五、新型說明： 【新型所屬之技術領域】 相二種眼鏡工作裝置’特別是指利用可藉磁力 及的工作板ϊ尺量測眼鏡特徵的工作裝置。 【先前技術】 —有些消費者當患有近視或遠視時會選擇配戴眼鏡，因V. New type of description: [Technical field of new type] Two types of eyeglass working devices' means, in particular, a working device that measures the characteristics of the glasses by means of a magnetic force and a working plate. [Prior Art] - Some consumers choose to wear glasses when they have myopia or hyperopia.
:個人的頭部大小、臉型、#梁或雙眼焦距位置皆不同， =人適合的鏡框、鏡片也有所不同，故每個人在選配眼 7 ’技術人員會先量測消費者頭部、臉部的形狀、特 :，配合消費者選用的鏡框而製作出符合消費者臉型的眼 見’供消費者舒適地配戴。: Personal head size, face shape, #梁 or binocular focal position are different, = the frame and lens that people are suitable for are different, so everyone chooses the eye 7 'Technician will measure the consumer's head first, The shape of the face, special: With the frame selected by the consumer, the eye-shaped view conforming to the consumer's face can be made for the consumer to wear comfortably.
技術人員大都以目測方式估計消費者的臉部特徵與雙 眼焦距，惟單純以目測方式未能確實量測出最符合消費: 臉β的眼冑’可能後續導致消費者配戴不舒適，或是鏡片 與眼球未準確對焦的情形，造成消費者的不便。 【新型内容】 本創作的主要目的是提供一種眼鏡工作裝置，希望改 善習知由目測方式為消費者配置眼鏡，導致眼鏡不適合消 費者的技術缺陷。 為達前揭目的’本創作所採用的技術手段是提供一種 眼鏡工作裝置，包含有： 一工作板，設有複數個檢測區；以及 作板：量可移動地藉由一磁力構件以磁力吸附在該工 靠在=邊技術人員可在工作板上放置眼鏡’ 1將眼鏡抵 尺邊1配量尺在工作板上移位、對準檢測區上的 =、格線與曲線，技術人員即可迅速判斷眼鏡是否符合 4費者配戴的需求。 【實施方式】 έ考圖1所示，係本創作之—較佳實施例，係包含 作板10與里尺20，該量尺2〇可由一磁力構件以磁 ^吸附在該卫作板1Q上，於_較佳實施例中，該磁力構件 7包含一層薄的鐵片U及一磁鐵21，該鐵片扪可設置在 °亥工作板1 0上，而該磁鐵2 ]可設置在該量尺2〇上使 5亥$尺20的磁鐵21可與該工作板彳〇的鐵版彳彳相吸引； 或者磁鐵21與鐵片彳彳可反向設置，即量尺2〇上可設有 鐵片11，而在工作板1〇上設置磁鐵21，使量尺2〇可移 動地藉由磁力構件以磁力吸附在該工作板上。 該工作板1 0上設有複數個分離設置的檢測區，所述 檢測區包含有一第一曲度檢測區1 〇彳、一第二曲度檢測區 1 02、一焦距檢測區>| 〇3、一第一鼻墊檢測區，〇4及一第 二鼻塾檢測區1 05 ’每一檢測區皆具有其對應的刻度、格 線與曲線，其中該兩面度檢測區1 〇 1、1 〇 2係用於檢測鏡 框上兩眼鏡鏡片相對的角度’該焦距檢測區1 〇 3係用於檢 測兩眼球焦距的位置，該兩鼻墊檢測區1 〇4、1 05用於檢 測鏡框的鼻墊與消費者鼻子最佳的接觸位置。 4 藉此 量尺20 與曲線， 板1〇上 度、曲線 戴的眼鏡 ’技術人員可將眼鏡置放在工作板1〇上，搭配 在各檢測區上迅速移位而對準其上的刻度、格線 眼鏡可抵靠在量尺20邊而復快地被定位在工作 ，技術人員即可根據眼鏡對應在各檢測區上的刻 以判斷眼鏡的特性’從而調整出最適合消費者配 【圖式簡單說明】 圖1 :本創作之一較佳實施例立體外觀圖。 圖2 :本創作之一較佳實施例各檢測區配置圖 圖3:圖2局部放大圖。 圖4:圖2局部放大圖。 【主要元件符號說明】 10工作板 11鐵片 101第一曲度檢測區102第二曲度檢測區 1 03焦距檢測區 1 04第一鼻墊檢測區 105第二鼻墊檢測區20量尺 21 磁鐵 5Most of the technicians visually estimate the facial features of the consumer and the focal length of the eyes. However, it is not possible to measure the most suitable consumption by visual inspection alone: the eyelid of the face β may subsequently lead to uncomfortable wearing by the consumer, or It is a situation in which the lens and the eyeball are not in focus, causing inconvenience to the consumer. [New content] The main purpose of this creation is to provide a glasses working device, which is intended to improve the technical defects of the glasses that are not suitable for consumers by visually arranging glasses for consumers. The technical means adopted by the present invention is to provide a working device for glasses, comprising: a working plate provided with a plurality of detecting zones; and a plate: the magnetically movable member is magnetically adsorbed by a magnetic member At the work of the worker, the technician can place the glasses on the work board. 1 Shift the meter on the side of the ruler 1 on the work board, align the =, grid and curve on the detection area, the technician It can be quickly judged whether the glasses meet the needs of the 4 fee wearers. [Embodiment] Referring to Figure 1, the preferred embodiment of the present invention comprises a plate 10 and a ruler 20, and the ruler 2 is magnetically attracted to the panel 1Q by a magnetic member. In the preferred embodiment, the magnetic member 7 comprises a thin iron piece U and a magnet 21, and the iron piece can be disposed on the working plate 10, and the magnet 2 can be disposed on the The magnet 21 of the measuring tape 2 can be attracted to the iron plate of the working plate ;; or the magnet 21 and the iron piece can be reversely arranged, that is, the measuring tape 2 can be set. There is an iron piece 11, and a magnet 21 is placed on the working plate 1 so that the measuring ruler 2 is movably magnetically attracted to the working plate by the magnetic member. The working plate 10 is provided with a plurality of separate detection zones, and the detection zone includes a first curvature detection zone 1 一, a second curvature detection zone 102, and a focal length detection zone>| 3. A first nose pad detection area, 〇4 and a second snivel detection area 051' each detection zone has its corresponding scale, ruled line and curve, wherein the two-sided detection zone 1 〇1, 1 〇2 is used to detect the relative angle of the two spectacle lenses on the frame. The focal length detection area 1 〇3 is used to detect the position of the focal length of the two eyeballs. The two nose pad detection areas 1 〇4, 156 are used to detect the nose of the frame. The pad is in optimal contact with the consumer's nose. 4 With the ruler 20 and the curve, the plate 1 〇 、 、 曲线 曲线 曲线 曲线 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Grid glasses can be positioned on the side of the measuring tape 20 and quickly positioned to work, the technician can judge the characteristics of the glasses according to the marking of the glasses corresponding to each detection area, thereby adjusting the most suitable for the consumer. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a preferred embodiment of the present invention. Fig. 2 is a configuration diagram of each detection area of a preferred embodiment of the present invention. Fig. 3 is a partial enlarged view of Fig. 2. Figure 4: Partial enlarged view of Figure 2. [Main component symbol description] 10 working plate 11 iron piece 101 first curvature detecting area 102 second curvature detecting area 1 03 focal length detecting area 1 04 first nose pad detecting area 105 second nose pad detecting area 20 measuring rule 21 Magnet 5