M394970 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種粉末送出裝置^ 依照使用者需求喊量送出粉末之粉末別是關於一種可 【先前技術】 傳統的粉狀物’例如奶粉或麥粉，由於購買時都是以一較大 之金屬罐體所承裝，而在罐體内部會附有小勺子供使用者使用 但是，由於奶粉罐或是麥娜所附送的勺子體積過小’當使 用者欲取用奶粉時，則必須以勺子料奶粉或麥粉，並重複數次 之後才能相錢者所欲取㈣4，在使用上相#不便，因此有 業者為了解決上述的問題’而設計出各種粉末定量供應裝置。 在中華民國第M3588G6號專利案中，係揭示了—種定量罐， 乃提供-種可控制取用固定量物料之容器罐；主要係：設成罐體組 設有柄、板片勺部、底座，罐體底部設有通孔可落出物料，柄與 板片勺部連結-體，底座具有凹槽、缺口而可讓板片勺部穿過， 藉由上述結構’可得罐體内之物料自動定量落入勺部，勺部並可 被推出底座供使用物料，達到每一次取用物料皆可定量之功效。 在中華民國第M365908號專利案中，係揭示了一種定量供應 器，係設置有底座，而底座一側設置有可供粉料落出於底座外之 通孔，且底座上方為樞接有供料盤，並於供料盤周緣為間隔環設 有複數缺槽’且缺槽為可於供料盤旋動時依序通過通孔上方，而 龙於容置^ ’而健内為具有可容置粉料之容置空間， 盤之基部^之内側表面為横向凸設有到片，且到片為位於供料 者所需之^接孔之上方處，俾可使定量供應11提供使用 2之粉料量，以方便使用者使用，且不會污染粉料。 …種粉末定量供 有—接頭:=Γ驗嫩—爾；此本體至少具 , 谷納郃、一接管部及一調整元件· 此铜部㈣連接m私财絲 = :係套設於接管部;調整管部係讓調整元件固：一= ，此頂推件至少具有—·片、—上延伸部、—擒止塊及一手 /，上延伸部係穿過此進人通道，而難塊之體積係小於容納 枚It積’此難件絲於封·置，職止塊封_整管部之 擒止緣；頂推件若移至出粉位置，則播止塊上移離開擔止緣而向 下出粉，如此兼具可微調每次之出粉量、能將粉末中之結塊攪碎、 不破壞所使狀容n，以及十分環保等優點。 在中華民國第453331號專利案中，係揭示了一種奶粉定量供 應裝置’包含有-主體’概呈長形管體，其頂侧之開口形成一進 料口’底側之開口形成一出料口；該主體内包含有一儲存室以及一 分量室’使該祕π可依序經由該儲存室、該分量室而連通至該 出料口；以及’-分量器’樞設於該分量室中，可受外力驅動而旋 轉;該分量器包含有複數個葉片，可阻隔該主體之進料口與出料口 直接連通’且各一葉片之間在該分量室中分別形成—獨立之容室； M394970 糟以使由該進料口倒入之奶粉，可囤積於該儲存室中，並有 粉落人該分量室中之容㈣，雜該分量^树轉一預定 角度後，該容室中定量之奶粉可由該出料口落出。 =華民國第咖42號專利針，係揭示了—種粉粒 =打，係在赌_漏斗出口預設―具有相通徑向料孔且前 此斜導她序置人—鋼球、ϋ球 重里使恤主則下滑定位，則滑筒與斜導管兩者之料孔相通，而 粉粒物往下進人滑筒内部斜導板之上進料區，藉往後推移滑筒， ':、1料孔同時上進料區内之粉粒物經由滑筒前端開口盘斜導 管下出料孔流出，達到定量供料。 、 心在中華民國第334758號專利案中，係揭示了一種奶粉定量罐 、。屢改良，乃提供-種可呈兩段式開啟、閉合設有卡定凸點之瓶 嘴盖，與-設有凸肋、定位凸點之上蓋，藉以俾能令粉奶定量罐 之㈣蓋，得以穩隨合、防軸，其上蓋得以與賴緊密貼合 及定位’達到實祕、方便性與安全性之功效者。其大體包含： 罐體、上蓋舰嘴蓋所構成；係1分隔片區隔之賴上設一上 -，δ亥上蓋之瓶盖上再樞設一瓶嘴蓋；其中’該上蓋内側設有一 凸肋’其凸肋末端兩嫩有定位凸點，該瓶嘴與瓶嘴蓋前側設有 對應之卡定凸點，其後側係以呈雙跨式之極合片予以對應福設， 而該瓶嘴蓋之枢軸至蓋緣之距離，係略小於檀孔至内側角之弧緣 距離；故’藉由該凸肋得以卿體之分隔片緊貼對合，對經定位 凸點之定位，得以有效防止罐體邮隔之奶粉隨意渗流；其卡定 M394970 、 凸點與蓋緣弧緣讀應卡合，得以令瓶嘴蓋呈現兩段式之開啟、 閉合，達到有效卡固、防誤動，極具實祕、方便性與安全性之 功效者。 在中華民國第317855號專利案中，係揭示了一種奶粉定量供 應器’其構造主要係由：貯存瓶、底蓋、筒座、開關控制元件、 奶粉選擇擇元件、計餘、瓶鮮組合而成者；_貯存瓶内部 係區隔成兩個容納空間，可以分別在容納空間中倒入主食品（奶粉) • 與副食品（麥粉、米粉.·等添加食物），並於貯存瓶上方對應於兩 個容納空間的適當位置處各剖設一開口，且在貯存瓶的瓶口處螺 結固定-筒座’而該筒座底部關面係剖設兩個缺槽，係供 裝設開關控概件與奶粉選擇元件，做為開啟或關筒座上方開 口以及貯存瓶上方兩個容納空間開口之用，另於筒座外壁前、後 適當處設立-凸柱與多數卡槽，又在驗_部套設—〇型環， 使得筒座恰可套人滑移於計量瓶巾’其巾計係由透明材質製 籲成’同時配合在内壁前、後對應處設製凹槽與彈力卡勾，讓筒座 在推動時具有翻定位的作用，再於計#絲面設度，藉以 調配適量奶粉或其他麥粉、米粉，最後在計量瓶的瓶口處套設固 定-瓶蓋，俾駿供在外出姐辆可以枝調配出適當的奶粉。 然而’在M3588G6號之定量罐，雖然可得罐體内之物料自動 定量落入勺部’勺部並可被推出底座供使用物料，達到每—次取 用物料皆可定量之功效，但是當勺部將物料推出底座後使用者 如何取用物料卻未被揭露，因此在使用上仍有其錢之處。 M394970 ' 而在M365908號之定量供應器，雖然使用者可以定量取出粉 末，但是由於必須由帶動旋轉才能取出粉狀物，因此結構上較為 複雜。 … 在M322396號之定量供應裝置，相較之下，雖然在使用上比 上述兩件專利f較為方便，但是由於其係為@定式，因此只能固 定在定點使用，因此在使用上仍有其不便之處。 在453331號之奶粉定量供應裝置以及337142號之粉粒物定 ❿里供應裝置，該奶蚊量供麟置係紐歸觸分量器而達到 定量供應之目的’而該粉_定量供應裝置係由朗者將推桿暨 滑筒往後上方推移，而達到粉粒物定量供應之㈣；因此，若是 使用者將分量H旋㈣度過域過小，會造舰出的量不固定= 問題；而337142號之粉粒物定量供應裝置同樣會有使用者因為推 移的力道不同’喊紐粒物送A的量科m定的問題。 在第317855號之奶粉定量供應器，當使用者在進行奶粉定量 #供應時，使用者必須同時注意計量瓶之c c數刻度，在使用上仍 有其不便之處。 由此可見’習知的粉末定量供應裝置所魅之問題及不足， 實非良善之设什者，而亟待加以改良。 本案創作人鑑於上_核量供應裝置所衍生的各項問題及 不足，乃巫思加以改良創新，並經多年苦心孤諸潛心研究後，終 於成功研發完成本件粉末送出裝置。 【新型内容】 本緩之目㈣卩是提供—種粉末送蚊置，藉由設置於㈣ 之至少-容置孔’使用者可依照需求而決絲 旦二 但減少了㈣粉杨花費的_，《實達到了定量=果里 可達成上述創作目的之粉末送出裝置包括 部、一冬艚、—孢知Μ 嘈遐、一承接 皿體推動件；罐體具有一容置空間，該容置空間之底 。心又有一粉末出σ，並在罐體之—側具有—盒體揚置孔·承接 ==:部，經由盒體插置孔滑設於承 、有^讀孔，谷置孔係對應於罐體之粉末出口 ===樞設於罐體之外表面’盒趙具有—凸埃，推動件係 八、末Κ合於凸塊，並以一固定梢使推動件固定於凸塊。 其中’粉末係容置於罐體之容置空間，並且從粉末出口予以 送出而進人盒體之容置孔；當使时欲取祕树，難動件在 使用者操作下推動盒翻，前義，使粉末從盒體之容置孔底部送 出，則使用者即可從盒體之容置孔取出粉末。 在本創作之較佳實施例中，進—步具有—定量裝置，經由罐 體之結合孔結合於承接部。 經由本創作所制之赫手段，_本創作之盒體具有至少 一容置孔，使用者可以依照需求而操作定量裝置，以控制容置孔 所达出之粉末量；此和本創作之讀可以依·末之顆粒大小 作替換’當顧所容置之粉末之縣較大時，使用者可以使用具 有一容置孔之盒體；當罐體所容置之粉末顆粒較小時，使用者可 8 不同 以選用具有魏姆置孔之讀，依照不隨末顆粒而使用 之盒體’可以確實翻粉紋量送出之效果。 【實施方式】 明如下： 及並審查委員方便瞭解本創作之其他特徵内容與優點， 成之功效㈣更為顯現，雜本創作配合_，詳細說 圖第—^第四圖’第—圖係顯示本創作之分解 絲本創作與粉末心之分_，第·顯示本 本=圖，第四圖係顯示本創作之剖面示意圖。如圖所^ -推_ 4 Γ出裝置⑽係包括—罐體卜—承接部2、—盒體3、 推動件4及—定量裝置5。 罐體1具有—容置空間u 部開設有—粉末出σ ηι 置粉末，容置空間11之底 出。 用以使粉末從該粉末出口 111予以送 。—之外表面係具有一盒體插置孔12、_社 性體容置孔14，而在罐 —及—弹 合於賴1 m㈣ 雜15;承接部2係結 且人_皿、糸經由盒體插置孔12滑設於承接部2, 以及一導㈣而在導角 知具有一凹槽33，並 3la 且在现體3之端部具有-凸塊34，容置孔 31b予以、.:出應於粉末出口 U1 ’用以使粉末可經由容置孔3la、 以*置於末導角32係用以將粉末導入容置孔31b，凹槽33用 以谷置叔末，而在凸堍 视34 5又置有一固定梢35，用以將推動件4 固定於盒體3之凸塊34。 轴44·^! #輪—嫌卩41及—末端42 —雜體43及—樞 Γ合於推動件4,並藉由樞軸44樞設於_， 之末端42係結合於盒體3之凸塊34，並藉由固㈣ 由推叙件4固定於凸塊34 ;藉此，當推動件4受到操作時’則 件4:=盒體3於承接部2滑動謂 定量裝置5係結合於承接部2，_㈣盒體3可以定量送出 :末，定量裝置5包括-触51及._止擋件52，罐體丨具有一結 &孔13 ’ ^量裝置之止播件52係經由結合孔㈣合於承接部 :住轉金動艘3之凸塊34 ’而旋紐51係用以在受到操作時帶動止 #本創作進-步具有—導引器6及—送出口 7,導引器6設置於 罐體1之㈣空間u ’且導引器6具有—導引孔61，對應於罐體 4末出口 111，送出口 7包括—送出口本體^及—外蓋72， 达出口本體71係以職方式結合於罐體丨，_输末從送出口 本體71送出。 月同時乡閱第五圖至第六圖，第五圖係顯示本創作第一實施 例之示思圖（-），第六圖係顯示本創作第一實施例之示意圖 (二）。如圖所示’當本創作在實施時，係將罐體1藉由其頂端之 螺牙16螺合於粉末盛置罐8 ’使粉末盛置罐8所盛置之粉末9進 入罐體1之谷置空間U，則粉末9係經由容置空間u内部之導引 M394970 器6之導引孔61以及罐體1之粉末出 31a、31b 〇 ^使用者欲取驗末9時，由使用者將送出口 7之 開，並壓按推動件4之壓制部41，則推動件 :打 動盒體3向細，使働術fM394970 V. New description: [New technical field] This creation is about a powder delivery device. ^ According to the user's needs, the powder of the powder is sent out. It is related to a conventional powder [such as milk powder or Wheat flour, since it is purchased in a large metal tank, there is a small spoon inside the tank for the user to use, but the size of the spoon sent by the milk powder can or the Mana is too small' When the user wants to take the milk powder, he must use the spoon milk powder or wheat flour, and repeat it several times before the person who wants the money can take it. (4) 4, in the use of the upper phase # inconvenient, so some operators have to solve the above problem' Various powder dosing devices have been designed. In the case of the Republic of China No. M3588G6, it discloses a kind of quantitative tank, which provides a container for controlling the fixed amount of materials; the main system is: the tank body is provided with a handle, a plate spoon, The base is provided with a through hole at the bottom of the can body to drop the material, and the handle and the scoop portion of the plate are connected to the body. The base has a groove and a notch to allow the plate to pass through the scoop, and the can body can be obtained by the above structure The material is automatically quantitatively dropped into the spoon part, and the scoop part can be pushed out of the base for use of the material, so that the material can be quantified every time the material is taken. In the Patent No. M365908 of the Republic of China, a quantitative supply device is disclosed, which is provided with a base, and a through hole for the powder to fall outside the base is provided on one side of the base, and a pivotal connection is provided above the base. The tray has a plurality of vacancies in the spacer ring at the periphery of the feeding tray, and the grooving groove is arranged to pass through the through hole sequentially when the feeding tray is rotated, and the dragon is accommodated and has a tolerance The accommodating space of the powder is arranged, the inner surface of the base portion of the disc is laterally convexly provided to the sheet, and the sheet is located above the connecting hole required by the feeder, so that the quantitative supply 11 can be provided for use 2 The amount of powder is convenient for the user to use and does not pollute the powder. ...a kind of powder quantitative supply - joint: = Γ test tender - er; this body has at least, Guna 郃, a pipe joint and an adjustment component · This copper (four) connection m private wealth wire = : set in the take-over Adjusting the pipe part to make the adjusting component solid: a =, the pushing member has at least - a piece, an upper extension, a - stop block and a hand /, the upper extension passes through the entry passage, and the hard block The volume is smaller than that of the accommodating It product. This difficult piece is placed in the sealing position, and the splicing piece is moved to the powder discharging position. The edge is out of the powder, so that it can fine-tune the amount of powder per powder, can crush the agglomerates in the powder, does not destroy the content of the n, and is very environmentally friendly. In the Patent No. 453331 of the Republic of China, it is disclosed that a milk powder dosing device 'includes a main body' has an elongated tubular body whose opening on the top side forms a feed opening 'bottom side opening to form a discharge a body; the body includes a storage chamber and a component chamber 'so that the secret π can be sequentially connected to the discharge port through the storage chamber and the component chamber; and the '-component device' is pivoted in the component chamber The component can be rotated by an external force; the component comprises a plurality of blades, which can block the direct connection between the inlet and the outlet of the main body and form a separate chamber between the blades in the component chamber. ; M394970 is so that the milk powder poured from the feed port can be accumulated in the storage room, and there is a powder in the capacity room of the component room (4), after the component is turned to a predetermined angle, the chamber The medium amount of milk powder can be dropped from the discharge port. = Huaminguo No. 42 patent needle, reveals that - a kind of powder = hit, is in the gambling _ funnel outlet preset - has a radial radial hole and the front oblique guide her pre-position - steel ball, croquet The main body of the heavy-duty shirt is slid down, and the sliding hole and the oblique pipe are connected to each other, and the powder and particles are pushed down into the feeding area above the inclined guide plate of the sliding cylinder, and the sliding cylinder is moved backwards, ': At the same time, the powder particles in the feed zone at the same time flow out through the discharge hole under the inclined pipe of the front end of the slide cylinder to achieve the quantitative feeding. In the Patent No. 334758 of the Republic of China, the company discloses a milk powder quantification tank. Repeatedly improved, it provides a bottle cap with two-stage opening and closing with a locking bump, and a rib with a rib and a positioning bump, so that the powder can be used to make the powder bottle It can be used for stability and anti-axis, and its upper cover can be closely adhered to and positioned to achieve the effect of real, convenient and safe. The utility model generally comprises: a tank body and a top cover of the ship's mouth cover; the upper part of the partitioning piece is provided with a top-and a bottle mouth cover is arranged on the bottle cover of the upper cover; wherein the inner side of the upper cover is provided with a convex part The ribs have two positioning ribs at the ends of the ribs, and the bottle mouth and the front side of the bottle mouth cover are provided with corresponding locking bumps, and the rear side thereof is provided with a double-span pole piece for corresponding facilities, and the rib The distance from the pivot of the bottle mouth cover to the edge of the cover is slightly smaller than the arcuate distance from the sand hole to the inner corner; therefore, the spacers of the ribs are closely attached to each other, and the positioning of the positioned bumps is It can effectively prevent the milk powder of the tank body from oozing freely; its card M394970, the bump and the edge of the cover edge should be locked, so that the bottle mouth cover can be opened and closed in two stages, achieving effective clamping and preventing mistakes. Dynamic, very effective, convenient and safe. In the Patent No. 317855 of the Republic of China, a milk powder quantitative supply device is disclosed, which is mainly composed of: a storage bottle, a bottom cover, a base, a switch control element, a milk powder selection component, a surplus, and a bottle combination. The _ storage bottle interior is divided into two accommodation spaces, which can be poured into the main food (milk powder) in the accommodating space respectively. • With the non-staple food (wheat flour, rice flour, etc.), and above the storage bottle An opening is respectively disposed at an appropriate position corresponding to the two receiving spaces, and a fixed-cylindrical portion is screwed at the bottle mouth of the storage bottle, and two missing slots are formed at the bottom surface of the cylindrical base for mounting The switch control unit and the milk powder selection component are used for opening or closing the opening above the cylinder seat and the two receiving space openings above the storage bottle, and the front and the rear of the outer wall of the cylinder block are appropriately set up - the stud and the plurality of card slots, and In the inspection _ part set - 〇 type ring, so that the pedestal can just slip over the measuring bottle towel 'the towel is made of transparent material, and the groove is matched with the front and back of the inner wall. Elastic hook, so that the base has push The role of positioning, and then the metering degree, to allocate appropriate amount of milk powder or other wheat flour, rice flour, and finally set a fixed-cap on the bottle mouth of the measuring bottle, Yu Jun for the out-of-town sister can be forked out Proper milk powder. However, in the quantitative tank of M3588G6, although the material in the tank can be automatically quantitatively dropped into the spoon portion of the spoon and can be pushed out of the base for use of the material, the material can be quantified for each time, but when After the scoop is pushed out of the base, the user does not disclose the material, so there is still money in use. M394970' While in the M365908 dosing device, although the user can quantitatively take out the powder, the structure is more complicated because the powder must be removed by the rotation. ... In the quantitative supply device of M322396, in comparison, although it is more convenient to use than the above two patents f, since it is @定式, it can only be fixed at fixed point, so it still has its use. inconvenience. The milk powder quantitative supply device of No. 453331 and the powder and grain material supply device of No. 337142, the amount of the mosquito net for the purpose of quantitative supply of the lining system to the component, and the powder _ quantitative supply device is The pusher and the slider are pushed upwards to reach the quantitative supply of the powder (4); therefore, if the user rotates the component H (four) too small, the amount of the ship will not be fixed = problem; and 337142 The number of powder and granules supply device will also have the problem that the user will change the amount of force that the granules send A. In the milk powder dispenser of No. 317855, when the user is performing the milk powder quantification #, the user must also pay attention to the c c number scale of the measuring bottle, and there is still inconvenience in use. From this, it can be seen that the problems and deficiencies of the conventional powder quantitative supply devices are not the case of good, but need to be improved. In view of the problems and shortcomings arising from the above-mentioned nucleus supply device, the creators of this case have been improved and innovated by Wusi, and after years of painstaking research, they have successfully developed and completed the powder delivery device. [New content] The purpose of this slow (4) 卩 is to provide a kind of powder to send mosquitoes, by setting at (4) at least - accommodating holes 'users can decide according to demand but reduce (four) powder Yang costs _ , "Achieved quantitatively = the powder delivery device that can achieve the above-mentioned creative purposes, including a part, a winter 艚, - 孢知Μ 嘈遐, a receiving body pusher; the tank has a housing space, the accommodating The bottom of the space. The heart has a powder out of σ, and has a box-shaped lifting hole on the side of the tank body. The receiving part is replaced by a ==: part, and is inserted into the bearing through the box insertion hole, and has a reading hole, and the valley hole system corresponds to The powder outlet of the tank body === pivoted on the outer surface of the tank body. The box has a convex embossment, and the pushing member is occluded to the bump, and the urging member is fixed to the bump with a fixed tip. Wherein the powder is placed in the accommodating space of the tank, and is sent out from the powder outlet to enter the accommodating hole of the box; when the tree is to be taken, the hard-moving member pushes the box under the operation of the user. For the former, the powder is sent out from the bottom of the receiving hole of the casing, and the user can take out the powder from the receiving hole of the casing. In a preferred embodiment of the present invention, the step-by-step means is coupled to the receiving portion via the coupling aperture of the can. According to the method of the creation of the creation, the box of the creation has at least one accommodating hole, and the user can operate the quantitative device according to the demand to control the amount of powder reached by the accommodating hole; It can be replaced by the particle size of the end. When the county where the powder is accommodated, the user can use the box with a receiving hole; when the powder particles contained in the can body are small, use It can be used in 8 different ways to select the reading with Weim, and the box can be used according to the size of the powder. [Embodiment] It is as follows: and the review committee members can easily understand the other characteristics and advantages of this creation, and the effect (4) is more obvious, and the miscellaneous creation is coordinated with _, detailing the figure - ^ fourth figure 'the first picture system Shows the decomposition of the creation of this creation and the heart of the powder _, the first display book = map, the fourth picture shows the schematic diagram of the creation. As shown in the figure, the push-out device (10) includes a tank body, a receiving portion 2, a casing 3, a pushing member 4, and a metering device 5. The can body 1 has a accommodating space u portion and is provided with a powder σ ηι powder, and the accommodating space 11 is provided. It is used to deliver powder from the powder outlet 111. - the outer surface has a box insertion hole 12, a social body receiving hole 14, and the can-and-elastic is combined with the Lai 1 m (four) impurity 15; the receiving portion 2 is tied and the human body The box insertion hole 12 is slidably disposed on the receiving portion 2, and a guide (4) and has a groove 33 at the guide angle, and has a protrusion 34 at the end of the body 3, and the receiving hole 31b is provided. . : The powder outlet U1 ' is used to make the powder pass through the accommodating hole 31a, and the * is placed at the final lead angle 32 for introducing the powder into the accommodating hole 31b, and the groove 33 is used for the grain. A fixed tip 35 is further disposed on the convex squint 34 5 for fixing the pusher 4 to the bump 34 of the casing 3. The shaft 44·^! #轮—the 卩 41 and the end 42 — the body 43 and the yoke are hinged to the pushing member 4 , and are pivoted to the _ by the pivot 44 , and the end 42 is coupled to the casing 3 The bump 34 is fixed to the bump 34 by the inferring member 4 by the solid (4); thereby, when the pushing member 4 is subjected to the operation, the member 4: = the casing 3 is slid on the receiving portion 2, and the quantitative device 5 is coupled. In the receiving part 2, the _(four) box body 3 can be quantitatively sent out: at the end, the dosing device 5 includes a -touch 51 and a ._stop member 52, and the can body has a knot & hole 13' Through the joint hole (4), it is combined with the receiving portion: the bump 34' of the turn-shifting boat 3 is used, and the knob 51 is used to be driven when it is operated. The present invention has the guide 6 and the delivery port 7 The guide 6 is disposed in the (4) space u ' of the can body 1 and the guide 6 has a guide hole 61 corresponding to the end outlet 111 of the can body 4, and the delivery port 7 includes a delivery port body and an outer cover 72. The outlet body 71 is coupled to the can body in a job mode, and the _ is sent out from the delivery body 71. At the same time, the fifth to sixth figures are shown at the same time. The fifth figure shows the illustration (-) of the first embodiment of the present creation, and the sixth figure shows the schematic view of the first embodiment of the creation (2). As shown in the figure, when the present invention is implemented, the can body 1 is screwed into the powder containing tank 8 by the screw 16 of the top end thereof to make the powder 9 contained in the powder holding tank 8 enter the can body 1. When the space U is set, the powder 9 is guided through the guide hole 61 of the M394970 6 inside the accommodating space u and the powder 31a, 31b of the can body 1 使用者 ^ when the user wants to take the final 9 The outlet 7 is opened, and the pressing portion 41 of the pushing member 4 is pressed, and the pushing member is: the moving box 3 is made thin, so that the f f f
111進入盒體3之容置孔 ^時，粉末9會彳糧孔31a、31b底部經由送出口本體 ==9。其中’容_la，所_的 當制者使収畢而停止操作推動件4時，卿性體4 為不再受到擠壓而回復原狀，並帶動推動件4回復至定位 將帶動盒體3回復至定位，而繼續接收由罐體1所送出 請同時參閱第四圖，當使用者所欲取用粉末9的量較少日士 :由使__裝置5之雜51 ’由频51會帶動止齡 於旋轉，用以擒住盒體3之凸塊34。當使用者在操作旋紐&之 後二然後由使用者操作推動件4推動盒體3向前滑動，使盒體3 之今置孔31a離開承接部2 ’並且在容置孔仙離開承接部2後， 則盒體3之凸塊34會被定量裝置5之止擋件於所擋住而使推動 件4無法__盒體3，因此，只有容置孔仙之粉末9會被送 出。其令，容置孔31a所送出粉末9的量約等於半匙的量。 _ π參閱第谓’其軸示本創作第二實補之示意圖。如圖 所不，本實施例之組成與作用原理與第—實施例大致相同，故在 M394970 此不再贅述。其差異在於本實施例之粉末送出裝置咖之盒體如 僅具有-容置孔31c，用以容置粉末9。使用者可以視情況選用不 同之盒體3、3a，當使用者所取用之粉末9之顆粗較小時，使用者 可以選用盒體3，而當使用者所取用的粉末9顆粒較大時，則使用 者可以選用盒體3a。依照粉末9顆粒大小不同而選用不同之盒體 3、3a ’可以避免產生所取用之粉末9的量過多或過少的問題。 上列詳細綱係針對本鑛之—可行實_之具體說明，惟 _該實關並_⑽制本鑛之糊制，凡未麟本創作技藝 精神所為之等效實施或變更’均應包含於本案之專利範圍中。 、、’上所述’本案不但在技術思想上確屬創新，並能較習用物 acri曰進上述夕項功效，應已充分符合新穎性及進步性之法定創作 專利要件’爰依法提出申請’懇請貴局核准本件新型專利申請 案，以勵創作，至感德便。 φ 【圖式簡單說明】 第一圖係顯示本創作之分解圖。 第二圖係顯示本創作與粉末出口之分解圖。 第三圖係顯示本創作之立體圖。 第四圖係顯示本創作之剖面示意圖。 第五圖係顯示本創作第—實施例之示意圖㈠。 第六圖係顯示本創作第—實施例之示意圖（二）。 第七圖係顯示本創作第二實施例之示意圖。 12 M394970 【主要元件符號說明】 100、200...粉末送出裝置 1.. .罐體 11.. .容置空間 111.. .粉末出口 12.. .盒體插置孔 13.. .結合孔 p 14...彈性體容置孔 15.. .擋板 16.. .螺牙 2.. .承接部 3、3a...盒體 31a、31b、31c...容置孔 32.. .導角 ^ 33...凹槽 34.. .凸塊 35.. .固定梢 4.. .推動件 41.. .壓制部 42.. .末端 43.. .彈性體 44.. .樞軸 M394970 5.. .定量裝置 51.. .旋紐 52.. .止擋件 6.. .導引器 61.. .導引孔 7.. .送出口 71.. .送出口本體 72.. .外蓋 8.. .粉末盛置罐 9.. .粉末When the 111 enters the receiving hole ^ of the casing 3, the powder 9 will pass through the outlet body ==9 at the bottom of the grain holes 31a, 31b. In the case where the controller of the container _la, the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Revert to the positioning, and continue to receive from the tank 1 please also refer to the fourth picture, when the user wants to take the amount of powder 9 less Japanese: by the __ device 5 miscellaneous 51 ' by frequency 51 will The rotation is driven to catch the bump 34 of the casing 3. When the user operates the knob & and then the user pushes the pusher 4 to push the cartridge 3 to slide forward, the current hole 31a of the cartridge 3 is separated from the receiving portion 2' and the receiving hole is separated from the receiving portion. After 2, the bumps 34 of the casing 3 are blocked by the stoppers of the metering device 5, so that the pusher 4 cannot be __the casing 3, and therefore, only the powder 9 for accommodating the holes will be sent out. It is such that the amount of the powder 9 sent from the accommodating hole 31a is approximately equal to the amount of half a spoon. _ π refers to the first sentence, which shows the second actual complement of the creation. As shown in the figure, the composition and the working principle of the present embodiment are substantially the same as those of the first embodiment, and therefore will not be described again in M394970. The difference is that the cartridge of the powder dispensing device of the present embodiment has only the accommodating hole 31c for accommodating the powder 9. The user can select different boxes 3, 3a depending on the situation. When the thickness of the powder 9 taken by the user is small, the user can select the box 3, and when the user takes the powder 9 particles When large, the user can select the box 3a. The use of different cartridges 3, 3a' depending on the particle size of the powder 9 avoids the problem of excessive or too little amount of the powder 9 taken. The detailed outlines above are specific to the mine's “feasible reality”. However, the actual implementation of the mine shall be included in the actual implementation of the mine. In the scope of the patent in this case. , 'On the above' This case is not only innovative in terms of technical thinking, but also can be used in accordance with the application of the acri into the above-mentioned effects, and should have fully complied with the novelty and progressiveness of the statutory creation of patent requirements '爰 apply according to law' I urge you to approve this new type of patent application to encourage creation and to be sensible. φ [Simple description of the diagram] The first diagram shows an exploded view of the creation. The second figure shows an exploded view of the creation and the powder outlet. The third figure shows a perspective view of the creation. The fourth figure shows a schematic cross-section of the creation. The fifth figure shows a schematic diagram (1) of the first embodiment of the present creation. The sixth figure shows a schematic diagram (II) of the first embodiment of the present creation. The seventh figure shows a schematic view of the second embodiment of the present creation. 12 M394970 [Description of main component symbols] 100, 200... Powder delivery device 1. Tank 11.. Housing space 111.. Powder outlet 12.. Box insertion hole 13.. Hole p 14... Elastomer accommodating hole 15 .. . baffle 16 . . . screw 2 .. . receiving part 3, 3a ... box body 31a, 31b, 31c ... accommodating hole 32. . . . lead angle ^ 33... groove 34.. bump 35.. fixed tip 4.. pushing member 41.. pressing portion 42.. end 43.. elastic body 44.. Pivot M394970 5..Quantitative device 51.. Rotary knob 52.. Stopper 6... Guide 61.. Guide hole 7... Outlet 71.. .. .Outer cover 8.. Powder holding can 9.. Powder