τ 1297659 ρ 九、發明說明： 【發明所屬之技術領域】 ~ 本發明關於一種潛水面罩結構，尤指一種可增廣視角 範圍之潛水面罩結構。 * 【先前技術】 ^ 請參閱第1、2圖，第1圖係繪示一習用潛水面罩之立 體分解圖，第2圖繪示·第1圖所示習用潛水面罩之剖面圖 並顯示配戴於潛水者頭部之使用示意圖。 • 如該等圖式所示，一般習用潛水面罩10，依其組成構 件，主要包含有一鏡框12、一軟質概框14、至少一鏡片 16，以及至少一固定箍18。 鏡框12具有一框體121，該框體内圍形成至少一鏡片 容置區122(以雙鏡片之潛水面罩而言，該鏡框係具有二鏡 片容置區）。框體121的後側於朝向内圍方向，亦即朝向鏡 片容置區122之方向，係形成有一 C形嵌合槽123，且框 體121的内璧設有複數卡槽124。 軟質襯框14係以軟質材質例如矽膠製成，於配戴使用 時，能貼合潛水者之臉部，以保持氣密的使用效果。該軟 一 質櫬框14主要設有一匸形嵌合體141，係可與鏡體12之 C形嵌合槽123相互嵌合，而藉此使得該軟質櫬框14與鏡 框12相互結合。 鏡片16(圖式係顯示二鏡片）係容置於鏡框12之鏡片 容置區122，並以上述C形嵌合槽123及C形嵌合體141 1297659 之結合部位，作為鏡片容置區122之基部，用以承載鏡片 16。 固定箍18(圖式係顯示二固定箍）具有箍體181，其表 面設有複數卡突182彼與鏡框12之卡槽124位置相對應， 而可彼此相互卡合，並將鏡片16夾固於鏡片容置區122， 亦即，將鏡片16夾固於固定箍18與鏡框12之間。依此， 於潛水面罩10被配戴使甩時，可依其軟質襯框14與潛水 者保持氣密，並透過該潛水面罩10之鏡片16觀察水中景 物。 然而，上述習用潛水面罩10，由於其框體12與軟質 襯框14之間的結合，係以匚形嵌合槽123及匚形嵌合體 141相互欲合，該等嵌合槽及欲合槽之嵌合部位係經過層 層的轉折及疊合，且為保持應有之嵌合強度，其各自之C 形嵌合槽123及C形嵌合體141皆必須具有相當之厚度， 因而該嵌合部位之厚度D乃相對增厚，相形拉長了潛水者 30眼部32與潛水面罩10鏡片16間之距離L，進而造成潛 水者目視範圍β過於狹隘之情況。 【發明内容】 有鑑於此，本發明之目的在於提供一種潛水面罩結 構，係摒除軟質襯框與鏡框間之C形嵌合體與C形嵌合槽 之組合結構，而改以將軟質襯框直接包覆於鏡框所設框體 及内突緣表面以及穿填穿孔之方式，使得軟質襯框與鏡框 結合為一體，並藉以縮短鏡片與潛水者眼部之距離，以增 ：1297659 廣潛水者之目視範圍。 根據上述目的，本發明提供一種潛水面罩結構，用以 使潛水者眼部得以更接近鏡片；該結構包含有一鏡框彼具τ 1297659 ρ IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a diving mask structure, and more particularly to a diving mask structure that can broaden the viewing angle range. * [Prior Art] ^ Please refer to Figures 1 and 2, Figure 1 is a perspective exploded view of a conventional diving mask, and Figure 2 is a cross-sectional view of the conventional diving mask shown in Figure 1 and shows the wearing A schematic representation of the use of the diver's head. • As shown in the drawings, a conventional diving mask 10, according to its constituent components, mainly includes a frame 12, a soft frame 14, at least one lens 16, and at least one fixing band 18. The frame 12 has a frame 121 which defines at least one lens receiving area 122 (in the case of a double lens diving mask, the frame has a two-mirror receiving area). The rear side of the frame body 121 is formed with a C-shaped fitting groove 123 in the direction toward the inner circumference, that is, in the direction toward the lens receiving area 122, and the inner side of the frame body 121 is provided with a plurality of card slots 124. The soft lining frame 14 is made of a soft material such as silicone rubber. When worn, it can fit the diver's face to maintain airtight use. The soft frame 14 is mainly provided with a dome-shaped fitting body 141 which is engageable with the C-shaped fitting groove 123 of the mirror body 12, whereby the soft frame 14 and the frame 12 are coupled to each other. The lens 16 (the two lenses are shown in the figure) is placed in the lens receiving area 122 of the frame 12, and the joint portion of the C-shaped fitting groove 123 and the C-shaped fitting body 141 1297659 is used as the lens receiving area 122. The base is for carrying the lens 16. The fixing ferrule 18 (the figure shows two fixing ferrules) has a ferrule 181 having a plurality of protrusions 182 on the surface thereof corresponding to the positions of the slots 124 of the frame 12, and can be engaged with each other and the lens 16 is clamped. In the lens receiving area 122, that is, the lens 16 is clamped between the fixing hoop 18 and the frame 12. Accordingly, when the diving mask 10 is worn and worn, the soft liner 14 can be kept airtight with the diver, and the underwater scenery can be observed through the lens 16 of the diving mask 10. However, in the above-described conventional diving mask 10, due to the combination between the frame body 12 and the soft lining frame 14, the 嵌合-shaped fitting groove 123 and the 嵌合-shaped fitting body 141 are mutually engaged, and the fitting groove and the groove are intended to be combined. The fitting portion is formed by folding and laminating the layers, and in order to maintain the fitting strength, the respective C-shaped fitting grooves 123 and C-shaped fitting bodies 141 must have a considerable thickness, so that the fitting is performed. The thickness D of the portion is relatively thickened, and the distance L between the diver 30 eye 32 and the diving mask 10 lens 16 is elongated, which causes the diver's visual range β to be too narrow. SUMMARY OF THE INVENTION In view of the above, an object of the present invention is to provide a diving mask structure, which is a combination of a C-shaped fitting and a C-shaped fitting groove between a soft lining frame and a frame, and is modified directly to the soft lining frame. Covering the frame and the inner flange surface of the frame and the way of piercing and perforating, the soft lining frame and the frame are integrated, and the distance between the lens and the eye of the diver is shortened, thereby increasing: 1297659 Visual range. In accordance with the above objects, the present invention provides a diving mask structure for bringing a diver's eye closer to the lens; the structure includes a frame
有一框體，該框體内圍形成有至少一鏡片容置區；一軟質 櫬框彼結合於鏡框之框體；至少一鏡片彼容置於鏡框之鏡 片容置區；以及至少一固定箍，具有一箍體彼固定於鏡框 之框體的内壁，並將鏡片夾固於鏡框之鏡片容置區；其主 要在於·鏡框之框體的後側於朝向鏡片容置區之方向，係 形成有一内突緣，且該内突緣之後側沿著框體的内壁設有 複數穿孔，而軟質襯框於糢製成型時，係以其一部份直接 包覆於該内突緣之表面及包覆於框體之外表面以及穿填於 該穿孔，而與鏡框結合為一體，並依此縮短軟質襯框與鏡 框間之結合厚度，藉此，使得潛水者之眼部得以較貼近潛 水面罩之鏡片，而增廣潛水者之目視範圍。 上述其中鏡框之框體的前側係設有一凹入槽，而軟質 襯框之相對應部位係填人結合於該凹人槽，而使得鏡框與 軟質概框間之結合更為穩固。 乂 設有一凹陷部，並向後延伸形成 ;二側邊則各向後延伸形成有-翼板 彼對應於該购，且跨聽_㈣側 陷部而可減低側向之高度使侍鏡汇⑽ 礙。 減低/曰水者目視上之侧向P旦 此外，鏡框側板向後延伸形成有 設有一結合孔 凸耳，且該凸耳横 ，可供結合—庚堅趣k 4 ，、之扣具，在調整該束緊 1297659 帶之鬆緊度，並不會牽動軟質襯框之形狀變化。 【實施方式】 根據上述之目的，茲舉較佳實施例並配合圖式加以說 明本發明所採用之技術手段及其功效。 請參閱第3至6圖，第3圖係繪示本發明潛水面罩結 構之立體分解圖，第4圖係繪示第3圖所示潛水面罩之組 合剖面圖，第5圖係繪示本發明潛水面罩其中鏡框尚未與 軟質襯框結合前之外觀立體圖，第6圖係繪示本發明潛水 面罩其中鏡框與軟質櫬框結合後之剖面圖，第7圖係繪示 第5圖所示鏡框之部份放大圖，第8圖係繪示第7圖所示 鏡框於其結合軟質襯框後之A-A剖面圖，第9圖係繪示第 7圖所示鏡框於其結合軟質襯框後之B-B剖面圖。 如該等圖式所示，本發明提供一種潛水面罩結構，係 用以縮短潛水者眼部與面罩鏡片間之距離。本發明潛水面 罩20同樣包括有一鏡框22、一軟質襯框24、至少一鏡片 26，以及至少一固定箍28。鏡框22具有一框體221，該框 體内圍形成至少一鏡片容置區222(以雙鏡片之潛水面罩而 言，該鏡框係具有二鏡片容置區）；框體221的内璧設有複 數卡槽224。軟質襯框24結合於鏡框22之框體221。鏡片 26(圖式係顯示二鏡片）係容置於鏡框22之鏡片容置區 222。而固定箍28(圖式係顯示二固定箍）具有箍體281，其 表面設有複數卡突282彼與鏡框22之卡槽224位置相對 應，而可彼此相互卡合，並將鏡片26夾固於鏡片容置區 r 1297659 222，亦即，將鏡片26夾固於固定箍28與鏡框22之間。 惟本發明主要係，上述鏡框22之框體221的後侧於朝 向該框體之内圍方向，亦即朝向鏡片容置區222之方向， 形成有一内突緣223，且該内突緣之後側沿著框體221的 内壁設有複數穿孔225，而軟質襯框24於糢製成型時，係 以該軟質襯框24之一部份直接包覆於該内突緣223之表面 及包覆框體221之外表面，以及穿填於穿孔225，而與鏡 框22牢固地結合為一體。亦即，於實際製造時，係可將已 成形之鏡框22先行置於軟質襯框24之模具中，再使軟質 襯框24灌製成形，即可將軟質襯框24之相關部位包覆於 鏡框22框體221及内突緣223表面以及穿填於穿孔225。 另，鏡框22框體221的前側設有一凹入槽231，而軟 質襯框24之相對應部位係填入結合於該凹入槽231，使得 鏡框22與軟質襯框24間之結合更為穩固。又，上述穿孔 225可由内突緣223後側貫穿至凹入槽231，以加大鏡框22 穿孔225與軟質櫬框24之結合面積。 在本發明上述結構當中，係以鏡框22之内突緣223及 包覆於該内突緣223之軟質襯框24的包覆體241，作為鏡 片容置區222之基部，用以承載鏡片26。由於該内突緣223 、 為板狀體，且軟質襯框24係直接包覆於該内突緣223外 ^ 表，且無需要求嵌合強度，因此，使得内突緣223及包覆 體241間之結合厚度d減少，進而使得潛水者之眼部與鏡 片26間之距離得以縮短，而相形增廣了潛水者之視角範 1297659 另外’鏡框22之二側邊各設有一凹陷部226，並向後 延伸形成有一側板227，依該凹陷部226之凹陷設計，使 付鏡框22可減低侧向之南度，以減低潛水者目視上之侧向 阻礙，進而增進潛水者之目視範圍。 再者，固定箍28之二側邊各向後延伸形成有一翼板 283彼對應於鏡框22之側板227，且翼板283係跨置於側 板227外側’而由外部以較大之接觸面結合於該側板227。 又’在結合施作上，鏡框22侧板227設有至少一扣體228， 而固定箍28翼板283則各設有至少一扣孔284彼對應於該 扣體228之位置，並彼此扣合，而使得固定箍28兩側之翼 板283可由外部固定於鏡框22之側板227。 此外’鏡框22側板227向後延伸形成有一凸耳229， 且該凸耳橫設有一結合孔230,可供結合一束緊帶（未圖示） 之扣具，由於該鏡框為硬性材質，在調整束緊帶之鬆緊度 時，並不會牽動軟質襯框24之形狀變化，因此，不會影響 該軟質襯框與潛水者臉部間之氣密性。 本發明雖已藉上述較佳實施例加以詳細說明，惟以上 所述者，僅用以說明本發明使熟知本技藝者可更易於了解 本發明，並非用來限定本發明實施之範圍。故而，凡依本 發明申請專利範圍所述之形狀構造特徵及精神所為之均等 變化與修飾，均應包含於本發明之申請專利範圍内。 【圖式簡單說明】 第1圖係繪示/習用潛水面罩之立體分解圖。 -1297659 第2圖係繪示第1圖所示習用潛水面罩之剖面圖並顯 示配戴於潛水者頭部之示意圖。 第3圖係繪示本發明潛水面罩結構之立體分解圖。 第4圖係繪示第3圖所示潛水面罩之组合剖面圖。 第5圖係繪示本發明潛水面罩其中鏡框尚未與軟質襯 框結合前之外觀立體圖。 第6圖係繪示本發明潛水面罩其中鏡框與軟質櫬框結 合後之剖面圖。 第7圖係繪示第5圖所示鏡框之部份放大圖。 第8圖係繪示第7圖所示鏡框於其結合軟質襯框後之 A-A剖面圖。 第9圖係繪示第7圖所示鏡框於其結合軟質襯框後之 B-B剖面圖。 【主要元件符號說明】 10.習用潛水面罩 12.鏡框 121. 框體 122. 鏡片容置區 123. C形欲合槽 124. 卡槽 14.軟質襯框 141. C形嵌合體 16.鏡片 1297659 18.固定箍 181. 箱體 182. 卡突 20.本發明潛水面罩 22.鏡框， 221. 框體 222. 鏡片容置區 223. 内突緣 224. 卡槽 225. 穿孔 226. 凹陷部 227. 側板 228. 扣體 229. 凸耳 230. 結合孔 231. 凹入槽 24.軟質襯框 241.包覆體 26.鏡片 28.固定箍 281. 箍體 282. 卡突 283. 翼板 284. 扣孔 ,1297659 30.潛水者 32.眼部Having a frame body, the frame body is formed with at least one lens receiving area; a soft frame is coupled to the frame of the frame; at least one lens is received in the lens receiving area of the frame; and at least one fixing hoop, The inner wall of the frame body of the frame is fixed on the inner wall of the frame of the frame, and the lens is clamped to the lens receiving area of the frame; the main part is that the rear side of the frame of the frame is oriented toward the lens receiving area. An inner flange, wherein the inner side of the inner flange is provided with a plurality of perforations along the inner wall of the frame, and the soft lining is directly molded on the surface of the inner flange when the soft lining is molded. Covering the outer surface of the frame and filling the perforation, and integrating with the frame, thereby shortening the combined thickness between the soft lining frame and the frame, thereby enabling the diver's eye to be closer to the diving mask The lens, while augmenting the visual range of the diver. In the above, the front side of the frame of the frame is provided with a concave groove, and the corresponding portion of the soft lining frame is filled with the concave groove, so that the combination between the frame and the soft frame is more stable. The raft is provided with a recessed portion and is formed to extend rearward; the two sides are respectively extended rearwardly to form a wing-shaped plate corresponding to the purchase, and the suffix _(four) side sag portion can reduce the lateral height so that the spectroscopy sinks (10) . In addition, the lateral side of the frame is extended backward to form a lug provided with a coupling hole, and the lug is horizontally and can be combined with the Gengjian k 4 , and the buckle is adjusted. The tightening of the 1297659 belt does not affect the shape of the soft lining. [Embodiment] In light of the above, the preferred embodiments and the drawings are used to illustrate the technical means and the effects thereof. Please refer to FIGS. 3 to 6 , FIG. 3 is a perspective exploded view showing the structure of the diving mask of the present invention, FIG. 4 is a sectional view showing the combination of the diving mask shown in FIG. 3 , and FIG. 5 is a view showing the present invention. Dimensional view of the diving mask in which the frame has not been combined with the soft lining frame. Figure 6 is a cross-sectional view of the diving mask of the present invention in which the frame and the soft frame are combined, and Fig. 7 shows the frame shown in Fig. 5. Partially enlarged view, Figure 8 shows the AA cross-section of the frame shown in Figure 7 after it is combined with the soft lining frame, and Figure 9 shows the BB of the frame shown in Figure 7 after it is combined with the soft lining frame. Sectional view. As shown in the drawings, the present invention provides a diving mask structure for shortening the distance between a diver's eye and a mask lens. The diving mask 20 of the present invention also includes a frame 22, a soft backing frame 24, at least one lens 26, and at least one retaining band 28. The frame 22 has a frame body 221, and the frame body defines at least one lens receiving area 222 (in the case of a double lens diving mask, the lens frame has two lens receiving areas); the inner side of the frame body 221 is provided A plurality of card slots 224. The soft lining frame 24 is coupled to the frame 221 of the frame 22. The lens 26 (the figure shows the two lenses) is housed in the lens receiving area 222 of the frame 22. The fixing hoop 28 (the figure shows two fixing hoops) has a hoop body 281, and the surface thereof is provided with a plurality of clips 282 corresponding to the positions of the slots 224 of the frame 22, and can be engaged with each other, and the lens 26 is clamped. It is fixed to the lens receiving area r 1297659 222, that is, the lens 26 is clamped between the fixing hoop 28 and the frame 22. The present invention is mainly characterized in that the rear side of the frame body 221 of the frame 22 is formed with an inner flange 223 in a direction toward the inner circumference of the frame, that is, in a direction toward the lens receiving area 222, and after the inner flange The side is provided with a plurality of perforations 225 along the inner wall of the frame body 221, and the soft lining frame 24 is directly molded on the surface of the inner flange 223 and wrapped by a portion of the soft lining frame 24 when molded. The outer surface of the frame 221 is covered and inserted into the through hole 225 to be firmly integrated with the frame 22. That is, in actual manufacturing, the formed frame 22 can be placed in the mold of the soft lining frame 24, and then the soft lining frame 24 can be shaped to cover the relevant parts of the soft lining frame 24 to the frame. The surface of the 22 frame 221 and the inner flange 223 is filled and inserted into the through hole 225. In addition, the front side of the frame 22 of the frame 22 is provided with a recessed groove 231, and the corresponding portion of the soft lining frame 24 is filled and coupled to the recessed groove 231, so that the combination between the frame 22 and the soft lining frame 24 is more stable. . Further, the through hole 225 may be penetrated from the rear side of the inner flange 223 to the recessed groove 231 to enlarge the joint area of the perforation 225 of the frame 22 and the soft frame 24. In the above structure of the present invention, the inner flange 223 of the frame 22 and the covering body 241 of the soft lining 24 coated on the inner flange 223 are used as the base of the lens receiving area 222 for carrying the lens 26 . . Since the inner flange 223 is a plate-shaped body, and the soft lining frame 24 is directly wrapped around the inner flange 223, and the fitting strength is not required, the inner flange 223 and the covering body 241 are caused. The combined thickness d is reduced, so that the distance between the eye of the diver and the lens 26 is shortened, and the diver's angle of view is widened. The other side of the frame 22 is provided with a recess 226, and Extending rearwardly, a side plate 227 is formed. According to the recessed design of the recessed portion 226, the frame 22 can reduce the lateral southness to reduce the lateral obstruction of the diver, thereby enhancing the visual range of the diver. Furthermore, the two sides of the fixing hoop 28 are each extended rearward to form a wing plate 283 corresponding to the side plate 227 of the frame 22, and the wing plate 283 is disposed outside the side plate 227 and is externally joined by a large contact surface. The side plate 227. In the combined application, the frame 22 of the frame 22 is provided with at least one button body 228, and the wings 283 of the fixing band 28 are respectively provided with at least one button hole 284 corresponding to the position of the button body 228, and are buckled with each other. The flaps 283 on both sides of the fixing hoop 28 can be externally fixed to the side plates 227 of the frame 22. In addition, the frame 22 of the frame 22 is extended rearwardly to form a lug 229, and the lug is provided with a coupling hole 230 for engaging a fastening band (not shown). Since the frame is made of a hard material, it is adjusted. When the tightness of the strap is tightened, the shape change of the soft lining frame 24 is not affected, and therefore, the airtightness between the soft lining frame and the diver's face is not affected. The present invention has been described in detail with reference to the preferred embodiments of the present invention, which is intended to be illustrative of the invention. Therefore, all variations and modifications of the shapes and spirits of the present invention are intended to be included in the scope of the present invention. [Simple description of the drawing] Fig. 1 is a three-dimensional exploded view of the diving mask. -1297659 Fig. 2 is a cross-sectional view showing the conventional diving mask shown in Fig. 1 and showing a schematic view of wearing the diver's head. Figure 3 is a perspective exploded view showing the structure of the diving mask of the present invention. Figure 4 is a cross-sectional view showing the combination of the diving mask shown in Figure 3. Fig. 5 is a perspective view showing the appearance of the diving mask of the present invention in which the frame has not been combined with the soft frame. Figure 6 is a cross-sectional view showing the diving mask of the present invention in which the frame is combined with the soft frame. Figure 7 is a partial enlarged view of the frame shown in Figure 5. Figure 8 is a cross-sectional view showing the A-A of the frame shown in Figure 7 after it is combined with a soft liner. Figure 9 is a cross-sectional view of the B-B of the frame shown in Figure 7 after it is combined with a soft liner. [Main component symbol description] 10. Conventional diving mask 12. Frame 121. Frame 122. Lens accommodation area 123. C-shaped groove 124. Card slot 14. Soft lining 141. C-shaped mosaic 16. Lens 1297659 18. Fixing hoop 181. Case 182. Clamping 20. The diving mask of the present invention 22. Frame, 221. Frame 222. Lens receiving area 223. Inner flange 224. Card slot 225. Perforation 226. Side plate 228. Button body 229. Lug 230. Bonding hole 231. Recessed groove 24. Soft lining frame 241. Covering body 26. Lens 28. Fixing hoop 281. Hoop body 282. Clamping 283. Wing plate 284. Buckle Hole, 1297659 30. Divers 32. Eyes