TWM406191U - Eyeglasses with reflective frame - Google Patents

Description

Correction and replacement page on April 26, 100 M406191 V. New description: [New technical field] [〇〇〇1] This creation is an improvement for the spectacle frame, especially for the spectacle frame with reflective elements. [Prior Art] [0002] Safety glasses are used to protect the eyes of the user from injury, such as when exercising or working. In some cases, safety glasses are required to be illuminating or reflective. However, such reflective glasses are currently not common on the market. Due to the limitation of the outer surface of the spectacle frame and limited by the reflective properties of the materials currently used in the glasses, the reflective function of the reflective glasses currently on the market is not effective. In addition, it is also necessary to avoid the reflection of the safety glasses reflecting element to the user's glasses and cause interference to the user's vision. Therefore, the structure of the reflective glasses needs to be improved. [New content] [0003] According to a feature of the present invention, a structure of reflective glasses is provided, the structure comprising a spectacle frame, and the main front portion of the spectacle frame is provided with two opposite side frames for supporting at least one lens The spectacle frame further includes a pair of side portions extending rearward from the opposite side frames of the main front portion; the side portions are each provided with at least one reflective member that is visible under low light conditions. In addition, a pair of eyeglasses that are rotatable relative to the main front portion are also mounted on the side portions; or a base portion integral with the main front portion of the spectacle frame is mounted on the side portions; or in the eyeglass arms and/or The base portions of the side portions are each provided with at least one light reflecting member. Form No. A0101 Page 3 / Total 4 Pages [0004] Correction Replacement 苜 on April 26, 100 [Embodiment]

As shown in FIG. 1 to FIG. 5B, the structure of the reflective safety glasses 10 according to the embodiment generally includes a spectacle frame 12, which can be made, for example, by a plastic material in a garment molding process, and a main front portion 14 includes an opposite side frame 1. β is used to support one to two lenses 18. The spectacle frame 12 further includes a pair of side portions (not numbered) which are respectively extended rearward from the opposite side frames 16 of the main front portion 14 and a pair of side portions extending rearward from the main front portion U of the embodiment. The eyeglass arms 2 〇, the eyeglass arms 20 are respectively connected to the opposite side frames 16 of the main front portion 14 in a regular manner and are rotatable. The side portions (in this embodiment, the glasses arm 20, respectively) are provided with one or more reflective elements, so that the mounted retroreflective elements can be seen by others under low light conditions.

Reflective materials such as the 3MTMScotchlightTM reflective material, the technique used by the reflective 'can cause the human eye to perceive light under low light conditions. In more scientific terms, the generation of reflection is the return of light to the direction of the light source. The front end of the electromagnetic wave is reflected by the reflective surface, and the reflected wave is parallel to the wave source, but the direction is opposite. The incident angle of the reflective surface is greater than zero. This is different from other regular reflective surfaces, such as flat mirrors, only when the mirror is completely perpendicular to the wavefront (zero incident angle). Reflective material Returns a significant amount of reflected light directly back to the original source, such as the headlights. Because light is rarely scattered when reflected, the reflective material is the brightest for observers at any angle near the original source. Therefore, it is widely used in road markings and clothing; but it is still applied to small objects like glasses. In particular, the eyeglass arms 20 of the retroreflective safety glasses 10 each have a large recess 22 and a small recess 24 provided on the inside of the 20 eyeglass arms (not numbered). The large recess is located near the connecting end of the eyeglass arm 20, and the small recess 24 is located at the free end. Attachment No. A0101 Page 4 of 14 Pages After April 26, 2014, the replacement page is near. A reflective fabric 26, with reflective lenses attached to the fabric lining, forms reflective surfaces ' respectively disposed in recesses 22 and 24, the reflective surfaces facing the concave bottom (not numbered). The recesses 2 2 and 2 4 each have at least one side opening (designed as a plurality of lateral openings 28 according to the object of this embodiment), and the outer side of the eyeglass arm 20 from the concave bottom via the eyeglass arm 2 (not numbered) Extending to display the reflective surface of the target design reflective fabric, respectively. Fixing members 3 and 32 are attached to the recesses 22 and 24, respectively, for fixing the reflective fabric 26. The fasteners 30 and 32 are respectively provided with a first side and a second side (not numbered) opposite the bottom (not numbered). The first side of the bottom portion generally conforms to the concave bottom contour of the recesses 22 and 24, respectively, pressing the reflective fabric 26 against the concave bottom. The second second surface of the fixture 30 is substantially flush with the inner side of the eyeglass arm 2''. The fixing member 32 can be used as a fixing member for the eyeglass arm 2〇 to fix the reflective safety glasses 1 to the user's head, respectively, using a flexible material such as rubber or the like. Therefore, the bottom second surface of the fixing member 32 can be slightly protruded from the inner side of the arm 2 of the eyeglass arm 2 so as to be tightly coupled to the user's head. FIG. 5C shows another structure, and the fixing member 3〇 In addition, a bar ejection member 34 extends outwardly from the bottom first face, and a portion of the reflective fabric 26 is pressed into the opening 28 toward the outside of the eyeglass arm 20. The number and contour of the projections 34 of the fixture 30 need to correspond to the target design of the opening 28. Figures 6 and 7 show the structure of the reflective safety glasses 1A according to another embodiment. Reflective safety glasses l〇a include similar figures! The components and features indicated by the numerals of the reflective safety glasses 10 shown in FIG. 4 are not described herein again. Reflective Women's All Glasses 1 Oa The difference between the reflective safety glasses 1 4 shown in Figure 1-4 is mainly due to the way in which the attached reflective elements are joined. The reflective safety glasses 1〇a are not like the reflective safety glasses 1 shown in FIG. 4, and the recesses 2 2 and 2 4 are respectively provided on the inner side of the eyeglass arms, but are arranged on the outer side of the eyeglass arm 20 to the shallow recesses 36 ^ concave At the form 36, the dock number A0101, on the Z6 day of the 100th, is replaced by a reflective element 2 6a (such as a reflective fabric having a shape substantially similar to the dimple 36), and is coated on the back and concave bottom of the reflective fabric. Adhesives and the like make them combined. The reflective surface of the fabric can thus be seen on the outside of the eyeglass arm 20. In addition, the reflective fabric block used as the reflecting member in the reflective safety glasses 10a can be replaced by a reflective film, such as a pressure-sensitive adhesive film, which can be easily attached to the concave bottom without additionally applying an adhesive: The film can also be used for the reflective element of the reflective safety glasses 10 a; in addition, the reflective ink can also be used as a reflective element of the reflective safety glasses 10a, printing directly onto the concave bottom or any position outside the eyeglass arm 20. The foregoing alternative reflective materials are commercially available, but are not limited to the EuroTM s〇tch-1 ightTM reflective materials used in the retroreflective safety glasses ig and l〇a described herein. Other suitable reflective materials can also be used as reflective elements for the reflective safety glasses.圊8 shows the structure of the reflective safety glasses 1 〇b according to another embodiment. The reflective safety glasses 1 Ob include elements and features similar to those of the retroreflective safety glasses 10 shown in Figures 1-4, and are not described herein. The side portion of the spectacle frame 1 2 of the safety glasses 10 generally includes only a pair of eyeglass arms 20' which are mounted on the opposite side frames 16 of the main front portion 14 and are rotatable. In contrast, the side portions of the reflective safety glasses 10b each include a bottom 丨 9* integral with the main front portion 14 and the opposing frames 16 in the main front portion 14 are respectively extended toward the rear. The thank-you bezel, which is boring in the front part of the main part 14, allows the user to obtain better protection. The side portions can be fitted with eyeglass arms 2 分别 which are respectively connected to the rear end (not numbered) of the bottom portion 19 and are rotatable. In addition, the side portion of the spectacle frame 12 may include only the bottom portion 19. A flexible headband can be attached to the bottom instead of the eyeglass arm 20, and the form of the goggle type will be the form number A010丨page 6/14 pages M406191 • ., April 26, 100 nuclear replacement page reflective safety glasses 10b fixed On the user's head. A reflective element 26b can be attached to the bottom portion 19 by a suitable reflective material having a suitably configured bottom (e.g., a recess, a recess containing the opening, a flushed outer side surface, etc.), as discussed above with respect to Figure 1 - 5 C and the embodiments 10 0 and 10 a shown in Figs. 6-7 are respectively similar or different. In accordance with another embodiment, the spectacle frame structure can incorporate reflective elements, such as a reflective fabric, in the main front portion (when there is an integral side portion) or in the formation of the respective eyeglass arm molds.

Under low light conditions, others can see one or more reflective elements mounted on the side portions of the retroreflective safety glasses frame. If the observer is located near the light source, the reflective elements mounted on the safety glasses can be seen at a wider angle relative to the safety glasses than the right angle of the reflective surface of the reflective elements on the glasses. In addition, the position of the reflective element at the eyeglasses does not lie in the front of the spectacle frame as some of the prior art retroreflective elements may interfere with the user's line of sight through the spectacle lens.

Reflective safety glasses of the present invention may include other elements and features not belonging to the invention, such as eye protection, facial contact devices, and the like. Therefore, the principle of attaching the reflecting element to the side portion of the safety glasses frame can be widely applied to other types of glasses without being limited to safety glasses. The embodiments of the foregoing invention are for illustrative purposes only. It is obvious to those skilled in the art that the invention may be modified and improved upon reviewing the disclosure of the present invention, and thus modifications and improvements of the invention are also within the scope of the claims. BRIEF DESCRIPTION OF THE DRAWINGS [0005] FIG. 1 is a side view of a reflective eyeglass according to an embodiment, the opening form number of the eyeglass arm Λ0101, page 7 / 14 pages, April 26, 100, nuclear replacement IS: display Figure 2 is a front view of the reflective safety glasses of Figure 1; Figure 3 is a top view of the reflective safety glasses of Figure 1; Figure 4 is a cross-sectional view of the reflective safety glasses along line 4-4 of Figure 2, showing Figure 5A is a cross-sectional view of the eyeglass arm along line 5A-5A of Figure 3, showing a notch in the arm of the eyeglass and an opening, a fixing member and a reflective fabric mounted in a recess;

Figure 5B is a cross-sectional view of the eyeglass arm taken along line 5B-5B of Figure 3, showing a rubber support that also serves as a reflector for the retroreflective element; Figure 5C is a cross-section of the eyeglass arm similar to Figure A: Figure shows an alternative construction , wherein a protruding member of the fixing member presses the reflective fabric portion into the opening; FIG. 6 is a side view of another embodiment of the reflecting glasses; FIG. 7 is a cross-sectional view of the eyeglass arm taken along line 7-7 of FIG. A recess for mounting the retroreflective element on the outside of the eyeglass arm; Figure 8 is a side elevational view of a reflective safety eyeglass in accordance with a further embodiment.

[Main component symbol description] [0006] 10 reflective safety glasses 1 6 opposite side frame 20 glasses arm 28 opening 3 2 fixing member 12 glasses frame 14 front portion 18 lens 19 bottom 22 recess 24 recess 26 reflection fabric 30 fixing member 34 protruding member 36 submerged recess 10a reflective safety glasses 10b reflective safety glasses 26b reflective component form number A0101 Page 8 of 14

Claims (1)

M406191 _ '100年04月26日正正换页6, the scope of application for patents: 1 · A reflective eyeglass structure consists of: a spectacle frame, the main front part of the spectacle frame is equipped with two opposite side frames for at least the branch a lens, the eyeglass frame further includes a pair of side portions extending rearward from the opposite side frames of the main front portion; at least one reflective element is connected to each of the side portions. The reflective element directs the incident angle of light along the aforementioned light. The light source reflects, but in the opposite direction. The structure of claim 1, wherein the side portion is provided with a pair of eyeglass arms that are rotatable relative to the main front portion. The structure of the first aspect of the invention is in which the side portions are each provided with a base integral with the main front portion of the spectacle frame. The structure of claim 2, wherein the eyeglass arms are each connected to at least one reflective element. The structure of claim 3, wherein the base portion integral with each of the side portions is provided with at least one reflective member. • The structure of claim 1, wherein the at least one reflective element is a reflective fabric. For example, the structure described in item i, wherein at least one of the reflective elements is a reflective high gloss reflective material. If the application for the special ship mi is adopted, the towel-to-reflection element is a pressure-sensitive adhesive reflective film. 10 If applying for the structure described in item 1 of the full-time division, wherein the side portions each include a recess provided on the outer side thereof, the material is loaded with at least one reflective element. For example, the structure described in claim 6 (4), wherein the side portions each include a recess disposed on the inner side thereof for loading at least one reflective fabric, concave 09922509] Form No. A010I 1003145147-0 11 virtual machine +. „ , 牛牛 April 26th, the mouth from the concave bottom through the side part of the side of the side of the ^ ^ V reflective elements of the functional surface is displayed. As claimed in the scope of the patent scope 1G, wherein The side portions each include 12 - a fixing member attached to the inner side for fixing the reflective fabric in the recess. The structure described in claim 11 wherein the (four) member includes - a W is contained in the recess, And comprising two opposite first faces, a second face, and the thirteenth face substantially conforms to the concave bottom gallery. The reflective fabric can be pressed against the concave bottom. The structure according to claim 12, wherein the fixing is fixed. The second side of the piece is substantially flush with the inner side of the side portion. The structure of the invention of claim 12, wherein the fixing member comprises - the protruding member from the bottom first For the epitaxial member, press the part of the secret fabric to the outside of the side portion into the opening. 099225091 Form number Λ0101 Page 10 / Total u page 1003145147-0