201028198 六、發明說明： 【發明所屬之技術領域】 本發月觀具娥，制是—種可轉_仿真眼睛。 【先前技術】 ❹化 眼睛作為人和動物缝岐衫官，在日料活 重要=二如今的玩具界也試圖將玩具的眼睛做的越來越仿真 ㊉具整體上的逼真效果。—般的玩純睛大多只能外 ::=Γ的動作。業界有些玩具的眼睛是心 有===他:構來實現其轉動，如果玩具具 r以對應實現-隻眼睛的轉動，如 不動的效果輪--隻眼晴 【發明内容】 ’有必要提供—種具有逼真效果的仿真眼睛。 的 第一眼球，包括中麵第—眼驗和_於第—眼驗内 -左錐齒輪、:π=:瞳孔，所述仿真眼睛還包括第 ^± 、左錐齒輪嚙合的第二左錐齒輪、驅叙楚一+ 第-眼器：::第二左錐齒輪與所述的第1險和 險和第-d在輪繼糾，㈣物第-眼 201028198 通過上述驅動器驅動第一左齒輪轉動，與第—左齒輪嚙合的 第一左齒輪在第一左齒輪的帶動下轉動，從而實現了第二左齒輪 帶動第一眼瞼和第一眼球轉動，即實現了改仿真眼睛的轉動。 【實施方式】 如圖1和2所示，為一較佳實施方式仿真眼睛1〇〇立體圖和 分解圖。仿真眼睛100包括中空的左眼瞼U和右眼瞼12以及分 別固定在左眼瞼11和右眼瞼12内的左眼球13和右眼球14。左眼 參球I3和右眼球I4上均設有瞳孔15。 仿真眼睛100還包括承載件30、分別用於帶動左眼瞼U、左 眼球13 一起和右眼瞼12、右眼球14 一起轉動的左傳動元件5〇 和右傳動元件4G、以及驗軸左_元件％和右傳動元件4〇 的驅動器60。 承載件30上凸設有支撐部31、32、33、34、％。其中，支撐 部31、32、33、34均勻地分設於支撐部％的周圍。 牙 參 驅動器6〇包括馬達和可在馬達01的驅動下轉動的轉轴 63。轉軸63可被支撐於支撐部31、35、33上。 右傳動元件40包括第-右錐齒輪41、第二右錐齒輪犯、右 離合器43、第-右彈性件44、第二轉性件45、右電磁鐵 及右連接轴47。 Λ 第-右錐齒輪41、右離合器43、第一右彈性件44、 46均設置於支揮部31和支揮部35之間。其中，第一=鐵 活動地套設在轉軸63。右離合器a岐於轉軸63上並 = 軸63择右離合器43可與第一右錐齒輪41相咬合，以在2 201028198 63轉動時’帶動第一右錐齒輪41轉動。 右電磁鐵46綠動地套設於轉轴6 細和支攆部35之間。右電磁鐵46可在通電後吸引第第 齒輪41賤得第—右_輪41與右離合㈣分離。第一右彈性 件44 «又置於第-右錐齒輪Μ和右電磁鐵46之間，當右電磁鐵46 通電後與第-右錐錄41相吸引時，第—右彈性件44被壓縮， 以在右電磁鐵46斷電娜放彈力使第—右_輪 緊密咬合。 ^ ❹ 右連接軸47被支撐於支撐部32和支擇部35上，第二右錐齒 輪42和第二右彈性件45相固定連接，並活動地裝配於右連接轴 47上，而右眼驗12和右眼球14 一起固定於右連接轴47上。其中， 第二右錐齒輪42、第二右彈性件45設置於支撐部％和支揮部％ 之間’而右眼臉12和右眼球^設置於支樓部犯的外側。第二右 錐病輪42與第-右錐齒輪41相响合，以在第一右雜齒輪41轉動 時’隨著第-右錐齒輪41轉動。第二右彈性件45設置於支樓部 ❹32和第二右錐齒輪42之間’以使得第二右錐齒輪42與第一右錐 齒輪41緊㈣合。當第一右錐齒輪41轉動時，帶動第二右錐齒 輪42轉動’以使眼臉12和右目艮球14轉動，以達到眼驗12和眼 球14 一起轉動的目的。 左傳動元件50包括設置於支樓部33和支樓部％之間的第一 左錐齒輪5卜左離合器53、第-左彈性件54和左電磁鐵兄、支 撐於支撐部34和支獅35上的左連· 57、叹蚊於左連接 轴57上且設置於支撐部34和支樓部35之間的第二左雜齒輪52 和第二左彈性件55。 201028198 第一左錐齒輪51活動地套設在轉軸63。左離合器53固定於 .轉軸63上並可隨著轉軸63轉動。左離合器％可與第一左錐齒輪 51相咬合，以在轉轴63轉動時，帶動第—左雜輪η轉動。 左電磁鐵56亦活動地套設於_ 63上，其設置於第一左錐 齒輪51和支撐部35之間’左電磁鐵56的原理與右電磁鐵相 同，其用於使第-左錐錄51和左離合器53相分離。第一 f生件54设置於第-左錐齒輪51和左電磁鐵％之間。 帛二左錐齒輪52與第-左錐齒輪51相响合，以在第—左錐 齒輪51轉動時’隨著第一左錐齒輪51轉動。第二左彈性件％設 置於支撐部34和第二左錐齒輪52之間，以使第二左錐齒輪义二 第一左錐齒輪51緊密喃合。眼臉11和眼球13 -起固定於左連接 轴57上並位於支撐部34的外侧。 仿真眼睛100還包括檢測器90，檢測器90與馬達61相連， 用於來檢測馬達61的轉動肖度，從而可以控制左眼驗u和右眼 瞼12的轉動角度。 < ❹ 當右電磁鐵46和左電磁鐵56都未通電時，右離合器43和第 一右錐齒輪41相咬合，左離合器53和第一左錐齒輪氕相咬合， 馬達61轉動，右離合器43和左離合器53分別帶動第—右錐齒輪 41和第一左錐齒輪51轉動，此時，第二右錐齒輪42和第二左錐 齒輪52分別在第一右錐齒輪41和第一左錐齒輪51的帶動下轉 動，進而帶動左眼瞼11、左眼球13和右眼瞼12、右眼球14 一起 轉動，以達到左眼瞼n、左眼球13和右眼瞼12、右眼球14同時 轉動的目的。 請一併參閱圖3和圖4 ’當僅左電磁鐵56通電時，左電磁鐵 201028198 56產生磁性將第一左錐齒輪51吸引，從而使得第一左錐齒輪51 脫離左離合器53 ’使得第一左錐齒輪51和第二左錐齒輪52均不 能運轉’從而使得馬達61啟動後，僅右眼瞼12、右眼球14可以 轉動’左眼瞼11、左眼球13不能轉動，從而實現右眼瞼12、右 眼球14轉動而左眼瞼u、左眼球13不能轉動。同理，當僅右電 磁鐵46通電時，電磁鐵46產生磁性將第一右錐齒輪41吸引，從 而使得第一右錐齒輪41脫離右離合器43，使得第一右錐齒輪41 ©和第二右錐齒輪42不能運轉，從而使得馬達61啟動後，僅左眼 臉11、左眼球13可以轉動，右眼瞼12、右眼球14不能轉動，從 而實現左眼瞼11、左眼球13眨動而右眼瞼12、右眼球14不能轉 動。亦即，該仿真眼睛100不僅可以實現了左右兩眼睛同時轉動 的效果’還可以纽—隻眼睛轉動，另—魏睛不動的效果。 本技術領域崎通技術人貞應當職到，以上的實施方式僅 是用來說明本發明，而並非用作為對本發明的限定，只要在本發 月的實質精神範圍之内，對以上實施例所作的適當改變和變化都 Φ 落在本發明要求保護的範圍之内。 【圖式簡單說明】 圖1為較佳實施方式仿真眼睛的立體圖。 圖2為圖1中仿真眼睛的分解圖。 圖3為圖i中仿真眼睛一隻眼險可晚動時的示意圖。 圖4為圖i中仿真眼睛另—隻眼臉可_時的示意圖。 【主要元件符號說明】 « 201028198 仿真眼睛 100 左眼險 11 右眼臉 12 左眼球 13 右眼球 14 瞳孔 15 承載件 30 支撐部 31 支撐部 32 支撐部 33 支撐部 34 支撐部 35 第一右錐齒輪 41 第二右錐齒輪 42 右離合器 43 第一右彈性件 44 第二右彈性件 45 右電磁鐵 46 右連接軸 47 第一左錐齒輪 51 第二左錐齒輪 52 左離合器 53 第一左彈性件 54 第二左彈性件 55 左電磁鐵 56 左連接軸 57 左傳動組件 50 右傳動組件 40 驅動器 60 馬達 61 φ 轉軸 63 檢測器 90 8201028198 VI. Description of the invention: [Technical field to which the invention belongs] This month's view of the moon is made, and the system is a kind of convertible _ simulation eye. [Prior Art] Suihua Eyes as a human and animal sewed shirt official, in the daily life is important = Second, today's toy industry is also trying to make the toy's eyes more and more simulation of the overall effect of the ten. Most of the pure play of the game can only be outside the action of ::=Γ. Some toys in the industry have eyes that are === he: construct to achieve its rotation, if the toy has r to achieve - only the rotation of the eye, such as the effect of the wheel - only the eye [invention]] is necessary to provide - A simulated eye with realistic effects. The first eyeball includes a middle face-eye test and a first-eye test-left bevel gear, π=: a pupil, and the simulated eye further includes a second left cone engaged by the ^± and the left bevel gear. Gear, drive Chu Chu + first-eye device::: second left bevel gear with the first danger and danger - and -d in the wheel, (four) object first-eye 201028198 drive the first left through the above drive The gear rotates, and the first left gear meshed with the first left gear rotates under the driving of the first left gear, thereby realizing the rotation of the first eyelid and the first eyeball by the second left gear, that is, the rotation of the simulated eye is realized. [Embodiment] As shown in Figs. 1 and 2, a perspective view and an exploded view of an eye 1 are simulated for a preferred embodiment. The simulated eye 100 includes a hollow left eyelid U and a right eyelid 12 and a left eyeball 13 and a right eyeball 14 that are fixed in the left eyelid 11 and the right eyelid 12, respectively. A pupil 15 is provided on both the left eye ginseng ball I3 and the right eye ball I4. The simulated eye 100 further includes a carrier 30, a left transmission element 5 〇 and a right transmission element 4G for respectively rotating the left eye 睑 U, the left eye 13 together with the right eye 12 and the right eye 14 , and the left axis _ component % And the driver 60 of the right transmission element 4〇. The support member 30 is convexly provided with support portions 31, 32, 33, 34, and %. Among them, the support portions 31, 32, 33, and 34 are evenly distributed around the support portion %. The dental ginseng driver 6A includes a motor and a rotating shaft 63 that is rotatable under the driving of the motor 01. The rotating shaft 63 can be supported on the support portions 31, 35, 33. The right transmission element 40 includes a right-hand bevel gear 41, a second right bevel gear, a right clutch 43, a right-right elastic member 44, a second transducing member 45, a right electromagnet, and a right connecting shaft 47. The first right-bevel gear 41, the right clutch 43, and the first right elastic members 44, 46 are disposed between the branch portion 31 and the branch portion 35. The first = iron is actively disposed on the rotating shaft 63. The right clutch a is engaged with the rotating shaft 63 and the right shaft 63 of the shaft 63 is engaged with the first right bevel gear 41 to drive the first right bevel gear 41 to rotate when the 2 201028198 63 rotates. The right electromagnet 46 is sleeved green between the shaft 6 and the support portion 35. The right electromagnet 46 can attract the first gear 41 after energization, and the first right wheel 41 and the right clutch (four) are separated. The first right elastic member 44 is again placed between the right-right bevel gear Μ and the right electromagnet 46, and when the right electromagnet 46 is energized and attracted to the right-right cone 41, the first-right elastic member 44 is compressed. , in the right electromagnet 46, the power is turned off, and the first right wheel is tightly engaged. ^ 右 The right connecting shaft 47 is supported on the supporting portion 32 and the supporting portion 35, and the second right bevel gear 42 and the second right elastic member 45 are fixedly coupled and movably mounted on the right connecting shaft 47, and the right eye The test 12 and the right eye 14 are fixed together on the right connecting shaft 47. The second right bevel gear 42 and the second right elastic member 45 are disposed between the support portion % and the branch portion %, and the right eye face 12 and the right eye ball are disposed outside the branch portion. The second right cone wheel 42 is engaged with the right-hand bevel gear 41 to rotate with the right-hand bevel gear 41 when the first right-hand gear 41 rotates. The second right elastic member 45 is disposed between the branch portion 32 and the second right bevel gear 42 such that the second right bevel gear 42 and the first right bevel gear 41 are tightly coupled. When the first right bevel gear 41 rotates, the second right bevel gear 42 is rotated to rotate the eye face 12 and the right eyeball 14 to achieve the purpose of the eye test 12 and the eyeball 14 rotating together. The left transmission element 50 includes a first left bevel gear 5 disposed between the branch portion 33 and the branch portion %, a left clutch 53, a left-left elastic member 54 and a left electromagnet brother, supported on the support portion 34, and a lion support A left-hand 57 on the 35, a second left-hand gear 52 and a second left elastic member 55 disposed on the left connecting shaft 57 and disposed between the support portion 34 and the branch portion 35. 201028198 The first left bevel gear 51 is movably sleeved on the rotating shaft 63. The left clutch 53 is fixed to the rotating shaft 63 and is rotatable with the rotating shaft 63. The left clutch % can be engaged with the first left bevel gear 51 to drive the first-left miscwheel η to rotate when the rotating shaft 63 rotates. The left electromagnet 56 is also movably sleeved on the _63, which is disposed between the first left bevel gear 51 and the support portion 35. The principle of the left electromagnet 56 is the same as that of the right electromagnet, and is used to make the first-left cone Record 51 and left clutch 53 are separated. The first f green member 54 is disposed between the first left bevel gear 51 and the left electromagnet %. The second left bevel gear 52 is coupled to the first to left bevel gear 51 to rotate with the first left bevel gear 51 as the first left bevel gear 51 rotates. The second left elastic member % is disposed between the support portion 34 and the second left bevel gear 52 such that the second left bevel gear second second left bevel gear 51 is tightly quashed. The eye face 11 and the eyeball 13 are fixed to the left connecting shaft 57 and located outside the support portion 34. The simulated eye 100 further includes a detector 90 coupled to the motor 61 for detecting the rotational illuminance of the motor 61 so that the angle of rotation of the left eye test u and the right eye 睑 12 can be controlled. < ❹ When both the right electromagnet 46 and the left electromagnet 56 are not energized, the right clutch 43 and the first right bevel gear 41 are engaged, the left clutch 53 and the first left bevel gear 咬 are engaged, the motor 61 is rotated, and the right clutch is engaged 43 and the left clutch 53 respectively drive the first right bevel gear 41 and the first left bevel gear 51 to rotate, at this time, the second right bevel gear 42 and the second left bevel gear 52 are respectively at the first right bevel gear 41 and the first left The bevel gear 51 rotates under the driving, thereby driving the left eyelid 11, the left eyeball 13 and the right eyelid 12, and the right eyeball 14 to rotate together, so as to achieve the simultaneous rotation of the left eyelid n, the left eyeball 13, the right eyelid 12, and the right eyeball 14. Referring to FIG. 3 and FIG. 4 together, when only the left electromagnet 56 is energized, the left electromagnet 201028198 56 generates magnetism to attract the first left bevel gear 51, thereby causing the first left bevel gear 51 to disengage from the left clutch 53'. A left bevel gear 51 and a second left bevel gear 52 are incapable of running so that after the motor 61 is activated, only the right eyelid 12 and the right eyeball 14 can be rotated. The left eyelid 11 and the left eyeball 13 cannot be rotated, thereby realizing the right eyelid 12, The right eyeball 14 rotates and the left eyelid u and the left eyeball 13 cannot rotate. Similarly, when only the right electromagnet 46 is energized, the electromagnet 46 generates magnetism to attract the first right bevel gear 41, thereby causing the first right bevel gear 41 to disengage from the right clutch 43, so that the first right bevel gear 41 © and the second The right bevel gear 42 cannot be operated, so that after the motor 61 is activated, only the left eye face 11 and the left eye ball 13 can be rotated, and the right eyelid 12 and the right eyeball 14 cannot be rotated, thereby realizing the left eyelid 11 and the left eyeball 13 to move and the right eyelid 12. The right eyeball 14 cannot be rotated. That is, the simulated eye 100 can not only achieve the effect of simultaneous rotation of the left and right eyes, but also the effect of the eye-turning, and the other--the eye does not move. The above embodiments are intended to be illustrative of the present invention and are not intended to limit the invention, as long as the spirit of the present invention is within the spirit of the present invention. Appropriate changes and variations Φ fall within the scope of the claimed invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a preferred embodiment of an artificial eye. Figure 2 is an exploded view of the simulated eye of Figure 1. Fig. 3 is a schematic view of the simulated eye of Fig. i when one eye can be late. FIG. 4 is a schematic diagram of the simulated eye in FIG. [Main component symbol description] « 201028198 Simulation eye 100 Left eye risk 11 Right eye face 12 Left eye ball 13 Right eye ball 14 Boring 15 Carrier 30 Support part 31 Support part 32 Support part 33 Support part 34 Support part 35 First right bevel gear 41 second right bevel gear 42 right clutch 43 first right elastic member 44 second right elastic member 45 right electromagnet 46 right connecting shaft 47 first left bevel gear 51 second left bevel gear 52 left clutch 53 first left elastic member 54 Second left elastic member 55 Left electromagnet 56 Left connecting shaft 57 Left transmission assembly 50 Right transmission assembly 40 Driver 60 Motor 61 φ Rotary shaft 63 Detector 90 8