Abstract: A goggle and an angle adjustment mechanism thereof are provided. The angle adjustment mechanism includes an assembling slot and a bendable temple. The assembling slot has a retaining rack arranged therein, and the retaining rack is in an arced shape. The bendable temple is integrally formed as a single one-piece structure and includes an assembling segment pivotally connected to the assembling slot and having an engaging tooth and a flexible segment that extends from the assembling segment. The engaging tooth of the assembling segment is inserted into the assembling slot and is engaged with the retaining rack, and the assembling segment is rotatable relative to the assembling slot in an angle range, so that the engaging tooth is engaged with and movable from one end of the retaining rack to another end of the retaining rack.

Abstract: An assembled full-face mask includes a goggle, an outer lens, and a mask shell. The outer lens includes a sheet and a pivotal frame that is connected to the sheet. The pivotal frame is assembled to the goggle, and the outer lens is rotatable relative to the goggle along a first axis. The mask shell includes two connection rods assembled to the goggle and a shell body that is connected to the two connection rods. The mask shell is rotatable relative to the goggle along a second axis that is parallel to and spaced apart from the first axis. When one of the outer lens and the mask shell is rotated relative to the goggle by a first angle, another one of the outer lens and the mask shell is rotatable relative to the goggle by a second angle that is less than the first angle.

Abstract: The present disclosure discloses a goggle device and a spectacle frame thereof. The spectacle frame includes a buckling structure arranged on an end portion thereof. The buckling structure has an accommodating space and an entrance in spatial communication with the accommodating space. The buckling structure includes a cantilever arranged in the accommodating space and a retaining wall that is arranged in the accommodating space and is spaced apart from the cantilever. A free end portion of the cantilever is arranged adjacent to the entrance, and the cantilever is rotatable between a lock position and an unlock position. When the cantilever is at the lock position, the free end portion shields the entrance. When the cantilever is rotated to the unlock position by an external force, the free end portion does not shield the entrance, and the cantilever is deformed to store an elastic force.

Abstract: A snow goggle device includes a spectacle frame, two pivoting members movably connected to the spectacle frame, and a curved lens pivotally connected to the two pivoting members. Each pivoting member is cooperated with the spectacle frame to form with a first segment movable along a straight path and a second segment movable along an arced path, and includes a third segment synchronously movable with the first segment and the second segment. When the first and the second segments of each pivoting member are synchronously moved, the third segments drive the curved lens to move with respect to the spectacle frame between a closed position and an open position, synchronously causing a deformation of the curved lens. When the curved lens is at the closed position or the open position, the curved lens receives a stress that is smaller than a stress generated from the deformation.

Abstract: An eyeglasses structure includes a frame body, at least one lens, a first elastic contacting member and a second elastic contacting member. The frame body includes an attaching portion and a positioning portion. The at least one lens is detachably attached to the attaching portion. Each of the first and second elastic contacting members includes an engaging portion detachably engages the positioning portion, a linking rod portion connected with the matching portion, and a nose pad portion connected to the linking rod portion. The radial cross-sectional area of the linking rod portion is smaller than that of the nose pad portion connected to the linking rod portion, so as to increase the swing angle of the nose pad portion relative to the engaging portion connected with the linking rod portion.

Abstract: A buckling module of a goggle device includes a buckling structure, a flexible belt body and an inserting member fixed on the belt body. The buckling structure has an accommodating space and an entrance in spatial communication with the accommodating space. The buckling structure includes a front positioning portion and a rear positioning portion both arranged at two opposite sides of the entrance. When a front end portion of the inserting member is inserted into the accommodating space by passing through the entrance, the front end portion moves toward an inner surface of the front positioning portion, and a first portion of the belt body adjacent to the front end portion is resiliently squeezed by the front positioning portion, so that the squeezed portion of the belt body drives a rear end portion of the inserting member to move toward an inner surface of the rear positioning portion.

Abstract: A snow goggle device includes a composite lens and a spectacle frame fastened to a periphery of the composite lens. The composite lens includes a multi-layer sheet, a protective sheet spaced apart from the multi-layer sheet, and a combining layer connecting the multi-layer sheet and the protective sheet. The multi-layer sheet includes an anti-UV layer, an anti-fog layer, and a photochromic layer, the latter two of which are respectively disposed on an inner surface and an outer surface of the anti-UV layer. The photochromic layer has an adjustable transmittance that is changed when a UV light travels through the photochromic layer. The anti-UV layer can reflect a UV light to the photochromic layer. The multi-layer sheet, the protective sheet, and the combining layer jointly define an air layer that is configured to slow down the transference of an outer temperature of the protective sheet to the multi-layer sheet.

Abstract: An eyeglass structure is provided, including a lens and a pair of temples. Two ends of the lens are respectively disposed with a pair of connecting parts and a position limiting part, wherein the position limiting part and the pair of connecting parts are disposed at intervals. Each connecting part has a pivot hole, and the position limiting part has a concave part. One end of each of temple is disposed with a pair of connecting arms, and a space is formed between the pair of connecting arms. One side of each connecting arm is pivotally connected to the pivot hole, and the pair of the connecting arms are respectively received in the spaces. A part of the pair of connecting arms of each temple selectively moves to the concave part, thereby separating the pair of connecting arms from the pair of connecting parts.

Abstract: An eyeglasses with quick detachable temple has a lens and two temples. Opposite sides at both ends of the lens are defined as terminal sides respectively, and recesses are formed on the terminal sides respectively. Each recess is formed with a first and second protrusions, and a first and second niches, wherein the first protrusion is opposite to the second protrusion. The first and second niches are adjacent to the first and second protrusions respectively. A distance between the first and second niches is greater than a distance between top ends of the first and second protrusions. Each temple has a wedge unit, and the shape of the wedge unit is corresponding to the shape of the recess. The wedge unit comprises a shallow groove wall, a deep groove wall, a settling bump, and a wedging bump.

Abstract: A pair of eyeglasses comprises a frame, a lens unit fixed in the frame, and two temples pivotally connected to the frame. Each temple includes a pivoting arm pivotally connected to the frame and a flexible clipping arm integrally formed on the pivoting arm. The pivoting arm has a thru-hole. The clipping arm has a positioning pillar, a fixing portion integrally extended from one end of the positioning pillar, and an adjusting pad integrally extended from another end of the positioning pillar. The positioning pillar couples the thru-hole of the pivoting arm, the fixing portion is fixed on the outer surface of the pivoting arm, and the adjusting pad is arranged proximate to the inner surface of the pivoting arm. The adjusting pad is twistable with respect to the pivoting arm inside 60 degrees.

Abstract: An eyewear having angle adjustable nose pads includes a main body and a pair of nose pads. The main body has a nose pad frame. The nose pad frame has two pad arms, corresponding to two sides of a nose bridge, extending therefrom. The two pad arms each has peripheral portions defining a through hole, and two oppositely arranged peripheral portions each have a plurality of grooves arranged thereon. The nose pads and the two pad arms are correspondingly coupled. The nose pads each includes a padding, a plurality of latching members extended from the padding, and two stoppers respectively arranged on outer sides of two latching members. The latching members of the nose pads pass through a side of a pad arm through a through hole and couple to the other side of the pad arm. The two stoppers of each nose pad correspondingly abut two grooves.

Abstract: An eyewear having angle adjustable nose pads includes a main body and a pair of nose pads. The main body has a nose pad frame. The nose pad frame has two pad arms, corresponding to two sides of a nose bridge, extending therefrom. The two pad arms each has peripheral portions defining a through hole, and two oppositely arranged peripheral portions each have a plurality of grooves arranged thereon. The nose pads and the two pad arms are correspondingly coupled. The nose pads each includes a padding, a plurality of latching members extended from the padding, and two stoppers respectively arranged on outer sides of two latching members. The latching members of the nose pads pass through a side of a pad arm through a through hole and couple to the other side of the pad arm. The two stoppers of each nose pad correspondingly abut two grooves.

Abstract: A goggle includes a frame a soft skirt. The soft skirt is disposed at a side of the frame and has an adjustment portion having a plurality of teeth arranged in intervals. The goggle conforms to a wearer's nose and the skin around.

Abstract: The present disclosure provides an eyeglass structure having flexible temples, comprising: a main body; and two flexible plastic temples respective connected at two ends of the main body. The two flexible plastic temples each have a front portion proximal to the main body and a rear portion extending from the respective front portion. The degree of flexibility of the rear portions is greater than that of the front portions. The rear portions can be bent to from a support structure for the ear portion of a user. By this configuration the conformity and comfort of the eyeglass structure is improved.

Abstract: An adjustable nose pad structure comprises a main body and two adjustable members. The main body includes two adjustable portions having portions defining an open slot and a groove. The open slot has two opposite sidewalls, and a plurality of first recesses and second recesses. Each adjustable member is disposed in each adjustable portion. Each adjustable portion includes a pivotable portion and a connecting body. The connecting body has two opposite sidewalls respectively having a first convex protrusion and a second convex protrusion. One first convex protrusion is removably engaged to one of the first recesses, and one second convex protrusion is removably engaged to one of the second recesses. Thus, users can adjust the nose pads via adjusting the adjustable member until the nose pads are in position to properly fit the shape of user's nose.

Abstract: An eyewear having a quick lens release structure includes a frame, a latching member, an elastic member, and a lens. The frame has a groove including a plurality of slots and a notch. The latching member is disposed in the groove and includes a lever disposed in the notch and a plurality of hooking portions disposed in the slots with portions protruding from slots. The lens is engaged to the frame and has a plurality of hooking portions. One end of the elastic member presses against the latching member, and the other end presses against the groove such that the hooking portions of the latching member and the lens can be coupled and decoupled.

Abstract: An adjustable nose pad structure comprises a main body and two adjustable members. The main body includes two adjustable portions having portions defining an open slot and a groove. The open slot has two opposite sidewalls, and a plurality of first recesses and second recesses. Each adjustable member is disposed in each adjustable portion. Each adjustable portion includes a pivotable portion and a connecting body. The connecting body has two opposite sidewalls respectively having a first convex protrusion and a second convex protrusion. One first convex protrusion is removably engaged to one of the first recesses, and one second convex protrusion is removably engaged to one of the second recesses. Thus, users can adjust the nose pads via adjusting the adjustable member until the nose pads are in position to properly fit the shape of user's nose.

Abstract: An eyewear having a quick lens release structure includes a frame, a latching member, an elastic member, and a lens. The frame has a groove including a plurality of slots and a notch. The latching member is disposed in the groove and includes a lever disposed in the notch and a plurality of hooking portions disposed in the slots with portions protruding from slots. The lens is engaged to the frame and has a plurality of hooking portions. One end of the elastic member presses against the latching member, and the other end presses against the groove such that the hooking portions of the latching member and the lens can be coupled and decoupled.

Abstract: An eyeglasses structure includes a lenses and an eyeglasses frame including a frame, two legs and a nose pad set. The frame has a base from which one resilient arm stretches to either side of the base. The two legs are respectively pivotally connected to ends of the resilient arms. The base has a groove on its lower edge. An engagement part extends from a central portion of the base. The lenses have an upper edge and a lower edge, wherein the upper edge is embedded in the groove. The nose pad set engages with the engagement part and is held at a lower edge of the lenses. Thereby, the eyeglasses structure and eyeglasses frame have a simplified configuration, improved durability and are easy to assemble and disassemble and there is little risk of damaging the lenses.

Abstract: A pair of screwless eyeglasses includes a lens assembly, two connecting rods, and two temples. The connecting rods extend respectively through two front slots in the lens assembly, and are inserted respectively into two rear slots in the temples. Two front stop units are connected respectively and fixedly to front end portions of the connecting rods, and abut respectively against two rear stop units fixed respectively within the front slots so as to prevent rearward removal of the connecting rods from the front slots. When the connecting rods rotate respectively about the front stop units toward each other so as to extend respectively through two notches in the lens assembly, the temples abut against each other.