201226284 •、發明說明： 【發明所屬之技術領域】 本發明有關一種專供稠狀物渦輪調整型定量輸出供 給之裝置，尤指可調式自動攪拌、定量單次或定量連續 供給稠狀物之供給裝置。 【先前技術】 一般民生用品或工業加工中常會使用或應用到稠狀 物，作為添加或混合物，而所稱之稠狀物係指介於半液 態與半固態間之黏稠或稠膏狀物體，諸如拌水石灰膏、 黏著劑、清潔膏、藥膏、色料泥、添加泥及麵糰等。 傳統稠狀物之供給方式，大都以手工進行挖取、刮 撥或擠壓供給，其除了無法每次都達到準確定量外，更 須將工作中之單手或雙手騰出進行上述之挖取、刮撥或 擠壓動作，且於手部往返於被取用稠狀物與目標物間皆 屬浪費之動作並將徒增時間耗費，其使工作效能低落。 雖然近年來有業界.開發完成以人工旋壓之旋臂式稠 狀物供給器，其如同旋壓早期水幫泵之旋臂式供給器， 其定量問題可獲解決，但尚須佐以單手輔助完成，且無 法自動連續達成供給，顯然非理想之稠狀物供給裝置。 鑑於傳統類似器具或裝置之缺失，發明人前據以研 發提出第097211740號「稠狀物可調式自動定量供給裝 置」新型創作專利申請案，其提供一種專供稠狀物供給 之特定裝置，但發明人認為該前創作尚有諸多改善空 201226284 間’諸如：其活塞缸的活塞桿之回復係制彈簧拉回式 等’使其控制無法精準確實，因而進—步精進研發完成 本發明「稠狀物可調式自動定量供給裝置」，其具有結構 更精簡、動作更確實、及控制更精確之機構裝置。 【發明内容】 本發明鑑於傳統類似褒置及前創作之稠狀物供給器 缺失，據以研發本判「雖物可調式自較量供給裝201226284 • Description of the Invention: Technical Field of the Invention The present invention relates to a device for adjusting the quantitative output of a thick-shaped turbine, in particular to an adjustable automatic stirring, quantitative single or quantitative continuous supply of thick material. Device. [Prior Art] Generally used in the livelihood or industrial processing, the thick material is used as an additive or a mixture, and the thick substance refers to a viscous or thick paste between semi-liquid and semi-solid. Such as mixing water lime paste, adhesive, cleaning paste, ointment, color mud, adding mud and dough. Most of the traditional thick material supply methods are manually excavated, scraped or squeezed. In addition to not being able to accurately quantify each time, it is necessary to vacate one or both hands in the work to carry out the above-mentioned digging. The action of taking, scraping or squeezing, and the movement of the hand to and from the taken thick object and the target object is a wasteful action, and the time is increased, which makes the work performance low. Although in recent years, there has been an industry-developed spiral-armed thick feeder with manual spinning, which is like a spiral-arm feeder for spinning early water pump, and its quantitative problem can be solved, but it must be accompanied by one hand. Auxiliary completion, and the supply cannot be automatically and continuously achieved, apparently a non-ideal thick supply device. In view of the lack of traditional similar appliances or devices, the inventors have previously developed a new patent application for the "adjustable automatic dosing device for thick objects" No. 097211740, which provides a specific device for the supply of thick materials, but invented It is believed that there are still many improvements in the previous creations. For example, the pistons of the piston rods of the piston cylinders are pulled back and the like, so that the control cannot be accurately and accurately, so the research and development of the invention is completed. The adjustable automatic dosing device has a mechanism device which is more compact, more accurate, and more precise in control. SUMMARY OF THE INVENTION The present invention has been developed in view of the lack of a conventional similarly placed and previously created thick material feeder.
置」’其具有更精良之自動定量感應供給輸出特性，並運 ^與倒立容輯^連社活絲，藉由舰馬達偏心 =動返往推動移動框，使固定其上之推片往復推動活 活塞桿’依調整渴輪控制活塞行程使缝物定量 被推送並由輸出端供給輸出。 【實施方式】 參本發明第―圖及第二圖所^，本創作 ώ -tkL· r±> θ #.* .. 一 供給!置」係於係於機殼⑴上設有-.5 1 )’料同座（1 1 )上可供一料筒容哭（2、 (2)上段為-可與料_⑵， 1拌^^’9至（2 1 )’授拌馬達室（2 1 )内設有 搜择馬達（22)，獅馬達（22)之 :延伸至料筒容器（21)内部，料筒 (2 ^置入-_本體（24)，卿本 时 於主軸連接頭（23)。 m㈣疋 參第 圖所示’上述料筒座（11)内設有-套接 201226284 座（lli)其兩端分別固定料筒容器 端（2 與活塞叙（3)之輸入輸出 器⑵與活塞缸（3)内部導通。1}，使料筒容 上述活塞k (3) ©定於機殼（ 延伸一導出管（32)並露出於機 ^其别端 為-活塞桿(“);另於機= ^ Φ 側=器支架(4)，其末端為—感應器 (=5^^(3)下方設有-馬達 递I ΰ)上為固疋一板體（5 1 )設有紐對應凸塊（5 2 } -爲心輪（53)。 $違（5)主軸上固定 :驅動移動框（6)’其中央呈一框槽，框槽 方設有前板（62)及後板（63)，驅動移動框⑷ ^(61)’以其滑6 1 )將驅動移動框 (6)套人馬達（5)上方板體（51)之凸塊（ 内’並使馬達（5)之扁心輪（5 3)套入框槽（6丄） 之前板（6 2)、後板（6 3)間形成之矩型形空間（6 2 1 )内’因此，馬達（5 )轉動時因扁心輪（5 3 ) 推動而使驅動移動框（㈠於板體（5 1 )上呈前、後 滑動狀。 上述驅動移動框（6)外侧上設有一推桿（6 4)， 另於驅動移動框（6)與前板（6 2)間套入-組彈* 圈（6 2 2 )’防止扁心輪（5 3 )卡住，而於近後板（6 201226284 3 )處開有-槽孔（6 5)，槽孔（6 5)内可 (β 6 )，蟫帽祜*5]·碑 置入螺f量 7)脚Λ 螺絲（6 7)，其可由螺絲（6 ㈠調整後板（6 3)位置。 定移動框(6)上方可固定-定位板(…， (68)上有一直立夾（6g)，吉 夾固上述活塞缸（3 ) " 6 9 ^ μ m 塞才干（3 4 ) ’據此驅動移動 (6 )返復軸時，可闕筒容 經由活塞紅⑴定量推進並由導出管（=勿： 喷頭（3 3)輸出。. s (32)之輸出 機殼（1)之面板（1 2)對應於驅動 之推桿（6 4)處，安裝有一輸出量 C 6 3 )，該後端呈蝸旋狀體（i 3丄）並與 ，、，（1 觸，據使旋動輸出量渦輪調整旋紐（工、于（6 4)接 移動框（Θ )之行程。 ）可調整驅動 電路板(7)，電源輸人線 1 )連接至電路板( 7 )供應電源 上内建控制電路，而機殼（1)之面板（ 丄 電源開關（1 4 A )、單次手動開關（ j = 應開關（1 4 C )、計次累進開關（丄 、、’貝总 心㈣續攪侧(14F)二)累= 上述電源開關U4A)、單次手動開 連續感應開關（14C)、計次開關（ 關（14E)、連續攪拌開關（14fm )、>月洗開 )、次數累進顯示. 6 201226284 板（1 5 )及感應11 ( 4 1 )與電路板（7 )呈電性連 接，另擾拌馬達（22)、馬達（5)、感應器（41) 性連接。 （3)、（L4)與電路板（7)電 操作時，裝入於料筒座（工丄）裝入料筒容 ） 機 ）或早次手動開關（1 4 C)，其内建開 門二、=續擾掉數秒至數分鐘，或經按壓連續授摔 = = 拌機制增加授拌，使均勻地 選擇單次手動 Η關r ] j 敌供早久給科一次，若選擇連續感應 二置秘I)’如第四、五圖所示’即每次有待供料標 輸出噴頭（33)及感應器（41)下方，經 〜（5 W ί感應後啟動即動馬達（5)，使其扁心輪 動框（fi 點旋動並軸前板（6 2 )且將驅動移 == 定、位板(68)，使其上之直立夾(… 之祠狀二，τ )、之居塞桿（34)，據此將料筒容器（2) 2 ：)之ρ =由絲缸（3 )定量推進並由導出管（3 z )之輸出噴頭（3 3 )。 如第六、七圖所示，隨後扇心輪 活塞才U8)上之直立夾（69)將活塞缸（3)之 心心5 3 :拉!原位並停止馬達（5)旋動，使扁 回復停留於後頂點，據此返復動作即可每 201226284 次次定量之稠狀物由輸出喷頭（3 3)輸出於待供料標 的物上。 於每次段落工作完成時，為防止待供給料於各管路 或結點處凝結阻塞，特設有一清洗機制，即按壓清洗開 關（1 4 E)後，各組件組連續運作工作，直至將内容 所有剩餘待供給料釋出為止，必要時可加入清水，達到 更佳之清洗及清潔效果。 當按壓計次累進開關（1 4 D )，即啟動累計數值並 由次數累進顯示板（1 5 )顯示累進值或取消計次累進 顯示。 【圖式簡單說明】 第一圖為本發明立體圖。 第二圖為本發明側面透視圖。 第三圖為本發明主要傳動組件分解立體圖。 第四圖為本發明主要傳動組件待機立體圖。 第五圖為本發明主要傳動組件待機俯視圖。 第六圖為本發明主要傳動組件動作立體圖。 第七圖為本發明主要傳動組件動作俯視圖。 【主要元件符號說明】 機殼（1 ) 料筒座（1 1 ) 面板（1 2) 輸出量渦輪調整旋紐（1 3) 201226284 蜗旋狀體（1 3 1) 電源開關（1 4 A) 單次手動開關（1 4 B) 連續感應開關（1 4 C) 計次累進開關（1 4 D) 清洗開關（1 4 E) 連續攪拌開關（1 4 F) 次數累進顯示板（1 5) 料筒容器（2) 攪拌馬達室（2 1 ) 攪拌馬達（2 2) 主軸連接頭（2 3) 攪拌本體（2 4) 輸出端（2 5) 活塞缸（3) 輸入端（3 1 ) 導出管（3 2) 輸出喷頭（3 3) 活塞桿（3 4) 感應器支架（4) 感應器（4 1 ) 馬達（5 ) 板體（5 1 ) 凸塊（5 2 ) 201226284 扁心輪（5 3 ) 驅動移動框（6) 滑軌（6 1 ) 前板（6 2) 矩型形空間（6 2 1 ) 彈簧圈（6 2 2 ) 後板（6 3 ) 推桿（6 4) 槽孔（6 5 ) 螺帽（6 6 ) 螺絲（6 7 ) 定位板（6 8) 直立夾（6 9) 電路板（7) 電源輸入線（L 1 ) 電源線（L 2)、（ L 3 )、（ L 4) 10"It has a more sophisticated automatic quantitative induction supply output characteristic, and it is connected with the inverted capacity ^ Lianshe live wire, by the ship motor eccentric = moving back to push the moving frame, so that the push piece fixed on it reciprocates The live piston rod 'controls the piston stroke according to the adjustment thirteen wheel so that the sewing weight is pushed and supplied from the output. [Embodiment] Referring to the first and second figures of the present invention, the present ώ-tkL·r±> θ #.* .. a supply! is attached to the casing (1). 5 1) 'The same seat (1 1 ) can be used for a barrel to cry (2, (2) the upper section is - can be mixed with material _ (2), 1 mix ^ ^ '9 to (2 1 ) 'mixing motor room (2 1 ) There is a search motor (22), and the lion motor (22) extends to the inside of the barrel container (21), and the barrel (2 ^ is placed in the -_ body (24). Connector (23) m (4) 疋 第 第 ' ' ' 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 The input and output device (2) is electrically connected to the inside of the piston cylinder (3). 1}, so that the cylinder accommodates the above piston k (3) © is fixed to the casing (extends a discharge pipe (32) and is exposed to the machine and its other end is - piston Rod ("); another machine = ^ Φ side = bracket (4), the end of which is - the sensor (=5^^(3) is located below - motor hand I ΰ) is a solid body ( 5 1) There is a corresponding bump (5 2 } - for the heart wheel (53). $ Violation (5) Fixed on the spindle: Drive the moving frame (6)' The frame slot is provided with a front plate (62) and a rear plate (63), and the moving frame (4) ^(61)' is driven to slide 6 1 ) to drive the moving frame (6) to the upper plate of the motor (5). The protrusion of the body (51) (the inner 'and the flat wheel of the motor (5) is inserted into the frame groove (6丄). The rectangular shape formed between the front plate (6 2) and the rear plate (63) In the space (6 2 1 ), the motor (5) is driven by the flat wheel (5 3 ) to drive the moving frame ((1) to slide forward and backward on the plate (5 1 ). A push rod (6 4) is arranged on the outer side of the moving frame (6), and a set of bombs (6 2 2 ) is inserted between the driving moving frame (6) and the front plate (6 2) to prevent the flat wheel ( 5 3) stuck, and there is a slotted hole (6 5) at the near rear plate (6 201226284 3 ), and the slot (6 5) can be (β 6 ), the cap 祜*5]· Screw f amount 7) Ankle screw (6 7), which can be adjusted by screw (6 (1) rear plate (6 3) position. Fixed moving frame (6) can be fixed above - positioning plate (..., (68) has straight clamp (6g), Jiji solid above the piston cylinder (3) " 6 9 ^ μ m plug (3 4) 'According to this drive movement (6) back to the shaft, can be cylinder The volume is advanced by the piston red (1) and is output by the outlet tube (=Do not: the nozzle (3 3). The panel of the output housing (1) of the s (32) (1 2) corresponds to the push rod of the drive (6 4 ), installed with an output C 6 3 ), the rear end is a spiral-shaped body (i 3丄) and with,,, (1 touch, according to the rotary output turbine adjustment knob (work, in (6 4) Connect the moving frame (Θ) to the itinerary. Adjustable drive circuit board (7), power input line 1) connected to the circuit board (7) supply power supply built-in control circuit, and the chassis (1) panel (丄 power switch (1 4 A), single Secondary manual switch (j = should switch (1 4 C), count progressive switch (丄,, 'Bei total core (four) continuous stirring side (14F) 2) tired = above power switch U4A), single manual open continuous sensor switch (14C), counting switch (off (14E), continuous stirring switch (14fm), > month wash open), progressive display. 6 201226284 board (1 5 ) and induction 11 ( 4 1 ) and circuit board (7 ) is electrically connected, and the other is connected to the motor (22), the motor (5), and the sensor (41). (3), (L4) and the circuit board (7) are electrically mounted in the barrel holder. (Working 丄) Loading the cartridge capacity) Machine or early manual switch (1 4 C), its built-in door open 2, = continuous disturbance for a few seconds to a few minutes, or continuous press drop = = mixing mechanism increase Mix, so that you can select a single manual r r r ] j enemy for a long time to give the branch once, if you choose continuous induction two set secret I) 'as shown in the fourth and fifth figures', that is, each time there is a supply target Below the output nozzle (33) and the sensor (41), after the 5 (5 W ί induction, the motor (5) is activated to make the flat wheel frame (fi point and the front plate (6 2 )) Move the drive == fixed, the position plate (68), so that it is placed on the upright clamp (...2, τ), the stem rod (34), according to which the cartridge container (2) 2 :) ρ = quantitatively propelled by the wire cylinder (3) and output nozzle (3 3 ) by the outlet tube (3 z ). As shown in the sixth and seventh figures, then the vertical pin clamp (69) on the fan wheel piston U8) Pull the heart of the piston cylinder (3) 5 3 : Pull! In-situ and stop the motor (5) to rotate, so that the flat return stays at the rear apex, according to which the return action can be quantified by the 201226284 times. The nozzle (3 3) is outputted on the object to be supplied. In order to prevent the condensed and blocked material to be supplied to each pipeline or node at the completion of each paragraph work, a cleaning mechanism is specially provided, that is, after pressing the cleaning switch (1 4 E), each component group continuously operates until the content is All remaining materials to be supplied are released, and if necessary, fresh water can be added to achieve better cleaning and cleaning results. When the count progressive switch (1 4 D ) is pressed, the accumulated value is started and the progressive value is displayed by the progressive display panel (1 5 ) or the progressive display is canceled. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of the present invention. The second figure is a side perspective view of the present invention. The third figure is an exploded perspective view of the main transmission assembly of the present invention. The fourth figure is a standby perspective view of the main transmission components of the present invention. The fifth figure is a standby top view of the main transmission components of the present invention. The sixth figure is a perspective view of the action of the main transmission components of the present invention. The seventh figure is a top view of the action of the main transmission components of the present invention. [Main component symbol description] Case (1) Barrel holder (1 1 ) Panel (1 2) Output turbine adjustment knob (1 3) 201226284 Spiral body (1 3 1) Power switch (1 4 A) Single manual switch (1 4 B) Continuous sensor switch (1 4 C) Count progressive switch (1 4 D) Wash switch (1 4 E) Continuous stirring switch (1 4 F) Progressive display panel (1 5) Cartridge (2) Stirring motor chamber (2 1 ) Stirring motor (2 2) Spindle connector (2 3) Stirring body (2 4) Output (2 5) Piston cylinder (3) Input (3 1 ) Export tube (3 2) Output nozzle (3 3) Piston rod (3 4) Sensor bracket (4) Sensor (4 1 ) Motor (5) Plate body (5 1 ) Bump (5 2 ) 201226284 Flat wheel ( 5 3) Drive moving frame (6) Slide rail (6 1 ) Front plate (6 2) Rectangular space (6 2 1 ) Spring ring (6 2 2 ) Rear plate (6 3 ) Push rod (6 4) Slot Hole (6 5 ) Nut (6 6 ) Screw (6 7 ) Positioning plate (6 8) Upright clamp (6 9) Board (7) Power input cable (L 1 ) Power cable (L 2), (L 3 ), ( L 4) 10