KR100217008B1 - Method for inspecting conception possible period with saliva - Google Patents

Abstract

A new test method using saliva as a sample, which aims to simplify the test procedure and allow non-experts to accurately determine menstrual cycles.

After thin application of the female saliva to the flat plate 3 for saliva application and drying, the thin film-shaped saliva dried on the flat plate 3 was observed with the optical enlargement means 1, and the optical enlargement means 1 The shape of the saliva observed through the contrast with the shape of the contrast 40 is determined by the pregnancy period, intermediate period and non-pregnancy period.

Description

Method of examination of the possible period of pregnancy by saliva

1 is a longitudinal side view showing an example of a magnifying glass used to carry out the inspection method of the present invention.

Figure 2 is a longitudinal section side view showing another embodiment of the same magnifying glass.

3 is a front view showing a display contrast used to carry out the inspection method of the present invention.

* Explanation of symbols for main parts of the drawings

DESCRIPTION OF SYMBOLS 1: Optical expansion means 3: Flat plate for saliva application

40: display contrast 41: enlarged sample of pregnancy period

42: Enlarged sample diagram of intermediate period 43: Enlarged sample diagram of non-pregnant period

The present invention relates to a method for testing a fertile period by a woman's saliva. More specifically, the present invention relates to a method of examining the feminine physiological period, the non-pregnant physiological period, and their intermediate period in the woman's menstrual cycle by the woman's saliva.

The change in basal body temperature has been used to detect the period of conception in pregnancy during the menstrual cycle of women. This method uses a physiological phenomenon in which the body temperature decreases in the second half of the menstrual cycle and the body temperature rises when an egg is formed.

As another detection method, a change in the adhesiveness of the secretion of the vagina may be used. In this method, the physiological phenomenon that the adhesiveness of secretions increases remarkably in the period with the highest correction rate is used.

However, the former method is a bit cumbersome because women need to continuously measure their basal body temperature, and the latter method is difficult to discriminate without specialized knowledge.

The test method of the feminine pregnancy period of the woman of the present invention is a novel method using saliva, which has been proposed for the purpose of simplifying the test procedure and accurately determining a non-expert.

In order to achieve the above object, the test method of the fertility period by the saliva of the present invention, the enlarged sample of the fertility period in which the saliva application flat plate and the optical enlargement means, and the appearance of the fern shape, the shape and dot shape of the fern An enlarged swatch of intermediate periods with mixed shapes and enlarged swatches of non-pregnant periods with spot shapes were used. Then, the saliva on the dried thin film on the flat plate was observed by optical magnification means, and the shape of the saliva observed through the optical magnification means was compared with the shape of the display contrast, for each conceivable period, intermediate period and non-pregnancy period. It is characterized by judging.

A woman's saliva is dried in a thin film on a flat plate for saliva application, and then observed by optical magnification means such as a magnifying glass. The saliva observed through the optical magnification means appears in a shape, so that it is contrasted with the magnification samples 41, 42 and 43 of the display contrast 40 shown in FIG.

The enlarged swatches 41, 42, 43 in the display contrast degree 40 are the shape of the tooth shape observed by the experiment previously performed, the mixed shape and the shape of the shape of the tooth shape and the point shape mixed. The shapes are marked by printing and the like, respectively, and are shown to be equal to each of the female fertility period, the intermediate period (the period during which the possibility of pregnancy is in the intermediate position) and the non-pregnant period, respectively.

Compare the shape of the saliva actually observed to the shape of any of the enlarged swatches (41, 42, 43) described above, so that the woman is in what period. The information thus obtained is used for the purpose of planned birth or contraception.

EXAMPLE

Next, the tool used for the inspection method of this invention is demonstrated according to drawing. FIG. 1 shows the flat plate 3 for saliva application and the optical magnification means 1 assembled into one inspection magnifier.

Reference numeral 1 is an optical magnification means having an enlargement ratio of 2 to 10 times, and the magnification means 1 is held in the trunk 2 of the magnifier. The optical magnification means 1 preferably has a structure capable of removing at least chromatic aberration. In this embodiment, the chromatic aberration is removed by combining the convex lens 1a and the concave lens 1b. We are planning.

The flat plate for saliva application made of a transparent material is fixed to the inner end of the cylindrical first arm case 4 with an adhesive, and the outer surface 3a can be easily washed off with tissue paper or the like. It is set so that it may be in the position which protrudes slightly rather than the cross section 4a of the 1st arm-cage 4.

A female screw 4b is formed on the inner circumference of the first female box 4, and a male screw 2a formed on the outer circumference of the trunk 2 of the magnifying glass is spirally coupled thereto. The torso 2 of the magnifier is rotated by hand to move back and forth, whereby the optical magnification means 1 can be focused.

The optical magnification means 1 composed of the above-described combined lens, the body 2 of the magnifier, the flat plate 3 for saliva application, and the first arm box 4 form an assembly and constitute the inspection unit 20. Then, one end of the second arm box 12 is inserted into the outer side of the first arm box 4 so that it can be inserted and removed.

On the other hand, the lighting part 30 is attached to the other end of the second arm box 12, and the lighting part 30 is opaque glass 11 and the first mounting part in turn from the inspection part 20 side (right side in FIG. 1). The switch 8 provided in the light bulb 5, the battery 7, and the 2nd mounting piece 9 which turned by the piece 6 was provided. Reference numeral 10 is a cylindrical frame forming the outside of the lighting unit 30.

The other end of the second arm box 12 and the inner end of the lighting unit 30 are connected by screwing, for example.

The illumination unit 30 is used to illuminate the field of vision when observing the dried saliva on the flat plate 3 through the optical magnification means 1, and presses the push button 8a of the switch 8. By pressing, a well-known electric circuit (not shown) is closed and the light bulb 5 can be turned on.

In Fig. 1, reference numeral 13 denotes a cap which is detachably inserted from the trunk 2 of the magnifying glass over the second arm box 12.

In the separate inspection magnifier shown in FIG. 2, only the lighting unit 30 is different from that of FIG. 1, so only the portion thereof will be described in FIG. 2.

At the distal end of the cylindrical frame 10, a semitransparent plate 14 for light made of opaque glass is fitted. When external light is received from the translucent plate 14 in the second dark box 12, the flat plate 3 can maintain the required brightness.

The saliva forming a thin film on the flat plate 3 observed through the optical magnification means 1 appears in a certain shape, and thus a display contrast degree for contrast determination of the shape is required.

In FIG. 3, the indication contrast 40 is shown. The display contrast 40 shown by printing or the like on the sheet includes three enlarged sample views 41, 42, 43.

The enlarged swatches 41, 42, and 43 in the display contrast degree 40 show the shape of the fern, the mixed shape and the shape of the dents mixed with the shape of the fern and the dot shape observed by the experiments performed in advance. In addition, the periods correspond to women's fertility period, intermediate period (period of pregnancy potential) and non-pregnancy period in the menstrual cycle.

In addition, the flat plate for saliva application used in this invention does not necessarily need to be attached to an optical expansion means as shown in the figure, and it goes without saying that it may prepare separately. The flat plate may be opaque or semitransparent.

Furthermore, as an optical magnification means, a simple magnifying glass may be used, and a small microscope can also be used.

According to the test method of the fertility period by the saliva of the present invention described above, in the menstrual cycle of the woman can be easily determined only by examining the saliva dried the fertile, intermediate and non-pregnant period, Extremely convenient for implementing planned births or birth restrictions.

Claims (1)

Non-pregnancy with a flat plate for saliva application, optical enlargement means, and enlarged swatches of the fertile period in which the shape of the fern appears By using the display contrast diagram with the enlarged sample diagram of the period, the female saliva was applied to the flat plate thinly and dried, and then the dried thin film saliva on the flat plate was observed by optical magnification means, A saliva can be examined for pregnancy period, intermediate period and non-pregnancy period by comparing the shape of the saliva observed through the optical enlargement means with the shape of the display contrast degree.