TWM494925U - Composition of composite lens - Google Patents

Composition of composite lens Download PDF

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Publication number
TWM494925U
TWM494925U TW103217342U TW103217342U TWM494925U TW M494925 U TWM494925 U TW M494925U TW 103217342 U TW103217342 U TW 103217342U TW 103217342 U TW103217342 U TW 103217342U TW M494925 U TWM494925 U TW M494925U
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Taiwan
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lens
frame
combined
snow
composition
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TW103217342U
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Chinese (zh)
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Jui-Chi Li
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Sun Sight Glasses Co Ltd
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Priority to TW103217342U priority Critical patent/TWM494925U/en
Publication of TWM494925U publication Critical patent/TWM494925U/en

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Description

複合式鏡片的組成Composition of composite lenses

本創作是提供一種複合式鏡片的組成,主要是對運動眼鏡欲呈現以無框視覺形態的組體是可在嵌入雪鏡框其周邊溝槽的內層鏡片設為較薄形態,並在內層鏡片一側周邊結合以預設厚度的插設框緣,使該插設框緣在組設時能切入雪鏡框的周邊溝槽,而在內層鏡片作用一側是間隔結合一外層鏡片,使得雪鏡框前端能呈現外層鏡片形態、亦能降低整體的構件成本。The present invention provides a composite lens composition, which is mainly for a moving eyeglasses to be presented in a frameless visual form. The inner lens of the groove embedded in the peripheral frame of the snow frame is set to a thinner shape, and is in the inner layer. The side of one side of the lens is combined with the insertion frame edge of a predetermined thickness, so that the insertion frame edge can be cut into the peripheral groove of the snow frame when assembled, and the outer lens side is spaced apart to be combined with an outer lens. The front end of the snow frame can present the outer lens shape and also reduce the overall component cost.

按,目前作為運動途徑的眼鏡為利於使用者在配戴上獲有舒適透氣、且兼具防止霧氣的產生,皆會在眼鏡框的周邊預設有數多道透氣孔,及在嵌入的功能鏡片事先作一防霧處理,而對這種運動途徑的眼鏡除了須具備舒適透氣外,逐漸的製造業者亦朝向開發無框視覺形態的運動眼鏡,以使一般人在配戴上獲有更佳視覺造型的外在功能產生。According to the current sports glasses, in order to facilitate the user to enjoy comfortable ventilation, and to prevent the generation of fog, there will be a plurality of vent holes in the periphery of the frame, and the embedded functional lenses. In addition to an anti-fog treatment in advance, in addition to the comfortable and breathable glasses for this movement, the gradual manufacturers are also moving towards the development of sports glasses with frameless visual form, so that the average person can have better visual appearance in wearing. The external function is generated.

對上述該無框視覺形態的運動眼鏡在製造上,業者通常是採以具預設厚度的外層鏡片(抗UV鏡片)嵌入雪鏡框其間允許鏡片容置入的周邊溝槽,而這種組設方式則會存有部分雪鏡框周邊在前方遮擋到外層鏡片,因此若須完整呈現外層鏡片(抗UV鏡片)的周邊形態,必須另在雪鏡框允許鏡片容置入的周邊溝槽其間嵌入一內層鏡片(防霧處理鏡片),在 使該嵌入雪鏡框其溝槽部位的內層鏡片朝外一側結合以外層鏡片,藉此獲得一完整形態的外層鏡片(抗UV鏡片)在雪鏡框前端方位。但這種實施則存有成本過高,因既有的內層鏡片(防霧處理鏡片)在成本上偏高,若須直接在雪鏡框的周邊溝槽嵌入內層鏡片,勢必得將內層鏡片的厚度設成和雪鏡框的周邊溝槽間距一致,這亦造成整體的構件成本增加。For the above-mentioned frameless visual form of sports glasses, the manufacturer usually adopts an outer layer lens (anti-UV lens) with a predetermined thickness to embed a peripheral groove in the snow frame to allow the lens to be accommodated. In this way, there will be some snow mirror frames that block the outer lens in front. Therefore, if the peripheral shape of the outer lens (anti-UV lens) is to be completely displayed, it must be embedded in the peripheral groove where the lens frame allows the lens to be inserted. Layer lens (anti-fog lens), at The inner lens attached to the groove portion of the snow frame is bonded to the outer lens toward the outer side, thereby obtaining a complete form of the outer lens (anti-UV lens) at the front end of the snow frame. However, the cost of this implementation is too high, because the existing inner lens (anti-fog lens) is costly. If the inner lens is to be embedded directly in the peripheral groove of the snow frame, the inner layer is bound to be The thickness of the lens is set to be consistent with the peripheral groove spacing of the snow frame, which also results in an overall component cost increase.

本創作者在此即是針對前述這種為呈現出完整的外層鏡片(抗UV鏡片)周邊形態,同時亦降低這種形態眼鏡的整體成本,而採在嵌入雪鏡框其周邊溝槽的內層鏡片(防霧處理鏡片)設呈較薄形態,及在該內層鏡片的一側周邊結合以預設厚度的插設框緣,使該插設框緣在組設時能對應切入雪鏡框的周邊溝槽,而在內層鏡片作用一側即可間隔結合一外層鏡片,使得雪鏡框前端能完整呈現外層鏡片形態、亦能降低整體的構件成本。The creator hereby proposes a complete outer lens (anti-UV lens) peripheral shape for the foregoing, and at the same time reduces the overall cost of the spectacles, and adopts an inner layer embedded in the peripheral groove of the snow frame. The lens (anti-fog treatment lens) is provided in a thin shape, and an insertion frame edge with a predetermined thickness is combined on one side of the inner layer lens, so that the insertion frame edge can be correspondingly cut into the snow frame when assembled. The peripheral groove can be combined with an outer lens at the side of the inner lens, so that the front end of the snow frame can completely exhibit the outer lens shape and the overall component cost can be reduced.

本創作即是依既有的運動眼鏡欲呈現以無框視覺形態在作構件組設所存有的問題來作另一新形態設置,以期使該眼鏡在組設完成可獲有預期功能、同時兼具不致有成本提高的運用,為獲有這種功能的眼鏡只須將嵌入雪鏡框其周邊溝槽的內層鏡片(防霧處理鏡片)設呈較薄形態,及在該內層鏡片的一側周邊結合一預設厚度的插設框緣,而該插設框緣在組設時是可平穩切入雪鏡框的周邊溝槽,另在內層鏡片的作用一側是間隔結合一外層鏡片,使得雪鏡框前端能完整呈現外層鏡片形態、亦能具體降低整體眼鏡的構件成本。This creation is based on the existing sports glasses to present the problem of the component set in the frameless visual form for another new form setting, so that the glasses can be expected to function when assembled. In the case of glasses having such a function, it is only necessary to set the inner lens (anti-fog treatment lens) embedded in the peripheral groove of the snow frame to a thin shape, and one of the inner lenses. The side periphery is combined with a preset thickness of the insertion frame edge, and the insertion frame edge is smoothly cut into the peripheral groove of the snow frame when assembled, and the outer side lens is spaced apart to form an outer lens. The front end of the snow frame can completely display the outer lens shape, and can also reduce the component cost of the overall glasses.

本創作之主要目的,是對運動眼鏡欲呈現以無框視覺形態的 鏡片組體是含括:一內層鏡片、一外層鏡片所構成;而改良部位是在:允許嵌入雪鏡框其周邊溝槽的內層鏡片(防霧處理鏡片)是設為較薄形態,及使該內層鏡片的一側周邊是結合以預設厚度的插設框緣,而該插設框緣的厚度是與雪鏡框其周邊構槽具相符,另在內層鏡片的作用一側周邊是結合一組合媒介,以利組合媒介能和外層鏡片作一方位結合,以構成一鏡片組體,該鏡片組體在與雪鏡框作組設,是可將其間結合以內層鏡片的插設框緣對應切入雪鏡框的周邊溝槽,而對內層鏡片作用一側間隔結合的外層鏡片則可允許抵靠在雪鏡框的外側周邊,使得外層鏡片形態可完整呈現在雪鏡框前端、同時亦能降低整體的構件成本。The main purpose of this creation is to present the sports glasses in a frameless visual form. The lens assembly comprises: an inner layer lens and an outer layer lens; and the modified portion is: an inner layer lens (anti-fog treatment lens) that allows the groove of the periphery of the snow frame to be embedded in a thinner shape, and One side of the inner lens is combined with a predetermined frame thickness, and the thickness of the insertion frame is matched with the peripheral groove of the snow frame, and the peripheral side of the inner lens Combining a combination medium, the combination medium can be combined with the outer lens to form a lens group, and the lens assembly is assembled with the snow frame, and the frame can be combined with the inner lens. The edge corresponds to the peripheral groove of the snow frame, and the outer lens which is spaced on one side of the inner lens can be allowed to abut against the outer periphery of the snow frame, so that the outer lens shape can be completely presented at the front end of the snow frame, and at the same time Reduce overall component costs.

本創作之第二目的,是對內層鏡片一側周邊與預設厚度的插設框緣作方位結合,是可使內層鏡片的外側周邊呈合宜迫緊度的置入插設框緣其相應層面,而形成一平穩狀態的內層鏡片單元。The second purpose of the present invention is to combine the orientation of one side of the inner lens with the edge of the insertion frame of the predetermined thickness, so that the outer periphery of the inner lens is suitable for insertion and insertion. At the corresponding level, a flat state inner lens unit is formed.

本創作之第三目的,是對構成鏡片組體位在內層鏡片和外層鏡片之間的組合媒介,是以泡棉作為實施。The third object of the present invention is to carry out a combination medium between the inner lens and the outer lens which constitutes the lens group position, and is implemented by foam.

本創作之第四目的,是對構成鏡片組體其間的內層鏡片和外層鏡片在與組合媒介相應部位的定位,是以具合宜黏度的膠/或膠合部件作為方位結合。The fourth object of the present invention is to position the inner and outer lenses constituting the lens assembly at the corresponding portions of the combined media, and to use a suitable adhesive/adhesive component as the orientation.

1‧‧‧內層鏡片1‧‧‧ Inner lens

2‧‧‧插設框緣2‧‧‧Insert frame

3‧‧‧組合媒介3‧‧‧Combined media

4‧‧‧外層鏡片4‧‧‧ outer lens

5‧‧‧鏡片組體5‧‧‧ lens group

6‧‧‧雪鏡框6‧‧‧ Snow frame

61‧‧‧溝槽61‧‧‧ trench

62‧‧‧突部62‧‧‧ protrusion

第1圖係本創作複合式鏡片的構件分解圖。Figure 1 is an exploded view of the composite lens of the present invention.

第2圖係本創作複合式鏡片組體的外觀圖。Figure 2 is an external view of the composite lens assembly of the present invention.

第3圖係本創作複合式鏡片組體的縱向截面圖。Figure 3 is a longitudinal cross-sectional view of the composite lens assembly of the present invention.

第3圖之1係第3圖的A部位放大詳圖。Fig. 3 is a magnified detailed view of the A portion of Fig. 3.

第4圖係本創作複合式鏡片和雪鏡框作組合之前的示意圖。Figure 4 is a schematic view of the combination of the present composite lens and the snow frame.

第5圖係本創作複合式鏡片和雪鏡框完成組合的外觀圖。Figure 5 is an external view of the combination of the composite lens and the snow frame.

本創作設計的複合式鏡片的組成〔如第1圖〕,主要是對運動眼鏡欲呈現以無框視覺形態的鏡片組體5是含括:一內層鏡片(防霧處理鏡片)1、一插設框緣2、一組合媒介3、一外層鏡片(抗UV鏡片)4所構成。其中;一內層鏡片(防霧處理鏡片)1,其是設為較薄形態的預設造型靠內一側的鏡片部件。The composition of the composite lens designed in the present invention (as shown in Fig. 1) is mainly for the lens group 5 which is intended to present the frameless visual form for the sports glasses: an inner layer lens (anti-fog treatment lens) 1, a The frame edge 2, a combination medium 3, and an outer lens (anti-UV lens) 4 are formed. Wherein; an inner layer lens (anti-fog treatment lens) 1 is a lens member which is disposed on the inner side of the preset shape in a thin form.

一插設框緣2,其是依據內層鏡片1外側周邊形態來取決出的嵌設部件,該插設框緣2的厚度及周邊形態必須與預組設的雪鏡框6其周邊溝槽61相符〔如第4圖〕。An insertion frame 2 is inserted, which is an embedded component according to the outer peripheral shape of the inner lens 1. The thickness and the peripheral shape of the insertion frame 2 must be adjacent to the pre-assembled snow frame 6 with the peripheral groove 61. Matches (as in Figure 4).

一組合媒介3,其是依據內層鏡片1及外層鏡片4的周邊形態來取決出的結合部件,在此的組合媒介3是以泡棉作為實施。A combination medium 3 is a bonding member depending on the peripheral form of the inner layer lens 1 and the outer layer lens 4, and the combination medium 3 here is implemented by foam.

一外層鏡片4,其是依據預組設的雪鏡框6外側周邊來取決出的靠外一側的造型鏡片部件。An outer lens 4 is a molded lens component on the outer side depending on the outer periphery of the pre-assembled snow frame 6.

對上述的內層鏡片(防霧處理鏡片)1、插設框緣2、組合媒介3、外層鏡片(抗UV鏡片)4在作組設實施〔如第1、3圖〕,是將較薄形態的內層鏡片1外側周邊呈合宜迫緊度的置入預設厚度的插設框緣2其相應層面,而形成一平穩狀態的內層鏡片1單元〔如第3圖之1〕;另在內層鏡片1的作用一側周邊是結合一組合媒介3,以利組合媒介3能 和外層鏡片4作一方位結合〔在此的內層鏡片1和外層鏡片4在與組合媒介3相應部位的定位,是以具合宜黏度的膠/或膠合部件作為方位結合〕,以構成一鏡片組體5〔如第2圖〕。The inner layer lens (anti-fog treatment lens) 1, the interposed frame edge 2, the combined medium 3, and the outer layer lens (anti-UV lens) 4 are arranged in a group (such as figures 1 and 3), which is thinner. The outer periphery of the inner lens 1 of the form is placed at a correspondingly level of the insertion frame 2 of the predetermined thickness, and a unit of the inner lens 1 in a stable state is formed (as shown in FIG. 3); On the side of the active side of the inner layer lens 1, a combination medium 3 is combined to facilitate the combination medium 3 The outer lens 3 and the outer lens 4 are combined in one orientation (where the inner lens 1 and the outer lens 4 are positioned at corresponding portions of the combined medium 3, and the adhesive/adhesive member having a suitable viscosity is combined as an orientation) to form a lens. Group 5 [as shown in Figure 2].

該前述構成的鏡片組體5在與預組設的雪鏡框6作嵌合實施〔如第4圖〕,是只須將其間結合以內層鏡片1的插設框緣2對應切入雪鏡框6的周邊溝槽61,而對內層鏡片1作用一側間隔結合的外層鏡片4則是允許抵靠在雪鏡框6的外側周邊〔如第5圖〕,同時使雪鏡框6兩外側的突部62呈適度抵靠在外層鏡片4相應周邊,使得外層鏡片4形態可完整呈現在雪鏡框6前端、同時亦能降低整體的構件成本。The lens assembly 5 of the above-described configuration is fitted to the pre-assembled snow frame 6 (as shown in FIG. 4), and the insertion frame 2 corresponding to the inner lens 1 is only required to be cut into the snow frame 6 correspondingly. The peripheral groove 61, and the outer layer lens 4 which is spaced apart from the inner layer lens 1 is allowed to abut against the outer periphery of the snow frame 6 (as shown in Fig. 5), while the projections 62 on both outer sides of the snow frame 6 are made. Appropriately abutting against the corresponding periphery of the outer lens 4, the outer lens 4 can be completely presented on the front end of the snow frame 6, and at the same time, the overall component cost can be reduced.

1‧‧‧內層鏡片1‧‧‧ Inner lens

2‧‧‧插設框緣2‧‧‧Insert frame

3‧‧‧組合媒介3‧‧‧Combined media

4‧‧‧外層鏡片4‧‧‧ outer lens

5‧‧‧鏡片組體5‧‧‧ lens group

Claims (4)

一種複合式鏡片的組成,是對運動眼鏡欲呈現無框視覺形態的鏡片組體是含括:一內層鏡片、一外層鏡片所構成;其改良是在:允許嵌入雪鏡框其周邊溝槽的內層鏡片是設為較薄形態,及使該內層鏡片的一側周邊是結合以預設厚度的插設框緣,而該插設框緣的厚度是與雪鏡框其周邊構槽具相符,另在內層鏡片的作用一側周邊是結合一組合媒介,以利組合媒介能和外層鏡片作一方位結合,以構成一鏡片組體;該鏡片組體在與雪鏡框作組設,是可將其間結合以內層鏡片的插設框緣對應切入雪鏡框的周邊溝槽,而對內層鏡片作用一側間隔結合的外層鏡片則可允許抵靠在雪鏡框的外側周邊,使得外層鏡片形態可完整呈現在雪鏡框前端、同時亦能降低整體的構件成本。A composite lens composition is a lens assembly for a sports eyeglass that is intended to exhibit a frameless visual form: an inner lens and an outer lens; the improvement is: allowing the snow mirror frame to be embedded in the surrounding groove The inner layer lens is set to a thinner shape, and one side of the inner layer lens is combined with a preset frame thickness, and the thickness of the insertion frame edge is matched with the peripheral frame of the snow frame. In addition, the peripheral side of the inner layer lens is combined with a combination medium, so that the combined medium can be combined with the outer lens to form a lens group; the lens assembly is assembled with the snow frame. The interposed frame edge of the inner lens may be correspondingly cut into the peripheral groove of the snow frame, and the outer lens which is spaced on one side of the inner lens may be allowed to abut against the outer periphery of the snow frame, so that the outer lens form It can be fully presented at the front end of the snow frame, while also reducing the overall component cost. 如申請專利範圍第1項所述的複合式鏡片的組成,其中該內層鏡片一側周邊與預設厚度的插設框緣作方位結合,是可使內層鏡片的外側周邊呈合宜迫緊度的置入插設框緣其相應層面,而形成一平穩狀態的內層鏡片單元。The composition of the composite lens according to claim 1, wherein a side of the inner lens is combined with a predetermined thickness of the interposed frame edge, so that the outer periphery of the inner lens is suitable for pressing. The insertion of the degree is inserted into the corresponding layer of the frame to form a stable inner lens unit. 如申請專利範圍第1項所述的複合式鏡片的組成,其中該構成鏡片組體位在內層鏡片和外層鏡片之間的組合媒介,是以泡棉作為實施。The composition of the composite lens according to claim 1, wherein the combined medium constituting the lens group position between the inner lens and the outer lens is implemented by foam. 如申請專利範圍第1項所述的複合式鏡片的組成,其中該構成鏡片組體其間的內層鏡片和外層鏡片在與組合媒介相應部位的定位,是以具合宜黏度的膠或膠合部件作為方位結合。The composition of the composite lens according to claim 1, wherein the inner lens and the outer lens constituting the lens assembly are positioned at a corresponding portion of the combined medium, and the adhesive or glued member having a suitable viscosity is used. Azimuth combination.
TW103217342U 2014-09-30 2014-09-30 Composition of composite lens TWM494925U (en)

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