M357424 五、新型說明： 【新型所屬之技術領域】 本創作係為一種粉液兩用定量控制機構，尤指一種可使粉狀、液狀之 物料皆可共用於同-機台上，且可達到組裝、拆卸容易之一種粉液兩用定 量控制機構。 【先前技術】 按，中華民國專利申請案第090214707號，請參閱第十圖所示，其主要 • 於該飼服馬達11 一端接設有軸桿12，該軸桿12—端接設螺旋推桿13，且該 螺旋推桿13垂纽置於料斗刚，藉銳槪馬養，而可帶動該螺 旋推桿13，進而控制粉狀物料之充填計量； 該上述之技術，其雖可控制粉狀物料之充填計量的效果，而當物料為 液狀時，則該螺旋推桿13即無法控制該計量，而且即使將螺旋推桿a更換 成液狀用的軸桿，則也會因為置設的位置，以及組裝、拆卸上的複雜而難 以共用’因而導致使用者必須額外購買填充液狀物料之計量機器，也因而 # 造成成本上的增加、以及機H擺放空_侧，故财細改良之必要； 是故，如何提供一種定量控制機構可使粉狀、液狀之物料皆可共用於 同-機器上，且可達到組裝、拆卸容易之粉液兩用定量控制機構，即為本 案創作人所欲解決之技術困難點之所在。 【新型内容】 本創作之主要目的即在提供一種粉液兩用定量控制機構，其包含： 一機台； 一動力裝Ϊ，該動域置橫向置設於機台，又軸力“設有連接端 3 M357424 及控制裝置； 一物料容器，該物料容器設有物料出口； 一銜接管，該銜接管内呈中空，該銜接管設有軸心，該軸心可為粉狀 用轴c或液狀用轴心，又§亥銜接官設有進料口，該進料口與物料容器之 物料出口相接設； 藉由該動力裝置所設之控制裝置，可控制該動力裝置旋轉作動圈數， 且藉由該祕管之如鱗力裝x之連接端相接設，即可賴制者需求 Φ 依原物料為粉狀或液狀更換該銜接管内之軸心，進而可達到粉狀、液狀之 物料皆可共用於同一機台上、以及組裝且拆卸容易之目的。 【實施方式】 為使貴審查員方便簡捷瞭解本創作之其他特徵内容與優點及其所達 成之功效能夠更為顯現，茲將本創作配合附圖，詳細說明如下： 睛參閱第一圖、第二圖所示，本創作係提供一種粉液兩用定量控制機 構，其包含： 瞻機台9，該機台9設有機台桌面91，該機台桌面91可供包裝容器置設； 一動力裝置2，該動力裝置2橫向置設於機台9上，又該動力裝置2可 為伺服馬達、步進馬達，該動力裝置2設有連接端21，該連接端21設有第 貝穿孔22 ’又該連接端21設有第一固定件23，且該連接端21設有飾套 251 4飾套251套设於連接端21，又該動力裝置2設有控制裝置92 ; 物料谷器3 ’ 4物料各器3設有物料出口 31，又該物料容器3上方 設有蓋體32 ; 一銜接管4，該銜接管4置設於機台9，該銜接管4内呈中空’又該銜 M357424 接管4設有複數個失固件93 ’該銜接管4設有進料口抓，該進料口抓 與物料容H 3之物料出口 3U目接設，並以該爽叫⑽爽鋪定，又該銜 接管4 一端設柄伸管41，該延㈣㈣設麵風管43，職風管43内 設有中线道44 ’又該延伸管41 —麟有出料管&，又該銜接管*内設 有傳動軸5 ’該傳動軸5 _端設有第—被連接端51，該第—被連接端μ設 有第-透孔5U，又該第—被連接端51之第一透孔5ιι與該動力裝置2其 連接端21之第-貝穿孔22相接設並以第-gj定件23隨，又該傳動軸5 另-端設有第二被連接端52 ’該第二被連接端52設有第二透孔521，· 又該銜接皆4内設有液狀用軸心6,該液狀用軸心6受控於該動力裝置 2 ’又該餘_^6設有職凹艇伸環錄心，又該綠_心6 一端 設有軸心i%接端61，該軸心連接端61設有軸心貫穿孔謝，該軸心連接端 61设有第二固定件24 ’又該軸心貫穿孔6〇1與該第二被連接端52之第二 透孔521相接設並以第二固定件24固設，該轴心連接端61設有飾套2於， 該飾套252套設於該軸心貫穿孔6〇1與該第二被連接端诏之第二透孔521 相接處又a亥液狀用軸心6部分軸心置設於油風管43之中空流道44内， 且該中空流道44之内徑略等於該液狀用軸心6之旋轉外徑； 請參閱第三圖所示，藉由該動力裝置2之連接端21與該傳動軸5之第 一被連接端51接設、及該傳動軸5之第二被連接端52接設該液狀用軸心6 之軸心連接端61，請再參閱第四圖、及搭配第一圖所示，該控制裝置92控 制該動力裝置2之連接端21旋轉預設圈數，並帶動該液狀用軸心6旋轉時， 該液狀用轴心6的旋轉外徑與該中空流道44内徑相接觸，因而可控制該中 空流道44之流道空隙大小，俾可使該液狀物料7經由該液狀用軸心6所延 M357424 伸％繞之螺旋凹溝，而可使該液狀物料7部分、間段、連續的被帶至出料 管42 ’而如第五圖所示，進而可使該液狀物料7定量填充之效果； 請參閱第六圖所示，當本創作實施於粉狀物料71時，則可將液狀用轴 心6更換為粉狀用軸心8，該粉狀用軸心8置設於銜接管4内，又該粉狀用 軸心8設有軸心81，且該粉狀用軸心8設有片狀螺旋82，該片狀螺旋82 形成凹溝延伸環繞於軸心81，又該粉狀用軸心8設有被連接端肋，該被連 接端83設有第三透孔831，且該被連接端83之第三透孔83ι與該動力裝置 2其連接端21之第一貫穿孔22相接設並以第一固定件23固設； 請參閱第傾所示，触軸力裝置2之連接與粉狀用軸心8之被 連接端83接設，請再參閱第人圖、及搭配第—騎示，而當該控制裝謂 控制該動讀置2之端21_職醜，縣_餘_心8旋轉 時’俾可使錄狀物料71經由聰狀用細8所延伸魏之凹溝，而可使該 粉狀物料7【間段、連續的被帶出’如第九圖所示，而可達到定量填充該粉 狀物料71之效果; 因此本創作藉由該動力裝置2所設讀觀魏，可㈣_力裝置2 旋轉作動隨’且躺簡接管4之細_轉置2之連接柳相接設， 即可依照使財絲_____狀轴心，進而 可達到她、錄讀料时制朗―機约上、以及組裝域卸容易之 紙與習用作一比較分析如下 為使本創作更加顯現出其進步性與實用性， 習用技術: 僅適用於粉狀物料 M357424 2、 需額外購買液狀物料定量控制機構。 3、 增加成本。 本創作優點： 1、 適用於粉狀物料及液狀物料之定量控制機構。 2、 不需額外增加定量控制機構。 3、 降低成本。 【圖式簡單說明】 φ 第一圖係為本創作之立體組裝示意圖。 第二圖係為本創作之立體分解示意圖。 第三圖係為本創作之組裝剖視及該螺旋軸心尚未動作前之示意圖。 第四圖係為本創作中該螺旋軸心動作中之示意圖。 第五圖係為本創作中該螺旋軸心動作後之示意圖。 第六圖係為本創作之另一實施例之分解示意圖。 第七圖係為本創作之該片狀螺旋尚未動作前之示意圖。 • 第八圖係為本創作之該片狀螺旋動作中之示意圖。 第九圖係為本創作之該片狀螺旋動作後之示意圖。 ' 第十圖係為先前技術之剖視示意圖。 【主要元件符號說明】 11..伺服馬達 12..轴桿 13..螺旋推桿 14..料斗 2..動力裝置 21..連接端 22..第一貫穿孔 23..第一固定件 M357424 24..第二固定件 251..飾套 252..飾套 3..物料容器 31..物料出口 32..蓋體 4..銜接管 401..進料口 41..延伸管 42..出料管 43..油風管 44..中空流道 5..傳動轴 51..第一被連接端 511..第一透孔 52..第二被連接端 521..第二透孔 6..液狀用軸心 61..軸心連接端 601..軸心貫穿孔 7..液狀物料 71..粉狀物料 8..粉狀用軸心 81..轴心 82..片狀螺旋 83..被連接端 831..第三透孔 9..機台 91..機台桌面 92..控制裝置 93..夾固件M357424 V. New description: [New technical field] This creation is a two-purpose quantitative control mechanism for powder and liquid, especially one that can make powdery and liquid materials can be used together on the same machine. A powder-liquid dual-use quantitative control mechanism that is easy to assemble and disassemble. [Prior Art] According to the Patent Application No. 090214707 of the Republic of China, please refer to the tenth figure, which mainly includes a shaft 12 at one end of the feeding motor 11 and a screw push at the end of the shaft 12 The rod 13 and the screw push rod 13 are placed in the hopper just by the sharp hoe, and the screw push rod 13 can be driven to control the filling and filling of the powdery material; the above technology can control the powder The effect of filling the metering material, and when the material is liquid, the screw pusher 13 cannot control the metering, and even if the screw rod a is replaced with a shaft for liquid, it will be set. The location, as well as the complexity of assembly and disassembly, is difficult to share', thus causing the user to purchase additional metering machines for filling liquid materials, thus resulting in an increase in cost and the placement of the machine H. Therefore, how to provide a quantitative control mechanism can make powdery and liquid materials can be used together on the same machine, and can achieve the quantitative control mechanism of powder and liquid for assembly and disassembly. Creator The technical difficulties to be solved are located. [New content] The main purpose of this creation is to provide a quantitative control mechanism for powder and liquid, which comprises: a machine table; a power frame, the dynamic field is placed laterally on the machine table, and the axial force is provided Connection end 3 M357424 and control device; a material container, the material container is provided with a material outlet; a connecting tube, the connecting tube is hollow, the connecting tube is provided with an axis, the axis can be a powdery shaft c or liquid The axis is used for the shaft, and the 亥海接接官 has a feed port, and the feed port is connected with the material outlet of the material container; the number of rotations of the power device can be controlled by the control device provided by the power device And by connecting the connection end of the secret tube with the scale of the x-shaped force, the demand of the manufacturer can be replaced by the original material as a powder or a liquid to replace the axis in the adapter tube, thereby achieving powdery, The liquid materials can be used together on the same machine, and assembled and disassembled easily. [Embodiment] In order to make it easier for your examiner to understand the other features and advantages of this creation and the effects achieved by it, you can Appear, I will present this creation With reference to the drawings, the details are as follows: As shown in the first figure and the second figure, the present invention provides a quantitative control mechanism for powder and liquid, comprising: a machine 9 which is provided with a table top 91 The power table 2 can be disposed on the machine table 9 , and the power device 2 can be a servo motor and a stepping motor. The power device 2 is provided. There is a connecting end 21, the connecting end 21 is provided with a first through hole 22', and the connecting end 21 is provided with a first fixing member 23, and the connecting end 21 is provided with a decorative sleeve 251 4, and the decorative sleeve 251 is sleeved on the connecting end 21, The power device 2 is provided with a control device 92; the material tank 3'4 material device 3 is provided with a material outlet 31, and the material container 3 is provided with a cover body 32; a connecting pipe 4, the connecting pipe 4 is disposed at The machine 9 is hollow in the connecting pipe 4, and the M357424 connecting pipe 4 is provided with a plurality of lost firmware 93. The connecting pipe 4 is provided with a feeding port, and the feeding port catches the material outlet of the material H 3 The 3U mesh is connected and set with the cool call (10), and the end of the connecting pipe 4 is provided with a handle extending pipe 41, and the extension (four) (four) is provided. The tube 43, the service duct 43 is provided with a middle line 44', and the extension tube 41 has a discharge tube & and the connection tube* is provided with a transmission shaft 5', the transmission shaft 5 _ end is provided with the first The connected end 51, the first connected end μ is provided with a first through hole 5U, and the first through hole 5 of the first connected end 51 is opposite to the first through hole 22 of the connecting end 21 of the power unit 2 Connected and connected by the -gj fixing member 23, the other end of the transmission shaft 5 is provided with a second connected end 52', and the second connected end 52 is provided with a second through hole 521, and the connecting end is 4 There is a liquid shaft 6 in the liquid, and the liquid shaft 6 is controlled by the power unit 2', and the remaining _^6 is provided with a beak and a ring, and the green_heart 6 is provided with a shaft at one end. The core is connected to the core 61, and the shaft connecting end 61 is provided with a shaft through hole. The shaft connecting end 61 is provided with a second fixing member 24' and the shaft through hole 6〇1 is connected to the second end. The second through hole 521 of the end 52 is connected to the second fixing member 24, and the shaft connecting end 61 is provided with a decorative sleeve 2, and the decorative sleeve 252 is sleeved on the axial through hole 6〇1 and The second through hole 521 of the second connected end is connected to the liquid The axial center of the shaft 6 is disposed in the hollow flow passage 44 of the oil duct 43, and the inner diameter of the hollow flow passage 44 is slightly equal to the outer diameter of the rotation of the liquid shaft 6; The connecting end 21 of the power unit 2 is connected to the first connected end 51 of the propeller shaft 5, and the second connected end 52 of the propeller shaft 5 is connected to the axis of the liquid shaft 6. The connection end 61, please refer to the fourth figure, and as shown in the first figure, the control device 92 controls the connection end 21 of the power unit 2 to rotate a preset number of turns, and when the liquid shaft 6 is rotated, The outer diameter of the rotation of the liquid shaft 6 is in contact with the inner diameter of the hollow flow passage 44, so that the flow passage gap of the hollow flow passage 44 can be controlled, and the liquid material 7 can be passed through the liquid shaft. The core 6 extends M357424 to extend the spiral groove, so that the liquid material 7 can be partially, intermittently and continuously brought to the discharge pipe 42' as shown in the fifth figure, thereby allowing the liquid to be Material 7 quantitative filling effect; Please refer to the sixth figure, when the creation is carried out in powdery material 71, the liquid shaft 6 can be replaced with a powdery shaft 8 The powder shaft 8 is disposed in the connecting tube 4, and the powder shaft 8 is provided with an axis 81, and the powder shaft 8 is provided with a sheet spiral 82, and the sheet spiral 82 The groove forming extends around the axis 81, and the powder shaft 8 is provided with a connected end rib. The connected end 83 is provided with a third through hole 831, and the third through hole 83 of the connected end 83 The first through hole 22 of the connecting end 21 of the power unit 2 is connected and fixed by the first fixing member 23; as shown in the first tilting, the connection of the axial force device 2 and the powder shaft 8 Connected to the connection terminal 83, please refer to the first person diagram, and with the first-riding display, and when the control device is controlled to control the end of the movable reading 2 21_ job ugly, the county _ rest _ heart 8 rotation '俾The recorded material 71 can be extended by the stencils with the fine 8 to extend the groove of the Wei, so that the powdery material 7 can be taken out in a continuous manner, as shown in the ninth figure, and the powder can be quantitatively filled. The effect of the material 71; therefore, the creation of the power device 2 is set by the power device 2, and the (4)_force device 2 can be rotated and connected with the connection of the thin _transposition 2 of the lying tube 4, In accordance with The wire _____ axis, which can reach her, the recording time, the machine, the machine, and the assembly field, the easy-to-load paper and the comparison. The following analysis makes the creation more progressive and practical. Sex, conventional technology: Only for powder material M357424 2. Additional liquid material quantitative control mechanism is required. 3. Increase costs. The advantages of this creation: 1. Applicable to the quantitative control mechanism of powdery materials and liquid materials. 2. No additional quantitative control mechanism is required. 3. Reduce costs. [Simple description of the diagram] φ The first diagram is a three-dimensional assembly diagram of the creation. The second figure is a three-dimensional exploded view of the creation. The third figure is a schematic view of the assembly of the creation and the schematic view of the spiral axis before it has been actuated. The fourth picture is a schematic diagram of the spiral axis motion in the creation. The fifth figure is a schematic diagram of the spiral axis after the action in this creation. The sixth drawing is an exploded view of another embodiment of the present creation. The seventh picture is a schematic diagram of the piece of the spiral of the creation before it has been acted upon. • The eighth image is a schematic representation of the spiral motion of the creation. The ninth figure is a schematic diagram of the piece of spiral motion of the creation. The tenth figure is a schematic cross-sectional view of the prior art. [Main component symbol description] 11. Servo motor 12.. Shaft 13.. Screw pusher 14.. Hopper 2. Power unit 21. Connection end 22. First through hole 23. First fixing part M357424 24..Second fixing piece 251.. Decorative sleeve 252.. Decorative sleeve 3. Material container 31. Material outlet 32. Cover body 4.. Connecting tube 401.. Feeding port 41.. Extension tube 42 .. discharge pipe 43.. oil duct 44. hollow channel 5. drive shaft 51.. first connected end 511.. first through hole 52.. second connected end 521.. second Through hole 6.. Liquid shaft Axis 61.. Axis connection end 601.. Axis through hole 7. Liquid material 71.. Powdery material 8. Powdered shaft 81. Axis 82 .. chip spiral 83.. connected end 831.. third through hole 9.. machine 91.. machine table desktop 92.. control device 93.. clamp firmware