CN115390275A - A kind of integrated goggle and preparation method thereof - Google Patents

Abstract

The invention discloses an integrated goggles, which comprises goggle lenses and dioptric lenses, wherein the goggle lenses are provided with radians along the curves of the human face, the goggle lenses are formed by splicing two symmetrical left goggle lenses and right goggle lenses, a left embedding hole is formed in the middle of each left goggle lens, a right embedding hole is formed in the middle of each right goggle lens, the dioptric lenses comprise a left dioptric lens with the size of the left embedding hole and a right dioptric lens with the size of the right embedding hole, the left dioptric lenses are embedded into the left embedding holes in a matching mode, and the right dioptric lenses are embedded into the right embedding holes in a matching mode. The integrated goggles lens is obtained by preparing the goggles lens, cutting, digging a hole, processing diopter and assembling. The invention adds the vision correcting function on the basis of the goggles, maintains the streamline windproof design of the integrated goggles to the maximum extent, has stable and simple integral structure and unique process, greatly reduces the processing difficulty and improves the yield.

Description

A kind of integrated goggle and preparation method thereof

technical field

The invention belongs to the technical field of glasses processing, and in particular relates to an integrated goggle and a preparation method of the integrated goggle.

Background technique

Goggles, also called goggles, were originally designed for cyclists. Compared with ordinary glasses, goggles have a stronger wrapping property, which can fully isolate the human eyes from the outside world and prevent dust and airflow from entering the human eyes during riding. , so the goggles are popularly set as a kind of glasses that protect the wearer's eyes.

At present, there are two types of goggles on the market, one is integrated goggles, the outer contour shape is directly cut from the whole lens, and the other is ordinary glasses similar to double lenses, which are embedded in the frame by two separate lenses ;These two forms of goggles have a certain spherical curvature to fit the eyes of the human body. Generally speaking, the closer the curvature is to the eyes, the better the wrapping and the better the windproof ability.

But as far as the current production technology is concerned, neither of the two forms of goggles has the function of correcting vision. Take the myopia lens in the refractive lens as an example. Therefore, the processing space on the side of the lens close to the eye is narrow, and processing high-precision concave lenses in such a narrow and limited space requires extremely high processing equipment and technology, and the current production technology has not yet been realized; due to myopia lenses The arc of the goggles is small, while the overall arc of the goggles is large and "streamlined". If the double lenses are replaced with myopia lenses, the overall arc of the goggles will be "non-streamlined", so that the myopia lenses increase the windward side, making the windproof effect Therefore, double-lens goggles are not suitable for fitting short-sighted lenses.

After searching, a kind of windproof glasses with patent No. CN200720170823.4 discloses wearing the windproof glasses while wearing myopia glasses. Specifically, the inner liner at the rear of the frame leaves a space for the myopia glasses to be inserted (give way), so that The wearer's eyes can both protect against wind and correct vision. However, wearing two pairs of glasses at the same time will cause heavy stress on the eyes and increase the discomfort of the eyes. Therefore, there is certain limitation in existing this windproof glasses.

In view of the immaturity of the above-mentioned glasses technology, and the incomplete integration of the two functions of windproof and vision correction, the current market size of windproof and vision correction glasses is relatively small. Therefore, it is urgent to create a technology to solve the current problems in the industry to develop market.

Contents of the invention

The purpose of the present invention is to provide an integrated goggle, which adds the function of correcting vision, retains the streamlined windproof design of the integrated goggle itself to the greatest extent, and has a stable and simple overall structure.

The object of the present invention is also to provide a method for preparing integrated goggles, which has a unique process, greatly reduces processing difficulty, and improves yield.

In order to achieve the above object, the solution of the present invention is: an integrated goggle, including a goggle lens and a refractive lens, the goggle lens is arranged along the arc of the human face curve, and the goggle lens is composed of two symmetrical left goggle lenses and right goggle lenses Assembled together, the middle part of the left goggle lens has a left inlay hole, and the middle part of the right goggle lens has a right inlay hole. The optical lens fits into the left hole, and the right refractive lens fits into the right hole.

As a preferred solution, the left mounting hole and the right mounting hole have the same structure.

As a preferred scheme, the left inlaid hole runs through the middle of the left goggle lens, the aperture of the left inlaid hole on the left side of the left goggle lens is the outer aperture, and the aperture of the left inlaid hole in the left side of the left goggle lens is the inner aperture, and the outer aperture is smaller than the inner aperture; The outer diameter of the optical lens is smaller than the inner diameter, the outer diameter of the left refraction lens matches the outer diameter of the left inlay hole, and the inner diameter of the left refraction lens matches the inner diameter of the left inlay hole.

As a preferred solution, the outer side of the left refractive lens is an outer convex platform structure, and the outer convex platform structure obliquely transitions to the inner aperture.

As a preferred solution, the angle of inclination is controlled within 1°-10°.

As a preferred solution, the refractive lens is a myopia lens, a hyperopia lens or an astigmatism lens.

As a preferred solution, the goggle lenses and the refractive lenses are colored or colorless lenses.

As a preferred solution, the shape of the refractive lens is square, circular, polygonal or special-shaped.

As a preferred solution, the goggle lens is provided with a nose pad.

Another solution of the present invention is: a method for preparing integrated goggles, comprising the following steps:

S1 Preparation of goggle lenses: processing the goggle lens raw materials under corresponding temperature, humidity, and time conditions, and then processing the processed goggle lens raw materials according to the required specifications to obtain a whole piece of goggle lenses;

S2 splitting: cutting the goggle lens made in S1 in half to obtain the left goggle lens and the right goggle lens;

S3 Hole Digging: After splitting, the radians of the left goggle lens and the right goggle lens are smaller than the whole goggle lens, and then the left and right inlay holes are respectively cut in the middle of the small radian left goggle lens and right goggle lens hole, and obtain a resected lens substrate;

S4 diopter processing: the resected lens base material is subjected to diopter processing in the optical power workshop to obtain left diopter lenses and right diopter lenses;

S5 assembly: Insert the left diopter lens into the left inlay hole to obtain an integrated left goggle lens, insert the right refraction lens into the right inlay hole to obtain an integrated right goggle lens, and finally put the two left and right goggle lenses together. Get one-piece goggle lenses.

As a preferred solution, in step S3, first cut out the outer apertures of the left and right inlay holes in the middle of the outer side of the left goggle lens and the right goggle lens, and then cut out the left and right inlay holes from the inner side one or more times The inner diameter and the transition between the inner diameter hole and the outer diameter.

After adopting the above-mentioned scheme, the gain effect of the present invention lies in: the goggle lens of the present invention is designed with half of the left goggle lens and the right goggle lens, which reduces the curvature of the goggle lens during processing, reduces the difficulty of processing, and overcomes the problem of the curvature of the goggle lens. The problem that the refractive lens is too large to be processed, and then the left and right goggle lenses can be assembled and restored to the original radian, retaining the streamlined structure of the goggle itself, still has a good windproof effect, and the structure is stable. At the same time, it has diopter, corrects eyesight, makes the function of goggles more powerful, creates the fusion of goggle lenses and refractive lenses, and lays the foundation for the diversification of lens processing.

Description of drawings

Fig. 1 is a schematic diagram of the overall structure of an embodiment of the present invention-integrated goggles;

Fig. 2 is a schematic diagram of an exploded state of a goggle lens according to Embodiment 1 of the present invention;

Fig. 3 is a schematic top view of a goggle lens according to an embodiment of the present invention (assembled state);

Fig. 4 is the enlarged view of place A in Fig. 3;

Fig. 5 is a schematic diagram of the embedding structure of the left dioptric lens and the left insert hole in Embodiment 2 of the present invention.

Label description:

1. Goggle lens; 11. Left goggle lens; 12. Right goggle lens; 13. Left hole; 14. Right hole;

2. Refractive lens; 21. Left refractive lens; 22. Right refractive lens; 23. Outer boss structure; 24. Inner boss structure.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the drawings in the embodiments of the present invention. Obviously, the described embodiments are preferred embodiments of the invention and should not be seen as excluding other embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

Embodiment one:

The present invention provides a kind of integral goggle, as shown in Figure 1, comprises goggle lens 1 and refraction lens 2, with reference to Figure 3, goggle lens 1 is provided with the radian along the curve of human body face, with reference to Figure 2, goggle lens 1 is made of two pieces The symmetrical left goggle lens 11 and the right goggle lens 12 are assembled together, and the diopter lens 2 comprises a left refraction lens 21 and a right refraction lens 22. The middle part of the left goggle lens 11 offers a left inlaid hole 13 for the left refraction lens 21 fit and embed, and the middle part of the right goggle eyeglass lens 12 offers the right inlay hole 14, for the right dioptric lens 22 fit and embed. The size of the left refractive lens 21 is consistent with the size of the left socket 13, and the size of the right refractive lens 22 is consistent with the size of the right socket 14. In Embodiment 1, the left refractive lens 21 and the right lens Optical lens 22 is the goggle lens 1 that has diopter, and promptly left diopter lens 21 and right refraction lens 22 are processed by the remaining goggle lens 1 that left inlay hole 13 and right inlay hole 14 places, thereby guarantee The left refractive lens 21 and the left socket 13 can be matched, and the right refractive lens 22 and the right socket 14 can be matched. Of course, on the premise that the fit can be guaranteed, the left diopter lens 21 can be processed separately from the non-goggle lens 1, which is not limited in this case.

The left mounting hole 13 and the right mounting hole 14 have the same structure. Take the left hole 13 as an example, the left hole 13 runs through the middle part of the left goggle lens 11, the aperture of the left hole 13 outside the left goggle lens 11 is the outer aperture L ₁ , the left hole 13 is the aperture inside the left goggle lens 11 is the inner diameter L ₂ , the outer diameter is smaller than the inner diameter, that is, L ₁ < L ₂ ; the outer diameter L ₃ of the left refractive lens 21 is smaller than the inner diameter L ₄ , that is, L ₃ < L ₄ ; the outer diameter of the left refractive lens 21 L ₃ coincides with the outer diameter L ₁ of the left mounting hole 13, and the inner diameter L ₄ of the left refractive lens 21 coincides with the inner diameter L ₂ of the left mounting hole 13. In Embodiment 1, the outer side of the left refractive lens 21 is an outer convex platform structure 23, as shown in Figure 4, the outer convex platform structure 23 is obliquely transitioned to the inner aperture, and the outer convex platform structure 23 has improved the outer convex platform structure 21 of the left refractive lens 21. Stability, the inclined transition is convenient for the left refractive lens 21 to be inserted into the left inlaid hole 13, further, the inclined transition can be designed as a smooth arc type; the inclined angle is controlled at 1°-10°, and the angle range of 5°-7° is the best , It is not easy to see the embedded structure from the front and back in terms of vision and appearance, which improves the overall integrity of the goggles.

Refractive lens 2 described in this case selects according to user's actual needs and is myopia lens, hyperopia lens or astigmatism lens. The shape of the refractive lens 2 can be any desired shape for processing such as square, circular, polygonal, and special-shaped.

The goggle lens 1 and the refraction lens 2 can be both colored lenses or colorless lenses, or lenses of different color shades can be selected. To buffer the effect to reduce the impact of sudden changes in light on the human eye.

The present invention also provides a method for preparing integrated goggles, comprising the following steps:

S1 Prepare the goggle lens 1: process the raw material of the goggle lens 1 under corresponding temperature, humidity, and time conditions, and then process the processed goggle lens 1 raw material according to the required specifications to obtain a whole piece of goggle lens 1;

S2 Segmentation: Cut the goggle lens 1 made in S1 in half to get the left goggle lens 11 and the right goggle lens 12. The incision is the subsequent splicing place, and high-precision cutting technology can be used, such as nano-scale Laser cutting, so that the final stitching can not see the gap from the appearance;

S3 hole digging: After splitting, the radians of the left goggle lens 11 and the right goggle lens 12 are all smaller than the whole goggle lens 1, and then the left and right goggle lenses are cut out in the middle of the small radian left goggle lens 11 and the right goggle lens 12. Inlay hole 13 and right inset hole 14, and obtain the cut-off lens substrate;

S4 diopter processing: the resected lens substrate is subjected to diopter processing in the optical power workshop to obtain the left diopter lens 21 and the right diopter lens 22;

S5 assembly: insert the left refraction lens 21 into the left inlay hole 13 to obtain an integrated left goggle lens 11, insert the right refraction lens 22 into the right inlay hole 14 to obtain an integrated right goggle lens 12, and finally put the two left goggle lenses 11 and The right goggle lens 12 is put together to obtain the integrated goggle lens 1 .

For further optimization, in step S3, first cut out the outer diameters of the left inlaid hole 13 and the right inlaid hole 14 in the middle of the outer side of the left goggle lens 11 and the right goggle lens 12, and the purpose of only one cut is to retain the outer diameter of the goggle lens 1 to the greatest extent. Integrity, so that it can be embedded in a more consistent and aligned manner, and then cut out the inner diameter of the left inserting hole 13 and the right inserting hole 14 and the transition part between the inner diameter hole and the outer diameter from the inside again, that is to say, the subsequent Most of the cutting is done on the inside, preferably leaving the outside of the goggle intact.

The finally prepared goggle lens 1 of the present invention can be directly worn as a frameless goggle. The goggle lens 1 is provided with a nose pad for the nose to lean against. Wear it as goggles with frames.

Embodiment two:

The difference between the second embodiment and the first embodiment is that, as shown in Figure 5, the outer diameter of the left inlaid hole 13 transitions obliquely to the inner diameter, and the inclination angle changes nonlinearly, and the outer diameter can be shrunk inward for a certain period of time. Expand to the inner aperture, so that a smooth inner boss structure 24 is formed between the outer aperture and the inner aperture. Adaptively, the left refractive lens 21 is also designed to shrink inward for a certain diameter from the outside and then expand to the inside, and then the left refractive lens The lens 21 is fitted into the left insert hole 13, therefore, the left dioptric lens 21 can be easily inserted into the left insert hole 13 without forming the outer convex platform structure 23 of the first embodiment, the assembly is easier, and it can also be formed with the left insert hole 13 Stable fixation.

In describing the present invention, it should be understood that the terms "outer", "outer", "inner", "inner", "middle", "both sides" and other directional terms are relative to the configurations shown in the drawings. They are relative concepts, so they may change accordingly according to their different locations and different usage states. Accordingly, these or other directional terms should not be construed as limiting terms.

The above descriptions are only preferred embodiments of the present invention, and are not limitations on the design of this case. All equivalent changes made according to the design key of this case all fall within the scope of protection of this case.

Claims (10)

1. A kind of integrated goggle, it is characterized in that, comprises goggle lens and refraction lens, and the radian of goggle lens is set along the curve of human body face, and goggle lens is formed by two symmetrical left goggle lens and right goggle lens, left goggle The middle part of the lens is provided with a left inlay hole, and the middle part of the right goggle lens is provided with a right inlay hole. The refraction lens includes a left refraction lens with the size of the left inlay hole and a right refraction lens with the size of the right inlay hole. The left refraction lens fits into the left inlay Hole, the right refractive lens fits into the right inlay hole. 2. The one-piece goggle according to claim 1, wherein the left and right mounting holes have the same structure. 3. A kind of integrated goggles as claimed in claim 2, characterized in that: the left inlaid hole runs through the middle of the left goggle lens, the aperture of the left inlaid hole on the outside of the left goggle lens is the outer aperture, and the left inlaid hole is on the inner side of the left goggle lens The diameter of the aperture is the inner diameter, and the outer diameter is smaller than the inner diameter; the outer diameter of the left refractive lens is smaller than the inner diameter, and the outer diameter of the left refractive lens is consistent with the outer diameter of the left inlaid hole, and the inner diameter of the left refractive lens is the same as the left inlaid hole. The inner diameter of the hole matches. 4. An integrated goggle as claimed in claim 3, characterized in that: the outer side of the left refractive lens is an outer convex platform structure, and the outer convex platform structure obliquely transitions to the inner aperture. 5. An integrated goggle as claimed in claim 4, characterized in that: the angle of inclination is controlled within 1°-10°. 6. An integrated goggle as claimed in claim 1, wherein the refractive lens is a myopia lens, a hyperopia lens or an astigmatism lens. 7. An integrated goggle as claimed in claim 1, characterized in that: the goggle lens and the refractive lens are colored or colorless lenses. 8. An integrated goggle as claimed in claim 1, characterized in that: the shape of the refractive lens is square, circular, polygonal or special-shaped. 9. An integrated goggle as claimed in claim 1, characterized in that: the goggle lens is provided with a nose pad. 10. A method for preparing integrated goggles, characterized in that: comprising the following steps: S1 Preparation of goggle lenses: processing the goggle lens raw materials under corresponding temperature, humidity, and time conditions, and then processing the processed goggle lens raw materials according to the required specifications to obtain a whole piece of goggle lenses; S2 splitting: cutting the goggle lens made in S1 in half to obtain the left goggle lens and the right goggle lens; S3 Hole Digging: After splitting, the radians of the left goggle lens and the right goggle lens are smaller than the whole goggle lens, and then the left and right inlay holes are respectively cut in the middle of the small radian left goggle lens and right goggle lens hole, and obtain a resected lens substrate; S4 diopter processing: the resected lens base material is subjected to diopter processing in the optical power workshop to obtain left diopter lenses and right diopter lenses; S5 assembly: Insert the left diopter lens into the left inlay hole to obtain an integrated left goggle lens, insert the right refraction lens into the right inlay hole to obtain an integrated right goggle lens, and finally put the two left and right goggle lenses together. Get one-piece goggle lenses.

Images