201009416 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種組裝裝置，特別涉及一種應用於致動 • 器與鏡頭之組裝連接之組裝裝置。 【先前技術】 目前在致動器與鏡頭組裝過裎中，通常設計簡單之致 動器安放底座，將致動器安裝於底座上，然後將鏡頭由上 往下用壓棒組入，最後採用點膠方式將鏡頭與致動器固定。 但是這樣由壓棒組入，鏡頭各部分受力不均勻，鏡頭所在 ® 之平面與致動器所在之平面不平行，造成鏡頭平整度不夠 且鏡頭與致動器連接不夠緊密，從而影響鏡頭之成像品質。 【發明内容】 有雲於此’有必要提供一種在致動器與鏡頭組裝過程 中，可以調整鏡頭平整之組裝裝置。 一種組裝裝置’其用於致動器與鏡頭之組裝連接，其 包括壓板，承接底座及調節片，所述承接底座有一個承接 面，所述承接面上設置有圓柱座，所述壓板位於靠近所述 承載面之一側，所述承接底座上之圓柱座在所述壓板上形 • 成投影，所述壓板上圍繞所述承接底座之圓柱座在壓板丄 之才又影區域均勻分佈有多個通孔，所述通孔内部螺合有一 具有刻度之探針，所述調節片中心開設有一開孔，在鏡頭 與致動器組裝時，所述調節片位於所述承接底座盥壓板之 間。 ’、 ^ 所述鏡頭與致動器組裝装置將調節片置於鏡頭上.，然 後利用探針觸壓調節片，進而使鏡頭與致動器壓緊，利用 探針上之刻度調整鏡頭平整度，從而實現鏡頭更加平整且 鏡頭與致動器連接更加緊密。 【實施方式】 201009416 合附圖’對本發明作進—步之詳細說明。 a用：致2 圖4 ’本發明提供-種組裝裝置100， i麻应20, ^拉触、鏡頭60之組裝連接，包括壓板10，承 Μ ίί)及妾體3〇及調節片70。所述連接體30連接壓 板10及承接底座20。 所述承接底座20上具有 22上設置有一個圓柱座21。 一個承载面22，所述承載面201009416 IX. Description of the Invention: [Technical Field] The present invention relates to an assembly apparatus, and more particularly to an assembly apparatus applied to an assembly connection of an actuator and a lens. [Prior Art] Currently, in the assembly of the actuator and the lens, the actuator is usually designed to be simple, the actuator is mounted on the base, and then the lens is assembled from the top to the bottom with a pressure bar. Dispensing the lens to the actuator. However, the pressure bar is incorporated, the force of each part of the lens is uneven, and the plane of the lens is not parallel to the plane of the actuator, which causes the lens to be flat and the lens and the actuator are not tightly connected, thus affecting the lens. Imaging quality. SUMMARY OF THE INVENTION There is a need to provide an assembly device that can adjust the lens level during the assembly of the actuator and the lens. An assembly device for assembling an actuator and a lens, comprising a pressure plate, a receiving base and an adjusting piece, the receiving base having a receiving surface, the receiving surface being provided with a cylindrical seat, the pressure plate being located close to One side of the bearing surface, the cylindrical seat on the receiving base is formed into a projection on the pressing plate, and the cylindrical seat surrounding the receiving base on the pressing plate is uniformly distributed in the shadow area of the pressing plate a through hole, the inside of the through hole is screwed with a probe having a scale, and an opening is formed in the center of the adjusting piece, and the adjusting piece is located between the receiving base and the pressing plate when the lens is assembled with the actuator . ', ^ The lens and actuator assembly device places the adjustment piece on the lens. Then, the probe is used to touch the adjustment piece, so that the lens and the actuator are pressed tightly, and the lens flatness is adjusted by the scale on the probe. To achieve a smoother lens and a tighter lens-to-actuator connection. [Embodiment] 201009416 A detailed description of the present invention will be made with reference to the accompanying drawings. a used: to 2 Figure 4 'The present invention provides an assembly device 100, i 麻20, ^ pull contact, lens 60 assembly connection, including the pressure plate 10, Μ ί ίίίίίίίίίίίίίίίί The connecting body 30 connects the pressure plate 10 and the receiving base 20. A cylindrical seat 21 is disposed on the receiving base 20 having 22 thereon. a bearing surface 22, the bearing surface
、、巧10位於靠近所述承接底座2〇之承載面22 之一侧，所述承接底座2〇上之圓柱座21在所述壓板1〇 上形成投影，所述壓板1〇上圍繞所述承接底座2〇之圓柱 座21在壓板10上之投影區域均勻分佈有多個通孔ι2。所 述通孔12為螺孔，其内容置有探針u，所述探針u與通 孔12通過螺紋嚙合。所述探針u包括探針體U1及探針 頭112，所述探針頭ιι2位於探針體ln之一端，所述探 針體111外表面形成有與通孔相配合之螺紋並且標有刻 度，所述探針11利用螺紋螺入壓板1〇中，因此探針U 可相對壓板10上下移動。當探針11螺入所述壓板10中 時，所述探針頭112朝向承接底座20。 所述致動器50中心處開設有一圓孔51，該圓孔51可 與所述承接底座20上之圓柱座21嵌_合。所述鏡頭60包括 承接部62及鏡頭部61，所述承接部62之直徑大於所述鏡 頭部61之直徑’組裝連接時，致動器50與鏡頭60之承接 部62通過點膠連接。 所述調節片70為一個獨立之部件，其中心開設有一 開孔71 ’該開孔71之直徑大於所述鏡頭60之鏡頭部61 之直徑而小於承接部62之直徑，組裝連接時，調節片70 置於鏡頭60上，使鏡頭60之鏡頭部61穿過調節片70之 開孔71，調節片70之周邊環狀部觸壓上述鏡頭60之承接 部62。 在鏡頭60與致動器50組裝時，首先將致動器50套 201009416 在承接底座20之圓柱座21上，將致動器50固定，然後將 鏡頭60置於致動器50上，將調整片70置於鏡頭60上， . 並且向下使調整片70之周邊環狀部觸壓到鏡頭60之承接 部62上。將調解片70放好後，向下旋轉探針11，使探針 • 11之探針頭112接觸調整片70，調整探針11，使每個探 針11位於相同之刻度值，然後使所有探針11向下移動相 同之刻度值，使探針頭112向下壓緊調整片70，進而調整 片70向下壓緊鏡頭60之承接部62，最後在鏡頭60之承 接部62與致動器50之間點膠連接，待鏡頭60與致動器 50組裝連接後，取下調整片70。 ❹ 所述組裝裝置將一個調節片置於鏡頭上，並使鏡頭部 穿過調節片之開孔，調節片之周邊環狀部觸壓鏡頭之承接 部，然後利用探針觸壓調節片，進而使鏡頭與致動器壓緊， 利用探針上之刻度調整鏡頭平整度，從而實現鏡頭更加平 整且鏡頭與致動器連接更加緊密。 綜上所述，本發明符合發明專利要件，爰依法提 出專利申請。惟，以上所述者僅為本發明之較佳實施 方式，本發明之範圍並不以上述實施方式為限，舉凡 ® 熟悉本案技藝之人士援依本發明之精神所作之等效 修飾或變化，皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 圖1係本發明組裝裝置立體圖； 圖2係本發明組裝裝置立體分解圖； 圖3係本發明組裝裝置之致動器與鏡頭連結立體分解 圖， 圖4係本發明組裝裝置測試圖 9 201009416 【主要組件符號說明】 壓板 10 探針 11 探針體 111 探針頭 112 通孔 12 承接底座 20 圓柱座 21 承載面 22 連接體 30 致動器 50 圓孑L 51 鏡頭 60 鏡頭部 61 承接部 62 調節片 70 開孔 71 組裝裝置 100, on the side of one side of the bearing surface 22 adjacent to the receiving base 2 , the cylindrical seat 21 on the receiving base 2 forms a projection on the pressing plate 1 , and the pressing plate 1 surrounds the A plurality of through holes ι2 are evenly distributed in the projection area of the cylindrical seat 21 of the receiving base 2 on the pressure plate 10. The through hole 12 is a screw hole in which the probe u is placed, and the probe u is threadedly engaged with the through hole 12. The probe u includes a probe body U1 and a probe head 112. The probe head ι is located at one end of the probe body ln. The outer surface of the probe body 111 is formed with a thread matching the through hole and is marked with In the scale, the probe 11 is threaded into the pressure plate 1 , so that the probe U can move up and down with respect to the pressure plate 10. When the probe 11 is screwed into the platen 10, the probe head 112 faces the receiving base 20. A circular hole 51 is defined in the center of the actuator 50, and the circular hole 51 can be fitted into the cylindrical seat 21 on the receiving base 20. The lens 60 includes a receiving portion 62 and a lens portion 61. The diameter of the receiving portion 62 is larger than the diameter of the mirror head portion 61. When the assembly is assembled, the actuator 50 and the receiving portion 62 of the lens 60 are connected by dispensing. The adjusting piece 70 is a separate component, and has an opening 71 in the center thereof. The diameter of the opening 71 is larger than the diameter of the lens portion 61 of the lens 60 and smaller than the diameter of the receiving portion 62. When assembling and connecting, the adjusting piece 70 is placed on the lens 60 such that the lens portion 61 of the lens 60 passes through the opening 71 of the regulating piece 70, and the peripheral annular portion of the regulating piece 70 presses the receiving portion 62 of the lens 60. When the lens 60 is assembled with the actuator 50, the actuator 50 is first placed on the cylindrical seat 21 of the base 20, the actuator 50 is fixed, and then the lens 60 is placed on the actuator 50, which will be adjusted. The sheet 70 is placed on the lens 60, and the peripheral annular portion of the tab 70 is pressed down onto the receiving portion 62 of the lens 60. After the mediation sheet 70 is placed, the probe 11 is rotated downward, the probe head 112 of the probe 11 is brought into contact with the tab 70, the probe 11 is adjusted so that each probe 11 is at the same scale value, and then all The probe 11 is moved downward by the same scale value, so that the probe head 112 presses down the tab 70, and the tab 70 presses down the receiving portion 62 of the lens 60, and finally the receiving portion 62 of the lens 60 is actuated. The glue is connected between the devices 50, and after the lens 60 is assembled and connected with the actuator 50, the tab 70 is removed. ❹ The assembly device places a regulating piece on the lens, and passes the lens portion through the opening of the adjusting piece, and the annular portion of the adjusting piece touches the receiving portion of the lens, and then touches the adjusting piece with the probe, thereby The lens is pressed against the actuator, and the lens flatness is adjusted by the scale on the probe, so that the lens is flatter and the lens and the actuator are more closely connected. In summary, the present invention complies with the requirements of the invention patent, and proposes a patent application according to law. However, the foregoing is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the above-described embodiments, and those skilled in the art will be able to make equivalent modifications or variations in accordance with the spirit of the present invention. All should be covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an assembly apparatus of the present invention; FIG. 2 is an exploded perspective view of an assembly apparatus of the present invention; FIG. 3 is an exploded perspective view of an actuator and a lens of the assembly apparatus of the present invention, and FIG. Device Test Figure 9 201009416 [Main component symbol description] Platen 10 Probe 11 Probe body 111 Probe head 112 Through hole 12 Receiving base 20 Cylindrical seat 21 Bearing surface 22 Connector 30 Actuator 50 Round L 51 Lens 60 Lens Portion 61 receiving portion 62 adjusting piece 70 opening 71 assembling device 100