JP6589188B1 - Quick flux equipment - Google Patents

Quick flux equipment Download PDF

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JP6589188B1
JP6589188B1 JP2018217795A JP2018217795A JP6589188B1 JP 6589188 B1 JP6589188 B1 JP 6589188B1 JP 2018217795 A JP2018217795 A JP 2018217795A JP 2018217795 A JP2018217795 A JP 2018217795A JP 6589188 B1 JP6589188 B1 JP 6589188B1
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cavity
transmission
block
transmission cavity
empty
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JP2020059018A (en
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楊▲き▼
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广州思天汽車用品有限公司
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
    • B23K35/00—Rods, electrodes, materials, or media, for use in soldering, welding, or cutting
    • B23K35/40—Making wire or rods for soldering or welding
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
    • B02C23/08—Separating or sorting of material, associated with crushing or disintegrating
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C4/00—Crushing or disintegrating by roller mills
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C4/00—Crushing or disintegrating by roller mills
    • B02C4/02—Crushing or disintegrating by roller mills with two or more rollers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C4/00—Crushing or disintegrating by roller mills
    • B02C4/28—Details

Abstract

【課題】本発明はクイックフラックス設備を開示した。【解決手段】装置本体を含み、前記装置本体の中には上方に開口した第一空キャビティが設置され、前記装置本体の中には前記第一空キャビティの右側に位置する第一伝動キャビティが設置され、前記第一伝動キャビティと前記第一空キャビティとの間には左右に延設される第一回転軸が回転できるように係合し装着され、且つ前記第一回転軸の左端が回転できるように前記第一空キャビティの左端壁と係合接続され、前記第一空キャビティの中には前記第一回転軸の外表面に固定装着される第一破砕輪が設置され、前記第一伝動キャビティの中には前記第一回転軸の右端に固定装着される第一平歯車が設置され、前記装置本体の中には前記第一空キャビティと前記第一伝動キャビティとの間に位置する第二伝動キャビティが設置される。【選択図】図1The present invention discloses a quick flux facility. A first empty cavity that includes an apparatus main body and that opens upward is installed in the apparatus main body, and a first transmission cavity located on the right side of the first empty cavity is provided in the apparatus main body. A first rotating shaft extending from side to side is rotatably fitted between the first transmission cavity and the first empty cavity, and the left end of the first rotating shaft rotates. A first crushing wheel that is engaged with and connected to the left end wall of the first empty cavity and fixedly mounted on the outer surface of the first rotating shaft is installed in the first empty cavity; A first spur gear fixedly mounted on the right end of the first rotating shaft is installed in the transmission cavity, and is located between the first empty cavity and the first transmission cavity in the apparatus body. A second transmission cavity is installed. [Selection] Figure 1

Description

本発明はフラックスを加工する技術分野に関わり、具体的にはクイックフラックス設備に関する。 The present invention relates to the technical field of processing a flux, and more particularly to a quick flux facility.

フラックスとは、ろう材界面の張力を減らす第三種類の物質のことを指す。溶接においては、スラグや機体を生成することによって、溶解する金属に対して保護作用を果たし、使用に際しては使用説明を参照しながら乾燥を行う必要があり、また、フラックスの顆粒度が要求され、顆粒の大きさでも乾燥品質でもフラックスの使用に大きな影響を及ぼしうり、伝統的なフラックス加工設備は一般、乾燥工芸や研磨工芸を別々で行い、作業員の調製効率を低下させ、乾燥の品質にも影響をきたす。 Flux refers to a third type of substance that reduces the tension at the brazing filler metal interface. In welding, by producing slag and fuselage, it acts to protect the melting metal, it is necessary to dry with reference to the instructions for use, and the granularity of the flux is required, Both the size of the granule and the dry quality can greatly affect the use of the flux, and traditional flux processing equipment generally performs separate drying and polishing crafts, reducing the preparation efficiency of workers and improving the quality of drying. Will also have an effect.

中国特許出願公開第102513737号明細書Chinese Patent Application No. 102513737 Specification

本発明の目的はクイックフラックス設備を提供して、現有技術における上記欠点を補うことである。 The object of the present invention is to provide a quick flux facility to compensate for the above drawbacks in the existing technology.

本発明のクイックフラックス設備は、装置本体を含み、前記装置本体の中には上方に開口した第一空キャビティが設置され、前記装置本体の中には前記第一空キャビティの右側に位置する第一伝動キャビティが設置され、前記第一伝動キャビティと前記第一空キャビティとの間には左右に延設される第一回転軸が回転できるように係合し装着され、且つ前記第一回転軸の左端が回転できるように前記第一空キャビティの左端壁と係合接続され、前記第一空キャビティの中には前記第一回転軸の外表面に固定装着される第一破砕輪が設置され、前記第一伝動キャビティの中には前記第一回転軸の右端に固定装着される第一平歯車が設置され、前記装置本体の中には前記第一空キャビティと前記第一伝動キャビティとの間に位置する第二伝動キャビティが設置され、且つ前記第一回転軸が前記第二伝動キャビティを回転できるように貫通し、前記第二伝動キャビティの中には前記第一回転軸の外表面に固定装着される第二平歯車が設置され、前記第二伝動キャビティと前記第一空キャビティとの間には左右に延設される第二回転軸が回転できるように係合装着され、且つ前記第二回転軸が前記第一回転軸の後側に位置し、前記第二回転軸の左端が前記第一空キャビティの左端壁と回転できるように係合接続され、前記第二伝動キャビティの中には前記第二回転軸の外表面に固定装着される第三平歯車が設置され、且つ前記第三平歯車と前記第二平歯車とが噛み合い、前記第一空キャビティの中には前記第二回転軸の外表面に固定装着され且つ前記第一破砕輪と係合する第二破砕輪が設置され、前記装置本体の中には前記第一伝動キャビティの右側に位置する第三伝動キャビティが設置され、前記第三伝動キャビティと前記第一伝動キャビティとの間には左右に延設される第三回転軸が回転できるように係合装着され、前記第一伝動キャビティの中には前記第三回転軸の左端に固定装着されるイレギュラ平歯車が設置され、前記イレギュラ平歯車が前記第一平歯車と噛み合うことができ、前記第三伝動キャビティの中には前記第三回転軸の右端に固定装着される第一傘歯車が設置され、前記装置本体の中には前記第三伝動キャビティの下方に位置する第四伝動キャビティが設置され、前記第三伝動キャビティと前記第四伝動キャビティとの間には上下に延設される第四回転軸が回転できるように係合装着され、前記第三伝動キャビティの上端壁の中には回転モータが固定装着され、前記回転モータの下端と前記第四回転軸とが連結され、前記第四回転軸の下端が前記第四伝動キャビティの下端壁と回転できるように係合接続され、前記第三伝動キャビティの中には前記第四回転軸の外表面に位置し且つ前記第一傘歯車と噛み合う第二傘歯車が固定装着され、前記装置本体の中には前記第一空キャビティの下側に位置する第二空キャビティが設置され、且つ前記第二空キャビティの右端壁と前記第四伝動キャビティとが連通し、前記第一空キャビティと前記第二空キャビティとの間には第三空キャビティが連通して設置され、前記第二空キャビティの中には接続ブラケットによって前記第二空キャビティの中に固定装着される伝動取付ブロックが設置され、前記伝動取付ブロックの上端には円柱形回転ブロックが回転できるように係合装着され、前記円柱形回転ブロックの上端にはテーパ状傾斜面が設置され、前記第二空キャビティの内壁上側には環状回転ブロックが回転できるように係合装着され、前記環状回転ブロックの上端面には前記円柱形回転ブロックへ延伸する傾斜面が設置され、前記第二空キャビティの内壁の中には環状溝が連通して設置され、前記環状溝の中には前記環状回転ブロックの外表面に固定装着されるアウトリングギヤが設置され、前記装置本体の中には前記第三伝動キャビティと前記第四伝動キャビティとの間に位置する第五伝動キャビティが設置され、前記第四回転軸が前記第五伝動キャビティを回転できるように貫通し、前記第五伝動キャビティの中には前記第四回転軸の外表面に固定装着される第一伝動輪が設置され、前記環状溝の右端壁には第六伝動キャビティが連通して設置され、且つ前記第六伝動キャビティが前記第五伝動キャビティの下側に位置し、第六伝動キャビティと前記第五伝動キャビティとの間には第五回転軸が回転できるように係合接続され、前記第五伝動キャビティの中には前記第五回転軸の上端に固定装着される第二伝動輪が設置され、前記第一伝動輪と前記第二伝動輪との間には第一伝動ベルトが伝動できるように接続され、前記第六伝動キャビティの中には前記第五回転軸の下端に固定装着され且つ前記アウトリングギヤと噛み合う第四平歯車が設置され、前記円柱形回転ブロックの外円周面及び前記環状回転ブロックの内円周面にそれぞれ破砕ブロックが設置され、且つ前記円柱形回転ブロックの外円周面の前記破砕ブロックと前記環状回転ブロックの内円周面の前記破砕ブロックの位置が上下にずれており、前記第二空キャビティの中には前記円柱形回転ブロックの外表面下側に固定装着される濾過装置が設置され、前記濾過装置のうち前記円柱形回転ブロックから遠離する一端が前記環状回転ブロックと当接し、前記伝動取付ブロックの中には上方に開口した開放溝が設置され、前記開放溝の下端壁には上へ延設される第六回転軸が回転できるように係合装着され、且つ前記第六回転軸が前記円柱形回転ブロックの中に挿入して前記円柱形回転ブロックと固定で係合接続され、前記開放溝の右端壁の中には前記第二空キャビティと連通する連通溝が設置され、前記開放溝の中には前記第六回転軸の外表面に固定装着される第三伝動輪が設置され、前記第四伝動キャビティの中には前記第四回転軸の外表面に固定装着される第四伝動輪が設置され、前記第三伝動輪と前記第四伝動輪との間には第二伝動ベルトが伝動できるように接続され、前記装置本体の中には前記第二空キャビティの下側に位置する下方に開口した出口が設置され、前記出口と前記第二空キャビティとの間には第四空キャビティが連通して設置される。 The quick flux equipment of the present invention includes an apparatus main body, a first empty cavity opened upward is installed in the apparatus main body, and a first empty cavity located on the right side of the first empty cavity is installed in the apparatus main body. A transmission cavity is installed, and a first rotary shaft extending in the left and right direction is rotatably engaged and mounted between the first transmission cavity and the first empty cavity, and the first rotary shaft A first crushing wheel that is engaged with and connected to the left end wall of the first empty cavity so that the left end of the first empty cavity can rotate, and that is fixedly attached to the outer surface of the first rotating shaft is installed in the first empty cavity. The first transmission cavity is provided with a first spur gear fixedly attached to the right end of the first rotating shaft, and the apparatus main body includes the first empty cavity and the first transmission cavity. Second transmission gear located between A tee is installed, and the first rotating shaft passes through the second transmission cavity so as to rotate, and the second transmission cavity is fixedly mounted on the outer surface of the first rotating shaft. A gear is installed, and a second rotary shaft extending from side to side is engaged and mounted between the second transmission cavity and the first empty cavity so that the second rotary shaft can rotate. It is located on the rear side of one rotation shaft, and is engaged and connected so that the left end of the second rotation shaft can rotate with the left end wall of the first empty cavity. A third spur gear fixedly mounted on the outer surface of the second spur gear and the third spur gear meshes with the second spur gear, and the first empty cavity has an outer surface of the second rotating shaft. A second crushing wheel that is fixedly mounted and engages with the first crushing wheel is installed. A third transmission cavity located on the right side of the first transmission cavity is installed in the apparatus main body, and the third transmission cavity extends to the left and right between the third transmission cavity and the first transmission cavity. An irregular spur gear fixedly mounted on the left end of the third rotating shaft is installed in the first transmission cavity so that the three rotating shafts can rotate, and the irregular spur gear is connected to the first spur gear. A first bevel gear fixed to the right end of the third rotating shaft is installed in the third transmission cavity, and the device main body has a lower part of the third transmission cavity. A fourth transmission cavity located on the third transmission cavity, and a fourth rotary shaft extending vertically is engaged and mounted between the third transmission cavity and the fourth transmission cavity so as to rotate. Transmission cabinet A rotation motor is fixedly mounted in the upper end wall of the tee, the lower end of the rotation motor and the fourth rotation shaft are connected , and the lower end of the fourth rotation shaft can rotate with the lower end wall of the fourth transmission cavity. In the third transmission cavity, a second bevel gear located on the outer surface of the fourth rotating shaft and meshing with the first bevel gear is fixedly mounted in the device main body. Has a second empty cavity located below the first empty cavity, and a right end wall of the second empty cavity communicates with the fourth transmission cavity, and the first empty cavity and the second empty cavity are in communication with each other. a third air cavity is installed in communication between the cavity and into the second air cavity is installed transmission mounting block fixed mounted in the second air cavity by a connecting bracket, the transmission Mounting bracket Tsu is the upper end of the click is engageable mounted so that it can rotate cylindrical rotating block, said the upper end of the cylindrical rotary block is installed tapered inclined surface, wherein the inner wall above the second air cavity cyclic rotation block The upper end surface of the annular rotary block is provided with an inclined surface extending to the cylindrical rotary block, and an annular groove communicates with the inner wall of the second empty cavity. An outer gear that is fixedly mounted on the outer surface of the annular rotary block is installed in the annular groove, and the device main body is provided between the third transmission cavity and the fourth transmission cavity. A fifth transmission cavity is located, and the fourth rotation shaft passes through the fifth transmission cavity so as to rotate, and the fifth transmission cavity has an outer surface of the fourth rotation shaft. First transmission gear is disposed to be fixedly attached to the right end wall of the annular groove is disposed in communication with the sixth transmission cavity and said sixth transmission cavity is positioned below the fifth transmission cavity, A fifth rotation shaft is engaged and connected between the sixth transmission cavity and the fifth transmission cavity, and is fixedly mounted on the upper end of the fifth rotation shaft in the fifth transmission cavity. A second transmission wheel is installed, and a first transmission belt is connected between the first transmission wheel and the second transmission wheel so that the first transmission belt can be transmitted, and the fifth rotation shaft is disposed in the sixth transmission cavity. A fourth spur gear fixedly attached to the lower end of the cylindrical rotating block and meshing with the outer ring gear is installed; crushing blocks are respectively installed on the outer circumferential surface of the cylindrical rotating block and the inner circumferential surface of the annular rotating block; and Cylindrical rotating block The positions of the crushing blocks on the outer circumferential surface of the lock and the crushing blocks on the inner circumferential surface of the annular rotating block are shifted up and down, and the outer surface of the cylindrical rotating block is in the second empty cavity. A filtration device fixedly mounted on the lower side is installed, one end of the filtration device that is far from the cylindrical rotary block abuts on the annular rotary block, and an open groove that opens upward in the transmission mounting block Is installed in the lower end wall of the open groove so that a sixth rotary shaft extending upward can rotate, and the sixth rotary shaft is inserted into the cylindrical rotary block. The cylindrical rotary block is fixedly engaged and connected, and a communication groove communicating with the second empty cavity is installed in the right end wall of the open groove, and the open groove includes the sixth rotary shaft. No. fixedly attached to the outer surface A transmission wheel is installed, and in the fourth transmission cavity, a fourth transmission wheel fixedly mounted on the outer surface of the fourth rotating shaft is installed, and between the third transmission wheel and the fourth transmission wheel. Is connected to be able to transmit a second transmission belt, and an outlet opening downwardly located below the second empty cavity is installed in the apparatus body, and the outlet and the second empty cavity A fourth empty cavity is communicated between the two.

さらなる技術プランとして、前記装置本体の上端には前記第一空キャビティの上側に位置する入口取付ブロックが固定装着され、前記入口取付ブロックの中には前記第一空キャビティと連通する上下に貫通したフラックス入口が設置され、前記フラックス入口には前記第一空キャビティの方向へ延伸する斜面が設置され、これによりフラックス原料を添加することに便利を与え、前記フラックス入口には前記第一空キャビティの方向へ延伸する斜面が設置され、これによりフラックス原料を添加することに便利を与える。 As a further technical plan, an inlet mounting block located above the first empty cavity is fixedly attached to the upper end of the apparatus main body, and the inlet mounting block penetrates up and down in communication with the first empty cavity. A flux inlet is provided, and a slope extending in the direction of the first empty cavity is provided at the flux inlet, thereby providing convenience for adding a flux raw material, and the flux inlet includes the first empty cavity. Slopes extending in the direction are installed, which provides convenience for adding flux raw materials.

さらなる技術プランとして、前記環状回転ブロックと前記円柱形回転ブロックとの相対する端面にはいずれも加熱抵抗線が固定装着され、前記加熱抵抗線が前記第二空キャビティの中のフラックスに対して乾燥運転を実施する。 As a further technical plan, a heating resistance wire is fixedly attached to the opposite end faces of the annular rotary block and the cylindrical rotary block, and the heating resistance wire is dried against the flux in the second empty cavity. Carry out driving.

さらなる技術プランとして、前記装置本体の下端壁には左右対称の取付台が固定装着され、前記取付台の下端にはサポート台が固定装着され、前記サポート台が装置が運転する時の安定度を増加する。 As a further technical plan, a symmetrical mounting base is fixedly attached to the lower end wall of the apparatus main body, a support base is fixedly attached to the lower end of the mounting base, and the stability of the support base when the apparatus is operated is improved. To increase.

本発明の有益効果は：使用する時、作業員がフラックス原料をフラックス入口を経由して第一空キャビティの中に添加し、この時回転モータを起動し、回転モータが第四回転軸を通じて第二傘歯車を動かして回転させ、第二傘歯車が第一傘歯車との間の噛合関係により第三回転軸を動かして回転させ、第三回転軸がイレギュラ平歯車と第一平歯車との間の噛合関係により第一回転軸を動かして回転させ、第一回転軸が第一破砕輪を動かして回転させ、同時に第一回転軸が第二平歯車と第三平歯車との間の噛合関係により第二破砕輪を動かして回転させ、この時第一破砕輪と第二破砕輪とが第一空キャビティの中のフラックス原料に対して初期の研磨を行い、初期の研磨を施されたフラックス原料が第三空キャビティを経由して第二空キャビティの中に落ち、この時第四回転軸が第一伝動輪と第二伝動輪との間の動力の係合を通じて第五回転軸を動かして回転させ、第五回転軸が第四平歯車とアウトリングギヤとの間の噛合関係を通じて環状回転ブロックを動かして回転させ、同時に第四回転軸が第四伝動輪と第三伝動輪との間の動力の係合を通じて第六回転軸を動かして回転させ、第六回転軸が円柱形回転ブロックを動かして回転させ、円柱形回転ブロックの回転する方向と環状回転ブロックとが逆であり、この時、円柱形回転ブロックと環状回転ブロックの外表面の破砕ブロックとによりフラックス原料に対して最後の研磨を施し、同時に加熱抵抗線を起動して第二空キャビティの中のフラックスを乾燥し、この時加工されたフラックスが濾過装置と第四空キャビティとを経由して出口から排出される。 The beneficial effects of the present invention are: When in use, an operator adds the flux raw material into the first empty cavity via the flux inlet, at which time the rotary motor is activated and the rotary motor is connected through the fourth rotary shaft. The second bevel gear is rotated by moving the second bevel gear, and the second bevel gear is rotated by moving the third rotation shaft according to the meshing relationship between the first bevel gear and the third rotation shaft is rotated between the irregular spur gear and the first spur gear. The first rotating shaft is moved and rotated by the meshing relationship between the first rotating shaft and the first crushing wheel is moved and rotated. At the same time, the first rotating shaft is meshed between the second spur gear and the third spur gear. Depending on the relationship, the second crushing wheel was moved and rotated, and at this time, the first crushing wheel and the second crushing wheel performed initial polishing on the flux raw material in the first empty cavity, and the initial polishing was performed. Flux raw material passes through the third empty cavity to the second empty cavity At this time, the fourth rotating shaft moves and rotates the fifth rotating shaft through the engagement of power between the first transmission wheel and the second transmitting wheel, and the fifth rotating shaft rotates with the fourth spur gear. The annular rotary block is moved and rotated through the meshing relationship with the outer gear, and at the same time, the fourth rotary shaft is rotated by moving the sixth rotary shaft through the engagement of power between the fourth and third transmission wheels. The sixth rotating shaft moves and rotates the cylindrical rotating block, and the rotating direction of the cylindrical rotating block is opposite to the annular rotating block. At this time, the outer surface of the cylindrical rotating block and the annular rotating block is The flux material is finally polished by the crushing block, and at the same time, the heating resistance wire is activated to dry the flux in the second empty cavity, and the processed flux at this time is separated into the filtration device and the fourth empty cavity. Via It is discharged from the outlet.

本発明は構造が簡単で、操作が便利で、緊密に組み立てられた伝動構造によりフラックスの研磨から乾燥等まで各工程を完了し、これによりフラックスの使用に便利を与え、フラックスに対する二次研磨によって最終のフラックス完成品の顆粒度のサイズをもっと精細にさせ、フラックスに対する研磨工芸と乾燥工芸とを同時に進ませ、フラックスの加工効率を増加し、入口に設置される斜面を通じてフラックス原料をもっと便利に添加し、支持台によって装置の運転時の安定性を強化し、これによりフラックスの使用効果を増加する。 The present invention is simple in structure, easy to operate, and completes each step from flux polishing to drying, etc. by a closely assembled transmission structure, thereby providing convenient use of the flux, and by secondary polishing on the flux The final granularity of the final flux product is made finer, the polishing and drying crafts for flux are advanced simultaneously, the flux processing efficiency is increased, and the flux material is made more convenient through the slope installed at the entrance. In addition, the support platform enhances the stability during operation of the device, thereby increasing the effect of using the flux.

図1は本発明のクイックフラックス設備の内部全体構造概略図である。FIG. 1 is a schematic diagram of the entire internal structure of a quick flux facility according to the present invention. 図2は本発明の図1におけるA-Aの断面概略図である。FIG. 2 is a schematic cross-sectional view taken along the line AA in FIG. 1 of the present invention. 図3は本発明の図1におけるイレギュラ歯車の噛合の概略図である。FIG. 3 is a schematic view of meshing of the irregular gear in FIG. 1 of the present invention. 図4は本発明の図1におけるＢの構造概略図である。FIG. 4 is a structural schematic diagram of B in FIG. 1 of the present invention.

下記に図1〜4を合わせて本発明について詳しく説明します。説明を便利にさせるように、ここで下記の方位に規定します：下記の上下左右前後という方向は図1の自身の投影関係の上下左右前後の方向と一致します。 The present invention will be described in detail with reference to FIGS. For convenience of explanation, the following orientations are defined here: The following directions, up, down, left, right, and back, are the same as the top, bottom, left, right, front, and back directions of the projection relationship shown in Figure 1.

図1〜4を参照し、本発明実施例におけるクイックフラックス設備は、装置本体100を含み、前記装置本体100の中には上方に開口した第一空キャビティ127が設置され、前記装置本体100の中には前記第一空キャビティ127の右側に位置する第一伝動キャビティ122が設置され、前記第一伝動キャビティ122と前記第一空キャビティ127との間には左右に延設される第一回転軸129が回転できるように係合し装着され、且つ前記第一回転軸129の左端が回転できるように前記第一空キャビティ127の左端壁と係合接続され、前記第一空キャビティ127の中には前記第一回転軸129の外表面に固定装着される第一破砕輪128が設置され、前記第一伝動キャビティ122の中には前記第一回転軸129の右端に固定装着される第一平歯車121が設置され、前記装置本体100の中には前記第一空キャビティと前記第一伝動キャビティ122との間に位置する第二伝動キャビティ123が設置され、且つ前記第一回転軸129が前記第二伝動キャビティ123を回転できるように貫通し、前記第二伝動キャビティ123の中には前記第一回転軸129の外表面に固定装着される第二平歯車124が設置され、前記第二伝動キャビティ123と前記第一空キャビティ127との間には左右に延設される第二回転軸151が回転できるように係合装着され、且つ前記第二回転軸151が前記第一回転軸129の後側に位置し、前記第二回転軸151の左端が前記第一空キャビティ127の左端壁と回転できるように係合接続され、前記第二伝動キャビティ123の中には前記第二回転軸151の外表面に固定装着される第三平歯車152が設置され、且つ前記第三平歯車152と前記第二平歯車124とが噛み合い、前記第一空キャビティ127の中には前記第二回転軸151の外表面に固定装着され且つ前記第一破砕輪128と係合する第二破砕輪150が設置され、前記装置本体100の中には前記第一伝動キャビティ122の右側に位置する第三伝動キャビティ115が設置され、前記第三伝動キャビティ115と前記第一伝動キャビティ122との間には左右に延設される第三回転軸117が回転できるように係合装着され、前記第一伝動キャビティ122の中には前記第三回転軸117の左端に固定装着されるイレギュラ平歯車120が設置され、前記イレギュラ平歯車120が前記第一平歯車121と噛み合うことができ、前記第三伝動キャビティ115の中には前記第三回転軸117の右端に固定装着される第一傘歯車116が設置され、前記装置本体100の中には前記第三伝動キャビティ115の下方に位置する第四伝動キャビティ105が設置され、前記第三伝動キャビティ115と前記第四伝動キャビティ105との間には上下に延設される第四回転軸110が回転できるように係合装着され、前記第三伝動キャビティ115の上端壁の中には回転モータ119が固定装着され、且つ前記第四回転軸110の上端が前記回転モータ119と連結され、前記第四回転軸110の下端が前記第四伝動キャビティ105の下端壁と回転できるように係合接続され、前記第三伝動キャビティ115の中には前記第四回転軸110の外表面に位置し且つ前記第一傘歯車116と噛み合う第二傘歯車118が固定装着され、前記装置本体100の中には前記第一空キャビティ127の下側に位置する第二空キャビティ132が設置され、且つ前記第二空キャビティ132の右端壁と前記第四伝動キャビティ105とが連通し、前記第一空キャビティ127と前記第二空キャビティ132との間には第三空キャビティ131が連通して設置され、前記第二空キャビティ132の中には接続ブラケットによって前記第二空キャビティ132の中に固定装着される伝動取付ブロック103が設置され、前記伝動取付ブロック103の上端には円柱形回転ブロック133が回転できるように係合装着され、前記円柱形回転ブロック133の上端にはテーパ状傾斜面が設置され、前記第二空キャビティ132の内壁上側には環状回転ブロック136が回転できるように係合装着され、前記環状回転ブロック136の上端面には前記円柱形回転ブロック133へ延伸する傾斜面が設置され、前記第二空キャビティ132の内壁の中には環状溝134が連通して設置され、前記環状溝134の中には前記環状回転ブロック136の外表面に固定装着されるアウトリングギヤ135が設置され、前記装置本体100の中には前記第三伝動キャビティ115と前記第四伝動キャビティ105との間に位置する第五伝動キャビティ112が設置され、前記第四回転軸110が前記第五伝動キャビティ112を回転できるように貫通し、前記第五伝動キャビティ112の中には前記第四回転軸110の外表面に固定装着される第一伝動輪111が設置され、前記環状溝134の右端壁には第六伝動キャビティ162が連通して設置され、且つ前記第六伝動キャビティ162が前記第五伝動キャビティ112の下側に位置し、第六伝動キャビティ162と前記第五伝動キャビティ112との間には第五回転軸160が回転できるように係合接続され、前記第五伝動キャビティ112の中には前記第五回転軸160の上端に固定装着される第二伝動輪114が設置され、前記第一伝動輪111と前記第二伝動輪114との間には第一伝動ベルト113が伝動できるように接続され、前記第六伝動キャビティ162の中には前記第五回転軸160の下端に固定装着され且つ前記アウトリングギヤ135と噛み合う第四平歯車161が設置され、前記円柱形回転ブロック133の外円周面及び前記環状回転ブロック136の内円周面にそれぞれ破砕ブロック141が設置され、且つ前記円柱形回転ブロック133の外円周面の前記破砕ブロック141と前記環状回転ブロック136の内円周面の前記破砕ブロック141の位置が上下にずれており、前記第二空キャビティ132の中には前記円柱形回転ブロック133の外表面下側に固定装着される濾過装置142が設置され、前記濾過装置142のうち前記円柱形回転ブロック133から遠離する一端が前記環状回転ブロック136と当接し、前記伝動取付ブロック103の中には上方に開口した開放溝138が設置され、前記開放溝138の下端壁には上へ延設される第六回転軸137が回転できるように係合装着され、且つ前記第六回転軸137が前記円柱形回転ブロック133の中に挿入して前記円柱形回転ブロック133と固定で係合接続され、前記開放溝138の右端壁の中には前記第二空キャビティ132と連通する連通溝104が設置され、前記開放溝138の中には前記第六回転軸137の外表面に固定装着される第三伝動輪139が設置され、前記第四伝動キャビティ105の中には前記第四回転軸110の外表面に固定装着される第四伝動輪109が設置され、前記第三伝動輪139と前記第四伝動輪109との間には第二伝動ベルト106が伝動できるように接続され、前記装置本体100の中には前記第二空キャビティ132の下側に位置する下方に開口した出口102が設置され、前記出口102と前記第二空キャビティ132との間には第四空キャビティ101が連通して設置される。 1 to 4, a quick flux facility according to an embodiment of the present invention includes an apparatus main body 100, and a first empty cavity 127 opened upward is installed in the apparatus main body 100. A first transmission cavity 122 located on the right side of the first empty cavity 127 is installed therein, and a first rotation extending left and right is provided between the first transmission cavity 122 and the first empty cavity 127. A shaft 129 is engaged and mounted so as to rotate, and a left end of the first rotation shaft 129 is engaged and connected to a left end wall of the first empty cavity 127 so as to rotate. Is provided with a first crushing wheel 128 fixedly mounted on the outer surface of the first rotating shaft 129, and a first fixedly mounted on the right end of the first rotating shaft 129 in the first transmission cavity 122. A spur gear 121 is installed, and in the apparatus main body 100, the first A second transmission cavity 123 located between the cavity and the first transmission cavity 122 is installed, and the first rotation shaft 129 passes through the second transmission cavity 123 so as to rotate; A second spur gear 124 that is fixedly attached to the outer surface of the first rotary shaft 129 is installed in 123, and extends between the second transmission cavity 123 and the first empty cavity 127 to the left and right. The second rotary shaft 151 is engaged and mounted so as to rotate, and the second rotary shaft 151 is positioned on the rear side of the first rotary shaft 129, and the left end of the second rotary shaft 151 is the first rotary shaft 129. A third spur gear 152, which is engaged and connected to the left end wall of the empty cavity 127 so as to be rotatable, is fixedly mounted on the outer surface of the second rotating shaft 151 in the second transmission cavity 123, and The third spur gear 152 and the second spur gear 124 mesh, A second crushing wheel 150 that is fixedly attached to the outer surface of the second rotating shaft 151 and that engages with the first crushing wheel 128 is installed in the empty cavity 127. A third transmission cavity 115 located on the right side of one transmission cavity 122 is installed, and a third rotating shaft 117 extending in the left and right direction can rotate between the third transmission cavity 115 and the first transmission cavity 122. In the first transmission cavity 122, an irregular spur gear 120 fixedly mounted on the left end of the third rotating shaft 117 is installed, and the irregular spur gear 120 is connected to the first spur gear 121. A first bevel gear 116 fixedly mounted on the right end of the third rotating shaft 117 is installed in the third transmission cavity 115, and the third transmission gear 115 is installed in the device main body 100. Fourth transmission cavity 105 located below cavity 115 An upper end of the third transmission cavity 115 is installed between the third transmission cavity 115 and the fourth transmission cavity 105 so that a fourth rotating shaft 110 extending vertically can be rotated. A rotation motor 119 is fixedly mounted in the wall, and an upper end of the fourth rotation shaft 110 is connected to the rotation motor 119, and a lower end of the fourth rotation shaft 110 is connected to a lower end wall of the fourth transmission cavity 105. A second bevel gear 118 is fixedly mounted in the third transmission cavity 115 so as to be able to rotate, and is positioned on the outer surface of the fourth rotation shaft 110 and meshes with the first bevel gear 116. A second empty cavity 132 located below the first empty cavity 127 is installed in the apparatus main body 100, and a right end wall of the second empty cavity 132 communicates with the fourth transmission cavity 105. , The first empty cavity 127 and the second empty cavity A third empty cavity 131 is installed in communication with the tee 132, and a transmission mounting block 103 is fixedly mounted in the second empty cavity 132 by a connection bracket in the second empty cavity 132. A cylindrical rotating block 133 is rotatably mounted on the upper end of the transmission mounting block 103, and a tapered inclined surface is installed on the upper end of the cylindrical rotating block 133; An annular rotary block 136 is engaged and mounted on the upper side of the inner wall of 132, and an inclined surface extending to the cylindrical rotary block 133 is installed on the upper end surface of the annular rotary block 136, and the second empty cavity An annular groove 134 is provided in communication with the inner wall of 132, and an outer gear 135 that is fixedly attached to the outer surface of the annular rotary block 136 is installed in the annular groove 134. 100 includes a fifth transmission cavity 112 positioned between the third transmission cavity 115 and the fourth transmission cavity 105, so that the fourth rotation shaft 110 can rotate the fifth transmission cavity 112. A first transmission wheel 111 fixedly mounted on the outer surface of the fourth rotating shaft 110 is installed in the fifth transmission cavity 112, and a sixth transmission cavity is formed on the right end wall of the annular groove 134. 162 is communicated, and the sixth transmission cavity 162 is positioned below the fifth transmission cavity 112, and a fifth rotating shaft is provided between the sixth transmission cavity 162 and the fifth transmission cavity 112. 160 is engaged so as to be able to rotate , and in the fifth transmission cavity 112, a second transmission wheel 114 fixedly mounted on the upper end of the fifth rotation shaft 160 is installed, and the first transmission wheel 111 and is first transmission belt 113 transmission is between the second transmission gear 114 It is connected in order to be able, above in the sixth transmission cavity 162 fourth spur gear 161 which meshes with the lower end being fixedly attached and out the ring gear 135 of the fifth rotary shaft 160 is installed, the cylindrical rotary block 133 The crushing block 141 is installed on each of the outer circumferential surface and the inner circumferential surface of the annular rotary block 136, and the crushing block 141 and the annular rotary block 136 on the outer circumferential surface of the cylindrical rotary block 133 are arranged. The position of the crushing block 141 on the circumferential surface is shifted up and down, and in the second empty cavity 132, a filtration device 142 fixedly mounted on the lower outer surface of the cylindrical rotating block 133 is installed, One end of the filtering device 142 remote from the cylindrical rotary block 133 is in contact with the annular rotary block 136, and an open groove 138 opened upward is installed in the transmission mounting block 103. The sixth rotary shaft 137 extending upward is engaged and mounted on the lower end wall of 8, and the sixth rotary shaft 137 is inserted into the cylindrical rotary block 133 so as to rotate the cylindrical shape. A communication groove 104 communicating with the second empty cavity 132 is installed in the right end wall of the open groove 138 in fixed engagement with the rotary block 133, and the sixth rotation is provided in the open groove 138. A third transmission wheel 139 fixedly mounted on the outer surface of the shaft 137 is installed, and a fourth transmission wheel 109 fixedly mounted on the outer surface of the fourth rotating shaft 110 is installed in the fourth transmission cavity 105. The second transmission belt 106 is connected between the third transmission wheel 139 and the fourth transmission wheel 109 so that the second transmission belt 106 can be transmitted. A lower opening 102 located at A cavity 101 is installed in communication.

有益なまた例を示すように、前記装置本体100の上端には前記第一空キャビティ127の上側に位置する入口取付ブロック126が固定装着され、前記入口取付ブロック126の中には前記第一空キャビティ127と連通する上下に貫通したフラックス入口125が設置され、前記フラックス入口125には前記第一空キャビティ127の方向へ延伸する斜面が設置され、これによりフラックス原料を添加することに便利を与える。 As shown as a useful example, an inlet mounting block 126 positioned above the first empty cavity 127 is fixedly attached to an upper end of the apparatus body 100, and the first empty space is inserted in the inlet mounting block 126. A flux inlet 125 penetrating up and down communicating with the cavity 127 is installed, and a slope extending in the direction of the first empty cavity 127 is installed at the flux inlet 125, thereby providing convenience for adding the flux raw material. .

有益なまた例を示すように、前記環状回転ブロック136と前記円柱形回転ブロック133との相対する端面にはいずれも加熱抵抗線143が固定装着され、前記加熱抵抗線143によって前記第二空キャビティ132の中のフラックスに対して乾燥運転を行う。 As a useful example, a heating resistance wire 143 is fixedly attached to the opposite end faces of the annular rotary block 136 and the cylindrical rotary block 133, and the second empty cavity is fixed by the heating resistance wire 143. The drying operation is performed on the flux in 132.

有益なまた例を示すように、前記装置本体100の下端壁には左右対称の取付台108が固定装着され、前記取付台108の下端にはサポート台107が固定装着され、前記サポート台107によって装置が運転する時の安定度を増加する。 As a useful example, a symmetrical mounting base 108 is fixedly attached to the lower end wall of the apparatus main body 100, and a support base 107 is fixedly attached to the lower end of the mounting base 108. Increase the stability when the device is operating.

初期状態にある時、前記回転モータ119がオフ状態にあり、この時前記イレギュラ平歯車120の歯車部が前記第一平歯車121と噛み合い、前記円柱形回転ブロック133と前記環状回転ブロック136とが前記第二空キャビティ132の中に相対的に静止し、同時に前記第一破砕輪128と前記第二破砕輪150とが前記第一空キャビティ127の中に相対的に静止している。 When in the initial state, the rotary motor 119 is in an off state, and at this time, the gear portion of the irregular spur gear 120 meshes with the first spur gear 121, and the cylindrical rotary block 133 and the annular rotary block 136 The first crushing wheel 128 and the second crushing wheel 150 are relatively stationary in the first empty cavity 127 at the same time.

使用する時、作業員がフラックス原料を前記フラックス入口125を経由して前記第一空キャビティ127の中に添加し、この時前記回転モータ119を起動し、前記回転モータ119が前記第四回転軸110を通じて前記第二傘歯車118を動かして回転させ、前記第二傘歯車118が前記第一傘歯車116との間の噛合関係により前記第三回転軸117を動かして回転させ、前記第三回転軸117が前記イレギュラ平歯車120と前記第一平歯車121との間の噛合関係により前記第一回転軸129を動かして回転させ、前記第一回転軸129が前記第一破砕輪128を動かして回転させ、同時に前記第一回転軸129が前記第二平歯車124と前記第三平歯車152との間の噛合関係により前記第二破砕輪150を動かして回転させ、この時前記第一破砕輪128と前記第二破砕輪150とが前記第一空キャビティ127の中のフラックス原料に対して初期の研磨を行い、初期の研磨を施されたフラックス原料が前記第三空キャビティ131を経由して前記第二空キャビティ132の中に落ち、この時前記第四回転軸110が前記第一伝動輪111と前記第二伝動輪114との間の動力の係合を通じて前記第五回転軸160を動かして回転させ、前記第五回転軸160が前記第四平歯車161と前記アウトリングギヤ135との間の噛合関係を通じて前記環状回転ブロック136を動かして回転させ、同時に前記第四回転軸110が前記第四伝動輪109と前記第三伝動輪139との間の動力の係合を通じて前記第六回転軸137を動かして回転させ、前記第六回転軸137が前記円柱形回転ブロック133を動かして回転させ、前記円柱形回転ブロック133の回転する方向と前記環状回転ブロック136とが逆であり、この時、前記円柱形回転ブロック133と前記環状回転ブロック136の外表面の前記破砕ブロック141とによりフラックス原料に対して最後の研磨を施し、同時に前記加熱抵抗線143を起動して前記第二空キャビティ132の中のフラックスを乾燥し、この時加工されたフラックスが前記濾過装置142と前記第四空キャビティ101とを経由して前記出口102から排出される。 When used, an operator adds a flux raw material into the first empty cavity 127 via the flux inlet 125, and at this time starts the rotary motor 119, and the rotary motor 119 is moved to the fourth rotary shaft. The second bevel gear 118 is moved and rotated through 110, the second bevel gear 118 is rotated by rotating the third rotating shaft 117 according to the meshing relationship with the first bevel gear 116, and the third rotation A shaft 117 moves and rotates the first rotating shaft 129 according to the meshing relationship between the irregular spur gear 120 and the first spur gear 121, and the first rotating shaft 129 moves the first crushing wheel 128. At the same time, the first rotating shaft 129 moves and rotates the second crushing wheel 150 by the meshing relationship between the second spur gear 124 and the third spur gear 152, and at this time, the first crushing wheel 128 and the second crushing wheel 150 are arranged in the first empty cavity 127. First, the flux material subjected to the initial polishing falls into the second empty cavity 132 through the third empty cavity 131, and at this time, the fourth rotating shaft 110 Moves and rotates the fifth rotating shaft 160 through the engagement of power between the first transmission wheel 111 and the second transmission wheel 114, and the fifth rotating shaft 160 is connected to the fourth spur gear 161 and the The annular rotary block 136 is moved and rotated through the meshing relationship with the outer gear 135, and at the same time, the fourth rotary shaft 110 is engaged with the power between the fourth transmission wheel 109 and the third transmission wheel 139. The sixth rotary shaft 137 is moved and rotated through the sixth rotary shaft 137, the sixth rotary shaft 137 moves and rotates the cylindrical rotary block 133, and the rotating direction of the cylindrical rotary block 133 and the annular rotary block 136 are At this time, the cylindrical rotary block 133 and the crushing block 141 on the outer surface of the annular rotating block 136, the flux raw material is subjected to final polishing, and at the same time, the heating resistance wire 143 is activated to cause the flux in the second empty cavity 132 to flow. The dried and processed flux is discharged from the outlet 102 via the filtering device 142 and the fourth empty cavity 101.

本発明は構造が簡単で、操作が便利で、緊密に組み立てられた伝動構造によりフラックスの研磨から乾燥等まで各工程を完了し、これによりフラックスの使用に便利を与え、フラックスに対する二次研磨によって最終のフラックス完成品の顆粒度のサイズをもっと精細にさせ、フラックスに対する研磨工芸と乾燥工芸とを同時に進ませ、フラックスの加工効率を増加し、入口に設置される斜面を通じてフラックス原料をもっと便利に添加し、支持台によって装置の運転時の安定性を強化し、これによりフラックスの使用効果を増加する。 The present invention is simple in structure, easy to operate, and completes each step from flux polishing to drying, etc. by a closely assembled transmission structure, thereby providing convenient use of the flux, and by secondary polishing on the flux The final granularity of the final flux product is made finer, the polishing and drying crafts for flux are advanced simultaneously, the flux processing efficiency is increased, and the flux material is made more convenient through the slope installed at the entrance. In addition, the support platform enhances the stability during operation of the device, thereby increasing the effect of using the flux.

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。 An engineer in this field can clarify the case where it does not depart from the general spirit and idea of the present invention. Various modifications can be made to the above-described embodiments, and these modifications are all within the protection scope of the present invention. The protection scheme of the present invention should be based on the rights claim of the present invention.

Claims (1)

装置本体を含み、前記装置本体の中には上方に開口した第一空キャビティが設置され、前記装置本体の中には前記第一空キャビティの右側に位置する第一伝動キャビティが設置され、前記第一伝動キャビティと前記第一空キャビティとの間には左右に延設される第一回転軸が回転できるように係合し装着され、且つ前記第一回転軸の左端が回転できるように前記第一空キャビティの左端壁と係合接続され、前記第一空キャビティの中には前記第一回転軸の外表面に固定装着される第一破砕輪が設置され、前記第一伝動キャビティの中には前記第一回転軸の右端に固定装着される第一平歯車が設置され、前記装置本体の中には前記第一空キャビティと前記第一伝動キャビティとの間に位置する第二伝動キャビティが設置され、且つ前記第一回転軸が前記第二伝動キャビティを回転できるように貫通し、前記第二伝動キャビティの中には前記第一回転軸の外表面に固定装着される第二平歯車が設置され、前記第二伝動キャビティと前記第一空キャビティとの間には左右に延設される第二回転軸が回転できるように係合装着され、且つ前記第二回転軸が前記第一回転軸の後側に位置し、前記第二回転軸の左端が前記第一空キャビティの左端壁と回転できるように係合接続され、前記第二伝動キャビティの中には前記第二回転軸の外表面に固定装着される第三平歯車が設置され、且つ前記第三平歯車と前記第二平歯車とが噛み合い、前記第一空キャビティの中には前記第二回転軸の外表面に固定装着され且つ前記第一破砕輪と係合する第二破砕輪が設置され、前記装置本体の中には前記第一伝動キャビティの右側に位置する第三伝動キャビティが設置され、前記第三伝動キャビティと前記第一伝動キャビティとの間には左右に延設される第三回転軸が回転できるように係合装着され、前記第一伝動キャビティの中には前記第三回転軸の左端に固定装着されるイレギュラ平歯車が設置され、前記イレギュラ平歯車が前記第一平歯車と噛み合うことができ、前記第三伝動キャビティの中には前記第三回転軸の右端に固定装着される第一傘歯車が設置され、前記装置本体の中には前記第三伝動キャビティの下方に位置する第四伝動キャビティが設置され、前記第三伝動キャビティと前記第四伝動キャビティとの間には上下に延設される第四回転軸が回転できるように係合装着され、前記第三伝動キャビティの上端壁の中には回転モータが固定装着され、前記回転モータの下端と前記第四回転軸とが連結され、前記第四回転軸の下端が前記第四伝動キャビティの下端壁と回転できるように係合接続され、前記第三伝動キャビティの中には前記第四回転軸の外表面に位置し且つ前記第一傘歯車と噛み合う第二傘歯車が固定装着され、前記装置本体の中には前記第一空キャビティの下側に位置する第二空キャビティが設置され、且つ前記第二空キャビティの右端壁と前記第四伝動キャビティとが連通し、前記第一空キャビティと前記第二空キャビティとの間には第三空キャビティが連通して設置され、前記第二空キャビティの中には接続ブラケットによって前記第二空キャビティの中に固定装着される伝動取付ブロックが設置され、前記伝動取付ブロックの上端には円柱形回転ブロックが回転できるように係合装着され、前記円柱形回転ブロックの上端にはテーパ状傾斜面が設置され、前記第二空キャビティの内壁上側には環状回転ブロックが回転できるように係合装着され、前記環状回転ブロックの上端面には前記円柱形回転ブロックへ延伸する傾斜面が設置され、前記第二空キャビティの内壁の中には環状溝が連通して設置され、前記環状溝の中には前記環状回転ブロックの外表面に固定装着されるアウトリングギヤが設置され、前記装置本体の中には前記第三伝動キャビティと前記第四伝動キャビティとの間に位置する第五伝動キャビティが設置され、前記第四回転軸が前記第五伝動キャビティを回転できるように貫通し、前記第五伝動キャビティの中には前記第四回転軸の外表面に固定装着される第一伝動輪が設置され、前記環状溝の右端壁には第六伝動キャビティが連通して設置され、且つ前記第六伝動キャビティが前記第五伝動キャビティの下側に位置し、第六伝動キャビティと前記第五伝動キャビティとの間には第五回転軸が回転できるように係合接続され、前記第五伝動キャビティの中には前記第五回転軸の上端に固定装着される第二伝動輪が設置され、前記第一伝動輪と前記第二伝動輪との間には第一伝動ベルトが伝動できるように接続され、前記第六伝動キャビティの中には前記第五回転軸の下端に固定装着され且つ前記アウトリングギヤと噛み合う第四平歯車が設置され、前記円柱形回転ブロックの外円周面及び前記環状回転ブロックの内円周面にそれぞれ破砕ブロックが設置され、且つ前記円柱形回転ブロックの外円周面の前記破砕ブロックと前記環状回転ブロックの内円周面の前記破砕ブロックの位置が上下にずれており、前記第二空キャビティの中には前記円柱形回転ブロックの外表面下側に固定装着される濾過装置が設置され、前記濾過装置のうち前記円柱形回転ブロックから遠離する一端が前記環状回転ブロックと当接し、前記伝動取付ブロックの中には上方に開口した開放溝が設置され、前記開放溝の下端壁には上へ延設される第六回転軸が回転できるように係合装着され、且つ前記第六回転軸が前記円柱形回転ブロックの中に挿入して前記円柱形回転ブロックと固定で係合接続され、前記開放溝の右端壁の中には前記第二空キャビティと連通する連通溝が設置され、前記開放溝の中には前記第六回転軸の外表面に固定装着される第三伝動輪が設置され、前記第四伝動キャビティの中には前記第四回転軸の外表面に固定装着される第四伝動輪が設置され、前記第三伝動輪と前記第四伝動輪との間には第二伝動ベルトが伝動できるように接続され、前記装置本体の中には前記第二空キャビティの下側に位置する下方に開口した出口が設置され、前記出口と前記第二空キャビティとの間には第四空キャビティが連通して設置され、前記装置本体の上端には前記第一空キャビティの上側に位置する入口取付ブロックが固定装着され、前記入口取付ブロックの中には前記第一空キャビティと連通する上下に貫通したフラックス入口が設置され、前記フラックス入口には前記第一空キャビティの方向へ延伸する斜面が設置され、これによりフラックス原料を添加することに便利を与え、前記環状回転ブロックと前記円柱形回転ブロックとの相対する端面にはいずれも加熱抵抗線が固定装着され、前記加熱抵抗線が前記第二空キャビティの中のフラックスに対して乾燥運転を行い、前記装置本体の下端壁には左右対称の取付台が固定装着され、前記取付台の下端にはサポート台が固定装着され、前記サポート台が装置が運転する時の安定度を増加することを特徴とするクイックフラックス設備。 Including a device main body, a first empty cavity opened upward in the device main body, a first transmission cavity located on the right side of the first empty cavity is installed in the device main body, Between the first transmission cavity and the first empty cavity, a first rotating shaft extending from side to side is engaged and mounted so as to rotate, and the left end of the first rotating shaft can be rotated. A first crushing wheel is installed in engagement with the left end wall of the first empty cavity, and is fixedly mounted on the outer surface of the first rotating shaft. Has a first spur gear fixedly attached to the right end of the first rotating shaft, and a second transmission cavity located between the first empty cavity and the first transmission cavity in the apparatus main body. And the first rotation Passes through the second transmission cavity, and a second spur gear fixedly mounted on the outer surface of the first rotating shaft is installed in the second transmission cavity, and the second transmission cavity A second rotary shaft extending to the left and right is engaged and mounted between the first empty cavity, and the second rotary shaft is located on the rear side of the first rotary shaft, A third flat shaft is engaged and connected so that the left end of the second rotary shaft can rotate with the left end wall of the first empty cavity, and is fixedly mounted on the outer surface of the second rotary shaft in the second transmission cavity. A gear is installed, the third spur gear and the second spur gear mesh with each other, and the first empty cavity is fixedly attached to the outer surface of the second rotating shaft and is engaged with the first crushing wheel. A second crushing wheel is installed, and in the device body, the first crushing wheel A third transmission cavity located on the right side of the moving cavity is installed, and a third rotary shaft extending from side to side is engaged and mounted between the third transmission cavity and the first transmission cavity so as to rotate. In the first transmission cavity, an irregular spur gear fixedly attached to the left end of the third rotating shaft is installed, and the irregular spur gear can mesh with the first spur gear, and the third transmission cavity A first bevel gear fixedly mounted on the right end of the third rotating shaft is installed in the device body, a fourth transmission cavity located below the third transmission cavity is installed in the device body, A fourth rotary shaft extending vertically is engaged and mounted between the third transmission cavity and the fourth transmission cavity, and a rotary motor is disposed in the upper end wall of the third transmission cavity. Solid Fixedly mounted, the lower end of the rotary motor and the fourth rotating shaft are connected , and the lower end of the fourth rotating shaft is engaged and connected so as to rotate with the lower end wall of the fourth transmission cavity, and the third transmission A second bevel gear located on the outer surface of the fourth rotating shaft and meshing with the first bevel gear is fixedly mounted in the cavity, and is positioned below the first empty cavity in the apparatus body. A second empty cavity is installed, the right end wall of the second empty cavity communicates with the fourth transmission cavity, and a third empty cavity is formed between the first empty cavity and the second empty cavity. disposed in communication with said second air cavity in the installed transmission mounting block fixed mounted in the second air cavity by a connecting bracket, the transmission mounting cylindrical rotary block to the upper end of the block Is engaged mounted for rotation, the upper end of the cylindrical rotary block is installed tapered inclined surface, the inner wall above the second air cavity is mounted engages so that it can rotate the annular rotating block, the An inclined surface extending to the cylindrical rotary block is installed at the upper end surface of the annular rotary block, and an annular groove is installed in the inner wall of the second empty cavity. An outer gear fixedly mounted on the outer surface of the annular rotary block is installed, and a fifth transmission cavity located between the third transmission cavity and the fourth transmission cavity is installed in the apparatus body, A fourth transmission shaft passes through the fifth transmission cavity so that it can rotate, and a first transmission wheel fixedly mounted on the outer surface of the fourth rotation shaft is installed in the fifth transmission cavity. , The right end wall of the annular groove is disposed in communication with the sixth transmission cavity, a and the sixth transmission cavity is positioned below the fifth transmission cavity, wherein the sixth transmission cavity fifth transmission cavity A fifth transmission shaft is engaged and connected between the second transmission wheel and a second transmission wheel fixedly mounted on an upper end of the fifth rotation shaft is installed in the fifth transmission cavity. A first transmission belt is connected between the transmission wheel and the second transmission wheel so as to be able to transmit , and the sixth transmission cavity is fixedly attached to the lower end of the fifth rotating shaft, and the outer gear Meshing fourth spur gears are installed, crushing blocks are respectively installed on the outer circumferential surface of the cylindrical rotary block and the inner circumferential surface of the annular rotary block, and the outer circumferential surface of the cylindrical rotary block Crushing block And the crushing block on the inner circumferential surface of the annular rotating block is displaced up and down, and in the second empty cavity, there is a filtration device fixedly mounted on the lower side of the outer surface of the cylindrical rotating block. One end of the filtering device that is far from the cylindrical rotary block is in contact with the annular rotary block, and an open groove that opens upward is installed in the transmission mounting block, and a lower end wall of the open groove The sixth rotary shaft extending upward is engaged and mounted so as to be rotatable, and the sixth rotary shaft is inserted into the cylindrical rotary block and fixedly engaged with the cylindrical rotary block. A third transmission that is connected and is provided in the right end wall of the open groove to communicate with the second empty cavity, and is fixedly mounted on the outer surface of the sixth rotary shaft in the open groove. A wheel is installed and the fourth transmission key Some Activity placed fourth transmission wheel which is fixedly mounted to the outer surface of the fourth rotary shaft, between the said third driving wheel and the fourth gear train to allow transmission the second transmission belt The apparatus body is provided with a downwardly opened outlet located below the second empty cavity, and a fourth empty cavity communicates between the outlet and the second empty cavity. An inlet mounting block located above the first empty cavity is fixedly attached to the upper end of the apparatus main body, and the inlet mounting block penetrates up and down to communicate with the first empty cavity. A flux inlet is installed, and a slope extending in the direction of the first empty cavity is installed at the flux inlet, thereby providing convenience for adding a flux raw material, the annular rotating block and the cylindrical shape A heating resistance wire is fixedly mounted on the end face facing the rolling block, the heating resistance wire performs a drying operation on the flux in the second empty cavity, and the lower end wall of the apparatus main body is mount of symmetry is fixed mounted, wherein the mounting base of the lower support stand is fixed mounted, quick flux equipment, characterized in that said support pedestal is increased stability when the device is operated.
JP2018217795A 2018-10-12 2018-11-20 Quick flux equipment Expired - Fee Related JP6589188B1 (en)

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