A bifocal-glasses frame includes: a pair of lens-holding frames (1) each holding vertically arranged lenses (A) and (B); a bridge (1A) coupling the lens-holding frames (1) in height at the center; a temple (2); an inverting unit (5) provided on an outside and in height at the center of each of the lens-holding frames (1) and configured to invert the temple (2); and nose pads (6) provided correspondingly one-to-one to both ends of the bridge (1A) and supporting the bridge (1A) while being in contact with a nose even when the lens-holding frames (1) are inverted, in which the temple (2) includes a bent portion (4).

A method for processing a pair of spectacles having a metal sheet wrapping the surface of an acetate sheet comprises the following steps: step 1, cutting a 4.0 acetate sheet; step 2, softening the cut acetate sheet through baking, and tapping a steel needle into the acetate sheet; step 3, cutting out grooves in the two sides of the acetate sheet, and clamping metal fittings on the acetate sheet; step 4, mounting an upper die and a lower die on a 15-ton hydraulic press; step 5, clamping a metal material in the grooves formed in the acetate sheet, sleeving the metal material and the acetate sheet in a middle pressing die, and heating the metal material and the acetate sheet sleeved by the middle pressing die in an oven; step 6, baking the acetate sheet in a sealed oven; step 7, after the acetate sheet is completely softened, sleeving the acetate sheet and the middle pressing die in the lower die of the hydraulic press, and directly pressing the acetate sheet through the hydraulic press with an adjusted pressure of 1 ton; step 8, taking out the acetate sheet, and grinding an excess acetate sheet material and metal material on the surface of the acetate sheet to be flush through a waterproof abrasive paper machine; and step 9, after pressing the metal material in the acetate sheet, performing subsequent spectacle processing procedures according to a traditional method so as to fabricate a finished spectacle product.

The present disclosure relates to a nose-separation earpiece unit, an eyeglass frame having the same, and eyeglasses having the same in which a separate earpiece is further included on an existing earpiece passing over the ear when the eyeglasses are worn such that positions at which the eyeglasses are worn may be varied, and the eyeglasses may be worn even when the eyeglasses are separated from a main part of face to wash or apply makeup or when things are viewed without a lens due to having myopia or the like.

Process for making a temple for an eyeglass frame, which comprises: a step of arranging an elongated body made of plastic material; a first heating step, in which the elongated body is heated up to its softening temperature; a step of housing the elongated body in a shaped concavity of a mold; a second step of heating a metallic core; a step of inserting the metallic core in the elongated body. In addition, the housing step is preceded by a step of positioning an ornamental element in a seat provided within the shaped concavity of the mold, in which the ornamental element is retained by means of shape coupling.

Actuator assembly comprising a fluid-lens module (14) surrounded by a clamp (26), a frame (12) enclosing the clamp (14) and an actuator (16) connected to an end of the clamp (26), the actuator (16) being accessible from outside the frame (12) and being configured such that its movement relative to the frame (12) causes the clamp (26) to compress so that the optical power of the fluid-lens module (14) be adjusted.

The present invention relates to the technical field of glasses and discloses glasses with a call function, where the glasses include a temple, a holding groove is disposed on the temple, the holding groove has an opening connecting to a side of the temple, a swinging block that is placed in the holding groove and can be moved out of the opening of the holding groove is movably connected in the holding groove, and a sound element configured for a call is disposed in the swinging block. Compared with the prior art, in glasses in the present invention, when a call function needs to be used, a swinging block can be moved out of a holding groove to expose outside a temple, and a sound element in the swinging block is used to perform a call operation; and when a call function is not needed, the swinging block is placed in the holding groove to prevent a problem that the glasses is relatively big in dimension and heavy in weight. In addition, a user is not required to place any element in an ear and is relatively comfortable when using the glasses, and an impact caused by radiation during a call to health is greatly reduced. In particular, for a user frequently drives, using these glasses can significantly improve driving safety.

The present invention relates to eyeglass frames with temples which have a quick release feature. In addition, the present invention is adaptable to use with standard eyeglass frames that accept a screw pivot pin turning the glasses from ones that require a screwdriver to replace the temples to eyeglasses that the temples can easily be replaced by hand in a matter of seconds with no tools.