TWM516457U - Liquid vortex mixer - Google Patents

Description

Liquid vortex mixer

The present invention provides a liquid vortex mixer, in particular, a screw joint in which a locking component is screwed in a base receiving groove of a seat body, and a mixing device is sleeved on a rod body at a bottom surface of the screw joint. A gasket, and a gap is formed between two adjacent gaskets to change the pressure to form a supersonic state when the liquid passes, and mix with the gas to generate a very large number of ultrafine bubbles.

According to water, water is an indispensable substance for human survival. Every person needs a certain amount of drinking water every day, but in addition to drinking water, family, food processing industry (such as beverages, alcohol, dairy products, etc.), services The sterilization and disinfection of equipment (such as hotels, swimming pools, fitness centers, etc.), medical care (such as medical facilities, ambulances, etc.) also require water, while the general drinking water has been disinfected by water plants in the form of chlorination. However, in the process of transporting water plants through pipelines, it may provide a good growth environment for microorganisms and be polluted. Many pathogens will cause diseases through the spread of water, and enjoy pure, healthy and hygienic drinking. Water usually needs to be treated against impurities in the water and pollutants that may harm the human body.

In addition, most of the drinking water is generally sterilized by heating equipment. Although the drinking water can be heated to a high temperature after 15 to 20 minutes of boiling, the bacteria or microorganisms in the drinking water can be effectively killed, but this method requires additional use. Heating energy, and rapid changes in heating temperature will also cause equipment to heat up and shrink, resulting in equipment that is easily broken, and may even cause drinking Water pollution, the overall use also has a certain degree of danger, and the method of room temperature sterilization mainly uses the addition of hypochlorite (commonly known as bleach) disinfectant in water to prepare a predetermined concentration of antibacterial liquid for disinfection, but the disinfection The agent needs to be diluted with cold water when used, which is not only difficult to modulate and has certain danger, and the strong odor and toxic substances (such as trihalomethane, chloroform, etc.) are irritating to human skin, mucous membrane, respiratory tract and the like. May be harmful to health, and need to be washed twice after use to remove odor and chemicals, as well as salt and alkali residues, and also need to use the absorption container to neutralize the discharge water when discharging, otherwise it will pollute the environment, that is, to be engaged This industry is eager to study the direction of improvement.

Therefore, in view of the above-mentioned problems and shortcomings, the new creators have collected such relevant materials through various assessments and considerations, and have used the trial and modification of many years of R&D experience in this industry to design such liquid vortex mixing. The new type of device was born.

The main purpose of the present invention is that the inner wall of the inner receiving groove of the base body is internally threaded, and a pair of joints connectable to the pipeline is arranged at the center of the bottom of the receiving groove, and the lock is The bottom surface of the screw joint of the solid component extends outwardly and has a rod body penetrating into the receiving groove, and a screw threaded on the external thread is formed at the periphery of the screw joint, and an annular blocking portion is formed on the rod body. And extending a shaft column, and the two gaskets on the shaft column are respectively arranged on the surface of the two gaskets with a plurality of holes, and the liquid holes are connected to the two gaskets. When the hole is inside, the gasket will rotate at a high speed to generate a swirling vortex, and the eddy current will pass through the gap formed between the adjacent surfaces of the adjacent gaskets to change the pressure to form a supersonic state for liquid and eddy current. When gas is mixed together, it produces a lot of ultra-fine bubbles, which can be widely used in cleaning and purification systems, food processing, wastewater treatment, pharmaceutical manufacturing or medical beauty. The ultra-fine bubbles in the liquid can be quickly and evenly penetrated into the pores of the food for cleaning, removing pesticides and toxic substances, and have stable sterilization, disinfection and deodorization effects, or physical bubbles can be used. The interface activity replaces the chemical surfactant, and does not produce secondary chemicals, which is more practical and applicable.

The secondary purpose of this creation is to design the center of the screw joint of the locking component. a threaded hole is penetrated, and a stud which is screwed into the screw hole and integrated into the screw hole is arranged on the other side of the shaft body, and a first rotating portion is formed outwardly at a periphery of the top of the screw hole, Further, a second rotating portion is formed on the end of the stud of the rod body, and the second rotating portion of the rod body is connected to the second rotating portion of the rod body to screw or loose the depth of the screw hole of the screw joint. Adjusting the contact force of the annular blocking portion against the gasket, and precisely adjusting the gap between the adjacent surfaces of the adjacent gaskets according to the type of liquid (such as water, alcohol or sticky substance), and the liquid flow rate is dependent on the gap The smaller the gap, the faster the flow rate of liquid as it passes through the gap.

Another purpose of the creation is to provide a surface for the screw joint of the locking component. There is at least one outlet passage connected to the accommodating groove, and has a plurality of circular holes in the inner wall surface of the outlet passage, and a convex portion is formed at the inner side of each adjacent slot, and the inner wall surface of the slot is formed A slit extending through the outer thread to the outer thread is designed to have a maximum outlet by the structure of the outlet passage to prevent the liquid from being blocked when the liquid flows out through the outlet passage, so that the bubbles collide with each other. Large volume and ensure the quality and integrity of the bubbles.

1‧‧‧ body

11‧‧‧Base

111‧‧‧ accommodating slots

1111‧‧‧Resistance

1112‧‧‧Flange

112‧‧‧ internal thread

12‧‧‧ pairs of joints

121‧‧‧ Entrance Channel

122‧‧‧External thread

2‧‧‧Locking components

21‧‧‧Spiral joint

211‧‧‧ external thread

212‧‧‧Exit channel

2121‧‧‧ slots

2122‧‧‧ convex

2123‧‧‧Incision

213‧‧‧ screw holes

214‧‧‧First Rotation Department

22‧‧‧ rod body

221‧‧‧Ring Block

2211‧‧‧Resistance

2212‧‧‧Ring groove

222‧‧‧ shaft column

223‧‧‧ Stud

224‧‧‧Second Rotation

3‧‧‧Mixed device

31‧‧‧shims

311‧‧‧Axis hole

3111‧‧‧First ring groove

3112‧‧‧Second ring groove

312‧‧‧through hole

313‧‧‧ ring convex

3131‧‧‧ by face

4‧‧‧pipe

41‧‧‧ interface

411‧‧‧ internal thread

5‧‧‧Liquid

51‧‧‧ eddy current

52‧‧‧ bubbles

The first picture is a three-dimensional appearance of the creation.

The second picture is a three-dimensional exploded view of the creation.

The third figure is a three-dimensional exploded view of another perspective of the creation.

The fourth figure is a side cross-sectional view of the creation.

The fifth diagram is a schematic diagram of the action of the preferred embodiment of the present invention.

The sixth figure is a partial enlarged view of the fifth figure of the creation.

In order to achieve the above objectives and effects, the technical means and its construction adopted in the present invention are described in detail in the preferred embodiment of the present invention, and the structure and function are as follows.

Please refer to the first, second, third and fourth figures, which are respectively the three-dimensional appearance, the three-dimensional exploded view, the three-dimensional exploded view and the side-viewing view of another perspective. It can be clearly seen from the figure. The main body and the features of the present invention are as follows, wherein the main body 1 has a base 11 and is formed inside the base 11 . There is a recessed accommodating groove 111 having an opening at the top, and an internal thread 112 is formed at the inner wall surface of the accommodating groove 111, and a hollow pair of joints 12 is extended outward at the center of the bottom of the accommodating groove 111 of the susceptor 11. And an inlet passage 121 communicating with the receiving groove 111 is formed in the hollow interior of the joint 12, and an external thread 122 is formed at the periphery of the joint 12. Further, the bottom of the receiving groove 111 of the base 11 is adjacent to the pair The lateral surface of the joint 12 is formed with a flat abutting surface 1111, and a flange 1112 is formed adjacent to the peripheral end of the inlet passage 121 of the joint 12 at the abutting surface 1111.

The locking component 2 includes a screw joint 21 and a rod body 22 extending downward from the center of the bottom surface of the screw joint 21, and a screw is formed at the periphery of the screw joint 21 a rib 211, and at least one outlet passage 212 is disposed on the surface of the screw joint 21 at the periphery of the rod body 22, and the inner wall surface of the outlet passage 212 of the screw joint 21 has a plurality of circular arc-shaped plurality of slots 2121 connected to each other. A convex portion 2122 is formed at the inner side of the two adjacent slots 2121, and a slit 2123 extending through the outer thread 211 is formed outwardly from the inner wall surface of the slot 2121, and a side of the rod 22 is formed at one side. a larger outer diameter annular blocking portion 221, and a shaft post 222 extending downward from the center of the annular blocking portion 221, and the annular blocking portion 221 is formed with a flat abutting surface 2211 adjacent to the lateral surface of the shaft post 222. An annular groove 2212 is recessed on the resisting surface 2211.

Furthermore, the screw joint 21 and the rod body 22 are preferably configured to be screwed together. The method of assembly is integrated, but in actual application, the screw joint 21 and the rod body 22 can be directly integrally formed by means of machining (such as a lathe or a milling machine), if the creation is screwed together for explanation The threaded hole 213 is formed in the center of the screw joint 21, and the stud 223 is integrally coupled to the screw hole 213 at the other side of the shaft body 222, and is integrated with the stud 223. a screwing hole 213 of the screw joint 213 has a first rotating portion 214 formed outwardly at a top periphery thereof, and a second rotating portion 224 having a smaller size is formed on an end portion of the stud 223 of the rod body 22, The second rotating portion 224 is located outside the screw hole 213 of the screw joint 21, and the first rotating portion 214 is in a rectangular shape, a hexagonal shape, a polygonal protruding column or other various forms, and the second rotating portion 224 is also It can be a cross, a hexagonal recess, a rectangular stud or other various types, so that the user can use the hand tool (such as a screwdriver or a wrench) to dock the first rotating part 214 to drive the screw joint 21 to quickly lock. Turning, or the second rotating portion 224 can be used to drive the stud 223 of the rod body 22 to adjust the screwing to the screw The depth in the screw hole 213 of the joint 21.

The mixing device 3 is a gasket 31 having at least two mutually overlapping pads A shaft hole 311 is formed in the center of the sheet 31, and a plurality of through holes 312 having different numbers of holes are arranged annularly around the shaft hole 311 on the surface of the two adjacent spacers 31, and the two adjacent spacers are respectively arranged. A corresponding first ring groove 3111 is further recessed at a periphery of the through hole 312 at the periphery of the through hole 312, and a second ring groove is recessed at a periphery of the through hole 312 on the surface of the spacer 31 above the mixing device 3. 3112, and a ring protrusion 313 is formed outwardly at the bottom periphery of the shaft hole 311 of one of the spacers 31 at the lower side of the mixing device 3, and a flat shape is formed on the lateral surface of the ring protrusion 313 adjacent to the spacer 31. The hinge is 3131.

However, the gasket 31 of the above mixing device 3 is preferably embodied by polytetrafluoroethylene. It is made of olefin (known as Teflon), but in practical applications, it can also be made of stainless steel, ethylene propylene rubber (EPDM) or other elastic materials with corrosion resistance, high temperature resistance and self-lubricating properties. It is made to avoid the acid or alkali corrosion or aging of the gasket 31 to affect the overall service life, and a gap D is formed between the adjacent surfaces of the two adjacent gaskets 31 of the mixing device 3 (as shown in the sixth figure). And the gap D can be 20~50μm, and all the simple modifications and equivalent structural changes made by using the contents of the present specification and the drawings should be included in the scope of the patent of the creation and combined with Chen Ming.

When the creation is assembled, the two devices 31 of the mixing device 3 are first The laminated body is formed in an abutting state, and the shaft hole 311 of the gasket 31 is slidably sleeved on the shaft post 222 of the rod body 22 of the locking assembly 2, and the gasket 31 above the mixing device 3 abuts against the annular blocking portion. The abutting surface 2211 of the 221 and the second annular groove 3112 of the spacer 31 correspond to the annular groove 2212 of the annular blocking portion 221, so that the locking assembly 2 can be sleeved with the plurality of spacers 31 22 is inserted downward into the receiving slot 111 of the base 11 of the base body 1, And the annular protrusion 313 of the gasket 31 under the mixing device 3 is inserted into the inlet passage 121 of the pair of joints 12, and the abutment surface 3131 of the through-hole projection 313 abuts against the flange of the bottom of the receiving groove 111. In the 1112, the contact area and the frictional resistance formed between the spacer 31 and the abutting surface 1111 of the accommodating groove 111 are reduced, and then the screw joint 21 is screwed to the external thread 211 to be screwed into the accommodating groove 111. The internal thread 112 is coupled to the first rotating portion 214 by the hand tool to drive the screw joint 21 to quickly lock, and the annular blocking portion 221 of the rod body 22 is abutted against the gasket 31 to form a blocking position. The hand tool is docked on the second rotating portion 224 of the rod body 22, and the depth of the screw hole 213 screwed into the screw hole 213 of the screw joint 21 is precisely finely adjusted to form between the adjacent surfaces of the adjacent pads 31. The gap D can complete the assembly of the whole creation.

Please refer to the fifth and sixth figures together. The schematic diagram of the action and the partial enlarged view of the fifth figure, it can be clearly seen from the figure that the liquid vortex mixer of the present invention is only a preferred embodiment for the application of the ozone water ion cleaning and purification system. It can also be applied to food processing, wastewater treatment (such as industrial, medical, environmental, etc.), pharmaceutical manufacturing or medical beauty and other related fields, and the joint 1 of the seat 1 can be connected to the water supply device or the conveying system. The interface 41 of the end of the pipe 4 is integrated by the external thread 411 of the joint 12 screwed to the internal thread 411 of the interface 41 by means of locking and fixing.

When the creation is in use, the liquid 5 in the line 4 can be first passed through the filter. Pre-cleaning treatment to filter or reduce the content of sediment, suspended solids, fine particles or other impurities in the liquid 5, and pressurizing with the pump to cause the liquid 5 to rapidly flow through the inlet passage 121 of the joint 12 The gasket 31 of the mixing device 3 is different for each gasket 31 The number of holes 312 allows the liquid 5 to pass through the through holes 312 of the adjacent pads 31 to form a mutually aligned or misaligned state, while the liquid 5 is pushed against the spacer 31 to lock the rod of the assembly 2. The high-speed rotation of the shaft 22 causes the liquid 5 passing through the through hole 312 to be irregularly disturbed to generate the vortex 51 of the swirling region.

When the eddy current 51 in the liquid 5 flows into the junction surface of each of the two adjacent spacers 31 When the first ring groove 3111 is in between, a high-speed impact on the inner wall surface of the first ring groove 3111 causes oscillation to supply the ion product (the product of the hydrogen ion concentration and the hydroxide concentration) in the liquid 5 (such as water). It will increase sharply to form a subcritical water with strong decomposing force, and then a gap formed between the adjacent surfaces of the two adjacent spacers 31, and a rapid flow between the spacer 31 and the annular blocking portion 221 of the rod 22 When the vortex 51 passes through the slit, the pressure changes to form a supersonic state, and the gas in the vortex 51 (such as ozone) expands instantaneously, and the gas is exploded under the action of partial pressure. When the liquid 5 is mixed with the gas in the vortex 51, a very large number of ultra-fine bubbles 52 of micron to nanometer (such as 400 nm) are generated, and the structure of each outlet channel 212 of the screw joint 21 can also be adopted. In order to have the largest outlet, to avoid the collision of the bubbles 52 when the liquid 5 is blocked by the outlet passage 212, the bubbles 52 are cut into a larger volume, and the quality and integrity of the bubble 52 are ensured, and the liquid 5 and After the air bubble 52 flows out of the housing 1 through the accommodating groove 111 Output may be used directly, or may be connected to the output using the external device.

The user can also use the hand tool to dock the second body 22 of the locking component 2 The contact force of the depth adjusting annular blocking portion 221 against the spacer 31 on the second rotating portion 224 and driving the stud 223 to be screwed or loosened in the screw hole 213 of the screw joint 21 can be determined according to the type of the liquid 5 (such as water, alcohol or sticky substances) to fine-tune two adjacent gaskets 3 The gap D formed between the adjacent surfaces, and the flow rate of the liquid 5 passing through the slit D is determined by the size of the gap D between the two adjacent spacers 31 and the tightness thereof. If the gap D is smaller, the liquid 5 passes. The faster the flow rate is, and since the two spacers 31 are made of an elastic material, the gasket 31 is stretched in an elastically deformed state when the liquid 5 passes through the slit D.

Therefore, the present invention is for the inside of the base 11 of the base 1 to accommodate the slot 11 The inner wall surface is formed with an internal thread 112, and a pair of joints 12 are disposed at the center of the bottom of the accommodating groove 111, and the bottom surface of the screw joint 21 of the locking component 2 extends outwardly and penetrates into the accommodating groove 111. The rod body 22 is formed with a thread 211 screwed to the internal thread 112 at the periphery of the screw joint 21, and an annular blocking portion 221 and a shaft column 222 are formed on the rod body 22, and the shaft column 222 is sleeved and mixed. On the surface of the device 3 and the spacer 31, a plurality of through holes 312 having different numbers of holes are arranged in a ring shape, and a gap is formed between the adjacent surfaces of the adjacent pads 31 for protecting the focus. When the liquid 5 flows into the through hole 312 of the two gaskets 31 from the joint 12, the gasket 31 is rotated at a high speed to generate the swirling vortex 51, and the vortex passes through the gap between the two adjacent gaskets 31. The pressure changes at D to form a supersonic state, so that the liquid 5 and the gas in the vortex 51 are mixed together to produce a very large number of ultra-fine bubbles 52, which can be quickly and evenly penetrated into the pores of the food for cleaning. And has a stable sterilization, disinfection and deodorization effect, or can use physical bubbles 52 as an interface Unsubstituted chemical interface properties to the active agent, the more effective practicality and applicability.

The above detailed description is intended to illustrate a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and other equivalents and modifications may be made without departing from the spirit of the invention. Changes are to be included in the scope of patents covered by this creation.

In summary, the above-mentioned liquid vortex mixer can achieve its efficacy and purpose when used. Therefore, this creation is a practical and excellent creation, which is in line with the application requirements of the new patent, and is submitted according to law. I hope that the trial committee will grant this case as soon as possible to protect the hard work of the new creators. If there is any doubt in the bureau, please do not hesitate to give instructions, and the new creators will try their best to cooperate with them.

1‧‧‧ body

11‧‧‧Base

111‧‧‧ accommodating slots

1111‧‧‧Resistance

112‧‧‧ internal thread

12‧‧‧ pairs of joints

122‧‧‧External thread

2‧‧‧Locking components

21‧‧‧Spiral joint

211‧‧‧ external thread

212‧‧‧Exit channel

2121‧‧‧ slots

2122‧‧‧ convex

2123‧‧‧Incision

213‧‧‧ screw holes

214‧‧‧First Rotation Department

22‧‧‧ rod body

221‧‧‧Ring Block

222‧‧‧ shaft column

223‧‧‧ Stud

224‧‧‧Second Rotation

3‧‧‧Mixed device

31‧‧‧shims

311‧‧‧Axis hole

3111‧‧‧First ring groove

3112‧‧‧Second ring groove

312‧‧‧through hole

Claims (10)

A liquid vortex mixer includes a seat body, a locking assembly and a mixing device, wherein: the base body has a base, and a receiving groove is formed inside the base, and the inner wall surface of the receiving groove is formed The internal thread and the center of the bottom of the receiving groove are outwardly extending with a pair of joints connectable with the preset pipeline, and a liquid for allowing the liquid in the preset pipeline to flow into the receiving groove is formed in the hollow interior of the joint. The inlet passage is a rod body including a screw joint and a rod extending outwardly at a bottom surface of the screw joint, and a screw threaded on the inner thread is formed at a periphery of the screw joint And the surface of the screw joint is disposed at the periphery of the rod body at least one outlet passage communicating with the accommodating groove for allowing the preset liquid to flow out of the outer portion of the seat body, and the rod body is formed with an annular blocking portion and is blocked by the ring a shaft column extends from the center of the portion toward the inlet passage; the mixing device has at least two mutually overlapping gaskets, and a shaft hole sleeved on the shaft column is formed at the center of the gasket, and one of the gaskets is formed Reach against the annular block and another The gasket abuts against the accommodating groove adjacent to the inlet passage of the joint, and the adjacent gasket surface is located around the shaft hole and is annularly arranged with different holes for the preset liquid to pass through. The high-speed rotation of the sheet generates a plurality of through holes of the eddy current, and the adjacent surfaces of the adjacent spacers are formed with a pressure change for forming a supersonic state when the predetermined liquid passes, and mixing with the gas in the eddy current to generate ultrafine bubbles. Gap. The liquid vortex mixer according to claim 1, wherein the bottom of the receiving groove of the base body is formed with a flat abutting surface, and is at the periphery of the bottom of the shaft hole of the other gasket of the mixing device. A ring protrusion extending into the inlet passage of the joint is formed outside, and a lateral surface of the ring protrusion adjacent to the gasket is formed with abutment surface abutting against the abutment surface. The liquid vortex mixer of claim 2, wherein the abutting surface of the base is adjacent to the periphery of the joint inlet passage to form a gasket abutting surface to be in contact therewith. Flange. The liquid vortex mixer according to claim 1, wherein the inner wall surface of the screw joint outlet passage of the locking component is a plurality of slots having an arc shape, and is located at the inner side of each adjacent slot. A convex portion is formed, and a slit extending through the external thread is formed outwardly from the inner wall surface of the slot. The liquid vortex mixer according to claim 1, wherein the screw joint of the locking component is provided with a screw hole, and is screwed on the other side of the shaft relative to the other side of the shaft column. The screw holes are combined into a stud. The liquid vortex mixer of claim 5, wherein the top end of the screw hole of the screw joint is formed with a convex first opening portion outwardly and on the stud end of the rod body. A second swirling portion having a smaller size and located outside the screw hole is formed. The liquid vortex mixer of claim 1, wherein the annular annular blocking portion of the locking assembly adjacent to the lateral surface of the shaft column is formed with a gasket for abutting thereon The surface is recessed, and an annular groove is recessed on the resisting surface, and a second annular groove corresponding to the annular groove is recessed on the surface of the gasket at the periphery of the through hole. The liquid vortex mixer of claim 1, wherein the adjacent surfaces of the two adjacent gaskets of the mixing device are located at the periphery of the through hole, respectively corresponding to the predetermined liquid inflow. A first ring groove that generates high-speed oscillations therein. The liquid vortex mixer according to claim 1, wherein a gap formed between two adjacent spacers of the mixing device is 20 to 50 μm. The liquid vortex mixer of claim 1, wherein the gasket of the mixing device is made of an elastic material of Teflon, stainless steel or ethylene propylene rubber.