财37211 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種盒裴不良品自動檢出裝置尤指 .種針對盒裝食品進行外包裝、標示文字檢視之檢出裝置曰 【先前技術】 近年來，食品之流通性較以往更加便利，除了廣設便 利商店使消費者易於購得外，包裝型態之改變，不^增加 消費者之購買慾望，且可藉由多變之包裝型態，使消費者 易於辨識。. 其中盒裝之包裝容器可供液體食品包裝，擬飲用時， 可藉由預設之插孔或自盒體側邊將包裝盒兩側拉開，即可 飲用内裝之液體食品，故為顧及飲用時食品仍在保鮮的狀 痣，包裝盒之密合度要求，及製造曰期之標示即相當重要， 倘若包裝密合度不佳，即易使内裝之液體食品變質腐壞， 而若製造日期標示不當或錯誤，貝,!易飲用到過期的液體食 口口，再者，右液體食品因自動充填過程之疏失而導致充填 的液體谷夏不足時，若未進行容量檢測之控管，易導致容 罝不足之產品外流，而影響商譽及消費者之權益。 因此基於上述的問題，目前之生產流程有的控管程序 會藉由人力進行目視之監控.，有的會配合檢測裝置進行檢 測，然這些人力或機器之檢測係分設於不同之流程處，以 致在排除過程令會使生產線之生產速度有所延宕，且部份 藉助人力進行檢測之方式，也易產生誤差。 【新型内容】 3 M437211 故為使盒裝食品之包裝檢測能集中於特定區域，且可 藉由自動檢出裝置進行檢測，本創作者乃設計出本創作「各 裝不良品自動檢出裝置」’希藉由本創作之自動檢出裝： 中所設置之標示组件、影像檢測組件、液位檢測組件及排 出組件，使已完成包裝之盒裝食品進入檢出區時，__進 行日期標示、檢測及不良品排出之程序，以確保檢测之正 確性及使檢出之程序不會影響生產線之速度。 為達上述目的，本創作之「盒裝不良品自動檢出裝置」 係將檢出裝置設於機台輸送帶處，其依輸送帶之前進方向 依序包含有：一設於輸送帶處之標示組件，標示組件包含 有跨設於輪送帶上之傾測架，摘測架上架設偵測組件，另 架後設有-位於輸送帶側邊之標示器；—設於輸送 於標示組件之後的影像檢測組件，其具有-朝 = ㈣取元件卜設於輸送帶側邊且位於 像檢測組件之後的洛你&巾，丨6 輸送帶方向；一設於輸 液位檢測組件並朝向 ❹ 又於輸送帶側邊且位於液位檢測組件之後 其於輸送帶兩側分設有導軌及排出口，而於 ::出!=處設有一由壓'帶動之推桿，以將不良“ 排出口推出輸送帶外。 袓件」：1裝不良°°自動檢出裝置’其中輸送帶於標示 組件前另設有一定位细彼^ m J. ia * ，疋位組件包含分設於輸送帶兩 之頂=應之支樓架及抵擎架，支樓架上設有可調整位置 =板，頂擎板朝向輸，送帶方向之端緣面並排設有可自 搖臂之抵擎輪抵擎架於機台側邊固設一架板，架板以 與㈣間設有拉伸彈菁，且於框座朝 向輪送帶方向端緣面並排設有 二.+. ^ ^ 自由轉動之抵掣輪。 則述之盒裝不良品自動檢出 桿一端可樞吟於遙献W 置其中排出組件之推 使壓虹推動推桿形成擺動。 别达之盒裝不良品自動檢出裝置 像檢測組件及液位檢測組件 示" 衫 整組件具有-主支”，調整組件調整位置，·調 位於主支”上之：f 撐桿上設有調整手輪以調整 瓦主支撐；f干上之架座位置，牟 给拉4曰 架座一側以定位夾座固設一 銜接梓，銜接桿即與標示組件之 m h m ^ w ^ λ, ^ 貝測架銜接，而上述架座 •另側另攻置k向桿，橫向桿外側 桿與架座之相對位置，橫向r细一、.，于輪乂改Μ向 ,φ 、干朝向輸送帶方向即銜接標示 :件=器；橫向桿上另設置-導架，導架中央處另銜 件之i ’支㈣桿朝向輪送帶方向框設影像檢測組 :衫像摘取元件，而導架之末端以調整座福設一銜接 干，：接桿朝向輸送帶之方向處固設液位檢測組件。 前述之盒裝不良品自動檢出裝置，其中調整組件之橫 2桿朝向輸送帶方向處設置一拖接片，樞接片上形成弧 θ而標不組件之標示器即鎖固於弧槽處。 别述之盒裝不良品自動檢出裝置’其中調整組件導架 末端之調整座與導架間為可調整高低，而銜接桿與調整座 間為可調整前後位置。 f實施方式】 人月配5 >看圖1及圖2所示，本創作之檢出裝置係於 1裝合器已完成充填及密封程序後之生產線上其係架設 於機台10之生產輸送帶11處，完成充填及密封程序之盒 裝容器12即自輸送帶11進入。 M437211 檢出裝置於輸送帶11之前進方向依序設置標示組件 20、影像檢測組件30、液位檢測組件4〇及排出組件5〇, 且於標示組件20之前端設置—定位组件6〇，而標示組件 .20、影像檢測組件30、液位檢測組件4〇並設置於—調整 組件70上，藉由調整組件7〇可調整標示組件2〇、影像檢 測組件30、液位檢測組件4〇之高低、前後位置，以使檢出 裝置可適用於不同規格之盒裝容器12之檢出程序。 明配σ參看圖2及圖3所示，上述之定位組件6 〇由分 設於輸送帶11兩側且相對應之支撐架61及抵掣架62所組 成’其中支撐架61於機台1〇上固設一定位板611，定位 板611上以長孔固設—頂掣板612，使頂掣板612與定位 板611間為可調整距離之設計，以使頂掣& 612更朝向輸 送帶11或遠離輸送帶11,另於頂掣板612於朝向輸送帶 11之方向端緣面並排設有可自由轉動之抵掣輪613。 抵掣架62於機台10側邊固設一架板621，架板 以二搖臂622樞設-框座623,框座623與架板621間並 設置拉伸彈簧624 ’迫使架板621往輸送帶彳彳方向抵靠， 而於框座623朝向輸送帶η方向端緣面並排設有可自由轉 動之抵掣輪625;可盒装容器12之寬度先調整好支撐架㈦ 抵掣輪613與抵掣架62抵掣輪625間之距離，當盒裝容器 12進入定位組件60之支撐架61與抵掣架62間時，受到 抵掣架62之推掣，使盒裝容器12往支撐架…方向抵靠， 以便於進行後續之標示、檢測及不良品排出程序。 請配合參看圖4及圖5所示，標示組件2〇位於定位組 件6〇之後，其具有一跨設於輸送帶11上之偵測架21，偵 M437211 气一人/架設之偵測組件’可為紅外線或其他制方 二二ί容器通過偵測架21時，再配合參看圖6,即開 =輸：帶”之速度計算擬到達標示組件2〇之標示器以 二：達標示器22處時，如圖7所示，標示器22即 自動進心裝容器12進行印製曰期的程序 即是盒裝容器12尚未進入標示器22之工作£及離二 作區及離開工作 二I異’當盒裝容器12離開工作區後，於原設定之區 、即仏不了製造日期或其他擬標示之文字、圖樣。 而當盒裝Μ 12離開標示組件2Q之工作區後請參 所不，即進入影像檢測組件3〇之工作區範圍，影像 檢且件3G具有-影像棟取元# 31，所述影像擷取元件 31可為感光耦合元件（Charge c〇up|ed⑽丨％ CCD)，豆 鏡頭即朝向盒裳容器12之封口 121處，而當盒裝容器；2 、’兄頭拍攝之範圍時’影像擷取元件3]即進行影像之拍 攝’此時侍'進行：部份之檢測，請參看圖1G所示，若封口 121未正碟封摺時，影像掏取元件31即拍攝到錯誤之影 像’而若標示之日期或其他文字與原設定之記錄不同時， 〜像摘取儿件3 ]均會將錯誤之訊息記錄’並傳送至後端之 排出㈣冑’若封口正確且印刷也正確時’影像操取元件 31即不會記錄及傳送任何訊息。 於影像檢測組件30後端另設置液位檢測組件4〇，請參 看圖11所不，係用以檢測盒裝容器彳2檢測内裝液體高度， ^述液位檢測經件4〇可為超音波液位檢測組件，而當液位 檢測組件40以超音波檢測手段檢測出通過之盒裝容器，2 内之液體食品容量不足時’即將此訊息傳送至後端之排出 7 M437211 組件處β 二配合參看…圖13所示，排出组件5。係於機台 帶” 固定架"51,以固設一壓“2,另於輪送 帶虚件50方向處平行設置一導軌53,而輪送 55,壓虹52則形成排出口 54，且於導軌53處樞設-推桿 至缸52之紅心521並盘推捏 測组侔％也 υ柃55樞接，當上述影像檢 、、牛0與液位檢測組件40傳達出有 即開始計算不良品至排出 之時’ 厭土 ^ 卞之時間，至預設時間時， 、、而產：帶動缸心521作動’使推桿55以框點551為中 在輸运㈣方向之旋動，使原於 盒裝容器11祜括山^ 為確實將不， 處落入收集槽56,且 為；貫將不良品檢出，推握ςς 良㈣料55㈣時，可同時將數個包含 。之m一盒裝容器均推至收集槽56内，使檢出不良 品之準確率提昇。 卜良 401組件二影像檢測組件30及液位檢測組件 之調整植件使:：低、則後位置之設計，其可藉由各別設置 件扣可Λ 2G、影像檢測組件3G及液位檢測組 a s ^ 月』後之位置’也可藉由各圖式上所 見及之整、·且設叶之調整έ且件7 〇你辑_ # 30…g 標不組件2〇、影像檢測組 件30及液位檢測組件4() 前後位置，而標示……=式調整各組件之高低及 、牛20及衫像檢測組件3〇並可 自之旋轉組件調整其傾斜角度。 3由各 清配合參看圖4月m ςα- 4及圖5所不，該調整組件70且有主古 撐桿71,主支撐桿71上端 ”有主支 711可帶動内部之螺桿正輪711，調整手輪 Μ 712旋轉，而螺桿712與-架座72 M437211 螺接，故旋轉調整手輪711時，即使架座72依循主支撐桿 71上下作動，而架座72 —側以定位夾座721固設一銜接 桿722 ’銜接桿722即可固設標示組件2〇之偵測架21，當 .定位夾座721旋鬆狀態時，即可銜接桿722帶動偵測架21 調整前後之位置。 另架座72之另側設置之橫向桿73，該橫向桿73最外 側端設有調整手輪73彳，當旋轉調整手輪731時即可改變 橫向桿73與架座72之相對位置，而於橫向桿73朝向輸送 鲁帶11之方向處則設置一樞接片732 ,樞接片732上形成弧 槽733’另標示組件20之標示器22即鎖固於弧槽733處， 當鎖固το件放鬆時，即可調整標示器22之傾斜角度，如圖 7所不，使標不器22可正對盒裝容器彳彳擬標示之位置。 凊參看圖4所示，於橫向桿73上另設置一導架74，該 導架74並可藉由鎖固元件之固設，改變其位於橫向桿73 上之位置’而導架74之中央處同樣以鎖固元件固設一支撐 架桿75’請配合參看圖9所*，該支撐架桿75朝向輸送帶 春11方向則樞設影像檢測組件3〇之影像操取元件，同樣 可使影像擷取元件31之傾斜角度得以調整，以對盒裝容器 11封口 1 21處進行檢測❶ 一再請參看圖4所示’導架74之末端以調整座76樞設 二銜？旱77,其中調整座76可於導架74上調整高低，而 銜接W7則穿設於調整座76内，並可調整其前後之位置， 銜接桿77朝向輸送帶11之方向處則固設液位檢測組件40。 故藉由上述調整組件7〇各調整結構之設計，使標示組 之偵測架21、標示器22，及影像檢測組件3〇之影像 9 M437211 榻取疋件31 ’及液位檢測組件40等均具備可調整高低、前 後位置之功4 ’且影像操取元件31及標示器Μ並均 調整傾斜角度之設計。 … 本創作主要藉由輸送帶側邊依序設計之標示組件、影 像核測組件、液位檢測組件及排出組件，可使盒裝容器完 '標示之程序後，依序進行密封及標示之檢測程序，若有 不良品時，即藉由排出組件將不良品排出，故可確保檢測 正確丨生及使檢出之程序不會影響生產線之速度。 【圖式簡單說明】 圖1係本創作檢出裝置之前視平面示意圖。 圖2係本創作檢出裝置之俯視平面示意圖。 圖3係本創作檢出裝置定位組件之俯啤平面示意圖。 圖4係本創作檢出裝置局部之俯視平面示意圖。 圖5係本創作檢出裝置局部之側視平面示意圖。 一圖6係本創作檢出裝置標示組件偵測架處之側視平面 示意圖。 圖7係本創作檢出裝置標示組件之侧視平面示意圖。 圖8係本創作盒裝容器經過標示組件完成標示之平面 示意圖。 圖9係本創作檢出裝置影像檢測組件之側視 圖。 〜 、圖係本創作檢出裝置影像檢測組件之影像擷取元件 進行盒裝容器檢測之平面示意圖。 圖11係本創作檢出裝置液位檢測組件之側視平面示 圖。 ' 圓12係本創作檢出裝 圖13係本創作檢出裝 【主要元件符號說明】 1〇機台 12盒裝容器 2 0標示組件 22標示器 置排出組件之侧視平面示意圖。 置排出組件之俯視動作示意圖。 11輸送帶 121 封口 21偵測架 30影像檢測組件 4〇液位檢測組件 31影像擷取元件 50排出組件 52壓缸 53導軌 51固定架板 5 21缸心 54排出口 55推桿 56收集槽 5 51插點 6 〇定位組件 61支撐架 611定位板 612頂掣板 61 3抵掣輪 62抵掣架 621架板 622搖臂 623框座 625抵掣輪 624拉伸彈簧 7 0調整組件 711調整手輪 72架座 722銜接桿 731調整手輪 71主支撐桿 712螺桿 721定位夾座 73橫向桿 732樞接片 11 M437211 733弧槽 74導架 75支撐架桿 76調整座 77銜接桿 12财37211 V. New description: [New technical field] This creation is about a kind of automatic detection device for defective boxes, especially for the detection of packaging and labeling of boxed foods. 】 In recent years, the circulation of food has become more convenient than ever. In addition to the wide-ranging convenience stores that make it easy for consumers to purchase, the change in packaging style does not increase the consumer’s desire to purchase, and can be changed by the variety of packaging. State, making consumers easy to identify. The boxed packaging container can be packaged in liquid food. When it is intended to be drunk, the liquid food can be drunk by the preset jack or by pulling the sides of the box from the side of the box body, so that the liquid food can be consumed. Taking into account the condition in which the food is still fresh when it is consumed, the tightness requirements of the packaging box and the labeling of the manufacturing period are very important. If the packaging is not tight enough, the liquid food inside can be deteriorated and spoiled. Improper date or error, shell,! Easy to drink until the expired liquid food mouth, in addition, the right liquid food due to the loss of the automatic filling process caused the filling of the liquid valley is insufficient, if the capacity detection is not controlled, It is easy to cause the outflow of products that are not enough to affect the goodwill and the rights of consumers. Therefore, based on the above problems, some control procedures in the current production process will be monitored visually by manpower. Some will be tested with the detection device, but the detection of these manpower or machines is set at different processes. As a result, the elimination of the process will delay the production speed of the production line, and some methods of manpower detection are also prone to errors. [New Content] 3 M437211 Therefore, in order to make the package inspection of packaged foods concentrated in a specific area and can be detected by an automatic detection device, the creator designed the creation of the automatic detection device for each defective product. 'With the automatic detection and installation of this creation: the marking component, image detection component, liquid level detection component and discharge component set in the creation, when the packaged food that has been packaged enters the detection area, __ date indication, Procedures for detection and defective product discharge to ensure the correctness of the test and to prevent the process of detection from affecting the speed of the production line. In order to achieve the above objectives, the "boxed defective product automatic detecting device" of the present invention sets the detecting device at the conveyor belt of the machine, which is included in the forward direction of the conveyor belt: one is disposed at the conveyor belt The marking component comprises a tilting probe spanning on the carousel, the detecting component is mounted on the measuring frame, and the other is provided with a marker on the side of the conveyor belt; After the image detecting component, the component is disposed at the side of the conveyor belt and located behind the image detecting component, and is located in the direction of the conveyor belt; and is disposed at the infusion level detecting component and facing the ❹ And on the side of the conveyor belt and after the liquid level detecting component, the guide rail and the discharge port are respectively arranged on both sides of the conveyor belt, and at the :: out!= there is a push rod driven by the pressure to make the bad row The outlet is pushed out of the conveyor belt. 袓"": 1 bad installation ° ° automatic detection device 'where the conveyor belt is provided with a positioning fine before the marking component ^ m J. ia *, the clamping component is divided into two conveyor belts Top = should be supported by the truss and the erecting frame Adjustable position=board, the top engine board faces the transmission, and the end edge surface of the belt feeding direction is arranged side by side with a self-rocking arm to the engine wheel to fix the frame on the side of the machine platform, and the frame plate is connected with the (4) Stretching elastics are provided, and two. +. ^ ^ freely rotating abutting wheels are arranged side by side at the end of the frame toward the end of the belt. The automatic detection of the defective product of the boxed rod can be pivoted at the end of the rod, and the push-out assembly pushes the push rod to form a swing. The automatic detection device for the defective product of Bida is like the detection component and the liquid level detection component. The whole assembly has a main branch, the adjustment component is adjusted, and the adjustment is located on the main support: f struts There is an adjustment hand wheel to adjust the main support of the tile; the position of the frame on the dry side is 牟, and the side of the truss seat is fixed to the side of the truss seat to fix the connection 梓, and the connecting rod is the mhm ^ w ^ λ of the marking component, ^ The shell is connected, and the above-mentioned frame and the other side are attacked by the k-direction rod, the relative position of the outer rod of the transverse rod and the frame, the horizontal r is fine, and the rim is changed in the direction of the rim, and the dry direction is transported. The direction is the connection mark: the piece = the device; the cross bar is additionally provided with the guide frame, and the i 'branch (4) bar of the other frame at the center of the guide frame is arranged toward the direction of the wheel belt to set the image detection group: the shirt is like a picking component, and The end of the guide frame is connected with the adjustment seat, and the liquid level detecting component is fixed at the direction of the conveyor belt toward the conveyor belt. In the above-mentioned boxed defective product automatic detecting device, wherein the horizontal member of the adjusting component is disposed at a direction toward the conveying belt, a drag piece is formed, and an arc θ is formed on the pivoting piece, and the indicator of the component is locked at the arc groove. The automatic detection device for the defective packaged product is described in which the adjustment seat and the guide frame at the end of the adjustment assembly guide are adjustable, and the front and rear positions of the adjustment lever and the adjustment seat are adjustable. f Implementation method] Human monthly matching 5 > As shown in Fig. 1 and Fig. 2, the detection device of the present invention is installed on the production line of the machine 10 on the production line after the 1 assembly device has completed the filling and sealing process. At the conveyor belt 11, the boxed container 12, which completes the filling and sealing process, enters from the conveyor belt 11. The M437211 detecting device sequentially sets the marking component 20, the image detecting component 30, the liquid level detecting component 4〇 and the discharging component 5〇 in the forward direction of the conveyor belt 11, and is provided at the front end of the marking component 20, the positioning component 6〇, and The marking component .20, the image detecting component 30, the liquid level detecting component 4〇 are disposed on the adjusting component 70, and the adjusting component 7〇 can adjust the marking component 2〇, the image detecting component 30, and the liquid level detecting component 4 The height and the front and rear positions are such that the detecting device can be applied to the detection program of the boxed containers 12 of different specifications. Referring to FIG. 2 and FIG. 3, the positioning component 6 is composed of a support frame 61 and an yoke 62 which are disposed on both sides of the conveyor belt 11 and wherein the support frame 61 is on the machine table 1 A positioning plate 611 is fixed on the sill, and the top plate 612 is fixed on the positioning plate 611 with a long hole, so that the top sill 612 and the positioning plate 611 are designed to adjust the distance so that the top cymbal & 612 is more oriented. The conveyor belt 11 is remote from the conveyor belt 11, and the top sill plate 612 is arranged side by side in the direction of the end surface of the conveyor belt 11 with a freely rotatable abutment wheel 613. A plate 621 is fixed on the side of the machine frame 10, and the frame plate is pivoted by the two rocker arms 622. The frame 623 is disposed between the frame 623 and the frame plate 621 and the tension spring 624 is disposed to force the frame plate 621. Abutting against the belt 彳彳 direction, and a freely rotatable abutting wheel 625 is arranged along the end surface of the frame 623 toward the belt n direction; the width of the boxable container 12 is adjusted first (7) When the boxed container 12 enters between the support frame 61 of the positioning assembly 60 and the abutment frame 62, the 613 is pushed by the yoke 62, so that the boxed container 12 is pushed toward the rim 62. The support frame... is in abutment for subsequent marking, inspection and defective product discharge procedures. Referring to FIG. 4 and FIG. 5, the indicator component 2 is located behind the positioning component 6〇, and has a detection frame 21 spanning on the conveyor belt 11, and detecting a M437211 gas/personal detection component. When the infrared ray or other manufacturer's two-dimensional container passes through the detection frame 21, and with reference to Fig. 6, the speed of the open=transmission: belt" is calculated as the marker to be reached to the indicator component 2: two: up to the marker 22 At the same time, as shown in FIG. 7, the procedure for the marker 22 to automatically load the container 12 for the printing cycle is that the boxed container 12 has not entered the marker 22 and is different from the second zone and the leaving work. 'When the boxed container 12 leaves the work area, it will not be able to print the date or other text or pattern to be marked in the original setting area. When the boxed magazine 12 leaves the work area of the labeling unit 2Q, please refer to it. That is, the image detecting component 3 is in the working area range, and the image detecting component 3G has an image capturing component #31, and the image capturing component 31 can be a photosensitive coupling component (Charge c〇up|ed(10)丨% CCD). The bean lens is facing the sealing 121 of the boxing container 12, and when the boxed container 2, 'When the range of the shooting of the brothers' image capture component 3] is the image shooting 'this time' is carried out: part of the detection, please refer to Figure 1G, if the seal 121 is not the disc seal If the image capturing component 31 captures the wrong image', and if the date or other text marked is different from the original setting, the image will be recorded and sent to the back end. Discharge (4) 胄 'If the sealing is correct and the printing is also correct, the image manipulation component 31 will not record and transmit any message. The liquid level detecting component 4 is further disposed at the rear end of the image detecting component 30, please refer to FIG. It is used to detect the height of the liquid in the boxed container 彳2, and the liquid level detecting unit 4 can be an ultrasonic level detecting component, and when the liquid level detecting unit 40 detects the passing through the ultrasonic detecting means Boxed container, when the liquid food capacity in 2 is insufficient, 'I will send this message to the rear end of the discharge. 7 M437211 The assembly is in the second part. See Figure 13 for the discharge assembly 5. It is attached to the machine with the "fixing frame". 51, to fix a pressure "2, another round A guide rail 53 is disposed in parallel with the direction of the dummy member 50, and the wheel 55 is sent, and the pressure rainbow 52 forms a discharge port 54 and is pivoted at the guide rail 53 - the push rod is pushed to the center 521 of the cylinder 52 and the plate is pushed and pushed. υ柃55 is pivotally connected, when the image inspection, the cow 0 and the liquid level detecting component 40 convey the time when the defective product is started to be discharged, the time of the glutinous soil is ,, to the preset time, Production: driving the cylinder core 521 to actuate 'Pushing the push rod 55 with the frame point 551 as the middle in the transport (four) direction, so that the original container container 11 is included in the container, so that it will not fall into the collecting trough 56. In addition, when the defective product is detected, and the 良 良 (4) material 55 (4) is pushed, several items may be included at the same time. Each of the boxed containers is pushed into the collecting tank 56, so that the accuracy of detecting defective products is improved. Buliang 401 component 2 image detection component 30 and liquid level detection component adjustment planting:: low, then rear position design, which can be adjusted by each setting piece 2G, image detection component 3G and liquid level detection The position after the group 'as month' can also be adjusted by the drawings, and the adjustment of the leaf is set and the piece 7 is set to _ # 30...g not the component 2〇, the image detecting component 30 And the liquid level detecting component 4 () front and rear position, and the indication ... = adjust the height of each component, the cow 20 and the shirt image detecting component 3 〇 and can adjust the tilt angle thereof from the rotating component. 3, each of the matching is shown in Fig. 4 m ςα-4 and Fig. 5, the adjusting assembly 70 has a main arch 71, and the upper end of the main support bar 71 has a main branch 711 which can drive the inner screw positive wheel 711. The hand wheel 712 is rotated, and the screw 712 is screwed to the frame 72 M437211. Therefore, when the hand wheel 711 is rotated, even if the frame 72 is moved up and down according to the main support rod 71, the frame 72 is positioned to the side of the holder 721. Fixing the connecting rod 722 'the connecting rod 722 can fix the detecting frame 21 of the marking component 2, and when the positioning clamping seat 721 is loosened, the connecting rod 722 can drive the detecting frame 21 to adjust the position before and after. The other side of the pedestal 72 is provided with a transverse rod 73. The outermost end of the transverse rod 73 is provided with an adjusting hand wheel 73 彳. When the adjusting hand wheel 731 is rotated, the relative position of the transverse rod 73 and the pedestal 72 can be changed. A pivoting piece 732 is disposed at a direction of the transverse rod 73 toward the conveying lug 11. The arcing groove 733 is formed on the pivoting piece 732. The indicator 22 of the component 20 is further locked to the arc groove 733. When the το member is relaxed, the tilt angle of the marker 22 can be adjusted, as shown in FIG. 7, so that the marker 22 can face the cartridge.彳彳 标示 标示 。 。 凊 凊 凊 凊 凊 凊 凊 凊 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向 横向'At the center of the guide frame 74, a support frame 75' is also fixed by the locking component. Please refer to FIG. 9 for the purpose of pivoting the image detecting component 3 to the conveyor belt spring 11 direction. By operating the component, the tilting angle of the image capturing member 31 can also be adjusted to detect the sealing portion 21 of the boxed container 11. ❶ Referring to the end of the guide frame 74 shown in Fig. 4, the adjusting seat 76 is pivoted. The second position is the drought 77, wherein the adjusting seat 76 can be adjusted on the guide frame 74, and the connecting W7 is disposed in the adjusting seat 76, and the position of the front and rear can be adjusted, and the connecting rod 77 is oriented toward the conveying belt 11 The liquid level detecting component 40 is fixed. Therefore, by the design of the adjusting component 7 and the adjusting structure, the detecting frame 21, the marker 22, and the image detecting component 3 of the marking group are displayed. 'And liquid level detection component 40, etc. have adjustable height, front and rear position The function of 4' and the image manipulation component 31 and the marker Μ are both designed to adjust the tilt angle. ... This design mainly uses the marking component on the side of the conveyor belt, the image verification component, the liquid level detection component and the discharge. The component can be used to seal the label and label the detection procedure after the labeling container is finished. If there is a defective product, the defective product is discharged by the discharging component, so that the detection is correct and the inspection is ensured. The program will not affect the speed of the production line. [Simple description of the diagram] Figure 1 is a schematic plan view of the front of the creation detection device. Figure 2 is a top plan view of the creation detecting device. FIG. 3 is a schematic plan view of the beer of the positioning device of the present invention. Fig. 4 is a top plan view showing a part of the creation detecting device. Figure 5 is a side plan view showing a portion of the creation detecting device. Figure 6 is a schematic side view of the detection unit at the detection device of the creation detection device. Fig. 7 is a side plan view showing the marking device of the creation detecting device. Figure 8 is a plan view showing the completed container of the present invention through the labeling component. Figure 9 is a side elevational view of the image sensing assembly of the inventive capture device. ~ , Figure is the image capture component of the image detection component of the creative detection device. Figure 11 is a side elevational view of the liquid level detecting assembly of the present invention. 'Circle 12 Series Creative Checkout Figure 13 is the creative checkout device 【Main component symbol description】 1〇Machine 12 Boxed container 2 0 Labeling component 22 Marker The side view of the discharge assembly. A schematic view of the top view of the discharge assembly. 11 conveyor belt 121 sealing 21 detecting frame 30 image detecting component 4 〇 liquid level detecting component 31 image capturing component 50 discharging component 52 cylinder 53 rail 51 fixing frame 5 21 cylinder core 54 discharge port 55 push rod 56 collecting groove 5 51 insertion point 6 〇 positioning component 61 support frame 611 positioning plate 612 top sill plate 61 3 smashing wheel 62 smashing frame 621 slab plate 622 rocker arm 623 frame seat 625 smashing wheel 624 tension spring 7 0 adjustment component 711 adjustment hand Wheel 72 frame 722 connecting rod 731 adjustment hand wheel 71 main support rod 712 screw 721 positioning clamp seat 73 transverse rod 732 pivoting piece 11 M437211 733 arc groove 74 guide frame 75 support frame rod 76 adjustment seat 77 connecting rod 12