| CLAIMS 1- The present invention is related to the eyelash design compasses which enables determining which length and which model eyelash should be used according to the eye shape and size of a person who will use fake eyelashes, characterized by; at least one eyelash length measuring apparatus (1), at least one apparatus determining the eyelash directions to be fitted, includes at least one long design size section (4), at least one short design size section (5) units. 2- The invention is related to eyelash design compasses according to claim 1, characterized in that; the eyelash length of the person is calculated using the eyelash length measuring apparatus (1), if the eyelash length of the person is below 5 mm, the measurement is taken using the short design size section (5), if it is over 5 mm, the measurement is taken using the long design size section (4), the lower eyelid size of a person is 36 mm, so the obtained measurement values are added to 36, a total of six measuring points are on the eye, so the value obtained on the shortest result step is added to 36 and divided by 6, the value obtained at the second point which is the next longest value is also summed with 36 and divided by the value 5.5, the third measurement value which is the next longest value is also added to 36 and divided by 5, the value obtained at the fourth point is also added to 36 and divided by the value 4.5, the value obtained at the next point is also added to 36 and divided by the value 4, the value obtained at the last point is also added to 36 and divided by the value 3.8, the mathematical values obtained after the procedures give the eyelash length values to be applied. 3- The invention is related to eyelash design compasses according to the preceding claims, characterized in that longer or shorter eyelash combinations can be obtained by slightly increasing or decreasing the constant values dividing in the eyelash length calculation formulation. |
METHOD
DESCRIPTION
Technical Field:
The present invention is related to eyelash design compasses and the method of determining eyelashes suitable for the person with the help of the compasses, which enable determining which length and which model eyelash should be used according to the eye shape, dimensions and carrying capacity of a person who will wear fake eyelashes.
Known State of the Technique:
Today, it is very common to use detachable artificial eyelashes, which can be used instead of silk eyelashes or eyelashes, because they look longer and more attractive.
In order to wear the fake eyelashes, firstly what size and model eyelashes the person wants is asked, afterwards, the expert adds various lengths of silk eyelashes to the natural eyelashes on the eyelid, which he deems appropriate, to create the desired model of the user, then applies it without making any measurements and then the customer satisfaction rate decreases since it is unlikely to achieve a design suitable for the eyelid dimensions of the customer.
Brief Description of the Invention
The present invention is related to eyelash design compasses which enable determining which length and which model eyelash should be used according to the eye shape, eyelash carrying capacity and dimensions of a person who will wear fake eyelashes. For this, eyelash design compasses are used, which includes apparatus that measures the eyelash length of the person and determines the eyelash directions to be worn.
Benefits of the Invention
One benefit of the invention is that suitable eyelash design can be obtained according to the eye structure of the person.
Another benefit of the invention is to prevent damage to the eyelashes of the person by calculating the eyelash transport rates.
Another benefit of the invention is to make the eye of the person appear larger than normal by calculating the lash directions.
Figures and Reference Numbers of Figures
1- Representation of the eyelash design compasses.
Reference Numbers
1- Eyelash length measuring apparatus
2- Apparatus that determines the directions of the eyelash to be attached
3- Logo area
4- Long design size section
5- Short design size section
Disclosure of the Invention:
The present invention relates to eyelash design compasses that enable determining which size and which model eyelash should be used according to the eye shape and size of a person who will wear fake eyelashes. For this, eyelash design compasses are used, which includes an apparatus that measures the eyelash length of the person and determines the eyelash directions to be worn.
In the first stage, the eyelash length of the person is calculated using the eyelash length measuring apparatus (1). If the eyelash length of the person is below 5 mm, the measurement is taken using the short design size section (5). If it is over 5 mm, the measurement is taken using the long design size section (4).
The lower eyelid size of a person is 36 mm in average in length starting from the eye spring towards the tail. The obtained measurement values are added to 36. A total of six measuring points on the eye have been discovered. The first of the measurement points starts at the 1st eye spring, the value obtained is added to 36 and divided by 6. The value obtained at the second is also summed with 36 and divided by the value 5.5. The third measurement is also added to 36 and divided by 5. The value obtained at the fourth point is also added to 36 and divided by the value 4.5. The value obtained at the fifth point is also added to 36 and divided by the value 4. The value obtained at the last sixth point is also added to 36 and divided by the value 3.8.
The mathematical values obtained after the procedures give the eyelash length values to be applied.
The apparatus (2), which determines the directions of the eyelashes to be worn, is held on the eyebrow in the form of the reverse letter V and indicates the direction in which the eyelashes should be turned and glued. It allows a calculation that makes the eye appear larger or smaller depending on the angle formed.
There is a logo area (3) on the eyelash design compasses to indicate the manufacturer's information.