200950868 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種玩具， 【先前技術】 特別 涉及一種玩具眼睛 隨著製作工藝不斷發展，為了滿足消費 =，，，正在不斷提升玩具之逼真度，例如，表達各種^ 緒之變化。其中，可以傳神應為阮具之眼睛。月 ❺先前之玩具眼睛係採用電動馬達帶動機械傳動 機構而進行驅動來實現眨眼動作，麸 〜 然而，電動馬達亦 谷易損壞，使用壽命短，且機械式驅動玩具眼睛控制 結構複雜，眨眼動作不逼真。 【發明内容】 有 具眼睛 鑒於此，有必要提供一種結構簡單且逼真 之玩 一種玩具眼睛，其包括一眼眶架、一眼球、一眼 ❹皮及至少兩個電磁元件。所述眼皮之一端設有眼睫 毛所述眼皮在运離所述眼睫毛之一端設有磁性元 件。所述眼眶架形成有一球缺狀收容部，所述眼球收 谷於所述收容部内’所述至少兩個電磁組件分別設置 於所述眼眶架上側之復數方位。所述眼皮活動設置於 所述眼眶架與所述電磁元件之間。 與先前技術相比’上述玩具眼睛同多對不同方位 之電磁元件通電’配合該磁性元件吸引眼皮移動，結 構簡單，眨眼動作逼真。 200950868 •【實施方式】 為了對本發明之玩具眼暗傲推一 . 、 开R嗬做進一步之說明，舉以 下實施方式並配合附圖進行詳細說明如下。 請-併參閱圖1和圖2，本發明提供之玩具眼睛 100包括一眼眶架110、一眼球12〇、一眼皮及 至少兩個電磁元件140。所述眼皮13〇之一端設有眼 睫毛131，所述眼皮130在遠離所述眼睫毛131之一 端設有磁性元件132。所述眼眶架11〇形成有一球缺 狀收容部ill，所述眼球120收容於所述收容部U1 内。所述復數電磁組件140分別設置於所述眼眶架 110上侧之復數方位上。所述眼皮13〇活動設置於眼 眶架110與所述電磁元件140之間。 如此設置，所述玩具眼睛100可藉由對不同方位 之所述電磁元件140通電，配合磁性元件132吸引所 述眼皮130往對應之方位移動，眨眼動作逼真，玩具 ϋ表情豐富。 所述眼球120包括一瞳孔部121。優選地，瞳孔 部121包括有彩色光源122(如彩色發光二極體）。如 此’所述曈孔部121可發出彩色光’增加所述玩具眼 睛100之趣味性。具體地，所述眼眶架110開設有缺 口 112以供電源線113進入所述眼球120，提供彩色 光源122之電源。 磁性元件132可為電磁體或者永磁體’當磁性元 件132為電磁體時，其與所述瞳孔部121之彩色光源 200950868 ‘ 122共用電源線113°優選地’磁性元件ι32為永磁 體。 ^ 玩具眼睛100在所述眼眶架110上方之遠離所述 •曈孔部m處設置一永磁元件15〇，該永磁元件15〇 與磁性元件132配合，可使玩具眼睛1〇〇在未通電之 情況下，處於睁眼狀態。本實施方式包括兩個電磁元 件140，为別设置在所述眼眶架HQ之上方靠近所述 瞳孔部121之位置以及靠近所述瞳孔部121之位置與 遠離所述曈孔部121之位置之中間位置（參圖2)。若 只有设置於上述中間位置之電磁元件14〇通電，則所 述眼皮130之磁性元件132被吸引到相應位置，此時 玩具眼睛100處於眯眼狀態。若只有設置在靠近所述 瞳孔部121之位置之電磁組件14 0通電，則所述眼皮 130之磁性元件132被吸引到相應位置，此時玩具眼 睛10 0處於閉眼狀態。其中，快速改變不同電磁元件 ❹140之通電時間’眼皮130即可迅速移動改變睁眼、 眯眼及閉眼狀態，實現眨眼動作。 當然，電磁元件140之數目並不限於本實施方 式’可視需求設置在其他位置，如中間位置與靠近所 述瞳孔部121之間等位置，此設置會使眨眼效果更逼 真。優選地，所述電磁組件14 0靠近所述眼眶架11 〇 設置，以增加所述電磁元件14 0與所述磁性元件13 2 之間磁吸引力。更加優選地，所述電磁元件；[4 〇之磁 極垂直於所述眼眶架110之内表面。如此，可使所述 200950868 磁性元件132與對應之所述電磁組件ι4〇正對，以增 加電磁元件140與磁性元件132之間磁吸引力。 可以理解’所述電磁元件14〇之繞線及磁極設置 應使得電磁元件140與磁性元件132相對之兩端為異 性磁極。 可以理解，若設置有永磁元件15〇，電磁元件14〇 之電源提供之電壓應使得電磁元件14〇與磁性元件 132之間之磁吸引力大於電磁元件14〇與永磁元件 150之間之磁吸引力。 上述玩具眼睛同多 電，配合該磁性元件吸引眼皮移動，結構簡單，且口 以產生睁眼、眯眼、閉眼及眨眼效果，且動作逼'^可 綜上所述，本發明符合發明專利要半 ° ^ * X |丁，麦依沐祖 ❹ 出專利申請。惟，以上所述者僅為本發明之較佳 方式，本發明之範圍並不以上述實施方式為限二 熟悉本案技藝之人士援依本發明之精神所作* 修飾或變化，皆應涵蓋於以下申請專利範圍之等效 【圖式簡單說明】 ° 圖1係本發明提供之玩具眼睛之剖示圖。 圖2係圖1之玩具眼睛之俯視圖。 主要元件符號說明】 玩具眼睛 100 眼眶架 110 收容部 電源線 111 缺口 112 113 眼球 120 200950868 瞳孔部 121 彩色光源 122 眼皮 130 眼睫毛 131 磁性元件 132 電磁元件 140 永磁元件 150 Ο 11200950868 IX. INSTRUCTIONS: [Technical field] The present invention relates to a toy, and [previous technology] relates to a toy eye which is continuously developed with the production process, and in order to satisfy the consumption=,, the toy is constantly improving the fidelity of the toy. For example, express a variety of changes. Among them, you can express your eyes as a cookware. The previous toy eyes of Yueyue are driven by an electric motor to drive the mechanical transmission mechanism to achieve the blinking action. The bran~ However, the electric motor is also vulnerable to damage, the service life is short, and the mechanical control toy eye control structure is complicated, and the blinking movement is not lifelike. SUMMARY OF THE INVENTION There is an eye. In view of this, it is necessary to provide a simple and realistic play. A toy eye includes an eye truss, an eyeball, a eyelid and at least two electromagnetic components. One end of the eyelid is provided with an eyelash. The eyelid is provided with a magnetic element at one end of the eyelid. The eye truss is formed with a ball-shaped accommodating portion, and the eyeball is valleyd in the accommodating portion. The at least two electromagnetic components are respectively disposed at a plurality of orientations on the upper side of the eye truss. The eyelid movement is disposed between the eye truss and the electromagnetic element. Compared with the prior art, the above-mentioned toy eyes are energized with a plurality of electromagnetic elements of different orientations, and the magnetic elements are attracted to move the eyelids, and the structure is simple and the blinking action is realistic. 200950868 • [Embodiment] In order to further explain the toy eye of the present invention, the following embodiments will be described in detail with reference to the accompanying drawings. Referring to and referring to Figures 1 and 2, the toy eye 100 of the present invention includes an eye truss 110, an eyeball 12, an eyelid, and at least two electromagnetic components 140. One end of the eyelid 13 is provided with an eyelash 131, and the eyelid 130 is provided with a magnetic member 132 at one end away from the eyelash 131. The eye truss 11 is formed with a ball-shaped accommodating portion ill, and the eyeball 120 is received in the accommodating portion U1. The plurality of electromagnetic components 140 are respectively disposed in a plurality of orientations on the upper side of the eye truss 110. The eyelid 13 is movably disposed between the eye truss 110 and the electromagnetic element 140. In this way, the toy eye 100 can be energized by the electromagnetic element 140 in different orientations, and the magnetic element 132 is attracted to move the eyelid 130 to the corresponding orientation, the blinking action is realistic, and the toy is rich in expression. The eyeball 120 includes a pupil portion 121. Preferably, the pupil portion 121 includes a color light source 122 (e.g., a color light emitting diode). Thus, the pupil portion 121 can emit colored light to increase the interest of the toy eye 100. Specifically, the eye truss 110 is provided with a cutout 112 for the power cord 113 to enter the eyeball 120 to provide power to the color light source 122. The magnetic element 132 may be an electromagnet or a permanent magnet. When the magnetic element 132 is an electromagnet, it is a permanent magnet with the color light source 200950868 '122 shared with the pupil portion 121. ^ The toy eye 100 is provided with a permanent magnet element 15 远离 at the top of the eye truss 110 away from the 曈 pupil portion m. The permanent magnet element 15 配合 cooperates with the magnetic element 132 to make the toy eye 1 lie in the In the case of power-on, it is in a blinking state. The present embodiment includes two electromagnetic elements 140 disposed in the middle of the eye truss HQ near the pupil portion 121 and at a position close to the pupil portion 121 and away from the pupil portion 121. Location (see Figure 2). If only the electromagnetic element 14 disposed at the intermediate position is energized, the magnetic element 132 of the eyelid 130 is attracted to the corresponding position, at which time the toy eye 100 is in a blinking state. If only the electromagnetic component 140 disposed near the pupil portion 121 is energized, the magnetic member 132 of the eyelid 130 is attracted to the corresponding position, at which time the toy eye 10 is in the closed eye state. Among them, the rapid change of different electromagnetic components ❹140 power-on time 'eyelids 130 can quickly move to change the blink, blink and closed eye state, to achieve blinking action. Of course, the number of electromagnetic elements 140 is not limited to the position of the present embodiment, which can be set at other positions, such as the intermediate position and the position close to the pupil portion 121. This setting makes the blink effect more realistic. Preferably, the electromagnetic component 14 0 is disposed adjacent to the eye truss 11 以 to increase the magnetic attraction between the electromagnetic element 14 0 and the magnetic element 13 2 . More preferably, the electromagnetic element; [4 磁 is perpendicular to the inner surface of the eye truss 110. Thus, the 200950868 magnetic component 132 can be aligned with the corresponding electromagnetic component ι4 以 to increase the magnetic attraction between the electromagnetic component 140 and the magnetic component 132. It can be understood that the winding and magnetic poles of the electromagnetic element 14 are disposed such that opposite ends of the electromagnetic element 140 and the magnetic element 132 are opposite magnetic poles. It can be understood that if the permanent magnet element 15 is provided, the voltage supplied by the power supply of the electromagnetic element 14 should be such that the magnetic attraction between the electromagnetic element 14 and the magnetic element 132 is greater than between the electromagnetic element 14 and the permanent magnet 150. Magnetic attraction. The toy eye has the same electric power, and the magnetic element attracts the eyelid to move, the structure is simple, and the mouth produces the effects of blinking, blinking, closing the eyes and blinking, and the action is forced to be ^^, the invention conforms to the invention patent Half ° ^ * X | Ding, Mai Yi Muzu ❹ Patent application. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiments. Those skilled in the art will be able to modify or change according to the spirit of the present invention, and should be covered in the following. Equivalent to the scope of patent application [Simple description of the drawings] ° Figure 1 is a cross-sectional view of the toy eye provided by the present invention. Figure 2 is a top plan view of the toy eye of Figure 1. Symbols of main components] Toy eyes 100 Eye truss 110 Housings Power cord 111 Notch 112 113 Eyeball 120 200950868 Pupil section 121 Color light source 122 Eyelid 130 Eyelashes 131 Magnetic element 132 Electromagnetic element 140 Permanent magnet element 150 Ο 11