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Toilet having infrared light generator

A technology of infrared rays and generators, which can be applied to sanitary equipment for toilets, flushing toilets, water supply devices, etc., can solve the problems of toilet environment deterioration, weak strength and durability, and toilet hazards, etc., to reduce manufacturing costs and shorten The effect of manufacturing time and efficient transmission

Active Publication Date: 2020-06-19
李俊圭
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0006] Korean Registered Invention Patent Publication No. 10-0398536 discloses a toilet with a far-infrared lamp. A hole is opened in the inner wall of the toilet body, and a far-infrared lamp is arranged in the hole. Far-infrared rays from the far-infrared lamp are irradiated to the The inner wall of the toilet body is inside, so the process of piercing the inner wall of the toilet body is difficult and complicated, and there is a problem that a lot of manufacturing man-hours are consumed, and the manufacturing unit price increases
[0007] And, although a spacer is provided between the hole formed on the inner wall of the toilet main body and the far-infrared lamp, there is the following problem during long-term use: the spacer repeats the process of stretching in summer and shrinking in winter, so the spacer is easily damaged and defecated. Leakage, resulting in inability to use the toilet
[0013] However, since the light source part is embedded in the inner wall of the toilet body, a gap will be formed at the edge of the embedded part when used for a long time, and urine and feces will leak from the gap, which may limit the use of the toilet.
[0014] In addition, due to the leakage of dirt such as urine and urine, there may be a lot of bad smells around the toilet, the proliferation of bacteria and germs, and the problem that the bathroom environment will deteriorate significantly. In addition, the electrical structure of the far-infrared lamp may be short-circuited due to dirt. Problems with states of action or inability to act
[0015] In addition, even if an ordinary technician combines the existing professional knowledge to design to transmit light, in order to embed and transmit, a partition is formed between the inner wall of the toilet body and the embedded light source. Weaken the performance and cause danger to the toilet that the user needs to sit on, so an optimal design is required, but there is no such optimal technology among the above technologies

Method used

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  • Toilet having infrared light generator
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  • Toilet having infrared light generator

Examples

Experimental program
Comparison scheme
Effect test

experiment example 1

[0117] Experimental example 1. Contrast load evaluation of the control group

[0118] (experimental method)

[0119] First, the present applicant conducted a load evaluation experiment on toilets manufactured as described above (experimental group) and conventional ceramic toilets (control group).

[0120] This kind of load evaluation is also carried out in the following experimental examples 2 to 3. Specifically, using an existing load measuring instrument, an external force is applied from the upper side of the toilet to the lower side for 10 minutes, and any one of the toilets is confirmed. Whether cracks have occurred at the place to evaluate the allowable load that the toilet can bear.

[0121] (test results)

[0122] [Table 1]

[0123] evaluation object allowable load control group 1300N test group 1350N

[0124] That is, the allowable load of the control group, which is a conventional toilet made of ceramic materials, is 1300N, in other w...

experiment example 2

[0130] Experimental example 2.t1 Evaluation by thickness: load and infrared transmittance

[0131] (experimental method)

[0132] The experimental method of Experimental Example 2 was the same as that of Experimental Example 1. The thickness t1 of the infrared transmission region 101a was set to 1 mm to 30 mm, and a total of 30 experimental groups were used as objects in units of 1 mm to evaluate the allowable load of the toilet according to the present invention.

[0133] (experimental results)

[0134] Refer to the results of Experimental Example 2 image 3 .

[0135] image 3 The results of Experimental Example 2 are shown in graphs.

[0136] refer to image 3 , with regard to the allowable load of 1300N of the conventional ceramic material toilet and Experimental Example 1 in which the load evaluation was carried out, experimental groups having a allowable load exceeding the above-mentioned 1300N appeared from the experimental group 2 in which the thickness t1 of the ...

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Abstract

The present invention relates to a toilet having an infrared light generator, and to a toilet having an infrared light generator, the toilet having: a groove part recessed in the outer surface at oneside of a body of the toilet including a body made from a glass or plastic material; and the infrared light generator inserted into and fixed to the groove part such that an infrared light generated in the infrared light generator is transmitted into the inner space of the toilet for accommodating contents, and thus the infrared light is emitted at the body of a sitter sitting on the toiler, thereby allowing beneficial effects to be obtained according to the emission of the infrared light. To this end, the present invention relates to a toilet having an infrared light generator, the toilet being formed such that all areas of a body are manufactured in an integrated form without perforation of an infrared light-transmitting area, which is the inner surface of a groove part, formed such thatthe infrared light generated in the infrared light generator provided in the groove part is transmitted into the inner space of the toilet, thereby preventing pollutants such as urine and feces fromleaking onto the infrared light generator, and thus the breakdown and malfunction of the infrared light generator are prevented.

Description

technical field [0001] The present invention relates to a toilet with an infrared generator. [0002] Specifically, it relates to a toilet equipped with an infrared ray generator as follows: a body made of glass or plastic material, a groove formed on one side of the body and recessed from the outside is formed, and the infrared ray generator is inserted and fixed into the groove In this way, the infrared rays generated from the infrared generator are transmitted to the inner space of the toilet for storing the contents, and the body of the occupant sitting on the toilet is irradiated with infrared rays, so that the beneficial effect based on the infrared irradiation can be obtained. [0003] Furthermore, the present invention relates to a toilet including an infrared generator that transmits infrared rays generated from the infrared generator inserted into the groove intensively through an infrared transmission region formed on the inner surface of the bowl in which the groov...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): E03D9/08E03D11/02
CPCE03D11/02E03D11/13E03D9/08E03D9/00
Inventor 李俊圭
Owner 李俊圭