose its effect.

In order to solve the above-mentioned existing powdery or liquid enzymes or microbial agents, it is necessary to dilute by itself, and the automatic dosing device is bulky, inconvenient to install, expensive, easy to contaminate, and inconvenient to add medicine, etc. Blocky enzymes or microbial bio-auxiliaries are placed in a special container, so that the overall volume is greatly reduced and the dosing method is simplified, and the convenience of convenience is achieved.

In order to solve the foregoing technical problems and achieve the object of the invention, the present invention provides a quantitative release device for a biological auxiliary agent, comprising: a container comprising a water inlet and a water outlet, the water inlet being used for one of the external a water source is introduced into the container, the water outlet is for discharging water in the container; and a flow control module is connected between the water source and the water inlet, the flow control module controls the The water source is periodically or quantitatively entered into the container.

Wherein, the flow control module is a valve member having a timing control switch function.

The container includes a body and a cover detachably attached to an open end of the body; the container further includes an overflow port, wherein the water inlet, the overflow port and the water outlet are away from the open end The position is arranged in the order of the water inlet, the overflow port and the water outlet.

Wherein, the water inlet is connected to an extension pipe, and the free end of the extension pipe extends into a position of the body relative to the water outlet or the overflow port; the body further comprises a support structure, one of the support structures is away from the water Form a distance from the water outlet.

Further, the bio-auxiliary quantitative release device comprises a solid water-soluble bio-agent contained in the container, and the solid water-soluble bio-aid comprises at least an enzyme, a microbial secretion, a biodegradation product or a microorganism. The solid is massive and dissolves, disintegrates or decomposes in water.

The support structure is a plurality of cylinders protruding from the bottom of the body toward the open end or a net body disposed on the inner side wall of the body.

The invention further provides a container for the quantitative release device of the biological auxiliary agent, comprising a body and a cover covering one open end of the body, the body comprising a water inlet and a water outlet, the water inlet is used for The water guide of one of the external water sources is introduced into the container, and the water outlet is used to discharge the water of the container.

Further, the container of the bio-auxiliary quantitative release device comprises an overflow port disposed between the water inlet and the water outlet.

Wherein, the water inlet is connected to an extension pipe, and the free end of the extension pipe extends into a position of the body relative to the water outlet or the overflow port; the body further comprises a support structure, one of the support structures is away from the water Form a distance from the water outlet.

Further, the container of the bioavailability quantitative release device comprises a solid water-soluble bio-agent which is embedded in the water-removing portion of the support structure of the container, the solid water-soluble bio-aid containing at least an enzyme or microbial cleaning A material that becomes a solid mass and dissolves or decomposes in water.

Thereby, the present invention has the following advantages:

1. The solid water-soluble bio-additive is in the form of a block, which is easy to store, use, and add, so that the volume of the container is greatly reduced, so that the embodiment can be installed in a small space, such as under a sink.

2. It does not require a complicated structure such as a motor, a liquid dilution bio-aid storage bucket, and the like, and only needs to construct a simple container and the flow control module, so that the cost of the actual use of the embodiment is greatly reduced, and the user's will is enhanced. .

3. The timing and quantitative control function of the flow control module solves the annoyance that the user needs to dilute the enzyme powder into the sewage pipeline.

Please refer to the first, second and third figures, which are preferred embodiments of the bio-aid quantitative release device of the present invention, comprising a container 10 and a flow control module 20, the container 10 comprising A body 12 and a cover 16 detachably attached to one of the open ends of the body 12. The body 12 includes a water inlet 122 and a water outlet 124 for introducing water from one of the external water sources 30 into the container 10, and the water outlet 124 is for water of the container 122. discharge. The position of the water inlet 122 and the water outlet 124 is not limited, and may be disposed on one side wall of the body 12, or the water inlet 122 and the water outlet 124 may be respectively disposed on the side wall of the body 12 in consideration of the water level relationship. Adjacent to the open end and one of the bottoms of the body 12, as shown in the fourth figure.

The body 12 of the present embodiment further includes an overflow port 126, which is disposed between the water inlet 122 and the water outlet 124, in addition to the water outlet 124 being blocked. In addition to the auxiliary drainage, the water inside the body 12 can be effectively prevented from being mixed with the external water at the water inlet 122 to prevent the water inside the body 12 from contaminating the water inlet 122.

The flow control module 20 is connected between the water source 30 and the water inlet 122, and controls the quantitative output of the water source 30 into the container 10. The so-called quantitative output mode may be time control, flow control, etc. In this way, the flow rate or the output volume does not need to be very precise. Therefore, the flow control module 20 can be a valve member such as a solenoid valve or a regulating valve having a timing control switch. For example, the flow control module 20 can control the time when the water source 30 is supplied to the body 12, such as water supply once every 2 hours, and water supply for 10 seconds each time, so as to achieve the effectiveness of the container 10 to periodically and quantitatively discharge the fixed aqueous solution.

When in use, please further refer to the fifth, sixth and seventh figures, the water outlet 124 and the overflow 126 can be combined with a region to be cleaned (such as a urinal, a toilet, a kitchen sewage pipe bus, etc.) Connected to the inside of the body 12, a solid water-soluble bio-agent 40 is placed. After the water enters the body 12 from the water inlet 122 (as indicated by the arrow A), the solid water-soluble bio-agent 40 begins to be partially decomposed. Dissolving into the water, causing the aqueous solution containing the solid water-soluble bio-aid 40 inside the body 12 to be discharged from the water outlet 124 and the overflow port 126 (such as arrows B1 and B2) into the area to be cleaned, so that Oil, urinary scale, dirt, solidified dirt obstructions, etc. in the area to be cleaned are decomposed, emulsified or softened and discharged along the bus bar. The solid water-soluble bio-auxiliary 40 may be selected from the group consisting of bacteria, enzymes, microorganisms, biodegradation products, microbial secretions or a composition thereof, which is in the form of a solid brick or a bar, and the solid water-soluble bio-assisted in this embodiment The agent 40 is an enzyme solid brick which is slowly decomposed or disintegrated when immersed in water to be dissolved in water. Therefore, the water in which the enzyme is dissolved flows out from the overflow port 126 and the water outlet 124.

Since the solid water-soluble bio-auxiliary 40 can be dissolved in water, in order to avoid the long-term immersion of the solid water-soluble bio-auxiliary 40 on the water accumulated at the bottom of the body 12, the dissolution is continued, thereby affecting the use of the solid water-soluble bio-aid 40. The bottom of the body 12 may be provided with a support structure 121. One of the support structures 121 forms a distance from the water outlet 124. The solid water-soluble bio-agent 40 can be placed in the container 10. Above the support structure 121, the container 10 can be kept dry after it has been drained. The support structure 121 is not limited, and may be a plurality of support columns extending from the bottom of the body 12 toward the open end, or may be extended on the inner side wall of the body 12 toward the axis of the body 12. The support ring or the support net, or it may be a support mesh structure directly stuck on the inner side wall of the body 12. As shown in the second figure, the support structure 121 of the embodiment is a plurality of support columns, and the embodiment further includes a support net 127 disposed on the support structure 121 to make the solid water-soluble bio-agent 40. Can get better support performance.

After a long period of use, the solid water-soluble bio-adhesive 40 may accumulate a part of the enzyme powder that is not immediately discharged in the bottom corner of the body 12; in order to solve this problem, the water inlet 122 of the present embodiment is further connected to the water inlet 122. Extending the tube 128, the free end of the extension tube 128 extends into a position of the body 12 that is relatively far from the water outlet 124 or the overflow port 126, such that when the water source 30 receives water from the water inlet 122, the extension The tube 128 guides the water to wash and stir to easily pile up the corners of the enzyme powder, thereby solving the problem of enzyme accumulation.

Therefore, in this embodiment, the solid water-soluble bio-aid 40 which is a solid block-shaped, soluble in water, or a mixture of microorganisms is used, and the container 10 and the flow control module 20 are simply combined with the structure. This embodiment has the following advantages:

1. The solid water-soluble bio-additive 40 is easy to store, use, and add, so that the volume of the container 10 is greatly reduced, which is not only easy to transport, but also allows the embodiment to be installed in a small space, such as a sink. Wait.

2. The complicated structure such as the motor and the liquid dilution bio-aid storage bucket is not required for use, and only the simple container 10 and the flow control module 20 need to be constructed, so that the cost of the actual use of the embodiment is greatly reduced, and the user is improved. Willingness.

3. The timing quantitative control function of the flow control module 20 solves the problem that the user needs to frequently dilute the enzyme powder or the similar microbial related product powder or liquid into the sewage pipeline.

10. . . container

12. . . Ontology

121. . . Support structure

122. . . water inlet

124. . . Outlet

126. . . Overflow

127. . . Support net

128. . . Extension tube

16. . . Open end cover

20. . . Flow control module

30. . . Water source

40. . . Solid water soluble bio-aid

The first figure is a perspective view of a preferred embodiment of the invention.

The second figure is an exploded schematic view of a preferred embodiment of the present invention.

The third figure is a side view of a preferred embodiment of the invention.

Figure 4 is a side elevational view of a second embodiment of the present invention.

Figure 5 is a side elevational view of a third embodiment of the present invention.

Figure 6 is a schematic view showing the state of use of a high water level in accordance with a preferred embodiment of the present invention.

Figure 7 is a schematic view showing the state of use of a low water level in accordance with a preferred embodiment of the present invention.

10. . . container

12. . . Ontology

122. . . water inlet

124. . . Outlet

126. . . Overflow

16. . . Cover

20. . . Flow control module

30. . . Water source

Claims (7)

A quantitative release device for a biological auxiliary agent, comprising: a container comprising a water inlet and a water outlet for introducing a water guide of one of the external water sources into the container, the water outlet For discharging the water in the container; a flow control module is connected between the water source and the water inlet, the flow control module controls the water of the water source to be timed or quantitatively input into the container; the container comprises a An overflow port, wherein the water inlet, the overflow port and the water outlet are arranged in a sequence from the open end to the water inlet, the overflow port and the water outlet; the container comprises a support structure, the support structure One of the water is separated from the water outlet by a distance; and the container comprises a solid water-soluble bio-ingredient built into the support structure, the solid water-soluble bio-aid containing at least an enzyme, a microorganism, a microbial secretion or a biodegradation product The material, which is in the form of a solid block or ingot, which dissolves, disintegrates or decomposes in water. The quantitative release device for a bio-aid according to claim 1, wherein the flow control module is a valve member having a timing control switch function. A quantitative release device for a bio-aid according to claim 2, wherein the container comprises a body and a cover detachably attached to an open end of the body. The quantitative release device of the biological auxiliary agent according to claim 3, wherein the water inlet is connected to an extension pipe, and the free end of the extension pipe extends into the body relative to the water outlet or the overflow port. Far away. The quantitative release device for a bio-aid according to claim 4, wherein the support structure is a plurality of columns extending from a bottom of the body toward the open end or a net disposed on the inner side wall of the body. body. A container for a quantitative release device for a biological auxiliary agent, comprising: a body; and a cover covering an open end of the body, the body comprising a water inlet, an overflow opening and a water outlet, the water inlet a water guide for introducing an external water source into the container, the water outlet for discharging water of the container, the overflow port being disposed between the water inlet and the water outlet; The water inlet is connected to an extension pipe, and the free end of the extension pipe extends into a position of the body relatively far from the water outlet or the overflow port; The solid water-soluble bio-agent is embedded in the water-removing portion of the support structure of the body, and the solid water-soluble bio-aid comprises at least a material of an enzyme, a microorganism, a microbial secretion or a biodegradation product. A solid block or ingot that dissolves, disintegrates or decomposes in water. The container of the quantitative release device for bio- auxiliaries according to claim 6, wherein the water inlet is connected to an extension tube, and the free end of the extension tube extends into the body relative to the water outlet or the overflow port. Far away.