1297768 九、發明說明·· 【發明所屬之技術領域】 本發明主要係揭示-種量規，尤指可方便且快速辨識 【先前技術】 一請參照圖七，為習知之螺件尺寸量測尺規），其係由 -尺釣2樞接喊’該二尺釣2崎設有螺桿5，藉由螺 設於螺桿5外的調整環4社3來控制二尺釣2的開合。 使用時係將該二尺鉤2内緣處夾靠於螺件6上， 尺寸。 …該習知結構於實用上仍有多處缺點，因該二尺釣2係 設為細釣狀，故錄於螺件β時，紐有效的平靠在螺件 6 —側，經常發生偏斜而造成量測上的誤差，使用上較不 方便。 且該二尺鉤2係相互樞設，故在夾靠於螺件6時，該 二尺鉤2係保持有-夾角，無法確實的抵靠在螺件6的: 側平面，而使得其無法立即的辨識螺件6尺寸，需反覆的 調整二尺鉤2的位置，才能推斷螺件β尺寸，相當浪費昉 間。 、寸 又螺件6尺寸的辨識必須經由該二尺釣2内緣螺桿$ 與螺件6之間的相對位置來判定，在尺寸判定上亦較不精 確，故此種設計的量測尺規丨相當不實用，無法普及 業界中利用。 ' 1297768 『ϋ於上述習知結構之缺失，本發明人乃發明出-種 °辨識之量規』，其係可克服上述習知結構之所有缺 -點0 【發明内容】 本毛明『可方便辨識之量規』所欲解決之技術問題係 ^於該自知結構之二尺鉤係設為細鉤狀，故夾靠於螺件 守…，有^:的平#在螺件二侧，㉟常發生偏*而造成量 則上的=差’使用上較不方便。且該二尺鉤係相互柩設， 故在^靠於螺件時，該二尺鉤聽射—夾角，無法確實 勺—罪在螺件的—侧平面，而使得其無法立即的辨識螺件 尺=，而反覆的調整二尺鉤的位置，才能推斷螺件尺寸， 相y良費㈠間。又螺件尺寸的辨識必須經由該二尺鉤内緣 *累杯與螺件之間的相對位絲判定，在尺寸判定上亦較不 精確，故此種設計的量測尺規相當不實用，無法普及於產 業界中利用，故亟有待於改進。 #本發明『可方便辨識之量規』，其包括有一第—本體、 第一本體與一指示裝置；該第一本體一端設有抵接部， 且該第一本體於兩端之間設有一滑道；該第二本體—端係 樞没於第一本體相反於抵接部之一端，該第二本體並設有 一抵接部，該第二本體之抵接部係相對應於第一本體之抵 接部’該第二本體於兩端之間設有一滑道；該指示装置係 瓜设於該二本體之滑道處，並可於該二本體之滑道内滑移 者，藉此，操作該指示裝置使該二本體之抵接部夾置於工 1297768 工作物之尺寸，為一相當好 作物’即可方便且快速的辨識 用與實用之設計者。 其他目的、優點和本發明的新顆特性將從以下詳细的 描述與相關的附圖更加顯明。 、 【實施方式】 —有關本發明所採用之技術、手段及其功效，茲舉一較 佳只域亚配合圖式詳述如後’此僅供說明之用，在專利 申請上並不受此種結構之限制。 —參照圖二’本發明之量規包括有相互樞設的 第一本體20與第：本體30，該：本體2G、3G設有滑道23、 33 ’以供一指示袭置4〇滑設於内，而達到方便且快速辨識 尺寸25、35的效果；其中： 該第—本體20係呈片狀，其具有第—端與第二端，該 第一本體2G之第—端係開設有—樞孔2卜馳孔21係供 一樞接件211穿伸於内者。該第一本體20之第二端則設有 一抵接部22 ’該抵接部22設呈®柱狀，且該抵接部22之 兩端係突ίΒ於第-本體2Q之喊面及外表面者。 該第本體20於兩端之間則開設有-滑道23，該滑 道23係設呈狐線形狀。且該第一本體2Q外表面靠近滑道 23之二側分別設有刻度24。該刻度24外側並標示有尺寸 25 ’該尺寸25係可設為公制規格或設為英制規格者。本實 施例中第，本體2〇之尺寸25係設為公制規格者。、 該第-本體3G係呈片狀，且具有第_端與第二端，該 1297768 第二本體30之第一端開設有一樞孔31，以樞設於樞接件 211上而可與第一本體20產生相對之樞擺關係者。該第 一本體30之第二端設有一抵接部32,該抵接部32設呈圓 柱狀，且該抵接部32之兩端係突出於第二本體30之内表 面及外表面，如此使該第二本體30之抵接部32與第一本 體20之抵接部21形成相對應且對稱之狀態。 、、該第二本體30於兩端之間則開設有一滑道33，該滑 道33係设呈弧線形狀。且該第二本體別外表面靠近滑道 33,二侧分別設有刻度34與尺寸邪（如圖六）。本實施例 中第二本體30之尺寸35係設為英制規格者。 该指不裝置40係裝設於該二本體20、30之滑道23、 33内，提供辨識尺寸25、35之功效。該指示裝置4〇包括 有一第一指示件41與一第二指示件42。該第一指示件41 係可滑動的設於第—本體2G之滑道23内，而該第二指示 件似亦可滑動的設於第二本體30之滑道33内，且該第二 才曰示件42係與該第一指示件&相互樞接者。 該第一指不件41於一端突設有一樞接部411，該樞接 部411係穿設於第_本體2G之滑道23 β，並使該第一指 示件41局部裸露於第一本體2〇之外表面處。該第一指示 件41兩侧對應於第一本體2〇刻度24的位置分別突設有一 才曰不邛412，用以指出量取之尺寸25。該第一指示件41 並，槐接部411的—側突設有-導塊413，該導塊413係 使該二指示部412的連線保持在弧線形滑道23的徑線方向 上。該第一指示件41於該樞搔部411内開設有一凹槽 1297768 414。該第一指示件41並設有防滑部416供使用者撥動操 作者。 ” 該第二指示件42之結構係對等的揭示於第一指示件 41 ’同樣具有一樞接部421、二指示部422、一導塊423 以及一防滑部426者，其中相同之結構於此不再加以贅 述。其二者差異處係在於該第二指示件42於該樞接部犯丄 處突設有一凸塊424，該凸塊424係樞接於該第一指示件 41的凹槽414内，以使該第二指示件42得以相對於第— 指示件41產生樞擺關係。 參照圖三，為本發明之使用狀態圖，欲量取未知大小 的工作物90時，可將該二本體2〇、3〇之抵接部&、犯 分別置於工作物90的兩侧，並操作該指示裝置使該一 本體20、30之抵接部22、32得以夾置於工作物9〇的兩侧。 於本實施例中係將該指示裝置4〇推向工作物9〇的—侧， 即可使該二本體20、3G夾合。待該二本體2G、3〇的抵接 部22、32夾置於工作物9〇兩侧以後，指示裝置4〇即停止 在滑道23、33内的某一位置，此時可藉由該指示部T412 與刻度24相對應的位置來得知工作物90狀寸25，使用 上相當方便且快速，為—相當好用與實狀設計者。 、且本：明之量規10在使用上，更可藉由該二抵接部 22 32白勺,又口十’而快速穩定的夾置於工作物⑽的二侧平 面上不g S生偏斜的問題，而可供使用者快速的量取工 作物90之大小。除此之外，該二抵接部22、犯更 夾取工作物，例如失取獅、螺帽、套料工作物， 9 1297768 為一雙重功能之設計者。 參照圖四、五，為本發明之量規1〇應用於不同大小工 作物91、92之使用狀態。針對不同大小的工作物91、92， 亦如同前段所述之方式，可操作指示裝置4〇來量取工作物 91 92的尺寸’使用上相當方便與快速。且由於該指示裝 置40的二指示件41 (42)可相對樞擺動作，故該指示裝 置40不論是撥動到哪一位置，皆可使該二指示件41 (42) 兩侧的指示部412 (422)連線恆保持在滑道23、33的徑 線方向上，便於使用者辨識尺寸25者。 芩照圖六，為本發明之量規1〇應用於不同規格工作物 93之使用狀態。當工作物93之大小係為英制規格之情況 下，可使用量規10設有英制規格尺寸35的第二本體3〇 來供辨識，如此不論工作物93是英制規格或是公制規格， 皆可藉由本發明之量規10來輕易的量取正確尺寸35，使 用上確實是相當的方便與快速，為一真正好用與實用之設 計者。 就以上所述可以歸納出本發明具有以下之優點： 1·本發明『可方便辨識之量規』，其中該二本體上之抵 接部係設為圓柱狀，故夾靠於工作物時，可有效的夾置在 工作物二側平面，不會發生偏斜而造成量取上的誤差，使 用上相當方便。 2·本發明『可方便辨識之量規』，其於量取工作物大小 時’係直接操作該指示裝置即可讓該二本體之抵接部夾置 於工作物上’使用上相當穩定且快速。 1297768 小時it明『可方便辨識之量規』，其於辨識工作物之大 物大㈣指示裝置所指出的刻度與尺寸來讀出工作 p可為一真正可方便且快速達到辨識效果之設計。 如ΐ是觀之’本發明極具產業上利用價值；且又未見有 人!心貞似之發明出現於國内外刊物或公開使用，實已符 δ專利法規定之積極域極要件，理縣予發明專利。 淮上所述者，僅為本發明之較佳實施例而已，當不能 以之限定本㈣實施之制，故舉凡數值之變更或等效元 件之置換’或依本發明申請專職圍所作之均等變化與修 飾’皆應仍屬本發明專利涵蓋之範_。 【圖式之簡要說明】 圖一：為本發明量規之立體外觀圖。 圖二：為本發明量規之立體分解圖。 圖三：為本發明量規之使用狀態圖。 圖四：為本發明量規之使用狀態圖。 圖五：為本發明量規之使用狀態圖。 圖六：為本發明量規之使用狀態圖。 圖七：為習知量測尺規之使用狀態圖。 【主要元件符號說明】 (習知結構） 1 量測尺規 2 尺鉤 3 柱 4 調整環 11 1297768 5 螺桿 (本發明） 10 量規 20 第一本體 211樞接件 23 滑道 25 尺寸 30 第二本體 32 抵接部 34 刻度 40 指示裝置 411樞接部 413導塊 416防滑部 42 第二指示件 422指示部 424凸塊 90 工作物 92 工作物 6 螺件 21 框孔 22 抵接部 24 刻度 31 柩孔 33 滑道 35 尺寸 41 第一指示件 412 指示部 414 凹槽 421 框接部 423 導塊 426 防滑部 91 工作物 93 工作物 121297768 IX. OBJECT DESCRIPTION OF THE INVENTION · Technical Fields of the Invention The present invention mainly discloses a gauge, especially a convenient and quick identification. [Prior Art] Please refer to FIG. 7 as a conventional screw size measuring ruler. The rule is that the two-footed fishing 2 is provided with a screw 5, and the screw 5 is provided by the adjusting ring 4 of the screw 5, and the opening and closing of the two-footed fishing 2 is controlled. When in use, the inner edge of the two-footed hook 2 is clamped against the screw 6, the size. ...the conventional structure still has many disadvantages in practical use. Because the two-footed fishing 2 series is set as a fine fishing shape, when the screw member β is recorded, the new effective flat rests on the side of the screw member 6 and often occurs. It is less convenient to use because it is oblique and causes errors in measurement. The two-foot hooks 2 are pivoted to each other, so that when the screws 6 are clamped against the screw 6, the two-foot hooks 2 are held at an angle which cannot be surely abutted against the side plane of the screw member 6, so that it cannot be Immediately identify the size of the screw 6, and it is necessary to adjust the position of the two-foot hook 2 repeatedly to infer the size of the screw β, which is quite wasteful. The identification of the size of the screw and the screw 6 must be determined by the relative position between the screw 2 and the screw 6 of the two-footed fishing 2, and the size determination is also inaccurate, so the scale of the design is measured. It is quite impractical and cannot be used in the industry. ' 1297768 『In the absence of the above-mentioned conventional structure, the inventors have invented a gauge for identification of °, which overcomes all the disadvantages of the above-mentioned conventional structure. [Invention] The technical problem to be solved by the easy-to-identify gauge is that the two-foot hook of the self-contained structure is set to a thin hook shape, so that the clip is held by the screw, and that there is a flat # on the two sides of the screw. , 35 often occurs biased * and the amount of the difference = is less convenient to use. And the two-foot hooks are arranged to each other, so when the screw is pressed against the screw, the two-foot hook is audible-angled, and the spoon cannot be surely sinned on the side plane of the screw, so that the screw cannot be immediately recognized. Ruler =, and repeatedly adjust the position of the two-foot hook, in order to infer the size of the screw, the y good fee (a). The identification of the size of the screw must be determined by the relative position between the inner edge of the two-footed hook and the screw, and the size determination is also inaccurate. Therefore, the gauge of this design is quite impractical and cannot be used. It is widely used in the industrial world, so it needs to be improved. The invention is characterized in that: the first body has an abutting portion at one end of the first body, and the first body has a contact portion between the two ends. The second body-end is not pivoted to the first body opposite to one end of the abutting portion, and the second body is provided with an abutting portion, and the abutting portion of the second body corresponds to the first body The abutting portion of the second body is provided with a slide between the two ends; the indicating device is disposed on the slide rails of the two bodies, and is slidable in the slide rails of the two bodies, thereby The operation of the indicating device allows the abutting portion of the two bodies to be placed in the size of the work 1297768, which is a relatively good crop's convenient and quick identification and practical designer. Other objects, advantages, and novel features of the invention will be apparent from the description and appended claims. [Embodiment] - The technology, the means and the functions thereof used in the present invention are as described in the following paragraphs. The description is only for the purpose of illustration, and is not applicable to the patent application. The limitations of the structure. Referring to Figure 2, the gauge of the present invention includes a first body 20 and a body 30 that are pivoted to each other. The body 2G, 3G is provided with slides 23, 33' for an indication to slide. The first body 20 is in the form of a sheet having a first end and a second end, and the first end of the first body 2G is provided with a first end and a second end. - The pivot hole 2 is a hole for the pivoting member 211 to extend through. The second end of the first body 20 is provided with an abutting portion 22'. The abutting portion 22 is formed in a columnar shape, and the two ends of the abutting portion 22 are protruded from the surface of the first body 2Q. Surface. The first body 20 is provided with a slide rail 23 between the two ends, and the slide rail 23 is formed in a fox line shape. And the outer surface of the first body 2Q is respectively provided with a scale 24 on two sides of the slideway 23. The outer side of the scale 24 is indicated by a size 25'. The size 25 can be set to a metric size or an inch size. In the present embodiment, the size 25 of the main body 2 is set to a metric standard. The first body 3G is in the form of a sheet and has a first end and a second end. The first end of the second body 30 defines a pivot hole 31 for pivoting on the pivoting member 211. A body 20 produces a relative pivoting relationship. The second end of the first body 30 is provided with an abutting portion 32. The abutting portion 32 is formed in a cylindrical shape, and both ends of the abutting portion 32 protrude from the inner surface and the outer surface of the second body 30. The abutting portion 32 of the second body 30 is formed in a corresponding and symmetrical state with the abutting portion 21 of the first body 20. A slide 33 is formed between the two ends of the second body 30. The slide 33 is formed in an arc shape. And the outer surface of the second body is adjacent to the slideway 33, and the two sides are respectively provided with a scale 34 and a size evil (Fig. 6). In the present embodiment, the size 35 of the second body 30 is set to an inch size. The fingerless device 40 is installed in the slides 23 and 33 of the two bodies 20 and 30 to provide the functions of recognizing the sizes 25 and 35. The indicating device 4 includes a first indicating member 41 and a second indicating member 42. The first indicator member 41 is slidably disposed in the slide 23 of the first body 2G, and the second indicator member is slidably disposed in the slide 33 of the second body 30, and the second indicator The display member 42 is pivotally connected to the first indicator member & The first finger 41 has a pivoting portion 411 protruding from one end thereof, and the pivoting portion 411 is disposed on the slide 23 β of the first body 2G, and exposes the first indicator 41 to the first body. 2 〇 outside the surface. The two sides of the first indicator member 41 corresponding to the scales 24 of the first body 2 are respectively provided with a spurt 412 for indicating the size 25 of the measurement. The first indicator member 41 is provided with a guide block 413 protruding from the side of the splicing portion 411. The guide block 413 maintains the line connecting the two indicator portions 412 in the radial direction of the arcuate slide path 23. The first indicator member 41 defines a recess 1297768 414 in the pivot portion 411. The first indicator member 41 is provided with a non-slip portion 416 for the user to dial the operator. The structure of the second indicator member 42 is equivalent to that of the first indicator member 41', and has a pivoting portion 421, two indicating portions 422, a guiding block 423, and a non-slip portion 426, wherein the same structure is This is not described in detail. The difference between the two is that the second indicator member 42 protrudes from the pivot portion of the pivoting portion, and a protrusion 424 is pivotally connected to the concave portion of the first indicator member 41. The slot 414 is configured to enable the second indicator 42 to be pivoted relative to the first indicator 41. Referring to FIG. 3, it is a use state diagram of the present invention, and when the workpiece 90 of an unknown size is to be measured, The abutting portions of the two bodies 2〇, 3〇 are placed on both sides of the work object 90, and the pointing device is operated to clamp the abutting portions 22, 32 of the body 20, 30 to work. In this embodiment, the indicating device 4〇 is pushed to the side of the workpiece 9〇, so that the two bodies 20, 3G can be clamped. The two bodies 2G, 3〇 After the abutting portions 22, 32 are placed on both sides of the workpiece 9, the pointing device 4 is stopped at a certain position in the chutes 23, 33. The position of the working object 90 can be known by the position of the indicating portion T412 corresponding to the scale 24, which is quite convenient and fast to use, and is quite easy to use and the designer of the real body. In use, the two abutting portions 22 32 can be quickly and stably placed on the two side planes of the work object (10) without the problem of skewing, and can be used by the user. Quickly measure the size of the work item 90. In addition, the two abutting parts 22, the more gripping work items, such as missing lions, nuts, nesting work, 9 1297768 is a dual function design Referring to Figures 4 and 5, the gauge 1 of the present invention is applied to the use states of the work pieces 91 and 92 of different sizes. For the work pieces 91 and 92 of different sizes, as in the manner described in the previous paragraph, the operation indication is The device 4 is used to measure the size of the workpiece 91 92. It is quite convenient and fast to use. And since the two indicators 41 (42) of the pointing device 40 can be pivoted relative to each other, the indicating device 40 is toggled to In which position, the indication portions 412 on both sides of the two indicator members 41 (42) can be used (422 The connection is always maintained in the direction of the radial direction of the slides 23, 33, so that the user can recognize the size 25. Referring to Figure 6, the gauge 1 of the present invention is applied to the use state of the work 93 of different specifications. In the case where the size of the workpiece 93 is an inch size, the second body 3 of the inch size 35 can be used for identification by the gauge 10, so that the work 93 can be borrowed regardless of the inch size or the metric size. The correct size 35 is easily measured by the gauge 10 of the present invention, which is quite convenient and fast to use, and is a really easy to use and practical designer. The above description can be summarized as follows: 1. The invention relates to a "gauge that can be easily identified", wherein the abutting portions on the two bodies are arranged in a column shape, so that when the workpiece is clamped against the workpiece, the two sides of the workpiece can be effectively placed on the plane. The deviation caused by the deviation is quite convenient to use. 2. The invention relates to a "gauge that can be easily identified", which is capable of directly operating the indicating device when the measuring device is sized to allow the abutting portion of the two bodies to be placed on the working object. fast. 1297768 hours It is a "can easily identify the gauge", which is used to identify the scale and size indicated by the large (4) indicating device. The reading p can be a design that can be easily and quickly achieved. Rugao is Guanzhi' This invention is of great industrial value; and no one has seen it! The invention of the heart is like a domestic and foreign publication or public use. Patent for invention. The above description is only a preferred embodiment of the present invention, and when it is not possible to limit the implementation of the present invention, the change of the numerical value or the replacement of the equivalent element or the equalization of the application for the full-time circumference according to the present invention. Changes and modifications should still be covered by the patents of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a gauge of the present invention. Figure 2 is a perspective exploded view of the gauge of the present invention. Figure 3 is a diagram showing the state of use of the gauge of the present invention. Figure 4 is a diagram showing the state of use of the gauge of the present invention. Figure 5 is a diagram showing the state of use of the gauge of the present invention. Figure 6 is a diagram showing the state of use of the gauge of the present invention. Figure 7: The state diagram of the use of the conventional gauge. [Main component symbol description] (conventional structure) 1 Measuring ruler 2 foot hook 3 column 4 adjusting ring 11 1297768 5 screw (invention) 10 gauge 20 first body 211 pivoting member 23 slide 25 size 30 Two body 32 abutting portion 34 scale 40 indicating device 411 pivoting portion 413 guiding block 416 anti-slip portion 42 second indicating member 422 indicating portion 424 convex 90 working object 92 working object 6 screw member 21 frame hole 22 abutting portion 24 scale 31 Pupil 33 Slide 35 Size 41 First indicator 412 Indicator 414 Groove 421 Frame 423 Guide block 426 Non-slip portion 91 Work 93 Work item 12