SWITCHABLE HIGH AND LOW MAGNIFICATION LIGHTWEIGHT MICROSCOPE LENS STRUCTURE

摘要

A switchable high and low magnification lightweight microscope lens structure has a first microscope unit, a second microscope unit and a hinge. The first microscope unit has a first microscope lens having a first adhesive piece adhesively attached to an inner side of the first microscope unit with a hole formed through the first adhesive piece. The second microscope unit has a second microscope lens with a magnification higher than that of the first microscope lens having a second adhesive piece adhesively attached to an inner side of the second microscope unit. The hinge has two fixed arms, a pivoting block and a pivoting pin. The fixed arms are formed on and protrude from one edge of the first microscope unit. The pivoting block are formed on and protrudes from one edge of the second microscope unit, and mounted between the fixed arms.

主权项

1. A switchable high and low magnification lightweight microscope lens structure, comprising:
a first microscope unit having:
a first microscope lens mounted through the first microscope unit in a front-to-rear direction; anda first adhesive piece adhesively attached to an inner side of the first microscope unit with a hole formed through the first adhesive piece; a second microscope unit having a second microscope lens mounted through the second microscope unit in the front-to-rear direction and having a magnification higher than a magnification of the first microscope lens; and a hinge having:
two fixed arms formed on and protruding from one edge of the first microscope unit;a pivoting block formed on and protruding from one edge of the second microscope unit, and mounted between the fixed arms; anda pivoting pin mounted through the fixed arms and the pivoting block; wherein the first microscope unit is pivotable with respect to the second microscope unit, and the inner side of the first microscope unit is superimposable on the inner side of the second microscope unit when the microscope lens structure is in a closed state.