JP2020065529A

JP2020065529A - Closed filtration device

Info

Publication number: JP2020065529A
Application number: JP2018248724A
Authority: JP
Inventors: ▲とう▼剣; Jian Deng
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-24
Filing date: 2018-12-28
Publication date: 2020-04-30
Anticipated expiration: 2038-12-28
Also published as: JP6771719B2

Abstract

To provide closed filtration devices.SOLUTION: The present invention comprises: a main body; a first cavity installed in the body; a first rotating shaft extending in the left and right direction and rotatably installed in the first cavity; a left end of the first rotating shaft connected with a motor installed in the left end wall of the first cavity by a power; a first slide block installed slidably in the first cavity; a second cavity installed in the first slide block; and a spline sleeve rotatably installed in the second cavity, the spline sleeve and the first rotating shaft being connected by a power through a spline, and the device of the present invention being more rational and sophisticated in overall structure, being easy to install, maintain and repair, and also having high reliability of a function.SELECTED DRAWING: Figure 1

Description

本発明は食品濾過分野を取り上げて、具体的にはクローズド濾過装置である。 The present invention takes up the field of food filtration, and more specifically a closed filtration device.

豆乳は様々な栄養素を含み、非常に健康的な栄養飲み物であり、しかし、豆乳を生産する過程では、おからが常に存在し、豆乳の味に影響を与え、従って、豆乳を濾過処理し、豆乳の中のおからを取り除かなければならなく、豆乳の味を改善し、
おからを濾過する過程では、人工作業が必要であり、研磨された豆乳を往復運搬し、またおからは廃棄物として廃棄されることが多く、効率が低いだけではなく、工場の生産効果と利益も低下し、
従って、既存技術中の濾過装置を更に改善する必要があり、濾過装置の効率を高める。 Soymilk contains various nutrients and is a very healthy nutritional drink, but in the process of producing soymilk, okara is always present, affecting the taste of soymilk, thus filtering soymilk, You have to remove the okara from the soy milk, improve the taste of the soy milk,
In the process of filtering the okara, artificial work is required, the polished soy milk is transported back and forth, and the okara is often discarded as a waste, which is not only low in efficiency but also the production effect of the factory. Profit also declined,
Therefore, there is a need to further improve the filtration device in the existing technology, and increase the efficiency of the filtration device.

中国特許出願公開第103191644号明細書Chinese Patent Application Publication No. 103191644

本発明の目的はクローズド濾過装置を提供し、それは上記の現在の技術中の問題を解決できる。 The object of the present invention is to provide a closed filtration device, which can solve the above problems in the state of the art.

本発明は以下の技術プランを通じて実現する：本発明によるクローズド濾過装置は、本体を含み、前記本体の中には第一キャビティが設置され、前記第一キャビティの中には左右に延伸する第一回転軸が回転できるように設置され、前記第一回転軸の左側末端が前記第一キャビティの左側端壁の中に設置されるモータと動力で接続され、前記第一キャビティの中には第一スライドブロックがスライドできるように設置され、前記第一スライドブロックの中には第二キャビティが設置され、前記第二キャビティの中にはスプラインスリーブが回転できるように設置され、前記スプラインスリーブと前記第一回転軸とがスプラインにより動力で接続され、前記第二キャビティの中にある前記スプラインスリーブの外表面には第一傘歯車が固設され、前記第一キャビティと前記第二キャビティとの間には上下に延伸する第二回転軸が回転できるように設置され、前記第二キャビティの中にある前記第二回転軸の底部末端には前記第一傘歯車と噛合する第二傘歯車が固設され、前記第一キャビティの中にある前記第二回転軸の頂部末端には第一歯車が固設され、前記第一キャビティの頂部端壁の中には第三キャビティが設置され、前記第三キャビティと前記第一キャビティとの間には上下に延伸する第三回転軸が回転できるように設置され、前記第一キャビティの中にある前記第三回転軸の底部末端には前記第一歯車と噛合する第二歯車が固設され、前記第三キャビティの中にある前記第三回転軸の頂部末端には第三傘歯車が固設され、前記第三キャビティの中には前後に延伸する第四回転軸が回転できるように設置され、前記第四回転軸の後側末端には前記第三傘歯車と噛合する第四傘歯車が固設され、前記第四回転軸の前側末端には第五傘歯車が固設され、前記第三キャビティの頂部端壁の中には研磨キャビティが設置され、前記第三キャビティと前記研磨キャビティとの間には上下に延伸する第五回転軸が回転できるように設置され、前記第三キャビティの中にある前記第五回転軸の底部末端には前記第五傘歯車と噛合する第六傘歯車が固設され、前記第三キャビティと前記研磨キャビティとの間には上下に延伸する第六回転軸が回転できるように設置され、前記第三キャビティの中にある前記第六回転軸の底部末端には前記第五傘歯車と噛合する第七傘歯車が固設され、前記研磨キャビティの中にある第六回転軸の頂部末端には下研磨ナイフが固設され、前記研磨キャビティの中にある前記第五回転軸の頂部末端には上研磨ナイフが固設され、前記第一キャビティの頂部端壁の中には第四キャビティが設置され、前記第一キャビティと前記第四キャビティとの間には上下に延伸する第七回転軸が回転できるように設置され、前記第一キャビティの中にある前記第七回転軸の底部末端には前記第一歯車との係合から離れる第三歯車が固設され、前記第四キャビティの中にある前記第七回転軸の頂部末端には第八傘歯車が固設され、前記第四キャビティの中には前後に延伸する第八回転軸が回転できるように設置され、前記第八回転軸の後側末端には前記第八傘歯車と噛合する第九傘歯車が固設され、前記第八回転軸の前側末端が前記第四キャビティの前側端壁の中に固設されるポンプと動力で接続され、前記第四キャビティの右側端壁の中には預かりキャビティが設置され、前記研磨キャビティと前記ポンプとの間には第一管路が設置され、前記ポンプと前記預かりキャビティとの間には第二管路が設置され、前記第一回転軸の右側末端には第四歯車が固設され、前記第一キャビティの中には左右に延伸する第九回転軸が回転できるように設置され、前記第九回転軸の左側末端にはリングギヤが固設され、前記リングギヤと前記第四歯車との間には第五歯車が伝動設置され、前記第九回転軸の右側末端には第十傘歯車が固設され、前記第一キャビティと前記第四キャビティとの間には上下に延伸する第十回転軸が回転できるように設置され、前記第一キャビティの中にある前記第十回転軸の底部末端には前記第十傘歯車と噛合する第十一傘歯車が固設され、前記第四キャビティの中にある前記第十回転軸の頂部末端には第十二傘歯車が固設され、前記第四キャビティの中には左右に延伸する第十一回転軸が回転できるように設置され、前記第十一回転軸の外表面には前記第十二傘歯車と噛合する第十三傘歯車が固設され、前記第十一回転軸の右側末端には第十四傘歯車が固設され、前記第四キャビティの底部端壁の中には第五キャビティが設置され、前記第四キャビティと前記第五キャビティとの間には上下に延伸する第十二回転軸が回転できるように設置され、前記第四キャビティの中にある前記第十二回転軸の頂部末端には前記第十四傘歯車と噛合する第十五傘歯車が固設され、前記第五キャビティの中にある前記第十二回転軸の底部末端には第十六傘歯車が固設され、前記第五キャビティの中には前後に延伸する第十三回転軸が回転できるように設置され、前記第十三回転軸の後側末端には前記第十六傘歯車と噛合する第十七傘歯車が固設され、前記第十三回転軸の前側末端には回転盤が固設され、前記第五キャビティの右側端壁の中には濾過キャビティが設置され、前記濾過キャビティと前記預かりキャビティとの間には第三管路が設置され、前記濾過キャビティの中には濾過ブロックが左右にスライドできるように設置され、前記濾過キャビティの中には左右にスライドするベゼルが対称的に設置され、前記ベゼルの左側端壁と前記濾過キャビティの左側端壁との間には第一ばねが弾設され、前記濾過キャビティと前記第五キャビティとの間には第一連接棒が設置され、前記第一連接棒の左側末端が前記濾過ブロックの右側端壁と固定的に接続され、前記第五キャビティの中には第二連接棒が設置され、前記第二連接棒の左側末端が前記第一連接棒の右側末端とヒンジで接続され、前記第二連接棒の右側末端が前記回転盤の前側端壁とヒンジで接続され、当該設備に自動的なドア開け装置が設置され、その装置がスライディングドア、ラック及び第九歯車を含む。 The present invention is realized through the following technical plan: The closed filtration device according to the present invention includes a main body, a first cavity is installed in the main body, and the first cavity extends left and right in the first cavity. The rotating shaft is rotatably installed, and the left end of the first rotating shaft is power-connected to a motor installed in the left end wall of the first cavity. A slide block is slidably installed, a second cavity is installed in the first slide block, and a spline sleeve is rotatably installed in the second cavity. One rotation shaft is connected by a power by a spline, and a first bevel gear is fixedly mounted on the outer surface of the spline sleeve in the second cavity. A second rotary shaft extending vertically is installed between the first cavity and the second cavity so as to be rotatable, and the second rotary shaft in the second cavity is provided with the first rotary shaft at a bottom end thereof. A second bevel gear that meshes with one bevel gear is fixed, a first gear is fixed at the top end of the second rotating shaft in the first cavity, and a top end wall of the first cavity is fixed. A third cavity is installed therein, and a third rotation shaft extending vertically is installed between the third cavity and the first cavity so as to be rotatable, and the third cavity is installed in the first cavity. A second gear that meshes with the first gear is fixed to the bottom end of the three rotating shafts, and a third bevel gear is fixed to the top end of the third rotating shaft in the third cavity. A fourth rotation that extends back and forth in the third cavity Is rotatably installed, a fourth bevel gear meshing with the third bevel gear is fixedly provided at a rear end of the fourth rotating shaft, and a fifth bevel gear is provided at a front end of the fourth rotating shaft. Is fixed, a polishing cavity is installed in the top end wall of the third cavity, and a fifth rotating shaft extending vertically is installed between the third cavity and the polishing cavity so as to be rotatable. A sixth bevel gear that meshes with the fifth bevel gear is fixedly provided at the bottom end of the fifth rotating shaft in the third cavity, and between the third cavity and the polishing cavity. A sixth rotating shaft extending vertically is rotatably installed, and a seventh bevel gear meshing with the fifth bevel gear is fixedly installed at a bottom end of the sixth rotating shaft in the third cavity. The top end of the sixth rotating shaft in the polishing cavity A lower polishing knife is fixedly mounted, an upper polishing knife is fixedly mounted on the top end of the fifth rotating shaft in the polishing cavity, and a fourth cavity is mounted in the top end wall of the first cavity. Is installed between the first cavity and the fourth cavity so that a seventh rotating shaft extending vertically can be rotated, and a bottom end of the seventh rotating shaft in the first cavity is installed. A third gear that is separated from the engagement with the first gear is fixed to the fourth gear, and an eighth bevel gear is fixed to the top end of the seventh rotating shaft in the fourth cavity. An eighth rotating shaft extending back and forth is installed in the cavity so as to be rotatable, and a ninth bevel gear that meshes with the eighth bevel gear is fixedly installed at a rear end of the eighth rotating shaft. The front end of the eighth rotating shaft is in the front end wall of the fourth cavity. A power supply is connected to a provided pump, a deposit cavity is installed in the right end wall of the fourth cavity, and a first pipe line is installed between the polishing cavity and the pump. A second conduit is installed between the depositing cavity, a fourth gear is fixed at the right end of the first rotating shaft, and a ninth rotating shaft extending left and right in the first cavity. Is installed so that it can rotate, a ring gear is fixedly installed at the left end of the ninth rotating shaft, and a fifth gear is transmission-installed between the ring gear and the fourth gear. A tenth bevel gear is fixedly installed at the right end, and a tenth rotating shaft extending vertically is installed between the first cavity and the fourth cavity so as to be rotatable. There is a front at the bottom end of the tenth rotating shaft An eleventh bevel gear that meshes with a tenth bevel gear is fixed, and a twelfth bevel gear is fixed at the top end of the tenth rotating shaft in the fourth cavity, and the fourth cavity of the fourth cavity is fixed. An eleventh rotating shaft extending in the left and right is installed so as to be rotatable, and an outer surface of the eleventh rotating shaft is fixedly provided with a thirteenth bevel gear that meshes with the twelfth bevel gear. A fourteenth bevel gear is fixedly installed at a right end of the eleventh rotation shaft, a fifth cavity is installed in a bottom end wall of the fourth cavity, and the fourth cavity and the fifth cavity are installed. A twelfth rotating shaft extending vertically is rotatably installed between the four cavities, and a top end of the twelfth rotating shaft in the fourth cavity is engaged with the fourteenth bevel gear. A fifteen bevel gear is fixedly mounted, and the bottom end of the twelfth rotating shaft in the fifth cavity is A sixteenth bevel gear is fixedly installed, a thirteenth rotation shaft extending in the front and rear direction is rotatably installed in the fifth cavity, and the tenth rotation shaft is provided at a rear end of the thirteenth rotation shaft. A seventeen bevel gear that meshes with a six bevel gear is fixed, a rotating plate is fixed at the front end of the thirteenth rotating shaft, and a filtration cavity is installed in the right end wall of the fifth cavity. A third conduit is installed between the filtration cavity and the deposit cavity, a filtration block is installed in the filtration cavity so as to be slidable left and right, and a left and right sides are installed in the filtration cavity. Sliding bezels are installed symmetrically, a first spring is elastically mounted between the left end wall of the bezel and the left end wall of the filtration cavity, and between the filtration cavity and the fifth cavity. A first series of connecting rods is installed, The left end of the connecting rod is fixedly connected to the right end wall of the filtration block, a second connecting rod is installed in the fifth cavity, and the left end of the second connecting rod is the first connecting rod. Of the second connecting rod is connected to the front end wall of the turntable by a hinge, an automatic door opening device is installed in the equipment, the device is a sliding door, Includes rack and ninth gear.

更の技術プラン、前記第十一回転軸の左側末端には第十八傘歯車が固設され、前記第四キャビティの中には前後に延伸する第十四回転軸が回転できるように設置され、前記第十四回転軸の後側末端には前記第十八傘歯車と噛合する第十九傘歯車が固設され、前記第十四回転軸の前側末端には第二十傘歯車が固設され、前記第四キャビティと前記預かりキャビティとの間には左右に延伸する第十五回転軸が回転できるように設置され、前記第四キャビティの中にある前記第十五回転軸の左側末端には前記第二十傘歯車と噛合する第二十一傘歯車が固設され、前記預かりキャビティの中にある前記第十五回転軸の外表面には撹拌翼が固設され、前記預かりキャビティの溶液の均等混合を保証することに有利であり、その同時に溶液内の不純物沈殿が前記第三管路を閉塞することを防止し、当該設備の実用性を高める。 Further technical plan, the eighteenth bevel gear is fixedly installed at the left end of the eleventh rotating shaft, and the fourteenth rotating shaft extending in the front-rear direction is rotatably installed in the fourth cavity. , A nineteenth bevel gear that meshes with the eighteenth bevel gear is fixed to a rear end of the fourteenth rotation shaft, and a twenty bevel gear is fixed to a front end of the fourteenth rotation shaft. A left end of the fifteenth rotation shaft located in the fourth cavity is installed between the fourth cavity and the deposit cavity so that a fifteenth rotation shaft extending left and right can rotate. A twenty-first bevel gear meshing with the twenty-bevel gear is fixedly mounted on the outer periphery of the fifteenth rotating shaft in the deposit cavity, and a stirring blade is fixed on the outer surface of the deposit cavity. It is advantageous to ensure an even mixing of the solution of the Prevented from closing the third conduit, it enhances the utility of the equipment.

更の技術プラン、前記第一回転軸の外表面には第六歯車が固設され、前記第一スライドブロックの右側端壁には往復リードスクリューが設置され、前記第九回転軸の外表面にはタービンが固設され、前記第一キャビティの中には上下に延伸するウォームが回転できるように設置され、前記ウォームが前記タービンと係合し、前記ウォームの頂部末端には第一プーリが固設され、前記第一キャビティの中には上下に延伸する第十六回転軸が回転できるように設置され、前記第十六回転軸の頂部末端には第二プーリが固設され、前記第二プーリと前記第一プーリとの間には第一ベルトが伝動で設置され、前記第十六回転軸の外表面には前記第二プーリの下に位置するカムが固設され、前記第一キャビティの中には前記カムとの係合から離れる第二スライドブロックがスライドできるように設置され、前記第二スライドブロックには前記第六歯車との係合から離れる第七歯車が回転できるように設置され、前記第一キャビティの右側端壁の中には第一スライド溝が設置され、前記第一スライド溝の左側端壁と前記第二スライドブロックの左側端壁との間には第二ばねが弾設され、前記第一キャビティの中には回転ブロックが回転できるように設置され、前記回転ブロックには前記第七歯車との係合から離れる第八歯車が固設され、前記回転ブロックの中には前記往復リードスクリューと係合するねじ山が固設され、前記第二スライドブロックが左右にスライドすることを制御し、これにより前記第一スライドブロックが左右にスライドすることを制御することに有利であり、これにより当該設備の作業状態を制御し、当該設備の自動化程度を高める。 Further technical plan, a sixth gear is fixed on the outer surface of the first rotating shaft, a reciprocating lead screw is installed on the right end wall of the first slide block, and a sixth gear is installed on the outer surface of the ninth rotating shaft. A turbine is fixedly installed, a worm extending vertically is installed in the first cavity so as to be rotatable, the worm engages with the turbine, and a first pulley is fixed to a top end of the worm. A sixteenth rotating shaft extending vertically in the first cavity is rotatably installed, and a second pulley is fixedly installed at a top end of the sixteenth rotating shaft. A first belt is installed by transmission between the pulley and the first pulley, and a cam located below the second pulley is fixedly installed on the outer surface of the sixteenth rotating shaft, and the first cavity Some of the second away from engagement with the cam The ride block is installed so that it can slide, the second slide block is installed so that the seventh gear that separates from the engagement with the sixth gear can rotate, and there is a right end wall of the first cavity in the right end wall. A first slide groove is installed, a second spring is elastically provided between a left end wall of the first slide groove and a left end wall of the second slide block, and a rotating block is provided in the first cavity. Is rotatably installed, the rotating block is fixedly provided with an eighth gear separated from the engagement with the seventh gear, and the rotating block is provided with a screw thread engaging with the reciprocating lead screw. It is advantageous to control the sliding of the second slide block to the left and right, thereby controlling the sliding of the first slide block to the left and right. Controls work state of the equipment, enhancing the degree automation of the equipment.

更の技術プラン、前記濾過キャビティの底部端壁の中には豆乳保存キャビティが設置され、前記濾過キャビティの底部端壁の中にはおから保存キャビティが設置され、前記豆乳保存キャビティと前記濾過ブロックとが前記第四管路により接続され、前記おから保存キャビティと前記濾過キャビティの左側との間には連通管路が設置され、前記おから保存キャビティと前記濾過キャビティの右側との間には第五管路が設置され、濾過された豆乳を異なる領域に保存することに有利であり、次の処理に便利であり、生産効果と利益を高める。 A further technical plan, a soy milk storage cavity is installed in the bottom end wall of the filtration cavity, an Okara storage cavity is installed in the bottom end wall of the filtration cavity, the soy milk storage cavity and the filtration block. Are connected by the fourth conduit, a communication conduit is installed between the Okara storage cavity and the left side of the filtration cavity, and a communication line is installed between the Okara storage cavity and the right side of the filtration cavity. Five pipes are installed, it is advantageous to store the filtered soymilk in different areas, convenient for the next processing, and increase the production effect and profit.

更の技術プラン、前記濾過ブロックの左右端壁の中にはフィルタが対称的に固設され、前記濾過ブロックの中には十五個の逆止弁ブロックが左右対称的に固設され、前記濾過ブロックの中には連通キャビティが設置され、前記連通キャビティが前記第四管路と接続され、前記濾過ブロックが左右にスライドする間に濾過ブロックの左右両側の研磨された豆乳をいずれも濾過処理をすることに有利であり、その同時に、一つの側の豆乳を濾過するとき、濾過された豆乳がもう一つの側に入ることを避け、当該設備の作業効率を高める。 Further technical plan, filters are symmetrically fixed in the left and right end walls of the filtration block, and 15 check valve blocks are symmetrically fixed in the filtration block. A communication cavity is installed in the filtration block, the communication cavity is connected to the fourth conduit, and the polished soymilk on both left and right sides of the filtration block is filtered while the filtration block slides left and right. At the same time, when filtering soymilk on one side, the filtered soymilk is prevented from entering the other side, thus increasing the working efficiency of the equipment.

更の技術プラン、前記第四キャビティの頂部端壁の中には第二シュートが設置され、前記第二シュートの中にはスライディングドアが左右にスライドできるように設置され、前記スライディングドアの右側端壁と前記第二シュートの右側端壁との間には第三ばねが弾設され、前記スライディングドアの底部端壁にはラックが固設され、前記第四キャビティの中にある前記第七回転軸の外表面には第三プーリが固設され、前記第四キャビティの中には上下に延伸する第十七回転軸が回転できるように設置され、前記第十七回転軸の底部末端には第四プーリが固設され、前記第四プーリと前記第三プーリとの間に第二ベルトが伝動で設置され、前記第十七回転軸の頂部末端には第二十二傘歯車が固設され、前記第四キャビティの中には前後に延伸する第十八回転軸が回転できるように設置され、前記第十八回転軸の後側末端には前記第二十二傘歯車と噛合する第二十三傘歯車が固設され、前記第十八回転軸の前側末端には前記ラックと噛合する第九歯車が固設され、前記研磨キャビティで研磨した後に自動的に前記スライディングドアを開け、豆を添加し続けることに有利であり、当該設備の連続作業効率を高める。 Further technical plan, a second chute is installed in the top end wall of the fourth cavity, a sliding door is installed in the second chute so that it can slide to the left and right, and a right end of the sliding door. A third spring is elastically mounted between the wall and the right end wall of the second chute, a rack is fixedly mounted on the bottom end wall of the sliding door, and the seventh rotation is located in the fourth cavity. A third pulley is fixedly mounted on the outer surface of the shaft, a seventeenth rotating shaft extending vertically is rotatably installed in the fourth cavity, and a bottom end of the seventeenth rotating shaft is installed at the bottom end of the seventeenth rotating shaft. A fourth pulley is fixed, a second belt is installed by transmission between the fourth pulley and the third pulley, and a twenty-two bevel gear is fixed at the top end of the seventeenth rotating shaft. And stretched back and forth in the fourth cavity The eighteenth rotating shaft is rotatably installed, and the twenty-third bevel gear meshing with the twenty-two bevel gear is fixedly installed at the rear end of the eighteenth rotating shaft. A ninth gear that meshes with the rack is fixed to the front end of the eight-rotation shaft, and it is advantageous to automatically open the sliding door after polishing in the polishing cavity and continue adding beans. Improve the continuous working efficiency.

本発明の有益な効果は下記の通りである：本発明の装置が全体構造においてより合理で巧妙であり、取り付けやメンテナンスや修理がいずれも簡単であり、機能の信頼性も高く、また濾過された後の二つの製品を異なる領域に保管し、別々に処理し、工場の生産効果と利益を高め、工場の作業コストを削減し、また当該設備が使用中に高効率の自動化程度を持ち、高い使用と普及価値がある。 The beneficial effects of the present invention are as follows: the device of the present invention is more rational and sophisticated in overall structure, easy to install, maintain and repair, reliable in function, and filtered. After the two products are stored in different areas, processed separately, enhance the production effect and profit of the factory, reduce the working cost of the factory, and have the degree of highly efficient automation while the equipment is in use, It has high use and diffusion value.

本発明の実施例また既存の技術の中の技術方案をもっとはっきり説明するため、下記に実施例また既存の技術の説明の中に使用する必要がある附図に簡単な紹介を行って、一目でわかることは下記の説明の中の附図はただ本発明のいくつかの実施例で、本領域の普通技術者にとって、創造的な労働を払わないことを前提に、これらの附図に基づいてそのほかの附図を得ることができる。 In order to more clearly describe the technical solution in the embodiments of the present invention or the existing technology, a brief introduction is given below to the accompanying drawings that should be used in the description of the embodiments or the existing technology. It will be understood that the accompanying drawings in the following description are merely some embodiments of the present invention, and based on these accompanying drawings, on the assumption that ordinary engineers in this field do not pay creative labor, The attached figure can be obtained.

図1は本発明のクローズド濾過装置の全体構成上面略図である；FIG. 1 is a schematic top view of the entire structure of the closed filtration device of the present invention; 図2は図1のA-Aの構成略図である；FIG. 2 is a schematic diagram of AA of FIG. 1; 図3は図1のB-Bの構成略図である；FIG. 3 is a schematic diagram of the configuration of BB in FIG. 1; 図4は図2のC-Cの構成略図である；Figure 4 is a schematic diagram of CC of Figure 2; 図5は図3のDの構成略図である；Figure 5 is a schematic diagram of D of Figure 3; 図6は図2の濾過ブロックの構成略図である。FIG. 6 is a schematic configuration diagram of the filtration block of FIG.

本発明書に開示した全ての特徴、或いは開示した全ての方法、過程中のステップは、互いに排斥する特徴或いはステップ以外に、いかなる方式で組み合わせることができる。 All features disclosed in this specification, or all disclosed methods and steps in a process, may be combined in any manner other than mutually exclusive features or steps.

本発明書に開示した全ての特徴は、特別な叙述がない限り、そのほかの同等或いは類似する目的を持つ代替特徴に取り替えられる。つまり特別な叙述がない限り、全ての特徴はただ一連の同等或いは類似する特徴の中の一つの例だけである。 All features disclosed in this invention may be replaced by alternative features having other equivalent or similar purposes, unless specifically stated otherwise. That is, unless stated otherwise, all features are just one example in a series of equivalent or similar features.

本発明の記載では、理解すべきことは、「中心」、「縦方向」、「横向」、「長さ」、「幅」、「厚さ」、「上」、「下」、「前」、「後」、「左」、「右」、「垂直」、「水平」、「頂」、「底」、「内」、「外」、「時計回り」、「反時計回り」などの用語が指示される方向または位置関係が図1に基づき示される方向または位置関係であり、便利に本発明を説明し、説明を簡略化するためのものだけであり、指示される装置または部品が特定の方向を持たなければならなく、特定の方向で構築し操作されることを指示または暗示することではなく、従って、本発明を制限することではない。 In the description of the present invention, it should be understood that “center”, “longitudinal direction”, “horizontal direction”, “length”, “width”, “thickness”, “top”, “bottom”, “front” , “Rear”, “left”, “right”, “vertical”, “horizontal”, “top”, “bottom”, “inside”, “outside”, “clockwise”, “counterclockwise”, etc. Is a direction or positional relationship indicated based on FIG. 1, and is only for the purpose of conveniently explaining the present invention and simplifying the description. Should not be implied or implied to be constructed and operated in a particular direction, and thus not to limit the invention.

それ以外に、「第一」、「第二」という用語は説明のためにのみ使用され、相対的な重要性を示すか、または指示される技術特徴の量を暗示的に示すことではない。従って、「第一」、「第二」に限定される特徴は、明示的にまたは暗示的に一つまたは複数の当該特徴を含むことができる。本発明の記載では、他の明確的な限定がない限り、「複数」は二つまたは二つ以上の意味である。 Other than that, the terms "first" and "second" are used only for the purpose of description, and do not imply a relative importance or an implied amount of technical features indicated. Thus, features that are limited to "first" and "second" can include one or more of those features, either explicitly or implicitly. In the present description, "plurality" means two or more than one, unless expressly limited otherwise.

下記に図1~6をあわせて本発明について詳しく説明する。 The present invention will be described in detail below with reference to FIGS.

図1~6が示すように、本発明によるクローズド濾過装置は、本体11を含み、前記本体11の中には第一キャビティ201が設置され、前記第一キャビティ201の中には左右に延伸する第一回転軸52が回転できるように設置され、前記第一回転軸52の左側末端が前記第一キャビティ201の左側端壁の中に設置されるモータ49と動力で接続され、前記第一キャビティ201の中には第一スライドブロック51がスライドできるように設置され、前記第一スライドブロック51の中には第二キャビティ202が設置され、前記第二キャビティ202の中にはスプラインスリーブ50が回転できるように設置され、前記スプラインスリーブ50と前記第一回転軸52とがスプラインにより動力で接続され、前記第二キャビティ202の中にある前記スプラインスリーブ50の外表面には第一傘歯車48が固設され、前記第一キャビティ201と前記第二キャビティ202との間には上下に延伸する第二回転軸46が回転できるように設置され、前記第二キャビティ202の中にある前記第二回転軸46の底部末端には前記第一傘歯車48と噛合する第二傘歯車47が固設され、前記第一キャビティ201の中にある前記第二回転軸46の頂部末端には第一歯車44が固設され、前記第一キャビティ201の頂部端壁の中には第三キャビティ203が設置され、前記第三キャビティ203と前記第一キャビティ201との間には上下に延伸する第三回転軸43が回転できるように設置され、前記第一キャビティ201の中にある前記第三回転軸43の底部末端には前記第一歯車44と噛合する第二歯車45が固設され、前記第三キャビティ203の中にある前記第三回転軸43の頂部末端には第三傘歯車42が固設され、前記第三キャビティ203の中には前後に延伸する第四回転軸41が回転できるように設置され、前記第四回転軸41の後側末端には前記第三傘歯車42と噛合する第四傘歯車40が固設され、前記第四回転軸41の前側末端には第五傘歯車18が固設され、前記第三キャビティ203の頂部端壁の中には研磨キャビティ204が設置され、前記第三キャビティ203と前記研磨キャビティ204との間には上下に延伸する第五回転軸13が回転できるように設置され、前記第三キャビティ203の中にある前記第五回転軸13の底部末端には前記第五傘歯車18と噛合する第六傘歯車19が固設され、前記第三キャビティ203と前記研磨キャビティ204との間には上下に延伸する第六回転軸16が回転できるように設置され、前記第三キャビティ203の中にある前記第六回転軸16の底部末端には前記第五傘歯車18と噛合する第七傘歯車17が固設され、前記研磨キャビティ204の中にある第六回転軸16の頂部末端には下研磨ナイフ15が固設され、前記研磨キャビティ204の中にある前記第五回転軸13の頂部末端には上研磨ナイフ14が固設され、前記第一キャビティ201の頂部端壁の中には第四キャビティ205が設置され、前記第一キャビティ201と前記第四キャビティ205との間には上下に延伸する第七回転軸75が回転できるように設置され、前記第一キャビティ201の中にある前記第七回転軸75の底部末端には前記第一歯車44との係合から離れる第三歯車76が固設され、前記第四キャビティ205の中にある前記第七回転軸75の頂部末端には第八傘歯車74が固設され、前記第四キャビティ205の中には前後に延伸する第八回転軸73が回転できるように設置され、前記第八回転軸73の後側末端には前記第八傘歯車74と噛合する第九傘歯車72が固設され、前記第八回転軸73の前側末端が前記第四キャビティ205の前側端壁の中に固設されるポンプ33と動力で接続され、前記第四キャビティ205の右側端壁の中には預かりキャビティ206が設置され、前記研磨キャビティ204と前記ポンプ33との間には第一管路12が設置され、前記ポンプ33と前記預かりキャビティ206との間には第二管路34が設置され、前記第一回転軸52の右側末端には第四歯車54が固設され、前記第一キャビティ201の中には左右に延伸する第九回転軸57が回転できるように設置され、前記第九回転軸57の左側末端にはリングギヤ55が固設され、前記リングギヤ55と前記第四歯車54との間には第五歯車85が伝動設置され、前記第九回転軸57の右側末端には第十傘歯車59が固設され、前記第一キャビティ201と前記第四キャビティ205との間には上下に延伸する第十回転軸61が回転できるように設置され、前記第一キャビティ201の中にある前記第十回転軸61の底部末端には前記第十傘歯車59と噛合する第十一傘歯車60が固設され、前記第四キャビティ205の中にある前記第十回転軸61の頂部末端には第十二傘歯車69が固設され、前記第四キャビティ205の中には左右に延伸する第十一回転軸67が回転できるように設置され、前記第十一回転軸67の外表面には前記第十二傘歯車69と噛合する第十三傘歯車68が固設され、前記第十一回転軸67の右側末端には第十四傘歯車66が固設され、前記第四キャビティ205の底部端壁の中には第五キャビティ207が設置され、前記第四キャビティ205と前記第五キャビティ207との間には上下に延伸する第十二回転軸64が回転できるように設置され、前記第四キャビティ205の中にある前記第十二回転軸64の頂部末端には前記第十四傘歯車66と噛合する第十五傘歯車65が固設され、前記第五キャビティ207の中にある前記第十二回転軸64の底部末端には第十六傘歯車63が固設され、前記第五キャビティ207の中には前後に延伸する第十三回転軸31が回転できるように設置され、前記第十三回転軸31の後側末端には前記第十六傘歯車63と噛合する第十七傘歯車62が固設され、前記第十三回転軸31の前側末端には回転盤30が固設され、前記第五キャビティ207の右側端壁の中には濾過キャビティ208が設置され、前記濾過キャビティ208と前記預かりキャビティ206との間には第三管路32が設置され、前記濾過キャビティ208の中には濾過ブロック25が左右にスライドできるように設置され、前記濾過キャビティ208の中には左右にスライドするベゼル23が対称的に設置され、前記ベゼル23の左側端壁と前記濾過キャビティ208の左側端壁との間には第一ばね22が弾設され、前記濾過キャビティ208と前記第五キャビティ207との間には第一連接棒28が設置され、前記第一連接棒28の左側末端が前記濾過ブロック25の右側端壁と固定的に接続され、前記第五キャビティ207の中には第二連接棒29が設置され、前記第二連接棒29の左側末端が前記第一連接棒28の右側末端とヒンジで接続され、前記第二連接棒29の右側末端が前記回転盤30の前側端壁とヒンジで接続され、当該設備に自動的なドア開け装置が設置され、その装置がスライディングドア301、ラック302及び第九歯車303を含む。 As shown in FIGS. 1 to 6, the closed filtration apparatus according to the present invention includes a main body 11, a first cavity 201 is installed in the main body 11, and the first cavity 201 extends left and right. The first rotary shaft 52 is rotatably installed, and the left end of the first rotary shaft 52 is power-connected to a motor 49 installed in the left end wall of the first cavity 201, A first slide block 51 is slidably installed in 201, a second cavity 202 is installed in the first slide block 51, and a spline sleeve 50 is rotated in the second cavity 202. Installed so that the spline sleeve 50 and the first rotary shaft 52 are connected by power by a spline, the first bevel gear 48 on the outer surface of the spline sleeve 50 in the second cavity 202. Solid A second rotating shaft 46 extending vertically is installed between the first cavity 201 and the second cavity 202 so as to be rotatable, and the second rotating shaft 46 in the second cavity 202 is installed. A second bevel gear 47 that meshes with the first bevel gear 48 is fixed to the bottom end of the first bevel gear 48, and a first gear 44 is fixed to the top end of the second rotating shaft 46 in the first cavity 201. A third cavity 203 is installed in the top end wall of the first cavity 201, and a third rotating shaft 43 extending vertically is provided between the third cavity 203 and the first cavity 201. Installed so as to be rotatable, a second gear 45 that meshes with the first gear 44 is fixedly installed at the bottom end of the third rotating shaft 43 in the first cavity 201, and the third cavity 203 A third bevel gear 42 is fixedly installed at the top end of the third rotating shaft 43 inside, and A fourth rotating shaft 41 extending back and forth is installed in the cavity 203 so as to be rotatable, and a fourth bevel gear 40 meshing with the third bevel gear 42 is provided at a rear end of the fourth rotating shaft 41. The fifth bevel gear 18 is fixed at the front end of the fourth rotating shaft 41, and the polishing cavity 204 is installed in the top end wall of the third cavity 203. A fifth rotating shaft 13 extending vertically is installed between the polishing cavity 204 and the polishing cavity 204 so that the fifth rotating shaft 13 in the third cavity 203 can be rotated. A sixth bevel gear 19 that meshes with a bevel gear 18 is fixedly installed, and a sixth rotating shaft 16 extending vertically is installed between the third cavity 203 and the polishing cavity 204 so as to be rotatable. At the bottom end of the sixth rotating shaft 16 in the three cavity 203 is the fifth bevel gear 18 and The mating seventh bevel gear 17 is fixed, the lower polishing knife 15 is fixed at the top end of the sixth rotating shaft 16 in the polishing cavity 204, and the fifth polishing knife in the polishing cavity 204 is fixed. An upper polishing knife 14 is fixed to the top end of the rotary shaft 13, a fourth cavity 205 is installed in the top end wall of the first cavity 201, and the first cavity 201 and the fourth cavity 205 are A seventh rotating shaft 75 extending vertically is rotatably installed between the two, and the bottom end of the seventh rotating shaft 75 in the first cavity 201 is engaged with the first gear 44. A third gear 76 apart from is fixed, an eighth bevel gear 74 is fixed at the top end of the seventh rotating shaft 75 in the fourth cavity 205, and in the fourth cavity 205. The eighth rotary shaft 73 extending back and forth is installed so as to be rotatable, and the rear end of the eighth rotary shaft 73 is installed. A pump 33 in which a ninth bevel gear 72 meshing with the eighth bevel gear 74 is fixed to the end, and the front end of the eighth rotating shaft 73 is fixed in the front end wall of the fourth cavity 205. A power storage cavity 206 is installed in the right end wall of the fourth cavity 205, and a first conduit 12 is installed between the polishing cavity 204 and the pump 33. The second conduit 34 is installed between the 33 and the storage cavity 206, the fourth gear 54 is fixedly installed at the right end of the first rotating shaft 52, and the left and right sides are installed in the first cavity 201. The ninth rotating shaft 57 extending to the rotatably installed is rotatably mounted, a ring gear 55 is fixed at the left end of the ninth rotating shaft 57, and a fifth gear is provided between the ring gear 55 and the fourth gear 54. A gear 85 is installed by transmission, and a tenth bevel gear 59 is fixedly installed at the right end of the ninth rotating shaft 57, and the first key is installed. A tenth rotating shaft 61 extending vertically is installed between the bite 201 and the fourth cavity 205 so as to be rotatable, and at the bottom end of the tenth rotating shaft 61 in the first cavity 201. An eleventh bevel gear 60 that meshes with the tenth bevel gear 59 is fixed, and a twelfth bevel gear 69 is fixed at the top end of the tenth rotating shaft 61 in the fourth cavity 205. An eleventh rotating shaft 67 extending left and right is installed in the fourth cavity 205 so as to be rotatable, and an outer surface of the eleventh rotating shaft 67 meshes with the twelfth bevel gear 69. A thirteenth bevel gear 68 is fixed, a fourteenth bevel gear 66 is fixed at the right end of the eleventh rotating shaft 67, and a fifth cavity is provided in the bottom end wall of the fourth cavity 205. 207 is installed, and a twelfth rotating shaft 64 extending vertically is rotatable between the fourth cavity 205 and the fifth cavity 207. Is installed so that the fifteenth bevel gear 65 meshing with the fourteenth bevel gear 66 is fixedly installed at the top end of the twelfth rotating shaft 64 in the fourth cavity 205. A sixteenth bevel gear 63 is fixedly installed at the bottom end of the twelfth rotating shaft 64 in the fifth cavity 207, and a thirteenth rotating shaft 31 extending back and forth is provided in the fifth cavity 207. A rotatably installed, 17th bevel gear 62 that meshes with the 16th bevel gear 63 is fixed at the rear end of the 13th rotating shaft 31, and a front side of the 13th rotating shaft 31. A turntable 30 is fixed to the end, a filtration cavity 208 is installed in the right end wall of the fifth cavity 207, and a third pipe 32 is provided between the filtration cavity 208 and the deposit cavity 206. The filtration block 25 is installed in the filtration cavity 208 so as to be slidable from side to side. A bezel 23 that slides left and right is symmetrically installed in the cavity 208, and a first spring 22 is elastically installed between the left end wall of the bezel 23 and the left end wall of the filtration cavity 208. A first connecting rod 28 is installed between the filtering cavity 208 and the fifth cavity 207, and a left end of the connecting rod 28 is fixedly connected to a right end wall of the filtering block 25. A fifth connecting rod 29 is installed in the fifth cavity 207, the left end of the second connecting rod 29 is hingedly connected to the right end of the first connecting rod 28, and the right end of the second connecting rod 29 is connected. Is hingedly connected to the front end wall of the turntable 30 and an automatic door opening device is installed in the equipment, which includes a sliding door 301, a rack 302 and a ninth gear 303.

有益なまた例を示すように、前記第十一回転軸67の左側末端には第十八傘歯車70が固設され、前記第四キャビティ205の中には前後に延伸する第十四回転軸36が回転できるように設置され、前記第十四回転軸36の後側末端には前記第十八傘歯車70と噛合する第十九傘歯車71が固設され、前記第十四回転軸36の前側末端には第二十傘歯車35が固設され、前記第四キャビティ205と前記預かりキャビティ206との間には左右に延伸する第十五回転軸38が回転できるように設置され、前記第四キャビティ205の中にある前記第十五回転軸38の左側末端には前記第二十傘歯車35と噛合する第二十一傘歯車37が固設され、前記預かりキャビティ206の中にある前記第十五回転軸38の外表面には撹拌翼39が固設され、前記預かりキャビティ206の溶液の均等混合を保証することに有利であり、その同時に溶液内の不純物沈殿が前記第三管路32を閉塞することを防止し、当該設備の実用性を高める。 As an advantageous example, an eighteenth bevel gear 70 is fixed to the left end of the eleventh rotation shaft 67, and a fourteenth rotation shaft extending in the front and rear direction is provided in the fourth cavity 205. 36 is rotatably installed, and a nineteenth bevel gear 71 that meshes with the eighteenth bevel gear 70 is fixedly installed at the rear end of the fourteenth rotation shaft 36. A twenty bevel gear 35 is fixed to the front end of the, and a fifteenth rotation shaft 38 extending left and right is installed between the fourth cavity 205 and the deposit cavity 206 so as to be rotatable, and A 21st bevel gear 37 that meshes with the 20th bevel gear 35 is fixed to the left end of the 15th rotating shaft 38 in the fourth cavity 205, and is located in the deposit cavity 206. A stirring blade 39 is fixedly provided on the outer surface of the fifteenth rotating shaft 38 to ensure uniform mixing of the solution in the deposit cavity 206. This is advantageous, and at the same time prevents the precipitation of impurities in the solution from blocking the third conduit 32, thereby enhancing the practicality of the equipment.

有益なまた例を示すように、前記第一回転軸52の外表面には第六歯車53が固設され、前記第一スライドブロック51の右側端壁には往復リードスクリュー79が設置され、前記第九回転軸57の外表面にはタービン56が固設され、前記第一キャビティ201の中には上下に延伸するウォーム58が回転できるように設置され、前記ウォーム58が前記タービン56と係合し、前記ウォーム58の頂部末端には第一プーリ86が固設され、前記第一キャビティ201の中には上下に延伸する第十六回転軸84が回転できるように設置され、前記第十六回転軸84の頂部末端には第二プーリ88が固設され、前記第二プーリ88と前記第一プーリ86との間には第一ベルト87が伝動で設置され、前記第十六回転軸84の外表面には前記第二プーリ88の下に位置するカム83が固設され、前記第一キャビティ201の中には前記カム83との係合から離れる第二スライドブロック82がスライドできるように設置され、前記第二スライドブロック82には前記第六歯車53との係合から離れる第七歯車80が回転できるように設置され、前記第一キャビティ201の右側端壁の中には第一スライド溝89が設置され、前記第一スライド溝89の左側端壁と前記第二スライドブロック82の左側端壁との間には第二ばね90が弾設され、前記第一キャビティ201の中には回転ブロック78が回転できるように設置され、前記回転ブロック78には前記第七歯車80との係合から離れる第八歯車77が固設され、前記回転ブロック78の中には前記往復リードスクリュー79と係合するねじ山81が固設され、前記第二スライドブロック82が左右にスライドすることを制御し、これにより前記第一スライドブロック51が左右にスライドすることを制御することに有利であり、これにより当該設備の作業状態を制御し、当該設備の自動化程度を高める。 As an advantageous and example, a sixth gear 53 is fixedly mounted on the outer surface of the first rotary shaft 52, and a reciprocating lead screw 79 is mounted on the right end wall of the first slide block 51. A turbine 56 is fixedly mounted on the outer surface of the ninth rotating shaft 57, and a worm 58 extending vertically is rotatably installed in the first cavity 201, and the worm 58 engages with the turbine 56. A first pulley 86 is fixed to the top end of the worm 58, and a sixteenth rotating shaft 84 extending vertically is installed in the first cavity 201 so as to be rotatable. A second pulley 88 is fixedly installed at the top end of the rotating shaft 84, and a first belt 87 is installed between the second pulley 88 and the first pulley 86 by transmission, and the sixteenth rotating shaft 84 A cam 83 located below the second pulley 88 is fixedly mounted on the outer surface of the first cavity. In the 201, a second slide block 82 which is separated from the engagement with the cam 83 is slidably installed, and a seventh gear which is separated from the engagement with the sixth gear 53 is provided on the second slide block 82. 80 is rotatably installed, a first slide groove 89 is installed in the right end wall of the first cavity 201, the left end wall of the first slide groove 89 and the left side of the second slide block 82. A second spring 90 is elastically provided between the end wall and a rotary block 78 in the first cavity 201 such that the rotary block 78 can rotate, and the rotary block 78 is engaged with the seventh gear 80. The eighth gear 77 which is separated from the joint is fixed, the screw thread 81 which engages with the reciprocating lead screw 79 is fixed in the rotation block 78, and the second slide block 82 slides left and right. Control, and thereby the first slide block It is advantageous to control that the rack 51 slides to the left and right, which controls the working state of the equipment and enhances the degree of automation of the equipment.

有益なまた例を示すように、前記濾過キャビティ208の底部端壁の中には豆乳保存キャビティ209が設置され、前記濾過キャビティ208の底部端壁の中にはおから保存キャビティ210が設置され、前記豆乳保存キャビティ209と前記濾過ブロック25とが前記第四管路26により接続され、前記おから保存キャビティ210と前記濾過キャビティ208の左側との間には連通管路24が設置され、前記おから保存キャビティ210と前記濾過キャビティ208の右側との間には第五管路27が設置され、濾過された豆乳を異なる領域に保存することに有利であり、次の処理に便利であり、生産効果と利益を高める。 As a beneficial and example, a soy milk storage cavity 209 is installed in the bottom end wall of the filtration cavity 208 and an okara storage cavity 210 is installed in the bottom end wall of the filtration cavity 208. The soybean milk storage cavity 209 and the filtration block 25 are connected by the fourth pipe line 26, and a communication pipe line 24 is installed between the Okara storage cavity 210 and the left side of the filtration cavity 208. A fifth conduit 27 is installed between the storage cavity 210 and the right side of the filtration cavity 208, which is advantageous for storing the filtered soymilk in different areas, convenient for the next process, and effective in producing. And increase profits.

有益なまた例を示すように、前記濾過ブロック25の左右端壁の中にはフィルタ251が対称的に固設され、前記濾過ブロック25の中には十五個の逆止弁ブロック252が左右対称的に固設され、前記濾過ブロック25の中には連通キャビティ253が設置され、前記連通キャビティ253が前記第四管路26と接続され、前記濾過ブロック25が左右にスライドする間に濾過ブロック25の左右両側の研磨された豆乳をいずれも濾過処理をすることに有利であり、その同時に、一つの側の豆乳を濾過するとき、濾過された豆乳がもう一つの側に入ることを避け、当該設備の作業効率を高める。 As a useful and example, filters 251 are symmetrically fixed in the left and right end walls of the filtration block 25, and there are fifteen check valve blocks 252 in the filtration block 25. Symmetrically fixed, a communication cavity 253 is installed in the filtration block 25, the communication cavity 253 is connected to the fourth conduit 26, and the filtration block 25 slides left and right while the filtration block is slid. It is advantageous to filter the polished soymilk on both the left and right sides of 25, and at the same time, when filtering the soymilk on one side, avoid the filtered soymilk from entering the other side, Improve the work efficiency of the equipment.

有益なまた例を示すように、前記第四キャビティ205の頂部端壁の中には第二シュート306が設置され、前記第二シュート306の中にはスライディングドア301が左右にスライドできるように設置され、前記スライディングドア301の右側端壁と前記第二シュート306の右側端壁との間には第三ばね305が弾設され、前記スライディングドア301の底部端壁にはラック302が固設され、前記第四キャビティ205の中にある前記第七回転軸75の外表面には第三プーリ309が固設され、前記第四キャビティ205の中には上下に延伸する第十七回転軸310が回転できるように設置され、前記第十七回転軸310の底部末端には第四プーリ307が固設され、前記第四プーリ307と前記第三プーリ309との間に第二ベルト308が伝動で設置され、前記第十七回転軸310の頂部末端には第二十二傘歯車311が固設され、前記第四キャビティ205の中には前後に延伸する第十八回転軸304が回転できるように設置され、前記第十八回転軸304の後側末端には前記第二十二傘歯車311と噛合する第二十三傘歯車312が固設され、前記第十八回転軸304の前側末端には前記ラック302と噛合する第九歯車303が固設され、前記研磨キャビティ204で研磨した後に自動的に前記スライディングドア301を開け、豆を添加し続けることに有利であり、当該設備の連続作業効率を高める。 As an informative example, a second chute 306 is installed in the top end wall of the fourth cavity 205, and a sliding door 301 is installed in the second chute 306 so that the sliding door 301 can slide left and right. A third spring 305 is elastically mounted between the right end wall of the sliding door 301 and the right end wall of the second chute 306, and a rack 302 is fixedly mounted on the bottom end wall of the sliding door 301. A third pulley 309 is fixedly provided on the outer surface of the seventh rotary shaft 75 in the fourth cavity 205, and a seventeenth rotary shaft 310 extending vertically is provided in the fourth cavity 205. A fourth pulley 307 is fixedly installed at the bottom end of the seventeenth rotating shaft 310, and the second belt 308 is transmitted between the fourth pulley 307 and the third pulley 309. It is installed and has a twenty-two umbrella tooth at the top end of the seventeenth rotating shaft 310. 311 is fixedly installed, the eighteenth rotation shaft 304 extending in the front and rear direction is rotatably installed in the fourth cavity 205, and the twenty-first rotation shaft 304 is provided at the rear end of the twenty-sixth rotation shaft 304. A second bevel gear 312 that meshes with the second bevel gear 311 is fixedly installed, and a ninth gear 303 that meshes with the rack 302 is fixedly installed at the front end of the eighteenth rotating shaft 304, and the polishing cavity 204 It is advantageous to automatically open the sliding door 301 and continue to add the beans after polishing with (1), and enhance the continuous working efficiency of the equipment.

本発明の設備が初期状態に、前記第一スライドブロック51が最大限に前記第一キャビティ201の左側に位置し、前記第一歯車44が前記第二歯車45と噛合し、前記カム83が前記第二スライドブロック82との係合から離れ、前記第七歯車80が前記第六歯車53及び前記第八歯車77との係合から離れ、前記濾過ブロック25が最大限に前記濾過キャビティ208の右側に位置する； In the initial state of the equipment of the present invention, the first slide block 51 is located to the maximum left of the first cavity 201, the first gear 44 meshes with the second gear 45, the cam 83 is the Disengaged from engagement with the second slide block 82, the seventh gear 80 disengaged from engagement with the sixth gear 53 and the eighth gear 77, and the filtration block 25 maximizes right side of the filtration cavity 208. Located in;

本発明の設備を使用するとき、前記モータ49が起動され、前記モータ49が前記第一回転軸52を駆動し回転させ、前記第一回転軸52が前記スプラインスリーブ50を駆動し回転させ、前記スプラインスリーブ50が前記第一傘歯車48を駆動し回転させ、前記第一傘歯車48が前記第二傘歯車47を駆動し回転させ、前記第二傘歯車47が前記第二歯車45を駆動し回転させ、前記第二歯車45が前記第三傘歯車42を駆動し回転させ、前記第三傘歯車42が前記第四傘歯車40を駆動し回転させ、前記第四傘歯車40が前記第五傘歯車18を駆動し回転させ、前記第五傘歯車18が前記第七傘歯車17を駆動し回転させ、前記第七傘歯車17が前記下研磨ナイフ15を駆動し回転させ、前記第五傘歯車18が前記第六傘歯車19を駆動し回転させ、前記第六傘歯車19が前記上研磨ナイフ14を駆動し回転させ、前記研磨キャビティ204の中にある豆を十分に研磨し、その同時に、前記第一回転軸52が前記第四歯車54を駆動し回転させ、前記第四歯車54が前記リングギヤ55を駆動し回転させ、前記リングギヤ55が前記第九回転軸57を駆動し回転させ、前記第九回転軸57が前記タービン56を駆動し回転させ、前記タービン56が前記ウォーム58を駆動し回転させ、前記ウォーム58が前記第一プーリ86を駆動し回転させ、前記第一プーリ86が前記第二プーリ88を駆動し回転させ、前記第二プーリ88が前記カム83を駆動し回転させ、前記研磨キャビティ204の中にある豆が完全に研磨完了されると、前記カム83が前記第二スライドブロック82と係合し、前記カム83が前記第二スライドブロック82を駆動し左側へスライドさせ、前記第二スライドブロック82が前記第七歯車80を駆動し左側へスライドさせ、前記第七歯車80が前記第六歯車53及び前記第八歯車77と噛合し、前記第一回転軸52が前記第六歯車53を駆動し回転させ、前記第六歯車53が前記第七歯車80を駆動し回転させ、前記第七歯車80が前記第八歯車77を駆動し回転させ、前記第八歯車77が前記回転ブロック78を駆動し回転させ、前記回転ブロック78が前記第一スライドブロック51を駆動し右側へスライドさせ、前記第一歯車44が前記第二歯車45との係合から離れ、前記第一歯車44が前記第三歯車76と噛合すると、前記カム83が前記第二スライドブロック82との係合から離れ、前記第二スライドブロック82が左へスライドし、前記第七歯車80が前記第六歯車53及び第八歯車77との係合から離れ、前記第一歯車44が前記第七回転軸75を駆動し回転させ、前記第七回転軸75が前記第八傘歯車74を駆動し回転させ、前記第八傘歯車74が前記第九傘歯車72を駆動し回転させ、前記第九傘歯車72が前記ポンプ33を駆動し作動を始めさせ、前記ポンプ33が前記研磨キャビティ204の中にある研磨された豆乳を前記第一管路12及び前記第二管路34を経由して前記預かりキャビティ206の中に輸送し、その同時に、前記第九回転軸57が前記第十傘歯車59を駆動し回転させ、前記第十傘歯車59が前記第十一傘歯車60を駆動し回転させ、前記第十一傘歯車60が前記第十二傘歯車69を駆動し回転させ、前記第十二傘歯車69が前記第十三傘歯車68を駆動し回転させ、前記第十三傘歯車68が前記第十一回転軸67を駆動し回転させ、前記第十一回転軸67が前記第十八傘歯車70を駆動し回転させ、前記第十八傘歯車70が前記第十九傘歯車71を駆動し回転させ、前記第十九傘歯車71が前記第二十傘歯車35を駆動し回転させ、前記第二十傘歯車35が前記第二十一傘歯車37を駆動し回転させ、前記第二十一傘歯車37が前記第十五回転軸38を駆動し回転させ、前記第十五回転軸38が前記撹拌翼39を駆動し回転させ、前記撹拌翼39は前記預かりキャビティ206の中の豆乳が常に均等に混合されることを保証し、不純物が前記第三管路32を閉塞することを避け、前記預かりキャビティ206の中の豆乳が第三管路32を経由して前記濾過キャビティ208の中に入り、前記第十一回転軸67が前記第十四傘歯車66を駆動し回転させ、前記第十四傘歯車66が前記第十五傘歯車65を駆動し回転させ、前記第十五傘歯車65が前記第十六傘歯車63を駆動し回転させ、前記第十六傘歯車63が前記第十七傘歯車62を駆動し回転させ、前記第十七傘歯車62が前記回転盤30を駆動し回転させ、前記回転盤30が前記第二連接棒29を駆動し左側へスライドさせ、前記第二連接棒29が前記第一連接棒28を駆動し左側へスライドさせ、前記第一連接棒28が前記濾過ブロック25を駆動し左側へスライドさせ、前記濾過ブロック25が豆乳を濾過し、前記濾過された後の不純物のない豆乳が前記第四管路26を経由して前記豆乳保存キャビティ209の中に入り、前記濾過ブロック25が前記ベゼル23を駆動し左側へスライドさせ、前記残りのおからが前記連通管路24を経由して前記おから保存キャビティ210の中に入り、研磨された豆乳を分配処理し、製品の利益を高める。 When using the equipment of the present invention, the motor 49 is started, the motor 49 drives and rotates the first rotating shaft 52, the first rotating shaft 52 drives and rotates the spline sleeve 50, The spline sleeve 50 drives and rotates the first bevel gear 48, the first bevel gear 48 drives and rotates the second bevel gear 47, and the second bevel gear 47 drives the second gear 45. The second bevel gear 45 drives and rotates the third bevel gear 42, the third bevel gear 42 drives and rotates the fourth bevel gear 40, and the fourth bevel gear 40 rotates the fifth bevel gear 40. Driving and rotating a bevel gear 18, the fifth bevel gear 18 drives and rotates the seventh bevel gear 17, the seventh bevel gear 17 drives and rotates the lower polishing knife 15, and the fifth bevel The gear 18 drives and rotates the sixth bevel gear 19, and the sixth bevel gear 19 drives and rotates the upper polishing knife 14. The beans in the polishing cavity 204 are sufficiently polished, and at the same time, the first rotating shaft 52 drives and rotates the fourth gear 54, and the fourth gear 54 drives the ring gear 55. The ring gear 55 drives and rotates the ninth rotating shaft 57, the ninth rotating shaft 57 drives and rotates the turbine 56, the turbine 56 drives and rotates the worm 58, and the worm rotates. 58 drives and rotates the first pulley 86, the first pulley 86 drives and rotates the second pulley 88, the second pulley 88 drives and rotates the cam 83, and When the beans inside are completely polished, the cam 83 engages with the second slide block 82, the cam 83 drives the second slide block 82 to slide to the left, and the second slide The block 82 drives the seventh gear 80. Then, the seventh gear 80 meshes with the sixth gear 53 and the eighth gear 77, and the first rotary shaft 52 drives and rotates the sixth gear 53 to rotate the sixth gear 53. Drives and rotates the seventh gear 80, the seventh gear 80 drives and rotates the eighth gear 77, the eighth gear 77 drives and rotates the rotation block 78, the rotation block 78 is When the first slide block 51 is driven and slid to the right, the first gear 44 moves away from the engagement with the second gear 45, and the first gear 44 meshes with the third gear 76, the cam 83 Is separated from the engagement with the second slide block 82, the second slide block 82 slides to the left, the seventh gear 80 is separated from the engagement with the sixth gear 53 and the eighth gear 77, The first gear 44 drives and rotates the seventh rotating shaft 75, and the seventh rotating shaft 75 causes the eighth rotating shaft 75 to rotate. The gear 74 is driven and rotated, the eighth bevel gear 74 drives and rotates the ninth bevel gear 72, the ninth bevel gear 72 drives the pump 33 to start operation, and the pump 33 is the The polished soy milk in the polishing cavity 204 is transported into the depositing cavity 206 via the first conduit 12 and the second conduit 34, and at the same time, the ninth rotating shaft 57 is The tenth bevel gear 59 is driven and rotated, the tenth bevel gear 59 drives and rotates the eleventh bevel gear 60, and the eleventh bevel gear 60 drives and rotates the twelfth bevel gear 69. Then, the twelfth bevel gear 69 drives and rotates the thirteenth bevel gear 68, the thirteenth bevel gear 68 drives and rotates the eleventh rotation shaft 67, and the eleventh rotation shaft. 67 drives and rotates the eighteenth bevel gear 70, the eighteenth bevel gear 70 drives and rotates the nineteenth bevel gear 71, and the nineteenth bevel gear The car 71 drives and rotates the twenty bevel gear 35, the twenty bevel gear 35 drives and rotates the twenty one bevel gear 37, and the twenty one bevel gear 37 causes the tenth bevel gear 37 to rotate. The five rotary shaft 38 is driven and rotated, the fifteenth rotary shaft 38 drives and rotates the stirring blade 39, and the stirring blade 39 ensures that the soymilk in the deposit cavity 206 is always uniformly mixed. To ensure that impurities do not block the third conduit 32, soy milk in the deposit cavity 206 enters the filtration cavity 208 via the third conduit 32, and the eleventh rotation. The shaft 67 drives and rotates the fourteenth bevel gear 66, the fourteenth bevel gear 66 drives and rotates the fifteenth bevel gear 65, and the fifteenth bevel gear 65 causes the sixteenth bevel gear to rotate. The gear 63 is driven and rotated, the sixteenth bevel gear 63 drives and rotates the seventeen bevel gear 62, and the seventeen bevel gear 62 drives the turntable 30. Then, the turntable 30 drives the second connecting rod 29 to slide to the left side, the second connecting rod 29 drives the first series connecting rod 28 to slide to the left side, and the first series connecting rod 28. Is driving the filtration block 25 to slide to the left, the filtration block 25 filters soymilk, soybean milk without impurities after the filtration of the soymilk storage cavity 209 via the fourth conduit 26. Inside, the filtration block 25 drives the bezel 23 to slide to the left, the remaining okara enters the okara storage cavity 210 via the communication conduit 24, and the soybean milk is polished. Distributing to increase product profit.

本発明の有益な効果は下記の通りである：本発明の設備が初期状態に、前記第一スライドブロックが最大限に前記第一キャビティの左側に位置し、前記第一歯車が前記第二歯車と噛合し、前記カムが前記第二スライドブロックとの係合から離れ、前記第七歯車が前記第六歯車及び前記第八歯車との係合から離れ、前記濾過ブロックが最大限に前記濾過キャビティの右側に位置する； The beneficial effects of the present invention are as follows: the equipment of the present invention is in an initial state, the first slide block is located at the maximum left side of the first cavity, and the first gear is the second gear. , The cam disengages from engagement with the second slide block, the seventh gear disengages from engagement with the sixth gear and the eighth gear, and the filtration block maximizes the filtration cavity. Located to the right of

本発明の設備を使用するとき、前記モータが起動され、前記モータが前記第一回転軸を駆動し回転させ、前記第一回転軸が前記スプラインスリーブを駆動し回転させ、前記スプラインスリーブが前記第一傘歯車を駆動し回転させ、前記第一傘歯車が前記第二傘歯車を駆動し回転させ、前記第二傘歯車が前記第二歯車を駆動し回転させ、前記第二歯車が前記第三傘歯車を駆動し回転させ、前記第三傘歯車が前記第四傘歯車を駆動し回転させ、前記第四傘歯車が前記第五傘歯車を駆動し回転させ、前記第五傘歯車が前記第七傘歯車を駆動し回転させ、前記第七傘歯車が前記下研磨ナイフを駆動し回転させ、前記第五傘歯車が前記第六傘歯車を駆動し回転させ、前記第六傘歯車が前記上研磨ナイフを駆動し回転させ、前記研磨キャビティの中にある豆を十分に研磨し、その同時に、前記第一回転軸が前記第四歯車を駆動し回転させ、前記第四歯車が前記リングギヤを駆動し回転させ、前記リングギヤが前記第九回転軸を駆動し回転させ、前記第九回転軸が前記タービンを駆動し回転させ、前記タービンが前記ウォームを駆動し回転させ、前記ウォームが前記第一プーリを駆動し回転させ、前記第一プーリが前記第二プーリを駆動し回転させ、前記第二プーリが前記カムを駆動し回転させ、前記研磨キャビティの中にある豆が完全に研磨完了されると、前記カムが前記第二スライドブロックと係合し、前記カムが前記第二スライドブロックを駆動し左側へスライドさせ、前記第二スライドブロックが前記第七歯車を駆動し左側へスライドさせ、前記第七歯車が前記第六歯車及び前記第八歯車と噛合し、前記第一回転軸が前記第六歯車を駆動し回転させ、前記第六歯車が前記第七歯車を駆動し回転させ、前記第七歯車が前記第八歯車を駆動し回転させ、前記第八歯車が前記回転ブロックを駆動し回転させ、前記回転ブロックが前記第一スライドブロックを駆動し右側へスライドさせ、前記第一歯車が前記第二歯車との係合から離れ、前記第一歯車が前記第三歯車と噛合すると、前記カムが前記第二スライドブロックとの係合から離れ、前記第二スライドブロックが左へスライドし、前記第七歯車が前記第六歯車及び第八歯車との係合から離れ、前記第一歯車が前記第七回転軸を駆動し回転させ、前記第七回転軸が前記第八傘歯車を駆動し回転させ、前記第八傘歯車が前記第九傘歯車を駆動し回転させ、前記第九傘歯車が前記ポンプを駆動し作業を始めさせ、前記ポンプが前記研磨キャビティの中にある研磨された豆乳を前記第一管路及び前記第二管路を通じて前記預かりキャビティの中に輸送し、その同時に、前記第九回転軸が前記第十傘歯車を駆動し回転させ、前記第十傘歯車が前記第十一傘歯車を駆動し回転させ、前記第十一傘歯車が前記第十二傘歯車を駆動し回転させ、前記第十二傘歯車が前記第十三傘歯車を駆動し回転させ、前記第十三傘歯車が前記第十一回転軸を駆動し回転させ、前記第十一回転軸が前記第十八傘歯車を駆動し回転させ、前記第十八傘歯車が前記第十九傘歯車を駆動し回転させ、前記第十九傘歯車が前記第二十傘歯車を駆動し回転させ、前記第二十傘歯車が前記第二十一傘歯車を駆動し回転させ、前記第二十一傘歯車が前記第十五回転軸を駆動し回転させ、前記第十五回転軸が前記撹拌翼を駆動し回転させ、前記撹拌翼は前記預かりキャビティの中の豆乳が常に均等に混合されることを保証し、不純物が前記第三管路を閉塞することを避け、前記預かりキャビティの中の豆乳が第三管路により前記濾過キャビティの中に入り、前記第十一回転軸が前記第十四傘歯車を駆動し回転させ、前記第十四傘歯車が前記第十五傘歯車を駆動し回転させ、前記第十五傘歯車が前記第十六傘歯車を駆動し回転させ、前記第十六傘歯車が前記第十七傘歯車を駆動し回転させ、前記第十七傘歯車が前記回転盤を駆動し回転させ、前記回転盤が前記第二連接棒を駆動し左側へスライドさせ、前記第二連接棒が前記第一連接棒を駆動し左側へスライドさせ、前記第一連接棒が前記濾過ブロックを駆動し左側へスライドさせ、前記濾過ブロックが豆乳を濾過し、前記濾過された後の不純物のない豆乳が前記第四管路により前記豆乳保存キャビティの中に入り、前記濾過ブロックが前記ベゼルを駆動し左側へスライドさせ、前記残りのおからが前記連通管路を経由して前記おから保存キャビティの中に入り、研磨された豆乳を分配処理し、製品の利益を高める。 When using the equipment of the present invention, the motor is started, the motor drives and rotates the first rotating shaft, the first rotating shaft drives and rotates the spline sleeve, and the spline sleeve is One bevel gear is driven and rotated, the first bevel gear drives and rotates the second bevel gear, the second bevel gear drives and rotates the second gear, and the second gear is the third A bevel gear is driven and rotated, the third bevel gear drives and rotates the fourth bevel gear, the fourth bevel gear drives and rotates the fifth bevel gear, and the fifth bevel gear is the The seventh bevel gear is driven and rotated, the seventh bevel gear drives and rotates the lower polishing knife, the fifth bevel gear drives and rotates the sixth bevel gear, and the sixth bevel gear is the upper one. Drive and rotate the polishing knife, which is in the polishing cavity At the same time, the first rotary shaft drives and rotates the fourth gear, the fourth gear drives and rotates the ring gear, and the ring gear drives and rotates the ninth rotary shaft. The ninth rotation shaft drives and rotates the turbine, the turbine drives and rotates the worm, the worm drives and rotates the first pulley, and the first pulley rotates the second pulley. When the second pulley drives and rotates, the second pulley drives and rotates, and when the beans in the polishing cavity are completely polished, the cam engages with the second slide block and the cam Drives the second slide block to slide to the left, the second slide block drives the seventh gear to slide to the left, and the seventh gear is the sixth gear and the eighth gear. Meshing, the first rotating shaft drives and rotates the sixth gear, the sixth gear drives and rotates the seventh gear, the seventh gear drives and rotates the eighth gear, An eighth gear drives and rotates the rotation block, the rotation block drives the first slide block and slides to the right, the first gear separates from engagement with the second gear, and the first gear Meshes with the third gear, the cam separates from the engagement with the second slide block, the second slide block slides to the left, and the seventh gear with the sixth gear and the eighth gear. Disengaged, the first gear drives and rotates the seventh rotating shaft, the seventh rotating shaft drives and rotates the eighth bevel gear, the eighth bevel gear rotates the ninth bevel gear. Driven and rotated, and the ninth bevel gear drives the pump. The pump moves the soybean milk in the polishing cavity into the depositing cavity through the first line and the second line, at the same time as the ninth rotation. A shaft drives and rotates the tenth bevel gear, the tenth bevel gear drives and rotates the eleventh bevel gear, and the eleventh bevel gear drives and rotates the twelfth bevel gear, The twelfth bevel gear drives and rotates the thirteenth bevel gear, the thirteenth bevel gear drives and rotates the eleventh rotation shaft, and the eleventh rotation shaft has the eighteenth umbrella. The gear is driven and rotated, the eighteenth bevel gear drives and rotates the nineteenth bevel gear, the nineteenth bevel gear drives and rotates the twenty bevel gear, and the twenty-tenth umbrella. A gear drives and rotates the twenty-first bevel gear, and the twenty-first bevel gear drives the fifteenth rotation shaft. The soybean milk in the deposit cavity is always uniformly mixed, and the impurities flow through the third conduit. Avoiding clogging, soy milk in the deposit cavity enters into the filtration cavity by the third conduit, and the eleventh rotation shaft drives and rotates the fourteenth bevel gear, A bevel gear drives and rotates the fifteenth bevel gear, the fifteen bevel gear drives and rotates the sixteenth bevel gear, and the sixteenth bevel gear drives the seventeenth bevel gear. Rotating, the seventeenth bevel gear drives and rotates the turntable, the turntable drives the second connecting rod and slides to the left, and the second connecting rod drives the first series connecting rod. Slide to the left and the first connecting rod drives the filtration block to slide to the left. And the filter block filters the soy milk, and the filtered clean soy milk enters the soy milk storage cavity through the fourth conduit, and the filter block drives the bezel and slides to the left. Then, the remaining okara enters the okara storage cavity via the communication line to dispense the ground soymilk and enhance the profit of the product.

以上の詳細的な分析から分かることは、濾過ブロックを利用し両方向濾過を行い、濾過効率を倍に高めることが実現でき、そして上研磨ナイフ及び下研磨ナイフの逆方向回転により豆を研磨し、研磨工程がより十分であり、回転中により生成されたトルクが互いに相殺され、装置の使用寿命を延ばすことである。 What can be seen from the above detailed analysis is that the filtration block is used to carry out bidirectional filtration to double the filtration efficiency, and the beans are polished by the reverse rotation of the upper and lower polishing knives. The polishing process is more complete and the torques generated by the rotations cancel each other out, extending the service life of the device.

従って、本申請の方法が全体構造においてより合理で巧妙であり、取り付けやメンテナンスや修理がいずれも簡単であり、機能の信頼性も高く、また濾過された後の二つの製品を異なる領域に保管し、別々に処理し、工場の生産効果と利益を高め、工場の作業コストを削減し、また当該設備が使用中に高効率の自動化程度を持ち、高い使用と普及価値がある。 Therefore, the method of this application is more rational and sophisticated in the overall structure, easy to install, maintain and repair, reliable in function, and the two products after filtration are stored in different areas. However, it can be treated separately, enhance the production effect and profit of the factory, reduce the working cost of the factory, and have a high degree of efficient automation while the equipment is in use, and have high usage and diffusion value.

本分野の技術者が明確できるのは、本発明の総体精神や発想から離脱しない場合で、以上の実施例に各種な変形ができ、それらの変形がすべて本発明の保護範囲にある。本発明の保護方案は本発明の権利要求書を標準とすべきである。 It is clear to a person skilled in the art that the present invention can be modified in various ways without departing from the general spirit and idea of the invention, and all the modifications are within the protection scope of the invention. The protection scheme of the present invention should be based on the claims of the present invention.

Claims

A main body is included, a first cavity is installed in the main body, and a first rotary shaft extending left and right is installed in the first cavity so as to be rotatable, and a left end of the first rotary shaft is A power is connected to a motor installed in a left end wall of the first cavity, a first slide block is installed in the first cavity so as to be slidable, and a first slide block is installed in the first slide block. A second cavity is installed, a spline sleeve is rotatably installed in the second cavity, and the spline sleeve and the first rotating shaft are connected by power by a spline, and the second cavity is installed in the second cavity. A first bevel gear is fixedly mounted on the outer surface of the spline sleeve, and a second rotating shaft extending vertically is provided between the first cavity and the second cavity. A second bevel gear that meshes with the first bevel gear is fixedly installed at the bottom end of the second rotating shaft that is installed so as to be rotatable and that is in the first cavity. A first gear is fixed to the top end of the second rotary shaft, a third cavity is installed in the top end wall of the first cavity, and a third cavity is provided between the third cavity and the first cavity. Is installed so that the third rotating shaft extending vertically can be rotated, the second gear that meshes with the first gear is fixedly installed at the bottom end of the third rotating shaft in the first cavity, A third bevel gear is fixed to the top end of the third rotating shaft in the third cavity, and a fourth rotating shaft extending in the front-rear direction is rotatably installed in the third cavity. , The rear end of the fourth rotating shaft engages with the third bevel gear. A fourth bevel gear is fixed, a fifth bevel gear is fixed at the front end of the fourth rotating shaft, and a polishing cavity is installed in the top end wall of the third cavity. A fifth rotating shaft extending vertically is installed between the cavity and the polishing cavity so as to be rotatable, and the fifth bevel gear is provided at a bottom end of the fifth rotating shaft in the third cavity. A sixth bevel gear meshing with the third bevel gear is fixedly installed, and a sixth rotating shaft extending vertically is rotatably installed between the third cavity and the polishing cavity. A seventh bevel gear meshing with the fifth bevel gear is fixed to the bottom end of the six rotary shaft, and a lower polishing knife is fixed to the top end of the sixth rotary shaft in the polishing cavity. The top of the fifth rotating shaft in the polishing cavity An upper polishing knife is fixedly installed at the end, a fourth cavity is installed in the top end wall of the first cavity, and a seventh cavity extending vertically between the first cavity and the fourth cavity. The rotation shaft is rotatably installed, and the third gear away from the engagement with the first gear is fixedly installed at the bottom end of the seventh rotation shaft in the first cavity, and the fourth cavity. An eighth bevel gear is fixedly attached to the top end of the seventh rotating shaft in the above, and an eighth rotating shaft extending in the front-rear direction is rotatably installed in the fourth cavity. A pump in which a ninth bevel gear meshing with the eighth bevel gear is fixedly mounted at a rear end of the rotating shaft, and a front end of the eighth rotating shaft is fixedly mounted in a front end wall of the fourth cavity. It is connected to the power by and is stored in the right end wall of the fourth cavity. A cavity is installed, a first conduit is installed between the polishing cavity and the pump, a second conduit is installed between the pump and the deposit cavity, and the right side of the first rotating shaft is installed. A fourth gear is fixed to the end, a ninth rotating shaft extending left and right is installed in the first cavity so as to be rotatable, and a ring gear is fixed to the left end of the ninth rotating shaft. A fifth gear is transmission-installed between the ring gear and the fourth gear, and a tenth bevel gear is fixedly installed at a right end of the ninth rotating shaft, and the first cavity and the fourth cavity are provided. A tenth rotating shaft extending vertically is rotatably installed between the tenth rotating shaft and a tenth umbrella that meshes with the tenth bevel gear at the bottom end of the tenth rotating shaft in the first cavity. Before the gear is fixed and in the fourth cavity A twelfth bevel gear is fixed to the top end of the tenth rotating shaft, and an eleventh rotating shaft extending left and right is installed in the fourth cavity so as to be rotatable. A thirteenth bevel gear that meshes with the twelfth bevel gear is fixed to the outer surface of the fourteenth bevel gear, and a fourteenth bevel gear is fixed to the right end of the eleventh rotating shaft. A fifth cavity is installed in the bottom end wall, and a twelfth rotating shaft extending vertically is installed between the fourth cavity and the fifth cavity so as to be rotatable. A fifteenth bevel gear meshing with the fourteenth bevel gear is fixedly installed at a top end of the twelfth rotation shaft inside, and a bottom end of the twelfth rotation shaft inside the fifth cavity. A sixteenth bevel gear is fixedly installed in the fifth cavity, and a thirteenth rotating shaft extending in the front and rear is provided in the fifth cavity. Is installed so that it can rotate, a 17th bevel gear that meshes with the 16th bevel gear is fixedly installed at the rear end of the 13th rotating shaft, and a front end of the 13th rotating shaft is provided. A rotating disk is fixedly installed, a filtration cavity is installed in the right end wall of the fifth cavity, and a third pipe line is installed between the filtration cavity and the deposit cavity. A filtration block is installed so that it can slide to the left and right, and a bezel that slides to the left and right is symmetrically installed in the filtration cavity, and between the left end wall of the bezel and the left end wall of the filtration cavity. A first spring is installed elastically, a first connecting rod is installed between the filtering cavity and the fifth cavity, and a left end of the connecting rod is fixed to a right end wall of the filtering block. Connected to the fifth key A second connecting rod is installed in the bite, a left end of the second connecting rod is connected to a right end of the first connecting rod by a hinge, and a right end of the second connecting rod is a front side of the turntable. It is connected to the end wall by a hinge, an automatic door opening device is installed in the equipment, the device includes a sliding door, a rack and a ninth gear, and the eighteenth umbrella is provided at the left end of the eleventh rotating shaft. A gear is fixedly installed, and a fourteenth rotating shaft extending in the front and rear direction is rotatably installed in the fourth cavity, and the eighteen bevel gear is provided at a rear end of the fourteenth rotating shaft. A nineteenth bevel gear that meshes with the fourteenth bevel gear is fixed, a twenty bevel gear is fixed at the front end of the fourteenth rotating shaft, and extends left and right between the fourth cavity and the deposit cavity. The 15th rotating shaft is installed so that it can rotate and inside the 4th cavity. A twenty-first bevel gear that meshes with the twenty bevel gear is fixed to the left end of the fifteenth rotation shaft, and the outer surface of the fifteenth rotation shaft in the deposit cavity is fixed on the outer surface. A stirring blade is fixed, which is advantageous in ensuring uniform mixing of the solution in the depositing cavity, and at the same time preventing the precipitation of impurities in the solution from blocking the third line, and the practicality of the equipment. A sixth gear is fixedly installed on the outer surface of the first rotating shaft, a reciprocating lead screw is installed on the right end wall of the first slide block, and a turbine is installed on the outer surface of the ninth rotating shaft. And a worm that extends vertically is installed in the first cavity so as to be rotatable, the worm engages with the turbine, and a first pulley is fixed to a top end of the worm. , Inside the first cavity above The sixteenth rotating shaft extending downward is installed so as to be rotatable, a second pulley is fixedly installed at the top end of the sixteenth rotating shaft, and between the second pulley and the first pulley. A first belt is installed by power transmission, a cam located below the second pulley is fixedly provided on an outer surface of the sixteenth rotation shaft, and engagement with the cam is provided in the first cavity. A second slide block that is separated is installed so as to be slidable, and a seventh gear that is separated from the engagement with the sixth gear is installed on the second slide block so that it can rotate, and a right end wall of the first cavity A first slide groove is installed therein, and a second spring is elastically provided between the left end wall of the first slide groove and the left end wall of the second slide block, and is installed in the first cavity. Is installed so that the rotating block can rotate, An eighth gear that is separated from the engagement with the seventh gear is fixed to the rotating block, a screw thread that engages with the reciprocating lead screw is fixed in the rotating block, and the second slide block is It is advantageous to control sliding to the left and right, thereby controlling the sliding of the first slide block to the left and right, thereby controlling the working state of the equipment, and increasing the degree of automation of the equipment, A soy milk storage cavity is installed in the bottom end wall of the filtration cavity, an Okara storage cavity is installed in the bottom end wall of the filtration cavity, and the soy milk storage cavity and the filtration block are connected to the fourth pipe. And a communication conduit is installed between the Okara storage cavity and the left side of the filtration cavity. A fifth conduit is installed between the right side of the filtration cavity, which is advantageous for storing the filtered soymilk in different areas, convenient for the next processing, enhancing the production effect and profit, Filters are symmetrically fixed in the left and right end walls of the filtration block, and 15 check valve blocks are symmetrically fixed in the filtration block. A communication cavity is installed, the communication cavity is connected to the fourth conduit, and it is advantageous to filter the soymilk that has been polished on both the left and right sides of the filtration block while the filtration block slides left and right. Yes, at the same time, when filtering the soymilk on one side, avoid the filtered soymilk from entering the other side, improve the working efficiency of the equipment, in the top end wall of the fourth cavity Second chute installed A sliding door is installed in the second chute so that the sliding door can slide left and right, and a third spring is elastically installed between the right end wall of the sliding door and the right end wall of the second chute. A rack is fixedly mounted on a bottom end wall of the sliding door, a third pulley is fixedly mounted on an outer surface of the seventh rotating shaft in the fourth cavity, and a third pulley is fixed in the fourth cavity. A seventeenth rotating shaft extending vertically is rotatably installed, and a fourth pulley is fixed to a bottom end of the seventeenth rotating shaft, and a fourth pulley is fixed between the fourth pulley and the third pulley. Two belts are installed by power transmission, a twenty-two bevel gear is fixedly installed at the top end of the seventeenth rotating shaft, and an eighteenth rotating shaft extending back and forth can rotate in the fourth cavity. Installed at the rear end of the 18th rotary shaft A twenty-third bevel gear that meshes with the twenty-two bevel gear is fixedly mounted, and a ninth gear that meshes with the rack is fixed at the front end of the eighteenth rotating shaft, and is ground in the polishing cavity. After that, it is advantageous to automatically open the sliding door and continue to add the beans, and to improve the continuous working efficiency of the equipment.