TWI834565B - Large flow gas-liquid mixing device - Google Patents

Abstract

A large flow gas-liquid mixing device, which includes: a joint, a body, a mixing seat and a fixed ring, wherein the joint has a water inlet end and a water outlet end, and a first flow channel is arranged inside. and a second flow channel. One end of the body is provided with a first pipe body and a second pipe body that are nested inside and outside. The other end is recessed with a groove, and more than one protruding groove is provided in the groove. Limiting tube, there is an air guide pipe in the center of the mixing seat, one end of the air guide pipe is set as a closed end, the outside of the air guide pipe is provided with horizontal grooves whose number and position correspond to the limit tube, and the air guide pipe A flow hole that laterally penetrates into the horizontal slot is provided near the closed end.

Description

Large flow gas-liquid mixing device

The present invention relates to a gas-liquid mixing device that can fully mix ozone and water source, and can discharge a large flow rate after mixing.

Water is the most important substance in the human body. Even the raising of poultry (chickens, ducks, geese) and livestock (cows, cows, pigs) cannot be separated from water. A stable supply of water is indispensable for raising all kinds of poultry and livestock. Second method, so the acquisition and maintenance of water sources are particularly important.

However, the general use of tap water may easily breed bacteria due to the accumulation of impurities (such as sand or various sediments) in temporary storage spaces such as water towers and pools. If the water that is prone to breed bacteria is not properly treated, If used to raise poultry and livestock, it will easily cause the poultry and livestock to become sick or die. General gas-liquid mixing devices cannot produce a large flow of ozone water, so they cannot be used to raise large quantities of poultry and livestock. By.

Therefore, the inventor of the present invention took this into account and thought about the idea of creation, so he designed it based on many years of experience. After many discussions and sample tests, and many revisions and improvements, he came up with the present invention.

It is known that the conventional gas-liquid mixing device cannot produce a large flow of ozone water, so it cannot be used for poultry, The large-scale breeding of domestic animals is a technical problem that needs to be solved.

The large-flow gas-liquid mixing device of the present invention includes: a joint, a body, a mixing seat and a fixed ring, wherein the joint has a water inlet end and a water outlet end, and a separated first There is a first flow channel and a second flow channel. The water inlet end is used to connect the water source. The second flow channel is located outside the first flow channel and is in communication with the water inlet end and the water outlet end. The first flow channel is used to connect with an ozone generator, so that the ozone generated by the ozone generator and the water source can be transported separately through the sufficient separation between the first flow channel and the second flow channel, so One end of the body is provided with a first pipe body and a second pipe body that are internally and externally connected. The other end is recessed with a groove, and more than one limiting tube is protruding in the groove. The limiting tube The inner tube part is the bottom surface of the tank that penetrates the tank. When the body is combined with the water outlet end of the joint by one end provided with the first tube body and the second tube body, it will cause The first pipe body and the second pipe body can be connected with the first flow channel and the second flow channel respectively, and the limiting pipe is connected to the second pipe body to allow all The water source can be transferred through the second flow channel through the second pipe body and then sent into the limiting pipe. An air guide pipe is provided in the center of the mixing seat, and one end of the air guide pipe is provided with a closed end. The outside of the air guide pipe is provided with horizontal slots whose number and position correspond to the limit pipe. The horizontal slots are used to accommodate the filter element and then assemble it with the limit pipe to allow the filter element to be placed in the container. The mixing seat can be accommodated in the groove of the body, and then the combination of the fixing ring in the groove is used to prevent the mixing seat from being detached outward, and the air guide tube is close to The closed end is provided with a flow hole that penetrates laterally into the horizontal through groove. The connection between the air guide tube and the first tube body is used to provide the ozone with passage, so that the ozone can be passed through. The water source and the ozone can be fully mixed in the horizontal groove and then flow out together. More than one limiting tube and the horizontal groove are provided through the body and the mixing seat. The design enables the water source mixed with the ozone to flow out at a large flow rate; thereby, the large flow gas-liquid mixing device can be constructed.

When the large-flow gas-liquid mixing device of the present invention is used, the water source and the ozone are sent into the mixing seat through the body through the joint, so that the water source and the ozone are The gas and liquid can be fully mixed in the horizontal groove and then flow out, so that the properly sterilized and disinfected ozone water can be used to complete the raising of poultry and livestock, and because the main body and the mixing seat are There are more than one limiting pipe and the horizontal slot, so the water source mixed with the ozone can flow out in a large flow, which is relatively suitable for the raising of poultry and livestock.

Part of the invention:

(10):Connector

(11): Water entry end

(12):Water outlet

(13):First flow channel

(131):Connecting pipe

(14): Second flow channel

(15): Support plate

(20):Ontology

(21):First tube body

(22): Second tube body

(23):Tank

(24):Limiting tube

(30):Mixing seat

(301):Airway tube

(302): closed end

(303): Horizontal groove

(304): Flow hole

(305):Block edge

(31): Filter element

(40):Fixing ring

(50):Water source

(60):Ozone generator

(61):Ozone

[Figure 1] is a three-dimensional combination view of the present invention.

[Figure 2] is an exploded three-dimensional view of the present invention.

[Figure 3] is a combined cross-sectional view of the present invention.

[Figure 4] is a gas-liquid mixing diagram when the present invention is used.

[Figure 5] is an enlarged partial cross-sectional view of the gas-liquid mixing process of the present invention.

[Figure 6] is a diagram of the ozone transport state of the present invention.

[Figure 7] is a diagram of another preferred embodiment of the present invention.

In order to enable your review committee to have a further understanding and understanding of the purpose, characteristics and functions of the present invention, please cooperate with the [Brief Description of Drawings] to elaborate as follows: Generally, according to the present invention, please first refer to Figures 1 to 6. As shown, it includes: a joint (10), a body (20), a mixing seat (30) and a fixed ring (40), wherein the joint (10) has a water inlet end (11) and a A water outlet (12) is provided with a first flow channel (13) and a second flow channel (14) separated inside. The water inlet (11) is used to connect the water source (50), and the second flow channel (14) is The flow channel (14) is located outside the first flow channel (13) and is in communication with the water inlet end (11) and the water outlet end (12), and the first flow channel (13) is used to communicate with the water inlet end (11) and the water outlet end (12). An ozone generator (60) is connected so that the ozone (61) generated by the ozone generator (60) and the water source (50) can pass through the first flow channel (13) and the second flow channel ( 14) are fully separated and transported separately. One end of the body (20) is provided with a first pipe body (21) and a second pipe body (22) that are internally and externally connected, and the other end is recessed with a receiving groove (23). ), and more than one limiting tube (24) is protruding in the accommodation tank (23). The inner tube part of the limiting tube (24) penetrates the bottom surface of the accommodation tank (23). When When one end of the main body (20) provided with the first pipe body (21) and the second pipe body (22) is combined with the water outlet end (12) of the joint (10), the order The first pipe body (21) and the second pipe body (22) can form docking connections with the first flow channel (13) and the second flow channel (14) respectively, and the limiting pipe ( 24) is connected and conducted with the second pipe body (22), so that the water source (50) can be transferred through the second flow channel (14) through the second pipe body (22) and then sent. into the limiting pipe (24), an air guide pipe (301) is provided in the center of the mixing seat (30), one end of the air guide pipe (301) is provided with a closed end (302), and the outside of the air guide pipe (301) There are horizontal slots (303) whose number and position correspond to the limit tube (24). The horizontal slot (303) is used to provide the filter element (31) to be placed in and then connected to the limit tube. Tube (24) is used as a set to make all The mixing seat (30) can be accommodated in the groove (23) of the body (20), and then the fixing ring (40) is combined in the groove (23) to To prevent the mixing seat (30) from being separated from the outside, the air guide pipe (301) is provided with a flow hole (304) that penetrates laterally into the horizontal through groove (303) near the closed end (302). ), utilizing the connection between the air guide tube (301) and the first tube body (21), and then using the circulation hole (304) to provide the passage of the ozone (61), which will make the water source (50) and the The ozone (61) can be fully mixed in the horizontal groove (303) and then flow out together. More than one limiting tube (30) is provided through the body (20) and the mixing seat (30). 24) The design of the horizontal through-groove (303) will enable the water source (50) mixed with the ozone (61) to flow out at a large flow rate.

The invention provides a large-flow gas-liquid mixing device, wherein the first flow channel (13) is provided with a connecting pipe (131) protruding from the outer periphery of the joint (10) so that the connecting pipe (131) and the The ozone generator (60) serves as the connector.

The invention provides a large-flow gas-liquid mixing device, wherein a plurality of supporting plates (15) are ringed between the second flow channel (14) and the first flow channel (13) to allow the first flow channel (13) to It can be smoothly installed in the second flow channel (14) through the connection of the support plate (15).

The present invention provides a large-flow gas-liquid mixing device, in which the joint (10) and the body (20) are combined using a screw lock.

The present invention provides a large-flow gas-liquid mixing device, in which the body (20) and the fixing ring (40) are combined using a screw lock.

The invention provides a large-flow gas-liquid mixing device, in which a baffle (305) is provided at the front end of the horizontal through groove (303). When the mixing seat (30) is accommodated in the containing groove (23), The limiting pipe (24) will be installed in the horizontal groove (303) where the filter element (31) is installed, so that the positioning pipe (24) can be used to cooperate with the Limitation of the baffle (305) to provide the filter (31) Be a positioner.

The invention provides a large-flow gas-liquid mixing device, wherein the filter member (31) is a wavemaker with filtering effect.

The invention provides a large-flow gas-liquid mixing device, wherein the joints of the joint (10), the body (20), the mixing seat (30) and the filter element (31) are all sleeved with Water stop ring.

The invention provides a large-flow gas-liquid mixing device, wherein the body (20) is provided with two limiting tubes (24), and the mixing seat (30) is provided with two horizontal through grooves (303). ), and one of the filter elements (31) is installed in the two horizontal through grooves (303).

The present invention provides a large-flow gas-liquid mixing device, wherein the body (20) is provided with three limiting tubes (24), and the mixing seat (30) is provided with three horizontal slots (303). One of the filter elements (31) is installed in each of the three horizontal slots (303) (please also view it as shown in Figure 6).

The invention provides a large-flow gas-liquid mixing device, wherein the body (20) is provided with four limiting tubes (24), and the mixing seat (30) is provided with four horizontal slots (303). ), and one of the filter elements (31) is installed in each of the four horizontal through grooves (303) (please also view it as shown in Figure 7).

As shown in Figures 4 to 6, in actual use, the water source (50) and the ozone (61) are sent into the water source (61) through the body (20) through the joint (10). In the mixing seat (30), the water source (50) and the ozone (61) sent in can be fully mixed with gas and liquid in the horizontal groove (303), and then flow out, so as to utilize the Properly sterilized and disinfected ozone water can be used to raise poultry and livestock, and because the body (20) and the mixing seat (30) are provided with a The limiting pipe (24) and the horizontal through groove (303) on the top allow the water source (50) mixed with the ozone (61) to flow out in a large flow, which is suitable for poultry, The raising of livestock will be relatively suitable.

The above is only one of the preferred embodiments of the present invention, and should not be used to limit the scope of the present invention; that is, all equivalent changes and modifications made according to the patentable scope of the present invention should still belong to the present invention. within the scope covered by the patent.

(10):Connector

(11): Water entry end

(12):Water outlet

(13):First flow channel

(131):Connecting pipe

(14): Second flow channel

(15): Support plate

(20):Ontology

(21):First tube body

(22): Second tube body

(23):Tank

(24):Limiting tube

(30):Mixing seat

(301):Airway tube

(302): closed end

(303): Horizontal groove

(304): Flow hole

(305):Block edge

(31):Filter

(40):Fixing ring

Claims (7)

A large flow gas-liquid mixing device, which includes: a joint, a body, a mixing seat and a fixed ring, wherein: the joint has a water inlet end and a water outlet end, and a first flow channel is arranged inside. and a second flow channel, the water inlet end is used to connect the water source, the second flow channel is located outside the first flow channel, and forms a conduction with the water inlet end and the water outlet end, and the third flow channel The first channel is used to connect with an ozone generator, so that the ozone generated by the ozone generator and the water source can be transported separately through the sufficient separation between the first flow channel and the second flow channel; the body One end is provided with a first pipe body and a second pipe body that are internally and externally connected. The other end is recessed with a groove, and more than one limiting tube is protruding in the groove. The inner part of the limiting tube is The pipe part penetrates the bottom surface of the container. When the body is combined with the water outlet end of the joint by one end provided with the first pipe body and the second pipe body, the The first pipe body and the second pipe body can be connected with the first flow channel and the second flow channel respectively, and the limiting pipe is connected to the second pipe body to allow the water source to It can be transferred through the second flow channel through the second tube body and then sent into the limiting tube; an air guide pipe is provided in the center of the mixing seat, and one end of the air guide pipe is provided with a closed end. The outside of the trachea is provided with a number and a position corresponding to the horizontal slots of the limiting pipe. The horizontal slots are used to accommodate the filter element and then assemble it with the limiting pipe to allow the mixing seat to It can be accommodated in the groove of the body, and then the combination of the fixing ring in the groove is used to prevent the mixing seat from being detached outwards, and the air guide tube is close to The closed end is provided with a circulation hole that penetrates laterally into the horizontal through groove. The connection between the air guide tube and the first tube body is used to provide the ozone with passage, which will allow the ozone to pass through. The water source and the ozone can be fully mixed in the horizontal groove and then flow out together. The design of having more than one limiting tube and the horizontal groove through the body and the mixing seat will make The water source mixed with the ozone can flow out at a large flow rate. The large-flow gas-liquid mixing device according to claim 1, wherein the first flow channel is provided with a connecting pipe extending out of the periphery of the joint so that the connecting pipe can be connected to the ozone generator. The large-flow gas-liquid mixing device according to claim 1, wherein a plurality of support plates are arranged between the second flow channel and the first flow channel, so that the first flow channel can be connected smoothly through the support plates. Set up in the second flow channel. The large-flow gas-liquid mixing device as claimed in claim 1, wherein the connector and the body are coupled by a screw lock. The large-flow gas-liquid mixing device according to claim 1, wherein the body and the fixing ring are coupled by a screw lock. The large-flow gas-liquid mixing device as claimed in claim 1, wherein a baffle is provided at the front end of the horizontal slot, and when the mixing seat is accommodated in the tank, the limiting pipe will be used to pass through it. In the horizontal through-groove where the filter element is installed, the positioning of the filter element is provided by utilizing the penetration of the limiting tube and the restriction of the retaining edge. The large-flow gas-liquid mixing device according to claim 1, wherein the process The filter element is a wavemaker with filtering effect.

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