201104295 四、指定代表圖： (-)本案指^代表圖為：第（3 )圖。 (二)本代表圖之元件符號簡單說明： 1〜彈性體透鏡與撓性影像感測元件之整合裝置；2〜光線’· U鏡筒本體，12〜可撓性影像感測膜；13〜彈性體透鏡； 14〜透明液體；15〜彈性體透鏡曲率調整環；16〜彈性體透鏡 曲率調整環螺絲；121〜可撓性影像感測膜固定環；122〜可 撓性衫像感測膜m定螺絲；123〜可挽性影像感賴變形前位 • 置’ 124〜^撓性影像感測膜變形後位置；⑵〜可撓性影像感 測膜基材；126〜可撓性影像感測臈感測元件；127〜可撓性 衫像感測膜中央區域；丨2 8〜可撓性影像感測膜周緣區域；i 3 j 〜彈性體透鏡固定環；132〜彈性體透鏡固定環螺絲；133〜 彈〖生體透鏡原始位置；134〜彈性體透鏡受壓力後位置；21 〜原聚焦光線路徑位置；22〜彈性體透鏡變形後之聚焦光線 路徑。 • 五、本案若有化學式時，請揭示最能顯示發明特徵的化學式： 無 六、發明說明： 【發明所屬之技術領域】 本創作有關於一種彈性體透鏡與撓性影像感測元件之整 合裝置’特別是有關於一種撓性基材表面設置影像感測元件配 合彈性體透鏡焦距變化的情形自動產生曲率與位置補正功 能；透過撓性基材受壓力後變形量與光學分析，利用不相等撓 201104295 性影像感測膜基材厚度的設計’使撓性感測膜受内壓力變化後 的曲率及位置與壓縮彈姓體透鏡之内壓力相互補償，使撓性感 測膜對應於系統之最佳成像面，以降低影像的像差而獲得較佳 的影像品質。彈性體透鏡與撓性影像感測膜之間，亦可藉由隔 離元件分開彈性體透鏡與可撓性影像感測膜，獨立施加壓力使 彼此不產生交互影響。 【先前技術】 ^ 美國、日本、國内等有許多關於彈性體透鏡的相關專利， 控制方法概略有機械式例如中華民國專利第〇96110024號申 請案（公開號200839300)，US 6,038,080，電磁式例如 JP60,220,301 ’液晶式例如US 2005/0018127，電濕潤式例如 US 2006/0285220 ’液壓充填式例如US 7,256,943或馬達控制 之液態變焦透鏡例如US2007/0104473等，都局限於影像感測 元件為平面式感測器，當鏡頭的景深較短時，離開光軸的周邊 φ 影像’其解析度因超出景深範圍而下降，以及各種像差因素造 成整體衫像品質不良；且鏡頭焦距調整控制機構複雜，導致整 體體積無法輕巧化D 【發明内容】 有鑑於此，本創作之目的在於提供一種彈性體透鏡與撓性 影像感測元件之整合裝置，當彈性體透鏡受歷力改變透鏡曲率 而造成焦距變化；利用不相等厚度的撓性影像感測膜控制變形 曲率與位置，伴隨著内部所產生壓力使撓性感測膜與透鏡產生 201104295 光學性質互補關係，而依最佳成像曲率變形，獲得低像差高品 質的影像。彈性體透鏡與可撓性影像感測膜之間，亦可藉由隔 離元件分開彈性體透鏡與撓性影像感測膜，獨立施加壓力使彼 此不產生交互影響。 本創作之光學影像感測裝置的一較佳實施例包括一鏡筒 本體、一彈性體透鏡、一光可折射撓性體、一可撓性影像感測 膜、一彈性體透鏡固定環、一彈性體透鏡固定環螺絲、—彈性 體透鏡曲率調整環、一彈性體透鏡曲率調整環螺絲、一可撓性 影像感測膜固定環及一可撓性影像感測膜固定環螺絲；一鏡筒 本體、—彈性體透鏡、―光可折射撓性體、-可撓性影像感測 膜形成封閉的空間；一彈性體透鏡被一彈性體透鏡固定環、一 彈性體透鏡固定環螺絲固定於鏡筒本體；—可祕影像感測膜 由一可撓性影像感測膜基材及一可撓性影像感測元件所組 成，並由一影像感測膜固定環及一影像感測膜固定環螺絲固定 於鏡筒本體。 在上述之較佳實施例中，利用一彈性體透鏡曲率調整環螺 絲控制-彈性體透鏡曲率調整環，使彈性體透鏡曲率調整環麼 緊或放4、彈性體透鏡的表面，如此造成彈性體透鏡曲率改變， 進而達成調整系統焦距的目的。 在上述之較佳實施例中，光可折射撓性體可依系統需求使 用各種不同光學指數的液體。 201104295 在上述之較佳實施例t，採用一可撓性影像感測膜固定環 及-可撓性影像感測膜固定環螺絲固定影像感測膜;採用一彈 性體透鏡蚊環、-雜體透賴定環螺L定彈性體透鏡 及以彈性體透鏡曲率調整環、彈性體透鏡㈣調整環螺絲以調 整彈性體透鏡曲率；本固定環與襲分離設計可將㈣螺絲或 調整螺絲的旋轉運動推動固㈣或調整環變為直線運動， 以防201104295 IV. Designated representative map: (-) This case refers to the representative figure: (3). (2) Brief description of the symbol of the representative figure: 1~ Integrated device of elastic lens and flexible image sensing element; 2~ light '· U barrel body, 12~ flexible image sensing film; 13~ Elastomer lens; 14~transparent liquid; 15~elastomer lens curvature adjustment ring; 16~elastomer lens curvature adjustment ring screw; 121~flexible image sensing film fixing ring; 122~flexible shirt image sensing film m fixed screw; 123~lappable image sensed before deformation position; set '124~^flexible image sensing film deformed position; (2)~flexible image sensing film substrate; 126~flexible image sense臈 sensing element; 127~ flexible shirt image sensing film central area; 丨2 8~ flexible image sensing film peripheral area; i 3 j ~ elastomer lens fixing ring; 132~ elastomer lens fixing ring Screw; 133~ 弹 〖Original lens original position; 134~ Elastomer lens under pressure position; 21 ~ original focus ray path position; 22~ Elastomer lens after deformation of the focused ray path. • 5. If there is a chemical formula in this case, please disclose the chemical formula that best shows the characteristics of the invention: None. 6. Description of the invention: [Technical field of invention] This creation relates to an integrated device of an elastomer lens and a flexible image sensing element. 'In particular, there is a case where a flexible sensing substrate is provided with an image sensing element and a focal length change of the elastomer lens to automatically generate a curvature and position correction function; the amount of deformation and optical analysis after being subjected to pressure through the flexible substrate, using unequal 201104295 The design of the thickness of the film sensing film substrate 'compensates the curvature and position of the flexible sensing film after the internal pressure changes with the pressure inside the lens of the compression bomb, so that the flexible sensing film corresponds to the optimal imaging of the system. Face, to reduce the image aberration to obtain better image quality. Between the elastomer lens and the flexible image sensing film, the elastomer lens and the flexible image sensing film may be separated by the spacer element, and pressure is independently applied so as not to interact with each other. [Prior Art] ^ There are many patents relating to elastomer lenses in the United States, Japan, and the like, and the control methods are generally mechanical, for example, the application of the Republic of China Patent No. 96110024 (Publication No. 200839300), US 6,038,080, electromagnetic type, for example. JP 60,220,301 'liquid crystal type such as US 2005/0018127, electrowetting type US 2006/0285220 'hydraulic filling type such as US 7, 256, 943 or motor controlled liquid zoom lens such as US2007/0104473, etc., are limited to image sensing elements are planar In the sensor, when the depth of field of the lens is short, the resolution of the peripheral φ image leaving the optical axis decreases due to the depth of field, and various aberration factors cause poor overall image quality; and the lens focal length adjustment control mechanism is complicated. Therefore, the overall volume cannot be lightened. D SUMMARY OF THE INVENTION In view of the above, the purpose of the present invention is to provide an integrated device for an elastic lens and a flexible image sensing element, which causes a change in focal length when the elastic lens is subjected to a change in curvature of the lens. Using a flexible image sensing film of unequal thickness to control the curvature and position of the deformation, accompanied by The pressure generated inside makes the flexible sensing film and the lens produce the complementary relationship of the optical properties of 201104295, and the image is deformed according to the optimal imaging curvature to obtain images with low aberration and high quality. Between the elastomer lens and the flexible image sensing film, the elastomer lens and the flexible image sensing film may be separated by the isolation member, and pressure is independently applied so as not to have an interaction effect. A preferred embodiment of the optical image sensing device of the present invention comprises a barrel body, an elastomer lens, a light refractable flexible body, a flexible image sensing film, an elastic lens fixing ring, and a Elastomer lens fixing ring screw, elastic lens curvature adjusting ring, elastic lens curvature adjusting ring screw, flexible image sensing film fixing ring and a flexible image sensing film fixing ring screw; The body, the elastic lens, the "light refracting flexible body", the flexible image sensing film form a closed space; an elastic lens is fixed to the mirror by an elastic lens fixing ring and an elastic lens fixing ring The cartridge body sensing film is composed of a flexible image sensing film substrate and a flexible image sensing component, and is composed of an image sensing film fixing ring and an image sensing film fixing ring. The screw is fixed to the barrel body. In the above preferred embodiment, an elastic lens curvature adjustment ring screw control-elastic lens curvature adjustment ring is used to make the elastic lens curvature adjustment ring tight or put on the surface of the elastic lens, thus causing the elastic body. The curvature of the lens changes, which in turn achieves the purpose of adjusting the focal length of the system. In the preferred embodiment described above, the photorefractive flexible body can utilize a variety of different optical index liquids depending on the system requirements. 201104295 In the above preferred embodiment t, a flexible image sensing film fixing ring and a flexible image sensing film fixing ring screw are used to fix the image sensing film; an elastic lens mosquito ring and a miscellaneous body are used. The fixed-loop screw L-shaped elastic lens and the elastic lens curvature adjusting ring and the elastic lens (4) adjusting the ring screw to adjust the curvature of the elastic lens; the fixing ring and the separation design can push the rotating motion of the (4) screw or the adjusting screw (d) or the adjustment ring becomes a linear motion, in case
止彈性體魏與可撓性料制顧磨擦錢轉造成皺折、扭 曲或損傷彈性體透鏡表面。 在上述之較佳實_更包括—料等厚度的可撓性影像 感測膜基材，設計者可根據鏡筒本體内壓力在可撓性影像感測 臈表面的力分佈條件，依所期望的影像感測膜變形曲率，在 同-可捷性影像感測膜基材設計不相同的厚度，使可撓性影像 感測膜變錢與透鏡光學性f產生互補關係，使可換性影像感 測膜變形後曲率及變形位置與最佳成像面相符合。彈性體透鏡 與可繞性料感顺之間，料藉由隔離元件分開彈性體透鏡 與換性影像❹m，獨立施加Μ力使彼此不產生交互影響。 在上述之較佳實_巾，因衫料度㈣㈣測膜基材 叹计，彈性體透鏡與可撓性影像感測膜變化的曲率為一自動補 正系統，系統本身具有自我補償功能，不需要額外之調整裝置。 ;文特:=:和==和== 201104295 【實施方式】 第3圖為本創作之彈性體透鏡與撓性影像感測元件之整合 裝置的一較佳實施例的剖視圖。彈性體透鏡與撓性影像感測元 件之整合裝置1包括一鏡筒本體Η、一彈性體透鏡I]、一透 明液體14、一影像感測膜丨2、一彈性體透鏡固定環13丨'一 彈性體透鏡固定環螺絲132、一彈性體透鏡曲率調整環丨5、一 彈性體透鏡曲率調整環螺絲16、一影像感測膜固定環121及 • 一影像感測膜固定環螺絲122; —本體鏡筒n、一彈性體透鏡 13、一透明液體14、一影像感測臈12形成封閉的空間；一彈 性體透鏡13被一彈性體透鏡固定環131、一彈性體透鏡固定 環螺絲132固定於本體鏡筒；一可撓性影像感測膜12由一可 撓性影像感測膜基材125及-可撓性影像感測元件126所組 成，並由-可撓性影像感測膜固定環121及一可挽性影像感測 膜固定環螺絲122固定於鏡筒本體。光線2經由本體鏡筒u、 • 彈性體透鏡曲率調整環螺絲16、彈性體透鏡曲率調整環15、 彈性體透鏡固定環螺絲132、彈性體透鏡固定環13丨中央空孔 後，藉由彈性體透鏡13及透明液體14聚焦於可撓性影像感測 膜12之可撓性影像感測元件126上；而獲得之影像可以藉由 電子周邊傳輸襞置及處理器作後續處理。旋轉調整彈性體透鏡 曲率調整環螺絲16’彈性體透鏡曲率調整環15會受到彈性體 透鏡曲率調整環螺絲16壓力壓迫彈性體透鏡13,使彈性體透 鏡13表面曲率半徑及位置改變。 201104295 第4圓為本創作之彈性體透鏡與撓性影像感測元件之整合 裝置的一較佳實施例的分解圖，以清楚描述本裝置之立體形狀 及各零件組合之相互關係。 第5圖為本創作之彈性體透鏡與撓性影像感測元件之整合 裝置的一較佳實施例示意圖，彈性體透鏡13受到彈性體透鏡 曲率調整環15施加壓力後，彈性體透鏡13之原始位置133移 動到13,位置，彈性體透鏡13表面曲率亦連同改變，原聚焦 光線路徑由位置21改變為位置22 ;透明液體14受到彈性體 透鏡13麼力後，將㈣傳導至可撓性影像感測膜12，可換性 影像感測膜12受到透明液體14壓力，可撓性影像感測膜原始 位置123移動至124位置’可撓性影像感測膜12的曲率亦連 同改邊，當把彈性體透鏡曲率調整環15壓力釋放後，彈性體 透鏡13恢復原先狀態’可撓性影像感測膜12隨同恢復原狀 態，聚焦光線路徑由位i 22恢復到位£ 21 ;使彈性體透鏡13 與可撓性影像感測膜12之間在位置與曲率變化上，產生一種 自動補償之效果。 第6圖為本創作之彈性體透鏡與撓性影像感測元件之整合 裝置的-較佳實施例中彈性體透鏡曲率調整環Μ，其接觸彈 性體透鏡13表面的前端部份切成斜角i5i，減少彈性體透鏡 ㈣調整環15壓入彈性體透鏡13表面的接觸寬度，以精確控 制彈性體透鏡13表面曲率變化。 201104295 第7圖為本創作之彈性體透鏡與撓性影像感測元件之整合 裝置的-較佳實施例，可撓性影像❹懷12由—可撓性影像 感測膜基材125及-可撓性歸制元件126所組成；可挽性 影像感顧基材125由可撓性㈣製成，可撓性景彡像感測元件 !26可以微機電感測元件技術製造並與可撓性影像感測膜基材 125結合。The elastomer and the flexible material are rubbed to cause wrinkles, twists or damage to the surface of the elastomer lens. In the above-mentioned preferred embodiment, the thickness of the flexible image sensing film substrate can be determined by the designer according to the pressure distribution in the lens body to sense the force distribution on the surface of the flexible image. The image sensing film deformation curvature is different in thickness of the same-proven image sensing film substrate design, so that the flexible image sensing film becomes rich and the lens optical f is complementary, so that the interchangeable image is made. The curvature and deformation position of the sensing film after deformation are consistent with the optimal imaging surface. Between the elastomer lens and the retractable material, the elastomer lens and the reversal image ❹m are separated by the spacer element, and the force is independently applied so as not to interact with each other. In the above-mentioned preferred embodiment, the curvature of the elastic lens and the flexible image sensing film is an automatic correction system due to the film material degree (4) (4) film substrate substrate, and the system itself has self-compensation function, and does not need Additional adjustments. ; Venter: =: and == and == 201104295 [Embodiment] Fig. 3 is a cross-sectional view showing a preferred embodiment of the integrated device of the elastomer lens and the flexible image sensing element. The integrated device 1 of the elastic lens and the flexible image sensing element comprises a barrel body Η, an elastic lens I], a transparent liquid 14, an image sensing film 2, and an elastic lens fixing ring 13' An elastomer lens fixing ring screw 132, an elastic lens curvature adjusting ring 5, an elastic lens curvature adjusting ring screw 16, an image sensing film fixing ring 121 and an image sensing film fixing ring screw 122; The main body barrel n, an elastic lens 13, a transparent liquid 14, and an image sensing unit 12 form a closed space; an elastic lens 13 is fixed by an elastic lens fixing ring 131 and an elastic lens fixing ring screw 132. The flexible image sensing film 12 is composed of a flexible image sensing film substrate 125 and a flexible image sensing element 126, and is fixed by a flexible image sensing film. The ring 121 and a leapable image sensing film fixing ring screw 122 are fixed to the barrel body. The light 2 passes through the main body barrel u, the elastic lens curvature adjusting ring screw 16, the elastic lens curvature adjusting ring 15, the elastic lens fixing ring screw 132, and the elastic lens fixing ring 13 丨 central hollow hole, by the elastic body The lens 13 and the transparent liquid 14 are focused on the flexible image sensing element 126 of the flexible image sensing film 12; and the obtained image can be processed by the electronic peripheral transmission device and the processor for subsequent processing. Rotating the Elastomer Lens The curvature adjusting ring screw 16' elastic lens curvature adjusting ring 15 is pressed by the elastic lens curvature adjusting ring screw 16 to pressurize the elastomer lens 13, so that the radius of curvature and position of the surface of the elastomer lens 13 are changed. 201104295 The fourth circle is an exploded view of a preferred embodiment of the integrated elastomer lens and flexible image sensing element to clearly describe the three-dimensional shape of the device and the relationship between the various component combinations. FIG. 5 is a schematic view of a preferred embodiment of the integrated device of the elastomer lens and the flexible image sensing element. After the elastic lens 13 is pressed by the elastic lens curvature adjusting ring 15, the original of the elastic lens 13 is Position 133 is moved to 13, position, the surface curvature of elastomer lens 13 is also changed, and the original focused light path is changed from position 21 to position 22; after the transparent liquid 14 is subjected to the force of the elastic lens 13, the (four) is transmitted to the flexible image. The sensing film 12, the replaceable image sensing film 12 is subjected to the pressure of the transparent liquid 14, and the flexible image sensing film original position 123 is moved to the position 124. The curvature of the flexible image sensing film 12 is also corrected. After the pressure of the elastic lens curvature adjusting ring 15 is released, the elastic lens 13 is restored to the original state. The flexible image sensing film 12 is restored to the original state, and the focused light path is restored from the position i 22 to the position of 21; the elastic lens 13 is made. An automatic compensation effect is produced between the position and curvature changes between the flexible image sensing film 12. Figure 6 is a perspective view of an elastomeric lens curvature adjusting ring of the integrated embodiment of the elastomer lens and the flexible image sensing element of the present invention. The front end portion of the surface of the contact lens 11 is cut at an oblique angle. I5i, reducing the contact width of the elastomer lens (4) adjusting ring 15 pressed into the surface of the elastomer lens 13, to precisely control the curvature change of the surface of the elastomer lens 13. 201104295 Figure 7 is a preferred embodiment of the integrated elastic lens and flexible image sensing element of the present invention. The flexible image sensor 12 is made of a flexible image sensing film substrate 125 and The flexible return component 126 is composed of; the flexible image sensing substrate 125 is made of flexible (four), and the flexible image sensing component! 26 can be manufactured by a microcomputer inductance measuring component technology and has a flexible image sense. The film-forming substrate 125 is bonded.
第8圖為本創作之彈性體透鏡與撓性影像感測元件之整合 裝置的-較佳實施例，可撓性影像感測膜12利用同一可挽性 影像感測膜基# 125中不同厚度設計，使可撓性影像感測膜 12受到Μ力時具有預期的曲率變化的關係；將可撓性影像感 測膜基材125的中央部份127與周圍部份128的截面依變形需 求而設計為不相等厚度，使可撓性影像❹彳膜12受麼力變形 後曲率形狀變化及變形量大小，符合裝置最佳成像面的目的。 本;ij作已以佳貫施例揭露如上，然其並非用以限定本創 乍’任何熟習此技藝者，在不麟本創作之精神和範圍内，當 2些許之更動與潤飾，因此本創作之保護範圍當視後附 Μ專利範圍所界定者為準。 【圖式簡單說明】 第1圖為—習知的中華民國專利公開號200839300圓環驅動之 具有折光特性之容纽變形狀填充物充填式透鏡剖視圖。 第2圖為-習知的US 6,344,93〇液態光學透鏡與顯像系統控制 裝置的剖視圖。 201104295 第3圓為本創作之彈性體透鏡與橈性影像感測元件之整合裝 置的一較佳實施例剖視圖。 第4圖為本創作之彈性體透鏡與撓性影像感測元件之整合裝 置的一較佳實施例立體分解圖。 第5圖為本創作之彈性體透鏡與撓性影像感測元件之整合裝 置的一較佳實施例之彈性體透鏡與撓性影像感測元件受壓力 後的表面曲率與位置變化示意圖。 第6圖為本創作之彈性體透鏡與撓性影像感測元件之整合裝 的一較佳實施例之彈性體透鏡曲率調整環立體圖。 第7圖為本創作之彈性體透鏡與撓性影像感測元件之整合裝 的一較佳實施例之影像感測膜立體圖。 第8圖為本創作之彈性體透鏡與撓性影像感測元件之整合裝 置的一較佳實施例針對不相等基材厚度之可撓性影像感測膜 剖面圖。 、 【主要元件符號說明】 1〜彈性體透鏡與撓性影像感測元件之整合裝置；2〜光線. U〜鏡筒本體；12〜可撓性影像感測膜；13〜彈性體透鏡； 14〜透明液體；15〜彈性體透鏡曲率調整環；16〜彈性體透鏡 曲率調整壤螺絲；121〜可撓性影像感測膜固定環；〜可 撓性影像感測膜固定螺絲；123〜可撓性影像感測膜變形前位 置’· 124〜可撓性影像感測臈變形後位置；125〜可撓性影像感 測膜基材；126〜可撓性影像感測膜感測元件；127〜可撓性 201104295 影像感測膜中央區域；128〜可撓性影像感顏周緣區域·⑶ 〜彈性體透鏡固定環；132〜彈性體透鏡固定環螺絲；133〜 彈性體透鏡原始位置；134〜彈性體透鏡受壓力後位置； 〜原聚焦光線路徑位置；22〜彈性體透鏡變形後之聚焦光線 路徑。 七、申請專利範圍： 1· 一種彈性體透鏡與撓性影像感測元件之整合褒置，用於感 測影像，包括： -鏡筒本體，其鏡筒係圍繞―妹㈣成，並在該光轴處 設有開孔供零件設置與光線穿透； 一彈性體透鏡，裝設於上述鏡筒本體；以及 可撓性影像感測膜，裝設於上述鏡筒本體；以及 -光可折射撓性體，充填於鏡筒本體、彈性體透鏡及可棱 性影像感測膜之間；其中鏡筒本體、彈性體透鏡、可撓性影像 感測膜與光可折射撓性體形成—系統； 另更I括彈性體透鏡曲率調整元件，設於彈性體透鏡表 用乂控制彈性體透鏡產生曲率變化，可撓性影像感測膜自 動產生位置與曲率補償改變，以調整最佳成像面位置與曲率。 申咕專利_第1項所述之彈性體透鏡為彈性膜與液態 物體或彈性體所組成。 申•^專#1$〖圍第丨項所述之彈性體透鏡與換性影像感測Figure 8 is a preferred embodiment of the integrated device of the elastomer lens and the flexible image sensing device of the present invention. The flexible image sensing film 12 utilizes the same pullable image to sense different thicknesses of the film substrate #125. The design is such that the flexible image sensing film 12 has a desired curvature change when subjected to the force of the force; the cross section of the central portion 127 of the flexible image sensing film substrate 125 and the surrounding portion 128 is adapted to the deformation requirement. Designed to have unequal thicknesses, the curvature of the flexible image film 12 is deformed by the force and the amount of deformation is adjusted to meet the purpose of the optimal imaging surface of the device. This; ij has been exposing the above as a good example, but it is not intended to limit this creation. Anyone who is familiar with this skill, in the spirit and scope of the creation, when a little change and retouch, therefore this The scope of protection of the creation shall be subject to the definition of the patent scope. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a cross-sectional view of a conventionally filled filler-filled lens having a refractive index, which is driven by the conventional Republic of China Patent Publication No. 200839300. Figure 2 is a cross-sectional view of a conventional US 6,344,93 liquid optical lens and developing system control device. 201104295 The third circle is a cross-sectional view of a preferred embodiment of the integrated device of the elastomer lens and the sturdy image sensing element. Fig. 4 is a perspective exploded view of a preferred embodiment of the integrated device of the elastomer lens and the flexible image sensing element. Fig. 5 is a schematic view showing the surface curvature and positional change of the elastomer lens and the flexible image sensing element according to a preferred embodiment of the integrated device of the elastomer lens and the flexible image sensing device. Fig. 6 is a perspective view showing an elastic lens curvature adjusting ring of a preferred embodiment of the integrated elastic lens and flexible image sensing element. Figure 7 is a perspective view of an image sensing film of a preferred embodiment of the integrated elastomer lens and flexible image sensing device. Figure 8 is a cross-sectional view of a flexible image sensing film for a unequal substrate thickness in accordance with a preferred embodiment of the integrated elastomer lens and flexible image sensing device. [Main component symbol description] 1~Integral device of elastic lens and flexible image sensing element; 2~light. U~ray barrel body; 12~flexible image sensing film; 13~elastomer lens; 14 ~ transparent liquid; 15~ elastomer lens curvature adjustment ring; 16~ elastomer lens curvature adjustment soil screw; 121~ flexible image sensing film fixing ring; ~ flexible image sensing film fixing screw; 123~ flexible Image sensing film position before deformation '·124~flexible image sensing 臈 post-deformation position; 125~flexible image sensing film substrate; 126~flexible image sensing film sensing element; 127~ Flexibility 201104295 Image sensing film central area; 128~Flexible image sensory peripheral area · (3) ~ Elastomer lens fixing ring; 132~ Elastomer lens fixing ring screw; 133~ Elastomer lens original position; 134~elastic The position of the body lens after being pressed; ~ the position of the original focused light path; 22 the path of the focused light after the deformation of the elastomer lens. VII. Patent application scope: 1. An integrated arrangement of an elastomer lens and a flexible image sensing component for sensing images, including: - a lens barrel body, the lens barrel is surrounded by "Sister (4), and An optical hole is provided at the optical axis for component placement and light penetration; an elastic lens is disposed on the lens barrel body; and a flexible image sensing film is mounted on the lens barrel body; and - the light is refractable The flexible body is filled between the lens barrel body, the elastic lens and the prismatic image sensing film; wherein the lens barrel body, the elastic lens, the flexible image sensing film and the photorefractive flexible body are formed - system Further, an elastic lens curvature adjusting element is provided on the elastic lens table for controlling the curvature change of the elastic lens, and the flexible image sensing film automatically generates position and curvature compensation changes to adjust the optimal imaging surface position. With curvature. The elastomer lens described in claim 1 is composed of an elastic film and a liquid object or an elastomer. Shen•^专#1$〖围丨丨丨The elastic lens and reversible image sensing