TWM548689U - Adjusting tube for water quality - Google Patents

Description

Water quality adjustment tube

This creation is a technical field of water quality adjustment tubes, especially one that utilizes magnetic force and special piping design to optimize water quality.

Magnetized water is a water in which water molecules are rearranged by magnetic field magnetization. Let ordinary water flow at a certain flow rate along a magnetic field parallel or staggered, and through a certain intensity of magnetic field, ordinary water will become magnetized water. The principle is because the water molecule itself is a small magnet. Because the opposite magnetic poles attract each other, many water molecules in ordinary water will first attract each other and join into a huge "molecular group". This "molecular group" will weaken the various physicochemical properties of water. When ordinary water passes through a magnetic field, it breaks through the originally connected "molecular group", and it is rearranged and combined into a single and individual independent and dynamic new water molecule, which becomes a magnetized water that is beneficial to human health or plant growth.

However, in the process of magnetization arrangement, the magnetic pole direction, water flow direction, flow rate, etc. of the magnetic element will affect the magnetization arrangement effect. Although there are many magnetization filter devices on the market, the effect is not obvious. Significantly, the creator has finally designed this water quality adjustment tube with years of experience and continuous experimentation and research improvement.

The main purpose of this creation is to provide a water quality adjustment tube that uses a special pipeline to guide the water flow, increase the disturbance of the water flow, make the water molecules finer to increase the surface area, and then flow through a specific shape of the magnetic column, so that the water molecules can efficiently reach The magnetization rearranges the combined effect to become a high quality magnetized water.

For the above purposes, the creation includes an outer tube, at least two flow guiding members, and at least one magnetic column, wherein the outer tubular body is formed by connecting a U-shaped tube and a V-shaped curved tube, the guiding member The side of the flow guide has a plurality of slits, and the magnetic column is disposed in the outer tube and the two ends are connected to the flow guiding member, wherein: The U-shaped tube and the V-bend tube have an offset angle, and the offset angle is between 26 and 32 degrees. The magnetic column is a hexagonal star-shaped cylinder, so that the water flow can pass through the magnetic column and the outer tube. The flow path is formed by the right opening edge and the left opening edge, and the left opening edge forms an angle with the right opening edge, and the angle of the slit is between 5 and 10 degrees.

The flow guiding member is arranged in a spiral twist shape in the outer tube, and cooperates with the special shape of the outer tube to guide the water to accelerate the flow in the tube and generate vortex disturbance, so that the water molecules are rearranged and more detailed, and When the slit of the side edge of the deflector is placed in the lateral direction, the right opening edge is offset forward, and the left opening edge is offset backward, so that when the water flows, the water can flow through the slit into the other first-class channel to guide the water molecules. The rearrangement and combination are performed so that the water molecules are more finely aligned with the magnetic direction to increase the surface area and the oxygen content, so that when the magnetic column section is passed, the water molecules can be split into more small water molecules to align the water. The required magnetization and rearrangement effects.

The magnetic column of the present invention is a hexagonal star-shaped cylinder, and has a depression around to form a flow channel. The flow channel is parallel to the direction of the magnetic field line of the magnetic column and the peripheral region where the magnetic force is strong, which is more conducive to the magnetization arrangement effect, and the shape is It is also the best form that the creators continue to study and experiment.

The implementation of the present invention will be described in more detail below with reference to the drawings and component symbols, so that those skilled in the art can implement the present specification after studying the present specification.

1 and 2 are respectively a perspective view and a partial cross-sectional view of the creation. The creation water quality adjusting tube comprises an outer tube 1, at least two flow guiding members 2, and at least one magnetic column 3.

The outer tube 1 is a hollow tubular structure, and the main body is formed by connecting the U-shaped tube 11 and the V-shaped elbow 12. As shown in FIG. 3, the two tubes have an offset angle θ1. The offset angle θ1 is between 26 and 32 degrees. This angle design facilitates the flow of water and directs the magnetization alignment of water molecules. In addition, there is an inlet pipe joint 13 and an outlet pipe joint 14 at both ends of the outer pipe 1, and the two are standard threaded pipe joint specifications, which are convenient for connecting to the water supply pipe and the water outlet pipe. In the embodiment, a filter screen 131 is additionally provided in the inlet pipe joint 13. The screen 131 is used to block impurities from entering the tube and causing clogging.

The flow guiding member 2 is a long metal piece and is spirally wound in a spiral shape, so that water flows into the outer tube 1 to generate a vortex-accelerating water flow and change the magnetic direction of the water molecules. In addition, the side edge of the flow guiding member 2 has a plurality of slits 21, as shown in FIG. 4, the slit 21 is formed by a right opening edge 211 and a left opening 212 edge, and the right and left opening sides 211, 212 form everything. The angle of the mouth is θ2, and the angle θ2 of the slit is between 5 and 10 degrees. In addition, if the flow guiding member 2 is placed in the lateral direction, the right opening edge 211 is offset forward (ie, the right front direction in the drawing), and the left opening edge 212 is offset backward (ie, the left rear direction in the figure). ). This method allows a part of the water to flow through the slit 21 to generate a new sequence flow and guide the new magnetic orientation adjustment of the water molecules, increasing the surface area to increase the oxygen content of the water molecules and more finely converging, and the other part of the water flow can also be The slit 21 enters another guiding water flow path. During assembly, the flow guiding member 2 and the magnetic column 3 are placed together in the outer tube 1, and the outer tube 1 is further bent into a desired U-shaped tube 11 and V-shaped curved tube 12 and the like. Further, the flow guiding member 2 located between the inlet pipe joint 13 of the outer pipe 1 and the first magnetic column 3 in the pipe may not be used for the side edge to form the slit 21.

The magnetic column 3 is a hexagonal star-shaped cylinder. In this embodiment, there are two magnetic columns 3 in each outer tube 1. Each of the two magnetic columns 3 respectively carries the flow guiding member 2, and each segment The length of the flow guiding member 2 does not need to be identical. Since the magnetic column 3 is a hexagonal star-shaped cylinder, a concave triangular-shaped flow path 31 is formed on the outer wall, and the flow path 31 is parallel to the direction of the magnetic line of the magnetic column 3 and the peripheral region where the magnetic force is strong. The magnetic pole direction of the magnetic column 3 has to correspond to the direction of water flow, and water flows from the N pole to the S pole of the magnetic column 3.

Next, a description will be given of the operation mode of the present creation. Referring to FIG. 2, when the water pipe is connected to both ends of the outer pipe 1, water will enter the outer pipe 1 from the inlet pipe joint 13 by spiral winding. The flow guiding member 2 allows water to flow in the tube in a swirling water flow, and guides the water flow through the first magnetic column 3, which accelerates the alignment of the new magnetic direction of the water molecules, so that the sliding water flow increases the surface area of the water molecules. The oxygen content increases and is more finely uniformized. In addition, water flows through the slit 21, and the right-opening edge 211 and the left opening edge 212 of the eversion not only form a rearrangement combination of new magnetic directions of water molecules, but also add new water molecules. The disturbance can make it more detailed and consistent. Part of the water flow can also enter the other guiding water channel through the slit 21, and the same effect of increasing the magnetic orientation of the water molecules to rearrange and combine. When water flows to the magnetic column 3, the design of the hexagonal star-shaped cylinder is used to make the water flow direction parallel to the parallel direction of the magnetic lines of force, and located in a peripheral region with strong magnetic force, with fine water molecules and high oxygen-containing characteristics, so that water The molecules are fully magnetized, and the water quality is optimized to achieve the purpose of adjusting the water quality. The creation of two magnetic columns 3 can also perform multiple magnetization effects to ensure complete improvement of water quality.

In addition, in this creation, only a schematic diagram of a single water quality adjustment tube is drawn, and in order to increase the magnetization arrangement effect, a plurality of water quality adjustment tubes can also be connected in series, and the effect is improved by a multi-channel processing program. In addition, a number of water quality adjustment pipes can be connected in parallel to increase the output flow to meet different needs of users.

The above disclosure is only a preferred example of the present invention, and it is of course not possible to limit the scope of the present invention. Therefore, the equivalent changes made by the scope of the patent application are still within the scope of the present invention.

1‧‧‧External management
11‧‧‧U-tube
12‧‧‧V-shaped elbow
13‧‧‧Inlet fittings
131‧‧‧Filter
14‧‧‧Export fittings
2‧‧‧Guide
21‧‧‧ incision
211‧‧‧ right open side
212‧‧‧left opening
3‧‧‧ magnetic column
31‧‧‧ flow path
N‧‧‧N pole
S‧‧‧S pole

Figure 1 is a perspective view of the internal structure of the creation; Figure 2 is a partial cross-sectional view of the internal structure of the creation; Figure 3 is a side view of the outer tube of the creation; Figure 4 is a partial enlarged view of the flow guide of the present invention; An enlarged view of the AA section in 2.

1‧‧‧External management

13‧‧‧Inlet fittings

131‧‧‧Filter

14‧‧‧Export fittings

2‧‧‧Guide

21‧‧‧ incision

3‧‧‧ magnetic column

N‧‧‧N pole

S‧‧‧S pole

Claims (3)

A water quality adjusting tube comprises an outer tube, at least two flow guiding members, and at least one magnetic column, wherein the outer tube type is formed by connecting a U-shaped tube and a V-shaped curved tube, and the guiding member is a long piece The side of the baffle has a plurality of slits, and the magnetic column is disposed inside the outer tube and the two ends are connected to the flow guiding member, wherein the U-shaped tube and the U-shaped tube are The V-bend pipe has a offset angle between the two pipes, the offset angle is between 26 and 32 degrees, the magnetic column is a hexagonal star cylinder, and the side edge of the flow guide is from the right opening edge and the left opening edge. The slit is formed, and the left opening edge and the right opening edge form an angle of all the mouths, and the angle of the slit is between 5 and 10 degrees. The water quality adjusting tube according to claim 1, wherein when the flow guiding member is placed in a lateral direction, the right opening edge is offset forward, and the left opening edge is offset rearward. The water quality adjusting tube according to claim 1, wherein the magnetic pole direction of the magnetic column corresponds to a water flow direction, and the water flows from the N pole to the S pole of the magnetic column.