TW201327462A - Pillow suitable test system and test method thereof - Google Patents

Abstract

Pillow suitable test system and test method thereof. Including providing a user's height and weight to calculate the user's BMI number. The first measure provides a way to measure at the first and second measurement at the measurement of the distance between two parallel lines is a first distance. Provides a second measurement technique, measurement at the third and fourth measurement at the measurement of the distance between two parallel lines one for the second distance. BMI based on the user's information to obtain a first height adjustment parameters. Firmness of the mattress according to the user to obtain a second height adjustment parameters. Based on the user's sleep posture pillow-like and highly appropriate to calculate a value.

Description

Pillow suitability test system and test method thereof

The invention relates to a pillow suitability test system and a test method thereof, in particular to a test system for calculating the suitability of a pillow height according to a user's sleep related information and a test method thereof.

The importance of sleep is well known, but how it relates to the four areas of sleep, spine, mattress and pillow, and how it affects each other, but there are few professional discussions, let alone the average person is facing these When things are happening, the doubts that arise. Many mattress merchants will sell mattresses, but it is impossible to confirm that the mattresses selected by the guests are not suitable. They can only passively ask the guests to experience them. Experts at The Better Sleep Council recommend that you buy at least 10 minutes of mattresses to really appreciate the suitability of the mattress, but the question is who actually lie on the mattress for more than ten minutes. What? What about the comparison? Therefore, there are a lot of blind spots in the existing methods of bed selection.

In further discussion, in addition to the mattress, the pillow is more important! Because the pillow supports the most important and most vulnerable head and neck of the human body, sleeping on the wrong pillow will make the user sleepless overnight, and in the long run, it is more likely to cause various diseases such as the head, cervical vertebrae and upper body.

At present, users only choose mattresses or pillows with personal preference or conscious comfort level, but it is impossible to know for sure whether the mattress or pillow is really suitable for use. Therefore, how to develop a test can be used to test the user's personal suitability. The height of the pillow is what the industry needs.

The invention mainly provides a pillow suitability test method, which comprises: providing a user's height and weight, calculating a user's BMI value; providing a first measurement method, using a depression in the back of the user's neck as the first measurement Wherein, the protrusion of the back of the user is a second measurement location, and the distance between the two parallel lines of the first measurement location and the second measurement location is measured as a first distance; and a second measurement method is provided to the user's face The outermost edge of the contour line is a third measurement portion, and the shoulder of the user is the fourth measurement portion, and the distance between the two parallel lines of the third measurement portion and the fourth measurement portion is measured as a second distance; according to the user's BMI The information obtains a first height adjustment parameter; a second height adjustment parameter is obtained according to the softness of the mattress of the user; and a suitable height of the pillow is calculated according to the sleep posture of the user.

Therefore, the present invention proposes a pillow suitability test method, which can accurately calculate the height of the pillow suitable for the test subject by adjusting the user's gender, BMI value, and personal sleep habit through various parameters.

Furthermore, the present invention proposes a pillow suitability test method, which calculates a suitable pillow height for the user by using the first measurement method and the second measurement method, together with the first height adjustment parameter and the second height adjustment parameter. To further improve the user's sleep quality.

In addition, the present invention further provides a pillow suitability test system, comprising: providing a user's height and weight, calculating a user's BMI value; providing a first measurement method, the user's neck behind the depression is the first a measurement location, the protrusion of the back of the user is a second measurement location, measuring the distance between the two parallel lines of the first measurement location and the second measurement location as a first distance; providing a second measurement method to the user The outermost edge of the facial contour is a third measurement, the shoulder of the user is the fourth measurement, and the distance between the two parallel lines of the third measurement and the fourth measurement is measured as a second distance; The BMI information obtains a first height adjustment parameter; a second height adjustment parameter is obtained according to the softness of the mattress of the user; and a suitable height of the pillow is calculated according to the sleep posture of the user.

Therefore, the present invention proposes a pillow suitability test system, which can accurately calculate the height of the pillow suitable for the test subject by adjusting the user's gender, BMI value, and personal sleep habit through various parameters.

Furthermore, the present invention proposes a pillow suitability test system, which calculates a suitable pillow height for the user by using the first measurement method and the second measurement method, together with the first height adjustment parameter and the second height adjustment parameter. To further improve the user's sleep quality.

Since the present invention discloses a pillow suitability test system and a test method thereof, at the same time, the drawings referred to in the following drawings express the structural schematics related to the features of the present invention, and do not need to be completely drawn according to the actual size. .

Please refer to FIG. 1 , which illustrates a method for testing a pillow suitability according to a preferred embodiment of the present invention, comprising:

Step S01: providing a user's height and weight, and calculating the user's BMI value.

Step S02: providing a first measurement method, please refer to FIG. 2, which is a side view of the user, with the depression at the back of the neck of the user as the first measurement position d1, and the protrusion on the back of the user is the second At the measuring point d2, the distance between the two parallel lines of the first measuring point d1 and the second measuring point d2 is measured as a first distance A.

Step S03: providing a second measurement method, please refer to FIG. 3, which is a front view of the user, with the outermost edge of the user's facial contour being a third measurement point d3, and the user's shoulder peak being the fourth. At the measuring point d4, the distance between the two parallel lines of the third measuring point d3 and the fourth measuring point d4 is measured as the second distance B.

Step S04: Obtain a first height adjustment parameter according to the BMI information of the user. Wherein, a BMI value and a pillow height adjustment comparison table may be included, as shown in the following Table 1, which includes a BMI value and a suitable pillow height adjustment parameter corresponding to the BMI value, according to which the table B can be compared according to the user's BMI value. The first height adjustment parameter is obtained.

Step S05: obtaining a second height adjustment parameter according to the softness of the mattress of the user. Further, the mattress hardness influence parameter adjustment table may be further included, as shown in the following Table 2, which includes a softness of the mattress, a sleeping posture sample, and a mattress hardness influence parameter corresponding to the softness and sleeping posture of the mattress respectively. The second height adjustment parameter is obtained according to the sleep posture of the user and the softness of the mattress used.

Since the hardness of the mattress currently does not have a common use standard or unit of measurement, the present invention converts the hardness value of the mattress into a mattress based on the pressure unit mbar, so that the mattress hardness is 1 degree equal to the air pressure of 1 mbar. That is, the wind pressure strength formed by injecting air into the closed airbag, whereby the softness and hardness of the mattress can be clearly graded.

The above-mentioned mattress hardness affects the mattress hardness of the parameter adjustment table. The unit of measurement can be standardized. The hardness of the mattress is expressed numerically. Of course, it can also be expressed in descriptive text, as shown in Table 3 below:

It should be particularly noted that, because the softness and hardness of the mattress that the user sleeps may affect the height of the pillow of the user, in this embodiment, a comparison table may be provided, as shown in Table 4 below, which includes a BMI value. And a suitable mattress hardness value corresponding to the BMI value, and depending on the difference between the male and female body structures, the applicable mattress hardness value may also include a male applicable mattress hardness value and a female applicable mattress hardness value, Therefore, according to the gender and BMI value of the user, a suitable hardness value of the mattress can be obtained according to Table 4, so that the user can measure the suitable pillow on the basis of selecting the appropriate softness of the mattress. Height value.

Step S06: Calculate a suitable value of the height of the pillow according to the sleeping posture of the user. Further, the user's sleeping posture includes at least a sleeping, a side sleeping, and a no-sleeping posture, and the user's pillow height is calculated according to the sleeping posture, wherein the appropriate height of the pillow is Q, the first height. The adjustment parameter is X ₁ , the second height adjustment parameter is X ₂ , the first distance is A, and the second distance is B; the calculation formula is as follows: slumber: Q=A+X ₁ +X ₂ ; side sleep: Q= B+X ₁ +X ₂ ; no fixed sleeping position: Q=(A+X ₁ +X ₂ )×0.4+(B+X ₁ +X ₂ )×0.6.

Another embodiment of the present invention is a pillow suitability test system that can be executed using a computer program or a small device, and the pillow suitability test method used is as described above. In this embodiment, more sleep information of the user may be provided, including sleep hours, sleep quality or sleep status, and the corresponding evaluation report may be further provided by the pillow suitability test system. According to this, not only helps the user to find a suitable pillow height, but also helps the user to better understand their sleep problems and suggestions.

The above description is only the preferred embodiment of the present invention, and is not intended to limit the patent application rights of the present invention. The above description should be understood and implemented by those skilled in the art, so that the other embodiments are not deviated from the present invention. Equivalent changes or modifications made in the spirit of the disclosure should be included in the scope of the patent application.

S01, S02, S03, S04, S05, S06. . . step

D1. . . First measurement office

D2. . . Second measurement

D3. . . Third measurement

D4. . . Fourth measurement

A. . . First distance

B. . . Second distance

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a preferred embodiment of the present invention and is a pillow suitability testing system.

Figure 2 is a side elevational view of a user of one of the preferred embodiments of the present invention.

Figure 3 is a front elevational view of a user of one of the preferred embodiments of the present invention.

S01, S02, S03, S04, S05, S06. . . step

Claims (10)

A pillow suitability test method includes: providing a user's height and weight, calculating a BMI value of the user; providing a first measurement method, wherein the recessed portion behind the neck of the user is the first measurement point, a protrusion of the back of the user is a second measurement location, measuring a distance between the two parallel lines of the first measurement location and the second measurement location as a first distance; providing a second measurement method to the user The outermost edge of the facial contour is a third measurement, the shoulder of the user is a fourth measurement, and the distance between the third measurement and the two parallel lines of the fourth measurement is measured as a second distance; Obtaining a first height adjustment parameter according to the BMI information of the user; obtaining a second height adjustment parameter according to the softness of the mattress of the user; calculating a pillow height according to the sleeping posture of the user The right value. The pillow suitability test method according to claim 1, wherein the user's sleep posture includes at least a sleep, a side sleep, and a no-sleep posture, and the user's pillow is calculated according to the sleep posture. a height suitable value, wherein the pillow height is a suitable value Q, the first height adjustment parameter is X ₁ , the second height adjustment parameter is X ₂ , the first distance is A, and the second distance is B; The formula is as follows: sleep on the back: Q = A + X ₁ + X ₂ ; side sleep: Q = B + X ₁ + X ₂ ; no fixed sleeping position: Q = (A + X ₁ + X ₂ ) × 0.4 + (B +X ₁ +X ₂ )×0.6. The pillow suitability test method according to claim 1, comprising a BMI value and a pillow height adjustment comparison table, wherein the BMI value and the pillow height adjustment comparison table comprise a BMI value and one of the BMI values. The pillow height adjustment parameter is applied, and accordingly, the first height adjustment parameter is obtained according to the BMI value of the user. The method for testing the suitability of a pillow according to claim 3, which comprises a mattress hardness influence parameter adjustment table, wherein the mattress hardness influence parameter adjustment table comprises a mattress softness, a sleep posture sample and respectively corresponding to The softness of the mattress and the mattress hardness affecting parameter of the sleeping posture are obtained according to the sleeping posture of the user and the softness of the mattress. The pillow suitability test method according to claim 4, wherein the mattress hardness affects the mattress hardness of the parameter adjustment table in a numerical value or a descriptive text. A pillow suitability test system includes: providing a user's height and weight, calculating a BMI value of the user; providing a first measurement method, wherein the user's neck behind the depression is the first measurement location, a protrusion of the back of the user is a second measurement location, measuring a distance between the two parallel lines of the first measurement location and the second measurement location as a first distance; providing a second measurement method to the user The outermost edge of the facial contour is a third measurement, the shoulder of the user is a fourth measurement, and the distance between the third measurement and the two parallel lines of the fourth measurement is measured as a second distance; Obtaining a first height adjustment parameter according to the BMI information of the user; obtaining a second height adjustment parameter according to the softness of the mattress of the user; calculating a pillow height according to the sleeping posture of the user The right value. The pillow suitability test system of claim 6, wherein the user's sleep posture includes at least a sleep, a side sleep, and a no-sleep posture, and the user's pillow is calculated according to the sleep posture. a height suitable value, wherein the pillow height is a suitable value Q, the first height adjustment parameter is X ₁ , the second height adjustment parameter is X ₂ , the first distance is A, and the second distance is B; The formula is as follows: sleep on the back: Q = A + X ₁ + X ₂ ; side sleep: Q = B + X ₁ + X ₂ ; no fixed sleeping position: Q = (A + X ₁ + X ₂ ) × 0.4 + (B +X ₁ +X ₂ )×0.6. The pillow suitability test system according to claim 6, comprising a BMI value and a pillow height adjustment comparison table, wherein the BMI value and the pillow height adjustment reference table comprise a BMI value and one of the BMI values. The pillow height adjustment parameter is applied, and accordingly, the first height adjustment parameter is obtained according to the BMI value of the user. The method for testing the suitability of a pillow according to Item 8 of the patent application includes a mattress hardness influence parameter adjustment table, and the mattress hardness influence parameter adjustment table includes a mattress softness, a sleep posture sample, and respectively corresponding to The softness of the mattress and the mattress hardness influence parameter of the sleeping posture are obtained according to the sleep posture of the user and the softness of the mattress to obtain a second height adjustment parameter. The pillow suitability test system according to claim 9, wherein the hardness of the mattress affects the hardness of the mattress can be expressed in a numerical value or a descriptive text.