M358291 八、新型說明： 【新型所屬之技術領域】 本創作係與影像量測裝置有關，尤指一種結構簡單且 具有可攜式特點之影像量測平台。 【先前技術】 按，一般之影像量測裝置係皆搭配有專用之工作台， 然而，用於影像量測工作使用之工作台其結構較為複雜， • 因此製造成本較高昂，再者，一般用於影像量測工作使用 之工作台不論其體積或重量都相當龐大，而會造成組裝者 在組裝工作上之困擾，且亦不具有可攜性之功能。 因此如何改進上述一般用於影像量測工作之工作台缺 點，即為本創作所欲解決之首要課題；有鑑於此，故，本 案創作人乃憑藉著從事相關研究之豐富經驗，並經不斷苦 思及試作後，才終於有本創作之產生。 # 【新型内容】 本創作之主要目的，在於提供一種影像量測平台，其 係具有結構簡單且具有容易拆裝之特點，並進而使本創作 之影像量測平台達成可攜式之功能者。 為達前述之目的，本創作係提供一種影像量測平台， 其包含有： 一底座，其具有一承載面，並於該承載面上係接設有 一垂直立柱; 5 M358291 一手動調整座，係套接於該立柱上，且該手動調整座 係可沿該立柱進行一上下移動行程，並得以該立柱為軸心 而進行一旋擺動作，而該手動調整座底部係具有一旋鎖單 元，且該旋鎖單元係供將該手動調整座定位於該立柱上， 並於該手動調整座之頂部則形成有一接設部； 一旋臂，係以其一端對應接設於該手動調整座之接設 部上，並得隨該手動調整座進行一調整位移，且該旋臂另 一端則具有一容置部，而該容置部係供接設一影像鏡頭； 一影像量測校正片，其兩侧係分別形成有一執槽，且 該影像量測校正片係分別藉由一定位單元經該二軌槽以對 應接設於鄰近該旋臂容置部之兩侧邊上，而該影像量測校 正片係得以該定位單元為基礎而沿其軌槽進行一上下移動 行程，以及以該定位單元為軸心進行一旋擺動作，並藉該 定位單元之固定即可令該影像量測校正片定位於預設之高 度及旋擺角度。 而本創作之上述及其他目的與優點，不難從下述所選 用實施例之詳細說明與附圖中，獲得深入了解。 【實施方式】 首先請配合參閱第1圖至第2圖，圖中所示者為本創 作所選用之實施例架構，此僅供說明之用，在專利申請上 並不受此種架構之限制。 本創作所提供之一種影像量測平台，其主要係由一底 座1 1、一手動調整座2 1、一旋臂3 1以及一影像量測 校正片41所構成，其中： 6 M358291 該底座1 1，係概呈平板狀，並於其頂部構成有一承 載面12，該底座11之承載面1 2係可供置放一待量測 工件（圖中未示），並於該承載面i 2上係接設有一垂直立 柱1 3，而於相反該承載面12之底部端面之兩側係分別 凹設有一凹陷段14以利人員搬運。 該手動調整座2 1，係用以對應套接於該立柱丄3 上，且該手動調整座21係可沿該立柱1 3進行一上下移 動行程，並彳于以該立柱1 3為軸心而進行一旋擺動作，而 該手動調整座2 1底部係具有一旋鎖單元2 2，且該旋鎖 單元2 2係沿其徑向開設有一缺口 2 3，並於該旋鎖單元 2 2側邊穿設有一連通該缺口之鎖接孔2 4，且該鎖接孔 2 4係供一旋鎖螺桿2 5穿設，並藉以迫緊該缺口 2 3而 令該手動調整座2 1得定位於該立柱1 3上，且該手動調 整座2 1之頂部係往上凸伸而形成有一接設部2 6。 該旋臂3 1，於本實施例中，係由一上支架3 2與一 下支架33相互叠置而成，該上、下支架32、33同一 端上係各設有一接設孔321、331，且當該上、下支 架32、33相互疊置時，該二接設孔321、331係 位在同一軸心上，且該旋臂3 1係以該二接設孔3 2工、 3 3 1而對應固接於該手動調整座2 1之接設部2 6上， 並藉此使由該上、下支架3 2、3 3所構成之旋臂3 1係 得隨該手動調整座2 1沿該立柱進行一上下移動行程，以 及以該立柱1 3為軸心所進行旋擺之調整位移，並於該上 支^； 3 2相反於其接設孔3 2 1之另一端上係設有一上容 7 M358291 置孔3 2 2，而該下支架3 3相反於其接設孔3 3 1之另 一端上係略為彎折並設有一下容置孔3 3 2，而該上容置 孔3 2 2之孔徑係大於該下容置孔3 3 2之孔徑，且當該 上、下支茱32 ' 33相互疊置時，該二容置孔322、 3 3 2係位在同一軸心上並彼此相隔一預定距離以形成一 可供接設一影像鏡頭5 1之容置部3 4，並於該上支架3 2鄰近該上容置孔3 2 2處係開設有另一缺口 3 2 3 了且 於該上支架3 2邊側係開設有一連通該缺口 3 2 3之固定 孔3 2 4，而該上支架3 2之固定孔3 2 4係可供-固定 件3 5旋鎖，並藉以迫緊該上支架3 2之缺口 3 2 3而令 該影像鏡頭5 1得定位於該容置部3 4中。 該影像量測校正片4 1 ’係概呈「u」形，並於該影 像量測校正片4 i相對之兩侧係分別形成有—長軸向之轨 槽4 2，且該影像量測校正片41係分別藉由一定位單元 4 3經該二軌槽4 2以對應接設於鄰近該旋臂3 i上支架 _ 3 2之上容置孔3 2 2兩侧邊上，而該定位單元4 3一端 係穿設有-鎖固件4 3 i ’且該定位單元4 3係以該鎖固 件4 3 1而對應鎖設於該旋臂3丄上支架3 2之侧邊上， »亥=位單元4 3另-端則穿設有-勾持件4 3 2，且該定 位早％4 3之勾持件4 3 2係用以容設勾持於其所對應之 軌槽4 2中’並藉此使該影像量測校正片4 i係得以該定 位單元4 3為基礎而沿其轨槽4 2進行一上下移動行程， 以及以該定位單元4 3之鎖固件4 3工為軸心進行一旋擺 動作’且當旋鎖該鎖S1件4 3 1以使該顧件4 3 i壓迫 8 M358291 固定該影像量測校正片4 1侧邊時，即可令該影像量測校 正片41得定位於預設之高度及旋擺角度。 而本創作於實際使用時，係將一待量測工件置放於該 底座1 1之承載面1 2上，此時如第3圖所示，係可藉由 調整該旋臂3 1並以該立柱1 3為軸心進行旋擺調整，以 令該旋臂3 1上之影像鏡頭5 1可對準該底座1 1承載面 1 2上之工件，而後藉由調整該手動調整座2 1沿該立柱 1 3進行一上下調整行程，以使該手動調整座2 1帶動該 旋臂3 1上之影像鏡頭5 1進行一量測影像之焦距調整動 作，在應用該影像量測校正片41即可進行影像校正（如 第4圖所示），將當完成校正動作後，如第5圖所示，該影 像量測校正片4 1即可以該定位單元4 3之鎖固件4 3 1 為軸心進行旋擺，以利電腦進行尺寸演算後，可進行精確 之量測工作者。 接著請繼續參閱第6圖，其係為本創作之另一較佳實 施例，其中，於該旋臂3 1之上支架3 2鄰近該接設孔3 2 1之側緣上係另以一螺接件6 2接設有一延伸臂6 1， 該延伸臂6 1係可以該螺接件6 2為軸心而進行一旋擺動 作（如第7圖所示），且該延伸臂6 1異於接設有該螺接件 6 2之另一端上係形成有一第二容置部6 3，以供該影像 鏡頭5 1係亦可容置於該第二容置部6 3中，並藉由調整 該延伸臂6 1之旋擺角度，以利該影像鏡頭5 1可進行量 測工作之外的一般擷像功能。 而藉由上述構件所組成之本創作係具有以下優點： 9 M358291 •本創作係財結構簡單， 並可有效降低影像量測M358291 VIII. New Description: [New Technology Field] This creation is related to image measuring devices, especially an image measuring platform with simple structure and portable features. [Prior Art] Press, the general image measuring device is equipped with a dedicated workbench. However, the workbench used for image measurement work has a complicated structure, so the manufacturing cost is high, and generally, it is generally used. The workbench used in the image measurement work is quite bulky or heavy, which causes the assembler to be troubled in assembly work and does not have the function of portability. Therefore, how to improve the above-mentioned shortcomings of the workbench generally used for image measurement work is the primary problem that the creative office wants to solve; therefore, the creator of this case relies on the rich experience of relevant research and has been suffering. After thinking about the trial, I finally got the creation of this creation. # [New content] The main purpose of this creation is to provide an image measuring platform which has the characteristics of simple structure and easy disassembly and assembly, and further enables the image measuring platform of the present invention to achieve a portable function. For the purpose of the foregoing, the present invention provides an image measuring platform, comprising: a base having a bearing surface, and a vertical column is fastened on the bearing surface; 5 M358291 a manual adjustment seat Socketed on the column, and the manual adjustment seat can perform a vertical movement stroke along the column, and a swinging motion is performed by the column as the axis, and the bottom of the manual adjustment seat has a twist lock unit. And the rotation lock unit is configured to position the manual adjustment seat on the column, and a connecting portion is formed on the top of the manual adjustment seat; a spiral arm is connected to the manual adjustment seat at one end thereof An adjustment portion is disposed on the connecting portion, and the other end of the arm has an accommodating portion, and the accommodating portion is configured to connect an image lens; an image measuring correction piece, Each of the two sides is formed with a slot, and the image measuring and correcting film is respectively connected to the two sides of the arm receiving portion via a two-track slot by a positioning unit, and the image is Measurement calibration film Based on the positioning unit, a vertical movement stroke is performed along the track groove, and a rotation operation is performed by using the positioning unit as an axis, and the image measurement correction piece is positioned at the preset by the fixing of the positioning unit. Height and swing angle. The above and other objects and advantages of the present invention will become more apparent from the detailed description and the accompanying drawings. [Embodiment] Please refer to Figure 1 to Figure 2 first. The figure shows the structure of the embodiment chosen for this creation. This is for illustrative purposes only and is not restricted by this architecture. . An image measuring platform provided by the present invention is mainly composed of a base 1 1 , a manual adjusting seat 2 1 , a rotating arm 3 1 and an image measuring correcting piece 41 , wherein: 6 M358291 the base 1 1, the system is generally flat, and has a bearing surface 12 formed on the top thereof, the bearing surface 12 of the base 11 is for placing a workpiece to be measured (not shown), and on the bearing surface i 2 A vertical column 13 is attached to the upper portion, and a recessed portion 14 is recessed on both sides of the bottom end surface of the bearing surface 12 for the convenience of personnel. The manual adjustment seat 2 1 is configured to be correspondingly sleeved on the column 3, and the manual adjustment seat 21 can perform a vertical movement along the column 13 and is centered on the column 13 And a swinging action is performed, and the bottom of the manual adjusting seat 2 1 has a twisting unit 22, and the twisting unit 2 2 has a notch 2 3 along the radial direction thereof, and the twisting unit 2 2 The side is provided with a locking hole 24 connected to the notch, and the locking hole 24 is provided for a locking screw 25, and the manual adjustment seat 2 1 is made by pressing the notch 2 3 It is located on the column 13 and the top of the manual adjustment seat 2 1 is protruded upward to form a connecting portion 26 . In this embodiment, the upper arm 3 and the lower bracket 33 are stacked on each other, and the upper and lower brackets 32 and 33 are respectively provided with a connecting hole 321 and 331 on the same end. And when the upper and lower brackets 32, 33 are stacked on each other, the two connecting holes 321 and 331 are located on the same axis, and the arm 3 1 is connected by the two connecting holes 3, 3 3 1 is correspondingly fixed to the connecting portion 26 of the manual adjusting seat 2 1 , and thereby the arm 3 1 composed of the upper and lower brackets 3 2 , 3 3 is fastened with the manual adjusting seat 2 1 along the column, a vertical movement stroke, and an adjustment displacement of the rotation of the column 13 as an axis, and the upper branch is opposite to the other end of the connection hole 3 2 1 The upper bracket 7 3358 is provided with a hole 3 2 2, and the lower bracket 3 3 is slightly bent opposite to the other end of the connecting hole 3 3 1 and is provided with a lower receiving hole 3 3 2 , and the upper portion The aperture of the accommodating hole 3 2 2 is larger than the aperture of the lower accommodating hole 323, and when the upper and lower support ridges 32' 33 are overlapped with each other, the two accommodating holes 322, 323 are tied On the same axis and separated from each other by one predetermined The detachment portion 3 4 is formed to be connected to the image lens 5 1 , and another notch 3 2 3 is disposed adjacent to the upper accommodating hole 3 2 2 . The fixing hole 3 2 4 of the upper bracket 3 2 is connected with the fixing hole 3 2 4 of the notch 3 2 3 , and the fixing hole 3 2 4 of the upper bracket 3 2 is for the fixing member 35 to be locked and tightened. The notch 3 2 3 of the upper bracket 3 2 allows the image lens 51 to be positioned in the receiving portion 34. The image measuring correction film 4 1 ' is generally in the shape of a "u", and a pair of long axial track grooves 4 2 are respectively formed on opposite sides of the image measuring correction piece 4 i, and the image measurement is performed. The aligning film 41 is respectively connected to the two sides of the accommodating hole 3 2 2 on the upper bracket _ 3 2 via the two trajectory 4 2 via a positioning unit 43. The positioning unit 43 has a locking member 4 3 i ' at one end and the locking unit 433 is correspondingly locked to the side of the bracket 3 2 of the arm 3 , Hai = bit unit 4 3 the other end is provided with - hooking member 4 3 2, and the positioning member 4 3 2 of the positioning is used to accommodate the corresponding track groove 4 2, and thereby the image measurement correction plate 4 i is subjected to a vertical movement stroke along the track groove 4 2 based on the positioning unit 4 3 , and the locking device 4 3 of the positioning unit 43 Performing a swinging motion for the axis 'and rotating the lock S1 member 4 3 1 so that the patient member 4 3 i presses 8 M358291 to fix the side of the image measuring correction film 4 1 The calibration slice 41 is positioned to be preset Degree rotation and swing angle. In the actual use of the present invention, a workpiece to be measured is placed on the bearing surface 12 of the base 11 , and as shown in FIG. 3 , the arm 3 1 can be adjusted by The column 13 is rotated to adjust the axis of the shaft so that the image lens 51 on the arm 3 1 can be aligned with the workpiece on the bearing surface 12 of the base 1 1 , and then the manual adjustment seat 2 1 is adjusted. An up-and-down adjustment stroke is performed along the column 13 to cause the manual adjustment seat 2 1 to drive the image lens 5 1 on the arm 3 1 to perform a focal length adjustment operation of the measurement image, and the image measurement correction sheet 41 is applied. The image correction can be performed (as shown in FIG. 4), and after the correcting action is completed, as shown in FIG. 5, the image measuring correction piece 41 can be the locking device 4 3 1 of the positioning unit 43 The axis is rotated to facilitate accurate measurement by the computer after the size calculation. Please continue to refer to FIG. 6 , which is another preferred embodiment of the present invention. The bracket 3 2 is adjacent to the side edge of the connecting hole 3 2 1 on the arm 3 1 . The screwing member 6 2 is connected with an extending arm 6 1 , wherein the extending arm 6 1 can perform a swinging motion (as shown in FIG. 7 ) with the screwing member 6 2 as an axis, and the extending arm 6 1 A second receiving portion 63 is formed on the other end of the screwing member 6 2 so that the image lens 51 can be received in the second receiving portion 63. By adjusting the swing angle of the extension arm 61, the image lens 51 can perform a general imaging function other than the measurement work. The creation department composed of the above components has the following advantages: 9 M358291 • The creation system has a simple financial structure and can effectively reduce image measurement.
量測平台達射攜式之功能者: 運用旋鎖方式而可調 因此具有可進行高度 •本創作之手動調整座21係運 整其相對於該立柱之高度，因 微調之功能，並利用該旋鎖單元2 2以使該手動 調整座2 1可固定在設定行程的任意點，以達到 可有效增加該影像鏡頭51之影像可視範圍。 3·本創作之影像量測校正片41係具有可上下移動 並固定在某一高度之影像校正功能，並藉此可使 本創作不會受待量測工件高度之限制，而有無法 進行影像校正之情形發生，且本創作之影像量測 校正片41係更可進行一旋擺動作，而可將該影 像量測校正片4 1¼擺至其他位置，以便該影像 鏡頭51得順利進行影像量測工作。The measurement platform reaches the function of the radiation-carrying type: It is adjustable by the twist lock method, so it has the height that can be used. The manual adjustment seat 21 of this creation moves the height relative to the column, because of the function of fine-tuning, and utilizes the The rotation lock unit 22 is configured to fix the manual adjustment seat 2 1 at any point of the set stroke so as to effectively increase the image visibility range of the image lens 51. 3. The image measurement correction film 41 of the present invention has an image correction function that can be moved up and down and fixed at a certain height, and thereby the creation can not be limited by the height of the workpiece to be measured, and the image cannot be performed. The correction occurs, and the image measurement correction film 41 of the present invention can perform a swing motion, and the image measurement correction film 4 11⁄4 can be tilted to other positions, so that the image lens 51 can smoothly perform the image amount. Test work.
4 ·本創作之旋臂31係由上、下支架32、所 疊置而成，且該上、下支架32、33用以容設 影像鏡頭5 1之一端係具有一預定距離，而使裴 設於該容置部3 4中之影像鏡頭5丄可確實維持 而由以上詳細説明後，係可使熟知本項技藝者明瞭本 創作的確可達成前述目的，實已符合專利法之規定^依 法提出新型專利申請。 M358291 【圖式簡單說明】 第1圖係本創作之立體分解示意圖 第2圖係本創作組裝後之立體示意圖 第3圖係本創作之使用狀態示意圖，係用以顯示該旋 臂以該立柱為軸心進行旋擺時之狀態 第4圖係本創作之使用狀態示意圖，係用以顯示該影 像量測校正片於進行影像校正並進行上下移 動時之狀態 第5圖係本創作使用狀態示意圖，係用以顯示該影像 量測校正片於進行影像校正後，並以該定位 單元之鎖固件為軸心進行旋擺時之狀態 第6圖係本創作另一實施例之立體示意圖 第7圖係本創作另一實施例之使用狀態示意圖，係用 以顯示該延伸臂以該螺接件為轴心而進行旋 擺時之狀態 【主要元件符號說明】 承載面1 2 凹陷段1 4 旋鎖單元2 2 鎖接孔2 4 接設部2 6 底座1 1 立柱1 3 手動調整座2 1 缺口 2 3、3 2 3 旋鎖螺桿2 5 11 M358291 旋臂3 1 上支架3 2 下支架3 3 接設孔3 2 1、3 3 1 上容置孔3 2 2 下容置孔3 3 2 固定孔3 2 4 容置部3 4 固定件3 5 影像量測校正片41 執槽4 2 定位單元4 3 鎖固件4 3 1 勾持件4 3 2 影像鏡頭5 1 延伸臂6 1 螺接件6 2 第二容置部6 3 124) The spiral arm 31 of the present invention is formed by stacking the upper and lower brackets 32, and the upper and lower brackets 32 and 33 are used to accommodate one end of the image lens 51 to have a predetermined distance. The image lens 5 provided in the accommodating portion 34 can be surely maintained. After the above detailed description, it can be understood that the person skilled in the art understands that the creation can achieve the aforementioned purpose, and has already met the requirements of the patent law. Propose a new patent application. M358291 [Simple description of the diagram] The first diagram is a three-dimensional exploded view of the creation. The second diagram is a three-dimensional diagram after the assembly of the creation. The third diagram is a schematic diagram of the state of use of the creation, which is used to display the spiral arm with the column as The state of the axis when the axis is rotated is the schematic diagram of the state of use of the present invention, which is used to display the state of the image measurement correction film when performing image correction and moving up and down. The figure is used to display the image measurement correction piece after the image correction, and the state of the positioning unit is pivoted as the axis. FIG. 6 is a perspective view of another embodiment of the present creation. A schematic diagram of a state of use of another embodiment of the present invention is for displaying a state in which the extension arm is swung with the screw member as an axis. [Main component symbol description] Bearing surface 1 2 Depression segment 1 4 Twisting unit 2 2 Locking hole 2 4 Connecting part 2 6 Base 1 1 Column 1 3 Manual adjustment seat 2 1 Notch 2 3, 3 2 3 Screw lock screw 2 5 11 M358291 Arm 3 1 Upper bracket 3 2 Lower bracket 3 3 Set holes 3 2 1 , 3 3 1 Upper receiving hole 3 2 2 Lower receiving hole 3 3 2 Fixing hole 3 2 4 Retaining part 3 4 Fixing piece 3 5 Image measuring correction piece 41 Holding groove 4 2 Positioning unit 4 3 Locking piece 4 3 1 Hooking piece 4 3 2 Image lens 5 1 Extension arm 6 1 Screw connector 6 2 Second housing 6 3 12