M423833 五、新型說明： 【新型所屬之技術領域】 本創作係一種偏光檢測鏡頭，尤指一種可產生偏光效應 並避免眩光的偏光檢測鏡頭。 【先前技術】 常見的美容檢測儀或美髮檢測儀係採用光學檢測，其 包含有一機台及一檢測鏡頭，該機台内設有一控制器，以 • 及該機台上設有一顯示螢幕，該檢測鏡頭係電性連接該控 制器’該檢測鏡頭包括有一座體，該座體設有放大倍率的 光學鏡組，以及該座體外設有一具有檢測端部的罩體，於 該檢測鏡頭内形成一裝配空間，該檢測鏡頭於該座體上設 有一電路板，以及該電路板上設有出光端朝向檢測端部的 發光元件’且電路板與發光元件位於裝配空間中。 其中’檢測鏡頭的檢測端部可貼近待測物，發光元件 發出光線照向待測物，待測物反射的光線進入光學鏡組， • 將影像放大並顯現於該顯示螢幕上。 上述中，待測物可以為皮膚、頭皮、毛髮等，以皮膚 為例子，油性皮膚的表面油亮，容易眩光而導致影像不清 晰所以待檢測物的表面狀態呈現油亮狀態時，檢測鏡頭 的發光元件所發出的光線照射至待檢測物的表面，會產生 眩来主〆 ’使得顯示螢幕所呈現的影像看不清楚，導致操作人 〇 , 畀…、法判斷待檢測物的表面狀態，故現有檢測鏡頭無法依 據待仏測物的表面狀態而調整讓影像可清晰，所以使用上 又限於待檢測物的表面狀態，因此適用性不佳。 M423833 【新型内容】 a本創作之主要目的在於提供一種偏光檢測鏡頭，希藉此 。又叶’改善現有檢測鏡頭無法針對待檢測物的表面狀態而調 整讓影像清晰呈現，造成適用性不佳的問題。 為達成前揭目的’本創作所設計之偏光檢測鏡頭，包含 有： 一座體，其具有一基座，該基座的一側面上設有固定柱 與組接牆，組接牆上設有一通槽； 一罩體，其係罩組於該座體的組接牆，並於罩體與座體 之間形成-裝配空間，且該罩體上設有一檢測口； 一光學鏡組，其係設於該座體； 一光源模組，其係設於該座體的固定柱上，且包含出光 端朝向檢測口的發光元件； -偏光模組，其包括有—前置偏光片、—具有後置偏光 片的旋轉座及一偏光調整組件，該前置偏光片設於該光源模 組上’且位於發光元件與檢測口之間，該旋轉座設於該座體 上，且後置偏光片位於光源模組與光學模組之間，該偏光調 整組件具有一可轉動的調節環，該調節環位於座體與罩體之 間以及包3 it接桿，該連接桿一端連接該旋轉座、另端 通過該通槽並連接該調節環。 上述中，本創作偏光檢測鏡頭的偏光模組中，位於座 體與罩體之間的調節環可提供操作人員轉動，於調節環轉 動的同時帶動該後置偏光片轉動’達到過濾特定角度之光 線的功用，所以該偏光檢測鏡頭於檢測過程中，針對待檢 測物之表面狀態的不同，可轉動該調節環並調整該後置偏 M423833 光片的轉動角度，過濾特定角度的夯途 ^ , 的九線，達到降低眩光的 效果’使後續通過光學模組的光線可以g j以呈現清晰成像，所 以該偏光檢測鏡頭可以針對不同表面狀態的_ 調整’並可得到清晰成像’故適用性佳並符合市場上的； 求。 【實施方式】 請參閱圖1、圖2及圖6,為本創作偏光檢測鏡頭之— 較佳實施例，其包含有一座體1〇、一 1 旱體20、一光學鏡組 30' ***光源模組4 0及一偏光模組。M423833 V. New description: [New technical field] This creation is a polarized light detection lens, especially a polarized light detection lens that can produce a polarizing effect and avoid glare. [Prior Art] A common beauty detector or hairdressing detector is optically detected, and includes a machine table and a detecting lens. The machine is provided with a controller, and a display screen is provided on the machine. The detecting lens is electrically connected to the controller. The detecting lens comprises a body, the block is provided with an optical lens set of magnification, and a cover body having a detecting end is formed outside the seat, and the detecting lens is formed in the detecting lens. In an assembly space, the detecting lens is provided with a circuit board on the base body, and the light emitting element having the light emitting end toward the detecting end portion on the circuit board and the circuit board and the light emitting element are located in the assembly space. The detecting end of the detecting lens can be close to the object to be tested, and the light emitting element emits light to the object to be tested, and the light reflected by the object to be tested enters the optical lens group, and the image is enlarged and displayed on the display screen. In the above, the object to be tested may be skin, scalp, hair, etc., taking the skin as an example, the surface of the oily skin is bright and glare, and the image is not clear, so that the surface state of the object to be detected is in a shiny state, the light-emitting element of the detecting lens is detected. The emitted light illuminates the surface of the object to be detected, causing glare to cause the main image of the display screen to make the image displayed on the display screen unclear, resulting in the operator's 〇, 畀..., method to determine the surface state of the object to be detected, so the existing detection The lens cannot be adjusted according to the surface state of the object to be tested to make the image clear, so the use is limited to the surface state of the object to be detected, so the applicability is not good. M423833 [New content] a The main purpose of this creation is to provide a polarized light detection lens. Further, the leaf is improved in that the existing detection lens cannot be adjusted for the surface state of the object to be detected, so that the image is clearly presented, resulting in poor applicability. The polarized light detecting lens designed to achieve the purpose of the present invention includes: a body having a base, a fixed column and a set wall on one side of the base, and a through wall on the assembled wall a cover body, the cover is assembled on the assembly wall of the base body, and an assembly space is formed between the cover body and the base body, and the cover body is provided with a detection port; an optical mirror group The light source module is disposed on the fixing post of the base body and includes a light emitting component with the light emitting end facing the detecting port; - a polarizing module comprising: a front polarizer, having a rotating seat of the rear polarizer and a polarization adjusting component, the front polarizer is disposed on the light source module and located between the light emitting component and the detecting port, the rotating seat is disposed on the base body, and the rear polarizing light is disposed The sheet is located between the light source module and the optical module, the polarizing adjustment assembly has a rotatable adjustment ring, the adjustment ring is located between the base body and the cover body, and the package 3 it is connected to the pole. The other end passes through the through slot and connects the adjusting ring. In the above, in the polarizing module of the polarizing detecting lens of the present invention, the adjusting ring between the seat body and the cover body can provide an operator to rotate, and rotate the adjusting ring to drive the rear polarizing plate to rotate to achieve a specific angle of filtering. The function of the light, so that the polarization detecting lens can rotate the adjusting ring and adjust the rotation angle of the rear-facing M423833 light sheet to filter the specific angle of the eye, according to the difference of the surface state of the object to be detected. The nine-line, to achieve the effect of reducing glare' enables the subsequent light passing through the optical module to be clearly imaged, so the polarized detection lens can be adjusted for different surface states and can be clearly imaged. In line with the market; [Embodiment] Please refer to FIG. 1, FIG. 2 and FIG. 6, which is a preferred embodiment of a polarized light detecting lens, which comprises a body 1〇, a 1 dry body 20, and an optical lens set 30' ** * Light source module 40 and a polarizing module.
該座體10具有一基座11，該基庙W 丞厘11的一側面上設有 固定柱12與組接牆13,組接牆13上穿設有—通槽14，以 及該組接牆13上進一步設有外螺紋，其中，該座體1〇的 外圍設有一擋環15,該擋環15鄰近組接牆13，此外，該 通槽14開設的最大長度係延伸1/4的組接牆13周長，另 該基座中穿設一裝配槽16,請參閱圖3所示，該基座 11於相對固定柱12的側面上設有導電柱17，另外，該基 座11於設有導電柱1 7的同一側面上可設置定位柱，8。 該罩體20係罩組於該座體彳〇的組接牆13，且設有配 合組接牆1 3之外螺紋的内螺紋，該罩體2〇與座體]〇之間 形成一裝配空間21，該罩體20上設有一檢測口 22。 該光學鏡組30係設於該座體1 〇的裝配槽16，以及該 光學鏡組30對應該檢測口 22，由檢測口 22進入的光線可 通過該光學鏡組30而形成放大倍率的成像。 該光源模組40包含有一固設於固定柱12上的電路板 41，且該電路板41於鄰近檢測口 22的側面上設有發光元 5 M423833 件42與連接枉43,連接柱43對應該基座扪上的固定柱 1 2，其中，所述發光元件42的出光端係朝向檢測口 22。 該偏光模組包括有一前置偏光片5〇.、一具有後置偏光 片61的旋轉座60及一偏光調整紐件’該前置偏光片5〇設 於該光源模組40的連接柱43上，並位於發光元件42與檢 測口 22之間，該旋轉座60設於該座體]〇上，且後置偏光 片61位於光源模組40與光學模組之間 > 以及後置偏光片 61對應光學模組與檢測口 22，該偏光調整組件具有一可轉 動的調節環70 ’該調節環70位於座體，〇與罩體2〇之間， 該調節環70上設有一卡槽71，以及該偏光調整組件尚包含 一連接桿72，該連接桿72 —端連接該旋轉座6〇 '另端通 過該通槽14並卡接該調節環70的卡槽71，其中.，該調節 環70可帶動後置偏光片61旋轉的最大角度為9〇。，前置 偏光片50固定不動，用於束定發光元件42發出之光線的 角度，後置偏光片61設計可軸向9〇。轉動，調節環70的 外側設有凹凸狀的止滑部。 上述中，該偏光檢測鏡頭可用於檢測皮膚、頭皮、頭髮、 虹膜或Μ循環等檢測，該偏光檢測鏡頭可配合一具有顯示 螢幕與控制器的機台，且偏光檢測鏡頭與顯示螢幕皆電性 連接忒控制器’該偏光檢測鏡頭的檢測口 2 2靠近待檢測 物，光源模組40的發光元件42可發出光線，光線通過檢 測口 22而照射置待檢測物的表面，光線進一步反射且通過 檢測口 22’通過前置偏光片50、後置偏光片61進入光學 鏡組30’進而將放大的成像顯示於該顯示螢幕上。 請參閱圖7所示之50倍放大的光路設計，偏光檢測鏡 M423833 頭的光學鏡組30位於待檢測物與機台的CCD之間，待檢 測物為物像，其反射的光線透過光學鏡組30而在CCD 形成成像90，其中，物像8〇至光學鏡組3〇的物距A為 44_2552毫米，成像90至光學鏡組3〇的像距B為4〇毫米， 物像直徑C為6_ 1 91 5毫米，成像直徑D為6彳毫米，此外， 偏光檢測鏡頭的光學鏡組30也可為其他放大倍率’且物距 像距B、物像直控c與成像直徑〇可隨之調整改變。 隨著待檢測物之表面狀態的不同，操作人員可以轉動該 调節環70 ’如圖4所示’該調節環7〇尚未轉動時，前置偏 光片50與後置偏光片61為〇。夾角，不產生偏光效應，若 待檢測物之表面狀態的反光性強，可調整該調節環，如 圖5所示，調節環7〇轉動並同時帶動旋轉座6〇與後置偏 光片61，可讓後置偏光片61與前置偏光片5〇形成9『夾 角，呈現偏光效應以過濾特定角度的光線。 ’.τ、上所述，本創作偏光檢測鏡頭可隨待檢測物之表面狀 態的不同’轉動該調節環70並帶動後置偏光片61，藉由調 整該後置偏光片61與固定不動之前置偏光片5〇的夾角， 達到可發揮偏光效果而過濾特定角度之光線的功用，使通 k後置偏光片61 ϋ進人光學模組的光線可以呈現清晰成 像避免眩光而衫響成像的情形發生，所以該偏光檢測鏡 頭利用偏光模組可調整並提供偏光效果的設計，可適用於 不同表面狀態的待檢測物的檢測作業+，並可得到清晰成 像’故該偏光檢測鏡頭具備適用性佳與成像品質優良的優 點》 . 【圖式簡單說明】 7 解示意圖，本創作偏.光檢測鏡頭之一較佳實施例 之立體分 圖 2 : A + 合示意圖。本創作偏光檢測鏡頭之-較佳 體組合示意圖本旬作偏光檢測鏡頭之一較佳 圖4 ·发1 未轉動之示意圖創作偏光檢測鏡頭之-較佳實 θ為本創作偏光檢測鏡頭之一較H π W 已轉動之示意圖。 争乂佳貫轭例 圖6.為本創作偏光 面示意圖。 】鏡頭於圖4之66斷面之組合剖 施例之立體組 實施例之另一立 施例之調節環 之調節環 圖The base body 10 has a base 11 on one side of which a fixing post 12 and a connecting wall 13 are disposed, and the connecting wall 13 is provided with a through slot 14 and the set of connecting walls Further, an external thread is provided on the outer side of the seat body, wherein a retaining ring 15 is disposed on the outer periphery of the seat body 1 . The retaining ring 15 is adjacent to the assembly wall 13 and the maximum length of the through slot 14 is 1/4. The wall is 13 weeks long, and a mounting groove 16 is disposed in the base. Referring to FIG. 3 , the base 11 is provided with a conductive post 17 on a side opposite to the fixed post 12 , and the base 11 is A positioning post, 8 may be disposed on the same side of the conductive column 17. The cover body 20 is assembled on the assembly wall 13 of the seat body, and is provided with internal threads that cooperate with the external threads of the assembly wall 13 , and an assembly is formed between the cover body 2 and the seat body 〇 In the space 21, the cover 20 is provided with a detection port 22. The optical lens assembly 30 is disposed in the mounting groove 16 of the base body 1 , and the optical lens assembly 30 corresponds to the detection port 22 . The light entering from the detection port 22 can form a magnification image through the optical lens assembly 30 . . The light source module 40 includes a circuit board 41 fixed on the fixing post 12, and the circuit board 41 is provided with a light-emitting element 5 M423833 member 42 and a connecting port 43 on the side adjacent to the detecting port 22, and the connecting column 43 corresponds to A fixing post 12 on the base cymbal, wherein the light emitting end of the illuminating element 42 faces the detecting port 22. The polarizing module includes a pre-polarizer 5, a rotating base 60 having a rear polarizer 61, and a polarizing adjustment button. The pre-polarizer 5 is disposed on the connecting post 43 of the light source module 40. And being located between the light-emitting element 42 and the detecting port 22, the rotating base 60 is disposed on the base body 〇, and the rear polarizing plate 61 is located between the light source module 40 and the optical module> and the rear polarizing light The adjusting piece 45 has a rotating adjusting ring 70. The adjusting ring 70 is located between the base and the cover 2, and the adjusting ring 70 is provided with a card slot. 71. The polarizing adjustment component further includes a connecting rod 72. The connecting rod 72 is connected at the end to the rotating base 6', and the other end passes through the through slot 14 and engages the slot 71 of the adjusting ring 70. The adjustment ring 70 can drive the rear polarizer 61 to rotate at a maximum angle of 9 〇. The front polarizer 50 is fixed and used to bundle the angle of the light emitted by the light-emitting element 42, and the rear polarizer 61 is designed to be axially 9 inches. Rotating, the outer side of the adjusting ring 70 is provided with an uneven sliding portion. In the above, the polarized light detecting lens can be used for detecting detection of skin, scalp, hair, iris or sputum circulation, and the polarizing detecting lens can be matched with a machine having a display screen and a controller, and the polarizing detecting lens and the display screen are electrically connected. The detecting port 2 2 of the polarizing detecting lens is close to the object to be detected, and the light emitting element 42 of the light source module 40 emits light, and the light passes through the detecting port 22 to illuminate the surface of the object to be detected, and the light is further reflected and passed. The detecting port 22' enters the optical lens group 30' through the front polarizer 50 and the rear polarizer 61 to display the enlarged image on the display screen. Referring to the optical path design of 50 times magnification shown in FIG. 7, the optical lens group 30 of the head of the polarizing detecting mirror M423833 is located between the object to be detected and the CCD of the machine table, and the object to be detected is an object image, and the reflected light passes through the optical mirror. The group 30 forms an image 90 in the CCD, wherein the object distance 8 from the object image 8〇 to the optical lens group 3 is 44_2552 mm, and the image distance B of the imaging 90 to the optical lens group 3 is 4 mm, and the object image diameter C It is 6_ 1 91 5 mm, and the imaging diameter D is 6 mm. In addition, the optical lens set 30 of the polarization detecting lens can also be other magnifications 'and the object distance image distance B, the object image direct control c and the imaging diameter 〇 can follow The adjustment changes. With the difference in the surface state of the object to be detected, the operator can rotate the adjusting ring 70' as shown in Fig. 4. When the adjusting ring 7 is not rotated, the front polarizer 50 and the rear polarizer 61 are 〇. The angle is not polarized, and if the surface state of the object to be detected is highly reflective, the adjusting ring can be adjusted. As shown in FIG. 5, the adjusting ring 7 turns and simultaneously drives the rotating base 6 and the rear polarizer 61. The rear polarizer 61 and the pre-polarizer 5 are formed to form an angle of 9", which exhibits a polarizing effect to filter light of a specific angle. '.τ, as described above, the polarized light detecting lens of the present invention can rotate the adjusting ring 70 and drive the rear polarizing plate 61 according to the difference in the surface state of the object to be detected, by adjusting the rear polarizing plate 61 and fixing it. The angle of the front polarizer 5〇 achieves the function of filtering the light at a specific angle by utilizing the polarizing effect, so that the light that passes through the rear polarizer 61 into the human optical module can be clearly imaged to avoid glare and the image of the shirt is imaged. The situation occurs, so the polarized light detecting lens can be adjusted and provided with a polarizing effect by using a polarizing module, and can be applied to the detecting operation of the object to be detected in different surface states + and can be clearly imaged. Therefore, the polarizing detecting lens has applicability. Advantages of excellent and excellent imaging quality. [Simplified description of the drawing] 7 Schematic diagram, a three-dimensional diagram of a preferred embodiment of the optical detection lens of the present invention: A + diagram. This is a schematic diagram of the preferred combination of the polarized light detecting lens. One of the polarized light detecting lenses is preferably shown in Fig. 4. The hair is not rotated. The polarizing detecting lens is created. H π W has been rotated. Controversy and yoke example Figure 6. Schematic diagram of the polarized surface of the creation. The three-dimensional group of the combined embodiment of the lens in the section of Fig. 4 and 66 is an adjustment ring of the adjusting ring of another embodiment of the embodiment.
為本創作偏光檢測鏡頭之50倍光路示意S 【主要元件符號說明】 10座體 12固定柱 14通槽· 16裝配槽 18定位柱 21裝配空間 30光學鏡組 41電路板 43連接柱 60旋轉座 70調節環 11基座 13組接牆 15擋環 17導電柱 罩體 檢測口 4〇光源模組 42發光元件 50前置偏光片 61後置偏光片 71卡槽 M423833For the 50 times optical path of the original polarized light detecting lens, S is shown. [Main component symbol description] 10 body 12 fixing column 14 through groove · 16 mounting groove 18 positioning column 21 assembly space 30 optical lens group 41 circuit board 43 connecting column 60 rotating seat 70 adjustment ring 11 base 13 set wall 15 block ring 17 conductive column cover detection port 4 〇 light source module 42 illuminating element 50 front polarizer 61 rear polarizer 71 card slot M423833
72 連接桿 80 90 成像 A 物距 B C 物像直徑 D 物像 像距 成像直徑72 Connecting rod 80 90 Imaging A Object distance B C Object image diameter D Object image Distance Imaging diameter