KR20010035740A - Toilet bowl cleaner - Google Patents

Abstract

PURPOSE: Provided is a toilet bowl cleaner of which functional layer and coloring layer are separated from each other so as to prevent the functional layer from affecting the coloring layer. CONSTITUTION: The toilet bowl cleaner(1) comprises: (i) a case(2); (ii) a colored layer(4) which is in the case(2); (iii) an internal case(3) which is located in the center part of the colored layer(4); and (iv) a functional layer(7) which is formed in the internal case(3) and comprises functional layers(5) and a control layer(6) wherein, each functional layer(5) is located in the control layer at regular intervals.

Description

Toilet bowl cleaner {.}

The present invention relates to a toilet cleaner, and in particular, the structure of the toilet cleaner is blocked by the colored layer for coloring the water in blue and the functional layer part having periodic cleaning and disinfection functions so that the components of the functional layer penetrate into or colored the colored layer. The present invention relates to a toilet bowl cleaner which prevents a change in layer function.

Toilet cleaners, which can be seen as blue water accumulated in flush toilets, are used by many people and are commonly seen around them.

Toilet cleaners are composed of surfactants, alcohols and dyes. Therefore, it cleans and disinfects the toilet and makes the user feel clean and aesthetic as the blue water of the toilet.

1 illustrates a structure of a conventional toilet cleaner 101. A functional layer 103 is formed at the center of a colored layer 102 and is contained in a case 104. The structure of the functional layer 103 located in the colored layer 102 is positioned to the bottom of the colored layer 102 as a thin layer at regular intervals in the center of the colored layer 102 formed inside the case 104. have.

The operation progress state of the toilet cleaner 101 having such a structure will be described.

When the toilet cleaner 101 is placed at the bottom of the reservoir filled with water, the colored layer 102 and the functional layer 103 come into contact with water and start to dissolve in water. Initially, the functional layer 103 and the colored layer 102 both dissolve in water together because they are in contact with water.

Water is dyed blue by the colored layer 102, and both the surfactant and the alcohol-based component are dissolved in water in the functional layer 103. At this time, the state of the water stored in the water tank in which the toilet cleaner 101 is dissolved is blue and has a disinfection action. As this water is discharged into the toilet, the toilet containing the dirt is washed and disinfected and then drained into the sewer. Some remain in the toilet and accumulate blue inside the toilet.

And new water is filled up again in the reservoir and the toilet cleaner 101 is dissolved in the new water again.

When this operation is repeated once or three or four times, the functional layer 103 is all dissolved in water, and when the functional layer 103 is all dissolved in water, only the colored layer 102 continues to be dissolved in water.

As the toilet cleaner 101 undergoes a wear process in the toilet cleaner 101, the same process is repeated until all of the toilet cleaner 101 is completely dissolved in water.

However, in the conventional toilet cleaner 101, the functional layer 103 and the colored layer 102 are in direct contact with each other, so that water penetrates into the toilet cleaner 101 when the toilet cleaner 101 enters the water. Dissolution of the functional layer 103 caused the components of the functional layer 103 to change the properties of the colored layer 102 or to melt into the colored layer 102.

The present invention has been made by improving the conventional problems as described above, and provides a toilet cleaner to separate the functional layer and the colored layer of the toilet cleaner to prevent the components of the functional layer to change or melt the properties of the colored layer. The purpose is to.

1 is a side cross-sectional view of a conventional toilet cleaner;

2 is a perspective view of a toilet bowl cleaner according to one embodiment of the present invention;

3 is a side cross-sectional view of FIG.

Figure 4 is a side cross-sectional view of the toilet cleaner according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

1: toilet bowl cleaner 2: case

3: inner case 4: colored layer

5: functional layer 6: adjusting layer

The present invention for achieving the above object, in the toilet bowl cleaner, provides a toilet bowl cleaner in which the colored layer and the functional layer is separated.

Toilet bowl cleaner (1) according to an embodiment of the present invention will be described as shown in Figure 2 as follows.

The toilet cleaner 1 has a colored layer 4 inside the case 2, an inner case 3 in the center of the colored layer 4, and a functional layer 7 formed in the inner case 3. have.

The structure of the functional layer part 7 in the inner case 4 is located at the bottom of the case 2 as a thin layer with the functional layers 5 at regular intervals.

The operation progress state of the toilet bowl cleaner 1 having such a structure will be described.

When the toilet cleaner 1 is placed at the bottom of the reservoir filled with water, the colored layer 4 and the functional layer 5 come into contact with water and start to dissolve in water. Initially, the functional layer 5 and the colored layer 4 are both in contact with water, so they are dissolved in water together.

Water is dyed blue by the colored layer 4, and both the surfactant and the alcohol-based component dissolve in water in the functional layer 5. At this time, the state of the water stored in the water tank in which the toilet cleaner 1 is dissolved is blue and there is a cleaning disinfection action. As this water is discharged into the toilet, the toilet containing the dirt is washed and disinfected and then drained into the sewer.

In addition, new water is filled in the reservoir and the toilet cleaner (1) is dissolved in the new water again.

When such a function is repeated once or three or four times, when the functional layer 5 is dissolved in water, the functional layer 6 starts to dissolve in the functional layer 7 to control the dissolution of the functional layer 5. The colored layer 4 continues to be dissolved in water irrespective of the dissolution of the functional layer 5 portion.

The control layer 6 primarily aims to determine the dissolution cycle of the functional layer 5.

By separating the functional layer portion 7 through the colored layer 4 and the inner case 3 in this manner, the functional layer 5 can affect the colored layer 4 and prevent the property of the colored layer 4 from changing. have.

For reference, the thickness of the control layer (6) and the functional layer (5), if the embodiment, the control layer (6) is dissolved in water and used for 1 week or 2 weeks or the toilet 50 times by using the control layer ( 6) may be worn and then the functional layer 5 may be exposed and brought into contact with water.

At this time, the functional layer (5) can be adjusted to melt solubility in water or to adjust the thickness to be dissolved in water all at once or to melt in several times.

And once or three or four times the water of the toilet down the functional layer (5) is all dissolved in water this time only the control layer (6) will be dissolved in water. This operation is repeated until the toilet bowl 1 is worn out.

Since the functional layer portion 7 of the toilet cleaner 1 has such a structure, the use of the functional layer 5 composed of a surfactant and an alcohol-based component, which are the main contaminants of water, is minimized, but the toilet is periodically disinfected. Clean.

While the colored layer 4 continues to dissolve in water, the water is dyed blue and accumulated in the toilet and gives people a sense of cleanliness and aesthetics.

Here, the shape of the functional layer portion 7 may exist in various forms.

4, the functional layer 5 was wrapped with the adjustment layer 6 and inserted into the colored layer 4 without separating the colored layer 4 and the functional layer 5 into the inner case. The functional layer 5 does not affect the colored layer 4 because the functional layer 5 blocks the contact with the colored layer 4 by the adjusting layer 6.

In addition, two cases 2 can be completely separated into a functional layer part case and a colored layer 4. The functional layer part 7 consists only of the adjustment layer 6 and the functional layer 5, and the colored layer 4 is isolate | separated separately. Replacement of the functional layer portion 7 and replacement of the colored layer 4 become separate ones. At this time, even if the colored layer 4 is not put into the case and put into the water as a lump, there is no direct contact with the functional layer 5, so there is no change in the composition of the colored layer 4. Then, when the colored layer 4 is worn out, the water of the toilet is not dyed blue, but the toilet cleaner functions sufficiently with only the functional layer 5.

As mentioned, the functional layer 5 is separated from the colored layer 4 without departing from the scope of the invention.

As described above, the present invention has an effect of preventing the change of the properties of the colored layer by separating the toilet cleaner into the colored layer and the functional layer to prevent the functional layer from affecting the colored layer.

Claims (3)

A toilet bowl cleaner having a functional layer (5) and a colored layer (4), wherein the functional layer (5) portion and the colored layer (4) are blocked by contact by a blocking means. The toilet bowl cleaning agent according to claim 1, wherein the functional layer part (7) is composed of a functional layer (5) and an adjusting layer (6). The toilet bowl cleaner according to claim 1, characterized in that the functional layer (5) is disposed separately at regular intervals within the control layer (6).