Method of loupe assembly and eyewear incorporating said loupe assembly therein
A method of assembly of a magnification device formed having a first section and a second section, wherein within each of the first section and the second section are formed a plurality of ridges and a plurality of spaces therebetween, inserting optical components with the formed spaces and joining the first and second sections together and an eyepiece assembly is slidably engageable into a proximate end of the magnification device to focus an object a known distance from a distal end of the magnification device. Further discloses is an eyewear incorporating the assembled magnification devices.
1 . A method of constructing a telescopic eyewear system, the method comprising the steps of:
determining a distance between telescopic lenses within the telescopic eyewear system, wherein the telescopic eyewear system comprises:
an eyewear comprising:
a left lens; and
a right lens, wherein a telescopic lens is incorporated within each of the left lens and the right lens, the telescopic lens comprising:
an eye-piece;
an objective lens; and
a prism element positioned between the eye-piece and the objective lens, wherein an optical axis is formed between the eye-piece and the objective lens through the prism element; and
a wedge prism, positioned in a based-in orientation, configured to:
alter a direction of the optical axis, wherein the characteristics of the wedge prism being selected based on a known distance from the telescopic lens;
injecting a light into the telescopic lens incorporated into the left lens and the telescopic lens incorporated into the right lens;
reviewing a position of the light passing through each of the telescopic lens at the known distance from the telescopic lens, and
adjusting the telescopic lens in corresponding ones of the left lens and the right lens into a parallel relationship, wherein the parallel relationship of the telescopic lens is determined based on an overlap of the position of the light passing through each of the telescopic lens being substantially at a maximum.
2 . A method of validating a construction of a telescopic eyewear lens system, the method comprising the steps of:
inserting, from a light source, a light into a telescopic loupe inserted within a left lens and a telescopic loupe inserted within a right lens of an eyewear, wherein the light sources emitting the light are separated by a distance equal to a distance between the telescopic loupe inserted within the left lens and the telescopic loupe inserted within the right lens;
measuring a distance between projections of the light passing through the telesecopic loupe inserted within the left lens and the telescopic loupe inserted within the right lens at a known distance from the telescopic loupe inserted within the left lens and the telescopic loupe inserted within the right lens;
determining whether the measured distance of the projected light is equal to the distance between the telescopic loupe inserted within the left lens and the telescopic loupe inserted within the right lens; and
adjusting at least one of the telescopic loupe inserted within the left lens and the telescopic loupe inserted within the right lens based on the measured distance to achieve a same value of the measured distance of the projected light and the distance between the telescopic loupe inserted within the left lens and the telescopic loupe inserted with the right lens;
position, in a base-in configuration, a wedge prism of a desired power in each of the telescopic loupe inserted within the left lens and the telescopic loupe inserted with the right lens, wherein a power of the wedge prism is based at least on the known distance from the telescopic loupe inserted within the left lens and the telescopic loupe inserted with the right lens; and
validating the construction of the telescopic eyewear system by determining a substantially maximum overlap of the projection of light through the telescopic loupe inserted within the left lens and the telescopic loupe inserted within the right lens.
3 . A method of construction a telescopic eyewear system comprising the steps of:
inserting telescopic loupe into each of a left lens; and a right lens of an eyewear, the telescopic loupes being separated by a first known distance;
viewing an image through each of the telescopic loupes, wherein the images are separated by the first known distance,
adjusting at least one of the telescopic loupes to maximize the image viewed through the telescopic lenses;
Inserting, in a base-in configuration, a wedge prism into the telescopic loupe associated with the left lens;
inserting, in a base-in configuration, a wedge prism into the telescopic loupe associated with the right lens, wherein a base of the wedge prism within the loupe associated with left lens is opposed a base of the wedge prism within the loupe associated with the right lens.
4 . The method of claim 3 , wherein characteristics of the wedge prism are based on at on a second distance from a corresponding one of the loupes.
5 . The method of claim 3 , wherein each of the telescopic loupes comprises:
an eye-piece assembly;
a prism, and
an objective lens, wherein an optical axis is formed between the eye-piece assembly and the objective lens through the prism.