心45798 捌、新型說明： 【新型所屬之技術領域】 5 本新型是有關於一種量测器材，特別是指一 測出腳部3D立體尺寸之足部量測器。 【先前技術】 種可精準 10 15 ’-奴消費者在市場店面購買鞋子時，通常會依據 己=的尺寸，選擇適#大小的鞋子穿戴，如 =身腳部的大小’店家通常會以目視大略估算後，、再 者試穿’一般鞋子各有不同的規格尺寸， 要号找適當大小的鞋子讓消費者一一試穿，相當浪 ,即使找到適用的鞋子，但是1 、、:r合，曰_者若要_二=: 合適=:下’广費者仍然需要花時間試穿後，才能找到 不便利。% /種蹲貝模式對於消費者或店家而言皆相當 別的片果靖費者的腳部尺寸或腳部形狀是較特 ，依現有的鞋子規格無法符合其 戶 =:的鞋子，，家通常是使用皮捲 尺 =仔，數據再通知製鞋工廉製做專用鞋，然而一般皮捲 助下以:::部周圍量取尺寸，但是在欠缺基準台面的輔量能力則有不足，對於腳部的長度、寬度 ，因二二貝料m靠店家憑經驗以目測方式量取 口此測ϊ出的數據較不精準，料量較大。 【新型内容】 因此，本新型之目的 即在提供一種可精準測量出腳 20 部尺寸數據以提供各項運用之足部量測器。 於是，本新型提供一種足部量測器，其包含有一基板 、一基準單元、一第一測量單元、一第二測量單元及一第 三測量單元，該基準單S係固定在基板預定位置處，其具 有了彳/、足°卩側緣靠擔的縱向擔件，以及一可供足部後跟 罪擋的橫向擋件；第一測量單元係縱向設置在基板一側邊 緣處’其具有-固定在基板上的縱軸導執，以及一滑設在 縱轴導軌上可前後移動的長度量尺，該長度量尺可抵止足 部腳趾部位以測出人體足長；第二測量單元係橫向設置在 基板另側邊緣處，其具有一固定在基板上的橫軸導軌，以 及一滑設在橫軸導執上可左右移動的寬度量尺，該寬度量 尺可抵止足部側緣部位以測出人體足寬；第三測量單元係 /月η又在縱軸‘軌上，其具有一向上延伸的立軸導軌，以及 一滑设在立軸導執上可上下移動的高度量尺，該高度量尺 可抵止足部背脊部位以測出人體足背高度。 【實施方式】 參閱圖1、圖2所示，本新型足部量測器在一較佳實 施例申，主要是由一基板1〇、一基準單元2〇、一第一測 里單元30、一第二測量單元4〇以及一第三測量單元所 組成，接著，再將上述構件的形狀、組合情形以及測量動 作予以詳述如后。 該基板10具有預定板面大小的矩形板塊，其面積大 小應該足以容納一般人的足部1 〇〇。 該基準單元20固定在基板10接近角落位置處，為外 M245798 形大致呈的桿體，其具有—可供足部 的縱向撞件21，以及-可供足部100後跟靠撞的橫向= 5 10 15 擊 &縱向擋件21及橫向擔件22的端緣下方處皆開設有一 具預定深度的缺π 211、221，該等缺口 2ii、22i可避免 干涉到下述長度量尺32及寬度量尺42的移動，藉此，尺 寸較小的足部100同樣也可以在本新型受測量。 第-測量單元30縱向設置在基板1〇的一側邊緣處， 其具有一固定在基板10上的縱軸導軌31，以及一滑設在 縱軸‘軌31上可前後移動的長度量尺32，該長度量尺32 乂秘向擋件22做為基準點，其抵止在人體足冑1〇〇的腳 =部位，藉此可測量得出人體足部1〇〇的總長度，該長度 2尺32上設置有一電子量表33，該電子量表33上方具有 顯不幕3；31，該顯示幕331可立即顯示出長度量尺μ所 位移的尺寸數字，該電子量表33内部侧邊處設有一傳輸 1面332，可利用rs-232訊號線200與外部電腦（圖未示） 連線，藉此可同步傳輸長度量尺32所測得的長度數據。 /閱圖3所示，該電子量表33在對應該傳輸界面332的 外側處可拆解地嵌入一封蓋333，當拔除RS_232訊號線 2〇〇 %，利用該封蓋333可對傳輸界面332作成封閉狀， 另外，該電子量表33上設有一開關鍵334(〇N\〇FF)、歸 零鍵33 5(ZER〇)以及一單位切換鍵336(-^)。 第二測量單元40橫向設置在基板1〇另側邊緣處，其 具有一固定在基板1〇上的橫軸導執41，以及一滑設在橫 轴導執41上可左右移動的寬度量尺42，該寬度量尺42以 20 丄VU45798 縱向擋件21做為基準點，其抵止在人體足部1〇〇的側緣 邛位，藉此可測ΐ得出人體足部丨〇〇的總寬度，該寬度量 尺42上設有一與上述電子量表33具有同等構造及功能的 電子量表43。 5 參閱圖4所示，第三測量單元50滑設在縱軸導軌31 上，使整個第三測量單元50可適當地作前後移動，藉此 可適應不同長度的足部1〇〇而到達正確的足背位置。同時 =閱圖5所示，第三測量單元5〇具有一向上延伸的立軸 ι〇 :軌5卜以及-滑設在立軸導軌51上可上下移動的高度 0里尺52，該高度量尺52以基板10表面做為基準點，其抵 止在人體足部100的背脊部位，藉此可測量得出足背高度 :該高度量尺52上同樣設有一與上述電子量表33具有同 等構造及功能的電子量表53。 以上即為本新型足部量測器主要組件的相關聯構造及 15位置之概述；接著，再將本新型預期所能達成之功效陳述 如后： (1 )·選測鞋子快速便利 曰本新型第一測量單元30、第二測量單元40及第三測 量單元50分別對人體足部1〇〇可測出足長、足寬以及足 20背高，^述三種尺寸可決定出人體足部100的所有相關尺 寸，店家可根據上述數據資料，快速挑選出最適合消費者 ，^子尺寸’、/肖f者只要選定鞋子樣式後，不需浪費時間 成穿即可得到符合自身足部100尺寸的鞋子，具有快速便 利的商務服務效果。 M245798 (2) ·測量精準、讀取快速 本新型利用基準單元20定位人體足部1〇〇以提供參 考基準點，第一測量單元30、第二測量單元40及第三測 Ϊ早π 50設有長度、寬度及高度等量尺32(42、52)對人 5 2足部⑽貼抵測量，且各量尺32(42、52)上皆設有電子 里表33(43、53)，該等電子量表33(43、53)可根據量尺 32(42、52)的移動距離，同步顯示出數字在其顯示幕 上，儀器測量的結果相當精準，本新型電子量表33(43、 53)測量精度可達到仏GGlmm，店家及消費者由顯示幕 331 -眼即可觀視讀取數值，讀取動作相當快速而便利。 (3) ·具有優良量身訂做的功能 柄型可測量出人體足部1〇〇的3D立體尺寸，藉由 電子量表33(43、53)可與外部電腦作連線，將測量得出的 尺寸數據輸入電腦内存播建立資料庫，店家藉此可建立客 15戶群資料，當消費者下次要再重新講買新鞋時，該資料即 可提供參考，不須浪費時間作試穿，如果消費者足部⑽ 需要訂製特殊的鞋子，該等數據也可提供給製鞋工廢製做 、寺殊楦頭尺寸，可真正達到為客戶量身訂做的功能。 准以上所述者，僅為本新型之一較佳實施例而已，者 2〇不此以此限定本新型實施之範圍，即大凡依本新型申性: ::範圍及新型說明書内容所作之簡單的等效變化與修：專 白應仍屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是本新型足部量測器-較佳實施例的立體圖，說 9 M245798 明本新型包含有—基板、-基準單it、-第-一第二測量單元及一第三測量單元； 圖2是上述較佳實施例的俯視圖，說明第 及第二測量單元量測一足部長度及寬度的情形 圖3是上述較佳實施例一電子量表的立體 圖4是上述較佳實施例的側視圖，說明第 可依據足背位置作前後調整務動的情形；及 圖5是上述較佳實施例的前視圖，說明第 量測足背高度的情形。 测量單元、 —測量單元 ， 二測量單元 三測量單元 10 10 M245798 【圖式之主要元件代表符號簡單說明】 10" …………基板 20- …………基準單元 21 - ...........*縱向擔件 211· 22- -……·橫向擋件 221 30“ ..........第一測量單元 31 - …-……縱軸導軌 32” *長度量尺 33 - ......……電子量表 331 …………顯示幕 332 ..........傳輸界面 333 #****<·**·^#·» 334 …………開關鍵 335....... …·歸零鍵 336……… •…單位切換鍵 40…㈠…“ -第二測量單元 41 ·……… *…橫軸導執 42”…·…‘ *…寬度量尺 43…””… …電子量表 50—， •…第三測量單元 51，......... …立軸導軌 · 52…”，…，: …，高度量尺 …*電子量表 1G q *« *·***»*· …·足部 200.......... ""RS-232訊號線Xin 45798 新型 Description of the new model: [Technical field to which the new model belongs] 5 This model relates to a measuring device, especially a foot measuring device that measures the 3D dimensions of the foot. [Previous technology] A kind of accurate 10 15 '-slave consumers when buying shoes in the market store, usually will choose the appropriate # size shoes to wear according to their size, such as = the size of the body and foot After a rough estimate, try again. 'General shoes have different specifications and sizes. Find the right size shoes for consumers to try on one by one, which is quite waves. Even if you find suitable shoes, but 1 and: r together If you want to _ two =: suitable =: the next time you can spend time trying on it before you can find the inconvenience. % / Kind of squatting mode is quite different for consumers or stores. Feet size or shape of the foot is relatively special. According to the existing shoe specifications, it cannot meet the household's shoes. Usually, a leather tape measure is used, and the data is notified to the shoemaker to make special shoes. However, the general leather belt measures the size around the ::: section, but it lacks the auxiliary capacity of the reference table. The length and width of the feet are due to the fact that the second and second shell materials are measured by the store through visual inspection based on experience. The measured data is less accurate and the material volume is larger. [New content] Therefore, the purpose of this new model is to provide a foot measuring device that can accurately measure the size data of 20 feet to provide various applications. Therefore, the present invention provides a foot measuring device, which includes a base plate, a reference unit, a first measurement unit, a second measurement unit, and a third measurement unit. The reference sheet S is fixed at a predetermined position on the substrate. , It has a longitudinal loader supporting the side edge of the 彳 /, foot ° 横向, and a horizontal stopper for the heel of the foot; the first measurement unit is longitudinally disposed at one edge of the substrate. -A vertical axis guide fixed on the substrate, and a length ruler that can be moved forward and backward on the vertical axis guide rail, the length ruler can stop the toe of the foot to measure the human foot length; the second measurement unit It is horizontally arranged at the other edge of the substrate. It has a horizontal axis guide fixed on the substrate, and a width ruler slidingly arranged on the horizontal axis guide, which can move left and right. The width rule can resist the side of the foot. The edge part is used to measure the foot width of the human body; the third measuring unit is on the vertical axis' rail, which has a vertical axis guide that extends upwards, and a height ruler that can be moved up and down on the vertical axis guide , This height gauge can stop the foot Ridge parts of the human body in order to measure the height of the dorsum of the foot. [Embodiment] Referring to FIG. 1 and FIG. 2, the new foot measurement device is applied in a preferred embodiment, which is mainly composed of a substrate 10, a reference unit 20, a first measuring unit 30, A second measurement unit 40 and a third measurement unit are formed. Then, the shape, combination situation, and measurement operation of the above components will be described in detail later. The base plate 10 has a rectangular plate with a predetermined plate size, and its area should be large enough to accommodate an average person's foot 1000. The reference unit 20 is fixed near the corner of the base plate 10 and is an approximately M245798-shaped rod body. The reference unit 20 has—a longitudinal impact member 21 for the foot and a lateral direction for the heel 100 of the foot = 5 10 15 The < 211, 221 with a predetermined depth is provided below the end edges of the longitudinal stop 21 and the lateral support 22, and these notches 2ii and 22i can avoid interference with the length gauge 32 and below. With the movement of the width gauge 42, the smaller foot 100 can also be measured in the present invention. The first-measuring unit 30 is longitudinally disposed at one edge of the substrate 10, and has a longitudinal axis guide 31 fixed to the substrate 10, and a length ruler 32 slidably disposed on the longitudinal axis' rail 31 and movable back and forth. The length ruler 32 is a reference point 22, which is a reference point, and it stops at the foot = 100 of the human foot, thereby measuring the total length of the human foot 100. The length An electronic scale 33 is provided on 2 feet 32. The electronic scale 33 has a display 3 above it; 31. The display 331 can immediately display the size number displaced by the length scale μ. The internal side of the electronic scale 33 A transmission side 332 is provided at the side, and an rs-232 signal line 200 can be used to connect with an external computer (not shown), so that the length data measured by the length scale 32 can be transmitted synchronously. / As shown in FIG. 3, the electronic gauge 33 is detachably embedded with a cover 333 at the outer side corresponding to the transmission interface 332. When the RS_232 signal cable 200% is removed, the cover 333 can be used for the transmission interface. 332 is formed into a closed shape. In addition, the electronic gauge 33 is provided with an on-off key 334 (ON / FF), a zero reset key 3355 (ZER0), and a unit switching key 336 (-^). The second measurement unit 40 is disposed laterally at the other edge of the substrate 10, and has a horizontal axis guide 41 fixed on the substrate 10, and a width ruler that is slidably disposed on the horizontal axis guide 41 and can be moved left and right. 42. The width gauge 42 uses 20 丄 VU45798 longitudinal stopper 21 as a reference point, and it abuts on the side edge position of the human foot 100, so that the human foot 丨 〇〇 can be measured. For the total width, an electronic scale 43 having the same structure and function as the electronic scale 33 is provided on the width scale 42. 5 As shown in FIG. 4, the third measurement unit 50 is slidably disposed on the longitudinal axis guide 31 so that the entire third measurement unit 50 can be moved forward and backward appropriately, thereby adapting to 100 feet of different lengths to reach the correct position. Instep position. Simultaneously = as shown in FIG. 5, the third measuring unit 50 has a vertical axis extending upwardly: the rail 5b and the sliding height on the vertical axis guide 51 which can be moved up and down 0 mile 52, the height measuring 52 The surface of the substrate 10 is used as a reference point, and it abuts on the spine portion of the human foot 100, so that the height of the dorsum of the foot can be measured: the height scale 52 is also provided with an equivalent structure and function to the electronic scale 33 described above的 电子 表 53。 The electronic scale 53. The above is an overview of the relevant structure and 15 positions of the main components of the new type of foot measuring device. Then, the effect that the new type is expected to achieve is stated as follows: (1) · Selecting and testing shoes quickly and conveniently The first measurement unit 30, the second measurement unit 40, and the third measurement unit 50 can measure the foot length, the foot width, and the back height of the foot 20 on the human foot 100, respectively. The three sizes described above can determine the human foot 100. All relevant sizes can be quickly selected by consumers based on the above-mentioned data. ^ Sub-sizes, and / Xiao f as long as you choose a shoe style, you can get 100 sizes that meet your own feet without wasting time. Shoes with fast and convenient business service effect. M245798 (2) · Accurate measurement and fast reading. The new model uses the reference unit 20 to locate the human foot 100 to provide a reference point. The first measurement unit 30, the second measurement unit 40, and the third measurement unit π 50 are set. There are scales 32 (42, 52) such as length, width, and height that measure against the feet of a person 52, and electronic scales 33 (43, 53) are provided on each of the scales 32 (42, 52). The electronic scales 33 (43, 53) can display the numbers on the display screen synchronously according to the moving distance of the scale 32 (42, 52). The results of the instrument measurement are quite accurate. The new electronic scales 33 (43 (53) The measurement accuracy can reach 仏 GGlmm. Stores and consumers can view and read the value from the display screen 331-the reading action is quite fast and convenient. (3) · It has an excellent tailor-made function. It can measure the 3D three-dimensional size of the human foot 100. The electronic scale 33 (43, 53) can be connected to an external computer to measure the The dimensional data is input into the computer's internal memory to create a database, so that the store can create data for 15 households. When consumers want to buy new shoes again next time, the data can provide a reference, without having to waste time trying Wear, if the consumer's foot needs to order special shoes, such data can also be provided to the shoemaker to make scraps, and the size of the temples can be truly customized for customers. The above mentioned is only one of the preferred embodiments of the present invention, and the scope of the implementation of the present invention is not limited in this way, that is, the simplicity made by the scope of the new application: :: Scope and the contents of the new specification Equivalent changes and repairs: Monographs should still fall within the scope of this new type of patent. [Brief description of the figure] Figure 1 is a perspective view of the new type of foot measuring device-the preferred embodiment, said 9 M245798 shows that the new type includes-substrate,-reference single it,-first-second measurement unit and a Third measurement unit; FIG. 2 is a top view of the above-mentioned preferred embodiment, illustrating how the first and second measurement units measure a foot's length and width. FIG. 3 is a perspective view of an electronic meter in the above-mentioned preferred embodiment. A side view of the preferred embodiment illustrates a situation in which forward and backward adjustments can be made based on the position of the instep; and FIG. 5 is a front view of the preferred embodiment described above, illustrating the situation in which the height of the instep is measured. Measuring unit,-measuring unit, two measuring unit, three measuring unit 10 10 M245798 [Simplified explanation of the representative symbols of the main elements of the figure] 10 " ............ substrate 20- ...... reference unit 21-...... ..... * Longitudinal load 211 · 22- -...... · Transverse stop 221 30 "........... First measuring unit 31-...-... Longitudinal axis guide 32" * Length Ruler 33-............ Electronic meter 331 ............ Display 332 ............ Transfer interface 333 # **** < · ** · ^ # · »334 ………… On key 335 .......… Return to zero key 336 ……… •… Unit switch key 40… ㈠…“ -Second measuring unit 41 · ……… *… Horizontal axis guide Hold 42 "... · ... '* ... width scale 43 ..." "...… electronic scale 50—, • ... the third measuring unit 51, .........… vertical axis guide 52 ...”,… :…, Height gauge… * electronic gauge 1G q * «* · ***» * ·… · foot 200 ............. " " RS-232 signal line