KR0118045Y1 - Magnetized water manufacturing appapatus of refrigerator - Google Patents

Abstract

The present invention relates to an apparatus for producing magnetized water of a refrigerator, and disposed inside the refrigerator to guide the magnetized water storage tank 41 disposed on the inner surface of the refrigerating compartment door 37 and the drinking water supplied to the magnetized water storage tank 41. The inner guide tube 43, the drinking water supply means 45 disposed outside the refrigerator to continuously supply the drinking water to the inner guide tube 43, and the magnetized water storage tank through the inner guide tube 43. The first magnetization means 47 disposed on the outside of the inner guide pipe 43 to magnetize the drinking water flowing into the 41 and the cold storage door 37 to be withdrawn from the magnetization water storage tank 41. And the second magnetization means 51 disposed on one side of the water intake means 49 to make the water intake means 49 and the water taken out of the water intake means 49 into magnetized water again, and the water intake means 49 Drinking water storage tank of the drinking water supply means 45 when withdrawing through It is characterized by consisting of the water level control means 53 disposed in the magnetized water storage tank 41 so as to keep the water level in the magnetized water storage tank 41 at all times by introducing water into, It is possible to take out the magnetized water at a certain temperature immediately if necessary, while eliminating the need to fill the water in the magnetized water storage tank at regular intervals.

Description

Magnetizer for refrigerator

1 is a longitudinal sectional view showing a conventional apparatus for producing magnetized water of a refrigerator;

2 is a longitudinal sectional view showing an apparatus for producing magnetized water of a refrigerator according to one embodiment of the present invention;

3 is an open state diagram of the refrigerating chamber door of FIG.

* Explanation of symbols for main parts of the drawings

37: refrigerator door 41: magnetized water storage tank

43: inside guide 45: drinking water supply means

47: first magnetization means 49: water collection means

51: second magnetization means 53: water level adjusting means

55b: float ball 75: float

The present invention relates to an apparatus for producing magnetized water in a refrigerator, and in particular, by automatically supplying water to maintain a constant level in the magnetized water storage tank disposed in the refrigerator, thereby preventing the hassle of filling water in the magnetized water storage tank at regular intervals. The present invention relates to a device for producing magnetized water of a refrigerator, which can simultaneously remove the magnetized water at a constant temperature when necessary.

A magnetized water is a structure in which oxygen atoms in water molecules are arranged in a ring shape such as a pentagonal ring or a hexagonal ring with one side of a hydrogen atom interposed therebetween. Molecules are rearranged and produced.

The magnetized water promotes blood circulation and promotes metabolism of the human body, and thus has an excellent effect on the treatment and prevention of urinary tract stones, neuralgia, hypertension, diabetes, arteriosclerosis, skin diseases and athlete's foot, as well as anti-corrosion and anti-aging. It is known to work. At this time, it is known that magnetized water (also called hexagonal water) in which water molecules are arranged in a hexagonal shape in the magnetized water is most preferable.

On the other hand, the magnetized water is easily generated from low temperature water. That is, about 10% of the magnetized water is produced in the water of 0 ° C by the proper magnetization power, but almost all of the water is changed to the magnetized water in -30 ° C to -40 ° C. Is easily generated.

The apparatus for producing magnetized water of a conventional refrigerator is disposed in the refrigerator compartment door 1 of the refrigerator, as shown in FIG. In this case, the refrigerating chamber door 1 is disposed on the left side of the refrigerating chamber 5 of the refrigerator main body 3, and a freezing chamber 7 for freezing and storing food is formed above the refrigerating chamber 5. On the left side of (7), a freezer compartment 9 is disposed.

The refrigerating chamber door 1 is provided with a constant concave inlet portion 1a on its outer surface, and a protrusion 1b is formed on the inner surface of the refrigerating chamber door 1 in correspondence with the concave inlet portion 1a. A cold water container 11 for storing cold water is mounted on an upper side of the protrusion 1b, and a discharge port at one end of the cold water container 11 to discharge water in the cold water container 11 to the outside. A discharge pipe 13 having a 13a formed therein is disposed in communication with the cold water container 11, and the valve means 15 is disposed in the discharge pipe 13 so as to open and close a flow path formed in the discharge pipe 13. The magnet member 17 is arranged to change the cold water discharged through the discharge pipe 13 into magnetized water. At this time, the discharge pipe 13 protrudes a predetermined amount in the downward direction of the concave inlet (1a) to facilitate the intake.

A lever 19 is hinged to an upper portion of the concave portion 1a to operate the valve means 15, and a magnetized water discharged through the valve outlet 13a to a lower portion of the concave portion 1a. The base 21 is arrange | positioned so that the receiving cup C may be collected and the remaining water may be collected at the same time.

In addition, the refrigerating chamber door 1 and the freezing chamber door 9 are formed with handles to facilitate opening and closing of the doors.

In order to take the magnetized water from the conventional magnetized water production apparatus disposed in the refrigerator as described above, after placing the cup C on the upper surface of the pedestal 21 and lowering the left side of the lever 19 to the lower side, the lever 19 The right end of the upper portion is moved upward to operate the valve means 15, the flow path of the discharge pipe 13 is opened by the valve means 15, along the discharge pipe 13 to the discharge port (13a) The flowing cold water is converted into magnetized water by the magnetizing force of the magnet member 17 and is contained in the cup C through the outlet 13a.

By the way, the conventional magnetized water production apparatus of the refrigerator configured as described above should be filled with water in the cold water container every predetermined period of time when the water in the cold water container is reduced, not only is it cumbersome to fill the water but also the water filled in the cold water container is generated as magnetized water To cool to an appropriate temperature to wait a long time there was a problem that can not drink the magnetized water at the time of thirst.

Therefore, the present invention is made to solve the problems of the prior art as described above, the object of the present invention is to automatically supply water so that the water level is kept constant by the water level control means in the magnetized water storage tank disposed in the refrigerator Therefore, to provide a magnetized water production apparatus of a refrigerator capable of immediately taking out the magnetized water of a constant temperature when necessary and at the same time to eliminate the hassle of having to fill the water in the magnetized water storage tank at regular intervals.

The apparatus for manufacturing magnetized water of the refrigerator according to the present invention made to achieve the above object includes a magnetization water storage tank disposed on an inner side surface of a refrigerating compartment door and an inner guide tube disposed inside the refrigerator to guide drinking water supplied to the magnetization water storage tank. And drinking water supply means disposed outside the refrigerator to continuously supply drinking water to the inner guide pipe, and disposed outside the inner guide pipe to magnetize drinking water flowing into the magnetized water storage tank through the inner guide pipe. First magnetization means, water intake means disposed in the refrigerating compartment door to take water from the magnetization water storage tank, and second magnetization means disposed on one side of the water intake means to make the water taken out of the water intake means again. And, when the water intake through the water intake means is introduced into the water in the drinking water storage tank of the drinking water supply means So as to always maintain a constant water level in the magnetized water storage tank it is characterized in that comprising the level control means arranged in the magnetic water storage tank.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 2, a refrigerating compartment 33 is formed below the refrigerator main body 31, and a freezing compartment 35 for freezing and storing food is formed above the refrigerating compartment 33. On the left side of the 33 and the freezing chamber 35, a refrigerating chamber door 37 and a freezing chamber door 39 are disposed.

A magnetization water storage tank 41 is disposed on an inner side of the refrigerating compartment door 37 to store magnetized water, and an inner guide tube 43 inside the refrigerator to guide drinking water supplied to the magnetization water storage tank 41. Is disposed, the drinking water supply means 45 is installed on the outside of the refrigerator to continuously supply the drinking water to the inner guide pipe 43, the magnetized water storage tank 41 through the inner guide pipe 43 A first magnetization means 47 is disposed outside the inner guide tube 43 so as to magnetize the drinking water flowing therein, and a water intake means is provided in the refrigerating compartment door 37 to take water from the magnetization water storage tank 41. 49 is disposed, and the second magnetization means 51 is disposed on one side of the water intake means 49 so that the water taken out of the water intake means 49 is made again to be magnetized water. Intake through By flowing water in the magnetized water storage tank 41 is the magnetic water storage tank 41 can fake cut 53 is disposed so as to always maintain a constant water level in the magnetized water storage tank (41).

A middle concave portion 37a is formed at an outer side of the refrigerating compartment door 37, and a protrusion 37ab is formed at the inner side of the refrigerating compartment door 37 corresponding to the concave portion 37a. The magnetization water storage tank 41 is seated above the protrusion 37b. In addition, a handle 37 is formed on an outer surface of the refrigerating compartment door 37 to easily open and close the refrigerating compartment door 37.

The magnetized water storage tank 41 is screwed so that the body 54 and the cover 55 are detachably installed so as to install the water level adjusting means 53, and the upper portion of the cover 55 is connected by a known connector 56. A protruding pipe part 55a is formed to connect the inner guide pipe 43, and the water in the magnetized water storage tank 41 is discharged to the outside by the water intake means 49 below the body 54. A discharge pipe portion 54b having a discharge opening 54a is formed, and a concave recessed recess 55b is formed on the upper side of the inside of the cover 55 so that the below-described mouth of the water level adjusting means 53 is in close contact. It has a formed structure.

One end of the inner guide pipe 43 is connected to the protruding pipe part 55a by the connector 56, and the other end thereof is connected to the drinking water supply means 45 by a known connector 57. It is. At this time, the inner guide pipe 43 is fixed to the inner surface of the refrigerating chamber 33 to a plurality of drinking water storage tank 59, the other end of the inner guide pipe 43 to the outside of the refrigerator main body 31 It protrudes.

The drinking water supply means 45 is supported by the drinking water storage tank 59 for storing drinking water seated on the upper side of the support 61, the bottom of the drinking water storage tank 59 is in the drinking water storage tank 59. One end of the outer guide tube 63 is connected to guide drinking water to the inner guide tube 43, and the other end of the outer guide tube 63 is connected to the inner guide tube 43 by the connector 57. Under the drinking water storage tank 59, an opening / closing valve 65 is arranged to open and close a flow passage communicating with the outer guide pipe 63 from the drinking water storage tank 59.

The first magnetization means 47 is close to the inner guide tube 43 disposed in the refrigerating compartment 33 to magnetize the drinking water flowing from the drinking water storage tank 59 to the magnetization water storage tank 41. The permanent magnet 67 is arranged in this structure.

The water intake means 49 is provided with an operation switch 69 on one side of the inlet portion 37a so as to be operated by a cup C placed on the inlet portion 37a of the refrigerating compartment door 37. The discharge to block / flow the magnetized water flowing out through the discharge port 54a of the discharge pipe portion 54b of the magnetized water storage tank 41 in response to a control signal of a control means (not shown) according to the operation signal of (69). The on-off valve 71 is disposed on one side of the pipe portion 54b. At this time, the operation switch 69 is formed with a push portion (69a) to be pushed by the cup (C).

The second magnetization means 51 is close to the outer circumferential surface of the discharge pipe portion 54b to magnetize again the magnetized water flowing out from the magnetized water storage tank 41 to the cup C through the discharge pipe portion 54b. The permanent magnet 73 is arranged in a structure.

At this time, each of the permanent magnets (67, 73) of the first magnetizing means 47 and the second magnetizing means (51) so that the magnetic field is formed in a direction substantially perpendicular to the convection direction of water so that the rate of generation of magnetized water is high, The S pole is arranged.

The water level adjusting means 53 is provided with a spherical float 75 having a specific gravity less than 1 so as to float in water and to fit the contour surface of the recess 55b formed on the inner surface of the magnetized water storage tank 41. That is, the water level adjusting means 53 is made of a float 75 made of a material such as plastic having a specific gravity less than one.

On the other hand, a pedestal 77 is disposed at the lower portion of the concave inlet portion 37a to receive the cup C receiving the magnetized water discharged through the discharge port 54a and to collect the remaining water.

And, as shown in FIG. 3, in the vicinity of the rotation center of the refrigerator door 37 so that the inner guide tube 43 is easily arranged in the refrigerator compartment 33 as the refrigerator compartment door 37 is opened and closed. The inner guide tube 43 communicates with the refrigerating chamber 33.

The operation and effects of the magnetized water production apparatus of the refrigerator according to the embodiment of the present invention configured as described above will be described below.

When the drinking water and magnetized water are filled in the drinking water storage tank 59 and the magnetized water storage tank 41, and the opening / closing valve 65 is opened, the push part 69a of the operation switch 69 is pushed by the cup C. The operation signal by the operation switch 69 is transmitted to a control means (not shown), and the opening / closing valve 71 is opened in accordance with the control signal of the control means.

Therefore, the magnetized water in the magnetized water storage tank 41 passes through the discharge pipe portion 54b and is contained in the cup C through the discharge port 54a. At this time, the magnetized water flowing in the discharge pipe portion 54b is converted into magnetized water again by the permanent magnet 73 of the second magnetizing means 51, so that the high quality magnetized water is contained in the cup C.

Then, when the water level in the magnetized water storage tank 41 is lowered by the magnetized water flows out of the magnetized water storage tank 41 and soaked in the cup C, the cover 55 of the magnetized water storage tank 41 is formed. Since the floats 75 that are in close contact with the floats 55b move downward, the water stored in the drinking water storage tank 59 passes through the outer guide tube 63 and the inner guide tube 43 in sequence. It is contained in the magnetized water storage tank 41 through a gap formed between the seat 55b and the sub-75. At this time, the drinking water flowing through the inner guide pipe 43 is first converted into magnetized water by the permanent magnet 67 of the first magnetizing means 47 is contained in the magnetized water storage tank 41.

After the cup C contains a certain amount of magnetized water, the cup C is removed from the operation switch 69. The opening / closing valve 71 is closed by a control signal of a control means (not shown). While the water level in the magnetization water storage tank 41 is increased and the buoy 75 is in close contact with the buoy 55c, the flow of magnetized water flowing into the magnetized water storage tank 41 through the inner guide tube 43. Is stopped, the drinking water and the magnetized water in the magnetized water storage tank 41 and the inner guide tube 43 is cooled by the cold air of the refrigerator.

When the refrigerator is to be moved, the on / off valve 65 is closed, the connector 57 is released, and the outer guide tube 63 is separated from the inner guide tube 43 to perform a desired operation.

Therefore, since the magnetized water storage tank 41 always contains a certain amount of cooled magnetized water, the cold magnetized water is often needed even when the door of the refrigerator is opened and water is not supplied to the magnetized water storage tank 41 at regular intervals. You can drink it.

In the magnetization water production apparatus of the refrigerator according to the embodiment of the present invention, the water level control means of the magnetization water storage tank is an opening / closing type of the flow path by the mouth, but the water level control means opens and closes the flow path by the water level sensor and the switching valve. The structure in form does not depart from the concept of the present invention.

In addition, the drinking water supply means 45 according to an embodiment of the present invention does not deviate from the concept of the present invention.

As described above, the apparatus for producing magnetized water of the refrigerator according to the present invention automatically supplies water in the magnetized water storage tank disposed in the refrigerator by the water level adjusting means so that the water level is kept constant. It is a very practical design that eliminates the hassle of filling and at the same time can extract the magnetized water at a constant temperature when needed.

Claims (2)

The magnetization water storage tank 41 disposed on the inner surface of the refrigerating compartment door 37, the inner guide tube 43 disposed inside the refrigerator to guide the drinking water supplied to the magnetization water storage tank 41, and the inner guide. The drinking water supply means 45 disposed outside the refrigerator to continuously supply the drinking water to the pipe 43 and the drinking water flowing into the magnetized water storage tank 41 through the inner guide tube 43 are magnetized. A first magnetization means 47 disposed outside the inner guide pipe 43, a water intake means 49 disposed in the refrigerating compartment door 37 to take water from the magnetization water storage tank 41, and the water intake means ( The second magnetization means 51 disposed on one side of the water intake means 49 to make the water taken from 49 again into the magnetized water, and the drinking water supply means 45 when water is collected through the water intake means 49; The water level in the magnetization water storage tank 41 by introducing water into the drinking water storage tank of Apparatus for producing magnetized water in a refrigerator, characterized in that the water level adjusting means (53) disposed in the magnetized water storage tank (41) so as to keep constant at all times. According to claim 1, wherein the water level adjusting means 53 is a spherical float having a specific gravity smaller than 1 so as to be floating in water and to fit the contour surface of the recess 55b formed on the inner surface of the magnetized water storage tank 41. 75) magnetized water production apparatus of the refrigerator characterized by having.