201226111 六、發明說明： 【發明所屬之技術領域】 本發明是關於一種應用於喷砂機添加鋼別 倒料設備。 /乍業的輔助 【先前技術】 現有噴砂機於作業時，須於其各鋼砂漏 滿鋼砂，提供喷砂加工作業所需的料材。—I中預先裝 砂添加作業概以下兩種，其中： 而言，於鋼 第一種鋼砂添加作業是採取袋裝的鋼 中每袋的容量約…斤，並以人工操作；：方式，其 袋裝的鋼砂倒入鋼砂漏斗槽中，惟現有喷砂L袋，將 的容量約為1500公斤，袋裝的鋼砂容量小，：砂漏斗槽 鋼砂漏斗槽必須人工从也_丄A '、即欲裝滿 了粕乂肩人工刼作數十次，故此人工 鋼砂方式，在卢士嵌$呆作方式添加 ^ 存在有費時費工的問題。 —第一鋼砂添加作業是採取桶裝的鋼砂添加方 ’母桶容量約為75〇八片描壯& ^ 其中 車吊運鋼砂桶，Λ 砂重量’故須借由天 槽中，此方切 後，傾倒於鋼砂機的鋼砂漏斗 作势担式可搭配起重設計吊運，相較於前述人工摔 作袋裝鋼鋼砂的沃I a _ ⑴化人工铩 作方式，仍右‘加作業較為省力及簡便，然而在實際操 式仍有以下問題尚待纽，其中： 1.添·加的鋼砂插201226111 VI. Description of the Invention: [Technical Field to Be Invented by the Invention] The present invention relates to an apparatus for adding steel and other materials to a sand blasting machine. / Auxiliary of the industry 【Prior Art】 When the existing sand blasting machine is working, it must be filled with steel grit in each steel sand to provide the materials needed for sandblasting operations. - I pre-loading sand in the following two operations, of which: In terms of steel, the first type of steel sand addition work is to take the capacity of each bag of bagged steel about ... kg, and manually operated; The bagged steel sand is poured into the steel sand funnel tank, but the existing sandblasted L bag has a capacity of about 1500 kg, and the capacity of the bagged steel grit is small: the sand funnel slot steel sand funnel slot must be artificially _丄A ', that is, it is necessary to fill the shoulders and manually make dozens of times. Therefore, the artificial steel sand method is added in the Lu Shi embedded method. There is a problem of time-consuming labor. - The first steel sand addition operation is to take the barrel of the steel sand adding side 'mother barrel capacity is about 75 〇 eight pieces of strong & ^ where the car is transporting the steel grit barrel, the weight of the sand is 'must to borrow from the trough After cutting this square, the steel sand funnel dumped in the steel sand machine can be used as a potential load type with the lifting design, which is compared with the above-mentioned artificially thrown steel wire sand. Still right 'adding work is more labor-saving and simple, but in the actual operation, the following problems still remain, including: 1. Tim·Gold steel sand plug
橘於吊運時，須將鋼索環套重達750公 斤的鋼砂桶上，告 A 斿Μ » h i 田天車吊舉鋼砂桶上升後，鋼砂桶可能因 破轉及鋼索滑脫 τ , 脫，而致鋼砂翻倒的危險情事。 直 吊運鋼砂桶至喷砂機的喷砂工作車上方時，天 車的鉤頭易碰撞喑丨、 機的喷砂室牆面，且鋼砂桶置放於噴 201226111 砂工作車欲倒料，鋼砂減操作人貞 不佳’易發生危險。 置的安全性 3·天車吊掛鋼砂桶傾倒時，無法令鋼 部倒入鋼砂漏斗槽中，仍須借由人力手持 内的鋼砂全 入鋼砂漏斗槽中，仍有費時費工的缺點。到起鋼砂送 【發明内容】 本發月之主要目的在於提供一種喷砂 助倒料設備，藉此設計，改善現有人工操㈠2砂之輔 作業費時費卫’以及天車吊運鋼砂桶添加作業=砂添加 費工等問題。 '文王不佳及 為達成前揭目的，本發明所提出的噴砂 輔助倒料設備係包含一料桶承載座以及一倒料機“:砂之 所述料桶承載座係包含： 〃 · 載板，載板頂面具有-相應於鋼砂桶 料桶置放區； 一料桶固定組件，係設於載板頂面；以及 一腳架，係固設於載板底面，使載板底面至腳架 端間具有一間距； ' _ 所述倒料機係包含： 一基架’其包含二側支架，所述二側支架左右間隔 相對設置’且所述二側支架上各設有相應的樞接座； 一送料滑道，係固設基架後側，送料滑道具有一斜 坡'滑道’斜坡滑道自基架後側朝外側向下傾斜； 一旋轉載具，其包含一旋轉軸、一背架、一承載架 、一環帶組件、—上扣接組件以及一下扣接組件，該旋轉 201226111 樞設於基架的二框接座之間，該背架係 承載架固設於背架底部且朝向前方凸 Ll;=承載座，環帶組件可拆組的裝設於旋轉 架上心 於背架上端’一下扣接組件設於承載 -=裝置’其包含一具有控制開關的馬達 動1且1牛，馬達組設於基架中，傳動組件連接於馬達之旋轉 心軸與旋轉載具的旋轉軸一端。 • “前揭噴砂機添加鋼砂之輔助倒 ::桶承載座固定於鋼砂桶底部，使其可利用：高搬運： ，鋼別、的旋轉載具上’使鋼砂㈣定於旋轉載具中 =，蓋，並藉由驅動裝置驅動旋轉載具及其 ^向基架後側旋轉，使鋼砂桶中的鋼砂得以順利的完全 倒於送枓滑道中，再進人喷砂機的鋼砂漏斗槽，如此， :人員可於地面上直接操控，避免操作人員接近工作區 ’使鋼砂倒料作章的描全 作全，並能防止鋼砂添加 厂w發生溢砂或鋼砂桶内殘留鋼砂須再清理的問題 【實施方式】 料钟供圖1所不’是揭示本發明喷砂機添加鋼砂之輔助倒 。又之較佳實施例，所述輔助倒料設備係包含：_料 桶承載座2以及一倒料機3，其中： 、一如圖2至® 5所示，所述料桶承載座2包含一載板2〇 料桶固疋組件21以及一腳架22，所述載板頂面具 相應於鋼砂桶1底面形狀的料桶置放區，以該料桶置 5 201226111 放區提供鋼砂桶1置放其上，所述料桶固定組件21係設於 載板20頂面，用以將鋼砂桶1底部固定於載板20’於本較 佳實施例中，所述料桶固定組件21包含至少一弧形擋板 211'至少—^扣件212以及至少--^勾213，所述弧形擋 板211係固設於載板20頂面的料桶置放區外周緣，提供鋼 砂桶1抵靠的部位，所述卡扣件212係固設於載板20頂面 的料桶置放區外周緣，且相對於弧形擋板211的另一側， 所述卡勾213具有一樞接端以及一卡扣端分位於相對的兩 # 端’於樞接端與卡扣端之間具有一階級狀卡扣部2121，所 述卡勾213以其樞接端可旋擺的樞設於載板2〇頂面的料桶 置放區外周緣，且可以卡扣部2121卡抵於鋼砂桶1底部凸 緣處，卡扣端則可置入卡扣件212中固定，所述腳架2 2固 設於載板20底面’使載板20底面至腳架22底端間具有一 間距’使該料桶承載座2可為堆高車的支撐叉桿可伸入載 板20底面托持搬運鋼砂桶1。 如圖1以及圖6、7所示，所述倒料機3包含一基架4 • '一送料滑道5、一旋轉載具6以及一驅動裝置7,其中： 所述基架4包含二側支架4〇,所述二側支架4〇左右間 隔相對設置，所述二側支架4〇上各設有相應的樞接座41。 所述送料滑道5係固設基架4後側，送料滑道5具有 斜玻/月（斜坡滑道係自基架4後側朝外側向下傾斜， 送料滑道5後端具有栅門。 所述旋轉載具6包含一旋轉轴6〇、一背架61、一承載 架62衣帶組件63、-上扣接組件64以及-下扣接組 件65，其中： 201226111 該旋轉轴60係橫向可旋轉的樞設於基架4的二樞接座 41中’旋轉軸6〇可為-圓柱桿#，旋轉軸㈣側面可形 成相應於鋼桶1的弧凹部6Qi，旋轉軸6◦於弧凹部1 之一側設有一樞接部，以及位於樞接# 602側邊的定位扣 6〇3 ’於旋轉轴60之弧凹部601另一側設有勾環6〇4。 該背架61係固設於旋轉軸60的背面，承載架62係固 設於背架61底部且鉬七π从 ^ 朝向刖方凸伸，用以承載底部設有料桶 承載座2的鋼砂桶1。When the orange is lifted, the steel cable ring should be placed on a steel drum with a weight of 750 kg. A 斿Μ » hi Tiantian car lifting steel drums rise, the steel sand barrel may be broken due to broken and steel rope τ , off, and the dangerous situation that caused the steel sand to fall over. When lifting the steel grit barrel directly to the sandblasting work car of the sand blasting machine, the hook of the crane is easy to collide with the wall of the blasting chamber of the machine, and the steel sand barrel is placed on the spray 201226111. Material, steel sand reduction operator is not good, 'prone to danger. Safety of the installation 3. When the steel drum is dumped, it is impossible to pour the steel into the steel sand funnel. It still has to be filled into the steel sand funnel through the man-made hand-held steel sand. The shortcomings of work. To the steel sand to send [invention content] The main purpose of this month is to provide a sandblasting and dumping equipment, which is designed to improve the existing manual operation (a) 2 sand auxiliary operation time-consuming and 'roof crane steel drum Adding jobs = sand adding labor and other issues. The blasting auxiliary dumping device proposed by the present invention comprises a bucket carrier and a dumper ": the bucket carrier of the sand comprises: 〃 · carrier The top surface of the carrier plate has a corresponding area corresponding to the steel drum barrel; a barrel fixing component is disposed on the top surface of the carrier; and a tripod is fixed on the bottom surface of the carrier to make the bottom surface of the carrier There is a spacing between the ends of the tripod; ' _ the dumping machine comprises: a base frame 'which comprises two side brackets, the two side brackets are spaced apart from each other' and the two side brackets are respectively provided with corresponding ones a pivoting seat; a feeding chute, the rear side of the base frame is fixed, and the feeding slide prop has a slope 'slide' slope slide slope downward from the rear side of the base frame toward the outer side; a rotating carrier including a rotating shaft a back frame, a carrier, a ring assembly, an upper fastening component and a lower fastening component, the rotation 201226111 is pivoted between the two frame connectors of the base frame, and the back frame carrier is fixed on the back The bottom of the frame is convex toward the front L1; = the carrier, the detachable group of the ring assembly is mounted on The upper end of the rotating frame is located at the upper end of the back frame. The lower fastening component is disposed on the carrier-=device. It comprises a motor with a control switch and a motor. The motor assembly is arranged in the base frame, and the transmission component is connected to the rotating core of the motor. One end of the rotating shaft of the shaft and the rotating carrier. • “The front blasting machine adds the auxiliary of the steel sand:: The barrel carrier is fixed at the bottom of the steel drum, making it available: high handling: steel, rotating carrier On the 'steel sand (4) in the rotating vehicle =, cover, and drive the rotating carrier by the driving device and its rotation to the rear side of the base frame, so that the steel sand in the steel sand barrel can be completely poured In the chute, enter the sandblasting funnel of the sand blasting machine. In this way, the personnel can directly control on the ground to prevent the operator from approaching the working area. The steel sand adding plant w occurs in the overflow sand or the residual steel sand in the steel sand drum must be cleaned again. [Embodiment] The material clock is not shown in Fig. 1 to reveal the auxiliary pouring of the sandblasting machine of the present invention. In another preferred embodiment, the auxiliary dumping device comprises: a bucket carrier 2 and a dumper 3, wherein: as shown in Figures 2 to 5, the bucket carrier 2 comprises a carrier 2, a barrel fixing member 21 and a tripod 22, the top mask of the carrier corresponding to the barrel placement area of the bottom surface of the steel drum 1, and the steel drum is provided by the barrel 5 201226111 The bucket 1 is placed on the top surface of the carrier 20 for fixing the bottom of the grit barrel 1 to the carrier 20'. In the preferred embodiment, the barrel is fixed. The assembly 21 includes at least one curved baffle 211 ′ at least a fastening member 212 and at least a hook 213 , and the curved baffle 211 is fixed on the outer periphery of the barrel placement area on the top surface of the carrier 20 . Providing a portion where the steel grit barrel 1 abuts, the fastening member 212 is fixed on the outer circumference of the barrel placement area on the top surface of the carrier board 20, and the card is opposite to the other side of the curved baffle 211 The hook 213 has a pivoting end and a latching end is located at the opposite two ends. Between the pivoting end and the latching end, a hook-shaped latching portion 2121 is defined. The hook 213 can be pivoted at its pivot end. Spin The pendulum is pivotally disposed on the outer periphery of the barrel placement area of the top surface of the carrier plate 2, and the buckle portion 2121 can be engaged against the bottom flange of the steel grit barrel 1, and the buckle end can be inserted into the buckle member 212. Fixedly, the stand 2 2 is fixed on the bottom surface of the carrier 20 to have a spacing between the bottom surface of the carrier 20 and the bottom end of the leg frame 22 so that the bucket carrier 2 can be a support fork of the stacker. The bottom surface of the loading plate 20 holds the handling grit barrel 1. As shown in FIG. 1 and FIGS. 6 and 7, the dumper 3 comprises a base frame 4 • a feed chute 5 , a rotating carrier 6 and a driving device 7 , wherein: the base frame 4 comprises two The side brackets 4 are disposed opposite to each other, and the two side brackets 4 are respectively provided with corresponding pivoting seats 41. The feeding chute 5 is fixed on the rear side of the base frame 4, and the feeding chute 5 has oblique glass/month (the slope chute is inclined downward from the rear side of the base frame 4 toward the outer side, and the rear end of the feeding chute 5 has a gate The rotating carrier 6 includes a rotating shaft 6〇, a back frame 61, a carrier 62 belt assembly 63, an upper fastening assembly 64 and a lower fastening assembly 65, wherein: 201226111 the rotating shaft 60 The horizontally rotatable pivoting member is disposed in the two pivoting seats 41 of the base frame 4, and the rotating shaft 6〇 can be a cylindrical rod. The side of the rotating shaft (4) can form an arc recess 6Qi corresponding to the steel drum 1, and the rotating shaft 6 is adjacent to One side of the arc recess 1 is provided with a pivoting portion, and the positioning buckle 6〇3' located at the side of the pivoting #602 is provided with a hook ring 6〇4 on the other side of the arc recess 601 of the rotating shaft 60. The back frame 61 The bottom of the rotating shaft 60 is fixed on the bottom of the rotating shaft 60. The carrier 62 is fixed to the bottom of the back frame 61 and protrudes from the side of the molybdenum to the crucible for carrying the steel drum 1 having the bucket carrier 2 at the bottom.
所述環帶組件63係可拆組的裝設於旋轉軸6〇上用 以環繞於鋼砂_ i外周面予以Μ，於本較佳實施例環帶 組件63具有一抵靠板631、一固定冑632以及一扣勾633 ，抵靠板631 -端拖接於旋轉轴6()之弧凹部6qi側邊的樞 接部，所述抵靠板631側邊設有一具有孔的定位巴片MU ，使抵靠板631朝外側旋擺時，可利用定位扣6〇3穿過定 位凸片6311的孔中予以固定；所述的固定帶㈣可為固定 f或可調式帶體，固定I 632 -端連接抵靠板631的自由 端，固定帶632另一端連接扣勾633，使環帶組件63能以 框叹於旋轉軸60上的抵靠板631以及固定帶632環繞鋼砂 桶1外周面，並以扣勾633勾住旋轉轴60上的勾環6〇4 ’ 而使鋼砂桶1與旋轉軸60固定一起。 所述上扣接組件64是設於背架61上端，用以扣掣鋼 砂桶1的頂緣，於本較佳實施例中，上扣接組件64包含— 上扣桿641、一上扣勾642以及至少一上配重塊643，上扣 桿641係以其上段枢設於背架61背面上端，上扣勾固 叹於上扣桿641上端，所述上配重塊643固設於上扣桿641 201226111 下段’使設於背架61呰；L山 考面上的上扣接組件64可囍由！_ 配重塊6 4 3因重力你田 力作用，而隨背架61向後旋擺時，上扣勾 642自動旋向背举pi 才架61則側的鋼砂桶1頂緣予以扣掣，於背 架61向前旋擺復位時， 、皆 上扣勾642自動旋轉脫離鋼砂桶i 頂緣。 所述下扣接組件65是設於承載架62上，用以扣掣料 桶承载座2 ’於本較佳實施财，所述下扣接組件65包含 二扣桿651、-下扣自652以及至少一下配重塊阳，下 口才：651以其後端樞設於承載架62前端’下扣桿⑸前端 ^凸伸而平置於承載架62上’所述下扣勾M2設於下扣 桿阳前端’下配重塊β53設於下扣帛⑸前端，且位於 了扣勾652下方，使設於承載架62前端的下扣接組件^ :藉由下配重塊653因重力作用’而隨承載架Μ向後旋擺 時’下扣έ] 652自動向後旋轉而扣f鋼砂桶丨&部料桶承 載座2的載板20前緣，於承载架62向前旋擺復位時下 扣勾652自動旋轉脫離料桶承載座2的載板2〇前緣。 所述驅動裝置7包含一具有控制開關的馬達7〇及一傳 動組件7卜所述馬達70組設於基架4中，傳動組件71可 為鏈輪組或其他等效的傳動機構’於本較佳實施例中揭示 ，傳動組件71為鏈輪組，並連接於馬達7〇之旋轉心軸與 方疋轉载具6的旋轉軸60 —端，用以驅動旋轉載具6旋轉。 如圖8至圖10所示，所述驅動裝置7尚包含一限位控 制組件8，所述限位控制組件8含一第一觸動塊81、第二 觸動塊82、一第一觸動開關83以及一第二觸動開關84， 所述第一觸動塊81係設於旋轉載具β的旋轉軸6〇背面， 201226111The endless belt assembly 63 is detachably assembled on the rotating shaft 6〇 for wrapping around the outer peripheral surface of the steel sand _ i. In the preferred embodiment, the endless belt assembly 63 has an abutting plate 631 and a The fixing 胄 632 and a fastening hook 633 are respectively dragged to the pivoting portion of the side of the arc concave portion 6qi of the rotating shaft 6 () against the end of the plate 631 -, and a positioning piece having a hole is arranged on the side of the abutting plate 631 MU, when the abutting plate 631 is swung outward, can be fixed by the positioning buckle 6〇3 through the hole of the positioning tab 6311; the fixing strap (4) can be a fixed f or an adjustable strap, and the fixing I The end of the 632-end is abutted against the free end of the plate 631, and the other end of the fixing strap 632 is connected with the buckle 633, so that the endless belt assembly 63 can surround the steel plate 1 with the abutting plate 631 on the rotating shaft 60 and the fixing belt 632. The outer peripheral surface is fixed to the rotating shaft 60 by the hook 633 hooking the hook ring 6〇4' on the rotating shaft 60. The upper fastening component 64 is disposed at the upper end of the back frame 61 for fastening the top edge of the steel grit barrel 1. In the preferred embodiment, the upper fastening component 64 includes an upper fastening rod 641 and an upper buckle. a hook 642 and at least one upper weight 643, the upper buckle 641 is pivoted on the upper end of the back frame 61, and the upper buckle is hooked on the upper end of the upper buckle 641, and the upper weight 643 is fixed on the hook 641 The upper buckle 641 201226111 lower section 'make it on the back frame 61呰; the upper fastening component 64 on the L mountain test surface can be used! _ Counterweight 6 4 3 is due to the force of your field force, and when the back frame 61 is swung backwards, the upper hook 642 automatically rotates to the back of the pi, and the top edge of the steel sand barrel 1 is buckled on the back. When the frame 61 is swinged forward, the upper hook 642 automatically rotates away from the top edge of the steel drum i. The lower fastening component 65 is disposed on the carrier 62 for fastening the bucket carrier 2'. In the preferred embodiment, the lower fastening component 65 includes two fastening rods 651, and the lower buckle is 652. And at least the weight of the counterweight, the lower mouth: 651 with its rear end pivoted on the front end of the carrier 62' the lower end of the lower buckle (5) protrudes and lies flat on the carrier 62. The lower buckle M2 is set below The lower front weight of the buckle rod is disposed at the front end of the lower buckle 5 (5) and is located below the buckle 652, so that the lower fastening component provided at the front end of the carrier 62: by the lower weight 653 due to gravity 'When the carrier is swung backwards, the 'lower buckle' 652 is automatically rotated backwards to buckle the front edge of the carrier plate 20 of the steel drum bucket amp & the bucket carrier 2, and is rotated forward on the carrier 62 At present, the buckle 652 automatically rotates away from the leading edge of the carrier 2 of the bucket carrier 2. The driving device 7 comprises a motor 7 with a control switch and a transmission assembly 7. The motor 70 is assembled in the base frame 4. The transmission assembly 71 can be a sprocket set or other equivalent transmission mechanism. In the preferred embodiment, the transmission assembly 71 is a sprocket set and is coupled to the rotating mandrel of the motor 7〇 and the rotating shaft 60 end of the square turn carrier 6 for driving the rotating carrier 6 to rotate. As shown in FIG. 8 to FIG. 10 , the driving device 7 further includes a limit control component 8 . The limit control component 8 includes a first touch block 81 , a second touch block 82 , and a first touch switch 83 . And a second touch switch 84, the first touch block 81 is disposed on the back of the rotating shaft 6 of the rotating carrier β, 201226111
所边第一觸動塊82係設於旋轉載具6的旋轉軸6〇前面， 第-觸動開關83與第二觸動開關84設於基架4上相對於 旋轉車“〇後方’且第一觸動開關83位於第_觸動塊以隨 旋轉轴60旋擺移動的路徑處，第二觸動開關8“立於第二 觸動塊82隨旋轉軸6。旋擺移動的路徑處，第一觸動開關 83與第二觸動關84電性連接馬達7q的控制開關，使旋 轉軸6。被驅動自啟始位置向後旋轉至預定位置，使第—觸 動塊觸動第一觸動開關83而令馬達？〇停止，或是，旋 轉軸60被驅動向前旋轉於啟始位置復位，使第二觸動塊μ 觸動第二觸動開關84而令馬達7〇停止。 所述喷砂機添加鋼砂之輔助倒料設備尚可於該倒料機 外圍設立一組安全柵欄，於安全柵欄的柵門處設有安全開 =，安全開關電性連接馬達的安全開關，於人員離開自安 王栅攔，並正確關上柵門後，方令柵門的安全開關馬達的 控制開關處於可啟動的狀態，以確保輔助倒料設備的使用 安全性。 如圖11至圖14所示，本發明喷砂機添加鋼砂之輔助 倒料设備於使用時，係將鋼砂桶丨放置於料桶承載座2的 載板20上，並藉由料桶固定組件21將鋼砂桶丨固定於料 桶承載座2上，其次，利用推高搬運車頂舉料桶承載座2 及其上的鋼砂桶1，搬移至倒料機3的旋轉載具Θ的承載架 62上’其中是令料桶承載座2底部的腳架22置於承載架 62上，並以環帶組件63環繞鋼砂桶1與旋轉軸固定— 起’鋼砂桶1開蓋之後’啟動馬達7〇，以驅動旋轉載具6 及其上的鋼砂桶丨向後旋轉，其中，旋轉載具6及其上的 201226111 鋼砂桶1向後旋轉-預定角度’下扣接組件65藉由重力作 用使其下扣勾652自動扣掣鋼砂桶！底部料桶承載座 :板2。前緣，上扣接組件64由重力作用使其上扣勾二 動旋向背架61前側的鋼砂桶丄頂緣予以扣擎，旋 6^及其上的鋼砂桶！接續向後旋轉’即使鋼砂桶"的鋼石* 2傾倒於送料滑道5巾’並經由送料滑道5進入喷砂機 φ〜漏斗槽’如圖10所示’於旋轉軸60上的第 =接觸第一觸動開關83時，停…7。驅動旋轉= 於鋼石/桶1中的鋼砂完全傾斜至送料滑道， :。反向驅動旋轉載具6及其上的鋼砂桶“复位：並= = 的第二觸動塊82接觸第二觸動開關84時，停止 馬達70驅動旋轉载具g。 如上所述’操作人員可於地面上直接操控前述 料设備，減少操竹人g ^ 倒料作業的操作更具有！：：：的工作區域，使鋼砂的 而發生溢砂或鋼石少桶内殘留鋼砂須再清理的問題。業不田 本創:僅是揭示本創作之一較佳實施例，並非對 常知識者在：形式上的限制，任何所屬技術領域中具有通 用本創作所提出的技術特徵的範圍内，利 乍所揭不技術内容戶斤作屮月邦审& + & 施例，均仍屬；^^ 或修飾的等效實 屬於本創作技術特徵的範圍内。 【圖式簡單說明】 佳杏本創作喷砂機添加鋼砂之辅助倒料設備之一較 佳只％例的俯視平面示意圖。 201226111 圖2是圖1所示輔助倒料設備較佳實施例中的料桶承 載座與鋼砂桶的分解示意圖。 承 圖3是圖2所示料桶承載座組裝鋼砂桶的立體示意圖 圖4是圖2所示料桶承載座組裝 俯視示意圖。 得狀態的 圖5是圖2所示料桶承載座組震鋼砂桶於解除扣接狀 態的俯視示意圖。 圖6是圖！所示辅助倒料設備較佳實施例中的倒 的側視平面示意圖。 圖7是圖]所示輔助倒料設備較佳實施例中的倒料機 的前視平面示意圖。 圖8是圖！所示辅助倒料設備較佳實施例中的倒料機 的旋轉軸與限位控制組件的側視平面示意圖。 圖9是圖1所示輔助倒料設備較佳實施例中的倒料機 的旋轉軸與限位控制組件的側視動作示意圖 圖1 〇 X ffi 1戶斤示輔助倒料設備較佳實施例中的倒料 機的旋轉軸與限位控制組件的側視動作示意圖（一卜 圖是圖1所示辅助倒料設備較佳實施例承載鋼砂 桶於啟始位置的側視平面示意圖。 圖12疋圖1所示辅助倒料設備較佳實施例承載鋼砂 桶於啟始位置的前視平面示意圖。 圖13疋圖彳所示輔助倒料設備較佳實施例承載鋼砂 桶於啟始位置的俯視平面示意圖。 圖14是圖1所示輔助倒料設備較佳實施例承載鋼砂 201226111 桶向後旋轉的側視平面示意 【主要元件符號說明】 1鋼砂桶 2料桶承載座 21料桶固定組件 21 2卡扣件 213卡勾 3倒料機 • 4基架 41樞接座 5送料滑道 6旋轉載具 601弧凹部 603定位扣 61背架 63環帶組件 • 6311定位凸片 632固定帶 64上扣接組件 642上扣勾 65下扣接組件 652下扣勾 7驅動裝置 71傳動組件 8限位控制組件 20載板 211弧形擋板 21 21階級狀卡扣部 22腳架 40側支架 60旋轉軸 602樞接部 604勾環 62承載架 631抵靠板 633扣勾 641上扣桿 643上配重塊 651下扣桿 653下配重塊 70馬達 81第一觸動塊 201226111 82第二觸動塊 83第一觸動開關 84第二觸動開關The first touch block 82 is disposed in front of the rotating shaft 6〇 of the rotating carrier 6, and the first-touch switch 83 and the second touch switch 84 are disposed on the base frame 4 with respect to the rotating vehicle “〇 rear” and the first touch The switch 83 is located at a path in which the first haptic block moves with the rotation axis 60, and the second touch switch 8 "stands on the second actuation block 82 with the rotation axis 6. At the path of the swivel movement, the first touch switch 83 and the second touch switch 84 are electrically connected to the control switch of the motor 7q to rotate the shaft 6. Is driven to rotate from the starting position backward to the predetermined position, so that the first touch block touches the first touch switch 83 to make the motor? The stop is stopped, or the rotary shaft 60 is driven to rotate forward to reset at the start position, so that the second touch block μ touches the second touch switch 84 to stop the motor 7〇. The auxiliary sanding device for adding sand steel to the sand blasting machine can also set up a set of safety fences on the periphery of the dumping machine, and a safety switch is provided at the gate of the safety fence, and the safety switch is electrically connected to the motor. After the personnel leave the gate of the gate and close the gate correctly, the control switch of the safety switch motor of the gate is in a startable state to ensure the safety of the auxiliary dumping device. As shown in FIG. 11 to FIG. 14 , in the blasting machine of the present invention, the auxiliary material dumping device for adding the steel sand is used to place the steel grit barrel on the carrier 20 of the bucket carrier 2, and by means of the material. The barrel fixing assembly 21 fixes the steel grit barrel to the bucket carrier 2, and secondly, moves the towing bucket carrier 2 and the grit barrel 1 thereon to the rotating load of the dumper 3 On the carrying frame 62 of the crucible, the tripod 22 at the bottom of the bucket carrier 2 is placed on the carrier 62, and is fastened around the grit barrel 1 with the ring belt assembly 63 and the rotating shaft - the steel grit barrel 1 After opening the cover, the motor 7 is started to drive the rotating carrier 6 and the steel grit barrel thereon to rotate backward, wherein the rotating carrier 6 and the 201226111 steel sand barrel 1 thereon are rotated backwards at a predetermined angle. The assembly 65 automatically buckles the steel grit barrel by gravity under the action of the lower hook 652! Bottom bucket carrier: Plate 2. The leading edge, the upper fastening component 64 is biased by gravity to rotate the upper hook to the top edge of the steel grit barrel on the front side of the back frame 61, and the steel drum is rotated 6^ and the steel grit on it! Continue to rotate backwards [even if the steel grit *" is poured into the feed chute 5 and enter the sand blasting machine φ ~ funnel slot via the feed chute 5 as shown in Figure 10 on the rotating shaft 60 When the first touch switch 83 is touched, the stop 7 is stopped. Drive rotation = the steel grit in the steel / barrel 1 is fully tilted to the feed chute, :. When the rotating carrier 6 and the grit barrel thereon are reversely driven, the second trigger block 82 of the reset: and == contact the second touch switch 84, the stop motor 70 drives the rotating carrier g. As described above, the operator can Directly control the above-mentioned material equipment on the ground, reduce the operation of the bamboo man g ^ dumping operation, and have a working area of ::::, so that the steel sand has a residual sand or steel, and there is no residual steel sand in the steel barrel. The problem of cleaning up. Industry is not only a preferred embodiment of the creation, but is not a limitation to the common knowledge: the scope of the technical features proposed by the general creation in any technical field. Within the scope of this creative technical feature, the equivalent of the technical content of the 乍月邦审& + & 】 Apricot is a top-down plan view of one of the auxiliary equipments for adding sandblasting sandblasting machine. It is a plan view of the bucket in the preferred embodiment of the auxiliary material-cutting device shown in Figure 1. Schematic diagram of the decomposition with the steel grit barrel. 2 is a three-dimensional schematic view of the assembled steel drum of the bucket carrier. Figure 4 is a top view of the assembly of the bucket carrier shown in Figure 2. Figure 5 is the state of the bucket carrier of the bucket shown in Figure 2. Figure 6 is a schematic side elevational view of the preferred embodiment of the auxiliary dumping apparatus shown in Figure 5; Figure 7 is a side view of the preferred embodiment of the auxiliary dumping apparatus shown in Figure Fig. 8 is a side plan view showing the rotary shaft and the limit control assembly of the dumper in the preferred embodiment of the auxiliary dumping device shown in Fig.. Fig. 9 is an auxiliary view of Fig. 1. Schematic diagram of the side view of the rotating shaft of the dumper and the limit control assembly in the preferred embodiment of the material apparatus. FIG. 1 fX ffi 1 斤 indicates the rotation axis of the dumper in the preferred embodiment of the auxiliary dumping apparatus Schematic diagram of the side view of the limit control assembly (a diagram of the side view of the preferred embodiment of the auxiliary dump device shown in Fig. 1 carrying the grit barrel at the starting position. Fig. 12 is an auxiliary dump shown in Fig. 1. The preferred embodiment of the apparatus carries the front view of the grit barrel at the starting position Figure 13 is a top plan view of a preferred embodiment of the auxiliary material dumping device in the starting position of the auxiliary material dumping device. Figure 14 is a preferred embodiment of the auxiliary material cutting device shown in Figure 1 carrying steel sand 201226111 The side view plane of the barrel is rotated backwards. [Main component symbol description] 1 Steel sand bucket 2 Bucket carrier 21 Bucket fixing assembly 21 2 Fastening member 213 Buckle 3 dumping machine • 4 Base frame 41 pivoting seat 5 Feeding Slide 6 Rotating Carrier 601 Arc Recessed 603 Positioning Buckle 61 Back Frame 63 Ring Belt Assembly • 6311 Positioning Tab 632 Fixing Belt 64 Fastening Assembly 642 Upper Buckle 65 Lower Fastening Assembly 652 Lower Buckle 7 Drive 71 Drive Component 8 limit control assembly 20 carrier plate 211 curved baffle 21 21 class shaped snap portion 22 tripod 40 side bracket 60 rotating shaft 602 pivoting portion 604 hook ring 62 carrier 631 abutting plate 633 buckle hook 641 buckle Pole 643 upper weight 651 lower buckle 653 lower weight 70 motor 81 first touch block 201226111 82 second touch block 83 first touch switch 84 second touch switch
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