1312102 九、發明說明： 【發明所屬之技術領域】 裝置 本發明係關於-種數位鏡頭裳置，特別是指一種可大幅減 少數位鏡料組合裝㈣，朗«觀所赵細碎或微小的 碎末、㈣’且更提高鏡賴組之組裝密合度與㈣性之鏡頭 【先前技術】 按’習知之數位攝影鏡頭模組，主要包括有—鏡頭座、一 鏡筒，多數鏡片，該鏡筒大多直接與鏡頭座螺設固定，該等鏡 片則疋組裝定位於鏡筒與鏡頭座間，故鏡頭座與鏡筒利用螺紋 組裝完成後’則因數位鏡頭組裝螺紋所產生細碎或微小的碎 末、粉禮會留在數位鏡頭内。 惟，習知數位鏡頭模組之鏡筒與鏡頭座採用螺設固定之組 方式由於相互螺鎖之内、外螺紋間存在有齒間縫隙，尤其當 生產製造之精度誤差越大時，其齒間縫隙越大，如此，會產生 夕種現象’第-疋鏡筒與鏡頭座兩者操作時容易產生震動，而 細碎或微小的碎末、M會影響攝影畫面之清晰度，第二則是 空氣中的灰塵、油汙、及水氣，财微細的布料纖維與灰塵會 在不知不覺中進人您的數位鏡頭裡，不用报久就可以看見鏡頭 邊緣沾黏灰塵、油汙的痕跡，而外界灰塵或濕氣容易經由該等 間縫隙侵入内部，而存在於鏡片與鏡筒或鏡頭座間，或附著於 產兄片上，導致攝影結果產生故障、沾塵、模糊不清或折射受到 l3l2l〇2 破壞的問題。 本案發明人μ於上述„數位鏡頭裝置所衍生的各項缺 點，乃亟思加以改良創新，終於成功研發完成本件數位鏡頭装 复。 【發明内容】1312102 IX. Description of the invention: [Technical field to which the invention pertains] Apparatus The present invention relates to a type of digital lens, in particular to a type of mirror material assembly (4) which can be greatly reduced, and a fine or minute crush (4) 'and improve the assembly tightness of the mirror group and the lens of the (four) nature [previous technology] According to the conventional digital camera lens module, mainly includes a lens holder, a lens barrel, and most lenses, which are mostly It is directly fixed to the lens holder screw. The lenses are assembled and positioned between the lens barrel and the lens holder. Therefore, after the lens holder and the lens barrel are assembled by the thread, the factor lens is assembled into the thread to produce fine or minute powder and powder. The ceremony will be left in the digital camera. However, the lens barrel and the lens holder of the conventional digital lens module are arranged by screws, because there are gaps between the internal and external threads of the mutual screw lock, especially when the precision error of manufacturing is greater, the teeth The larger the gap, the more the phenomenon will occur. The first and second lens barrels and the lens holder are prone to vibration, while the fine or tiny fragments, M will affect the sharpness of the photographic picture, and the second is The dust, oil, and moisture in the air, the fine cloth fibers and dust will enter the digital lens without knowing it. You can see the dusty and oily marks on the edge of the lens without being reported for a long time. Dust or moisture easily intrudes into the interior through the gaps, and exists between the lens and the lens barrel or the lens mount, or attached to the maternal piece, causing malfunction, dusting, blurring, or refraction of the photographing result to be destroyed by l3l2l〇2 The problem. The inventor of the present invention μ has made various improvements in the above-mentioned „digital lens device, and has improved and innovated, and finally successfully developed and completed the digital lens assembly. [Summary of the Invention]
本發明之目的即在讀供—㈣位鏡頭裝置，其鏡頭座盘 鏡筒於組合裝配時，該鏡筒係經由螺紋相互引導旋人後，再: 扭轉摩擦定位於鏡頭座内之數位鏡頭裝置。 本發明之次-目的係在於提供一種克服以螺紋組裝之鏡頭 農置，其敎縫隙容易於組合裂配過程中產生細碎或微小的碎 末私石查而會衫響攝景多畫面之數位鏡頭裝置。 本發明之另—目的係在於提供一種數位鏡頭裳置於組合裝 :後’再以黏著劑將鏡頭座與鏡筒整圈塗佈，而更能達成完整 密封效果之數位鏡頭裝置。 可達成上述發明目的之數位鏡頭裝置，包括有—鏡頭座婆 可螺合於鏡頭座内孔中之鏡筒，其甲，該鏡頭座之内孔壁面惠 一段内螺紋與—凸點接觸部，該鏡筒之外周壁設有-段外· 一外環部，以及-位於外螺紋與外環部間之扭力調整部，該外 紋可通過鏡頭座之凸點接觸部，而與内螺紋相互螺合，該扭力 整部可與鏡頭座之凸點接觸部產生扭轉摩擦阻力，該外環部與 頭座之相對端面間界定有—塗膠空間，該塗膠空間内部更塗佈 1312102 一黏著劑作整圈膠合固定。 本發明所提供之鏡頭模組，由於鏡筒與鏡頭座以螺紋相互 螺合的同時，兩者間更形成有扭轉摩擦阻力，可產生迫緊固定 作用，因此，可防止鏡頭模組於操作時產生震動，影響攝影清 晰度，另外，利用塗膠空間中之黏著劑作整圈膠合固定，除可 進步增加迫緊作用，更可使鏡頭座與鏡筒間具有確切之密封 效果，可防止外界灰塵或濕氣進入内部，造成攝影結果產生模 糊不清或影像受到破壞，故可確保攝影清晰度與品質穩定性。 【實施方式】 叫參閱圖一至圖五，本發明所提供之數位鏡頭裝置，主要包 括有.一鏡頭座（1)與一可螺合於鏡頭座（丨）内孔（U)中之鏡筒 (2);其中： 該鏡頭座（1)，其内孔（11)壁面設有一段内螺紋（12)與一凸 點接觸部（13)，本實施例之凸點接觸部（13)係設為一平滑之摩擦 孔壁，當然，該摩擦孔壁之孔徑係等於或大於内螺紋（12)之孔徑； 該鏡筒（2)，其外周壁設有一段外螺紋（21)、一外環部（22)， 以及一位於外螺紋（21)與外環部（22)間之扭力調整部（23); 該鏡筒（2)係以轉動設置於鏡頭座（！）上，其利用鏡筒（2)之 外螺紋（21)通過該鏡頭座（1)之凸點接觸部（13)後，而與鏡頭座 (1)之内螺紋（12 )以螺紋相互引導，該鏡筒（2 )之外螺紋（21)與鏡 頭座（1)之内螺紋（12)兩者再經由相互引導作用來傳逹運動，當 1312102 γ年r月β曰修便)正替換頁 / . 該鏡筒（2)之外螺紋（21)可利用鏡頭座（1)之内螺紋（12)來調節 . 數位鏡頭裝置内部位置，使扭力調整部（2 3 )之頂點部位抵住並支 撐於鏡頭座（1)之凸點接觸部（13)，進而嵌設在該鏡頭座（1)内部 之一凸點接觸部（13)内。 本實施例之扭力調整部（23)為三個以上之數量所構成，其可 環狀排列於鏡筒（2)之外表面，其環狀排列之間距可固定相同或 依不相同距離排列，該扭力調整部（23)亦可沿鏡筒（2)外表面等 • 角度或非等角度分佈設置而成；本發明之扭力調整部（23)於本實 施例中呈現凸狀，其亦可為錐體、圓錐體、半球體、稜柱體或其 結合設置於鏡筒（2)之外表面；該扭力調整部（23)與外螺紋（21) 相隔一預定距離，同時，其各圓弧狀表面所構成之最大外徑係等 於或大於鏡頭座（1)其凸點接觸部（13)之孔徑，因此，當鏡筒（2) 之外螺紋（21)與鏡頭座（1)之内螺紋（12)相互螺合時，其扭力調 整部（23)之各扭力調整部（23)圓弧狀表面便會與凸點接觸部（13) • 之孔壁產生扭轉摩擦接觸。 如圖五所示，該鏡筒（2)之扭力調整部（23)係於鏡頭座（1) 之凸點接觸部（13)内部形成扭轉摩擦阻力，其後，當鏡筒（2)以 扭力調整部（23)抵住並支撐於鏡頭座（1)之凸點接觸部（13)後， 則該鏡筒（2)之外環部（22)與鏡頭座（1)相對端面（14)間則刑成 有一塗膠空間（24)。 本發明之數位鏡頭裝置，進一步可經由鏡筒（2)與鏡頭座（1) 8 13,12102 牌 αβ 日修(更)正替換頁丨 < -- • 内之螺紋相互引導旋入以及扭轉摩擦定位，其後，再於該塗膠空 - 間（24)内部塗佈一可為熱固化膠之黏著劑（25)，如圖六、圖九所 示，以形成整圈之膠合密合；當然，如圖八所示，本發明之鏡筒 (2)與鏡頭座（1)與習知相同，在實際組裝時會預先在内部安裝數 個鏡片（3)。 需特別說明的是，由於本發明鏡頭座（1)與鏡筒（2)經由螺紋 相互引導旋入以及扭轉摩擦定位時，兩者間更可藉由凸點接觸部 # (13)與扭力調整部（23)產生之扭轉摩擦阻力（請參閱圖七），使 該鏡頭座（1)與該鏡筒（2)彼此緊密結合，因此，可有效克服習知 因螺紋缝隙容易於組合裝配過程中產生細碎或微小的碎末、粉碴 而會影響攝影晝面之清晰度，致影響攝影品質之問題，此外，本 發明利用塗膠空間（24)内塗佈整圈黏著劑（25)之設計，該黏著劑 (25)係能使鏡頭座（1)與鏡筒（2)的接觸面相黏結，如橡膠、合成 樹脂等，該黏著劑（25)除可進一步提高鏡頭座（1)與鏡筒（2)結合 ® 之緊密度外，更重要的是可產生密封效果，以防止外界灰塵或濕 氣經由該等齒間縫隙滲入鏡頭座（1)與鏡筒（2)内部，導致攝影結 果產生模糊不清或折射受到破壞的問題，故本發明之結構確可增 加攝影之清晰度與品質穩定性。 綜上所述，本案不但在空間型態上確屬創新，並能較習用物 品增進上述多項功效，應已充分符合新穎性及進步性之法定新型 專利要件，爰依法提出申請，懇請貴局核准本件新型專利申請 9 Γ312102 案’以勵創作，至感德便。 【圖式簡單說明】 圖一係本發明鏡頭座與鏡筒之立體組裝示意圖。 圖二係本發明鏡頭座與鏡筒之分離狀態示意圖。 圖三係本發明鏡頭座與鏡筒之另一視角分離狀態示意圖。 圖四係本發明鏡頭座與鏡筒之剖面示意圖。 圖五係本發明鏡頭座與鏡筒之剖面組裝示意圖。 圖六係本發明鏡頭座與鏡筒以黏著劑黏合之剖面組裝示意 圖。 圖七係本發明鏡頭座與鏡筒沿圓周方向之側視剖面圖。 圖八係本發明鏡頭座與鏡筒間組裝有鏡片之側視剖面圖。 圖九係本發明鏡頭模組另一角度之外觀組合圖。 【主要元件符號說明】 (1)鏡頭座 (11) 内孔 (12) 内螺紋 (13) 凸點接觸部 (14)端面 (2)鏡筒 (21) 外螺紋 (22) 外環部 1312102 (23) 扭力調整部 (24) 塗膠空間 (25) 黏著劑 (3)鏡片The object of the present invention is to read a supply-(four)-position lens device, wherein the lens holder lens barrel is assembled and assembled, and the lens barrel is guided by a thread to rotate the person, and then: the digital lens device positioned in the lens holder by the torsion friction. The second objective of the present invention is to provide a digital lens that overcomes the need for a lens assembly to be assembled, and the gap is easy to produce a fine or small fragmentation in the process of splitting and splitting. Device. Another object of the present invention is to provide a digital lens device in which a digital lens is placed in a combination: a rear lens is coated with a lens and a lens barrel to achieve a complete sealing effect. The digital lens device capable of achieving the above object of the invention comprises a lens barrel which can be screwed into the inner hole of the lens holder, and a nail of the inner wall of the lens holder has a female thread and a bump contact portion. The outer peripheral wall of the lens barrel is provided with an outer portion and an outer ring portion, and a torque adjusting portion between the outer thread and the outer ring portion, and the outer pattern can pass through the bump contact portion of the lens holder, and the internal thread is mutually The screwing portion can generate a torsional frictional resistance with the bump contact portion of the lens holder. The outer ring portion and the opposite end surface of the headstock define a glue-applying space, and the glue coating space is further coated with 1312102. The agent is fixed by a full circle of glue. According to the lens module provided by the present invention, since the lens barrel and the lens holder are screwed to each other, a torsional frictional resistance is formed between the lens barrel and the lens holder, thereby forming a pressing and fixing function, thereby preventing the lens module from being operated. Vibration is generated, which affects the sharpness of the photographic image. In addition, the adhesive in the glue-coated space is used for the entire ring to be glued and fixed. In addition to improving the tightening effect, the lens seat and the lens barrel have an exact sealing effect, which can prevent the outside world. Dust or moisture enters the interior, causing blurring of the photographic results or damage to the image, thus ensuring photographic clarity and quality stability. [Embodiment] Referring to Figures 1 to 5, the digital lens device provided by the present invention mainly comprises: a lens holder (1) and a lens barrel that can be screwed into the inner hole (U) of the lens holder (丨) (2); wherein: the lens holder (1) has a female thread (12) and a bump contact portion (13) on the inner surface of the inner hole (11), and the bump contact portion (13) of the embodiment is Set as a smooth friction hole wall, of course, the diameter of the friction hole wall is equal to or larger than the diameter of the internal thread (12); the lens barrel (2) has an outer thread (21) and an outer wall a ring portion (22), and a torque adjustment portion (23) between the external thread (21) and the outer ring portion (22); the lens barrel (2) is rotatably disposed on the lens mount (!), and the use thereof The external thread (21) of the lens barrel (2) passes through the bump contact portion (13) of the lens holder (1), and is guided to the internal thread (12) of the lens holder (1) by a thread, the lens barrel ( 2) Both the external thread (21) and the internal thread (12) of the lens holder (1) are transmitted through the mutual guiding action, and when the 1312102 γ year r month β曰 repair) is replacing the page / . cylinder( 2) The external thread (21) can be adjusted by the internal thread (12) of the lens holder (1). The internal position of the digital lens unit is such that the apex of the torque adjustment unit (23) is held against and supported by the lens holder (1) The bump contact portion (13) is further embedded in one of the bump contact portions (13) inside the lens holder (1). The torsion adjusting portion (23) of the present embodiment is composed of three or more numbers, and may be annularly arranged on the outer surface of the lens barrel (2), and the annular arrangement may be fixed at the same distance or at different distances. The torsion adjusting portion (23) may be disposed along an outer surface of the lens barrel (2), such as an angle or a non-equal angle; the torsion adjusting portion (23) of the present invention is convex in the embodiment, and Provided as a cone, a cone, a hemisphere, a prism or a combination thereof on the outer surface of the lens barrel (2); the torsion adjusting portion (23) is spaced apart from the external thread (21) by a predetermined distance, and at the same time, each of the arcs The maximum outer diameter of the surface is equal to or larger than the aperture of the bump contact portion (13) of the lens holder (1), and therefore, when the lens barrel (2) is outside the thread (21) and the lens holder (1) When the threads (12) are screwed together, the arcuate surface of each of the torsion adjusting portions (23) of the torsion adjusting portion (23) is in torsional frictional contact with the wall of the hole of the bump contact portion (13). As shown in FIG. 5, the torsion adjusting portion (23) of the lens barrel (2) is formed with a torsional frictional resistance inside the bump contact portion (13) of the lens holder (1), and thereafter, when the lens barrel (2) is After the torsion adjusting portion (23) is pressed against and supported by the bump contact portion (13) of the lens holder (1), the outer ring portion (22) of the lens barrel (2) and the lens holder (1) are opposite end faces (14). ), there is a glue space (24). The digital lens device of the present invention can further be screwed into and twisted through the lens barrel (2) and the lens holder (1) 8 13, 12102 card αβ daily repair (more) positive replacement page 丨<- Friction positioning, after which, an adhesive (25) which can be a heat curing adhesive is applied inside the coating space (24), as shown in Fig. 6 and Fig. 9, to form a full circle of glued adhesion. Of course, as shown in FIG. 8, the lens barrel (2) of the present invention is identical to the lens holder (1), and a plurality of lenses (3) are previously mounted in advance during actual assembly. It should be specially noted that, since the lens holder (1) and the lens barrel (2) of the present invention are guided by screwing and torsion friction positioning, the bump contact portion # (13) and the torque can be adjusted between the two. The torsional frictional resistance generated by the part (23) (see Figure 7), the lens mount (1) and the lens barrel (2) are tightly coupled to each other, thereby effectively overcoming the conventional thread gap and being easy to assemble in the assembly process. The production of fine or minute powders and powders can affect the sharpness of the photographic surface, which affects the quality of the photographic quality. In addition, the present invention utilizes the design of the full-circle adhesive (25) in the coating space (24). The adhesive (25) can bond the lens holder (1) to the contact surface of the lens barrel (2), such as rubber, synthetic resin, etc., and the adhesive (25) can further improve the lens holder (1) and the mirror. In addition to the tightness of the tube (2), it is more important to produce a sealing effect to prevent external dust or moisture from penetrating into the lens holder (1) and the lens barrel (2) through the gap between the teeth, resulting in photographic results. Produce problems that are ambiguous or refracted, so the hair The structure can indeed increase the clarity and stability of quality photography. To sum up, this case is not only innovative in terms of space type, but also can enhance the above-mentioned multiple functions compared with customary articles. It should fully comply with the statutory new patent requirements of novelty and progressiveness, and apply in accordance with the law. This new type of patent application 9 Γ 312102 case is inspired by creation, to the sense of virtue. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the three-dimensional assembly of the lens holder and the lens barrel of the present invention. Figure 2 is a schematic view showing the separated state of the lens holder and the lens barrel of the present invention. FIG. 3 is a schematic view showing a state in which the lens holder and the lens barrel of the present invention are separated from each other. Figure 4 is a schematic cross-sectional view of the lens holder and the lens barrel of the present invention. Figure 5 is a schematic view showing the assembly of the lens holder and the lens barrel of the present invention. Fig. 6 is a schematic view showing the assembly of the lens holder and the lens barrel of the present invention bonded by an adhesive. Figure 7 is a side cross-sectional view of the lens holder and the lens barrel of the present invention in the circumferential direction. Figure 8 is a side cross-sectional view showing the lens assembled between the lens holder and the lens barrel of the present invention. Figure 9 is a combination view of the appearance of the lens module of the present invention at another angle. [Main component symbol description] (1) Lens mount (11) Inner hole (12) Internal thread (13) Bump contact (14) End face (2) Lens barrel (21) External thread (22) Outer ring part 1312102 ( 23) Torque adjustment part (24) Glue space (25) Adhesive (3) Lens